CN210461027U

CN210461027U - Automatic performance detection equipment who has shutoff

Info

Publication number: CN210461027U
Application number: CN201921523916.XU
Authority: CN
Inventors: 高峰
Original assignee: Shanghai Pufeng Automation Technology Co ltd
Current assignee: Shanghai Pufeng Automation Technology Co ltd
Priority date: 2019-09-13
Filing date: 2019-09-13
Publication date: 2020-05-05
Anticipated expiration: 2029-09-13

Abstract

The utility model discloses an automatic performance check out test set that has shutoff, including bottom frame subassembly, back shutoff jacking subassembly, go up frame subassembly, back plugging device, go up plugging device, manometer subassembly, three-colour tower lamp, human-computer interface, valve and pipeline subassembly, filling device, main shaft rotary device, electronic box, pneumatic control subassembly, lower lifting device, compressor location frock, rotation frock, exhaust emission filter equipment and frock slide. The utility model discloses automatic have performance check out test set of shutoff, interior cylinder drives the spherical shutoff head and compresses tightly the back lid of compressor and prevents that the during operation axial is run, lifts the cylinder and drives the lifting piece and stretch out, holds the arc surface of compressor, refuels the cylinder and drive the hydro-cylinder and stretch out the oil absorption, indentation produces oil, refuel the heavy load of finishing back according to the program setting, control, pressurize assorted rotational speed operation, accomplish the detection, this equipment simple operation has reduced workman's operating sequence, has improved production efficiency.

Description

Automatic performance detection equipment who has shutoff

Technical Field

The utility model relates to a shutoff capability test technical field specifically is an automatic performance detection equipment that has a shutoff.

Background

The air suction and exhaust performance (pressure index) of the compressor is a basic parameter for judging the quality of the compressor, the detection process is a key process (full detection process) in the production and assembly link of the compressor, the traditional detection mode is that an air suction and exhaust plug is installed manually, the plug is screwed up by screws, the air suction and exhaust quick plug connector is inserted manually, the operation is complex, and the excessive screwing force easily causes the sliding teeth of the threaded hole of the compressor to scrap the whole compressor. Certain machine types need to be added with a certain amount of refrigeration oil during detection, so that the operation procedures of workers are further increased, and the production efficiency of the station is lower.

Disclosure of Invention

The utility model aims at providing an automatic performance check out test set that has the shutoff, the simple operation has reduced workman's operation, has improved production efficiency, can solve the problem among the prior art.

In order to achieve the above object, the utility model provides a following technical scheme: a performance detection device with automatic plugging comprises a bottom frame assembly, a rear plugging jacking assembly, an upper frame assembly, a rear plugging device, an upper plugging device, a pressure gauge assembly, a three-color tower lamp, a human-computer interface, a valve and pipeline assembly, an oiling device, a main shaft rotating device, an electric box, a pneumatic control assembly, a lower lifting device, a compressor positioning tool, a rotating tool, a waste gas discharge filtering device and a tool sliding plate, wherein the rear plugging jacking assembly is arranged inside the bottom frame assembly, the upper frame assembly is arranged above the rear plugging jacking assembly, the rear plugging device is arranged on one side of the upper frame assembly, the upper plugging device is arranged above the rear plugging device, the pressure gauge assembly is arranged above the upper plugging device, the three-color tower lamp is arranged on one side of the pressure gauge assembly, the human-computer interface is arranged below the three-color tower lamp, one side that human-computer interface was kept away from to the manometer subassembly is equipped with valve and pipeline subassembly, the below of valve and pipeline subassembly is equipped with filling device, filling device's below is equipped with main shaft rotary device, main shaft rotary device's the outside is equipped with the electronic box, main shaft rotary device's below is equipped with the pneumatic control subassembly, one side that the electronic box was kept away from to the pneumatic control subassembly is equipped with down the lifting device, the top of lifting device is equipped with compressor location frock down, one side of compressor location frock is equipped with the rotation frock, one side of back shutoff jacking subassembly is equipped with exhaust emission filter equipment, the below of compressor location frock is equipped with the frock slide.

