Patent Application
20200163262
Generally the invention is directed to carrier tapes which are used for bulk transport of components used in the manufacture of other devices. The inventive carrier tapes include variations in the number of rows of pockets and the use of dummy pockets having different sizes, shapes, spacing, positioning, groupings, and/or patterns. These features facilitate transportation, reduce damage, loss of components, nesting, and the undesirable attachment of a component to a cover tape during transportation.
Current carrier tapes have a single row of pockets spaced at repetitive pitches for protecting and transporting components for devices from a component manufacturer to a device manufacturer. In some instances, components transported in the carrier tape pockets may be damaged when rolled onto a transport reel.
In the past, carrier tapes wound upon a reel frequently aligned the device pockets vertically relative to each other. In turn, during transportation, the device pockets have nested relative to each other, where a device pocket aligned directly above another device pocket has caused the upper device pocket to be pressed downwardly into the device pocket immediately below. In this undesirable configuration a transported component may become damaged or may become adhered to the inside or underside of a cover tape disposed over the device pocket.
The unwinding of the carrier tape from a reel and manufacture of a device is frequently performed by robotic equipment having grasping members. The robotic equipment has been programmed to remove a component from an individual device pocket which is to be positioned at an exact location. If a component is adhered to the inside or underside of the cover tape, then the component will be absent from the device pocket, which in turn may result in the shutdown of an assembly line costing a manufacturer time and expense. Further a damaged component if not detected may be incorporated into a device, causing the device to fail to operate and/or perform the desired functions. The failure of the device due to the damaged component will result in returns, increased testing, loss of market share, expenditure of repair time and resources, as well as the loss of reputation or goodwill for a device manufacturer.
The damage exposed to a component may be physical, such as a chip or a crack in the component, or the time and pressure exerted on the component may cause the component to become adhered to the lower surface of the cover tape as applied onto the top surface of the carrier tape.
Anti-nesting pocket configurations have been used on larger pockets to provide an extension that prevents the pockets from nesting onto each other during transportation of carrier tape reels. The extensions in the carrier tape may require a wider spacing of the pockets to be effective, thus increasing the overall cost of packaging.
The art referred to and/or described above is not intended to constitute an admission that any patent, publication or other information referred to herein is “prior art” with respect to this invention. In addition, this section should not be construed to mean that a search has been made or that no other pertinent information as defined in 37 C.F.R. § 1.56(a) exists.
All U.S. patents and applications and all other published documents mentioned anywhere in this application are incorporated herein by reference in their entireties.
Without limiting the scope of the invention, a brief description of some of the claimed embodiments of the invention is set forth below. Additional details of the summarized embodiments of the invention and/or additional embodiments of the invention may be found in the Detailed Description of the Invention below.
A brief abstract of the technical disclosure in the specification is provided for the purposes of complying with 37 C.F.R. § 1.72.
The inventive carrier tape utilizes multiple adjacent rows of pockets, where the rows of device pockets and/or dummy pockets, or a combination of device pockets and dummy pockets are offset relative to an adjacent row of pockets. Regular or irregular spacing may be provided between vertically aligned device pockets and dummy pockets. The regular or irregular spacing between the vertically aligned device pockets and dummy pockets allows for sealing of cover tapes onto the areas of the carrier tape outside of the device pockets and dummy pockets. Each row of carrier tape pockets may be a series of alternating device pockets and dummy pockets in any desired combination. For example, every other pocket within a row may be a device pocket and then a dummy pocket. Alternatively, each device pocket may be separated from another device pocket by two, three, or more dummy pockets. Alternatively, two, three, or more device pockets may be adjacent to each other in a set and separated from an adjacent set of device pockets by one, two, three, or more dummy pockets. The groupings and sets of device pockets and dummy pockets is practically unlimited. The above description being a very limited number of alternative examples.
The dummy pockets may be larger than the device pockets in an A0D, B0D or K0D directions. The enlargement of the dummy pocket dimensions is provided to position the dummy pockets for support by the flange and bridge area of the carrier tape adjacent to the device pockets, which in turn will not permit the depression of the cover tape downwardly into a device pocket, minimizing risk of contact between a component within a device pocket and the cover tape.
The rows of alternating sets, groupings, or individual device pockets and dummy pockets may be offset or staggered relative to each other, so that the effective pitch will be minimized. For example, two rows of 2 mm pitch device pockets may be offset, so that there is a device pocket every 1 mm in the direction of the carrier tape.
The shape of the dummy pockets may be of any geometric shape, such as, but not necessarily limited to, rectangular, diamond, dog-bone, irregular, or combination of those shapes in a repeating or random pattern.
In one embodiment the carrier tape includes an upper edge, a lower edge, a central portion, a horizontal first row of device pockets and dummy pockets and a second horizontal row of device pockets and dummy pockets, where each of the device pockets has a pocket opening and a first size dimension, and each of the dummy pockets has a second size dimension which is larger than the first size dimension.
