CN202403850U - Novel pneumatic press-mounting force detecting tool - Google Patents
Novel pneumatic press-mounting force detecting tool Download PDFInfo
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- CN202403850U CN202403850U CN2011204911903U CN201120491190U CN202403850U CN 202403850 U CN202403850 U CN 202403850U CN 2011204911903 U CN2011204911903 U CN 2011204911903U CN 201120491190 U CN201120491190 U CN 201120491190U CN 202403850 U CN202403850 U CN 202403850U
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Abstract
The utility model discloses a novel pneumatic press-mounting force detecting tool, which comprises a face plate, a middle plate, a bottom plate, a press-mounting part and an assembly part. The face plate and the middle plate are supported by a plurality of upper support columns to form an upper frame of the tool, and the middle plate and the bottom plate are supported by a plurality of lower support columns to form a lower frame of the tool. The novel pneumatic press-mounting force detecting tool is characterized in that the press-mounting part is arranged on the upper frame of the tool, an upper cylinder controlled by a manual valve is arranged on the face plate, a piston rod of the upper cylinder is connected with the press-mounting part through a nut, the upper cylinder is provided with a speed regulator and a pressure regulator, the press-mounting part is provided with a speed sensor and a pressure sensor, and the assembly part is arranged on the middle plate and is opposite to the press-mounting part. The novel pneumatic press-mounting force detecting tool has the advantages that a pneumatic system is used for driving the whole tool to move in work, and the whole detecting tool is convenient in operation, energy-saving, environment-friendly, simple and reliable in structure, high in detecting efficiency and low in machining difficulty, and is low in fabrication cost and convenient in batch fabrication and use as compared with other large detecting equipment.
Description
Technical field
The utility model relates to a kind of detection frock, and particularly a kind of novel pneumatic pressure assembling force that detects outside framework oil seal and valve oil seal detects frock.
Background technology
Outside framework oil seal is typical case's representative of oil sealing, and the oil sealing of generally saying promptly refers to outside framework oil seal.The effect of oil sealing generally is exactly with needing the lubricated parts and the parts of exerting oneself to isolate in the drive disk assembly, is unlikely to let oil seepage; Skeleton just as the reinforcing bar of concrete component the inside, plays the effect of reinforcement, and makes oil sealing can keep shape and tension force.Outside framework oil seal is used for crankshaft for gasoline engine, diesel motor bent axle, wheel box, differential mechanism, vibroshock, engine, positions such as vehicle bridge.
Valve oil seal is generally formed by outer skeleton and the common sulfuration of fluororubber, and footpath oral area dress self-tightening spring or steel wire are used for the sealing of engine valve guide rod, are a kind of of oil sealing.
The outside framework oil seal external diameter is big than assembling shell, and when being fitted into housing, outside framework oil seal cylindrical and housing internal diameter are interference fit; The valve oil seal internal diameter is little than conduit, when being assemblied in the conduit top, and valve oil seal internal diameter and conduit cylindrical interference fit.
Outside framework oil seal and valve oil seal, owing to need be assembled on housing or the conduit, the assembling magnitude of interference and the pressure assembling force of product and housing, conduit are proportional.It is convenient that outside framework oil seal and valve oil seal should guarantee to install, and guarantees dependable performance in the use again.
If the magnitude of interference causes pressure assembling force excessive more greatly; Then can make when installing and to be press-fit into place; Influence engine shop's assembling outside framework oil seal and valve oil seal, and owing to excessive magnitude of interference assembled portion rubber in installation process will be caused leakage of oil, assemble hidden danger such as loosening by housing or conduit destruction.
If the less pressure assembling force that causes of the magnitude of interference is too small; Though can easily be in place when installing; But because pressure assembling force and pulling-out force are proportional; Too small pressure assembling force will cause pulling-out force too small equally, make outside framework oil seal and valve oil seal in use loosening easily, cause hidden danger such as leakage of oil and even whole comes off.
