FIELD OF INVENTION
The invention relates to the construction of a piercing device, and more particularly to the construction of a device for forming a puncture for jewelry, in which the process of attaching an accessory by performing a piercing can be performed only once per piercing operation.
BACKGROUND
Piercing is one of the forms body modifications, creating a puncture in which jewelry is worn. The term “piercing” itself can refer both to the process of piercing and to holes made by piercing.
The reasons for getting pierced or not getting pierced can be very diverse. Some pierce for religious or spiritual reasons, while others are motivated by the need for self-expression, aesthetic value, a desire to improve sexual experiences, affirm their belonging to a culture or protest against it. Some types of piercings remain controversial, especially among young people. Educational institutions, employers, and religious communities generally restrict the wearing of piercings. Some practice extreme types of piercing. Among the record holders Guinness there are owners of hundreds and even thousands of permanent and temporary punctures. In modern piercing practice, there is a special emphasis on the use of safe materials for jewelry, disposable instruments are often used for piercing.
In fact, piercing is an invasive procedure, during which allergic reactions may occur, infections, appearance cicatrice, scars, unforeseen reactions of the body. The precautionary and sanitary measures used today, combined with careful handling after the puncture is made, are designed to minimize the risk of these complications. The healing time of the piercing significantly depends on the location of the puncture, so the healing of the genital piercing can take less than a month, and the complete healing of the navel in some cases takes up to six months. But with proper care and minimal trauma to the puncture site, healing of almost all standard types of piercing takes up to six months.
Most commonly, the lancing device first pierces a hole at the position of the body to be pierced, ie, navel, lips, ears, etc., and then inserts and fixes the above-mentioned lancing device in the hole.
Known patent KR 100774834 B1, Jul. 11, 2007, which describes a piercing device containing a hollow needle, consisting of a body, a pointed protrusion and a blunt part. From the blunt side, a rod is inserted into the hollow needle, which has a cone-shaped end with many protrusions and a head. This device has the disadvantage of significant injury to the puncture site when fixing the jewelry at the puncture site and the healing process.
SUMMARY
The purpose of the invention is to create an improved device that provides the most comfortable and naturally fast puncture, the formation of a puncture for jewelry worn immediately with a puncture, that is, the process of inserting an accessory by performing a piercing can be performed only once per piercing operation.
Also, the purpose of this invention is to eliminate these disadvantages of the analog, namely, to prevent additional injury to the puncture site when fixing the jewelry at the puncture site, as well as to replace the reusable instrument—taper (stretch marks).
This goal is achieved by the fact that the device for forming a puncture for jewelry contains:
- (a) a needle 100, which consists of a tubular part 110, which has one sharp end 111 formed by a cut at a certain angle and designed to penetrate the body of people, and the second end is made blunt 112;
- (b) a connecting element 200, which consists of a pin 210, on one side of which is placed a plastic spacer 220 having a head 221 body 222 and a shank 223;
- (c) a piercing base 300, which consists of a hollow rod 310 and a retainer 320;
- The plastic expansion element 220 of the connecting element 200 is an anchor mechanism, contains a head 221 of a conical shape, a body 222, in the form of truncated conical elements with a ribbed side surface and a shank 223, in the form of two truncated conical elements, combined with bases and a ribbed surface, with the possibility of full location inside the tubular part 110 of the needle 100, and the pin 210 is capable of being put on the hollow bar 310 of the base for the piercing 300 of the jewelry.
At the same time, the needle 100, the connecting element 200, and the base for the piercing 300 form a single piercing unit without a drop external circumference, which ensures the achievement of the task of preventing additional injury to the puncture site when fixing the jewelry at the puncture site and the healing process.
The object of the invention is also achieved in that another device for forming a puncture for jewelry contains:
- (a) a needle 100, which consists of two parts, where the first tubular part 110 has one sharp end 111 formed by a cut at a certain angle and designed to penetrate the body of people, and the second end is made blunt 112 and the second tubular part 120 has two blunt ends 121, 122;
- (b) a connecting element 200, which consists of a pin 210, on one side of which is placed a plastic spacer 220 having a head 221, a body 222, and a shank 223;
- (c) a piercing base 300, which consists of a hollow rod 310 and a retainer 320;
moreover, the plastic spacer element 220 of the connecting element 200 is an anchor mechanism, contains a head 221 of a conical shape, a body 222, in the form of truncated conical elements with a ribbed side surface and a shank 223, in the form of two truncated conical elements, combined with bases and a ribbed surface with the possibility of full location inside the tubular part 110, 120 of the needle 100, and the pin 210 has the ability to put on it a hollow rod 310 of the base for piercing and 300 jewelry, while the needle 100 and the connecting element 200 form a single piercing unit without a drop external circumference, which ensures the achievement of the task of preventing additional injury to the puncture site when fixing the jewelry at the puncture site and the healing process.
