CN208341615U - A kind of material processing forging hammer damper - Google Patents
A kind of material processing forging hammer damper Download PDFInfo
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- CN208341615U CN208341615U CN201820934267.1U CN201820934267U CN208341615U CN 208341615 U CN208341615 U CN 208341615U CN 201820934267 U CN201820934267 U CN 201820934267U CN 208341615 U CN208341615 U CN 208341615U
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- anvil
- block
- square groove
- fixedly mounted
- slot
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Abstract
A kind of material processing forging hammer damper, including rack, anvil block is fixedly mounted in frame lower bottom surface, forging hammer is fixedly mounted in upper rack bottom surface, anvil block top surface opens up square groove, anvil is equipped in square groove, anvil can be moved along square groove, anvil bottom surface opens up several equally distributed slots, the left and right sides opens up card slot respectively in slot, inserted block is equipped in slot, inserted block can be moved along slot, spring one end is respectively fixedly connected at left and right sides of inserted block, the spring other end is respectively fixedly connected on the inside of wedge block, wedge block can be inserted into respectively in corresponding card slot, wedge block inside bottom surface, which is respectively fixedly connected with, dials a top surface, it is cross sliding slot that inserted block bottom surface, which opens up section,.The accuracy of testing result is effectively ensured by the double check of contact sensor and infrared sensor in the utility model is designed reasonably, and by inspecting periodically, good damping effect is played in guarantee, reduces the cumbersome inspection work of staff.
Description
Technical field
The utility model belongs to field of material processing, specifically a kind of material processing forging hammer damper.
Background technique
Forging hammer in operation, can generate strong vibration and noise, to the equipment of surrounding, workshop and the work of worker
Environment causes great harm, and has carry out vibration damping processing using devices such as springs in the prior art, but due to manufacturing and installing
Difficulty is big, at high cost, and staff can not learn the behaviour in service of spring, cannot replace and repair in time the spring of damage, shadow
Its damping effect is rung, fits and is difficult to be widely applied.
Utility model content
The utility model provides a kind of material processing forging hammer damper, to solve defect in the prior art.
The utility model is achieved by the following technical programs:
A kind of material processing forging hammer damper, including rack, anvil block, upper rack bottom is fixedly mounted in frame lower bottom surface
Forging hammer is fixedly mounted in face, and anvil block top surface opens up square groove, is equipped with anvil in square groove, anvil can be moved along square groove, anvil
Bottom surface opens up several equally distributed slots, and the left and right sides opens up card slot respectively in slot, is equipped with inserted block in slot, inserted block can
It being moved along slot, spring one end is respectively fixedly connected at left and right sides of inserted block, the spring other end is respectively fixedly connected on the inside of wedge block,
Wedge block can be inserted into respectively in corresponding card slot, and wedge block inside bottom surface, which is respectively fixedly connected with, dials a top surface, and inserted block bottom surface is opened
If section is cross sliding slot, sliding slot front lower is communicated with inserted block, and it is cross sliding block, sliding block that section is equipped in sliding slot
It can move along the chute, feeler lever is fixedly mounted in sliding block top surface, and sliding slot inner top surface opens up groove, and contact is fixedly mounted in groove inner top surface
Sensor, feeler lever can be contacted with contact sensor, open up through groove, through groove and sliding slot phase respectively at left and right sides of lower part in sliding slot
Logical, spring damper is fixedly mounted in sliding block bottom surface, and connecting plate, connecting plate and square groove is fixedly mounted in spring damper bottom surface jointly
Inner bottom surface activity is installed, and several equally distributed placing grooves is opened up in square groove, in square groove in the placing groove on front and the left side
Infrared remote receiver is fixedly mounted, infrared transmitter, infrared transmitter is fixedly mounted in square groove in the placing groove on the back side and the right side
Position, the position of infrared remote receiver and the position of through groove correspond, controller is fixedly mounted in anvil block front, left side, before anvil block
Several equally distributed first indicator lights are fixedly mounted in left side of face, and anvil block front, left side is fixedly mounted several equally distributed second
Indicator light, the first indicator light are located on the right side of controller, and the second indicator light is located at below the first indicator light, contact sensor, first
Indicator light and controller have connection, and infrared transmitter, infrared remote receiver, the second indicator light and controller have connection.