To outside framework oil seal and valve oil seal; All can cause outside framework oil seal and valve oil seal pressure assembling force to change from product mold design, Mould Machining manufacturing, elastomeric material, metallic framework or the like factor, thereby cause the inefficacy in defective initiation installation of product or the use.Therefore; Outside framework oil seal and valve oil seal the design and production run in; Whether must pay close attention to, detect its pressure assembling force size at any time suitable; So in the manufacturing process of outside framework oil seal and valve oil seal, whether the detection that all need carry out pressure assembling force to each batch products meets the demands to monitor its assembling and usability thereof.
The detection mode of existing outside framework oil seal, valve oil seal is to make with the corresponding housing frock of product, conduit frock to be connected with pressure test machine in the laboratory; Use the pressure test machine to detect; When this method detects; Need manual steps many, testing process is complicated, detection efficiency is low, can only be satisfied with the detection of carrying out few products scientific experiment character in the laboratory.Existing detection mode falls behind, and does not have special complete checkout equipment frock system, can't satisfy the demand that the production scene is checked typical products in mass production continuously.
Therefore; In order to make constant product quality; Dependable performance in the process is installed and used in assurance; Need a kind of manufacturing processing of development simple economy, can make in a large number and be used in the production scene and check typical products in mass production continuously, and easy and simple to handle, dependable performance, the special-purpose outside framework oil seal of high-level efficiency with certain versatility and the detection frock of valve oil seal pressure assembling force; The large-tonnage product that satisfies outside framework oil seal and valve oil seal manufacturer detects demand, to avoid because of the assembling of the unreasonable initiation of pressure assembling force and the defective hidden danger in the use.
The utility model content
The purpose of the utility model is: to the problems referred to above, provide a kind of novel pneumatic pressure assembling force to detect frock, and simple operation, energy-conserving and environment-protective, simple and reliable for structure, testing efficient is high.A whole set of frock difficulty of processing is low, and it is cheap to compare other large-scale checkout equipments, is convenient to make in batches and use.
The purpose of the utility model realizes through following technical proposals:
A kind of novel pneumatic pressure assembling force detects frock; Comprise panel, middle plate, base plate, press-fit part and assembly parts; Wherein panel and middle plate are supported and are constituted the frock upper frame by some support columns of going up, and middle plate and base plate constitute the frock underframe by the supports of some support columns down, it is characterized in that: saidly press-fit part and be arranged on the frock upper frame; Panel is provided with the upper cylinder by hand valve control, the upper cylinder piston rod through nut with press-fit part and be connected; Said upper cylinder is provided with speed regulator and pressure regulator, press-fits part and is provided with speed pickup and pressure transducer; During said assembly parts are arranged on the plate, with press-fit part over against.
As optimal way; Saidly press-fit part and comprise and press-fit seat, press-fit mold insert, guidepost mold insert and register pin; Wherein the guidepost mold insert is socketed in and press-fits in the mold insert, press-fit mold insert through register pin with press-fit seat and be connected, press-fit seat and pass through nut and be connected with the upper cylinder piston boit.
As optimal way, said assembly parts comprise catheter block and conduit mold insert, and wherein the conduit mold insert is socketed in the catheter block, and catheter block is connected with middle plate through bolt.
As optimal way, said conduit mold insert is provided with pilot hole, with guidepost mold insert coaxial cooperation.
As optimal way, said to press-fit part be press-fit block, and press-fit block is connected with the upper cylinder piston boit through nut.
As optimal way, said assembly parts press-fit shell block and are connected with middle plate through bolt for press-fiting shell block.
As optimal way, said press-fit block center is provided with guidepost, and is coaxial corresponding with the pilot hole that press-fits shell block.
As optimal way, said frock underframe is provided with and pulls part, and base plate has the lower cylinder by hand valve control; Said lower cylinder is provided with speed regulator and pressure regulator, pulls part and is provided with speed pickup and pressure transducer; The said part that pulls comprises push pedal, straight guide pin bushing, straight guide pillar and push pedal seat; Wherein push pedal is positioned at the catheter block top; With the socket of conduit mold insert, in the hole of plate, catheter block was provided with the coaxial correspondence in hole of Kong Yuzhong plate during straight guide pillar was actively socketed on through straight guide pin bushing; Said straight guide pillar lower end is connected with the push pedal seat through bolt, and the push pedal seat is connected with the lower cylinder piston boit through nut.