Preferably, the bottom frame component comprises a section bar frame, a jacking cylinder, a table board, a sliding plate locking cylinder, a rear plugging device mounting block, a positioning pin, a linear guide rail, a sliding block, a straight bearing, a guide rod, a sliding plate limit screw and a sliding plate induction proximity switch, the inside of the section bar frame is provided with a jacking cylinder, the top end of the section bar frame is provided with a table board, a sliding plate locking cylinder is arranged above the table panel, a rear plugging device mounting block is arranged on one side of the sliding plate locking cylinder, a positioning pin is arranged on one side of the rear plugging device mounting block, which is far away from the sliding plate locking cylinder, a linear guide rail and a sliding block are arranged below the positioning pin, a straight bearing is arranged below the linear guide rail and the slide block, a guide rod is arranged below the straight bearing, and a sliding plate limiting screw is arranged below the rear plugging device mounting block, and a sliding plate sensing proximity switch is arranged on one side of the linear guide rail and one side of the sliding block.

Preferably, the rear plugging device comprises a spherical plugging head, a mandril, an inner cylinder, a cylinder mounting seat and a cross screwing head, the mandril is arranged at the bottom of the spherical plugging head, the inner cylinder is arranged below the mandril, the cylinder mounting seat is arranged on one side of the inner cylinder, and the cross screwing head is arranged on the cylinder mounting seat.

Preferably, go up plugging device and include top board, housing screw, cylinder mounting panel, outer cylinder, end cap mounting panel, quick-operation joint and polyurethane shutoff head, the below of top board is equipped with the housing screw, the below of housing screw is equipped with the cylinder mounting panel, the below of cylinder mounting panel is equipped with the outer cylinder, the below of outer cylinder is equipped with the end cap mounting panel, the below of end cap mounting panel is equipped with the polyurethane shutoff head, one side of polyurethane shutoff head is equipped with quick-operation joint.

Preferably, the valve and pipeline assembly comprises an air suction valve, a compressed air valve, a first air suction valve, a second air suction valve, an air suction evacuation valve, a gas flow meter, an air suction pipeline blocking valve, an air suction side press, a first exhaust valve, a second exhaust valve, a waste gas discharge valve, an exhaust evacuation valve, a back pressure valve, an exhaust pressure gauge, a pressure switch, a gas storage tank, an adjusting and filtering assembly, a gas control ball valve control assembly and an oil filling valve, wherein a compressed air valve is arranged on one side of the air suction valve, the first air suction valve is arranged on one side of the compressed air valve, the second air suction valve is arranged on one side of the first air suction valve, the air suction evacuation valve is arranged on one side of the second air suction valve far away from the first air suction valve, the gas flow meter is arranged on one side of the air suction evacuation valve, the air suction pipeline blocking valve is connected with the air suction pipeline, one side of first air suction valve is connected with first discharge valve, one side of first discharge valve is equipped with the second discharge valve, one side that first discharge valve was kept away from to the second discharge valve is equipped with the exhaust blowoff valve, one side that the blowoff valve was kept away from to the exhaust blowoff valve is equipped with the back pressure valve, one side of back pressure valve is equipped with the exhaust pressure gauge, one side that second suction valve was kept away from to first air suction valve is equipped with pressure switch, pressure switch's below is equipped with the gas holder, one side of gas holder is equipped with adjusts and filtering component, one side of adjusting and filtering component is equipped with air control ball valve control assembly, the one end of first air suction valve is connected with the fuel.

Preferably, the refueling device comprises a refueling cylinder, a guide shaft, a linear bearing, a limit screw, a fuel inlet check valve, a fuel outlet, a fuel inlet and a fuel cylinder, wherein the guide shaft is arranged below the refueling cylinder, the linear bearing is arranged below the guide shaft, the limit screw is arranged on the inner side of the linear bearing, the fuel inlet check valve is arranged on one side of the refueling cylinder, the fuel outlet check valve is arranged below the fuel inlet check valve, the fuel outlet is arranged below the fuel outlet check valve, the fuel inlet is arranged above the fuel inlet check valve, and the fuel cylinder is arranged on one side of the fuel inlet.