A kind of material processing forging hammer damper as described above, the spring damper quantity are five and uniform point
It is distributed between anvil and square groove inner wall.
A kind of material processing forging hammer damper as described above, the square groove inner wall are equipped with buffer layer, buffer layer
It is made of sleeper material, buffer layer inner wall opens up several equally distributed through-hole sections, the position of through-hole section and infrared sensor
Position corresponds.
A kind of material processing forging hammer damper as described above, activity installation is dust-proof between the anvil block and anvil
Cover, dust cover is fire-resistant rubber cover or fire prevention sheet, and the area of dust cover is greater than the distance between anvil block and anvil.
A kind of material processing forging hammer damper as described above, the dust cover pass through several bolt assemblies for anvil
It is connected between on the outside of seat inside and anvil.
A kind of material processing forging hammer damper as described above, the connecting plate and the activity of square groove inner bottom surface are pacified
Dress, mounting means are that connecting plate is fixed on square groove inner bottom surface by several bolt assemblies.
The utility model has the advantages that: when using the utility model, staff needs to inspect periodically spring damper
Use state avoids spring damper from damaging and can not play cushioning effect, or even causes other serious influences, staff
Contact sensor is opened by controller, when spring damper is in shape, sliding block can be made to move up along the chute,
The mobile band movable feeler lever of sliding block is mobile, and feeler lever upper end enters in groove to be contacted with contact sensor, and contact sensor is contacted with feeler lever
The signal generated afterwards passes to controller, and signal is fed back to the first indicator light by controller, and contact sensor contacts good with feeler lever
First indicator light does not work when good, i.e. expression spring damper does not damage, therefore does not need to repair or replace；When the first instruction
When lamp is bright, a kind of situation is spring damper damage, is contact sensor damage there are also a kind of situation, and the information of detection is then not
Accurately, staff is made to do the judgement to make mistake and check damper, when not only increase extra workload also wastes
Between, in order to avoid this situation, staff is detected again by infrared sensor to determine spring damper
Real use state, staff control infrared sensor by controller and open, and infrared transmitter issues signal, when spring subtracts
When shake device is in shape, sliding block is located at sliding slot internal upper part, communicates between sliding slot inner underside and through groove, therefore signal can be worn
It is received after crossing corresponding through groove by corresponding infrared remote receiver, the signal received is sent to controller by infrared remote receiver, control
Signal is fed back to the second indicator light by device processed, and the second indicator light does not work at this time, indicates that spring damper is in good condition, i.e. contact passes
Sensor damage, indicates that signal does not pass through if the second indicator light is bright, is because spring damper uses leads to it too long at this time
Close to elastic limit or spring damper fracture damage, sliding block is caused to be located at sliding slot inner underside to hinder the biography of signal
It passs, staff is needed to repair or replace；When needing repairing or replacing spring damper, dismantling connection plate will
Connecting plate, spring damper and anvil are removed out of square groove, and staff is according to corresponding first indicator light of spring damper
Sliding block is moved down along the chute, makes feeler lever by the position that the damper for needing repairing or replacing is judged with the second indicator light
It removes out of groove and is separated with contact sensor, then downside moves forward along the chute by sliding block, separates sliding block with sliding slot, thus
It is convenient that spring damper is repaired or replaced；When needing replacing contact sensor, two hand of staff, which pinches, dials item, dials item
Moving inward makes spring-compressed, and spring-compressed relatively moves wedge block, to make wedge block and exact separation, staff is pinched
It firmly dials item to move down, separates inserted block with slot, while sliding block being separated with sliding slot, staff is facilitated to repair or replace
Contact sensor.Inspection is effectively ensured by the double check of contact sensor and infrared sensor in the utility model is designed reasonably
The accuracy for surveying result, by inspecting periodically, good damping effect is played in guarantee, reduces the cumbersome inspection work of staff
Make, when inspection, which does not need disassembly, can be obtained use information, and staff is facilitated to overhaul or replace, and improve work effect
Rate.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is
Some embodiments of the utility model, for those of ordinary skill in the art, in the premise of not making the creative labor property
Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of the utility model；Fig. 2 is the enlarged drawing of the A direction view of Fig. 1；Fig. 3 is I part of Fig. 2
Enlarged drawing；Fig. 4 is II partial enlarged view of Fig. 1；Fig. 5 is III partial enlarged view of Fig. 1.