As optimal way, said frock underframe is provided with and pulls part, and base plate has the lower cylinder by hand valve control; Said lower cylinder is provided with speed regulator and pressure regulator, pulls part and is provided with speed pickup and pressure transducer; The said part that pulls comprises pushing block, straight guide pin bushing, straight guide pillar and push pedal seat, and wherein pushing block is placed on the plate below being arranged in and press-fiting shell block, and be inserted in the pilot hole that press-fits shell block the pushing block upper part; Pushing block is provided with pilot hole; With the guidepost coaxial cooperation of press-fit block, in the hole of plate, the hole of middle plate was arranged in the placed side of pushing block during straight guide pillar was actively socketed on through straight guide pin bushing; Said straight guide pillar lower end is connected with the push pedal seat through bolt, and the push pedal seat is connected with the lower cylinder piston boit through nut.
As optimal way, cylinder is provided with transfer valve under the said lower cylinder.
The workflow of the utility model:
1, sets the pressure assembling force maximal value, press-fits speed, pulling-out force minimum value, pulls speed according to company standard;
2, according to product to be measured, selected press-fit part, assembly parts accordingly and pull part be installed on the frock;
3, frock is communicated with pressurized air, the debugging tooling device guarantees that the upper and lower air cylinders motion is smooth and easy.Through pressure transducer and speed pickup calibration; Adjustment pressure regulator and speed regulator; Make the frock pressure assembling force, press-fit speed, pulling-out force, the speed of pulling reach the company standard value, and through pressure regulator and speed regulator substandard product by force the pulling-out force value maximum pulling-out force that is set to far to exceed product use for switching;
4, product to be measured is mounted to press-fits on the part, pull the upper cylinder hand valve and make and press-fit part and begin to press-fit action: if product and assembly parts are press-fit into place, then to be judged to be pressure assembling force qualified for this product; If product and assembly parts can not be press-fit into place, judge that then this product pressure assembling force is defective, stop subsequent detection, change product and restart to detect.
5, after product is press-fit into place, pulls the upper cylinder hand valve and will press-fit part and reset.The lower cylinder operational forces is switched to detection power through transfer valve; Pull the lower cylinder hand valve then; Make lower cylinder through pulling part product trended towards assembly parts: if product successfully pulls out assembly parts, judge that then pulling-out force was also qualified when the product pressure assembling force was qualified, this product is through detecting; If this product can't pull out assembly parts, judge that then this product pressure assembling force is qualified, pulling-out force is defective.When the product pulling-out force is defective; The substandard product that the detection power of lower cylinder is switched to preset through transfer valve is pulling-out force by force; After making substandard product pull out assembly parts by force, switch back detection power so that carry out the testing of next product through transfer valve again.
The beneficial effect of the utility model:
Use pneumatic system to drive a whole set of frock and carry out working motion, simple operation, energy-conserving and environment-protective, simple and reliable for structure, a whole set of frock testing efficient height that detects.A whole set of frock difficulty of processing is low, and it is cheap to compare other large-scale checkout equipments, is convenient to make in batches and use.
This frock has versatility widely. and general common frock, a kind of frock can only can only be directed to the detection of outside framework oil seal product to one type product such as the outside framework oil seal frock.And this detection frock; Can reach and detect frock and switch fast through changing corresponding part; To carry out the pressure assembling force detection, more can be adapted to the outside framework oil seal and the valve oil seal of different size through the kit of changing different size to outside framework oil seal and valve oil seal.The extensive versatility that this frock has has reduced the fund input of making different tooling devices to different product; And to detect outside framework oil seal identical with working mechanism with the valve oil seal operating process because of this frock; Testing staff's operation easier is reduced, reduced training and use cost.
Pressure assembling force detects; Guide pillar through press-fiting part is higher than product plane, and preferentially the pilot hole with the assembly parts part contacts, and makes when press-fiting outside framework oil seal and valve oil seal; Be able to guarantee that product and assembly parts have higher right alignment, guaranteed the reliability that pressure assembling force detects.
