Condom rod metal fork of condom

Abstract

The utility model relates to the technical field of adult product detection, and particularly discloses a condom rod metal fork which comprises a rod fork seat, a plurality of detection structures are symmetrically and rotatably mounted in the rod fork seat, each detection structure comprises a rotating bearing, a needle seat body is arranged at the upper end of each rotating bearing, a needle clamp is arranged in each needle seat body, and the needle clamp is connected with the rod fork seat. Rotating needle bearings are arranged at the two ends of each needle clamp, each rotating needle bearing and the needle base body are rotationally installed, a main fork, an auxiliary fork and a short fork are arranged in one set of oppositely-distributed needle base bodies at the upper end of the sleeve rod fork base, and a short fork, a steel ball fork and a firing needle fork are arranged in the other set of oppositely-distributed needle base bodies at the upper end of the main fork; the main fork and the auxiliary fork are long forks, the long forks and the short forks are combined to form a sleeve rod fork, the sleeve rod fork is divided into the long forks and the short forks, the long forks are responsible for falling guiding and vertical supporting of condoms, and the condoms can be conveniently and integrally opened when the condoms are sleeved with rods.

Description

TECHNICAL FIELD

[0001] The utility model relates to adult products detection technical field, especially a condom sleeve stick metal fork. BACKGROUND

[0002] In the condom production process, the sleeve stick process is to put the condom on the sleeve stick model, which is the previous process for the next step of electrical detection, and plays a key role in subsequent product detection and quality control.

[0003] In the prior art, there are mainly two ways to realize the sleeve stick operation of the condom.

[0004] The first is the traditional manual sleeve stick method, which relies on manual operation and has low efficiency and high labor cost, and cannot meet the needs of large-scale industrial production. The first is to use a cylinder or an electric cylinder to directly pull the sleeve stick. Although this method realizes automation to a certain extent, it has many problems. In the sleeve stick process, the condom is easily damaged, which not only increases the cost of product loss, but also may affect the accuracy and reliability of the subsequent electrical detection process due to the damage of the condom. UTILITY MODEL CONTENTS

[0005] In view of the deficiencies of the prior art, the utility model provides a condom sleeve stick metal fork, which solves the technical problems of insufficient quality and efficiency of adult product detection.

[0006] To achieve the above purpose, the utility model realizes the following technical scheme:

[0007] A condom sleeve stick metal fork, comprising a sleeve stick fork seat;

[0008] A plurality of detection structures are symmetrically rotatably installed inside the sleeve stick fork seat;

[0009] The detection structure comprises a rotating bearing, a needle holder body is arranged at the upper end of each rotating bearing, a needle clamp is arranged inside each needle holder body, a rotating needle bearing is arranged at both ends of each needle clamp, each rotating needle bearing is rotatably installed with the needle holder body, a steel needle torsional spring is fixedly installed on the circumferential surface of each needle clamp, a main fork, a secondary fork and a short fork are arranged inside one set of oppositely distributed needle holder bodies at the upper end of the sleeve stick fork seat, the short fork, a steel ball fork and a striker fork are arranged inside the other set of oppositely distributed needle holder bodies at the upper end of the main fork, a plurality of fastening screws are symmetrically screw-mounted inside the sleeve stick fork seat, the main fork and the secondary fork are long forks, and the long fork and the short fork are combined to form a sleeve stick fork.

[0010] Preferably, the lower end of the sleeve rod fork seat is provided with a plurality of torsion spring supports, each of the torsion spring supports is located at the concentric shaft where the needle seat body and the rotating bearing are installed, each of the needle seat bodies is partially exposed to the torsion spring support, and a latch is clamped between each of the torsion spring supports and the needle seat body.

[0011] Preferably, the inside of each of the torsion spring supports is provided with a needle seat torsion spring, each of the needle seat bodies, the needle seat torsion spring and the torsion spring support can rotate synchronously, the inside of each of the needle seat bodies is threadedly installed with a limiting screw, each of the limiting screws is located on the side wall of the needle seat torsion spring, and each of the limiting screws can limit the end of the needle seat torsion spring.

[0012] Preferably, the main fork, the auxiliary fork, the short fork and the steel ball fork are fixed to the needle clamp through the rotating needle bearing, each of the steel ball forks is partially located in the needle seat body, and each of the steel ball forks can provide limiting for the steel needle torsion spring.

