CN213319112U - Steel pipe joint product piece and iron fillings separator - Google Patents
Steel pipe joint product piece and iron fillings separator Download PDFInfo
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- CN213319112U CN213319112U CN202022248312.8U CN202022248312U CN213319112U CN 213319112 U CN213319112 U CN 213319112U CN 202022248312 U CN202022248312 U CN 202022248312U CN 213319112 U CN213319112 U CN 213319112U
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Abstract
The utility model discloses a steel pipe joint product spare and iron fillings separator. A steel pipe joint product piece and scrap iron separation device comprises a steel pipe joint product material sliding pipe, a steel pipe joint product material receiving pipe push-pull air cylinder, a sliding device, an automatic reset device and a steel pipe joint product separation device, wherein the sliding device is used for sleeving the steel pipe joint product material receiving pipe with a square cross section in the steel pipe joint product material sliding pipe with the square cross section; the accurate and flexible operation of the connecting piece of the steel pipe joint product piece and the scrap iron separation device is realized, the service lives of the push-pull cylinder and the electromagnetic valve of the material connecting pipe of the steel pipe joint product are prolonged, and the waste of an air source is prevented; the pollution of the cutting fluid for processing the steel pipe joint product piece to a working site is prevented.
Description
Technical Field
The utility model belongs to a steel pipe joint processing equipment's auxiliary device especially belongs to a steel pipe joint product spare and iron fillings separator.
Background
The steel pipe joint products are mostly processed by the steps of turning the excircle of a steel pipe excircle turning power head device by a special steel pipe joint processing machine, turning the thread of the steel pipe thread turning power head device, cutting the steel pipe joint by a steel pipe cutting power head device, and then turning to a packaging step for cleaning and rust-proof treatment. At present, steel pipe joint product pieces processed by a special machine for processing the steel pipe joints and scrap iron generated in the processing are usually mixed together, and workers are required to operate one piece and detect the scrap iron, so that the labor intensity is increased, and the potential safety hazard that the scrap iron hurts hands exists. Therefore, a steel pipe joint product part and scrap iron separation device which is installed at a blanking port of a steel pipe joint finished product part of a special steel pipe joint machining machine by using an inclined bracket is developed and researched. Although the existing steel pipe joint product piece and scrap iron separation device solves the problem of separation of the steel pipe joint finished product piece and scrap iron, the steel pipe joint product receiving pipe of the existing steel pipe joint product piece and scrap iron separation device sometimes has a clamping phenomenon in the processes of extending out of the receiving piece and retracting and separating scrap iron by the power provided by the air cylinder in the steel pipe joint product sliding pipe, cannot accurately and flexibly receive the steel pipe, and sometimes has the problem that the steel pipe joint finished product piece cannot be received, so that the operation of the steel pipe joint product piece and the scrap iron separation device is influenced; meanwhile, the working processes of extending the connecting piece from the steel pipe joint product material receiving pipe of the existing steel pipe joint product and scrap iron separating device in the steel pipe joint product material sliding pipe and retracting the steel pipe joint product material receiving pipe to separate scrap iron both need a cylinder to provide power, the cylinder is usually controlled by an electromagnetic valve, and frequent starting of the electromagnetic valve influences the service life of the cylinder and the electromagnetic valve, and causes air source waste for providing power for the cylinder; in addition, the steel pipe joint product receiving pipe of the existing steel pipe joint product piece and scrap iron separation device can inevitably receive part of the machining cutting fluid of the steel pipe joint product piece while receiving the steel pipe joint product piece, the machining cutting fluid of the steel pipe joint product piece can not be separated from the steel pipe joint product piece, and the machining cutting fluid of the steel pipe joint product piece flows out to pollute the machining working site of the steel pipe joint. How to realize the accurate and flexible operation of the steel pipe joint product piece and the scrap iron separation device, and prevent the steel pipe joint product piece and the scrap iron separation device from generating the phenomenon that the finished steel pipe joint piece cannot be connected; the service life of the air cylinder and the electromagnetic valve is prolonged, the waste of an air source for providing power for the air cylinder is prevented, and the processing cost of a steel pipe joint product is reduced; how to separate a steel pipe joint product piece from a steel pipe joint product piece machining cutting fluid, the collection of the steel pipe joint product piece machining cutting fluid is realized, and the technical problem to be solved is to prevent the steel pipe joint product piece machining cutting fluid from polluting a working site.