Preferably, the device of lifting down stretches out spacingly including lifting piece, draw-in groove, lifting cylinder, linear sliding block set spare, locking handle, mounting bracket and cylinder, the below of lifting the piece is equipped with the draw-in groove, the below of draw-in groove is equipped with the lifting cylinder, the bottom of lifting the cylinder is equipped with the cylinder and stretches out spacingly, one side of lifting the cylinder is equipped with linear sliding block set spare, linear sliding block set spare's below is equipped with the locking handle, the below of locking handle is equipped with the mounting bracket.

Preferably, the compressor location frock includes frock bottom plate, supporting seat, check lock lever, prevents changeing locating lever, central locating bush and locating pin cover, one side of frock bottom plate is equipped with the supporting seat, the top of supporting seat is equipped with the check lock lever, the inboard of check lock lever is equipped with prevents changeing the locating lever, the inboard of preventing changeing the locating lever is equipped with central locating bush, the below of frock bottom plate is equipped with the locating pin cover.

Preferably, the rotating tool comprises a square extending shaft, a pin shaft, an annular ring and a spline sleeve, the pin shaft is arranged on one side of the square extending shaft, the annular ring is arranged on the outer side of the pin shaft, and the spline sleeve is arranged on one side, far away from the square extending shaft, of the pin shaft.

Compared with the prior art, the beneficial effects of the utility model are as follows:

the automatic performance detection equipment with the plug of the utility model puts the compressor into the compressor positioning tool in a manual mode, when the tool slide plate is manually pushed to the slide plate limit screw which approaches the slide plate induction approach switch, slide response proximity switch opens, slide locking cylinder stretches out, locking frock slide, interior cylinder drives the back lid that spherical shutoff head compressed tightly the compressor and prevents the axial dislocation when in operation, lift cylinder drives and lifts the piece and stretch out, hold the arc surface of compressor, the outer cylinder drives the absorption exhaust mouth shutoff that polyurethane shutoff head aimed at the compressor, it stretches out the oil absorption to refuel the cylinder drive hydro-cylinder, indentation play oil, refuel the heavy load of finishing back according to the procedure setting, control, pressurize assorted rotational speed operation, accomplish the detection, the equipment simple operation, workman's operating sequence has been reduced, and the production efficiency is improved.

Drawings

Fig. 1 is a front view of the present invention;

fig. 2 is a side view of the present invention;

FIG. 3 is a schematic structural view of the bottom frame assembly of the present invention;

fig. 4 is a schematic structural view of the rear plugging device of the present invention;

fig. 5 is a top view of the rear occlusion device of the present invention;

fig. 6 is a schematic structural view of the upper plugging device of the present invention;

FIG. 7 is a schematic view of a valve and piping assembly according to the present invention;

fig. 8 is a front view of the refueling device of the present invention;

fig. 9 is a side view of the refueling device of the present invention;

fig. 10 is a schematic structural view of the lower supporting device of the present invention;

fig. 11 is a schematic structural view of the positioning tool for the compressor of the present invention;

fig. 12 is a cross-sectional view of the rotating tool of the present invention.

