TWI711771B - Gasket and collection container assembly - Google Patents

Abstract

A gasket and collection container assembly, including a gasket and a collection container, the gasket consists of a gasket The sheet part and a strong part are composed of a flat ring. The strong part consists of an outer skin and is filled with strong glue inside. The strong part is fixed to the bottom of the gasket; the collection container has a long tube The outer wall of the shape contains a large number of gaskets inside, and is covered by a cover connected with an elastic member, so that the elastic member pushes the majority of the gaskets to move forward. The upper and lower sides of the collection container are provided with an upper pressure opening. Hole and a discharging opening, there is a discharging elastic pressing piece, one end is fixed to the outer wall body, and then it is extended upward in the direction of the upper pressing hole, and then the lower pressing piece is extended to align with the upper Press the hole.

Description

Gasket and collection container assembly

The present invention relates to a gasket and collection container assembly, in particular to a gasket that can ensure a tightly connected state and function, and a collection container assembly that can collect and store most gaskets for use in order to guide and push out the collection container.

Press, a washer is a small object (ie, small hardware) that is often used in various assembly. The main function is to be used for joining parts (such as screws, bolts, nails, etc.). Closer degree. The conventional washer 10 is shown in Fig. 1, which is generally stamped from a metal material into a flat ring shape with a through hole 11 in the middle. The most common example of use is shown in Fig. 2. The screw part 12 of the bolt is first passed through The through hole 11, the washer 10 is pressed against the expected work place, and the screw head part 13 of the bolt is rotated so that the screw part 12 is screwed into the upper joint piece 14 and the lower joint piece 15, and finally the The screw head portion 13 tightly presses the washer 10 and the upper joint piece 14 downward to achieve a tight joint.

The conventional gasket 10 is a small object that has existed for a long time. When used to complete the joint, the conventional gasket 10 can indeed assist in achieving a tight joint. However, the conventional gasket 10 is still lacking in use. The main reason is that the gasket 10 and the screw part 12 are made of metal material, so there is a rigid contact with each other, resulting in a long time of joining action, due to the impact of vibration in the environment, causing the screw part 12 to slowly withdraw backwards and backwards In other words, the conventional washer 10 can indeed assist the screw part 12 of the bolt to be tightly connected with the upper joint piece 14 and the lower joint piece 15 when the joint is completed, but under rigid contact and environmental vibration, Its close effect slowly disappears.

In addition, the conventional gaskets 10 are all individually molded one by one, and then the set number (for example, 50 or 100) is calculated and then put into a packaging box or a packaging bag to complete the packaging, and the packaging is completed in boxes or The bag is produced and sold in the smallest unit; then when consumers buy and use, after unpacking the box or bag, all the gaskets 10 become scattered, so there are defects that are easy to loose and lose.

In view of the lack of use and packaging of the conventional washer 10, the inventors conceived that if a washer that can help ensure a firm and tight joint state can be created, there is no need to worry about the screw part 12 of the bolt in use. The lack of withdrawal, at the same time, a collection container was created. When the gasket is completed, the gasket is stacked and collected into the containing cavity of the collection container. When in use, the discharge opening under the collection container can be used to sequentially The washer is guided and pushed out, which can improve the lack of the conventional gasket that the packaging is loose and easy to lose and the tightness of the gasket is easy to disappear during use. Based on this demand, the inventors carried out in-depth research and development and improvement, and through various efforts, the present invention was finally produced.

Fortunately, the main purpose of the present invention is to provide a gasket and collection container assembly that can ensure a tight joint state and function during use, and can collect and store the originally scattered gaskets, and the gaskets can be guided and pushed out in sequence during use. .