SUMMERY OF THE UTILITY MODEL
The utility model discloses the technical problem that will solve is: provides a steel pipe joint product piece and scrap iron separation device. The steel pipe joint product piece and scrap iron separation device can realize accurate and flexible operation of the steel pipe joint product piece and the scrap iron separation device, and prevent the steel pipe joint product piece and the scrap iron separation device from generating the phenomenon that the finished steel pipe joint piece cannot be connected; the service life of the air cylinder and the electromagnetic valve can be prolonged, the waste of an air source for providing power for the air cylinder is prevented, and the processing cost of a steel pipe joint product is reduced; the separation of the steel pipe joint product piece and the steel pipe joint product piece machining cutting fluid and the collection of the steel pipe joint product piece machining cutting fluid can be realized, and the steel pipe joint product piece machining cutting fluid is prevented from polluting a working site.
The utility model provides a technical scheme of above-mentioned technical problem is: a steel pipe joint product piece and scrap iron separation device comprises a steel pipe joint product sliding material pipe, a steel pipe joint product receiving material pipe push-pull air cylinder and a steel pipe joint product sliding material pipe mounting bracket, wherein a steel pipe joint product receiving pipe orifice plugging plate is arranged at the left end part of the steel pipe joint product receiving material pipe sleeved in the left side part of the steel pipe joint product sliding material pipe, and a steel pipe joint product blanking port into which a steel pipe joint product can fall is arranged on the top surface of the steel pipe joint product receiving material pipe close to the steel pipe joint product receiving pipe orifice plugging plate; the cross section of the steel pipe joint product material sliding pipe is square, and the cross section of the steel pipe joint product material receiving pipe is square; the method is characterized in that: the automatic cutting device comprises a sliding device, an automatic resetting device and a separating device, wherein the sliding device is used for sleeving a material receiving pipe of a square steel pipe joint product with the cross section in a material sliding pipe of the square steel pipe joint product with the cross section, the automatic resetting device is used for resetting the material receiving pipe of the square steel pipe joint product with the cross section after the material receiving pipe extends out of a connecting piece, and the separating device is used for separating a steel pipe joint product piece from;
the sliding device for sleeving the material receiving pipe of the square steel pipe joint product with the cross section in the material sliding pipe of the square steel pipe joint product with the cross section comprises 2 rollers with bearings and 2 track grooves, the height of each track groove is matched with the 2 rollers with the bearings, the 2 track grooves are parallelly arranged on the middle positions of the left inner wall and the right inner wall corresponding to the material sliding pipe of the square steel pipe joint product with the cross section, the 2 rollers with the bearings are respectively and sequentially and parallelly arranged on the middle and upper positions of the left outer wall and the right outer wall corresponding to the material receiving pipe of the square steel pipe joint product with the cross section by using pulley shafts, the material sliding pipe of the square steel pipe joint product with the cross section is internally provided with spaces for sleeving the left outer wall and the right outer wall with the 2 rollers with the cross section, the material receiving pipe of the square steel pipe joint product with the cross section is sleeved in the material sliding pipe of the square steel pipe 2 pairs of bearing pulleys are respectively sleeved in 2 track grooves arranged at the middle positions of the left and right outer walls and the upper positions of the left and right inner walls of the product material receiving pipe of the square steel pipe joint, the cross section of which is sleeved in the product material sliding pipe of the square steel pipe joint, and the middle positions of the left and right inner walls of the product material sliding pipe of the square steel pipe joint are corresponding to the cross section of the product material sliding pipe of the square steel pipe joint;
the automatic reset device after the material receiving pipe of the steel pipe joint product with the square cross section extends out of the connecting piece is 2 springs symmetrically arranged on the left side and the right side of the material receiving pipe push-pull cylinder of the steel pipe joint product, one end of each of the 2 springs is fixedly connected with the material receiving pipe push-pull cylinder frame of the steel pipe joint product, and the other end of each of the 2 springs is fixedly connected with a push-pull block arranged on the top surface of the upper part of the material receiving pipe of the steel pipe joint; when 2 pairs of square steel pipe joint product material receiving pipes with the cross sections of the bearing pulleys are respectively arranged in the middle and upper parts of the left and right outer walls and are sleeved in the chute of the square steel pipe joint product with the cross section to be in an initial state, 2 springs symmetrically arranged on the left and right sides of the steel pipe joint product material receiving pipe push-pull cylinder are in a free state;