Also be provided with on the frock and pull part, make whole frock have a cover system of one's own, more traditional frock needs to carry out respectively separately the pressure assembling force detection, pulling-out force detects; Cause traditional detection means efficient low, trivial operations, this frock can be accomplished pressure assembling force detection-pulling-out force continuously and detect (substandard product ejects by force); Labour intensity is low; Easy and simple to handle, detection efficiency is high, so this frock has stronger practical value.
The part that pulls of this frock adopts straight guide pillar promotion pushing block or push pedal further product to be ejected the design that press-fits shell block or conduit mold insert accordingly again; This secondary transmits the pulling-out force design can make this frock under the prerequisite of not changing straight guide pillar position, and the pulling-out force of the various outer diameter size that just can adapt to and the outside framework oil seal of height dimension, valve oil seal detects.
Pulling-out force detects, and pulls push pedal seat connection lower cylinder in the part, and the push pedal seat connects straight guide pillar, and straight guide pillar is through the straight guide pin bushing on the plate in being fixed on, and through the correction of straight guide pin bushing, straight guide pillar will vertically promote pushing block or push pedal, and product is vertically ejected assembly parts.This working method, the correction through straight guide pillar, straight guide pin bushing receives force direction to have higher verticality when product is deviate from, guaranteed the reliability that pulling-out force detects.
Through pneumatic system be implemented in preset compressed air pressure and pressurized air speed with pressure regulator and speed regulator before detecting after; The pulling-out force of meeting substandard product in the use exceeds detection power sensing range; When detection power can't normally pull substandard product; Need not to go again to adjust compressed air pressure and pressurized air speed and pull substandard product to change detection power; The substandard product that only needs lower cylinder detection power to be switched to preset through transfer valve is pulling-out force by force, substandard product is pulled by force after, switch back detection power so that carry out the testing of next product through transfer valve again.Promptly avoid the poor efficiency of artificial taking-up substandard product, avoided frequent adjustment pressure regulator need recalibrate the numerous and diverse of detection power again, made whole detecting operation flow process convenient, continuous, efficient, be applicable to the testing of typical products in mass production.
Description of drawings
Fig. 1 is the structural representation of valve oil seal;
Fig. 2 is the structural representation of outside framework oil seal;
Fig. 3 is the structural representation of the utility model embodiment 1;
Fig. 4 is the partial enlarged drawing of A among Fig. 3;
Fig. 5 is the partial enlarged drawing of B among Fig. 3;
Fig. 6 be the utility model embodiment 1 press-fit the action synoptic diagram;
Fig. 7 is the partial enlarged drawing of C among Fig. 6;
Fig. 8 be the utility model embodiment 1 pull the action synoptic diagram;
Fig. 9 is the partial enlarged drawing of D among Fig. 8;
Figure 10 is the structural representation of the utility model embodiment 2;
Figure 11 is the partial enlarged drawing of E among Figure 10;
Figure 12 is the partial enlarged drawing of F among Figure 10;
Figure 13 be the utility model embodiment 2 press-fit the action synoptic diagram;
Figure 14 is the partial enlarged drawing of G among Figure 13;
Figure 15 be the utility model embodiment 2 pull the action synoptic diagram;
Figure 16 is the partial enlarged drawing of H among Figure 15;
Figure 17 is the fundamental diagram of the utility model upper cylinder;
Figure 18 is the fundamental diagram of the utility model lower cylinder.
Mark among the figure, 1 for upper cylinder, 2 for panel, 3 for nut, 4 for press-fit seat, 5 for press-fit mold insert, 6 for the guidepost mold insert, 7 for valve oil seal, 8 for last support column, 9 for the conduit mold insert, 10 for push pedal, 11 for catheter block, 12 for straight guide pin bushing, 13 for straight guide pillar, 14 for middle plate, 15 for the push pedal seat, 16 for following support column, 17 for base plate, 18 for lower cylinder, 19 for register pin, 20 for pushing block, 21 press-fit shell block, 22 for press-fit block, 23 be that outside framework oil seal, 24 is a pilot hole.
