JP6826257B1 - Processed product detection equipment for machining work stations - Google Patents

Abstract

PROBLEM TO BE SOLVED: To disclose a processed product detection equipment for a machining work station. SOLUTION: The processed product detection equipment for a machining work station described in the present application includes a pedestal, a sealed box is slidably installed on the upper side of the pedestal, and an elevating device is installed in the pedestal. The sealed box is connected to the elevating device with a screw thread, the sealed box is driven by the elevating device and slid up and down, and a holding device is installed on the upper side of the elevating device. A processed product can be sandwiched, a processing space that opens downward is provided in the sealed box, the upper end of the pedestal is extended into the processing space, the processed product is processed in the additional space, and the processing is performed. A detection device is installed in the upper inner wall of the space, and the detection device can detect whether or not the sandwiching device is sandwiching the processed product. [Selection diagram] Fig. 1

Description

The invention of the present application deals with the field of machining, and particularly relates to a machined product detection facility for a machining work station.

After processing the processed product, the machining equipment needs to be taken out from the processing equipment because the service life of the machining equipment may be affected by a long standby time. However, some processing equipment processes in a sealed state, and sometimes workers forget to take out the last processed product after the equipment has been operated for a whole day. Here, if you open the equipment and check if there is a processed product, it will take time. The present application provides a machined product detection facility for a machining work station that can solve the above problems.

Chinese Patent Application Publication No. 107504985

Processing equipment that processes in a sealed state tends to leave processed products at the work station, so the equipment is in a standby state for a long time, which affects the service life.

In order to solve the above problem, the present application provides a processed product detection equipment for a machining work station, and the processed product detection equipment for a machining work station described in the present application includes a pedestal, and a sealed box is provided above the pedestal. It is slidably installed, an elevating device is installed in the pedestal, the sealed box is connected to the elevating device with a screw thread, and the elevating device drives the sealed box to slide up and down. A holding device is installed on the upper side of the elevating device, the holding device can hold a processed product, a processing space that opens downward is installed in the sealed box, and the upper end of the pedestal is in the processing space. extending it can, the workpiece is processed in the processing space, wherein the processing in the upper inner wall of the space detector is installed, or the detecting device the clamping device is clamped to the workpiece If it can detect whether or not the sandwiching device is sandwiching the processed product, the detecting device can further detect the size of the processed product, and a warning light is fixedly connected to the upper end of the sealed box. When the warning light is connected to the detection device so as to be energized, and the detection device can detect that the holding device is holding the processed product, the warning light is turned on and green light is emitted. When the detection device can detect that the sandwiching device is sandwiching the processed product before processing, the warning light is turned on and emits red light, and the detecting device emits red light, and the sandwiching device is the processed product. If it can be detected that the device is not sandwiched, the warning light does not emit light.

Beneficially, the elevating device includes a gear space installed in the pedestal, a drive gear is rotatably installed in the gear space, and a lower rotating shaft is fixedly installed in the drive gear. The elevating motor is fixedly installed in the lower inner wall of the gear space, the lower end of the lower rotating shaft is movably connected to the elevating motor, and the driven gears are connected to the left and right ends of the driving gear. Installed so as to be symmetrical, the driven gear meshes with the driving gear, a long bolt is fixedly connected in the driven gear, and a long screw hole that opens downward is provided in the sealed box. Installed so as to be symmetrical, the long bolt extends upward into the long screw hole and is connected to the sealed box by a screw thread.
By activating the elevating motor, the driving gear is rotated by the lower rotating shaft, the driven gear is rotated, and the sealed box is moved up and down in conjunction with the long bolt.

Beneficially, the pinching device includes an upwardly open fixing groove formed in the upper inner wall of the gear space, and four spring grooves are arranged in an annular shape in the inner wall of the fixing groove. The spring groove communicates with the fixed groove, and a sandwiching block is slidably installed in the spring groove, and the end of the sandwiching block on the side away from the center of symmetry and the end of the spring groove away from the center of symmetry. The inner wall on the side is fixedly connected by a fixing spring, and the end of the holding block on the side close to the center of symmetry extends to the fixing groove and can hold the processed product.