the separation device for the steel pipe joint product piece and the steel pipe joint product piece processing cutting fluid comprises a steel pipe joint product piece processing cutting fluid connecting groove, a steel pipe joint product piece processing cutting fluid baffle plate and a steel pipe joint product piece processing cutting fluid output pipe, wherein the bottom wall of the cross section of the lower part of a square steel pipe joint product material sliding pipe is of a mesh screen structure, the steel pipe joint product piece processing cutting fluid connecting groove is matched with the square steel pipe joint product material sliding pipe, the top surface of the steel pipe joint product piece processing cutting fluid connecting groove opening matched with the square steel pipe joint product material sliding pipe is fixedly connected with the part of the cross section of the square steel pipe joint product material sliding pipe, which is of the mesh screen structure, the steel pipe joint product piece processing cutting fluid baffle plate is fixedly and obliquely arranged at the position of the lower end of the steel pipe joint product piece processing cutting fluid connecting groove in a sealing manner, the upper surface of a steel pipe joint product piece processing cutting fluid baffle plate which is hermetically, fixedly and obliquely arranged at the lower end position of a steel pipe joint product piece processing cutting fluid connecting groove is hermetically and fixedly connected with the bottom surface of the lower end of the bottom wall of a steel pipe joint product material sliding pipe with a square cross section and in a mesh screen structure, a steel pipe joint product piece processing cutting fluid output pipe penetrates through the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove and is hermetically and fixedly arranged on the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove, the upper end part of the steel pipe joint product piece processing cutting fluid output pipe which penetrates through the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove and is hermetically and fixedly arranged on the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove is parallel to the upper surface of the bottom wall of the steel pipe joint product piece processing cutting fluid connecting, the lower end part of the steel pipe joint product piece processing cutting fluid output pipe is connected with a steel pipe joint product piece processing cutting fluid output hose to convey the steel pipe joint product piece processing cutting fluid to a liquid storage tank for environment-friendly disposal and then discharge.
The utility model discloses steel pipe joint product and iron fillings separation work process are: when the steel pipe joint external turning power head device, the steel pipe thread turning power head device and the steel pipe cutting power head device of the special automatic steel pipe joint machining machine finish machining of a cut steel pipe joint, a steel pipe joint product material receiving pipe push-pull air cylinder is started, a steel pipe joint product material receiving pipe push-pull air cylinder lever extends out to drive 2 pairs of bearing pulleys arranged in parallel at the middle and upper positions of the left and right outer walls corresponding to the material receiving pipe of a square steel pipe joint product in cross section to roll in 2 track grooves arranged at the middle positions of the left and right inner walls corresponding to the material sliding pipe of the square steel pipe joint product in cross section and drive the material sliding pipe of the square steel pipe joint product in cross section to extend out to the lower part of the finished steel pipe joint product, and the steel pipe joint product material receiving pipe push-pull air cylinder uses an air source pressure of 5-5.5MPa, the steel pipe joint product Force, the finished steel pipe joint parts fall into a steel pipe joint product blanking port arranged on the top surface of a steel pipe joint product material receiving pipe with a square cross section after being cut off, and the steel pipe joint product material receiving pipe with the square cross section and the steel pipe joint product material sliding pipe with the square cross section slide down to a steel pipe joint finished product material frame; when the steel pipe joint is subjected to excircle turning, thread turning and cutting processing, 2 springs which are symmetrically arranged at the left side and the right side of a push-pull cylinder of a steel pipe joint product receiving pipe and are used for drawing stored elastic tension pull force pull 2 pairs of bearing pulleys, the cross sections of which are in parallel arrangement with the middle and upper positions of the left outer wall and the right outer wall corresponding to the receiving pipe of the square steel pipe joint product, roll in 2 track grooves arranged along the middle positions of the left inner wall and the right inner wall corresponding to the sliding pipe of the square steel pipe joint product and drive the receiving pipe of the square steel pipe joint product to retract to the initial position in the sliding pipe of the square steel pipe joint product, and scrap iron generated during the excircle turning; repeating the separation process of the steel pipe joint product and the scrap iron; the steel pipe joint product piece processing cutting fluid flows into the bottom wall with the mesh screen structure along the lower part of the steel pipe joint product material sliding pipe with the cross section being a square shape, the steel pipe joint product piece processing cutting fluid is in a connecting groove, the lower end part of the steel pipe joint product piece processing cutting fluid output pipe is connected with a steel pipe joint product piece processing cutting fluid output hose, and the steel pipe joint product piece processing cutting fluid is conveyed to a liquid storage tank for environment protection disposal and then discharged.