In the figure: 1. a bottom frame assembly; 101. a profile frame; 102. jacking a cylinder; 103. a table top plate; 104. a sliding plate locking cylinder; 105. a rear plugging device mounting block; 106. positioning pins; 107. a linear guide and a slider; 108. a straight bearing; 109. a guide bar; 1010. a slide plate limit screw; 1011. a slide sensing proximity switch; 2. the jacking component is blocked later; 3. an upper frame assembly; 4. a rear plugging device; 41. a spherical blocking head; 42. a top rod; 43. an inner cylinder; 44. a cylinder mounting seat; 45. a cross screwing head; 5. an upper plugging device; 51. an upper pressure plate; 52. a compression screw; 53. a cylinder mounting plate; 54. an outer cylinder; 55. a plug mounting plate; 56. a quick coupling; 57. a polyurethane plugging head; 6. a pressure gauge assembly; 7. a three-color tower lamp; 8. a human-machine interface; 9. a valve and conduit assembly; 91. an atmospheric valve; 92. a compressed air valve; 93. a first air intake valve; 94. a second suction valve; 95. an intake air purge valve; 96. a gas flow meter; 97. a blocking valve of the suction pipeline; 98. a suction side press; 99. a first exhaust valve; 910. a second exhaust valve; 911. an exhaust gas discharge valve; 912. an exhaust evacuation valve; 913. a back pressure valve; 914. an exhaust gas pressure gauge; 915. a pressure switch; 916. a gas storage tank; 917. a conditioning and filtration assembly; 918. a pneumatic ball valve control assembly; 919. an oil filling valve; 10. an oiling device; 1001. an oiling cylinder; 1002. a guide shaft; 1003. a linear bearing; 1004. a limiting screw; 1005. an oil inlet one-way valve; 1006. an oil outlet one-way valve; 1007. an oil outlet; 1008. an oil inlet; 1009. an oil cylinder; 11. a spindle rotating device; 12. an electric box; 13. a pneumatic control assembly; 14. a lower lifting device; 141. a lifting block; 142. a card slot; 143. a lifting cylinder; 144. a linear slide assembly; 145. locking the handle; 146. a mounting frame; 147. the cylinder extends out for limiting; 15. a compressor positioning tool; 151. a tooling bottom plate; 152. a supporting seat; 153. a locking lever; 154. an anti-rotation positioning rod; 155. a central positioning sleeve; 156. positioning a pin sleeve; 16. rotating the tool; 161. a square extension shaft; 162. a pin shaft; 163. an annular ring; 164. a spline housing; 17. an exhaust emission filter device; 18. tooling sliding plate.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-2, a performance testing apparatus with automatic plugging comprises a bottom frame assembly 1, a rear plugging jacking assembly 2, an upper frame assembly 3, a rear plugging device 4, an upper plugging device 5, a pressure gauge assembly 6, a three-color tower lamp 7, a human-computer interface 8, a valve and pipeline assembly 9, an oiling device 10, a spindle rotating device 11, an electric box 12, a pneumatic control assembly 13, a lower jacking device 14, a compressor positioning tool 15, a rotating tool 16, a waste gas discharging and filtering device 17 and a tool sliding plate 18, wherein the bottom frame assembly 1 is internally provided with the rear plugging jacking assembly 2, the upper frame assembly 3 is arranged above the rear plugging jacking assembly 2, one side of the upper frame assembly 3 is provided with the rear plugging device 4, the upper plugging device 5 is arranged above the rear plugging device 4, the pressure gauge assembly 6 is arranged above the upper plugging device 5, one side of the pressure gauge assembly 6 is provided with the three-color tower lamp 7, a man-machine interface 8 is arranged below the three-color tower lamp 7, a valve and pipeline assembly 9 is arranged on one side of the pressure gauge assembly 6, which is far away from the man-machine interface 8, an oil filling device 10 is arranged below the valve and pipeline assembly 9, a main shaft rotating device 11 is arranged below the oil filling device 10, an electric box 12 is arranged outside the main shaft rotating device 11, a pneumatic control assembly 13 is arranged below the main shaft rotating device 11, a lower lifting device 14 is arranged on one side of the pneumatic control assembly 13, which is far away from the electric box 12, a compressor positioning tool 15 is arranged above the lower lifting device 14, a rotating tool 16 is arranged on one side of the compressor positioning tool 15, a waste gas discharge and filtration device 17 is arranged on one side of the rear plugging and lifting assembly 2, a tool slide plate 18 is arranged below the compressor positioning tool 15, the compressor is placed into the compressor positioning tool 15 in, when slide limit screw 1010 is close slide response proximity switch 1011, slide response proximity switch 1011 is opened, and slide locking cylinder 104 stretches out, locking frock slide 18.

Referring to fig. 3, the bottom frame assembly 1 includes a profile frame 101, a jacking cylinder 102, a deck 103, a sliding plate locking cylinder 104, a rear plugging device mounting block 105, a positioning pin 106, a linear guide rail and a slider 107, a straight bearing 108, a guide rod 109, a sliding plate limit screw 1010 and a sliding plate inductive proximity switch 1011, the jacking cylinder 102 is disposed inside the profile frame 101, the deck 103 is disposed on the top end of the profile frame 101, the sliding plate locking cylinder 104 is disposed above the deck 103, the rear plugging device mounting block 105 is disposed on one side of the sliding plate locking cylinder 104, the positioning pin 106 is disposed on one side of the rear plugging device mounting block 105 away from the sliding plate locking cylinder 104, the linear guide rail and the slider 107 are disposed below the positioning pin 106, the straight bearing 108 is disposed below the linear guide rail and the slider 107, the guide rod 109 is disposed below the straight bearing 108, and the sliding plate limit screw 1010 is disposed below, a slide sensing proximity switch 1011 is provided on one side of the linear guide and the slider 107.