In order to achieve the above-mentioned object, the present invention has been specially developed to provide a gasket and collection container assembly, including a gasket and a collection container, wherein the gasket is composed of a gasket sheet part and a strength gathering part. It is stamped into a flat ring shape with a metal material, and a through hole is formed in the middle. The strength gathering part is composed of an outer skin, and the inner space is filled with strong glue cement. The strength gathering part is fixed to the bottom surface of the gasket sheet part. On; the collection container is composed of an outer wall, a cover, an elastic member, a push plate and a discharge elastic pressing sheet, the outer wall is a longitudinally long cylindrical shape, and a containing cavity is formed inside for accommodating The back end of the gasket is open to become an opening, the front end of the outer wall body is closed, the upper side is provided with an upper pressure opening, and the lower side is provided with a discharge Opening, the width of the discharging opening is greater than the height of the gasket, the arc length of the discharging opening is greater than half of the outer length of the gasket; the cover is combined at the opening of the outer wall, the cover A positioning ring extending in the opening direction is formed on the inner top surface of the body; one end of the elastic member is sleeved and engaged with the positioning ring of the cover; a positioning ring is formed on the top surface of the pushing plate for the elastic member The other end is sleeved and joined; one end of the discharge elastic pressing piece is fixedly connected to the peripheral wall surface in the middle of the outer wall body, and then it is extended in the upward pressure opening direction, and then the lower pressing piece pair is extended It is time to press up the hole.

In the above-mentioned gasket and collection container assembly, the bottom surface of the gasket piece is provided with a groove.

In the aforementioned gasket and collection container assembly, the grooves are numerous and arranged radially.

In the above-mentioned gasket and collection container assembly, the outer skin of the strong part is formed of pressure-resistant leather, and the thickness is extremely thin.

In the above-mentioned gasket and collection container assembly, the poly-strength cement is a soft material, and is filled into the outer skin. With the outer skin sealing and isolating the air, the poly-strength cement will maintain the softness of the glue-like clay without Will harden.

In the above-mentioned gasket and collection container assembly, the strength-concentrating part is in the shape of a flat disc, and the outer diameter corresponds to the outer diameter of the gasket sheet part.

In the above-mentioned gasket and collection container assembly, the condensing part can be fixed on the bottom surface of the gasket sheet part by an adhesive means.

In the above-mentioned gasket and collection container assembly, the cover body and the opening of the outer wall body can be screwed together to achieve a combination.

In the aforementioned gasket and collection container assembly, a clamp is connected to the peripheral wall of the cover.

In the above-mentioned gasket and collection container assembly, the fixed connection between the discharge elastic pressing piece and the outer wall surface of the outer wall body can be achieved by one of the methods such as screw connection, riveting connection, welding connection, and adhesive connection. .

In the above-mentioned gasket and collection container assembly, the height of the lower pressing piece is preferably the radius of the outer wall body.

According to the above structure and composition, the present invention has the following advantages and effects in use:

1. In use, the gasket of the gasket and collection container assembly of the present invention can be filled into the gap between the joints and hardened by the strong cement paste, so the tight joint state and function can be ensured.

2. The collection container of the gasket and collection container assembly of the present invention can collect and stack gaskets that were originally in a scattered state at the time of completion of the production into the containing cavity for storage, so as to be easily accessed at any time.

3. When the collection container of the gasket and collection container assembly of the present invention is used, the gasket can be guided and pushed out in order to avoid scattered loss.

10: Washer

11: Piercing holes

12: Screw part

13: Screw head part

14: Upper joint piece

15: Lower joint piece

20: Washer

21: Washer piece

211: Piercing Hole

212: Groove

22: Gather Strong Ministry

221: Outer Skin

222: Poly strong clay

30: Collection container

30: Collection container

31: Outer wall

311: Containment Cavity

312: open

313: External thread

314: Upper pressure opening

315: discharge opening

32: Lid

321: internal combined thread

322: positioning ring

323: Clip

33: Elastic

34: Push plate

341: positioning ring

35: Discharging elastic sheet

351: lower press

Figure 1 shows a perspective view of a conventional gasket.

Figure 2 shows a schematic diagram of the use of conventional gaskets.

Figure 3 shows a perspective view of the gasket of the present invention from a top angle.

Figure 4 shows a perspective view of the gasket of the present invention from a bottom angle.

Figure 5 shows a perspective exploded view of the gasket of the present invention from a bottom angle.

Figure 6 shows a cross-sectional view of the gasket of the present invention.

Figures 7-9 show the continuous schematic diagrams of the use of the gasket in the present invention.

FIG. 10 is an enlarged schematic diagram of part a in FIG. 9.

FIG. 11 is an enlarged schematic diagram of part b in FIG. 9.