The utility model has the advantages that: because the utility model discloses set up the slider of transversal personally submitting square steel pipe joint product material receiving pipe suit in transversal personally submitting square steel pipe joint product swift current material pipe, the slider of transversal personally submitting square steel pipe joint product material receiving pipe suit in transversal personally submitting square steel pipe joint product swift current material pipe includes 2 gyro wheels to the bearing, 2 the track groove parallels to install respectively on the middle part position of transversal personally submitting square steel pipe joint product swift current material pipe corresponding left and right sides inner wall, 2 use the pulley shaft respectively to the gyro wheel of bearing parallels in proper order to install respectively in transversal personally submitting square steel pipe joint product material pipe corresponding left and right sides outer wall, on the upper portion position, cup joint in transversal personally submitting square steel pipe joint product material pipe in transversal personally submitting square steel pipe joint product swift current material pipe about outer wall, on the upper portion position install 2 respectively to the bearing pulley suit in transversal personally submitting square steel pipe joint product material pipe joint product swift current corresponding left and 2 pairs of bearing pulleys can roll in 2 track grooves which are arranged in the middle positions of the left inner wall and the right inner wall of a product material sliding pipe of which the cross section is a square steel pipe joint respectively; the accurate and flexible connecting piece operation of the connecting piece of which the material receiving pipe of the square-shaped steel pipe joint product with the cross section is sleeved in the material sliding pipe of the square-shaped steel pipe joint product with the cross section is realized, and the phenomenon that the finished steel pipe joint product cannot be connected immediately when the material receiving pipe of the square-shaped steel pipe joint product with the cross section is sleeved in the material sliding pipe of the square-shaped steel pipe joint product with the cross section is blocked is prevented.
Because the utility model is provided with the automatic reset device with the cross section of the square steel pipe joint product material receiving pipe extending out of the connector, the automatic reset device with the cross section of the square steel pipe joint product material receiving pipe extending out of the connector is 2 springs symmetrically arranged at the left side and the right side of the steel pipe joint product material receiving pipe push-pull air cylinder, one end of each spring is respectively fixedly connected with the steel pipe joint product material receiving pipe push-pull air cylinder frame, and the other end is respectively fixedly connected with the push-pull block arranged on the top surface of the upper part of the steel pipe joint product material receiving pipe; when 2 pairs of square steel pipe joint product material receiving pipes with the cross sections of the bearing pulleys are respectively arranged in the middle and upper parts of the left and right outer walls and are sleeved in the chute of the square steel pipe joint product with the cross section to be in an initial state, 2 springs symmetrically arranged on the left and right sides of the steel pipe joint product material receiving pipe push-pull cylinder are in a free state; because the pressure of the air source used by the steel pipe joint product material receiving pipe push-pull air cylinder is 5-5.5MPa, under the condition that the amount of the used air source is not increased, the lever of the steel pipe joint product material receiving pipe push-pull air cylinder extends out of the driving push-pull block and simultaneously pushes 2 fixedly connected springs to be stretched into 2 spring storage bullet-shaped tensile force, a steel pipe joint finished product falls into a steel pipe joint product blanking opening arranged on the top surface of the material receiving pipe with the square cross section, and the material receiving pipe with the square cross section and a steel pipe joint product sliding material pipe with the square cross section slide down to a steel pipe joint finished product material frame. The starting times of the steel pipe joint product material receiving pipe push-pull cylinder and the electromagnetic valve are reduced, the service lives of the steel pipe joint product material receiving pipe push-pull cylinder and the electromagnetic valve are prolonged, the waste of an air source for providing power for the steel pipe joint product material receiving pipe push-pull cylinder is prevented, and the processing cost of steel pipe joint product parts is reduced;