In another embodiment, each of the device pockets of the first row is vertically aligned with one of the dummy pockets of the second row forming a vertically aligned first pair, and each of the device pockets of the second row is vertically aligned with one of the dummy pockets of the first row forming a vertically aligned second pair.
In another embodiment, the device pockets and the dummy pockets in the first row are separated from the dummy pockets and the device pockets in the second row by an equal vertical dimension.
In another embodiment, the first pair and the second pair are horizontally separated relative to each other along the length of the carrier tape by at least one of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, and both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension in any combination.
In another embodiment, the first pair and the second pair are vertically positioned relative to the upper edge of the carrier tape by at least one of a constant vertical separation dimension, a regular increasing vertical separation dimension, a regular decreasing vertical separation dimension, both a regular increasing vertical separation dimension and a regular decreasing vertical separation dimension, an irregular increasing vertical separation dimension, an irregular decreasing vertical separation dimension, and both an irregular increasing vertical separation dimension and an irregular decreasing vertical separation dimension in any combination.
In another embodiment, the device pockets are constructed and arranged for receipt of a component and the carrier tape is constructed and arranged for consecutive layering around a transportation reel.
These and other embodiments which characterize the invention are pointed out with particularity in the claims annexed hereto and forming a part hereof. However, for further understanding of the invention, its advantages and objectives obtained by its use, reference should be made to the drawings which form a further part hereof and the accompanying descriptive matter, in which there is illustrated and described embodiments of the invention.
In general the multi-row carrier tape with alternating staggered dummy pockets will be identified by reference numeral 10. The carrier tape 10 is preferably of standard width as compared to known carrier tapes used for transportation of small components, where the components are incorporated into other devices during manufacture. In at least one embodiment, the carrier tape 10 is formed of a first row 12, a second row 14, an optional third row 16 and/or an optional fourth row 18 of device pockets 20 and dummy pockets 22. It should be noted that any number of rows of device pockets 20 and dummy pockets 22 may be included in the carrier tape 10, and that the number of rows of device pockets 20 and dummy pockets 22 identified above has been provided for illustrative purposes only, and should not be interpreted to be restrictive or limiting.
In at least one embodiment, the device pockets 20 function to receive a component 32 to be transferred to a manufacturing facility. The carrier tape 10 may be wound upon a reel 36 for ease of transportation. The carrier tape 10 in most embodiments includes a cover tape 34 which may be disposed over the device pockets 20 and dummy pockets 22 to deter separation of a component 32 from a device pocket 20 during transportation.
In at least one embodiment as described herein, a device pocket 20 will include a width dimension in a left to right or right to left direction, identified by A0C. The device pocket 20 will also include a length or height dimension, top to bottom, identified by B0C. The depth dimension of the device pocket 20 will further be identified by K0C.
Similarly, a dummy pocket 22 will include a width dimension in a left to right direction, identified by A0D. The dummy pocket 22 will also include a length or height dimension identified by B0D. The depth dimension of the dummy pocket 22 will further be identified by K0D. The A0, B0 and K0 designations refer to the direction of the measurement of the dimensions of a pocket. The “C” designation represents the term “component” for a device pockets 20. The “D” designation represents the term “dummy” for the dummy pockets 22. Therefore, A0C represents the width dimension for a device pocket 20. The term B0D represents the height or length dimension for a dummy pocket 22.
In a preferred embodiment, at a minimum, the carrier tape 10 will include a first row 12 as well as a second row 14 of device pockets 20 and dummy pockets 22. The dummy pockets 22 will have a larger A0D dimension as compared to the A0C dimension of a device pocket 20. Alternatively the dummy pockets 22 will have a larger B0D dimension as compared to the B0C dimension of the device pocket 20. In another embodiment, the A0D as well as the B0D dimensions of the dummy pockets 22 will be larger than the A0C and B0C dimensions of the device pockets 20 in order to prevent vertical alignment and nesting of the device pockets 20 and/or dummy pockets 22 on a reel 34 during transportation of a carrier tape 10 loaded with components 32.
In at least one embodiment, the dummy pockets 22 will have at least one, and preferably two dimensions of the A0D and B0D which are larger than the respective dimensions selected for the A0C and B0C for the device pockets 20. In addition, the K0D dimension may be greater than the K0C dimension.
In at least one embodiment, each first row 12, second row 14, third row 16, and/or fourth row 18 of device pockets 20 and dummy pockets 22 will alternate the device pockets 20 and dummy pockets 22 in any desired number, set, sequence, combination, alignment, and/or staggering relative to the same row, or to an adjacent row of device pockets 20 or dummy pockets 22 on the carrier tape 10.