Beneficially, the pedestal is convex
When the sealed box is located at the lower limit position, the sandwiching block sandwiches the processed product and the processed product is located in the processing space. At this time, the processing space is in a sealed state, and debris is scattered during processing. It can be avoided.

Beneficially, the detection device includes a recess that is formed in the upper inner wall of the machining space and communicates with the machining space, and a position limiting space communicates with the recess in the upper inner wall of the recess. A storage box is slidably installed in the position-restricted space, a detection plate is fixedly connected to the lower end of the storage box, and the concave groove can store the detection plate. , A detection space that opens downward is installed in the detection plate, and the lower detection center is fixedly installed on the front and rear inner walls of the detection space so as to be symmetrical, and the front and rear inner walls of the detection space are respectively installed. the lower detection center located nine, there nine respectively the upper detection center on the left and right inner walls of fixedly installed and the detection space as upper detection centers are symmetrical in left and right inner walls of the detection space, The upper detection center has a higher horizontal position than the lower detection center, and the upper detection center and the lower detection center are connected to the warning light so as to be energized, and the left and right upper detection centers and the front and rear lower detection centers are connected to each other. Is connected by infrared rays,
The storage box slides downward to slide the detection plate downward, and the processed product interlocks with the detection space to transmit infrared rays between the upper detection center and the lower detection center. It is possible to determine whether the processed product has been processed by the number of the upper detection center and the lower detection center that are blocked and blocked, and the warning light emits red light or green light according to the determination, and the holding device. When the processed product is not sandwiched, the warning light does not emit light because the infrared rays between the upper detection center and the lower detection center are not blocked.

Preferably, said in the inner wall above the detection space is disposed so that the through-holes opening upward becomes the detection space and communicating, receiving space opening downward is installed in the storage box, the The holding plate is installed so as to be symmetrical and slidable in the storage space, and the end of the holding plate on the side away from the center of symmetry and the left and right inner walls of the storage space are fixed by electromagnetic springs. Connected to
If the upper detection center and the lower detection center can detect that the sandwiching device is sandwiching the processed product, the upper end of the processed product can enter the storage space through the through hole. Moreover, the electromagnetic spring is energized, and the processed product is sandwiched between the sandwiching plates.

Beneficially, a disengagement space is installed in the upper inner wall of the position limiting space, a fixed gear is rotatably installed in the disengagement space, and an upper rotation shaft is fixed in the fixed gear. The detection motor is fixedly installed in the upper inner wall of the disengagement space, the upper end of the upper rotation shaft is migably connected to the detection motor, and the sliding gears are on the left and right sides of the fixed gear. Are installed so as to be symmetrical and slidable, the sliding gear can mesh with the fixed gear, and a meshing hole that opens downward is installed in the sliding gear, and the meshing hole is provided. Short bolts are connected by splines inside, and the guide space is installed in the upper inner wall of the concave groove so as to be symmetrical and communicate with the concave groove, and in the guide space. The connecting rod is slidably installed, the lower end of the connecting rod is fixedly connected to the detection plate, a short screw hole that opens upward is installed in the connecting rod, and the lower end of the short bolt is It extends into the short screw hole and is connected to the connecting rod by a screw thread.
When the sliding gear meshes with the fixed gear, the detection motor is started to rotate the fixed gear by the upper rotating shaft, and the sliding gear rotates in conjunction with the sliding gear and is connected by the short bolt. By sliding the rod, the detection plate is slid.