[0013] Compared with the prior art, the scheme has the following beneficial effects:

[0014] In the utility model, the needle seat torsion spring and the steel needle torsion spring are arranged, so that the sleeve rod fork resets under the action of the needle seat torsion spring after the sleeve rod is completed, meanwhile, the steel needle torsion spring is sleeved on the needle clamp, the related forks are fixed to the needle clamp through the rotating needle bearing, and the limiting screw limits the position of the needle seat torsion spring and exerts torsion force to reset the related forks after the sleeve rod is completed, so that the main fork, the auxiliary fork and the steel ball fork can reset under the action of the torsion spring, most of the forks are almost not stressed, and the service life of the forks is greatly prolonged.

[0015] In the utility model, the steel ball forks are uniformly distributed in four circumferential directions, are close to each other in the unsleeved rod state, are responsible for supporting the bottom of the condom when the sleeve rod is sleeved, make the condom easily sleeved into the model, and prevent the sleeve rod from flying in the sleeve rod state, and in order to avoid the model and the sleeve rod fork and the steel ball fork from directly impacting, the striking needle fork is arranged at the bottom of the fork, the striking needle fork first contacts the arc of the model seminal vesicle part when the sleeve rod is sleeved, is supported and opened under the guidance of the excessive arc of the model, and drives the short fork to rotate and open, so that the condom is supported and opened, and the condom is more easily sleeved into the model. BRIEF DESCRIPTION OF DRAWINGS

[0016] The above description is only a summary of the technical scheme of the utility model, in order to more clearly understand the technical means of the utility model, and the content of the specification can be implemented, the following preferred embodiments of the utility model are described in detail with reference to the drawings.

[0017] Figure 1 It is a three-dimensional structure of the utility model;

[0018] Figure 2The utility model discloses a needle seat body connecting structure diagram;

[0019] Figure 3 The utility model discloses a sleeve rod fork seat plan view;

[0020] Figure 4 The utility model discloses a needle seat body sectional view.

[0021] Legend: 11, main fork, 12, vice fork, 13, short fork, 14, steel ball fork, 15, striker fork, 16, needle seat body, 17, needle seat torsional spring, 18, torsional spring support, 19, limit screw, 21, fastening screw, 22, sleeve rod fork seat, 23, rotating bearing, 24, rotating needle bearing, 25, needle clamp, 26, bolt, 27, steel needle torsional spring. DETAILED DESCRIPTION

[0022] The application embodiment provides a condom sleeve rod metal fork, effectively solves the technical problem of insufficient quality and efficiency of adult products detection, sets needle seat torsional spring and steel needle torsional spring, resets sleeve rod fork under the action of needle seat torsional spring after sleeve rod, the relevant fork is fixed on the needle clamp through rotating needle bearing, and the limit screw limits the position of needle seat torsional spring and applies torsion to reset the relevant fork after sleeve rod, so that the main fork, vice fork and steel ball fork can reset under the action of torsional spring, most forks are almost not stressed, the service life of fork is greatly prolonged, and the steel ball fork is uniformly distributed in four circumferential directions, is close to each other in the unsleeved state, is responsible for opening the bottom of condom when sleeving, makes it easy to sleeve into the model, prevents flying sleeve when sleeving, and when sleeving, to avoid direct impact of the model and sleeve rod fork and steel ball fork, the striker fork is arranged at the bottom of the fork, when sleeving, the striker fork first contacts the arc of the model seminal vesicle part, and is opened under the guidance of the excessive arc of the model, and drives the short fork to rotate and open, so as to open the condom and make it easier to sleeve into the model.

[0023] EMBODIMENT

[0024] As Figures 1-4 The technical scheme in the application embodiment effectively solves the technical problem of insufficient quality and efficiency of adult products detection in the prior art, and the general idea is as follows:

[0025] In view of the problems in the prior art, the utility model provides a condom sleeve rod metal fork, which comprises a sleeve rod fork seat 22;

[0026] A plurality of detection structures are symmetrically and rotatably installed in the sleeve rod fork seat 22;