For example, in one simplified embodiment, the first row 12 will initiate with a device pocket 20 and consecutively alternate adjacent pockets within the first row 12 between device pockets 20 and dummy pockets 22. Simultaneously, the second row 14 will initiate with a dummy pocket 22 vertically aligned with the initial device pocket 20 of the first row 12. In the second row 14 the dummy pockets 22 and device pockets 20 will consecutively alternate. Therefore, within the carrier tape 10, a dummy pocket 22 of the second row 14 will be vertically aligned with a device pocket 20 of a first row 12. Also, a device pocket 20 of a second row 14 will be vertically aligned with a dummy pocket 22 of a first row 12.
In this simplified embodiment, any nesting or compression, and the associated damage to, or adherence of, a component 32 relative to a device pocket 20 or cover tape 34 would be minimized as a result of the dummy pockets 22 having an increased individual or combination of dimensions for A0D, B0D or K0D relative to the A0C, B0C, or K0C dimensions. The dummy pockets 22 being larger, will not nest within the interior of a device pocket 20 transporting a component 32. Also, alternating the device pockets 20 and dummy pockets 22 will reduce vertical alignment of a device pocket 20 above a dummy pocket 22.
Therefore, if any nesting were to occur, where the device pocket 20 nested downwardly into a dummy pocket 22, the dummy pockets 22 would not be transporting a component 32 and therefore no damage would occur.
In at least one embodiment, the device pockets 20 include standard pitch dimensions as used with carrier tape 10 such as for example 1 mm, 2 mm and 4 mm. Additional pitch dimensions may also be incorporated into the device pockets 20 as described herein. The pitch dimensions identified should not be construed as limiting the extensive number of available pitch dimensions for use in carrier tape 10.
In at least one embodiment as depicted in
The openings 28 are constructed and arranged to receive a mechanical advancement mechanism such as a roller or disc having protrusions, where the protrusions are disposed in the openings 28. When the roller or disc is rotated then liner motion is transferred onto the carrier tape 10, advancing the carrier tape 10, device pockets 20 and/or dummy pockets 22 to a desired position, for removal of a cover tape 34 and automatic withdraw of a transported component 32 from the interior of a device pocket 20.
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In the second row 14 depicted in
All of the dummy pockets 22 and device pockets 20 of the first row 12 are equally spaced vertically relative to the device pockets 20 and dummy pockets 22 of the second row 14.
The device pockets 20 and dummy pockets 22 may be of a different shape. (
In one embodiment, all of the device pockets 20 and dummy pockets 22 in the second row 14 are equally spaced from each other in the vertical and horizontal directions along the carrier tape 10, and are aligned with a respective device pocket 20 or dummy pocket 22 of the first row 12. In addition, all of the device pockets 20 and dummy pockets 22 which form the second row 14 may have the same shape as the device pockets 20 and dummy pockets 22 of the first row 12.
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In at least one alternative embodiment, the shape of the device pockets 20 and dummy pockets 22 is not required to be square or rectangular. In other embodiments, the shape of the device pockets 20 as well as the dummy pockets 22 may be of any shape as desired for a particular application including but not limited to shapes such as for example square, rectangular, oval, circular, elliptical, triangular, hexagonal, pentagonal, octagonal, or dog-bone shape at the preference of an individual.
In addition, it should be noted that the size of the device pockets 20 and dummy pockets 22 utilized to transport a component 32 within the first row 12 and/or second row 14 may be any size as desired by an individual without sacrifice of the attributes identified herein. In other embodiments, the device pockets 20 as well as the dummy pockets 22 may have any desired separation distance between device pockets 20 and dummy pockets 22 as desired by an individual.
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The second vertically aligned pair of device pockets 20 and dummy pockets 22 from the first row 12 and the second row 14 (right to left) may be horizontally separated from the first vertically aligned pair of device pockets 20 and dummy pockets 22 by a set and uniform dimension. However, the second pair of vertically aligned device pockets 20 and dummy pockets 22 from the first row 12 and the second row 14 may be centered between the upper flange 24 and lower edge 44 and centrally positioned relative to the carrier tape 10.
The third pair of vertically aligned device pockets 20 and dummy pockets 22 from the first row 12 and second row 14 may have a reduced distance dimension relative to the lower edge 44. Conversely, the third pair of vertically aligned pockets will have an increased distance dimension below the upper flange 24.
In at least one embodiment, the fourth pair of vertically aligned device pockets 20 and dummy pockets 22 is centrally positioned relative to the upper flange 24 and lower edge 44 as earlier described relative to the second pair of vertically aligned device pockets 20 and dummy pockets 22.
In at least one embodiment the fifth pair of vertically aligned device pockets 20 and dummy pockets 22 is upwardly positioned relative to the upper flange 24 as earlier described relative to the first pair of vertically aligned device pockets 20 and dummy pockets 22.