Beneficially, the U-shaped groove that opens downward is formed symmetrically in the sealed box, and the U-shaped rod is slidably installed in the U-shaped groove. The end on the side away from the center of symmetry can abut on the pedestal, and the end on the side of the U-shaped rod close to the center of symmetry extends into the separation space and can rotate with the sliding gears on both sides. Concatenated,
When the sealed box is not in contact with the pedestal, the end of the U-shaped rod on the side away from the center of symmetry extends outside the U-shaped groove, and when the sealed box descends, the U-shaped rod First, the pedestal comes into contact with the pedestal, the pedestal pushes the U-shaped rod and slides upward, and the sliding gears interlock and slide upward, so that the sealed box comes into contact with the pedestal. In this case, the U-shaped rod is completely located in the U-shaped groove, and the sliding gear just meshes with the fixed gear.

Preferably, the sliding guide grooves are formed symmetrically in the left and right inner walls of the U-shaped groove and communicate with the U-shaped groove, and the slider slides in the sliding guide groove. It is movably installed, the slider is fixedly connected to the U-shaped rod, and the upper end of the slider and the upper inner wall of the sliding guide groove are fixedly connected by a repositioning spring.
When the U-shaped rod slides upward, the slider slides upward in an interlocking manner and compresses the repositioning spring, and when the sealed box is released from the pedestal, the repositioning spring causes the U-shaped rod. Extends from the U-shaped groove.

The present invention has the following positive effects: The present invention is applied to machining in which processing is performed in a sealed state, and the presence of a processed product can be automatically detected at a work station, and if a processed product is left, it is automatically performed. The processed products can be stored in the machine, and the equipment can be prevented from waiting for a long time, and the warning light informs the workers that the processed products are left.

In order to explain the present invention in detail and conveniently explain the present invention together with FIGS. 1 to 7 below, each direction described in the present application is defined as follows: FIG. 1 is a front view of the present invention and is described in the present application. Each of the described directions is based on the observation direction in FIG.

FIG. 1 is a schematic diagram of the overall configuration of the present invention. FIG. 2 is a schematic configuration diagram from the direction AA in FIG. FIG. 3 is an enlarged schematic view of B in FIG. FIG. 4 is an enlarged schematic view of C in FIG. FIG. 5 is an enlarged schematic view of D in FIG. FIG. 6 is a schematic configuration diagram from the EE direction in FIG. FIG. 7 is a schematic configuration diagram from the FF direction in FIG.

This application deals with the processed product detection equipment for the machining work station, and is mainly applied to the detection work for whether or not the processed product is left in the work station after the processing equipment that processes in a sealed state stops operating. In addition, the present invention will be described in detail.

The processed product detection equipment for the machining work station described in the present application includes a pedestal 11, a sealed box 13 is slidably installed on the upper side of the pedestal 11, and an elevating device 102 is installed in the pedestal 11. The sealed box 13 is connected to the elevating device 102 with a screw thread, and the elevating device 102 drives the sealed box 13 to slide up and down, and a holding device 101 is placed above the elevating device 102. Installed, the holding device 101 can hold the processed product 47, a processing space 21 that opens downward is installed in the sealed box 13, and the upper end of the pedestal 11 can extend to the processing space 21. the workpiece 47 is processed in the processing space 21, the processing in the upper inner wall of the space 21 detecting apparatus 100 is installed, the detection device 100 the clamping device 101 is held between the workpiece 47 When the sandwiching device 101 is sandwiching the processed product 47, the detection device 100 can further detect the size of the processed product 47, and the upper end of the sealed box 13 can be detected. The warning light 19 is fixedly connected, the warning light 19 is connected to the detection device 100 so as to be energized, and the detection device 100 sandwiches the processed product 47 that has been processed by the sandwiching device 101. If it can be detected, the warning light 19 is turned on and emits green light, and if the detection device 100 can detect that the holding device 101 is holding the processed product 47 before processing, the warning light 19 is turned on. If the detection device 100 can detect that the sandwiching device 101 is not sandwiching the processed product 47, the warning light 19 does not emit light.