because the utility model discloses set up the separator of steel pipe joint product spare and steel pipe joint product spare processing cutting fluid, the separator of steel pipe joint product spare and steel pipe joint product spare processing cutting fluid includes that steel pipe joint product spare processing cutting fluid is the catching groove, steel pipe joint product spare processing cutting fluid baffle, steel pipe joint product spare processing cutting fluid output tube, the diapire of the transversal square steel pipe joint product swift current material pipe lower part of personally submitting is the mesh screen structure, steel pipe joint product spare processing cutting fluid is catching groove and the transversal square steel pipe joint product swift current material pipe of personally submitting cooperatees. The steel pipe joint product piece processing cutting fluid flows into the bottom wall with the mesh screen structure along the lower part of the steel pipe joint product material sliding pipe with the cross section being a square shape, the steel pipe joint product piece processing cutting fluid is in a connecting groove, the lower end part of the steel pipe joint product piece processing cutting fluid output pipe is connected with a steel pipe joint product piece processing cutting fluid output hose, and the steel pipe joint product piece processing cutting fluid is conveyed to a liquid storage tank for environment protection disposal and then discharged. The separation of the steel pipe joint product piece and the steel pipe joint product piece machining cutting fluid and the collection of the steel pipe joint product piece machining cutting fluid are realized, and the steel pipe joint product piece machining cutting fluid is prevented from polluting a working site.
Drawings
The present invention will be further explained with reference to the drawings and examples;
FIG. 1 is a left side view of a special automatic steel pipe joint machining machine and an application scene installed on the special automatic steel pipe joint machining machine of the present invention;
fig. 2 is a top view of the present invention;
fig. 3 is a left side view of the present invention;
fig. 4 is a schematic front structural view of the present invention;
in the drawings: 1. the automatic machining special machine for the steel pipe joints comprises a special automatic machining machine for the steel pipe joints, 2. a steel pipe joint product sliding pipe, 3. a steel pipe joint product receiving pipe, 31. a steel pipe joint product blanking port, 4. a steel pipe joint product receiving pipe push-pull cylinder, 5. a steel pipe joint product sliding pipe mounting bracket, 6. a plugging plate, 7. a roller with a bearing, 8. a track groove, 9. a spring, 10. a push-pull block and 11. a steel pipe joint product piece machining cutting fluid connecting groove, 12. a steel pipe joint product piece machining cutting fluid baffle and 13. a steel pipe joint product piece machining cutting fluid output pipe.
Detailed Description
The present invention will be described in further detail with reference to the following examples.
Example 1
As shown in the figures 1, 2, 3 and 4, a steel pipe joint product piece and scrap iron separation device comprises a steel pipe joint product sliding material pipe 2, a steel pipe joint product sliding material pipe 3, a steel pipe joint product sliding material pipe push-pull air cylinder 4 and a steel pipe joint product sliding material pipe mounting support 5, wherein the steel pipe joint product sliding material pipe 3 is matched with the steel pipe joint product sliding material pipe 2, the steel pipe joint product sliding material pipe mounting support 5 is obliquely mounted on a rack of a special steel pipe joint automatic machining machine 1, the steel pipe joint product sliding material pipe 2 is mounted on a position close to the top surface of the right side of the steel pipe joint product sliding material pipe mounting support 5 (an observer faces the utility model, the right side of the observer is the top surface of the right side of the steel pipe joint product sliding material pipe mounting support), the left end part of the steel pipe joint product sliding material pipe 2 mounted on the position close to the top surface of the right side of the steel pipe joint product sliding material pipe The distance that iron chips freely fall when steel pipe joints are machined by a steel pipe excircle turning power head device, an excircle is turned by a steel pipe joint, threads are turned by a steel pipe thread turning power head device, and the steel pipe cutting power head device cuts steel pipe joints (the left side of an observer is the left end part of a steel pipe joint product sliding material pipe), a steel pipe joint product material receiving pipe 3 matched with the steel pipe joint product sliding material pipe 2 is sleeved in the left side part of the steel pipe joint product sliding material pipe 2, a steel pipe joint product material receiving pipe orifice plugging plate 6 is arranged at the left end part of the steel pipe joint product material receiving pipe 3 sleeved in the left side part of the steel pipe joint product sliding material pipe 2, and a steel pipe joint product blanking port 31 into which a steel pipe joint product can fall is arranged on the top surface of the; the steel