In some embodiments, the incremental progression of the distance from the upper flange 24 downwardly towards the lower edge 44, between each adjacent vertically aligned pair of device pockets 20 and dummy pockets 22, may be a regular dimension. Alternatively, the incremental progression of the distance from the lower edge 44 upwardly toward the upper flange 24, between each adjacent vertically aligned pair of device pockets 20 and dummy pockets 22, may be a regular dimension. However, in another embodiment, the incremental increase in the distance dimension or the incremental decrease in the distance dimension of the vertically aligned device pockets 20 and dummy pockets 22 from the upper flange 24 or lower edge 44 is not required to be regular and may be irregular. For example, a first vertically aligned pair of device pockets 20 and dummy pockets 22 may have a relative narrow distance dimension from the upper flange 24. The adjacent pair of vertically aligned dummy pockets 22 and device pockets 20 may be positioned any distance away from, or proximate to, the upper flange 24 or lower edge 44. Likewise, the third, fourth, fifth, sixth, and seventh vertically aligned pairs of device pockets 20 and dummy pockets 22 may be positioned at any desired distance dimension below the upper flange 24 and above the lower edge 44.
In some embodiments, the distance between the upper flange 24 and lower edge 44 for the adjacent vertically aligned pairs of device pockets 20 and dummy pockets 22 may be regularly increased and then regularly decreased in a manner similar to a sine wave. Alternatively, the vertically aligned pairs of device pockets 20 and dummy pockets 22 may be grouped into sets of adjacent vertically aligned device pockets 20 and dummy pockets 22 on the carrier tape 10. Each set of vertically aligned pairs of device pockets 20 and dummy pockets 22 may be positioned at any desired vertical distance dimension below or above a respective upper flange 24 and lower edge 44.
In another embodiment, the pairs or sets of adjacent vertically aligned device pockets 20 and dummy pockets 22 may be grouped or combined into any desired configuration or pattern. Alternatively, individual pairs of vertically aligned device pockets 20 and dummy pockets 22 may be combined with or be disposed between sets or groupings of vertically aligned pairs of device pockets 20 and dummy pockets 22, to provide any desired regular or irregular collection or sequence of adjacent pairs of device pockets 20 and dummy pockets 22 along a carrier tape 10. It should be noted that an almost infinite number of individual placement, groupings, sets, patterns, combinations and sequences may be provided for the vertically aligned pairs of device pockets 20 and dummy pockets 22 along the longitudinal length of the carrier tape 10.
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As depicted in the alternative embodiment shown in
It should be noted that a progressive increase in the separation dimension relative to adjacent pairs of vertically aligned device pockets 20 and dummy pockets 22 is not required, and any separation dimension may be selected for the distance between adjacent pairs of vertically aligned dummy pockets 20 and device pockets 22. In some embodiments the separation dimension between adjacent pairs of vertically aligned device pockets 20 and dummy pockets 22 will incrementally and progressively increase up to a desired separation dimension, and then the separation dimension between adjacent pairs of vertically aligned device pockets 20 and dummy pockets 22 will then decrease. Alternatively, any irregular and/or non-uniform separation dimension between vertically aligned pairs of device pockets 20 and dummy pockets 22 may be selected dependent upon the requirements of a particular application.
Additionally, the separation distance between adjacent pairs of vertically aligned device pockets 20 and dummy pockets 22 may be provided in sets or groupings to provide any desired pattern, sequence or configuration. The numerous alternatives earlier described relative to
In another embodiment as depicted in
In at least one alternative embodiment as depicted in
The spacing of the vertically aligned pairs of device pockets 20 and dummy pockets 22 relative to the upper flange 24 and lower edge 44 may be constant, or may be a regular increasing progression, a regular decreasing progression, both a regular increasing progression and a regular decreasing progression, an irregular increasing progression, an irregular decreasing progression, both an irregular increasing progression and an irregular decreasing progression in any or all alternative combinations.
The spacing of the vertically aligned pairs of device pockets 20 and dummy pockets 22 horizontally along the longitudinal length of the carrier tape 10 may be constant or may be a regular increasing progression, a regular decreasing progression, both a regular increasing progression and a regular decreasing progression, an irregular increasing progression, an irregular decreasing progression, both an irregular increasing progression and an irregular decreasing progression in any or all alternative combinations.
It should be noted that any one or more of the spacing alternatives described for the pairs of device pockets 20 and dummy pockets 22 relative to the upper flange 24 and lower edge 44 may be combined with any one or more of the spacing alternatives described for the pairs of device pockets 20 and dummy pockets 22 along the longitudinal length of the carrier tape 10 in any and all combinations.
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It should be noted that the device pockets 20 may consecutively alternate with the dummy pockets 22 within any of the first, second, third and fourth rows 12, 14, 16 and 18 respectively. In addition, any combination of dummy pockets 22 and device pockets 20 may be used in the first row 12, second row 14, third row 16, and fourth row 18.
