Patent Application
20070288402
The accompanying drawings illustrate presently preferred embodiments of the invention, and together with the general description given above and the detailed description given below, serve to explain the principles of the invention. As shown throughout the drawings, like reference numerals designate like or corresponding parts.
The fixture of the present invention provides an easy way to determine into which category a mail piece belongs without having to measure each mail piece. A user of the fixture is able to make a reliable rating determination with a minimum of effort. The fixture has a top portion or member with a plurality of different sized recesses or wells, with the smaller recess or recesses located within the larger recess or recesses. The number of recesses is preferably equal to one less than the number of mail piece categories for purposes of postal rating by dimensions.
The largest recess is sized to hold a mail piece that falls into the second largest category for dimensional rating purposes. If a mail piece does not fit into the largest recess, it falls into the largest category for dimensional rating purposes. The remaining recess or recesses are located within the largest recess and are sized to hold mail pieces that fall into each respective dimensional rating category. The depth of each recess is preferably equal to the maximum thickness defined for the corresponding dimensional rating category.
To give a preview of a manner of using the fixture, a user may place a mail piece onto the fixture to determine into which of the recesses the mail piece fits. Based on the recess into which the mail piece fits, the user may determine the dimensional rating category that applies to the mail piece. Thus, if the mail piece fits into the smallest (or smaller) recess, the standard (smallest) size category applies, and an additional charge for oversize mail would not be applicable. If the mail piece does not fit in the smallest (smaller) recess, but fits into (one of) the large(r) recess(es), the user can easily determine the applicable size category based on the recess into which the mail piece fits. Thus determining which, if any, oversize surcharge applies is based on which recess the mail piece fits. If a mail piece does not fit in the largest (larger) recess, then the largest dimensional rating category applies.
The fixture preferably also includes slots that are sized according to thickness breaks for the dimensional rating categories. If the user is not sure, based on using the recesses, whether the thickness limit is met, the user may attempt to pass the mail piece through the corresponding slot. If the mail piece passes through the slot, then it does not exceed the maximum thickness allowed for the corresponding rating category. If the mail piece does not fit through the slot for a particular rating category, it must be rated in the next larger category.
The fixture 100 includes a generally planar top member 102. The top surface 104 of the member 102 has a recess 106 formed therein. The recess 106 is defined by a floor 108, by length side walls 110, 112 and by width side walls 114, 116. The width side walls 114, 116 are interrupted, respectively, by finger guides 118, 120 so that sub-walls 122, 124 are formed from width side wall 114 and sub-walls 126, 128 are formed from width side wall 116. The side wall 110, side wall 114 and floor 108 are mutually orthogonal. The side walls 110, 112 are parallel to each other and the side walls 114, 116 are parallel to each other.
The dimensions of the recess 106 correspond in magnitude to the maximum dimensions for a particular mail piece size rating category in a particular postal authority dimensional rating scheme. In one embodiment, the fixture is useful for a dimensional rating scheme proposed by the British Post Office, which calls for three size categories: “Letter”, “Large Letter” and “Parcel”, stated in order of increasing size. The recess 106 indicates the maximum dimensions for qualification for the “Large Letter” category. Accordingly, the length side walls 110 and 112 each have a length that is equal to the maximum length for the “Large Letter” category. The width side walls 114, 116 each have a length, measured from length side wall 110 to length side wall 112, that is equal to the maximum width for the “Large Letter” category. The side walls 110, 112, 114, 116 each have a height (equal to the depth of the recess 106 as measured at the side walls) that is equal to the maximum thickness for the “Large Letter” category.
The floor 108 of the recess 106 has a smaller recess 130 formed therein. The recess 130 is defined by a floor 132, by length side walls 134, 136 and by width side walls 138, 140. The width side walls 138, 140 are interrupted, respectively, by finger guides 142, 144 so that sub-walls 146, 148 are formed from width side wall 138 and sub-walls 150, 152 are formed from width side wall 140. The side wall 134, side wall 138 and floor 132 are mutually orthogonal. The side walls 134, 136 are parallel to each other, and the side walls 138, 140 are parallel to each other.
The floor 132 of recess 130 is parallel in its orientation to the orientation of the floor 108 of recess 106. The length side walls 134, 136 of recess 130 are parallel in their orientation to the orientation of length side walls 110, 112 of recess 106. It follows from the mutual orthogonalities mentioned above that the width side walls 138, 140 of recess 130 are parallel in their orientation to the orientation of width side walls 114, 116 of recess 106.
The dimensions of the recess 130 correspond in magnitude to the maximum dimensions for the “Letter” category and thus the recess 130 indicates the maximum dimensions for that category. Thus the length side walls 134, 136 each have a length that is equal to the maximum length for the “Letter” category. The width side walls 138, 140 each have a length, measured from length side wall 134 to length side wall 136, that is equal to the maximum width for the “Letter” category. The side walls 134, 136, 138, 140 each have a height (equal to the depth of the recess 130) that is equal to the maximum thickness for the “Letter” category.