The plastic spacer 220 of the connector 200 can be positioned so that its head 221 is located in the tubular portion 110 of the needle 100, having one sharp end 111 and oriented towards the sharp end 111 of the needle 100, and the plastic spacer 220 of the connector 200 itself is fully located inside the tubular part of the needle 110.
The plastic spacer element 220 of the connecting element 200 can be positioned so that its head 221 is located in the tubular part 120 of the needle 100, which has both blunt ends 121, 122 and the plastic spacer element 220 of the connecting element 200 is ⅔ placed inside the tubular part 120 of needle 100 having both blunt ends 121, 122.
The 210 pin is made of stainless steel to prevent corrosion during steam sterilization.
The diameter of the body 222 and the shank 223 of the plastic spacer 220 of the connecting element 200 is 2-3% larger than the inner diameter of the tubular part 110, 120 of the needle 110. This allows due to the design of the plastic spacer 220, namely that the body 222 is made in the form of truncated conical elements with a ribbed side surface; the shank 223 is made in the form of two truncated conical elements, combined with the bases and a ribbed surface, the ribs of the side surface of the shank, when moving inside the tubular part 110 of the needle 100, are slightly crushed, which as a result ensures tight fixation of the connecting element 200 inside the needle 100.
The hollow rod 310 of the base for the piercing 300 has a circumferential thread on the inner surface 311, which allows for a tighter fixation of the knot and prevention shift outer circumference in drop, which ensures the achievement of the goal of preventing additional injury to the puncture site when fixing the jewelry in the puncture site and the healing process.
The pin 210 of the connecting element 200 has a circumferential thread, which allows a tighter fixation of the node and the prevention of displacement in the differential of the outer circumference, which ensures the achievement of the goal of preventing additional injury to the puncture site when fixing the jewelry in the puncture site and the healing process.
The hollow rod 310 of the base for the piercing 200 is straight or curved.
The locking mechanism 320 of the base for the piercing 300 is removable or non-removable.
Trauma is further minimized by the design of the present invention, as the device forms a permanent cylindrical body as it is advanced through tissue, eliminating any gap at the meeting point of the piercing needle and the base of the piercing and jewelry.
BRIEF DESCRIPTION OF THE DRAWINGS
The essence of the invention is illustrated by images.
FIG. 1 shows a device in which the needle, connector and piercing base form a single piercing assembly without a drop in external circumference.
FIG. 2 shows a device in which the needle and the connecting element form a single piercing unit without a drop in external circumference.
FIG. 3 shows the stages of piercing with a device in which the needle, the connecting element and the piercing base form a single piercing unit without a drop in external circumference.
FIG. 4 shows the stages of piercing with a device in which the needle and the connecting element form a single piercing unit without a drop in external circumference.
FIG. 5 schematically shows the connecting element.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT
FIG. 1 shows a device in which the needle, connector and piercing base form a single piercing assembly without a drop in external circumference.
This design is achieved in this way:
- Step 1. A needle 100 is taken, which consists of a tubular part 110, which has one sharp end 111 formed by a cut at a certain angle and designed to penetrate the body of people, and the second end is made blunt 112; the head 221 of the plastic spacer 220 of the connector 200 is guided into the blunt end 112 of the tubular portion 110 of the needle 100.
- Step 2. The head 221, the body 222 and the shank 223 of the plastic spacer 220 of the connector 200 are advanced inside the tubular part 110 of the needle 100 so that only the pin 210 remains outside the tubular part 110 of the needle 100. This is achieved by the fact that the head 221 of the plastic spacer 220 has a conical shape. The diameter of the body 222 and the shank 223 of the plastic expansion element 220 of the connecting element 200 is 2-3% larger than the inner diameter of the tubular part 110 of the needle 100, while the body 222 is made in the form of truncated conical elements with a ribbed side surface; shank 223 is made in the form of two truncated conical elements, combined with bases and a ribbed surface. The ribs of the side surface of the shank, when moving inside the tubular part 110 of the needle 100, are slightly crushed, which as a result ensures that the connecting element 200 is tightly fixed inside the needle 100.