pipe joint product material receiving pipe push-pull cylinder 4 is arranged on the top surface of the right end part of the steel pipe joint product material sliding pipe 2 by using a steel pipe joint product material receiving pipe push-pull cylinder frame, and a lever of the steel pipe joint product material receiving pipe push-pull cylinder is fixedly connected with the upper top surface of the right side part of the steel pipe joint product material receiving pipe 3 by using a push-pull block 10; the cross section of the steel pipe joint product sliding pipe 2 is square, and the cross section of the steel pipe joint product receiving pipe 3 is square; the method is characterized in that: the automatic cutting device comprises a sliding device, an automatic resetting device and a separating device, wherein the sliding device is used for sleeving a material receiving pipe of a square steel pipe joint product with the cross section in a material sliding pipe of the square steel pipe joint product with the cross section, the automatic resetting device is used for resetting the material receiving pipe of the square steel pipe joint product with the cross section after the material receiving pipe extends out of a connecting piece, and the separating device is used for separating a steel pipe joint product piece from;
the sliding device for sleeving the material receiving pipe of the square steel pipe joint product with the cross section in the material sliding pipe of the square steel pipe joint product with the cross section comprises 2 rollers 7 with bearings and 2 track grooves 8, the height of each track groove 8 is matched with the corresponding roller 7 with the corresponding bearing, the 2 track grooves 8 are parallelly arranged at the middle positions of the left inner wall and the right inner wall corresponding to the material sliding pipe of the square steel pipe joint product with the cross section, the rollers 7 with the bearings 2 are sequentially and parallelly arranged at the middle and upper positions of the left outer wall and the right outer wall corresponding to the material receiving pipe of the square steel pipe joint product with the cross section by using pulley shafts respectively, spaces for sleeving the left outer wall and the right outer wall with the cross section of the square steel pipe joint product with the bearing pulleys 7 are arranged in the material sliding pipe of the square steel pipe joint product with the cross section, and the material receiving pipes of the square steel pipe joint product with the cross section and in the joint product material sliding pipe, 2 pairs of bearing pulleys 7 are respectively arranged in the middle and upper parts of the left and right outer walls of the square steel pipe joint product material receiving pipe with the cross section sleeved in the square steel pipe joint product material sliding pipe with the cross section and sleeved in the 2 pairs of track grooves 8 arranged in the middle positions of the left and right inner walls corresponding to the square steel pipe joint product material sliding pipe with the cross section, and the 2 pairs of bearing pulleys 7 can respectively roll in the 2 pairs of track grooves 8 arranged in the middle positions of the left and right inner walls corresponding to the square steel pipe joint product material sliding pipe with the cross section;
the automatic reset device after the material receiving pipe of the steel pipe joint product with the square cross section extends out of the connecting piece is 2 springs 9 symmetrically arranged on the left side and the right side of a material receiving pipe push-pull cylinder 4 of the steel pipe joint product, one ends of the 2 springs 9 are respectively and fixedly connected with a material receiving pipe push-pull cylinder frame of the steel pipe joint product, and the other ends of the springs are respectively and fixedly connected with a push-pull block 10 arranged on the top surface of the upper part of the material receiving pipe 3 of the steel pipe joint product; when 2 pairs of square steel pipe joint product material receiving pipes with the cross sections of the bearing pulleys 7 are respectively arranged in the middle and upper parts of the left and right outer walls and are sleeved in the material sliding pipes with the cross sections of the square steel pipe joint product to be in an initial state, 2 springs 9 symmetrically arranged on the left and right sides of the steel pipe joint product material receiving pipe push-pull cylinder 4 are in a free state;
