Simple mechanism for enabling vibrating rod to automatically recover vibrating state

Abstract

The utility model discloses a simple mechanism used for enabling a vibrating rod to automatically recover a vibrating state, which comprises a fixed base and vibrating rod bodies, a self-vibrating component is arranged outside the fixed base in a combined manner, and a plurality of vibrating rod bodies are arranged outside the self-vibrating component side by side. The vibrating rod has the advantages that the self-vibrating assembly is arranged outside the fixed base in a combined mode, and then the vibrating rod bodies can automatically recover to the vibrating use state by means of the self-vibrating assembly in the mode that the vibrating rod bodies move to the periphery along with a walking mechanism of the distributing machine to abut against the outer portion of the self-vibrating assembly; the operation mode that an operator manually knocks the vibrating rod body to recover the vibrating use state is replaced, the workload of the operator is reduced, and the situation that the production efficiency is reduced due to the fact that the downtime is prolonged is avoided.

Description

Technical Field

[0001] This utility model relates to the field of auxiliary components for the production of refractory lining bricks, specifically to a simple mechanism for automatically restoring the vibration state of a vibrator. Background Technology

[0002] In the production process of refractory silica bricks, a vibration mechanism is required to vibrate and compact the refractory material. However, in actual use, the vibrators often encounter situations where they open or stop vibrating during the vibration compaction process. In such cases, in order to restore the vibrators to a state where they can continue to vibrate, the operator needs to manually tap each vibrator to restore it to a vibrating state for continued use.

[0003] However, in the actual process of manually tapping the vibrator to restore it to its vibrating state, the vibrator usually works for ten minutes and then stops for three minutes, and then repeats the operation in the same way. Moreover, the vibrator works 24 hours a day in actual production. This means that if operators have to enter the pouring chamber to manually tap the vibrator to restore it to its vibrating state every time, not only will the workload be large, but it will also greatly prolong the downtime and reduce production efficiency. Utility Model Content

[0004] The purpose of this utility model is to provide a simple mechanism for automatically restoring the vibration state of a vibrating rod in order to solve the above-mentioned problems. A self-vibrating component is assembled on the outside of the fixed base. By moving the vibrating rod body with the traveling mechanism of the fabric placing machine to the outside of the self-vibrating component, the vibrating component can automatically restore multiple vibrating rod bodies to the vibration state, replacing the operation method of manually striking the vibrating rod body to restore the vibration state. See the following description for details.

[0005] To achieve the above objectives, the present invention provides the following technical solution:

[0006] This utility model provides a simple mechanism for automatically restoring a vibratory rod to its vibration state. It includes a fixed base and a vibratory rod body. The fixed base is externally equipped with a self-vibrating component, and multiple vibratory rod bodies are arranged side by side outside the self-vibrating component. The vibratory rod bodies are moved to the outside of the self-vibrating component by the traveling mechanism of the fabric laying machine, so that the self-vibrating component can be used to automatically restore multiple vibratory rod bodies to their vibration state.

[0007] Preferably, the self-vibrating assembly includes a spring mounting base and a collision baffle. The spring mounting base is fixed to the outside of the fixed base by multiple connecting rods. The collision baffle is connected to the outside of the spring mounting base by multiple connecting springs. The collision baffle, the spring mounting base and the fixed base are all parallel to each other.

[0008] Preferably, a plurality of support limiting members are fixedly connected between the collision baffle and the spring mounting base to limit the displacement of the collision baffle.

[0009] Preferably, each of the supporting and limiting components includes a mating hole and a supporting stud. The spring mounting base has multiple mating holes along the axial direction of the connecting spring, and all of the mating holes are through holes. The supporting stud is aligned with the axial direction of the connecting spring. The two ends of the supporting stud pass through the collision baffle in a threaded engagement manner and pass through the mating hole in a coaxial sliding engagement manner, respectively.