[0027] The detection structure comprises rotating bearings 23, each rotating bearing 23 is provided with a needle seat body 16 at the upper end, each needle seat body 16 is provided with a needle clamp 25 inside, each needle clamp 25 is provided with a rotating needle bearing 24 at both ends, each rotating needle bearing 24 is rotatably installed with the needle seat body 16, the circumferential surface of each needle clamp 25 is fixedly installed with a steel needle torsional spring 27, the inside of one set of oppositely distributed needle seat bodies 16 at the upper end of the sleeve rod fork seat 22 is provided with a main fork 11, a secondary fork 12 and a short fork 13, the inside of another set of oppositely distributed needle seat bodies 16 at the upper end of the main fork 11 is provided with a short fork 13, a steel ball fork 14 and a striker fork 15, a plurality of fastening screws 21 are symmetrically screwed and installed in the inside of the sleeve rod fork seat 22, the main fork 11 and the secondary fork 12 are long forks, and the combination of the long fork and the short fork 13 is a sleeve rod fork, the fork of the sleeve rod fork is divided into a long fork and a short fork 13, the long fork is divided into a main fork 11 and a secondary fork 12, the long fork is responsible for the falling sleeve guiding and vertical support of the condom, and the condom is expanded as a whole when the sleeve rod is sleeved; the short fork 13 cooperates with the main fork 11 to expand the condom as a whole in two 90° directions, the needle seat body 16 is installed in the rotating bearing 23 hole of the sleeve rod fork seat 22, two oppositely distributed needle seat bodies 16 are each fixedly installed with a main fork 11 and a steel ball fork 14, and the other two oppositely distributed needle seat bodies 16 are each fixedly installed with a short fork 13, a steel ball fork 14 and a striker fork 15, the steel ball fork 14 is distributed in four circumferential directions, and in the unsleeved state, the steel ball fork 14 is in close contact with each other and gathered; in the sleeved state, the steel ball fork 14 is responsible for expanding the bottom of the condom, so that it is easy to be sleeved into the model, and prevents the condom from flying when the sleeve rod is sleeved.

[0028] When the sleeve rod is sleeved, in order to avoid the model and the sleeve rod fork and the steel ball fork 14 from directly impacting, the striker fork 15 is arranged at the bottom of the fork, when the sleeve rod is sleeved, the striker fork 15 first contacts the arc of the model seminal vesicle part, and due to the excessive arc guiding action of the model, the striker fork 15 is expanded when moving along the arc, and drives the short fork 13 to rotate and open together, so as to expand the condom, so that it is easier to be sleeved into the model.

[0029] The lower end of the sleeve rod fork seat 22 is provided with a plurality of torsional spring supports 18, each torsional spring support 18 is located at the concentric shaft of the needle seat body 16 and the rotating bearing 23 installation, each needle seat body 16 is partially exposed at the torsional spring support 18, and a bolt 26 is clamped between each torsional spring support 18 and the needle seat body 16.

[0030] Each torsional spring support 18 is provided with a needle seat torsional spring 17 inside, each needle seat body 16, needle seat torsional spring 17 and torsional spring support 18 can rotate synchronously, each needle seat body 16 is screw installed with a limiting screw 19 inside, each limiting screw 19 is located on the side wall of the needle seat torsional spring 17, and each limiting screw 19 can limit the end of the needle seat torsional spring 17, when the sleeve rod is sleeved, the sleeve rod model can drive the main fork 11, the secondary fork 12, the short fork 13, the steel ball fork 14 and the striker fork 15 to rotate easily, and when the sleeve rod is sleeved, it can be easily reset under the action of the needle seat torsional spring 17.

[0031] The main fork 11, the auxiliary fork 12, the short fork 13 and the steel ball fork 14 are fixed to the needle clamp 25 through the rotating needle bearing 24, each steel ball fork 14 is partially located inside the needle seat body 16, each steel ball fork 14 can provide a limit for the steel needle torsion spring 27, the needle clamp 25 is sleeved on the needle clamp 25 through the rotating needle bearing 24 and fixed in the needle seat body 16, the main fork 11, the auxiliary fork 12 and the steel ball fork 14 are fixed to the needle clamp 25 through the rotating needle bearing 24, under the action of the steel needle torsion spring 27, the steel ball fork 14 is reset and gathered under the condition of no sleeve rod and after the sleeve rod is completed.

[0032] The limiting screw 19 can limit the position of the needle seat torsion spring 17, apply a torsion force to the torsion spring support 18 to make it rotate in the other direction, make the main fork 11, the auxiliary fork 12 and the steel ball fork 14 be in the gathering state under the condition of no sleeve rod and after the sleeve rod is completed, reset them so that the sleeve rod can easily fall into, at the same time, the action of the limiting screw 19 can also limit the other angle position of the needle seat body 16 under the condition of no sleeve rod, limit the position of the needle seat body 16 in the direction within a certain range, avoid the overstroke of the steel ball fork 14 when it is gathered.

[0033] By setting the fastening screw 21, the sleeve rod fork seat 22 is connected with the external matched skeleton and the motion module, the module drives the sleeve rod fork to move up and down to complete the sleeve rod action.