The elevating device 102 includes a gear space 22 installed in the pedestal 11, a drive gear 25 is rotatably installed in the gear space 22, and a lower rotating shaft 24 is contained in the drive gear 25. Is fixedly connected, an elevating motor 23 is fixedly installed in the lower inner wall of the gear space 22, and the lower end of the lower rotating shaft 24 is movably connected to the elevating motor 23. The driven gears 26 are installed symmetrically on the left and right ends of the 25, and the driven gears 26 mesh with the driving gears 25, and long bolts 12 are fixedly connected to the driven gears 26. The long screw holes 14 that open downward are installed symmetrically in the sealed box 13, and the long bolts 12 extend upward to the long screw holes 14 and are threaded with the sealed box 13. Connected,
By activating the elevating motor 23, the driving gear 25 is rotated by the lower rotating shaft 24, the driven gear 26 is rotated, and the sealed box 13 is moved up and down in conjunction with the long bolt 12.

The holding device 101 includes a fixing groove 46 formed in the upper inner wall of the gear space 22 and opening upward, and four spring grooves 33 are arranged in an annular shape in the inner wall of the fixing groove 46. The spring groove 33 communicates with the fixed groove 46, and the sandwiching block 48 is slidably installed in the spring groove 33, and the end of the sandwiching block 48 on the side away from the center of symmetry and the said. The inner wall of the spring groove 33 on the side away from the center of symmetry is fixedly connected by the fixed spring 32, and the end of the sandwiching block 48 on the side close to the center of symmetry extends to the fixing groove 46 and is processed. Item 47 can be sandwiched.

Preferably, the pedestal 11 has a convex shape.
When the sealed box 13 is located at the lower limit position, the sandwiching block 48 sandwiches the processed product 47, and the processed product 47 is located in the processing space 21, at which time the processing space 21 is in a sealed state. It is possible to avoid scattering of debris during processing.

The detection device 100 includes a concave groove 35 formed in the upper inner wall of the processing space 21 and communicating with the processing space 21, and a position limiting space 15 is contained in the upper inner wall of the concave groove 35. It is installed so as to communicate with 35, a storage box 39 is slidably installed in the position limiting space 15, and a detection plate 41 is fixedly connected to the lower end of the storage box 39, and the concave The groove 35 can accommodate the detection plate 41, a detection space 45 that opens downward is installed in the detection plate 41, and the lower detection center 43 is fixed symmetrically on the front and rear inner walls of the detection space 45. There are nine lower detection centers 43 on the front and rear inner walls of the detection space 45, respectively, and the upper detection centers 42 are fixedly installed on the left and right inner walls of the detection space 45 so as to be symmetrical. Nine upper detection centers 42 are provided on the left and right inner walls of the detection space 45, the upper detection center 42 is higher in horizontal position than the lower detection center 43, and the upper detection center 42 and the lower detection center 43 are The warning light 19 is electrically connected, and the left and right upper detection centers 42 and the front and rear lower detection centers 43 are connected by infrared rays.
The storage box 39 slides downward to slide the detection plate 41 downward, and the processed product 47 interlocks with the detection space 45 to extend to the upper detection center 42 and the lower detection center 43. It is possible to determine whether or not the processed product 47 has been processed by the number of the upper detection center 42 and the lower detection center 43 that are blocked from infrared rays between the above and the warning light 19, and the warning light 19 is determined by the determination. When the sandwiching device 101 emits red light or green light and the sandwiching device 101 does not sandwich the processed product 47, infrared rays between the upper detection center 42 and the lower detection center 43 are not blocked, so that the warning light 19 emits light. do not.

Preferably, the detection is in the upper inner wall of the space 45 is provided so that the through hole 44 opening upward becomes communicated with the detection space 45, receiving space 40 that opens downwardly into the storage box 39 Is installed, and the holding plate 49 is slidably installed in the storage space 40 so as to be symmetrical, and the end of the holding plate 49 on the side away from the center of symmetry and the storage space 40. The left and right inner walls are fixedly connected by an electromagnetic spring 50, and are fixedly connected.
If the upper detection center 42 and the lower detection center 43 can detect that the sandwiching device 101 is sandwiching the processed product 47, the upper end of the processed product 47 is the storage space through the through hole 44. 40 can be entered, and the electromagnetic spring 50 is energized, and the processed product 47 is sandwiched by the sandwiching plate 49.