[0010] Preferably, the outer ends of the support stud extending from the collision baffle and the mating hole are coaxially engaged with a locking nut and a limiting nut, respectively.

[0011] Preferably, each end of the support stud near the fixed base is coaxially fixed with a buffer sleeve, and the outer end of the buffer sleeve does not contact the surface of the fixed base.

[0012] Preferably, the outer surface of the collision baffle is covered with a shock-absorbing pad made of buffer material, and the supporting studs all pass through the shock-absorbing pad in a sliding fit manner.

[0013] Preferably, the shock-absorbing pad is a rubber pad.

[0014] The aforementioned simple mechanism for automatically restoring the vibration state of a vibratory rod, specifically in the actual use of the vibratory rod body, utilizes a self-vibrating component assembled outside the fixed base. By moving the vibratory rod body along with the fabric placing machine's traveling mechanism to the outside of the self-vibrating component, multiple vibratory rod bodies can automatically return to their vibrating state using the self-vibrating component. This replaces the manual striking of the vibratory rod body by the operator to restore its vibration state, reducing the operator's workload and avoiding prolonged downtime. Production efficiency decreases, but because the spring mounting base of the self-vibrating assembly is fixed to the outside of the fixed base by the connecting support rod, and the outside of the spring mounting base is connected to the parallel collision baffles by multiple connecting springs, and the outside of the collision baffles is covered and fixed with the shock-absorbing pads of buffer material, the vibrating rod body moves with the traveling mechanism of the fabric placing machine to the periphery and abuts against the shock-absorbing pads. By the vibrating rod body contacting and impacting the shock-absorbing pads of the self-vibrating assembly, at least one or two vibrating rod bodies can be triggered to return to the vibrating state. Then, with the help of the cloth-laying machine's traveling mechanism, the vibratory rod body continues to move and presses against the shock-absorbing pad, which in turn drives the collision baffle to compress the connecting spring. Subsequently, the vibration is transmitted to the remaining vibratory rod bodies that have not yet returned to their working state through the connecting spring and the collision baffle, causing the remaining vibratory rod bodies to automatically return to the vibrating state. The operation of automatically returning the vibratory rod bodies to the vibrating state is simple and easy to implement, facilitating a quick and automatic return to the vibrating state. Furthermore, the combination of the collision baffle and the spring mounting base in the self-vibrating assembly... The support limiting member is provided, with its support studs passing through the collision baffle and the mating hole of the spring mounting base respectively through threaded engagement and coaxial sliding engagement. Simultaneously, the ends of the support studs extending from the collision baffle and the mating hole are coaxially engaged with the locking nut and the limiting nut, respectively. By having the ends of the support studs contact and abut against the surface of the fixed base, the displacement of the collision baffle is limited, preventing excessive movement of the collision baffle that could cause excessive compression and damage to the connecting spring.

[0015] The beneficial effects are as follows: 1. The present invention has a self-vibrating component assembled on the outside of the fixed base. Then, by moving the vibrating rod body with the walking mechanism of the cloth placing machine to the outside of the self-vibrating component, the vibrating component can automatically restore multiple vibrating rod bodies to the vibrating state, which replaces the operation method of manually striking the vibrating rod body to restore the vibrating state. This helps to reduce the workload of the operator and avoids prolonged downtime and reduced production efficiency.

[0016] 2. After the vibratory rod body moves to the periphery and abuts against the shock-absorbing pad by the traveling mechanism of the fabric placing machine, at least one or two vibratory rod bodies can be triggered to return to the vibrating state by contacting and impacting the shock-absorbing pad of the self-vibrating component. Then, with the help of the traveling mechanism of the fabric placing machine, the vibratory rod body continues to move and presses against the shock-absorbing pad, which can drive the collision baffle to compress the connecting spring. Then, with the help of the connecting spring and the collision baffle, the vibration can be transmitted to the remaining vibratory rod bodies that have not returned to the working state, so that the remaining vibratory rod bodies can automatically return to the vibrating state. The operation method of automatically returning the vibratory rod body to the vibrating state is simple and easy to implement, which makes it easy for the vibratory rod body to quickly and automatically return to the vibrating state.