Referring to fig. 4-5, the rear plugging device 4 includes a spherical plugging head 41, a top rod 42, an inner cylinder 43, a cylinder mounting seat 44 and a cross screwing head 45, the top rod 42 is disposed at the bottom of the spherical plugging head 41, the inner cylinder 43 is disposed below the top rod 42, the cylinder mounting seat 44 is disposed at one side of the inner cylinder 43, the cross screwing head 45 is disposed on the cylinder mounting seat 44, and the inner cylinder 43 drives the spherical plugging head 41 to press the rear cover of the compressor to prevent axial displacement during operation.

Referring to fig. 6, the upper plugging device 5 includes an upper pressing plate 51, a pressing screw 52, an air cylinder mounting plate 53, an outer air cylinder 54, a plug mounting plate 55, a quick coupling 56 and a polyurethane plug 57, the pressing screw 52 is disposed below the upper pressing plate 51, the air cylinder mounting plate 53 is disposed below the pressing screw 52, the outer air cylinder 54 is disposed below the air cylinder mounting plate 53, the plug mounting plate 55 is disposed below the outer air cylinder 54, the polyurethane plug 57 is disposed below the plug mounting plate 55, the quick coupling 56 is disposed on one side of the polyurethane plug 57, and the outer air cylinder 54 drives the polyurethane plug 57 to align with a suction port and an exhaust port of the compressor for downward plugging.

Referring to fig. 7, the valve and pipeline assembly 9 includes an air intake valve 91, a compressed air valve 92, a first air intake valve 93, a second air intake valve 94, an air intake evacuation valve 95, a gas flow meter 96, an air intake pipeline blocking valve 97, an air intake side compressor 98, a first exhaust valve 99, a second exhaust valve 910, an exhaust gas discharge valve 911, an exhaust evacuation valve 912, a back pressure valve 913, an exhaust pressure gauge 914, a pressure switch 915, an air storage tank 916, an adjusting and filtering assembly 917, an air control ball valve control assembly 918, and an oil filling valve 919, wherein one side of the air intake valve 91 is provided with the compressed air valve 92, one side of the compressed air valve 92 is provided with the first air intake valve 93, one side of the first air intake valve 93 is provided with the second air intake valve 94, one side of the second air intake valve 94 away from the first air intake valve 93 is provided with the air intake evacuation valve 95, one side of the air intake evacuation valve 95, one side of the suction pipeline blocking valve 97 is provided with a suction side press 98, one side of the first suction valve 93 is connected with a first exhaust valve 99, one side of the first exhaust valve 99 is provided with a second exhaust valve 910, one side of the second exhaust valve 910, which is far away from the first exhaust valve 99, is provided with an exhaust evacuation valve 912, one side of the exhaust evacuation valve 912, which is far away from the suction evacuation valve 95, is provided with a back pressure valve 913, one side of the back pressure valve 913 is provided with an exhaust pressure gauge 914, one side of the first suction valve 93, which is far away from the second suction valve 94, is provided with a pressure switch 915, the lower side of the pressure switch 915 is provided with a gas storage tank 916, one side of the gas storage tank 916 is provided with an adjusting and filtering component 917, one side of the adjusting.

Referring to fig. 8-9, the refueling device 10 includes a refueling cylinder 1001, a guide shaft 1002, a linear bearing 1003, a limit screw 1004, a fuel inlet check valve 1005, a fuel outlet check valve 1006, a fuel outlet 1007, a fuel inlet 1008 and a fuel cylinder 1009, the guide shaft 1002 is disposed below the refueling cylinder 1001, the linear bearing 1003 is disposed below the guide shaft 1002, the limit screw 1004 is disposed inside the linear bearing 1003, the fuel inlet check valve 1005 is disposed on one side of the refueling cylinder 1001, the fuel outlet check valve 1006 is disposed below the fuel inlet check valve 1005, the fuel outlet 1007 is disposed below the fuel outlet check valve 1006, the fuel inlet 1008 is disposed above the fuel inlet check valve 1005, the fuel cylinder 1009 is disposed on one side of the fuel inlet 1008, the refueling cylinder 1001 drives the fuel cylinder 1009 to extend out and retract to discharge fuel, and after refueling, the fuel is operated at a rotation speed matched with a heavy load.