Preferably, the disengagement space 20 is installed in the upper inner wall of the position limiting space 15, the fixed gear 16 is rotatably installed in the disengagement space 20, and the fixed gear 16 rotates upward. The shaft 18 is fixedly connected, the detection motor 17 is fixedly installed in the upper inner wall of the separation space 20, and the upper end of the upper rotary shaft 18 is movably connected to the detection motor 17. Sliding gears 52 are slidably installed on the left and right sides of the fixed gear 16 so as to be symmetrical, and the sliding gear 52 can mesh with the fixed gear 16 and is contained in the sliding gear 52. Is provided with a meshing hole 51 that opens downward, a short bolt 38 is connected by a spline in the meshing hole 51, and a guide space 37 is symmetrical in the upper inner wall of the concave groove 35. Further, it is installed so as to communicate with the concave groove 35, a connecting rod 36 is slidably installed in the guide space 37, and the lower end of the connecting rod 36 is fixedly connected to the detection plate 41. A short screw hole 34 that opens upward is installed in the connecting rod 36, and the lower end of the short bolt 38 extends to the short screw hole 34 and is connected to the connecting rod 36 by a screw thread.
When the sliding gear 52 meshes with the fixed gear 16, the detection motor 17 is started to rotate the fixed gear 16 by the upper rotating shaft 18, and the sliding gear 52 rotates in conjunction with each other. By sliding the connecting rod 36 with the short bolt 38, the detection plate 41 is slid.

Preferably, the U-shaped groove 31 that opens downward is formed symmetrically in the sealed box 13, and the U-shaped rod 30 is slidably installed in the U-shaped groove 31. The end of the U-shaped rod 30 on the side away from the center of symmetry can abut on the pedestal 11, and the end of the U-shaped rod 30 on the side close to the center of symmetry extends to the separation space 20 and on both sides. It is rotatably connected to the sliding gear 52, respectively.
When the sealed box 13 is not in contact with the pedestal 11, the end of the U-shaped rod 30 on the side away from the center of symmetry extends to the outside of the U-shaped groove 31, and when the sealed box 13 descends, The U-shaped rod 30 first contacts the pedestal 11, the pedestal 11 pushes the U-shaped rod 30 and slides upward, and the sliding gear 52 interlocks and slides upward. When the sealed box 13 comes into contact with the pedestal 11, the U-shaped rod 30 is completely located in the U-shaped groove 31, and the sliding gear 52 just meshes with the fixed gear 16.

Preferably, the sliding guide groove 27 is formed symmetrically in the left and right inner walls of the U-shaped groove 31 and communicates with the U-shaped groove 31, and is formed in the sliding guide groove 27. The slider 28 is slidably installed, the slider 28 is fixedly connected to the U-shaped rod 30, and the upper end of the slider 28 and the upper inner wall of the sliding guide groove 27 are fixed by a repositioning spring 29. Connected to
When the U-shaped rod 30 slides upward, the slider 28 slides upward in conjunction with the U-shaped rod 30 and compresses the repositioning spring 29, and when the sealing box 13 separates from the pedestal 11, the repositioning spring The U-shaped rod 30 extends from the U-shaped groove 31 by 29.

The procedure for using the present invention will be described in detail below with reference to FIGS. 1 to 7.

First, the sealed box 13 comes into contact with the pedestal 11, the sliding gear 52 meshes with the fixed gear 16, and the detection plate 41 is in the upper limit position.