- Step 3. The pin 210 of the plastic spacer 220 of the connector 200 is placed in the inner part 311 of the hollow rod 310 of the base for the piercing 300 until it fully contacts the blunt end 112 of the tubular part 110 of the needle 100 and forms a single piercing node without a drop external circumference. An even more effective knot is obtained if the internal thread 311 of the hollow rod 310 of the base for the piercing 300 is put on the circumferential thread of the pin 210 of the plastic spacer 220 of the connecting element 200 until it is in full contact with the blunt end 112 of the tubular part 110 of the needle 100 and the formation of a single piercing node without a drop in external circles.
FIG. 2 shows a device in which the needle and the connecting element form a single piercing unit without a drop in external circumference.
This design is achieved in this way:
- Step 1. A needle 100 is taken, which consists of two parts, where the first tubular part 110 has one sharp end 111 formed by a cut at a certain angle and designed to penetrate the body of people, and the second end is made blunt 112 and the second tubular part 120 has two blunt ends 121, 122; the head 221 of the plastic spacer 220 of the connector 200 is guided into the blunt end 121 or 122 of the tubular part 120 of the needle 100.
- Step 2. The head 221 and the body part 222 of the plastic spacer 220 of the connector 200 are advanced inside the tubular part 120 of the needle 100 so that ⅔ of the connector 200 is inside the tubular part 120 of the needle 100. This is achieved by the fact that the head 221 of the plastic spacer element 220 has a conical shape. The diameter of the body 222 of the plastic spacer 220 of the connecting element 200 is 2-3% larger than the inner diameter of the tubular part 120 of the needle 100, while the body 222 is made in the form of truncated conical elements with a ribbed side surface; shank 223 is made in the form of two truncated conical elements, combined with bases and a ribbed surface. The ribs of the side surface of the shank, when moving inside the tubular part 120 of the needle 100, are slightly crushed, which results in a tight fixation of ⅔ of the connecting element 200 inside the tubular part 120 of the needle 100.
- Step 3. The second end, made blunt 112 of the tubular part 110 of the needle 100, is put on the pin 210 and the shank 223, capturing the rest of the body 222 of the plastic spacer 220 of the connecting element 200 until it fully contacts the blunt end 121 or 122 of the tubular part 120 of the needle 100 and forms a single piercing node without a drop in external circumference.
FIG. 3 shows the stages of piercing with a device in which the needle, the connecting element and the piercing base form a single piercing unit without a drop in external circumference.
- Step 1. A needle 100 is taken, which consists of a tubular part 110, which has one sharp end 111 formed by a cut at a certain angle and designed to penetrate the body of people, and the second end is made blunt 112; the head 221 of the plastic spacer 220 of the connector 200 is guided into the blunt end 112 of the tubular portion 110 of the needle 100.
- Step 2. The head 221, the body 222 and the shank 223 of the plastic spacer 220 of the connector 200 are advanced inside the tubular part 110 of the needle 100 so that only the pin 210 remains outside the tubular part 110 of the needle 100. This is achieved by the fact that the head 221 of the plastic spacer 220 has a conical shape. The diameter of the body 222 and the shank 223 of the plastic expansion element 220 of the connecting element 200 is 2-3% larger than the inner diameter of the tubular part 110 of the needle 100, while the body 222 is made in the form of truncated conical elements with a ribbed side surface; shank 223 is made in the form of two truncated conical elements, combined with bases and a ribbed surface. The ribs of the side surface of the shank, when moving inside the tubular part 110 of the needle 100, are slightly crushed, which as a result ensures that the connecting element 200 is tightly fixed inside the needle 100.
- Step 3. The pin 210 of the plastic spacer 220 of the connector 200 is placed in the inner part 311 of the hollow rod 310 of the base for the piercing 300 until it fully contacts the blunt end 112 of the tubular part 110 of the needle 100 and forms a single piercing node without a drop in external circumference. An even more effective knot is obtained if the thread on the inner part 311 of the hollow rod 310 of the base for the piercing 300 is put on the pin 210 with a circumferential thread of the plastic spacer 220 of the connecting element 200 until it fully contacts the blunt end 112 of the tubular part 110 of the needle 100 and forms a single piercing node without a drop in external circumference.
- Step 4. The piercing is carried out in such a way that the resulting knot is completely pulled through the body until the locking element 320 of the piercing base 300 stops.
- Step 5 Disconnect the needle with the connector 200 inside the needle 100 from the piercing base. This is achieved by the fact that the connecting element 200 is tightly fixed inside the needle 100. Inside the body (earlobe, nose cartilage, tongue, other parts of the body through which the puncture is made), a hollow rod 310 of the base for the piercing 300 remains.
- Step 6. The jewelry (decorative) is placed in the inner surface 311 of the hollow rod 310 of the base piercing 300. Even more effectively, when the jewelry (decorative) is placed in the inner surface 311 of the hollow bar 310 of the base piercing 300 by threading.