For example, the first row 12 may include consecutively alternating dummy pockets 22 and device pockets 20. Simultaneously, the third row 16 may initiate with a dummy pocket 22 and have a device pocket 20 being immediately adjacent to the dummy pocket 22. (Right to left) The next adjacent device pocket 20 may be separated by two dummy pockets 22. The next adjacent device pocket 20 may be separated from the previous device pocket 20 by three dummy pockets 22. The next adjacent device pocket 20 may be separated from the previous device pocket 20 by four dummy pockets 22. Simultaneously, in the second row 14 each device pocket 20 may be separated from an adjacent device pocket 20 by a uniform two dummy pockets 22. Simultaneously, the fourth row 18 may regularly separate adjacent device pockets 20 by three dummy pockets 22. In alternative embodiments, any of the first row 12, second row 14, third row 16 and fourth row 18 may include any pattern, sequence, combination, and/or set of device pockets 20 and dummy pockets 22 as desired.
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Further, no requirement exist to have the same number of dummy pockets 22 between adjacent device pockets 20 within any individual row on a carrier tape 10. The number of dummy pockets 22 between adjacent device pockets 20 may be random, variable, sequential, grouped into sets, form a desired pattern, or be equal depending upon the needs of a particular application. It should be noted that the numerous alternatives described for inclusion of dummy pockets 22 between adjacent device pockets 20 is equally applicable for carrier tape 10 having one, two, three, four or more rows of device pockets 20 and dummy pockets 22.
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In this embodiment the device pockets 20 are formed from a larger block of material where the A0C dimension for the device pocket 20 is less than the A0D dimension for an adjacent dummy pocket 22. In this embodiment the device pocket is located between a first and second support wall and a portion of material extends between the first and second support wall above and below the device pocket (upper and lower bridges 42).
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In at least one alternative embodiment as depicted in
In at least one embodiment, the carrier tape 10 has a thickness dimension of 0.21 mm plus or minus 0.05 mm. Alternative applications of the carrier tape 10 may have a thickness dimension of greater or less than 0.21 mm dependent upon the particular requirements of a component 32 to be transported.
In some embodiments, the device pockets 20 have an A0C dimension of 0.38 mm. Alternative embodiments of a carrier tape 10 may have an A0C dimension greater or less than 0.38 mm dependent on the particular requirements of a component 32 to be transported.
In some alternative embodiments, the device pockets 20 have a B0C dimension of 0.68 mm. Alternative embodiments of a carrier tape 10 may have a B0C dimension greater or less than 0.68 mm dependent on the particular requirements of a component 32 to be transported.
In some alternative embodiments, the device pockets 20 have a K0C dimension of 0.25 mm. Alternative embodiments of a carrier tape 10 may have a K0C dimension greater or less than 0.25 mm dependent on the particular requirements of a component 32 to be transported.
In some alternative embodiments, the dummy pockets 22 have an A0D dimension of 0.55 mm. Alternative embodiments of a carrier tape 10 may have an A0D dimension greater or less than 0.55 mm dependent on the particular requirements of a component 32 to be transported.
In at least one alternative embodiment, the dummy pockets 22 have a B0D dimension of 0.85 mm. Alternative embodiments of the carrier tape may have a B0D dimension greater or less than 0.85 mm dependent on the particular requirements of a component 32 to be transported.
In at least one embodiment, the dummy pockets 22 have a K0D dimension of 0.30 mm. Alternative embodiments of the carrier tape 10 may have a K0D dimension greater or less than 0.30 mm dependent on the particular requirements of a component 32 to be transported.
In at least one embodiment, the center to center separation distance between an adjacent device pocket 20 and a dummy pocket 22 in a first row 12 or second row 14 may be 1 mm. Alternatively, the center to center separation distance between an adjacent device pocket 20 and dummy pocket 22 in a first row 12 or second row 14 may be more or less than 1 mm dependent on the particular requirements of a component 32 to be transported.
In at least one embodiment, the center to center separation distance between adjacent device pockets 20 in a particular first row 12, second row 14, third row 16, or fourth row 18 may be 2 mm. Alternatively, the center to center separation distance dimension between adjacent device pockets 20 in a first row 12, second row 14, third row 16, or fourth row 18 may be more or less than 2 mm dependent on the particular requirements of a component 32 to be transported.
In one embodiment, the openings 28 may have a diameter dimension of 1.5 mm. The size of the openings 28 may however be larger or smaller than 1.5 mm dependent upon requirements of manufacturing equipment used to process the carrier tape 10.
In at least one embodiment, openings 28 are centered in the upper flange 24, where the centers of the openings are aligned and are 1.75 mm below the upper edge 46. In other embodiments, the center of the openings may be closer to the upper edge 46 and the separation distance may be less than 1.75 mm. Alternatively, the center of the openings 28 may be further away from the upper edge 46 and may be more than 1.75 mm away from the upper edge 46.