To detect whether or not the processed product 47 is present in the sandwiching device 101 by sandwiching the processed product 47 with the sandwiching block 48 by the fixing spring 32 during machining, the detection motor 17 is started and the fixed gear 16 is operated by the upper rotating shaft 18. And the sliding gear 52 rotates in conjunction with each other, and the connecting rod 36 is slid by the short bolt 38 to slide the detection plate 41, and there is no processed product 47 between the sandwiching blocks 48. Since the infrared rays between the upper detection center 42 and the lower detection center 43 are not blocked, the warning light 19 does not emit light, and when the processed product 47 is sandwiched between the sandwiching blocks 48, the processed product 47 is in the detection space. When it extends to 45, blocks infrared rays between the upper detection center 42 and the lower detection center 43, and the upper detection center 42 and the lower detection center 43 can detect the raw processed product 47, the warning light 19 is turned on. When the upper detection center 42 and the lower detection center 43 can detect the processed product 47, the warning light 19 is turned on and emits green light, and the detection plate 41 continues to slide downward. The upper end of the processed product 47 enters the storage space 40 through the through hole 44, the electromagnetic spring 50 is energized, and the processed product 47 is sandwiched by the holding plate 49. At this time, the electromagnetic spring 50 is stronger than the fixed spring 32. Here, the detection motor 17 is rotated in the reverse direction to raise the storage box 39 and the detection plate 41, and the processed product 47 is raised in conjunction with the detection motor 17 when the detection plate 41 is located in the concave groove 35. Is stopped, and the processed product 47 is separated from the holding device 101.
To take out the processed product 47, by starting the elevating motor 23, the drive gear 25 is rotated by the lower rotating shaft 24, the driven gear 26 is rotated, and the sealed box 13 is raised in conjunction with the long bolt 12. , The processing space 21 may be opened, the electromagnetic spring 50 may be cut off, and the processed product 47 may be taken out.

According to the above method, an engineer in the field can make various modifications according to the working situation within the scope of the present invention.

Claims (9)