the separating device for the steel pipe joint product piece and the steel pipe joint product piece processing cutting fluid comprises a steel pipe joint product piece processing cutting fluid collecting groove 11, a steel pipe joint product piece processing cutting fluid baffle plate 12 and a steel pipe joint product piece processing cutting fluid output pipe 13, wherein the bottom wall of the lower part of a material sliding pipe of a square steel pipe joint product in the cross section is of a mesh screen structure, the steel pipe joint product piece processing cutting fluid collecting groove 11 is matched with the material sliding pipe of the square steel pipe joint product in the cross section, the top surface of the notch of the steel pipe joint product piece processing cutting fluid collecting groove 11 matched with the material sliding pipe of the square steel pipe joint product in the cross section is fixedly connected with the part of the square periphery edge of the material sliding pipe of the square steel pipe joint product in the mesh screen structure at the bottom wall of the material sliding pipe of the square steel pipe joint product, and the steel pipe joint product piece processing, the upper top surface of a steel pipe joint product piece processing cutting fluid baffle plate 12 which is hermetically, fixedly and obliquely arranged at the lower end position of a steel pipe joint product piece processing cutting fluid presenting groove 11 is hermetically and fixedly connected with the bottom surface of the lower end of the bottom wall of a steel pipe joint product material sliding pipe presenting mesh screen structure with a square cross section, a steel pipe joint product piece processing cutting fluid output pipe 13 penetrates through the bottom wall of the steel pipe joint product piece processing cutting fluid presenting groove 11 and is hermetically and fixedly arranged on the bottom wall of the steel pipe joint product piece processing cutting fluid presenting groove 11, the upper end part of the steel pipe joint product piece processing cutting fluid output pipe 13 which penetrates through the bottom wall of the steel pipe joint product piece processing cutting fluid presenting groove 11 and is hermetically and fixedly arranged on the bottom wall of the steel pipe joint product piece processing cutting fluid presenting groove 11 is parallel to the upper top surface of the bottom wall of the steel pipe joint product piece processing cutting fluid presenting groove 11, the lower end part of the steel pipe joint product piece processing cutting fluid output pipe 13 is connected with a steel pipe joint product piece processing cutting fluid output hose (not shown in the attached drawing of the specification), and the steel pipe joint product piece processing cutting fluid is conveyed to a liquid storage tank (not shown in the attached drawing of the specification) to be discharged after being subjected to environment-friendly treatment.
From the above description, those skilled in the art can make various changes and modifications without departing from the technical spirit of the present invention, and the present invention is within the protection scope of the present invention. The present invention is not to be considered as the best thing, and belongs to the common general knowledge of the technicians in the field.
Claims (1)
1. A steel pipe joint product piece and scrap iron separation device comprises a steel pipe joint product sliding material pipe, a steel pipe joint product receiving material pipe push-pull air cylinder and a steel pipe joint product sliding material pipe mounting bracket, wherein a steel pipe joint product receiving pipe orifice plugging plate is arranged at the left end part of the steel pipe joint product receiving material pipe sleeved in the left side part of the steel pipe joint product sliding material pipe, and a steel pipe joint product blanking port into which a steel pipe joint product can fall is arranged on the top surface of the steel pipe joint product receiving material pipe close to the steel pipe joint product receiving pipe orifice plugging plate; the cross section of the steel pipe joint product material sliding pipe is square, and the cross section of the steel pipe joint product material receiving pipe is square; the method is characterized in that: the automatic cutting device comprises a sliding device, an automatic resetting device and a separating device, wherein the sliding device is used for sleeving a material receiving pipe of a square steel pipe joint product with the cross section in a material sliding pipe of the square steel pipe joint product with the cross section, the automatic resetting device is used for resetting the material receiving pipe of the square steel pipe joint product with the cross section after the material receiving pipe extends out of a connecting piece, and the separating device is used for separating a steel pipe joint product piece from;