Figure 12 shows a perspective view of the gasket and collection container assembly of the present invention.

Figure 13 is a perspective exploded view of the gasket and collection container assembly of the present invention.

Figure 14 shows a longitudinal sectional view of the gasket and collection container assembly of the present invention.

Figures 15-16 show schematic diagrams of the action of pushing the gasket away from the collection container in the present invention.

In order to achieve the above-mentioned object, the present invention adopts the technical means and the achievable effect, and the following preferred and feasible embodiments are described in detail in conjunction with the accompanying drawings for a complete understanding.

The present invention seeks an assembly of a gasket 20 and a collection container 30 dedicated to collecting the gasket 20. The washer 20 is an independent individual. Please refer to Figs. 3-6. The washer 20 is composed of a washer piece 21 and a strength-converging portion 22. The washer piece 21 is stamped from a metal material into a flat ring. A through hole 211 is formed in the middle, and the bottom surface is provided with a plurality of grooves 212 arranged in a radial direction; the strength gathering part 22 is formed by an outer skin 221, and the inner space is filled with strong glue 222. The outer skin 221 is a pressure-resistant leather molding, and the thickness is preferably extremely thin. The poly-strong cement 222 is a soft material. After being filled into the outer skin 221, the outer skin 221 seals and isolates the air. The poly-strong glue 222 will maintain the softness of the glue-like without hardening. When the poly-strong part 22 is manufactured, it is appropriate to have a flat disc shape and the outer diameter corresponding to the outer diameter of the washer sheet part 21, that is, the The outer diameter of the condensing part 22 should not be too large or too small than the outer diameter of the washer sheet part 21, and then processed to make the concentrating part 22 adhere to the bottom surface of the washer sheet part 21, thus completing the gasket 20 manufacture.

The use of the washer 20 is shown in Figures 7-9. First, the washer 20 is pressed against the expected work place with the strength-concentrating portion 22 located below and held to position it, while aligning the screw part 23 of the bolt The penetration hole 11 enters, and the tip of the screw part 23 will slightly abut the outer skin 221 of the strong part 22 at this time. Depressed, but not piercing the outer skin 221 (as shown in Figure 7), and then turn the screw head part 24 of the bolt to make the screw part 23 pierce the outer skin 221 first, and continue to screw down Into the upper joint piece 25 and the lower joint piece 26 (as shown in FIG. 8), and finally the bottom surface of the screw head portion 24 of the bolt tightly presses against the washer piece portion 21 to complete the joint (as shown in FIG. 9). Show).

During the process, the screw head part 24 of the bolt will pierce the top surface and the top surface of the outer skin 221 in sequence, so that the internal poly-strong glue 222 overflows from the pierced part and rotates as the screw part 23 rotates. The downward movement is driven to flow downwards in the joint gap between the screw part 23 and the upper joint piece 25 and the lower joint piece 26 (as shown in Figures 9 and 10), and will be squeezed Press and flow upwards, and then fill in any gaps between the upper joint sheet 25, the outer skin 221, the gasket sheet portion 21 and the bottom surface of the screw head portion 24 (as shown in Figures 9 and 11), and then Because the poly-strength cement 222 has been in contact with air, it will gradually harden, thereby enhancing the connection between the bolt and the washer piece 21 and the upper and lower joint pieces 25, 26, so that the achieved tight joint state can be reliably and firmly , The most important thing is that after the joint state and the effect for a long time, there will be no vibration phenomenon in the environment, which will cause the bolt to slowly and gradually retract backwards. Therefore, in some important places that will not change for a long time (for example, the assembly of the roof is important and will not change for a long time), using the gasket 20 of the present invention for joining can greatly enhance the service life.