[0017] 3. A support limiting component is provided between the collision baffle and the spring mounting base of the self-vibrating assembly. The two ends of the support stud of the support limiting component pass through the collision baffle by thread and through the mating hole of the spring mounting base by coaxial sliding engagement, respectively. At the same time, the ends of the support stud extending out of the collision baffle and the mating hole are coaxially engaged with a locking nut and a limiting nut, respectively. Then, by contacting and abutting the surface of the fixed base with the end of the support stud, the displacement of the collision baffle can be limited, preventing the collision baffle from moving too much and causing the connecting spring to be over-compressed and fail. Attached Figure Description

[0018] To more clearly illustrate the technical solutions in the embodiments of this utility model or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of this utility model. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.

[0019] Figure 1 This is a top view of the exterior of this utility model;

[0020] Figure 2 This is a utility model Figure 1 A cross-sectional view.

[0021] The annotations in the attached figures are explained as follows:

[0022] 1. Vibrating rod body; 2. Self-vibrating assembly; 201. Shock-absorbing pad; 202. Collision baffle; 203. Connecting spring; 204. Spring mounting base; 205. Connecting support rod; 3. Fixed base; 4. Support limiting component; 401. Support stud; 402. Locking nut; 403. Limiting nut; 404. Buffer sleeve; 405. Mating hole. Detailed Implementation

[0023] To make the objectives, technical solutions, and advantages of this utility model clearer, the technical solutions of this utility model will be described in detail below. Obviously, the described embodiments are only a part of the embodiments of this utility model, and not all of them. Based on the embodiments of this utility model, all other implementation methods obtained by those skilled in the art without creative effort are within the scope of protection of this utility model.

[0024] See Figures 1-2 As shown, this utility model provides a simple mechanism for automatically restoring a vibratory rod to its vibration state. It includes a fixed base 3 and a vibratory rod body 1. A self-vibrating assembly 2 is assembled on the outside of the fixed base 3, and multiple vibratory rod bodies 1 are arranged side-by-side outside the self-vibrating assembly 2. The vibratory rod bodies 1 are moved to the outside of the self-vibrating assembly 2 by the traveling mechanism of the fabric laying machine, allowing the self-vibrating assembly 2 to automatically restore multiple vibratory rod bodies 1 to their vibration state. Specifically, the self-vibrating assembly 2 includes a spring mounting base 204 and a collision baffle 202. The spring mounting base 204 is fixed to the outside of the fixed base 3 by multiple connecting rods 205. The collision baffle 202 is connected to the outside of the spring mounting base 204 by multiple connecting springs 203. 02. The spring mounting base 204 and the fixed base 3 are parallel to each other. The purpose of this arrangement is that after the vibrating rod body 1 moves to the periphery with the traveling mechanism of the fabric placing machine and abuts against the shock-absorbing pad 201, at least one or two vibrating rod bodies 1 can be triggered to return to the vibrating state by contacting and impacting the shock-absorbing pad 201 of the self-vibrating component 2. Then, with the help of the traveling mechanism of the fabric placing machine, the vibrating rod body 1 continues to move and presses against the shock-absorbing pad 201, which can drive the collision baffle 202 to compress the connecting spring 203. Then, with the help of the connecting spring 203 and the collision baffle 202, the vibration can be transmitted to the remaining vibrating rod bodies 1 that have not returned to the working state, so that the remaining vibrating rod bodies 1 can automatically return to the vibrating state. The operation method of automatically returning the vibrating rod body 1 to the vibrating state is simple and easy to implement.

