JP2019200368A - Assembly of locking lock pin material and locking lock pin material - Google Patents

Abstract

To solve a problem in which means for making a trace surely remain when locking a necessary point such as a necessary-article withdrawal portion such as a key, and releasing the lock, and capable of easily performing the lock and its release work has not existed hitherto, and also means for exactly visually confirming a use status and a history of an article becoming an object in a locked state has not existed.SOLUTION: An assembly of a locking lock pin material has a runner, connection parts which are arranged at the runner in parallel with one another at equal pitches, come-off prevention bar parts connected to the connection parts via cutting parts, object penetration parts connected to the come-off prevention bar parts, and flat plate-shaped display parts integrally connected to the object penetration parts, in which the connection of the display parts is performed by rupturable sliced parts.SELECTED DRAWING: Figure 2

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a locking pin for locking, and in particular, locks a target portion and breaks a part when releasing the lock, and repeatedly performs such an operation. The present invention relates to a lock pin material for a lock as a single product separated from the assembly of the material.

  Conventionally, the management of various keys such as vehicle keys, room door keys, safe keys, etc., is left to the manager responsible for the rental and return of keys. It is entered in the record book and confirmed. However, if there is no manager in the event of an emergency, etc., it will be impossible to obtain the necessary keys and return them in reverse, making it difficult to rent and return the keys reliably and quickly. Will happen.

  Therefore, even if the person in charge of management is not present, each person who needs the key can take out and return the key by himself / herself and hang it on a lockable holder. Although it is conceivable to lock and release the key extraction part continuously, there is currently no means for accurately and quickly recording and managing this holder lock and release.

  Although the applicant investigated the prior art documents regarding the present invention, the applicant could not find any documents that seem to be particularly related to the present invention.

  The problem to be solved by the present invention is that, conventionally, when a necessary part such as a portion for taking out a necessary item such as a key is locked and the lock is released, the trace is clearly left, and the lock and its release work This means that there has been no means that can easily perform the check, and that there is no means that can accurately visually check the current state of use and history of the object in the locked state.

  In order to solve the above-described problems, an assembly of a locking pin member for locking according to the present invention includes a runner, a parallel connecting portion provided at an equal pitch on the runner, and a cutting portion at the connecting portion. A locking bar that is connected to a retaining bar part, to which an object penetration part is connected to the retaining bar part, and to which the flat flat display part is integrally connected. The pin material assembly is characterized in that the display portion is connected via a breakable shredder portion.

  Further, the assembly of the locking pin material for locking according to the present invention is characterized in that the whole is formed of an elastomer such as urethane rubber, and the above-mentioned retaining bar portion has a straight rod shape with a circular section, It is characterized in that the length dimension is made different from the above-mentioned cut portion as a boundary.

  Further, in the assembly of the locking pin member for locking according to the present invention, reinforcing ribs are formed from the lower surface of the retaining bar portion to both side surfaces of the object penetration portion, and the reinforcing rib is used for retaining. The long side with different dimensions of the bar portion is made larger and the short side is made smaller than that, and the connection of the above-mentioned retaining bar portion has at least one interval between the above-mentioned connecting portions. It is characterized by being separated.

  The assembly of the locking pin material for locking according to the present invention is such that the runner for supplying the material is cut out and the above-described runner is inserted into the mounting device in order to form the assembly. The end portion of the runner described above is characterized in that a direction indicating portion indicating the direction of insertion into the mounting device is formed, and the display portion described above is the axis of the retaining bar portion described above. It is characterized by being connected in a direction perpendicular to the direction.

  The locking pin material according to the present invention is characterized in that an RFID chip capable of reading and writing information is affixed to the display section as an insert or a seal. It is characterized in that a serial number or a two-dimensional bar code that can be distinguished from the locking pin material is printed or stamped.

  Furthermore, the locking locking pin material according to the present invention is a locking locking pin material separated from the assembly to be a single product.

  The present invention is configured as described above. Releasing the locked state can be easily performed by breaking the display part into pieces, and connecting the runner connecting bar part with at least one or more runner connecting parts, A space for arranging the orthogonal display portions in the width direction can be secured, and the display portions can be avoided from overlapping each other, and visual confirmation of the display portions can be easily performed in the assembled state. It has become a thing.

