CN208511738U - A kind of fire-fighting dynamic impact problem type means for breaking walls - Google Patents
A kind of fire-fighting dynamic impact problem type means for breaking walls Download PDFInfo
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- CN208511738U CN208511738U CN201820380482.1U CN201820380482U CN208511738U CN 208511738 U CN208511738 U CN 208511738U CN 201820380482 U CN201820380482 U CN 201820380482U CN 208511738 U CN208511738 U CN 208511738U
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- piggyback pod
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Abstract
The utility model discloses a kind of fire-fighting dynamic impact problem type means for breaking walls, including device noumenon, pedestal is arranged in described device ontology, traveling wheel is arranged in the bottom of the pedestal, fixed cylinder is arranged in the top of the pedestal, rotary cylinder is arranged in the inside of the fixed cylinder, threaded rod is arranged in the inside of the rotary cylinder, rotational structure is arranged in the top of the threaded rod, piggyback pod is arranged in the top of rotational structure, impulse force bar is set in the piggyback pod, pressing plate is arranged in the left part of the piggyback pod, driving motor is set on the piggyback pod, power device is arranged in the inside of the piggyback pod.The utility model structure is simple, and the effect of impact is realized by the power device of iterative motion, and impact effect is good, and its height and angle can be adjusted device noumenon according to actual use situation when in use, easy to use, the effect used is good, practical.
Description
Technical field
The utility model relates to fire-fighting domain, specifically a kind of fire-fighting dynamic impact problem type means for breaking walls.
Background technique
" fire-fighting " i.e. eliminate prevent (i.e. prevent and solve people encountered in life, work, learning process it is artificial with from
So, the general name of accidental disaster), the meaning of certain narrow sense understanding initial stage is in people: the meaning of (putting out) fire.
Fire control；Fire fighting；Fire protection fire extinguishing and fire prevention.Also refer to fire extinguishing, fire prevention people
Member.Guo Xiaocheng " Zhejiang recovery note ": " squad of bodyguards and patrol police's fire-fighting, are shown in that gesture is strong, and sleeve sews calico, are demonstrated wholeheartness with table." such as: it must grab
Good fire-fighting work.Such as: fire fighting truck, fire prevention.Existing more than 2,000 years fire-fighting history of China, " fire-fighting " word is 20 generation
It records from Japan's introduction, is a foreign word.But the root of " fire-fighting " is in China.Japan text be from China Chinese character develop and
Come, Chinese character begins to incoming Japan early in 5 years, Taikan of the Western Jin Dynasty (284 years)." fire-fighting " word not only font and the complete phase of Chinese character
Together, the meaning of word also indifference.The fire-fighting of Modern Significance being interpreted as eliminating danger and be against any misfortune with deeper.
When carrying out fire-fighting work, it is often necessary to carry out brokenly the work such as window broken wall, existing mode is all by disappearing
Anti- shovel or some other hard objects are completed, but the working efficiency of the mode of this manual working is relatively low, working effect
It is not very good, it is therefore desirable to make improvements.
Utility model content
The purpose of this utility model is to provide a kind of fire-fighting dynamic impact problem type means for breaking walls, to solve above-mentioned background skill
The problem of being proposed in art.
To achieve the above object, the utility model provides the following technical solutions:
Pedestal, the bottom is arranged in a kind of fire-fighting dynamic impact problem type means for breaking walls, including device noumenon, described device ontology
Traveling wheel is arranged in the bottom of seat, passes through the effect rotation connection of brandreth and rotational pin, the bottom between the traveling wheel and pedestal
Seat top be arranged fixed cylinder, be fixedly connected by welding between the fixed cylinder and pedestal, the fixed cylinder it is interior
Rotary cylinder is arranged in portion, is rotatablely connected between the rotary cylinder and the inner wall of fixed cylinder, and threaded rod is arranged in the inside of the rotary cylinder,
It is connected between the threaded rod and rotary cylinder by screw-type, rotational structure, the rotation knot is arranged in the top of the threaded rod
Be fixedly connected by welding between structure and threaded rod, the top of rotational structure is arranged piggyback pod, the piggyback pod with turn
It is fixedly connected by welding between dynamic structure, impulse force bar is set in the piggyback pod, and the left part of the piggyback pod is set
Pressing plate is set, is fixed between the pressing plate and impulse force bar by screw, driving motor, the driving motor are set on the piggyback pod
It is fixedly connected between piggyback pod by the effect of bracket and screw, power device is arranged in the inside of the piggyback pod, described dynamic
Power device is mainly made of push rod, driving motor, rotating block, movable block, limited block and reset spring B, the power device
Inside setting rotating block and movable block, intercouple between the rotating block and movable block, and rotating block and movable block are all
Bevel structure is fixedly connected between the effect and the second fixed frame that the shell of the driving motor passes through screw, and described second is solid
Determine the inside that piggyback pod is arranged in frame, to be fixedly connected between the output end and rotating block of the driving motor, on the movable block
Push rod is set, is fixedly connected between the push rod and movable block, limited block, the limit is set on the inner wall of the power device
It is fixedly welded between block and the inner wall of power device, reset spring B is set on the push rod, the reset spring B is socketed in limit
On the block of position, the inside of power device is arranged in reset spring B.