The member 102 also has slots 154, 156 which pass entirely through the member 102 from its top surface 104 to its bottom surface (not visible in drawing). Slot 154 has a horizontal cross-section which corresponds to its opening and which has a length and width which are equal respectively to the length and height of the side walls 110, 112 of the recess 106. Thus the width of the slot 154 is equal to the maximum thickness for the “Large Letter” rating category, and the length of the slot 154 is equal to the maximum length for the “Large Letter” category.
The slot 156 has a horizontal cross-section which corresponds to its opening and which has a length and width which are equal respectively to the length and height of the side walls 134, 136 of the recess 130. Thus the width of the slot 156 is equal to the maximum thickness for the “Letter” category, and the length of the slot 156 is equal to the maximum length for the “Letter” category.
Of course, the depth of each slot, from top opening to bottom opening, is equal to the thickness of member 102, and is not critical.
In one embodiment, for the above mentioned Letter/Large Letter/Parcel rating scheme, the maximum dimensions for the “Large Letter” category, and hence the dimensions of the recess 106, are 353 mm×250 mm×25 mm; the maximum dimensions for the “Letter” category, and hence the dimensions of the recess 130, are 240 mm×165 mm×5 mm.
The finger guides 118, 120, 142, 144 are optionally provided to make it easier for the user to remove mail pieces from the recesses. Each finger guide slopes in a curved manner inwardly and downwardly to the floor of its respective recess.
The fixture 100 may further include a frame 160 which supports the top member 102. In some embodiments, the member 102 rests on the frame 160 without being secured thereto. The frame 160 may include a base 162, side walls 164, 166 and a rear wall 168 (
It will be recognized that the frame 160 may have many other configurations besides the solid/continuous walls/base illustrated. For example, the rear wall 168 and base 162 may be omitted with the member 102 supported on legs at its corners, the legs being joined by cross-braces at the top. However, the solid walls shown may be advantageous, particularly the rear wall, in containing a mail piece passed through one or the other of the slots 154, 156.
The frame 160 may be dimensioned such that the height of the walls 164, 166, 168 is greater than the maximum length for the “Large Letter” rating category (i.e., greater than the length of the slot 154 and of the recess 106) to allow a mail piece in the “Large Letter” category to pass entirely through the slot 154 even if inserted therein lengthwise.
The layout of the recesses and the slots on the member 102 may also readily be varied. In some embodiments, writings, markings and/or labels and the like may be present on the top surface of member 102 to remind/instruct the user as to specific ratings determinations to be made according to which recess/slot the mail piece fits in or passes through.
Either or both of the member 102 and the frame 160 may be made of molded plastic or of another material or materials.
In the first instance, it will be assumed that the user recognizes that the mail piece to be rated is rather close to the maximum size for the “Letter” category. Accordingly, the user proceeds, as indicated at 302 in
At 304, the user determines whether the length and width of the mail piece are such that the mail piece fits in the recess 130. If so, then the user considers, at 306, whether the thickness of the mail piece is such that it is not clear whether the upper surface of the mail piece extends above the side walls of the recess 130 when the mail piece rests on the floor of recess 130. If it is clear that the thickness of the mail piece does not cause it to extend above the recess 130, then the user concludes at 308 that the mail piece is small enough to be categorized in the “Letter” category.
If at 306 the user has a question as to whether the mail piece is too thick for the “Letter” category, then he/she may, at 310, try to pass the mail piece through the slot 156. Decision block 312 represents the user's determination as to whether the mail piece fits through slot 156. If the mail piece fits through the slot 156, the user concludes (308) that the mail piece is in the “Letter” category. If the mail piece does not fit through the slot 156, then the user concludes (314) that the mail piece is in the “Large Letter” category.
Considering again the determination at 304, if either or both of the length and width of the mail piece are such that the mail piece does not fit in the recess 130, then the user concludes (314) that the mail piece is in the “Large Letter” category.
Let it next be assumed that the mail piece to be rated is clearly too large to fit in the small recess 130 but is somewhat or very close in size to the large recess 106. In that case, the user may perform the process set forth in
One other possible process modification should also be considered, for the case where the length and width of the mail piece are small enough to fit the small recess 130, but the thickness is considerably greater than the small slot 156 would accommodate. The user should be alert in this case also to try the mail piece in the large slot 154, and to rate the mail piece as a “Parcel” if the mail piece does not pass through the large slot 154.
As indicated above, the number of recesses and/or slots provided in the dimensional rating fixture may depend on the number of mail piece dimensional rating categories established by the postal authority for the country in which the fixture is to be used. The configuration illustrated in
A number of embodiments of the present invention have been described. Nevertheless, it will be understood that various modifications may be made without departing from the spirit and scope of the invention. Other variations relating to implementation of the functions described herein can also be implemented. Accordingly, other embodiments are within the scope of the following claims.