  In addition, by using an elastomer such as urethane rubber as the material, it is easy to cut the display part when the lock is released and break it, and the left and right sizes of the ribs for reinforcing the object penetration part are different. Thus, the display surface of the display unit faces forward when the locking pin material is used, and it is easy to hold it.

  Furthermore, by forming the direction indicating portion at the end portion of the runner, the loading direction to the mounting instrument is indicated, and the directionality is not erroneously corrected.

It is a front view which shows the assembly of the locking latch pin material which implemented this invention. Similarly, it is a partially enlarged view. Similarly, it is a right side view. It is an enlarged view which shows the joint part (chopping part) of a target object penetration part and a display part. It is a front view which shows the original shaping | molding state. Similarly, it is a right side view.

  This was realized by configuring as illustrated in the drawings and described in the examples.

  Next, an example of a preferred embodiment of the present invention will be described with reference to the drawings. In the figure, reference numeral 1 denotes an assembly of locking pin members 2, 2... Embodying the present invention. The assembly 1 is formed of urethane rubber in this embodiment, and has a runner 3 that is inserted into a mounting tool, which will be described later, and is attached to the runner 3 at a fixed equal pitch. Are arranged in parallel. These connecting portions 4, 4... Are round bars and all have the same length.

  In this embodiment, the connecting portions 4, 4... Are perpendicular to the connecting portion 4 with retaining bars 6 and 6... Connected as direction. The connecting structure of the retaining bar 6 is a long portion 6a having one long side with the cut portion 5 as a boundary, and a short portion 6b shorter than 6a having the other long side.

  By connecting the connecting portions 4, 4... To each other and connecting the retaining bar portions 6, 6... Via the cutting portions 5, 5,. Space that can be installed side by side can be secured.

  An object penetration part 7 is connected to the above-described retaining bar part 6 in a linear arrangement with the above-described connection part 4. Reinforcing ribs 8 a and 8 b are formed on the upper side surface of the object penetration part 7 so as to extend to the lower surface of the retaining bar part 6. This reinforcing rib 8a has a large size 6a side and a short size 6b side 8b smaller than the above-mentioned 8a, and has a strong strength on the long size portion 6a side. With this configuration, the orientation of the printing surface of the display unit, which will be described later, can be stably held at a position orthogonal to the axial direction of the retaining bar 6. In addition, with such a configuration, it is possible to facilitate the pushing (driving) operation by the piston member onto the object with the mounting tool described later.

  A display unit 10 is connected to the lower end of the above-described object penetrating unit 7 through a shredding unit 9. The display portion 10 has a flat plate shape, and the front and back surfaces thereof are arranged orthogonal to the axial direction of the retaining bar portion 6 described above. The surface of the display unit 10, that is, the long portion 6 a side of the retaining bar 6 is a printing surface 10 a, and an RFID chip that can read and write information on the locking pin 2 is inserted or inserted. Affixed with a seal, serial numbers, identification numbers and characters, and two-dimensional barcodes are provided by laser printing. When a barcode is used, efficient recording can be performed with a barcode reader.

  The above-described shredded portion 9 is formed into a very thin sheet shape between the lower end of the object penetration portion 7 and the top surface of the display portion 10, with the axial direction of the retaining bar portion 6 parallel to the width direction. It can be easily twisted off by picking and rotating the portion 10.

  Further, a direction indicating portion 3a indicating the inserting direction can be provided on the distal end side, which is the direction in which the runner 3 is inserted into the wearing device, and the direction indicating portion 3a is formed to lock the runner 3 The orientation of the display unit 10 when the locking pin member 2 is mounted at the target position is not mistaken.

  The assembly 1 having such a configuration is set in a known mounting device and used. This mounting device has a trigger, and by operating this trigger, the cutting portion 5 is cut with a cutter so that the locking pin material 2 for locking is separated from the assembly 1 and the piston member is subsequently removed. The stopper bar 6 is pushed from the long portion 6a side. The mounting instrument is provided with a hollow needle having a slit through which the object penetrating part 7 is passed. The hollow needle is inserted into the object, and the retaining bar 6 is pushed by the piston member within the hollow needle. Then, the retaining bar 6 is fed to the back side of the object and is restored by the elasticity of the material to prevent the locking locking pin material 2 from coming off. In this operation, when the piston member presses the end surface of the long portion 6a of the retaining bar portion 6, the display unit 10 is attached with the printing surface 10a facing the front.