Because the gasket 20 of the present invention has a good use effect, and the unit price is relatively high, it cannot be lost due to scattered. Therefore, the present invention also creates a collection container 30 specifically for collecting the gasket 20. Please refer to Figures 12 to 14, the collection container 30 is structured by an outer wall 31, a cover 32, an elastic member 33, a push plate 34 and a discharge elastic pressing piece 35, wherein the outer wall body 31 is in the shape of a longitudinally long cylinder, an accommodating cavity 311 is formed inside, and the rear end is opened to become an opening 312, which allows the gasket 20 to be conveniently accommodated from the opening 312 into the accommodating cavity 311 (will be later Detailed), the peripheral wall of the opening 312 is provided with an external coupling thread 313. The front end of the washer 20 is closed, but an upper pressure opening 314 and a discharge opening 315 are opened on each of the upper and lower sides, both of which are arc-shaped openings opened with the curvature of the outer wall 31. The width of the upper pressure opening 314 will be smaller than the height of the gasket 20, the arc length of the upper pressure opening 314 will be less than half of the outer length of the gasket 20, and the width of the discharge opening 315 must be slightly larger than the gasket 20 The arc length of the discharge opening 315 must be slightly larger than half of the outer length of the gasket 20.

The cover body 32 can cover the opening 312, and the inner wall surface of the cover body 32 is provided with an internal coupling thread 321, which can be screwed and combined with the external coupling thread 313. The inner top surface of the cover 32 A positioning ring 322 extending in the direction of the opening is formed on the upper part. In addition, a clamping member 323 is connected to the outer wall of the cover 32; one end of the elastic member 33 (such as a spring bar) and the positioning ring of the cover 32 322 is sleeved and joined, and the other end is sleeved and joined with a positioning ring 341 formed on the top surface of a push plate 34; one end of the discharge elastic pressing piece 35 and the outer wall 31 are approximately close to the peripheral wall surface in the middle Fixed connection, for example: screw connection, riveting connection, welding connection, adhesive connection --- and other means can be used to achieve a fixed connection, and then extend it upward in the direction of the upper pressure opening 314, and then extend again The lower pressing piece 351 is aligned with the upper pressing opening 314, and the height of the lower pressing piece 351 may be approximately equal to the radius of the periphery of the outer wall 31, but is not limited.

According to the above-mentioned structure, when assembling, the gasket 20 is first placed into the receiving cavity 311 from the opening 312 of the outer wall body 31 with the gasket sheet portion 21 facing the upper pressing hole 314, so as to abut against the outer wall. On the closed end wall of the body 31, there are two modes for accommodating the gasket 20 in the accommodating cavity 311. The first mode is to successively accommodate the gaskets 20 one by one, and the second mode is the gasket 20 After the manufacturing is completed, stack an appropriate number (the number must be set) into a cylindrical shape, and then spray glue on the surface to form a very thin film, so that the integral gasket 20 can be used as a simple constraint, so it can be held at one time Take the overall cylindrical gasket 20 and place it in the accommodating cavity 311, and then hold the cover 32 to control the pushing disc 34 and part of the elastic member 33 at the front end to also be accommodated in the accommodating cavity 311. The rear section of the elastic member 33 still extends out of the accommodating cavity 311, then press the cover body 32 forward to compress the elastic member 33 (shorten), and take advantage of the fact that the cover body 32 has its internal coupling thread 321 corresponding to the external coupling thread 313 of the outer wall 31 Screw connection, so that the cover body 32 is assembled with the outer wall body 31, and the elastic member 33 will press the plurality of washers 20 inward to achieve the effect of stacking and collecting the washers 20, as shown in FIG. 14. At this time, by the clamping effect of the clamping member 323, the collection container 30 containing a large number of gaskets 20 can be clamped on the user's body (such as a belt) so as to be ready for use.

In use, as shown in Figure 14, the collection container 30 is removed and placed horizontally, so that the discharge opening 315 faces downwards, but it is not restricted. Then, as shown in Figure 15, press the discharge with your hand. The front end of the material spring pressing piece 35 moves downward so that the lower pressing piece 351 enters the upper pressing opening 314, and that is, pushing the washer 20 at the first position in the front to move toward the discharge opening 315, because the lower pressing piece 351 The height of the pressing piece 351 is approximately equal to the outer radius of the outer wall 31 (mentioned before), so it can only push the gasket 20 at the first position in the front to expose the discharge opening 315 (as shown in Figure 15). Show), this is to avoid all exposure and loss, so as shown in Figure 16, the user only needs to pull out the washer 20 at the first position at the front with his fingers to completely detach from the discharge opening 315, ready to use.