Embodiment
Below in conjunction with specific embodiment and accompanying drawing the utility model is further described.
Embodiment 1:
Like Fig. 3, Fig. 4 and shown in Figure 5; A kind of novel pneumatic pressure assembling force detects frock, comprises panel 2, middle plate 14, base plate 17, press-fits part and assembly parts, and wherein panel 2 is supported by some upward support columns 8 with middle plate 14 and constitutes the frock upper frame; Middle plate 14 is supported by some support columns down 16 with base plate 17 and constitutes the frock underframe; It is characterized in that: saidly press-fit part and be arranged on the frock upper frame, panel 2 is provided with the upper cylinder 1 by hand valve control, the upper cylinder piston rod through nut 3 with press-fit part and be connected; Said upper cylinder 1 is provided with speed regulator and pressure regulator, press-fits part and is provided with speed pickup and pressure transducer; During said assembly parts are arranged on the plate 14, with press-fit part over against.
When product to be measured is valve oil seal 7; Saidly press-fit part and comprise and press-fit seat 4, press-fit mold insert 5, guidepost mold insert 6 and register pin 19; Wherein guidepost mold insert 6 is socketed in and press-fits in the mold insert 5; Press-fit mold insert 5 through register pin 19 with press-fit seat and 4 be connected, press-fit seat 4 and pass through nut 3 and be connected with the upper cylinder piston boit.
Consider that valve oil seal 7 basic profiles are consistent; Just the more form factor that causes of kind changes greatly; Therefore adopt the mode of register pin 19 location, with guidepost mold insert 6 be socketed in press-fit in the mold insert 5 after together with press-fit seat 4 and be connected, do not taking off press-fiting under 4 the prerequisite of being connected with the upper cylinder piston boit; Just can conveniently change through plug register pin 19 and to press-fit mold insert 5 and guidepost mold insert 6, detect the corresponding mold insert of dissimilar valve oil seals to reach conveniently to change.
Said assembly parts comprise catheter block 11 and conduit mold insert 9, and wherein conduit mold insert 9 is socketed in the catheter block 11, and catheter block 11 is connected with middle plate 14 through bolt, and conduit mold insert 9 is provided with pilot hole 24, with guidepost mold insert 6 coaxial cooperation.Through changing the catheter block 11 and conduit mold insert 9 that is connected with middle plate, reach the quick pressure assembling force that switches to dissimilar valve oil seals of detection frock and detect.
Said frock underframe is provided with and pulls part, and base plate 17 has the lower cylinder 18 by hand valve control; Said lower cylinder 18 is provided with speed regulator and pressure regulator, pulls part and is provided with speed pickup and pressure transducer; The said part that pulls comprises push pedal 10, straight guide pin bushing 12, straight guide pillar 13 and push pedal seat 15; Wherein push pedal 10 is positioned at catheter block 11 tops; With 9 sockets of conduit mold insert, in the hole of plate 14, catheter block 11 was provided with the coaxial correspondence in hole of Kong Yuzhong plate 14 during straight guide pillar 13 was actively socketed on through straight guide pin bushing 12; Said straight guide pillar 13 lower ends are connected with push pedal seat 15 through bolt, and push pedal seat 15 is connected with the lower cylinder piston boit through nut 3.Be positioned at the push pedal 10 of catheter block 11 tops through replacing, reach and detect the pulling-out force that frock switches to dissimilar valve oil seals fast and detect.
18 times cylinders of said lower cylinder are provided with transfer valve; The substandard product that lower cylinder 18 detection power are switched to preset through transfer valve is pulling-out force by force; After substandard product is pulled by force, switch back detection power so that carry out the testing of next product through transfer valve again.