[0025] See Figures 1-2As shown, several supporting limiting members 4 are fixedly combined between the collision baffle 202 and the spring mounting base 204 to limit the displacement of the collision baffle 202. Specifically, each supporting limiting member 4 includes a mating hole 405 and a supporting stud 401. The spring mounting base 204 has multiple mating holes 405 along the axial direction of the connecting spring 203, and all mating holes 405 are through holes. The supporting stud 401 is aligned with the axial direction of the connecting spring 203. The two ends of the supporting stud 401 pass through the collision baffle 202 by thread engagement and through the mating hole 405 by coaxial sliding engagement. The purpose of this arrangement is to limit the displacement of the collision baffle 202 by the end of the supporting stud 401 contacting and abutting against the surface of the fixed base 3, preventing the collision baffle 202 from moving too much and causing the connecting spring 203 to be over-compressed and fail.

[0026] See Figures 1-2 As shown, the self-vibrating component 2 and the support limiting component 4 have been optimized as follows: Specifically, the outer ends of the support stud 401 extending from the collision baffle 202 and the mating hole 405 are coaxially engaged with a locking nut 402 and a limiting nut 403, respectively. This configuration firstly prevents loosening of the threaded engagement between the support stud 401 and the collision baffle 202 by tightening the locking nut 402, and secondly, adjusts the initial length of the connecting spring 203 by tightening the limiting nut 403. Optionally, a buffer sleeve 404 is coaxially fixed to the end of the support stud 401 near the fixed base 3, and the outer ends of the buffer sleeves 404 do not contact the surface of the fixed base 3. This configuration facilitates the buffer sleeves 404 pressing against the surface of the fixed base 3 to prevent the end of the support stud 401 from directly contacting the surface of the fixed base 3, thus preventing deformation of the end of the support stud 401 by the pressure ring. Furthermore, the outer surface of the collision baffle 202 is covered with a shock-absorbing pad 201 of buffer material, and the support studs 401 all pass through the shock-absorbing pad 201 in a sliding fit. The shock-absorbing pad 201 is a rubber pad. This arrangement allows the vibrating rod body 1 to directly contact the shock-absorbing pad 201 for elastic buffering, and also ensures that the shock-absorbing pad 201 has the desired performance.

[0027] With the above structure, in the actual use of the vibratory rod body 1, since a self-vibrating component 2 is assembled on the outside of the fixed base 3, the vibratory rod body 1 can be moved with the traveling mechanism of the fabric placing machine to the outside of the self-vibrating component 2. This allows multiple vibratory rod bodies 1 to automatically return to the vibrating state, replacing the manual striking of the vibratory rod body 1 by the operator. This reduces the workload of the operator and avoids prolonged downtime that would reduce production efficiency. Furthermore, the spring mounting seat 204 of the self-vibrating component 2... The vibrating rod 205 is used to support and fix the vibrating rod to the outside of the fixed base 3. At the same time, the outside of the spring mounting base 204 is connected to the parallel collision baffles 202 by multiple connecting springs 203. The outside of the collision baffles 202 is covered and fixed with a shock-absorbing pad 201 of buffer material. Then, the vibrating rod body 1 moves with the traveling mechanism of the fabric placing machine to the outside and abuts against the shock-absorbing pad 201. The vibration rod body 1 can trigger at least 1 to 2 vibrating rod bodies 1 to return to the vibration state by contacting and impacting the shock-absorbing pad 201 of the self-vibrating component 2. Then, the traveling mechanism of the fabric placing machine drives the vibrating rod body to return to the vibration state. 1. Continuing to move and pressing against the shock-absorbing pad 201, it can drive the collision baffle 202 to compress the connecting spring 203. Then, with the help of the connecting spring 203 and the collision baffle 202, the vibration can be transmitted to the other vibrating rod bodies 1 that have not returned to the working state, so that the other vibrating rod bodies 1 can automatically return to the vibration use state. The operation method of automatically returning the vibrating rod body 1 to the vibration use state is simple and easy to implement, making it easy for the vibrating rod body 1 to quickly and automatically return to the vibration use state. Since the collision baffle 202 and the spring mounting seat 204 of the self-vibration component 2 are combined with a support limiting member 4, the support limiting member 4 can be used to further limit the vibration. The two ends of the support stud 401 of the component 4 pass through the collision baffle 202 by threaded engagement and through the mating hole 405 of the spring mounting base 204 by coaxial sliding engagement. At the same time, the ends of the support stud 401 extending out of the collision baffle 202 and the mating hole 405 are coaxially engaged with the locking nut 402 and the limiting nut 403, respectively. Then, by the end of the support stud 401 contacting and abutting against the surface of the fixed base 3, the displacement of the collision baffle 202 can be limited, preventing the collision baffle 202 from moving too much and causing the connecting spring 203 to be over-compressed and fail.