As a further solution of the present invention: driven gear is arranged on the rotary cylinder, the driven gear with turn
Be fixedly connected between dynamic cylinder by the effect of screw, the bottom of the rotary cylinder is arranged cover board, the upper surface of the cover board with turn
The bottom of dynamic cylinder is fixedly connected, and the lower end surface of cover board is fixedly connected with the inner wall of fixed cylinder, the middle position setting of the cover board
Thrust bearing is rotatablely connected between the upper surface and lower end surface of the cover board by the effect of thrust bearing.
As a further solution of the present invention: fixing groove is arranged on the side wall of the rotary cylinder, the fixing groove with
It being fixedly connected between rotary cylinder, insertion tube is set on the outer wall of the fixed cylinder, the inside of the insertion tube and fixed cylinder is interconnected,
Tightening knob is arranged in the inside of the insertion tube, is fastenedly connected between the tightening knob and insertion tube by the effect of screw thread.
As a further solution of the present invention: the first fixed frame is set on the left side wall of the fixed cylinder, described
It is fixedly connected by welding between one fixed frame and fixed cylinder, rotating bar is set on first fixed frame, described turn
It is rotatablely connected between lever and the first fixed frame by the effect of bearing, driving gear, the active is set in the rotating bar
It is fixedly connected between gear and rotating bar by the effect of screw, is intermeshed between the driving gear and driven gear, institute
The bottom setting rolled round for stating rotating bar, is fixedly connected between the rolled round and rotating bar by the effect of screw.
As a further solution of the present invention: gravity briquetting is arranged in device noumenon, the gravity briquetting is arranged the bottom of at
The top of seat, is fixedly connected between gravity briquetting and pedestal by the effect of screw.
As a further solution of the present invention: the rotational structure mainly by lower rotary table, top rotary table, Rotational Cylindrical,
Jack and fastening frame are constituted, and the rotational structure setting lower rotary table and top rotary table are equipped between the lower rotary table and top rotary table and turn
The inner wall of dynamic column, the Rotational Cylindrical and lower rotary table or top rotary table is rotatablely connected by the effect of bearing, the lower rotary table or upper is turned
Jack is set on the side wall of disk, fastening frame is set in the jack, the fastening frame is plugged in jack.
As a further solution of the present invention: the impulse force bar is equipped with reset spring A, the reset spring A's
It is fixedly connected between one end and pressing plate, the other end is fixedly connected with the inner wall of piggyback pod.
As a further solution of the present invention: slideway is set on the inner wall of the piggyback pod, the pressing plate and slideway
Between be slidably connected.
As a further solution of the present invention: the right part of the impulse force bar is equipped with tup, the tup and impulse force
It is fixedly welded between bar.
The position setting limiting slot of limited block is corresponded on the movable block as a further solution of the present invention,
Mutual cooperation acts between the limiting slot and limited block.
Compared with prior art, the utility model has the beneficial effects that the utility model structure is simple, by moving in circles
The power device of movement realizes the effect of impact, and impact effect is good, and device noumenon its height and angle when in use
Degree can be adjusted according to actual use situation, and easy to use, the effect used is good, practical.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of fire-fighting dynamic impact problem type means for breaking walls.
Fig. 2 is the structural schematic diagram of rotary cylinder in fire-fighting dynamic impact problem type means for breaking walls.
Fig. 3 is the structural schematic diagram of rotational structure in fire-fighting dynamic impact problem type means for breaking walls.
Fig. 4 is the structural schematic diagram of power device in fire-fighting dynamic impact problem type means for breaking walls.
Specific embodiment
The technical solution of the patent is explained in further detail With reference to embodiment.