Specific embodiment
It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model
Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to
The range of the utility model protection.
A kind of material processing forging hammer damper, as shown, including rack 1, anvil block is fixedly mounted in 1 bottom face of rack
2, forging hammer 3 is fixedly mounted in 1 top bottom surface of rack, and 2 top surface of anvil block opens up square groove 4, is equipped with anvil 5,5 energy of anvil in square groove 4
Enough to move along square groove 4,5 bottom surface of anvil opens up several equally distributed slots 6, and the left and right sides opens up card slot respectively in slot 6
7, slot 6 is interior to be equipped with inserted block 8, and inserted block 8 can be moved along slot 6, and 9 one end of spring, bullet are respectively fixedly connected at left and right sides of inserted block 8
9 other end of spring is respectively fixedly connected with 10 inside of wedge block, and wedge block 10 can be inserted into respectively in corresponding card slot 7, wedge block 10
Inside bottom surface, which is respectively fixedly connected with, dials 11 top surface of item, and 8 bottom surface of inserted block opens up section for cross sliding slot 12, under 12 front of sliding slot
Portion is communicated with inserted block 8, and it is cross sliding block 13 that section is equipped in sliding slot 12, and sliding block 13 12 can move along the chute, sliding block 13
Feeler lever 14 is fixedly mounted in top surface, and feeler lever 14 is made of rubber material, and 12 inner top surface of sliding slot opens up groove 15, and 15 inner top surface of groove is solid
Dingan County fills contact sensor 16, and contact sensor 16 is self-powered, and feeler lever 14 can be contacted with contact sensor 16, in sliding slot 12
Through groove 17 is opened up respectively at left and right sides of lower part, through groove 17 is communicated with sliding slot 12, and spring damper 18 is fixedly mounted in 13 bottom surface of sliding block,
Connecting plate 19 is fixedly mounted in 18 bottom surface of spring damper jointly, and connecting plate 19 and 4 inner bottom surface activity of square groove are installed, square groove 4
Several equally distributed placing grooves 20 are inside opened up, infrared receiver is fixedly mounted in square groove 4 in the placing groove 20 on front and the left side
Device 21, is fixedly mounted infrared transmitter 22 in square groove 4 in the placing groove 20 on the back side and the right side, the position of infrared transmitter 22,
The position of infrared remote receiver 21 and the position of through groove 17 correspond, and controller 23, anvil block 2 is fixedly mounted in 2 front, left side of anvil block
Several equally distributed first indicator lights 24 are fixedly mounted in front, left side, and several be uniformly distributed is fixedly mounted in 2 front, left side of anvil block
The second indicator light 25, the first indicator light 24 is located at the right side of controller 23, and the second indicator light 25 is located at below the first indicator light 24,
Contact sensor 16, the first indicator light 24 and controller 23 have connection, and infrared transmitter 22, infrared remote receiver 21, second indicate
Lamp 25 and controller 23 have connection.When using the utility model, staff needs to inspect periodically the use of spring damper 18
State avoids spring damper 18 from damaging and can not play cushioning effect, or even causes other serious influences, and staff is logical
Crossing controller 23 opens contact sensor 16, when spring damper 18 is in shape, can make sliding block 13 along the chute 12
It moves up, the mobile band movable feeler lever 14 of sliding block 13 is mobile, and 14 upper end of feeler lever enters in groove 15 to be contacted with contact sensor 16, connects