Including pedestal
A sealed box is slidably installed on the upper side of the pedestal, an elevating device is installed in the pedestal, the sealed box is connected to the elevating device with a screw thread, and the sealed box is attached by the elevating device. It is driven and slid up and down, a holding device is installed on the upper side of the lifting device, the holding device can hold a processed product, and a processing space that opens downward is installed in the sealed box. The upper end of the pedestal can extend into the processing space, and the processed product is processed in the processing space .
When a detection device is installed in the upper inner wall of the processing space, the detection device can detect whether or not the sandwiching device is sandwiching the processed product, and the sandwiching device is sandwiching the processed product. The detection device can further detect the size of the processed product, a warning light is fixedly connected to the upper end of the sealed box, the warning light is electrically connected to the detection device, and the detection is performed. When the apparatus can detect that the sandwiching device is sandwiching the processed product, the warning light is turned on and emits green light, and the detecting device sandwiches the processed product before processing. If it can detect that the warning light is turned on and emits red light, and if the detection device can detect that the holding device does not hold the processed product, the warning light does not emit light. Processed product detection equipment for machining work stations characterized by. The elevating device includes a gear space installed in the pedestal, a drive gear is rotatably installed in the gear space, and a lower rotating shaft is fixedly connected to the drive gear. An elevating motor is fixedly installed in the lower inner wall of the gear space, and the lower end of the lower rotating shaft is movably connected to the elevating motor.
Driven gears are installed symmetrically on the left and right ends of the drive gear, and the driven gear meshes with the drive gear, and long bolts are fixedly connected to the driven gear to form the sealed box. The long screw holes that open downward are installed symmetrically inside, and the long bolts extend upward to the long screw holes and are connected to the sealed box by threads. The processed product detection equipment for the machining work station according to claim 1. The holding device includes a fixing groove formed in the upper inner wall of the gear space and opening upward, and four spring grooves are arranged in an annular shape in the inner wall of the fixing groove, and the spring groove is formed. Is communicated with the fixing groove, and a holding block is slidably installed in the spring groove, and the end of the holding block on the side away from the center of symmetry and the end of the spring groove on the side away from the center of symmetry. The second aspect of claim 2 , wherein the inner wall is fixedly connected by a fixing spring, and the end of the sandwiching block on the side close to the center of symmetry extends into the fixing groove and can sandwich the processed product. processed products detection equipment for machining work station. The pedestal is convex, and when the sealed box is located at the lower limit position, the sandwiching block sandwiches the processed product and the processed product is located in the processing space, at which time the processing space is in a sealed state. The processed product detection equipment for a machining work station according to claim 3, wherein there is, and it is possible to avoid scattering of debris during machining. The detection device includes a concave groove formed in the upper inner wall of the processing space and communicating with the processing space, so that the position limiting space communicates with the concave groove in the upper inner wall of the concave groove. It is installed, a storage box is slidably installed in the position limiting space, a detection plate is fixedly connected to the lower end of the storage box, and the concave groove can store the detection plate.
A detection space that opens downward is installed in the detection plate, and the lower detection center is fixedly installed on the front and rear inner walls of the detection space so as to be symmetrical, and the front and rear inner walls of the detection space are respectively described. lower detection center located nine, there nine respectively the upper detection center on the left and right inner walls of fixedly installed and the detection space as upper detection centers are symmetrical in left and right inner walls of the detection space, wherein The upper detection center has a higher horizontal position than the lower detection center, and the upper detection center and the lower detection center are connected so as to be able to energize the warning light.
The machined product detection facility for a machining work station according to claim 1, wherein the upper detection center on the left and right and the lower detection center on the front and back are connected by infrared rays. The detection in the upper inner wall of the space is provided so that the through-holes opening upward becomes the detection space and communicating, receiving space opening downward is installed in the storage box, the storage space The holding plate is installed so as to be symmetrical and slidable inside, and the end of the holding plate on the side away from the center of symmetry and the left and right inner walls of the storage space are fixedly connected by an electromagnetic spring. The machined product detection equipment for the machining work station according to claim 5, wherein the machined product is detected. A disengagement space is installed in the upper inner wall of the position limiting space, a fixed gear is rotatably installed in the disengagement space, and an upper rotation shaft is fixedly connected in the fixed gear. A detection motor is fixedly installed in the upper inner wall of the separation space, and the upper end of the upper rotating shaft is movably connected to the detection motor.
Sliding gears are installed symmetrically and slidably on both the left and right sides of the fixed gear, and the sliding gear can mesh with the fixed gear and opens downward in the sliding gear. A meshing hole is installed, and short bolts are connected by splines in the meshing hole.
The guide space is installed in the upper inner wall of the concave groove so as to be symmetrical and communicative with the concave groove, and a connecting rod is slidably installed in the guide space. The lower end of the connecting rod is fixedly connected to the detection plate, a short screw hole that opens upward is installed in the connecting rod, and the lower end of the short bolt extends to the short screw hole and the connection is made. The machined product detection equipment for a machining work station according to claim 6, wherein the rod and the screw thread are connected to each other. A U-shaped groove that opens downward is formed symmetrically in the sealed box, and a U-shaped rod is slidably installed in the U-shaped groove, and the center of symmetry in the U-shaped rod. The end on the side away from the pedestal can abut on the pedestal, and the end on the side of the U-shaped rod close to the center of symmetry extends into the separation space and is rotatably connected to the sliding gears on both sides. The machined product detection equipment for the machining work station according to claim 7, wherein the machined product is detected. The sliding guide grooves are formed symmetrically in the left and right inner walls of the U-shaped groove and communicate with the U-shaped groove, and the slider can be slidable in the sliding guide groove. 8. The slider is installed and fixedly connected to the U-shaped rod, and the upper end of the slider and the upper inner wall of the sliding guide groove are fixedly connected by a return spring. Processed product detection equipment for the machining work station described in.

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