In at least one embodiment, the center of the portion of the carrier tape 10 including the first row 12, second row 14, third row 16, and/or fourth row 18 of device pockets 20 and dummy pockets 22 is approximately 3.5 mm below the center of the openings 28. The distance of the center of the carrier tape 10 including the first row 12 and second row 14 of device pockets 20 and dummy pockets 22 is therefore approximately 5.25 mm below the upper edge 46. In alternative embodiments, the center of the portion of the carrier tape 10 including the first row 12 or second row 14 of device pockets 20 or dummy pockets 22 may be more or less than 5.25 mm below the upper edge 46 of the carrier tape 10.
In at least one embodiment, the first row 12 of device pockets 20 and dummy pockets 22 may be 1.15 mm above the center of the portion of the carrier tape 10 including the first row 12, second row 14, third row 16, and/or fourth row 18. In this embodiment, the center of the first row 12 of device pockets 20 and dummy pockets 22 is approximately 4.1 mm below the upper edge 46 of the carrier tape 10. In alternative embodiments, the center of the first row 12 of device pockets 20 and dummy pockets 22 may be more or less than 4.1 mm below the upper edge 46 of the carrier tape 10.
In at least one alternative embodiment, the center of the second row 14 of device pockets 20 and dummy pockets 22 is positioned 1.15 mm below the center of the carrier tape 10 including the first row 12 or second row 14 of device pockets 20 and dummy pockets 22. In this embodiment, the second row 14 of device pockets 20 and dummy pockets 22 is approximately 6.4 mm below the upper edge 46. In alternative embodiments, the center of the second row 14 of dummy pockets 22 and device pockets 20 may be more or less than 6.4 mm below the upper edge 46 of the carrier tape 10.
In at least one embodiment, the carrier tape 10 has a dimension of approximately 8 mm between the upper edge 46 and the lower edge 44. In alternative embodiments, the distance dimension between the upper edge 46 and the lower edge 44 may be more or less than 8 mm.
In at least one alternative embodiment which includes a first row 12, second row 14, and third row 16 of device pockets 20 and dummy pockets 22 the dimension between the upper edge 46 and the lower edge 44 may be 12 mm. In alternative embodiments, the dimension between the upper edge 46 and lower edge 44 may be more or less than 12 mm.
In this embodiment, each device pockets 20 may be separated from an adjacent device pockets 20 by two dummy pockets 22. In this embodiment, the center to center separation distance between adjacent device pockets 20 in either the first row 12, second row 14, or third row 16 is approximately 3 mm. Alternatively, the center to center separation distance dimension between adjacent device pockets 20 may be more or less than 3 mm dependent upon the particular requirements of a component 32 to be transported.
In this embodiment, the center to center separation distance between an adjacent device pocket 20 and dummy pockets 22 may be 1 mm. Alternatively, the center to center separation distance between an adjacent device pocket 20 and dummy pockets 22 may be more or less than 1 mm dependent upon the particular requirements of a component 32 to be transported.
In this embodiment, the center to center separation distance dimension between a device pocket 20 and a dummy pockets 22 being separated from the device pocket 20 by an intermediate dummy pocket 22 is 2 mm. Alternatively, the center to center separation distance dimension between a device pocket 20 and a dummy pocket 22 being separated from a device pocket 20 by an intermediate dummy pocket 22 may be more or less than 2 mm dependent on the particular requirements of a component 32 to be transported.
In this alternative embodiment, the center of the second row 14 which is the center of the portion of the carrier tape 10 including the rows of device pockets 20 and dummy pockets 22, is approximately 7.25 mm below the upper edge 46 of the carrier tape 10. Alternatively, the separation dimension of the center of the second row 14 of device pockets 20 and dummy pockets 22 may be more or less than 7.25 mm below the upper edge 46 of the carrier tape 10.
In this alternative embodiment, the center of the first row 12 of device pockets 20 and dummy pockets 22 is approximately 4.9 mm below the upper edge 46 of the carrier tape 10. Alternatively, the separation dimension of the center of the first row 12 of device pockets 20 and dummy pockets 22 may be more or less than 4.9 mm below the upper edge 46 of the carrier tape 10.
In this alternative embodiment, the center of the third row 16 of device pockets 20 and dummy pockets 22 is approximately 9.6 mm below the upper edge 46 of the carrier tape 10. Alternatively, the separation dimension of the center of the third row 16 of device pockets 20 and dummy pockets 22 may be more or less than 9.6 mm below the upper edge 46 of the carrier tape 10.
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In one embodiment, the pocket openings 48 assist in detection that a component 32 has actually been placed within a device pocket 20. In this embodiment, light is transmitted at the cover tape 34, or at the pocket opening 48, and the light is observed on the opposite side of the carrier tape 10 from the light source. An obstructed light source or shadow through the device pocket 20 and pocket opening 38 indicates the presence of a component 32 within the device pocket 20. The detection of a component 32 within a device pocket 20 improves the manufacturing processes.