[0028] The above description is merely a specific embodiment of this utility model, but the protection scope of this utility model is not limited thereto. Any variations or substitutions that can be easily conceived by those skilled in the art within the technical scope disclosed in this utility model should be included within the protection scope of this utility model. Therefore, the protection scope of this utility model should be determined by the protection scope of the claims.

Claims

1. A simple mechanism for automatically restoring a vibrating rod to its vibration state, comprising a fixed base (3) and a vibrating rod body (1), characterized in that: The fixed base (3) is externally equipped with a self-vibrating component (2), and multiple vibrating rod bodies (1) are arranged side by side outside the self-vibrating component (2) so that the vibrating rod bodies (1) can be moved to the outside of the self-vibrating component (2) by the self-vibrating component (2) to automatically restore the multiple vibrating rod bodies (1) to the vibrating state.

2. The simple mechanism for automatically restoring the vibration state of a vibrating rod according to claim 1, characterized in that: The self-vibrating component (2) includes a spring mounting base (204) and a collision baffle (202). The spring mounting base (204) is supported and fixed to the outside of the fixed base (3) by multiple connecting rods (205). The collision baffle (202) is connected to the outside of the spring mounting base (204) by multiple connecting springs (203). The collision baffle (202), the spring mounting base (204) and the fixed base (3) are all parallel to each other.

3. The simple mechanism for automatically restoring the vibration state of a vibrating rod according to claim 2, characterized in that: A plurality of support limiting members (4) are fixedly combined between the collision baffle (202) and the spring mounting base (204) to limit the displacement of the collision baffle (202) through the support limiting members (4).

4. A simple mechanism for automatically restoring the vibration state of a vibrating rod according to claim 3, characterized in that: Each of the supporting limiting members (4) includes a mating hole (405) and a supporting stud (401). The spring mounting base (204) has multiple mating holes (405) along the axial direction of the connecting spring (203), and all the mating holes (405) are through holes. The supporting stud (401) is aligned with the axial direction of the connecting spring (203). The two ends of the supporting stud (401) pass through the collision baffle (202) with a threaded engagement and pass through the mating hole (405) with a coaxial sliding engagement.

5. A simple mechanism for automatically restoring the vibration state of a vibrating rod according to claim 4, characterized in that: The outer ends of the support stud (401) extending out of the collision baffle (202) and the mating hole (405) are coaxially engaged with the locking nut (402) and the limiting nut (403), respectively.

6. A simple mechanism for automatically restoring the vibration state of a vibrating rod according to claim 5, characterized in that: Each of the supporting studs (401) near the fixed base (3) is coaxially fixed with a buffer sleeve (404), and the outer end of the buffer sleeve (404) does not contact the surface of the fixed base (3).

7. A simple mechanism for automatically restoring a vibrating rod to its vibration state according to claim 4, 5, or 6, characterized in that: The outer surface of the collision baffle (202) is covered with a shock-absorbing pad (201) of buffer material, and the support studs (401) all pass through the shock-absorbing pad (201) in a sliding fit.

8. A simple mechanism for automatically restoring the vibration state of a vibrating rod according to claim 7, characterized in that: The shock-absorbing pad (201) is a rubber pad.

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