Then when the user releases the pressure on the ejection elastic pressing piece 35, due to the recovery force of the ejection elastic pressing piece 35, it returns upward to the state shown in FIG. 14, which is originally the second position. The gasket 20 is pushed by the elastic force of the elastic member 33 and has become the gasket 20 in the first position. Therefore, the gasket 20 in the collection container 30 will be Gradually reduce, and when it is completely used up, you can additionally fill in a cylindrical gasket 20 before continuing to use.

Based on the above, the present invention obviously has the following advantages and effects in use:

1. In use, the gasket of the gasket and collection container assembly of the present invention can be filled into the gap between the joints and hardened by the strong cement paste, so the tight joint state and function can be ensured.

2. The collection container of the gasket and collection container assembly of the present invention can collect and stack gaskets that were originally in a scattered state at the time of completion of the production into the containing cavity for storage, so as to be easily accessed at any time.

3. When the collection container of the gasket and collection container assembly of the present invention is used, the gasket can be guided and pushed out in order to avoid scattered loss.

In summary, the present invention clearly achieves the expected function and purpose, and the detailed description can enable those who are familiar with the art to implement it. However, the above examples are only used to illustrate the present invention, and all equivalent structures are listed. The changes still do not depart from the scope of the present invention.

20: Washer

21: Washer piece

211: Piercing Hole

212: Groove

22: Gather Strong Ministry

221: Outer Skin

222: Poly strong clay

Claims (11)

A gasket and collection container assembly, including a gasket and a collection container, wherein the gasket is composed of a gasket sheet part and a strength gathering part, the gasket sheet part is stamped from a metal material into a flat ring shape, and a center is formed Perforated holes, the condensing part is composed of an outer skin, and the internal space is filled with poly-strength cement. The concentrating part is fixed on the bottom surface of the gasket sheet part; the collection container is composed of an outer wall and a cover The outer wall is in the shape of a longitudinally long tube, and an accommodating cavity is formed inside for accommodating the gasket. The rear end is open to become an opening. The front end of the outer wall is closed, an upper pressure opening is opened on the upper side, and a discharge opening is opened on the lower side. The width of the discharge opening is greater than the height of the gasket, and the arc length of the discharge opening is greater than the outer length of the gasket Half of the cover; the cover is combined at the opening of the outer wall, and a positioning ring extending in the opening direction is formed on the inner top surface of the cover; one end of the elastic piece and the positioning ring sleeve of the cover A positioning ring is formed on the top surface of the pushing plate for the other end of the elastic member to be sleeved and joined; one end of the ejection elastic piece is fixedly connected to the peripheral wall surface in the middle of the outer wall body, and then to the upper The direction of the press-opening hole is extended in a high-lift type, and then the lower pressing piece is extended to align with the upper press-opening hole. The gasket and collection container assembly according to claim 1, wherein the bottom surface of the gasket piece is provided with a groove. The gasket and collection container assembly according to claim 2, wherein the grooves are multiple and arranged radially. The gasket and collection container assembly according to claim 1, wherein the outer skin of the strong part is formed of pressure-resistant cortex, and the thickness is extremely thin. The gasket and collection container assembly of claim 1, wherein the poly-strong cement is a soft material and is filled inside the outer skin. By the function of the outer skin to seal and isolate the air, the poly-strong cement will maintain Clay-like softness without hardening. The gasket and collection container assembly according to claim 1, wherein the strength-condensing part is in the shape of a flat disc, and the outer diameter corresponds to the outer diameter of the gasket sheet part. The gasket and collection container assembly according to claim 1, wherein the condensing part can be fixed on the bottom surface of the gasket sheet part by an adhesive means. The gasket and collection container assembly according to claim 1, wherein the opening of the cover and the outer wall can be screwed to each other to achieve a combination. The gasket and collection container assembly of claim 1, wherein a clamp is connected to the outer wall surface of the cover. The gasket and collection container assembly according to claim 1, wherein the fixed connection between the discharge elastic pressing piece and the outer wall surface of the outer wall body can adopt screw connection, riveting connection, welding connection, adhesive connection --- Wait for one of them to be reached. The gasket and collection container assembly according to claim 1, wherein the height of the lower pressing piece is preferably the radius of the outer wall body.

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