Referring to fig. 10, the lower lifting device 14 includes a lifting block 141, a slot 142, a lifting cylinder 143, a linear slider assembly 144, a locking handle 145, a mounting bracket 146, and a cylinder extension limit 147, the slot 142 is disposed below the lifting block 141, the lifting cylinder 143 is disposed below the slot 142, the cylinder extension limit 147 is disposed at the bottom end of the lifting cylinder 143, the linear slider assembly 144 is disposed at one side of the lifting cylinder 143, the locking handle 145 is disposed below the linear slider assembly 144, the mounting bracket 146 is disposed below the locking handle 145, and the lifting cylinder 143 drives the lifting block 141 to extend out to support the arc surface of the compressor.

Referring to fig. 11, the compressor positioning tool 15 includes a tool bottom plate 151, a support base 152, a locking lever 153, an anti-rotation positioning rod 154, a center positioning sleeve 155 and a positioning pin sleeve 156, the support base 152 is disposed on one side of the tool bottom plate 151, the locking lever 153 is disposed above the support base 152, the anti-rotation positioning rod 154 is disposed on the inner side of the locking lever 153, the center positioning sleeve 155 is disposed on the inner side of the anti-rotation positioning rod 154, and the positioning pin sleeve 156 is disposed below the tool bottom plate 151.

Referring to fig. 12, the rotating tool 16 includes a square extending shaft 161, a pin 162, an annular ring 163 and a spline housing 164, wherein the pin 162 is disposed on one side of the square extending shaft 161, the annular ring 163 is disposed on the outer side of the pin 162, and the spline housing 164 is disposed on one side of the pin 162 away from the square extending shaft 161.

The working principle is as follows: put into compressor location frock 15 through artificial mode with the compressor, artifical promotion frock slide 18 to slide limit screw 1010, when slide limit screw 1010 is close slide response proximity switch 1011, slide response proximity switch 1011 is opened, slide locking cylinder 104 stretches out, locking frock slide 18, interior cylinder 43 drives spherical shutoff head 41 and compresses tightly the back lid of compressor and prevents the axial position that runs during the operation, lift cylinder 143 drives lift piece 141 and stretches out, hold the arc surface of compressor, outer cylinder 54 drives polyurethane shutoff head 57 and aims at the suction outlet of compressor and pushes down the shutoff, refuel cylinder 1001 drives hydro-cylinder 1009 and stretches out the oil absorption, indentation oil outlet, refuel the heavy load that finishes according to the procedure settlement, control, pressurize assorted rotational speed operation, accomplish and detect.