According to company standard set valve oil seal 7 to be measured the pressure assembling force maximal value, press-fit speed, pulling-out force minimum value, pull speed; Selected valve oil seal 7 to be measured press-fits part, assembly parts accordingly and pulls part and is installed on the frock, comprises press-fiting mold insert 5, guidepost mold insert 6, catheter block 11, conduit mold insert 9 and push pedal 10; Frock is communicated with pressurized air; The debugging tooling device; Guarantee that the upper and lower air cylinders motion is smooth and easy, through pressure transducer and speed pickup calibration, adjustment pressure regulator and speed regulator; Make the frock pressure assembling force, press-fit speed, pulling-out force, the speed of pulling reach the company standard value, and through pressure regulator and speed regulator substandard product by force the pulling-out force value maximum pulling-out force that is set to far to exceed product use for switching;
Like Fig. 6, shown in Figure 7; Valve oil seal 7 to be measured is inserted in guidepost mold insert 6 to be mounted to and to press-fit on the mold insert 5; Pulling the upper cylinder hand valve makes and press-fit that part is descending to begin to press-fit action: if valve oil seal 7 is press-fit into place with conduit mold insert 9, then to be judged to be pressure assembling force qualified for this valve oil seal 7; If valve oil seal 7 can not be press-fit into place with conduit mold insert 9, judge that then these valve oil seal 7 pressure assembling forces are defective, stop subsequent detection, change valve oil seal 7 and restart to detect.After valve oil seal 7 is press-fit into place, pulls the upper cylinder hand valve and will press-fit part and reset.
Like Fig. 8, shown in Figure 9; The lower cylinder operational forces is switched to detection power through transfer valve, pull the lower cylinder hand valve then and drive that to pull part up, push pedal seat 15 orders about straight guide pillar 13 and moves up; Straight guide pillar 13 upwards promotes push pedal 10; Push pedal 10 trends towards conduit mold insert 9 with valve oil seal 7: if valve oil seal 7 successfully pulls out conduit mold insert 9, judge that then pulling-out force was also qualified when valve oil seal 7 pressure assembling forces were qualified, this valve oil seal 7 is through detecting; If this valve oil seal 7 can't pull out conduit mold insert 9, judge that then these valve oil seal 7 pressure assembling forces are qualified, pulling-out force is defective.When valve oil seal 7 pulling-out forces are defective; The substandard product that the detection power of lower cylinder is switched to preset through transfer valve is pulling-out force by force; After making underproof valve oil seal 7 pull out conduit mold insert 9 by force, switch back detection power so that carry out the testing of next valve oil seal 7 through transfer valve again.
Embodiment 2:
When product to be measured was outside framework oil seal 23, said to press-fit part be press-fit block 22, and press-fit block 22 is connected with the upper cylinder piston boit through nut 3.Through changing press-fit block 22, reach the quick pressure assembling force that switches to dissimilar outside framework oil seals of detection frock and detect.
Said assembly parts press-fit shell block 21 and are connected with middle plate 14 through bolt for press-fiting shell block 21; Said press-fit block 22 centers are provided with guidepost, and are coaxial corresponding with the pilot hole that press-fits shell block 21.Through change is connected with middle plate press-fit shell block 21, reach and detect frock and switch the pressure assembling force detection that is directed against dissimilar outside framework oil seals fast.
Said frock underframe is provided with and pulls part, and base plate 17 has the lower cylinder 18 by hand valve control; Said lower cylinder 18 is provided with speed regulator and pressure regulator, pulls part and is provided with speed pickup and pressure transducer; The said part that pulls comprises pushing block 20, straight guide pin bushing 12, straight guide pillar 13 and push pedal seat 15; Wherein pushing block 20 is arranged in and press-fits shell block 21 belows and be placed on the plate 14; Be inserted in the pilot hole that press-fits shell block 21 pushing block 20 upper parts, and pushing block 20 is provided with pilot hole 24, with the guidepost coaxial cooperation of press-fit block 22; Straight guide pillar 13 is actively socketed in the hole of middle plate 14 through straight guide pin bushing 12; The hole of middle plate 14 is arranged in the placed side of pushing block 20, and said straight guide pillar 13 lower ends are connected with push pedal seat 15 through bolt, and push pedal seat 15 is connected with the lower cylinder piston boit through nut 3.Be positioned at the pushing block 20 that press-fits shell block 21 belows on the plate 14 in being positioned over through replacing, reach and detect the pulling-out force that frock switches to dissimilar outside framework oil seals fast and detect.