Fig. 1-4, a kind of fire-fighting dynamic impact problem type means for breaking walls, including device noumenon, described device ontology is please referred to set
Traveling wheel 2 is arranged in the bottom of bottom set seat 1, the pedestal 1, passes through the work of brandreth and rotational pin between the traveling wheel 2 and pedestal 1
With the top of rotation connection, the pedestal 1, fixed cylinder 3 is set, it is solid by welding between the fixed cylinder 3 and pedestal 1
Rotary cylinder 4 is arranged in the inside of fixed connection, the fixed cylinder 3, is rotatablely connected between the rotary cylinder 4 and the inner wall of fixed cylinder 3, institute
Setting driven gear 5 on rotary cylinder 4 is stated, is fixedly connected between the driven gear 5 and rotary cylinder 4 by the effect of screw, institute
The bottom setting cover board 7 of rotary cylinder 4 is stated, the upper surface of the cover board 7 is fixedly connected with the bottom of rotary cylinder 4, the lower end of cover board 7
Face is fixedly connected with the inner wall of fixed cylinder 3, and thrust bearing 8, the upper surface of the cover board 7 is arranged in the middle position of the cover board 7
It is rotatablely connected between lower end surface by the effect of thrust bearing 8, fixing groove 6 is set on the side wall of the rotary cylinder 4, it is described solid
Determine to be fixedly connected between slot 6 and rotary cylinder 4, insertion tube 9, the insertion tube 9 and fixed cylinder 3 are set on the outer wall of the fixed cylinder 3
Inside is interconnected, and tightening knob 10 is arranged in the inside of the insertion tube 9, passes through screw thread between the tightening knob 10 and insertion tube 9
Effect be fastenedly connected, the first fixed frame 12, first fixed frame 12 and fixed cylinder are set on the left side wall of the fixed cylinder 3
It is fixedly connected by welding between 3, rotating bar 13, the rotating bar 13 and the is set on first fixed frame 12
It is rotatablely connected between one fixed frame 12 by the effect of bearing, driving gear 11, the driving tooth is set in the rotating bar 13
It is fixedly connected between wheel 11 and rotating bar 13 by the effect of screw, is mutually nibbled between the driving gear 11 and driven gear 5
It closes, rolled round 14 is arranged in the bottom of the rotating bar 13, connects between the rolled round 14 and rotating bar 13 by the way that the effect of screw is fixed
It connects, gravity briquetting 15 is arranged in device noumenon, and the top of pedestal 1, gravity briquetting 15 and pedestal 1 is arranged in the gravity briquetting 15
Between be fixedly connected by the effect of screw, threaded rod 16, the threaded rod 16 and rotary cylinder is arranged in the inside of the rotary cylinder 4
It is connected between 4 by screw-type, rotational structure 17, the rotational structure 17 and threaded rod is arranged in the top of the threaded rod 16
It is fixedly connected by welding between 16, the rotational structure 17 is mainly by lower rotary table 18, top rotary table 19, Rotational Cylindrical
20, jack 21 and fastening frame 22 are constituted, and the rotational structure 17 is arranged lower rotary table 18 and top rotary table 19, the lower rotary table 18 with
The work that inner wall equipped with Rotational Cylindrical 20, the Rotational Cylindrical 20 and lower rotary table 18 or top rotary table 19 between top rotary table 19 passes through bearing
With rotation connection, jack 21 is set on the side wall of the lower rotary table 18 or top rotary table 19, fastening frame is set in the jack 21
22, the fastening frame 22 is plugged in jack 21, and piggyback pod 23, the piggyback pod 23 and rotation is arranged in the top of rotational structure 17
It is fixedly connected by welding between structure 17, impulse force bar 24, the right side of the impulse force bar 24 is set in the piggyback pod 23
End is equipped with tup, is fixedly welded between the tup and impulse force bar 24, and pressing plate 25, institute is arranged in the left part of the piggyback pod 23
It states and is fixed between pressing plate 25 and impulse force bar 24 by screw, the impulse force bar 24 is equipped with reset spring A27, the reset spring
Be fixedly connected between one end of A27 and pressing plate 25, the other end is fixedly connected with the inner wall of piggyback pod 23, the piggyback pod 23 it is interior
Slideway 26 is set on wall, is slidably connected between the pressing plate 25 and slideway 26, driving motor 28, institute are set on the piggyback pod 23
It states and is fixedly connected between driving motor 28 and piggyback pod 23 by the effect of bracket and screw, the inside setting of the piggyback pod 23
Power device, the power device is mainly by push rod 33, driving motor 28, rotating block 30, movable block 31,32 and of limited block
Reset spring B34 is constituted, the inside setting rotating block 30 and movable block 31, the rotating block 30 and movable block of the power device
It intercouples between 31, and rotating block 30 and movable block 31 are all bevel structures, the shell of the driving motor 28 passes through screw
Effect and the second fixed frame 29 between be fixedly connected, the inside of piggyback pod 23, the drive is arranged in second fixed frame 29
Be fixedly connected between the output end and rotating block 30 of dynamic motor 28, push rod 33 be set on the movable block 31, the push rod 33 with
It is fixedly connected between movable block 31, limited block 32, the limited block 32 and power device is set on the inner wall of the power device
Inner wall between be fixedly welded, corresponded on the movable block 31 limited block 32 position setting limiting slot, the limiting slot and limit
Mutual cooperation acts between the block 32 of position, and reset spring B34 is arranged on the push rod 33, and the reset spring B34 is socketed in limit
On block 32, the inside of power device is arranged in reset spring B34.