In another alternative embodiment, during the manufacturing process, following the removal of the cover tape 34 from the carrier tape 10, an ejector pin may be inserted vertically through the pocket opening 48 and bottom wall 50 to engage a component 32. The component is then moved upwardly by the ejector pin for contact with a pickup of a manufacturing device for the removal of the component 32 from the interior of the device pocket 20.
In another alternative embodiment, the pocket opening 48 permits a vacuum to be applied to the exterior of the bottom wall 50 to draw the component 32 downwardly into the device pocket 20 and to hold the component 32 within the device pocket 20 during the withdraw of the cover tape 34 from the top of the carrier tape 10. The provision of vacuum to the bottom of the device pocket 20 through the pocket openings 48 minimizes a component 32 from bouncing or jumping out of a device pocket 20 during removal of the cover tape 34 from the carrier tape 10. The retention of the component 32 within the device pocket 20 improves the manufacturing process for a device.
In one embodiment as shown in
In at least one embodiment as depicted in
It should be noted that any individual feature as described herein, within any of the identified embodiments, may be individually combined with any other individual feature, or any combination of features, or may be combined together in any number of multiple features, to provide a carrier tape 10 having oversized dummy pockets 22 and device pockets 20. The embodiments previously described being illustrative and not restrictive of the numerous combinations of features available for incorporation into a carrier tape 10.
In at least one alternative embodiment, each row of pockets may exclusively include either device pockets 20 or dummy pockets 22. In this embodiment an alignment/offset may exist between the first row 12 and the second row 14. In this embodiment where the device pockets 20 and the dummy pockets 22 are vertically aligned then the device pockets 20 and dummy pockets 22 will preferably have a different shape.
U.S. Pat. No. 6,293,404 entitled Non-Nesting Component Carrier Tape; U.S. Pat. No. 7,021,467 entitled Carrier Tape for Containing Good Therein and Container Using the Carrier Tape; and U.S. Pat. No. 7,654,392 entitled Carrier Tape Containing Goods Therein, and Container Using the Carrier Tape are incorporated herein by reference in their enteritis.
In a first alternative embodiment a carrier tape has an upper edge, a lower edge, and a central portion, a horizontal first row of device pockets and dummy pockets are located in the central portion, each of the device pockets has a pocket opening and a first size dimension, each of the dummy pockets has a second size dimension which is larger than the first size dimension, a horizontal second row of the device pockets and the dummy pockets is provided, each of the device pockets of the first row being vertically aligned with one of the dummy pockets of the second row forming a vertically aligned first pair, and each of the device pockets of the second row being vertically aligned with one of the dummy pockets of the first row forming a vertically aligned second pair, wherein the device pockets and the dummy pockets in the first row are separated from the dummy pockets and the device pockets in the second row by an equal vertical dimension, wherein the first pair and the second pair are also horizontally separated relative to each other by at least one of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension in any combination, wherein the first pair and the second pair are vertically positioned relative to the upper edge by at least one of a constant vertical separation dimension, a regular increasing vertical separation dimension, a regular decreasing vertical separation dimension, both a regular increasing vertical separation dimension and a regular decreasing vertical separation dimension, an irregular increasing vertical separation dimension, an irregular decreasing vertical separation dimension, or both an irregular increasing vertical separation dimension and an irregular decreasing vertical separation dimension in any combination.
In a second alternative embodiment according to the first embodiment, the first pair and the second pair are horizontally separated relative to each other by at least two of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, and both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension, in any combination.
In a third alternative embodiment according to the first embodiment, the first pair and the second pair are horizontally separated relative to each other by at least three of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, and both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension, in any combination.
In a fourth alternative embodiment according to the first embodiment, the first pair and the second pair are vertically positioned relative to the upper edge by at least two of a constant vertical separation dimension, a regular increasing vertical separation dimension, a regular decreasing vertical separation dimension, both a regular increasing vertical separation dimension and a regular decreasing vertical separation dimension, an irregular increasing vertical separation dimension, an irregular decreasing vertical separation dimension, and both an irregular increasing vertical separation dimension and an irregular decreasing vertical separation dimension, in any combination.
In a fifth alternative embodiment according to the first embodiment, the first pair and the second pair are vertically positioned relative to the upper edge by at least three of a constant vertical separation dimension, a regular increasing vertical separation dimension, a regular decreasing vertical separation dimension, both a regular increasing vertical separation dimension and a regular decreasing vertical separation dimension, an irregular increasing vertical separation dimension, an irregular decreasing vertical separation dimension, and both an irregular increasing vertical separation dimension and an irregular decreasing vertical separation dimension, in any combination.
In a sixth alternative embodiment according to the first embodiment, the first pair and second pair are grouped into at least one horizontal set of first pairs and second pairs.