[0034] Working principle:

[0035] Firstly, when the sleeve rod fork works, the long fork (including the main fork 11 and the auxiliary fork 12) is responsible for the guiding and vertical support of the condom falling sleeve and supports the whole condom when the sleeve rod is sleeved, the short fork 13 cooperates with the main fork 11 to support in a certain direction, the steel ball fork 14 is circumferentially distributed and gathered under the condition of no sleeve rod, supports the bottom of the condom to prevent flying sleeve when the sleeve rod is sleeved, the striking needle fork 15 is located at the bottom of the fork, contacts the model sperm arc when the sleeve rod is sleeved, is supported and opened under the guidance of the arc and drives the short fork 13 to rotate to open the condom for the convenience of sleeving the model, the needle seat body 16 is installed in the rotating bearing 23 hole of the sleeve rod fork seat 22, different needle seat bodies 16 fix different fork assemblies, the sleeve rod model can drive each fork to rotate when the sleeve rod is sleeved, resets under the action of the needle seat torsion spring 17 after the sleeve rod is completed, the steel needle torsion spring 27 is sleeved on the needle clamp 25, the related fork is fixed to the needle clamp 25 through the rotating needle bearing 24, the action is to reset and gather the steel ball fork 14, the limiting screw 19 limits the position of the needle seat torsion spring 17 and applies a torsion force to make the related fork gather and reset under the condition of no sleeve rod and after the sleeve rod is completed, can also limit the angle position of the needle seat body 16 to avoid the overstroke of the steel ball fork 14 when it is gathered, the fastening screw 21 facilitates the connection of the sleeve rod fork seat 22 with the external skeleton and the motion module, drives the sleeve rod fork to move up and down to complete the sleeve rod action.

[0036] Finally, it should be noted that: apparently, the above embodiments are merely examples for clearly illustrating the utility model, and are not limited to the implementation. For ordinary skilled in the art, on the basis of the above description, other different forms of changes or variations can be made. Here, it is not necessary and impossible to enumerate all the implementation. The obvious changes or variations derived therefrom are still within the scope of the utility model.

Claims

1. A condom sheath metal fork comprising a sheath fork seat (22), characterized in that ； A plurality of detection structures are symmetrically rotatably installed inside the sleeve rod fork seat (22); The detection structure comprises a rotating bearing (23), the upper end of each rotating bearing (23) is provided with a needle seat body (16), the inside of each needle seat body (16) is provided with a needle clamp (25), both ends of each needle clamp (25) are provided with a rotating needle bearing (24), each rotating needle bearing (24) is rotatably installed with the needle seat body (16), the circumferential surface of each needle clamp (25) is fixedly installed with a steel needle torsional spring (27), the inside of one set of oppositely distributed needle seat bodies (16) on the upper end of the sleeve rod fork seat (22) is provided with a main fork (11), a secondary fork (12) and a short fork (13), the inside of another set of oppositely distributed needle seat bodies (16) on the upper end of the main fork (11) is provided with the short fork (13), a steel ball fork (14) and a striker fork (15), a plurality of fastening screws (21) are symmetrically screw-installed inside the sleeve rod fork seat (22), the main fork (11) and the secondary fork (12) are long forks, and the combination of the long fork and the short fork (13) is a sleeve rod fork.

2. A condom applicator prong as defined in claim 1 wherein, A plurality of torsional spring supports (18) are arranged on the lower end of the sleeve rod fork seat (22), and each torsional spring support (18) is located at the concentric shaft where the needle seat body (16) and the rotating bearing (23) are installed; Each needle seat body (16) is partially exposed to the torsional spring support (18), and a latch (26) is clamped between each torsional spring support (18) and the needle seat body (16).

3. A condom applicator prong as defined in claim 2 wherein, Each needle seat body (16), needle seat torsional spring (17) and torsional spring support (18) can rotate synchronously; Each needle seat body (16) is screw-installed with a limiting screw (19) inside.

4. A condom applicator prong as defined in claim 3 wherein, Each limiting screw (19) is located on the side wall of the needle seat torsional spring (17); Each limiting screw (19) can limit the end of the needle seat torsional spring (17).

5. A condom applicator prong according to claim 4, wherein the prong is formed from a single piece of metal. The main fork (11), the secondary fork (12), the short fork (13) and the steel ball fork (14) pass through the rotating needle bearing (24) and are fixed to the needle clamp (25).

6. A condom applicator prong metal fork as defined in claim 5, wherein, Each steel ball fork (14) is partially located inside the needle seat body (16); Each steel ball fork (14) can provide limiting for the steel needle torsional spring (27).

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