  Further, when the operation of the trigger is completed once and the trigger is returned, a feed mechanism using a gear acts to advance the runner 3 and set the next locking pin material 2 for locking. . At this time, the feeding mechanism engages and feeds the connecting portion 4, and in this embodiment, the connecting portions 4, 4... After the operation of mounting the locking pin material 2 on the object, the next locking locking pin material 2 is moved against the piston member by operating the trigger twice, that is, by performing the empty operation twice. Will be set. However, the two connecting portions 4 and 4 between the retaining bar portions 6 and 6 may be omitted in some cases, and in this case, the runner 3 can be manually pushed.

  And in order to shape | mold the above-mentioned assembly 1, the raw material is supplied using this runner 11 shown as FIG. 5, FIG. The main runner 11 is provided with gates 11a, 11a,... For forming the wide display portions 10, 10, and so on. First, the main runner 11 is initially attached. The assembly 1 is obtained by separating the main runner 11 including the gates 11a, 11a. That is, the assembly 1 is obtained by supplying the material from the runner 3 side to the display units 10, 10.

  The present invention is configured as described above. For this reason, the connecting parts 4, 4... Are made to correspond to the gears of the feed mechanism in the same manner as in the conventional assembly, so that the existing mounting device can be used for the assembly 1 according to the present invention without manufacturing a new mounting device. Is supposed to be able to.

  In addition to the configuration of the direction indicating unit 3a, an arrow may be printed or engraved on the runner 3, and the size of the display unit 10 can be changed as necessary. Depending on the change in direction size, the connecting parts 4, 4. it can.

DESCRIPTION OF SYMBOLS 1 Assembly 2 Locking pin material 3 Runner 3a Direction instruction | indication part 4 Connection part 5 Cutting part 6 Retaining prevention bar part 6a Long dimension part 6b Short dimension part 7 Object penetration part 8a Reinforcement rib 8b Reinforcement rib 9 Thick cutting part 10 Display unit 10a Printing surface 11 Runner 11a Gate

Claims (11)

  A runner and a parallel connecting portion provided at an equal pitch on the runner, a retaining bar portion is connected to the connecting portion via a cutting portion, and an object penetration portion is connected to the retaining bar portion, In the assembly of the locking pin material for locking, in which a flat flat display unit is integrally connected to the object penetration part, the display unit is connected via a breakable shredder. An assembly of a locking pin material for locking.   The assembly of the locking pin material for a lock according to claim 1, wherein the whole is formed of an elastomer such as urethane rubber.   The assembly of the locking pin member for locking according to claim 1 or 2, wherein the retaining bar portion has a straight bar shape with a circular cross section, and has different lengths from the cut portion as a boundary. .   Reinforcing ribs are formed from the lower surface of the retaining bar part to both side surfaces of the object penetration part, and the reinforcing rib has a larger long side and a shorter side with different dimensions of the retaining bar part. The assembly of the locking pin member for locking according to one of claims 1 to 3, wherein the assembly is made smaller than that.   5. The lock locking pin according to claim 1, wherein the connection of the retaining bar portion is made at least one interval between the coupling portions. 6. Material assembly.   2. The lock pin material for locking according to claim 1, wherein the runner for supplying the raw material is cut out to form the assembly, and the runner is inserted into the mounting device. Assembly.   The assembly of the locking pin member for locking according to claim 6, wherein a direction indicating portion indicating a direction to be inserted into the mounting device is formed at an end portion of the runner.   The assembly of the locking pin member for locking according to claim 1, wherein the display section is connected in a direction orthogonal to the axial direction of the retaining bar section.   2. The lock pin assembly according to claim 1, wherein an RFID chip capable of reading and writing information is attached to the display section as an insert or a seal.   2. An assembly of locking locking pin members according to claim 1, wherein a serial number or a two-dimensional bar code that can be distinguished from other locking locking pin materials is printed or stamped on the display portion.   11. A locking pin material for a lock, which is separated from the assembly of the locking pin material described in claim 1 and is a single product.

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