The signal that touching sensor 16 generates after contacting with feeler lever 14 passes to controller 23, and signal is fed back to the first instruction by controller 23
Lamp 24, first indicator light 24 does not work when contact sensor 16 contacts good with feeler lever 14, i.e. expression spring damper 18 does not damage
It is bad, therefore do not need to repair or replace；When the first indicator light 24 is bright, a kind of situation is that spring damper 18 damages, also
A kind of situation is that contact sensor 16 damages, and the information of detection is then inaccurate, so that staff is done the judgement to make mistake and right
Damper is checked, is not only increased extra workload and is also wasted time, in order to avoid this situation, staff
By the real use state of infrared sensor detected again to determine spring damper 18, staff passes through controller 23
It controls infrared sensor to open, infrared transmitter 22 issues signal, when spring damper 18 is in shape, sliding block 13
It is communicated between 12 internal upper part of sliding slot, 12 inner underside of sliding slot and through groove 17, therefore signal can pass through quilt after corresponding through groove 17
Corresponding infrared remote receiver 21 receives, and the signal received is sent to controller 23 by infrared remote receiver 21, and controller 23 will be believed
Number the second indicator light 25 is fed back to, the second indicator light 25 does not work at this time, indicates that spring damper 18 is in good condition, i.e. sensing contact
Device 16 damages, and indicates that signal does not pass through if the second indicator light 25 is bright, is led too long because spring damper 18 uses at this time
It causes it close to 18 fracture damage of elastic limit or spring damper, sliding block 13 is caused to be located at 12 inner underside of sliding slot to hinder
The transmitting of signal needs staff to repair or replace；When needing repairing or replacing spring damper 18, disassembly
Connecting plate 19 removes connecting plate 19, spring damper 18 and anvil 5 out of square groove 4, and staff is according to spring damper
18 corresponding first indicator lights 24 and the second indicator light 25 judge the position for the damper for needing repairing or replacing, by sliding block
13 12 move down along the chute, remove feeler lever 14 out of groove 15 and separate with contact sensor 16, then along the chute by sliding block 13
12 downsides move forward, and separate sliding block 13 with sliding slot 12, so that convenient repair or replace to spring damper 18；Work as needs
When replacing contact sensor 16, two hand of staff, which pinches, dials item 11, and dialling item 11 and moving inward compresses spring 9, and spring 9 compresses
Relatively move wedge block 10, so that wedge block 10 be made to separate with card slot 7, staff pinches group item 11 and moves down, and makes to insert
Block 8 is separated with slot 6, while sliding block 13 being separated with sliding slot 12, and staff is facilitated to repair or replace contact sensor 16.
Testing result is effectively ensured by the double check of contact sensor 16 and infrared sensor in the utility model is designed reasonably
Accuracy, by inspecting periodically, good damping effect is played in guarantee, reduces the cumbersome inspection work of staff, when inspection
Not needing disassembly can be obtained use information, and staff is facilitated to overhaul or replace, and improve working efficiency.
Specifically, scientific and reasonable installation spring damper 18, can play good effect, the present embodiment to damping
18 quantity of spring damper is five and is uniformly distributed between 4 inner wall of anvil 5 and square groove.Five spring dampers
18 are conducive to balance the stress of anvil 5, keep stress more balanced, optimize mechanical structure, improve shock resistance.