The working principle of the utility model is: device noumenon use when firstly the need of to device noumenon height and angle
Degree is adjusted, and the method for adjusting height is: by shaking rolled round 14, so that the rotation of rotating bar 13 is driven, in rotating bar 13
Driven driving gear 11 to rotate when rotation because driving gear 11 with driven gear 5 be it is intermeshing, in master
Moving gear 11 has driven the rotation of driven gear 5 when rotation, driven rotary cylinder 4 when driven gear 5 rotates
Rotation has driven spiral shell when rotary cylinder 4 rotates because rotary cylinder 4 with threaded rod 16 is connect by screw-type
The movement of rasp bar 16 realizes the adjusting to height to change the height of device noumenon, then to the angle of device noumenon
It is adjusted, is to remove the fastening frame 22 of rotational structure 17 when adjusting angle, then the upper half of rotating device ontology
, to realize the adjusting of angle, can be used after regulating, pass through the driving device drive of device noumenon when use
It is dynamic, then impulse force bar 24 is driven to act, due to the characteristic of driving device, does iterative motion, therefore by this
Mode impacts wall, to realize the effect of broken wall, the utility model structure is simple, pass through iterative motion
Power device realizes the effect of impact, and impact effect is good, and its height and angle can when in use for device noumenon
Enough to be adjusted according to actual use situation, easy to use, the effect used is good, practical.
The preferred embodiment of the patent is described in detail above, but this patent is not limited to above-mentioned embodiment party
Formula within the knowledge of one of ordinary skill in the art can also be under the premise of not departing from this patent objective
It makes a variety of changes.
Claims (10)
1. a kind of fire-fighting dynamic impact problem type means for breaking walls, including device noumenon, which is characterized in that bottom is arranged in described device ontology
Traveling wheel (2) are arranged in the bottom of seat (1), the pedestal (1), pass through brandreth and rotation between the traveling wheel (2) and pedestal (1)
The effect of pin is rotatablely connected, and fixed cylinder (3) are arranged in the top of the pedestal (1), is led between the fixed cylinder (3) and pedestal (1)
The mode for crossing welding is fixedly connected, and rotary cylinder (4) are arranged in the inside of the fixed cylinder (3), the rotary cylinder (4) and fixed cylinder
(3) it is rotatablely connected between inner wall, threaded rod (16) are arranged in the inside of the rotary cylinder (4), the threaded rod (16) and rotation
It is connected between cylinder (4) by screw-type, rotational structure (17) are arranged in the top of the threaded rod (16), the rotational structure (17)
It is fixedly connected by welding between threaded rod (16), piggyback pod (23) are arranged in the top of rotational structure (17), described
It is fixedly connected by welding between piggyback pod (23) and rotational structure (17), impulse force bar is set in the piggyback pod (23)
(24), pressing plate (25) are arranged in the left part of the piggyback pod (23), pass through screw between the pressing plate (25) and impulse force bar (24)
It is fixed, driving motor (28) are set on the piggyback pod (23), pass through branch between the driving motor (28) and piggyback pod (23)
Frame is fixedly connected with the effect of screw, and the inside of the piggyback pod (23) is arranged power device, the power device mainly by
Push rod (33), driving motor (28), rotating block (30), movable block (31), limited block (32) and reset spring B (34) are constituted, institute
Inside setting rotating block (30) and the movable block (31) of power device are stated, between the rotating block (30) and movable block (31) mutually
Coupling, and rotating block (30) and movable block (31) they are all bevel structures, the work that the shell of the driving motor (28) passes through screw
It is fixedly connected between the second fixed frame (29), second fixed frame (29) setting is described in the inside of piggyback pod (23)
It is fixedly connected between the output end of driving motor (28) and rotating block (30), push rod (33) is set on the movable block (31), institute
It states and is fixedly connected between push rod (33) and movable block (31), limited block (32) are set on the inner wall of the power device, the limit
It is fixedly welded between position block (32) and the inner wall of power device, reset spring B (34) is set on the push rod (33), the reset
Spring B (34) is socketed on limited block (32), and the inside of power device is arranged in reset spring B (34).
2. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that on the rotary cylinder (4)
It is arranged driven gear (5), is fixedly connected between the driven gear (5) and rotary cylinder (4) by the effect of screw, the rotation
Cover board (7) are arranged in the bottom of cylinder (4), and the upper surface of the cover board (7) is fixedly connected with the bottom of rotary cylinder (4), cover board (7)
Lower end surface is fixedly connected with the inner wall of fixed cylinder (3), and thrust bearing (8) are arranged in the middle position of the cover board (7), the cover board
(7) it is rotatablely connected between upper surface and lower end surface by the effect of thrust bearing (8).
3. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that the rotary cylinder (4)
Fixing groove (6) are set on side wall, are fixedly connected between the fixing groove (6) and rotary cylinder (4), the outer wall of the fixed cylinder (3)
Upper setting insertion tube (9), the insertion tube (9) and the inside of fixed cylinder (3) are interconnected, and fastening is arranged in the inside of the insertion tube (9)
Knob (10) is fastenedly connected between the tightening knob (10) and insertion tube (9) by the effect of screw thread.
4. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that the fixed cylinder (3)
It is arranged on left side wall the first fixed frame (12), it is solid by welding between first fixed frame (12) and fixed cylinder (3)
It is fixed to connect, rotating bar (13) are set on first fixed frame (12), between the rotating bar (13) and the first fixed frame (12)
Be rotatablely connected by the effect of bearing, driving gear (11) be set on the rotating bar (13), the driving gear (11) with turn
Lever is fixedly connected between (13) by the effect of screw, is intermeshed between the driving gear (11) and driven gear (5),
Rolled round (14) are arranged in the bottom of the rotating bar (13), solid by the effect of screw between the rolled round (14) and rotating bar (13)
Fixed connection.
5. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that gravity is arranged in device noumenon
Briquetting (15), gravity briquetting (15) setting pass through spiral shell between the top of pedestal (1), gravity briquetting (15) and pedestal (1)
The effect of nail is fixedly connected.
6. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that the rotational structure (17)
It is mainly made of lower rotary table (18), top rotary table (19), Rotational Cylindrical (20), jack (21) and fastening frame (22), the rotation knot
Lower rotary table (18) and top rotary table (19) is arranged in structure (17), and Rotational Cylindrical is equipped between the lower rotary table (18) and top rotary table (19)
(20), the inner wall of the Rotational Cylindrical (20) and lower rotary table (18) or top rotary table (19) is rotatablely connected by the effect of bearing, described
Jack (21) are set on the side wall of lower rotary table (18) or top rotary table (19), fastening frame (22) are set in the jack (21), it is described
Fastening frame (22) is plugged in jack (21).
7. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that on the impulse force bar (24)
Equipped with reset spring A (27), it is fixedly connected between one end and pressing plate (25) of the reset spring A (27), the other end and power
The inner wall in cabin (23) is fixedly connected.
8. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that the piggyback pod (23)
Slideway (26) are set on inner wall, are slidably connected between the pressing plate (25) and slideway (26).
9. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that the impulse force bar (24)
Right part is equipped with tup, is fixedly welded between the tup and impulse force bar (24).
10. fire-fighting according to claim 1 dynamic impact problem type means for breaking walls, which is characterized in that the movable block (31)
Limiting slot is arranged in the position of upper corresponding limited block (32), and mutual cooperation acts between the limiting slot and limited block (32).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820380482.1U CN208511738U (en) | 2018-03-21 | 2018-03-21 | A kind of fire-fighting dynamic impact problem type means for breaking walls |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820380482.1U CN208511738U (en) | 2018-03-21 | 2018-03-21 | A kind of fire-fighting dynamic impact problem type means for breaking walls |
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| Publication Number | Publication Date |
|---|---|
| CN208511738U true CN208511738U (en) | 2019-02-19 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820380482.1U Expired - Fee Related CN208511738U (en) | 2018-03-21 | 2018-03-21 | A kind of fire-fighting dynamic impact problem type means for breaking walls |
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| Country | Link |
|---|---|
| CN (1) | CN208511738U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108514695A (en) * | 2018-03-21 | 2018-09-11 | 宣慧芝 | A kind of fire-fighting dynamic impact problem type means for breaking walls |
-
2018
- 2018-03-21 CN CN201820380482.1U patent/CN208511738U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108514695A (en) * | 2018-03-21 | 2018-09-11 | 宣慧芝 | A kind of fire-fighting dynamic impact problem type means for breaking walls |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190219 Termination date: 20200321 |