In a seventh alternative embodiment according to the first embodiment, the first pair and the second pair are grouped into at least one horizontal pattern of first pairs and second pairs.
In an eighth alternative embodiment according to the first embodiment, the device pockets have a device pocket shape and the dummy pockets have a dummy pocket shape and the device pocket shape is different than the dummy pocket shape.
In a ninth alternative embodiment according to the eighth embodiment, the carrier tape further comprises a horizontal third row of the device pockets and the dummy pockets in the central portion, wherein each of the device pockets of the third row are vertically aligned with one of the device pockets and the dummy pockets of the first row and one of the device pockets and the dummy pockets of said second row forming a vertically aligned first triple column and a vertically aligned second triple column, wherein the device pockets and the dummy pockets in the first row are separated from the dummy pockets and the device pockets in the second row by an equal vertical dimension and the device pockets and the dummy pockets in the second row are separated from the dummy pockets and the device pockets in the third row by an equal vertical dimension.
In a tenth alternative embodiment according to the ninth embodiment, the first triple column and the second triple column are horizontally separated relative to each other by at least one of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, and both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension, in any combination.
In an eleventh alternative embodiment according to the ninth embodiment, the first triple column and the second triple column are horizontally separated relative to each other by at least two of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, and both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension, in any combination.
In a twelfth alternative embodiment according to the eleventh embodiment, the dummy pockets in the first row have a first dummy pocket shape, the dummy pockets in the second row have a second dummy pocket shape, the dummy pockets in the third row have a third dummy pocket shape.
In a thirteenth alternative embodiment according to the twelfth embodiment, the third dummy pocket shape is different from at least one of the first dummy pocket shape and the second dummy pocket shape.
In a fourteenth alternative embodiment according to the twelfth embodiment, the carrier tape further comprises a horizontal fourth row of the device pockets and the dummy pockets in the central portion, wherein each of the device pockets of the fourth row are vertically aligned with one of the device pockets and the dummy pockets of the first row, one of the device pockets and the dummy pockets of the second row, and one of the device pockets and the dummy pockets from the third row forming a vertically aligned first quad column and a vertically aligned second quad column, wherein the device pockets and the dummy pockets in the first row are separated from the dummy pockets and the device pockets in the second row by an equal vertical dimension, the device pockets and the dummy pockets in the second row are separated from the dummy pockets and the device pockets in the third row by an equal vertical dimension and the device pockets and the dummy pockets in the third row are separated from the dummy pockets and the device pockets in the fourth row by an equal vertical dimension.
In a fifteenth alternative embodiment according to the fourteenth embodiment, the first quad column and the second quad column are horizontally separated relative to each other by at least one of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, and both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension in any combination.
In a sixteenth alternative embodiment according to the fifteenth embodiment, the first quad column and the second quad column are horizontally separated relative to each other by at least two of a constant horizontal separation dimension, a regular increasing horizontal separation dimension, a regular decreasing horizontal separation dimension, both a regular increasing horizontal separation dimension and regular decreasing horizontal separation dimension, an irregular increasing horizontal separation dimension, an irregular decreasing horizontal separation dimension, and both an irregular increasing horizontal separation dimension and irregular decreasing horizontal separation dimension, in any combination.
In a seventeenth alternative embodiment according to the sixteenth embodiment, the dummy pockets in the fourth row have a fourth dummy pocket shape and the fourth dummy pocket shape is different from at least one of the first dummy pocket shape, the second dummy pocket shape and the third dummy pocket shape.
In an eighteenth alternative embodiment according to the tenth embodiment, the first triple column and the second triple column are grouped into at least one horizontal set of first triple columns and second triple columns.
In a nineteenth alternative embodiment according to the tenth embodiment, the first triple column and the second triple column are grouped into at least one horizontal pattern of first triple columns and second triple columns.
This completes the description of the preferred and alternate embodiments of the invention. Those skilled in the art may recognize other equivalents to the specific embodiment described herein which equivalents are intended to be encompassed by the claims attached hereto.
The above disclosure is intended to be illustrative and not exhaustive. This description will suggest many variations and alternatives to one of ordinary skill in this art. The various elements shown in the individual figures and described above may be combined or modified for combination as desired. All these alternatives and variations are intended to be included within the scope of the claims where the term “comprising” means “including, but not limited to”.
These and other embodiments which characterize the invention are pointed out with particularity in the claims annexed hereto and forming a part hereof. However, for further understanding of the invention, its advantages and objectives obtained by its use, reference should be made to the drawings which form a further part hereof and the accompanying descriptive matter, in which there is illustrated and described embodiments of the invention.
This application claims the benefit of U.S. Provisional Patent Application Ser. No. 62/769,673 filed Nov. 20, 2018, which is incorporated by reference herein in its entirety.
| Number | Date | Country | |
|---|---|---|---|
| 62769673 | Nov 2018 | US |