the sliding device for sleeving the material receiving pipe of the product with the square steel pipe joint with the cross section in the material sliding pipe of the product with the square steel pipe joint with the cross section comprises 2 rollers with bearings and 2 track grooves, the height of the track grooves is matched with the 2 rollers with the bearings, the 2 track grooves are parallelly arranged at the middle positions of the left inner wall and the right inner wall corresponding to the material sliding pipe of the product with the square steel pipe joint with the cross section, the 2 rollers with the bearings are respectively and sequentially and parallelly arranged at the middle upper positions of the left outer wall and the right outer wall corresponding to the material receiving pipe of the product with the square steel pipe joint with the cross section by using pulley shafts, a space for sleeving the left outer wall and the right outer wall with the cross section with the material receiving pipe of the product with the square steel pipe joint with the cross section of 2 pulleys is respectively arranged at the middle and upper positions of the left outer wall and the right outer wall, and the, 2 pairs of bearing pulleys are respectively arranged in 2 track grooves which are arranged in the middle positions of the left and right inner walls of the product material sliding pipe with the square steel pipe joint cross section and sleeved in the middle and upper positions of the left and right outer walls of the product material receiving pipe with the square steel pipe joint cross section, and 2 pairs of bearing pulleys can respectively roll in 2 track grooves which are arranged in the middle positions of the left and right inner walls of the product material sliding pipe with the square steel pipe joint cross section;
the automatic reset device after the material receiving pipe of the steel pipe joint product with the square cross section extends out of the connecting piece is 2 springs symmetrically arranged on the left side and the right side of the material receiving pipe push-pull cylinder of the steel pipe joint product, one end of each of the 2 springs is fixedly connected with the material receiving pipe push-pull cylinder frame of the steel pipe joint product, and the other end of each of the 2 springs is fixedly connected with a push-pull block arranged on the top surface of the upper part of the material receiving pipe of the steel pipe joint; when 2 pairs of square steel pipe joint product material receiving pipes with the cross sections of the bearing pulleys are respectively arranged in the middle and upper parts of the left and right outer walls and are sleeved in the chute of the square steel pipe joint product with the cross section to be in an initial state, 2 springs symmetrically arranged on the left and right sides of the steel pipe joint product material receiving pipe push-pull cylinder are in a free state;
the separation device for the steel pipe joint product piece and the steel pipe joint product piece processing cutting fluid comprises a steel pipe joint product piece processing cutting fluid connecting groove, a steel pipe joint product piece processing cutting fluid baffle plate and a steel pipe joint product piece processing cutting fluid output pipe, wherein the bottom wall of the cross section of the lower part of a square steel pipe joint product material sliding pipe is of a mesh screen structure, the steel pipe joint product piece processing cutting fluid connecting groove is matched with the square steel pipe joint product material sliding pipe, the top surface of the steel pipe joint product piece processing cutting fluid connecting groove opening matched with the square steel pipe joint product material sliding pipe is fixedly connected with the part of the cross section of the square steel pipe joint product material sliding pipe, which is of the mesh screen structure, the steel pipe joint product piece processing cutting fluid baffle plate is fixedly and obliquely arranged at the position of the lower end of the steel pipe joint product piece processing cutting fluid connecting groove in a sealing manner, the upper surface of a steel pipe joint product piece processing cutting fluid baffle plate which is hermetically, fixedly and obliquely arranged at the lower end position of a steel pipe joint product piece processing cutting fluid connecting groove is hermetically and fixedly connected with the bottom surface of the lower end of the bottom wall of a steel pipe joint product material sliding pipe with a square cross section and in a mesh screen structure, a steel pipe joint product piece processing cutting fluid output pipe penetrates through the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove and is hermetically and fixedly arranged on the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove, the upper end part of the steel pipe joint product piece processing cutting fluid output pipe which penetrates through the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove and is hermetically and fixedly arranged on the bottom wall of the steel pipe joint product piece processing cutting fluid connecting groove is parallel to the upper surface of the bottom wall of the steel pipe joint product piece processing cutting fluid connecting, the lower end part of the steel pipe joint product piece processing cutting fluid output pipe is connected with a steel pipe joint product piece processing cutting fluid output hose to convey the steel pipe joint product piece processing cutting fluid to a liquid storage tank for environment-friendly disposal and then discharge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022248312.8U CN213319112U (en) | 2020-10-10 | 2020-10-10 | Steel pipe joint product piece and iron fillings separator |
Applications Claiming Priority (1)
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