According to company standard set outside framework oil seal 23 to be measured the pressure assembling force maximal value, press-fit speed, pulling-out force minimum value, pull speed; Selected outside framework oil seal 23 to be measured press-fits part, assembly parts accordingly and pulls part and is installed on the frock, comprises press-fit block 22, press-fits shell block 21 and pushing block 20; Frock is communicated with pressurized air; The debugging tooling device; Guarantee that the upper and lower air cylinders motion is smooth and easy, through pressure transducer and speed pickup calibration, adjustment pressure regulator and speed regulator; Make the frock pressure assembling force, press-fit speed, pulling-out force, the speed of pulling reach the company standard value, and through pressure regulator and speed regulator substandard product by force the pulling-out force value maximum pulling-out force that is set to far to exceed product use for switching;
Like Figure 13, shown in Figure 14, outside framework oil seal 23 to be measured is mounted on the press-fit block 22, pull the upper cylinder hand valve and make and press-fit that part is descending to begin to press-fit action: if outside framework oil seal 23 with press-fit shell block 21 and be press-fit into place, then to be judged to be pressure assembling force qualified for this outside framework oil seal 23; If outside framework oil seal 23 with press-fit shell block 21 and can not be press-fit into place, judge that then these outside framework oil seal 23 pressure assembling forces are defective, stop subsequent detection, change outside framework oil seal 23 and restart to detect.After outside framework oil seal 23 is press-fit into place, pulls the upper cylinder hand valve and will press-fit part and reset.
Like Figure 15, shown in Figure 16; The lower cylinder operational forces is switched to detection power through transfer valve; Pull the lower cylinder hand valve then and drive that to pull part up; Push pedal seat 15 orders about straight guide pillar 13 and moves up, and straight guide pillar 13 upwards promotes pushing block 20, and pushing block 20 trends towards outside framework oil seal 23 from the pilot hole that press-fits shell block 21, to deviate from: if outside framework oil seal 23 successfully pulls out the pilot hole that press-fits shell block 21; Judge that then pulling-out force was also qualified when outside framework oil seal 23 pressure assembling forces were qualified, this outside framework oil seal 23 is through detecting; If this outside framework oil seal 23 can't pull out the pilot hole that press-fits shell block 21, judge that then these outside framework oil seal 23 pressure assembling forces are qualified, pulling-out force is defective.When outside framework oil seal 23 pulling-out forces are defective; The substandard product that the detection power of lower cylinder is switched to preset through transfer valve is pulling-out force by force; After underproof outside framework oil seal 23 being pulled out by force press-fit shell block 21, switch back detection power so that carry out the testing of next outside framework oil seal 23 through transfer valve again.
All the other are identical with embodiment 1.
The above is merely the preferred embodiment of the utility model; Not in order to restriction the utility model; Any modification of being done within all spirit and principles at the utility model, be equal to replacement and improvement etc., all should be included within the protection domain of the utility model.
Claims (10)
1. a novel pneumatic pressure assembling force detects frock; Comprise panel (2), middle plate (14), base plate (17), press-fit part and assembly parts; Wherein panel (2) and middle plate (14) support formation frock upper frame by some support columns (8) of going up; Middle plate (14) and base plate (17) are supported by some support columns (16) down and constitute the frock underframes; It is characterized in that: saidly press-fit part and be arranged on the frock upper frame, panel (2) is provided with the upper cylinder (1) by hand valve control, the upper cylinder piston rod through nut (3) with press-fit part and be connected; Said upper cylinder (1) is provided with speed regulator and pressure regulator, press-fits part and is provided with speed pickup and pressure transducer; Said assembly parts are arranged on the middle plate (14), with press-fit part over against.
2. novel pneumatic pressure assembling force as claimed in claim 1 detects frock; It is characterized in that: saidly press-fit part and comprise and press-fit seat (4), press-fit mold insert (5), guidepost mold insert (6) and register pin (19); Wherein guidepost mold insert (6) is socketed in and press-fits in the mold insert (5); Press-fit mold insert (5) and be connected with press-fiting (4), press-fit seat (4) and be connected with the upper cylinder piston boit through nut (3) through register pin (19).