In summary, the following steps: the utility model discloses automatic performance check out test set with shutoff puts into compressor location frock 15 through the manual mode with the compressor, artifical promotion frock slide 18 to slide limit screw 1010, when slide limit screw 1010 is close to slide response proximity switch 1011, slide response proximity switch 1011 is opened, slide locking cylinder 104 stretches out, locking frock slide 18, interior cylinder 43 drives spherical shutoff head 41 and compresses tightly the back lid of compressor and prevents axial off position when moving, lift cylinder 143 drives lift block 141 and stretches out, hold the arc surface of compressor, outer cylinder 54 drives polyurethane shutoff head 57 and aims at the suction outlet of compressor and pushes down the shutoff, refuel cylinder 1001 drives cylinder 1009 and stretches out the oil absorption, the indentation oil outlet, according to the heavy load of procedure settlement after refueling, control, pressurize assorted rotational speed operation, accomplish the detection, the equipment is simple in operation, workman's operation has been reduced, the production efficiency is improved.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides an automatic performance detection equipment that has shutoff, including bottom frame subassembly (1), back shutoff jacking subassembly (2), go up frame subassembly (3), back plugging device (4), go up plugging device (5), manometer subassembly (6), three-colour tower lamp (7), human-computer interface (8), valve and pipeline subassembly (9), filling device (10), main shaft rotary device (11), electronic box (12), pneumatic control subassembly (13), lower lifting device (14), compressor location frock (15), rotate frock (16), exhaust emission filter equipment (17) and frock slide (18), its characterized in that: the device comprises a bottom frame component (1), a rear plugging jacking component (2) is arranged in the bottom frame component (1), an upper frame component (3) is arranged above the rear plugging jacking component (2), a rear plugging device (4) is arranged on one side of the upper frame component (3), an upper plugging device (5) is arranged above the rear plugging device (4), a pressure gauge component (6) is arranged above the upper plugging device (5), a three-color tower lamp (7) is arranged on one side of the pressure gauge component (6), a human-computer interface (8) is arranged below the three-color tower lamp (7), a valve and pipeline component (9) is arranged on one side, away from the human-computer interface (8), of the pressure gauge component (6), an oiling device (10) is arranged below the valve and pipeline component (9), a main shaft rotating device (11) is arranged below the oiling device (10), an electric box (12) is arranged on the outer side of the main shaft rotating device (11, the utility model discloses a pneumatic control assembly, including main shaft rotary device (11), pneumatic control assembly (13), one side that electronic box (12) were kept away from in pneumatic control assembly (13) is equipped with down lifting devices (14), the top of lifting devices (14) is equipped with compressor location frock (15) down, one side of compressor location frock (15) is equipped with rotates frock (16), one side of back shutoff jacking subassembly (2) is equipped with exhaust emission filter equipment (17), the below of compressor location frock (15) is equipped with frock slide (18).

2. The automatic performance testing device with plugging of claim 1, wherein: the bottom frame component (1) comprises a profile frame (101), a jacking cylinder (102), a table top plate (103), a sliding plate locking cylinder (104), a rear plugging device mounting block (105), a positioning pin (106), a linear guide rail and a sliding block (107), a straight bearing (108), a guide rod (109), a sliding plate limiting screw (1010) and a sliding plate induction proximity switch (1011), wherein the jacking cylinder (102) is arranged inside the profile frame (101), the table top plate (103) is arranged at the top end of the profile frame (101), the sliding plate locking cylinder (104) is arranged above the table top plate (103), the rear plugging device mounting block (105) is arranged on one side of the sliding plate locking cylinder (104), the positioning pin (106) is arranged on one side, away from the sliding plate locking cylinder (104), of the rear plugging device mounting block (105), the linear guide rail and the sliding block (107) of the positioning pin (106) are arranged below the, the linear guide rail and the slider (107) are provided with a straight bearing (108), a guide rod (109) is arranged below the straight bearing (108), a sliding plate limiting screw (1010) is arranged below the rear plugging device mounting block (105), and a sliding plate sensing proximity switch (1011) is arranged on one side of the linear guide rail and the slider (107).

3. The automatic performance testing device with plugging of claim 1, wherein: back plugging device (4) are including sphere shutoff head (41), ejector pin (42), interior cylinder (43), cylinder mount pad (44) and cross head (45) of screwing, the bottom of sphere shutoff head (41) is equipped with ejector pin (42), the below of ejector pin (42) is equipped with interior cylinder (43), one side of interior cylinder (43) is equipped with cylinder mount pad (44), be equipped with cross head (45) of screwing on cylinder mount pad (44).

4. The automatic performance testing device with plugging of claim 1, wherein: go up plugging device (5) and include top board (51), housing washer (52), cylinder mounting panel (53), outer cylinder (54), end cap mounting panel (55), quick-operation joint (56) and polyurethane end cap (57), the below of top board (51) is equipped with housing washer (52), the below of housing washer (52) is equipped with cylinder mounting panel (53), the below of cylinder mounting panel (53) is equipped with outer cylinder (54), the below of outer cylinder (54) is equipped with end cap mounting panel (55), the below of end cap mounting panel (55) is equipped with polyurethane end cap (57), one side of polyurethane end cap (57) is equipped with quick-operation joint (56).