FIG. 4 shows the stages of piercing with a device in which the needle and the connecting element form a single piercing unit without a drop in external circumference.
- Step 1. A needle 100 is taken, which consists of two parts, where the first tubular part 110 has one sharp end 111 formed by a cut at a certain angle and designed to penetrate the body of people, and the second end is made blunt 112 and the second tubular part 120 has two blunt ends 121, 122; the head 221 of the plastic spacer 220 of the connector 200 is guided into the blunt end 121 or 122 of the tubular part 120 of the needle 100.
- Step 2. The head 221 and the body part 222 of the plastic spacer 220 of the connector 200 are advanced inside the tubular part 120 of the needle 100 so that ⅔ of the connector 200 is inside the tubular part 120 of the needle 100. This is achieved by the fact that the head 221 of the plastic spacer element 220 has a conical shape. The diameter of the body 222 of the plastic spacer 220 of the connecting element 200 is 2-3% larger than the inner diameter of the tubular part 120 of the needle 100, while the body 222 is made in the form of truncated conical elements with a ribbed side surface; shank 223 is made in the form of two truncated conical elements, combined with bases and a ribbed surface. The ribs of the side surface of the shank, when moving inside the tubular part 120 of the needle 100, are slightly crushed, which results in a tight fixation of ⅔ of the connecting element 200 inside the tubular part 120 of the needle 100.
- Step 3. The second end, made blunt 112 of the tubular part 110 of the needle 100, is put on the pin 210 and the shank 223, capturing the rest of the body 222 of the plastic spacer 220 of the connecting element 200 until it fully contacts the blunt end 121 or 122 of the tubular part 120 of the needle 100 and forms a single piercing node without a drop in external circumference.
- Step 4. The puncture is carried out in such a way that the resulting knot is pulled through the body and a part of the tubular part 120 of the needle 100 is pulled through the puncture.
- Step 5 Disconnect the tubular portion 110 of the needle 100 from the resulting assembly. This is achieved by the fact that ⅔ of the connecting element 200 is tightly fixed inside the needle 100, and the design of the shank 223, which is made in the form of two truncated conical elements, combined with bases and a ribbed surface, allows you to freely remove the tubular part 120 of the needle 100.
- Step 6. Push the rest of the body 222 and the shank 223 into the tubular part 120 of the needle 100 so that only the pin 210 remains outside the tubular part 120 of the needle 100.
- Step 7. The pin 210 of the plastic spacer 220 of the connector 200 is placed in the inner part 311 of the hollow rod 310 of the base for the piercing 300 until it fully contacts the blunt end 121 or 122 of the tubular part 120 of the needle 100 and forms a single piercing node without a drop in external circumference. An even more effective knot is obtained if a pin 210 with a circumferential thread of the plastic spacer 220 of the connecting element 200 is screwed into the threads on the inner part 311 of the hollow rod 310 of the base for the piercing 300 until it fully contacts the blunt end 121 or 122 of the tubular part 120 of the needle 100 and forms a single piercing node without a drop in external circumference.
- Step 8. The resulting knot is pulled through the body until the locking element 320 of the piercing base 300 stops.
- Step 9 Disconnect the needle with the connector 200 inside the needle 100 from the piercing base. This is achieved by the fact that the connecting element 200 is tightly fixed inside the needle 100. Inside the body (earlobe, nose cartilage, tongue, other parts of the body through which the puncture is made), a hollow rod 310 of the base for the piercing 300 remains.
- Step 10. The jewelry (decorative) is placed in the inner surface 311 of the hollow base rod 310 of the base piercing 300. Even more effectively, when the jewelry (decorative element) is placed in the inner surface 311 of the hollow rod 310 of the base piercing 300 by screwing onto the threads.
FIG. 5 schematically shows the connecting element.
The connecting element 200, which consists of a pin 210, in one embodiment, one side of which has a circumferential thread, on the other side is placed a plastic spacer 220 having a head 221, a body 222 and a shank 223; moreover, the plastic spacer element 220 of the connecting element 200 is an anchor mechanism, contains a head 221 of a conical shape, a body 222, in the form of truncated conical elements with a ribbed side surface and a shank 223, in the form of two truncated conical elements, combined with bases and a ribbed surface, and a pin 210 has the possibility of dressing the hollow rod 311 of the base for the piercing 300 of jewelry or placing it in the inner surface 311 of the hollow rod 310 of the base for the piercing 300 by screwing onto the thread.
Patent Application
20240381983