Specifically, forging hammer is in operation, strong vibration and noise can be generated, to the equipment of surrounding, workshop and duty
The working environment of work, causes great harm, and 4 inner wall of square groove described in the present embodiment is equipped with buffer layer 26, and buffer layer 26 is
Sleeper material is made, and 26 inner wall of buffer layer opens up several equally distributed through-hole sections, the position of through-hole section and infrared sensor
Position corresponds.Buffer layer 26 is conducive to anticollision damping, and sleeper material is relatively conventional, has preferable damping capaicty, cost
It is lower, it is easily installed replacement.
Further, in forging process, the scrap that forging generates is entered in square groove 4, is not only inconvenient to clear up, also be held
Easily enter in damping device and then influences its use, activity installation dust cover between anvil block 2 and anvil 5 described in the present embodiment
27, dust cover 27 be fire-resistant rubber cover or fire prevention sheet, and the area of dust cover 27 be greater than between anvil block 2 and anvil 5 away from
From.Installation dust cover 27 can be avoided processing scrap and enter in square groove 4, while the area of dust cover 27 is greater than anvil block 2 and anvil
The distance between pad 5 can be avoided the movement of anvil 5 and pull bad dust cover 27, improves service life.
Further, it is equipped with dust cover 27 between 5 outside of 2 inside of anvil block and anvil, can be avoided processing scrap and enters
Its gap, dust cover 27 described in the present embodiment will be connected by several bolt assemblies between 2 inside of anvil block and 5 outside of anvil
Get up.It is installed by bolt assembly, improves its stability used, while facilitating maintenance and disassembly.
Further, it when staff needs to repair replacement to spring damper 18, needs connecting plate 19
It takes out together, connecting plate 19 described in the present embodiment and 4 inner bottom surface activity of square groove are installed, and mounting means is to pass through several
Connecting plate is fixed on 4 inner bottom surface of square groove by bolt assembly.Connecting plate 19 is bolted with 4 inner bottom surface of square groove, both
It can guarantee the stability used, and the convenience of installation, maintenance and replacement can be improved.
When using the utility model, the first indicator light 24 is bright, and the second indicator light 25 is bright, illustrates that spring damper 18 damages；
First indicator light 24 is bright, and the second indicator light 25 does not work, and illustrates that contact sensor 16 damages；First indicator light 24 does not work, and second refers to
Show that lamp 25 does not work, illustrates that spring damper 18 is good.Circuit connection between contact sensor 16, controller 23 is existing skill
Art, the application are not repeating；Infrared transmitter 22, infrared sensor 21, the circuit connection between controller 23 are the prior art,
The application is not repeating.
Finally, it should be noted that above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art should understand that:
It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc.
With replacement；And these are modified or replaceed, various embodiments of the utility model technology that it does not separate the essence of the corresponding technical solution
The spirit and scope of scheme.
Claims (6)
1. a kind of material processing forging hammer damper, it is characterised in that: including rack (1), rack (1) bottom face is fixedly mounted
Forging hammer (3) are fixedly mounted in anvil block (2), rack (1) top bottom surface, and anvil block (2) top surface opens up square groove (4), set in square groove (4)
Have anvil (5), anvil (5) can be mobile along square groove (4), and anvil (5) bottom surface opens up several equally distributed slots (6), inserts
The left and right sides opens up card slot (7) respectively in slot (6), is equipped with inserted block (8) in slot (6), and inserted block (8) can be mobile along slot (6),
Spring (9) one end is respectively fixedly connected at left and right sides of inserted block (8), spring (9) other end is respectively fixedly connected in wedge block (10)
Side, wedge block (10) can be inserted into respectively in corresponding card slot (7), and wedge block (10) inside bottom surface, which is respectively fixedly connected with, dials item
(11) top surface, it is cross sliding slot (12) that inserted block (8) bottom surface, which opens up section, and sliding slot (12) front lower is communicated with inserted block (8),
It is cross sliding block (13) that section is equipped in sliding slot (12), and sliding block (13) (12) can move along the chute, sliding block (13) top surface