3. novel pneumatic pressure assembling force as claimed in claim 2 detects frock; It is characterized in that: said assembly parts comprise catheter block (11) and conduit mold insert (9); Wherein conduit mold insert (9) is socketed in the catheter block (11), and catheter block (11) is connected with middle plate (14) through bolt.
4. novel pneumatic pressure assembling force as claimed in claim 3 detects frock, and it is characterized in that: said conduit mold insert (9) is provided with pilot hole (24), with guidepost mold insert (6) coaxial cooperation.
5. novel pneumatic pressure assembling force as claimed in claim 1 detects frock, it is characterized in that: said to press-fit part be press-fit block (22), and press-fit block (22) is connected with the upper cylinder piston boit through nut (3).
6. novel pneumatic pressure assembling force as claimed in claim 5 detects frock, it is characterized in that: said assembly parts press-fit shell block (21) and are connected with middle plate (14) through bolt for press-fiting shell block (21).
7. novel pneumatic pressure assembling force as claimed in claim 6 detects frock, and it is characterized in that: said press-fit block (22) center is provided with guidepost, and is coaxial corresponding with the pilot hole that press-fits shell block (21).
8. novel pneumatic pressure assembling force as claimed in claim 4 detects frock, and it is characterized in that: said frock underframe is provided with and pulls part, and base plate (17) has the lower cylinder (18) by hand valve control; Said lower cylinder (18) is provided with speed regulator and pressure regulator, pulls part and is provided with speed pickup and pressure transducer; The said part that pulls comprises push pedal (10), straight guide pin bushing (12), straight guide pillar (13) and push pedal seat (15); Wherein push pedal (10) is positioned at catheter block (11) top; With conduit mold insert (9) socket; Straight guide pillar (13) is actively socketed in the hole of middle plate (14) through straight guide pin bushing (12); Catheter block (11) is provided with the coaxial correspondence in hole of Kong Yuzhong plate (14), and said straight guide pillar (13) lower end is connected with push pedal seat (15) through bolt, and push pedal seat (15) is connected with the lower cylinder piston boit through nut (3).
9. novel pneumatic pressure assembling force as claimed in claim 7 detects frock, and it is characterized in that: said frock underframe is provided with and pulls part, and base plate (17) has the lower cylinder (18) by hand valve control; Said lower cylinder (18) is provided with speed regulator and pressure regulator, pulls part and is provided with speed pickup and pressure transducer; The said part that pulls comprises pushing block (20), straight guide pin bushing (12), straight guide pillar (13) and push pedal seat (15); Wherein pushing block (20) is placed on the plate (14) below being arranged in and press-fiting shell block (21); Be inserted in the pilot hole that press-fits shell block (21) pushing block (20) upper part; Pushing block (20) is provided with pilot hole (24); With the guidepost coaxial cooperation of press-fit block (22), straight guide pillar (13) is actively socketed in the hole of middle plate (14) through straight guide pin bushing (12), and the hole of middle plate (14) is arranged in the placed side of pushing block (20); Said straight guide pillar (13) lower end is connected with push pedal seat (15) through bolt, and push pedal seat (15) is connected with the lower cylinder piston boit through nut (3).
10. detect frock like claim 8 or 9 described novel pneumatic pressure assembling forces, it is characterized in that: said lower cylinder (18) cylinder down is provided with transfer valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204911903U CN202403850U (en) | 2011-12-01 | 2011-12-01 | Novel pneumatic press-mounting force detecting tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204911903U CN202403850U (en) | 2011-12-01 | 2011-12-01 | Novel pneumatic press-mounting force detecting tool |
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| Publication Number | Publication Date |
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| CN202403850U true CN202403850U (en) | 2012-08-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102445294A (en) * | 2011-12-01 | 2012-05-09 | 成都盛帮密封件股份有限公司 | Novel pneumatic press-mounting detection tool |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102445294A (en) * | 2011-12-01 | 2012-05-09 | 成都盛帮密封件股份有限公司 | Novel pneumatic press-mounting detection tool |
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Granted publication date: 20120829 |
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| CX01 | Expiry of patent term |