5. The automatic performance testing device with plugging of claim 1, wherein: the valve and pipeline assembly (9) comprises an air suction valve (91), a compressed air valve (92), a first air suction valve (93), a second air suction valve (94), an air suction exhaust valve (95), a gas flow meter (96), an air suction pipeline blocking valve (97), an air suction side press (98), a first exhaust valve (99), a second exhaust valve (910), a waste gas discharge valve (911), an exhaust valve (912), a back pressure valve (913), an exhaust pressure gauge (914), a pressure switch (915), an air storage tank (916), an adjusting and filtering assembly (917), an air control ball valve control assembly (918) and an oil filling valve (919), wherein the compressed air valve (92) is arranged on one side of the air suction valve (91), the first air suction valve (93) is arranged on one side of the compressed air valve (92), the second air suction valve (94) is arranged on one side of the first air suction valve (93), and the air suction exhaust valve (95) is arranged on one side, far away from the first air suction valve (93), one side of the air suction emptying valve (95) is provided with a gas flow meter (96), one side of the gas flow meter (96) is connected with an air suction pipeline blocking valve (97), one side of the air suction pipeline blocking valve (97) is provided with an air suction side press (98), one side of the first air suction valve (93) is connected with a first air discharge valve (99), one side of the first air discharge valve (99) is provided with a second air discharge valve (910), one side, far away from the first air discharge valve (99), of the second air discharge valve (910) is provided with an air discharge emptying valve (912), one side, far away from the air suction emptying valve (95), of the air discharge emptying valve (912) is provided with a backpressure valve (913), one side of the backpressure valve (913) is provided with an air discharge pressure gauge (914), one side, far away from the second air suction valve (915) of the first air suction valve (93) is provided with an air suction pressure switch, one side of the air storage tank (916) is provided with an adjusting and filtering component (917), one side of the adjusting and filtering component (917) is provided with a pneumatic ball valve control component (918), and one end of the first air suction valve (93) is connected with an oil filling valve (919).

6. The automatic performance testing device with plugging of claim 1, wherein: the oiling device (10) comprises an oiling cylinder (1001), a guide shaft (1002), a linear bearing (1003), a limiting screw (1004), an oil inlet one-way valve (1005), an oil outlet one-way valve (1006), an oil inlet (1007), an oil inlet (1008) and an oil cylinder (1009), wherein the guide shaft (1002) is arranged below the oiling cylinder (1001), the linear bearing (1003) is arranged below the guide shaft (1002), the limiting screw (1004) is arranged on the inner side of the linear bearing (1003), the oil inlet one-way valve (1005) is arranged on one side of the oiling cylinder (1001), the oil outlet one-way valve (1006) is arranged below the oil inlet one-way valve (1005), the oil outlet (1007) is arranged below the oil outlet one-way valve (1006), the oil inlet (1008) is arranged above the oil inlet one-way valve (1005), and the oil cylinder (1009) is arranged on one side.

7. The automatic performance testing device with plugging of claim 1, wherein: lift device (14) down stretches out spacing (147) including lifting block (141), draw-in groove (142), lifting cylinder (143), linear sliding block set spare (144), locking handle (145), mounting bracket (146) and cylinder, the below of lifting block (141) is equipped with draw-in groove (142), the below of draw-in groove (142) is equipped with lifting cylinder (143), the bottom of lifting cylinder (143) is equipped with the cylinder and stretches out spacing (147), one side of lifting cylinder (143) is equipped with linear sliding block set spare (144), the below of linear sliding block set spare (144) is equipped with locking handle (145), the below of locking handle (145) is equipped with mounting bracket (146).

8. The automatic performance testing device with plugging of claim 1, wherein: compressor location frock (15) include frock bottom plate (151), supporting seat (152), check lock lever (153), prevent changeing locating lever (154), central position sleeve (155) and locating pin cover (156), one side of frock bottom plate (151) is equipped with supporting seat (152), the top of supporting seat (152) is equipped with check lock lever (153), the inboard of check lock lever (153) is equipped with prevents changeing locating lever (154), the inboard of preventing changeing locating lever (154) is equipped with central position sleeve (155), the below of frock bottom plate (151) is equipped with locating pin cover (156).

9. The automatic performance testing device with plugging of claim 1, wherein: rotate frock (16) and stretch axle (161), round pin axle (162), annular ring (163) and spline housing (164) including the side, the side that the axle (161) was stretched to the side is equipped with round pin axle (162), the outside of round pin axle (162) is equipped with annular ring (163), one side that axle (161) was stretched to the side is kept away from in round pin axle (162) is equipped with spline housing (164).