It is fixedly mounted feeler lever (14), sliding slot (12) inner top surface opens up groove (15), and contact sensor is fixedly mounted in groove (15) inner top surface
(16), feeler lever (14) can be contacted with contact sensor (16), and sliding slot (12) opens up through groove (17) at left and right sides of interior lower part respectively,
Through groove (17) is communicated with sliding slot (12), and spring damper (18) are fixedly mounted in sliding block (13) bottom surface, spring damper (18) bottom surface
Common that connecting plate (19) are fixedly mounted, connecting plate (19) and square groove (4) inner bottom surface activity are installed, and open up number in square groove (4)
Infrared remote receiver is fixedly mounted in the placing groove (20) on a equally distributed placing groove (20), the interior front of square groove (4) and the left side
(21), infrared transmitter (22) are fixedly mounted in the placing groove (20) on the interior back side of square groove (4) and the right side, infrared transmitter (22)
Position, infrared remote receiver (21) position and through groove (17) position correspond, anvil block (2) front, left side be fixedly mounted control
Several equally distributed first indicator lights (24), anvil block (2) front, left side is fixedly mounted in device (23) processed, anvil block (2) front, left side
Several equally distributed second indicator lights (25) are fixedly mounted, the first indicator light (24) is located on the right side of controller (23), and second refers to
Show that lamp (25) are located at below the first indicator light (24), contact sensor (16), the first indicator light (24) and controller (23) have company
It connects, infrared transmitter (22), infrared remote receiver (21), the second indicator light (25) and controller (23) have connection.
2. a kind of material processing forging hammer damper according to claim 1, it is characterised in that: the spring damper
(18) quantity is five and is uniformly distributed between anvil (5) and square groove (4) inner wall.
3. a kind of material processing forging hammer damper according to claim 1, it is characterised in that: the square groove (4)
Inner wall is equipped with buffer layer (26), and buffer layer (26) is made of sleeper material, and buffer layer (26) inner wall opens up several equally distributed
Through-hole section, the position of through-hole section and the position of infrared sensor correspond.
4. a kind of material processing forging hammer damper according to claim 1, it is characterised in that: the anvil block (2) with
Activity installation dust cover (27) between anvil (5), dust cover (27) are fire-resistant rubber cover or fire prevention sheet, and dust cover (27)
Area be greater than the distance between anvil block (2) and anvil (5).
5. a kind of material processing forging hammer damper according to claim 4, it is characterised in that: the dust cover (27)
It will be connected between anvil (5) outside on the inside of anvil block (2) by several bolt assemblies.
6. a kind of material processing forging hammer damper according to claim 1, it is characterised in that: the connecting plate (19)
It is installed with square groove (4) inner bottom surface activity, mounting means is that connecting plate is fixed on square groove by several bolt assemblies
(4) on inner bottom surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820934267.1U CN208341615U (en) | 2018-06-15 | 2018-06-15 | A kind of material processing forging hammer damper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820934267.1U CN208341615U (en) | 2018-06-15 | 2018-06-15 | A kind of material processing forging hammer damper |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208341615U true CN208341615U (en) | 2019-01-08 |
Family
ID=64883558
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820934267.1U Expired - Fee Related CN208341615U (en) | 2018-06-15 | 2018-06-15 | A kind of material processing forging hammer damper |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208341615U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115971389A (en) * | 2022-11-11 | 2023-04-18 | 中机锻压江苏股份有限公司 | Novel full-hydraulic follow-up hammer |
-
2018
- 2018-06-15 CN CN201820934267.1U patent/CN208341615U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115971389A (en) * | 2022-11-11 | 2023-04-18 | 中机锻压江苏股份有限公司 | Novel full-hydraulic follow-up hammer |
| CN115971389B (en) * | 2022-11-11 | 2023-07-28 | 中机锻压江苏股份有限公司 | Full-hydraulic follow-up hammer |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190108 Termination date: 20190615 |
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| CF01 | Termination of patent right due to non-payment of annual fee |