CN209349331U - Veneer reeling machine is used in the production of high-speed rail prestressing force bellows - Google Patents
Veneer reeling machine is used in the production of high-speed rail prestressing force bellows Download PDFInfo
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- CN209349331U CN209349331U CN201822018121.5U CN201822018121U CN209349331U CN 209349331 U CN209349331 U CN 209349331U CN 201822018121 U CN201822018121 U CN 201822018121U CN 209349331 U CN209349331 U CN 209349331U
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Abstract
The utility model relates to the technical fields of high-speed rail prestressing force corrugated pipe production equipment auxiliary equipment, more particularly to a kind of high-speed rail prestressing force bellows production veneer reeling machine, the influence of the feeding state of steel plate to the processing quality of corrugated plating can be reduced by adding limiting device；And the difficulty of the high-speed rail prestressing force bellows of existing roll bending machining different-thickness can be reduced by the distance between two groups of corrugation rolls of flexible modulation；Including four groups of supporting legs, station, two pack supports, upper corrugation rolls, lower corrugation rolls, motor, fixed plate, power gear and lower driven gear；It further include feeding table, positioning plate, limit plate, connecting rod, sliding panel and two groups of extruding springs, the inside upper right quarter region of feeding table is provided with extrusion chamber；Further include left worm screw, right worm screw, two groups of worm gears, connection ring, two groups of adjusting threaded rods, left band motion block, right belt motion block, driven sprocket, chain, drive sprocket, fastens sprocket wheel, lifts bar, crushing block and push the spring.
Description
Technical field
The utility model relates to the technical fields of high-speed rail prestressing force corrugated pipe production equipment auxiliary equipment, more particularly to one
Veneer reeling machine is used in kind high-speed rail prestressing force bellows production.
Background technique
It is well known that veneer reeling machine be it is a kind of using working roll make sheet metal bending shape equipment, can shape cylindrical member and
The part of different shapes such as Tapered Cup, it is seen that veneer reeling machine is very important a kind of process equipment, and in high-speed rail prestressing force ripple
Pipe is a kind of welding bellows, and wherein welding bellows is that steel plate is processed into corrugated plating by veneer reeling machine, then again by wave
Card is welded, it is seen that high-speed rail prestressing force bellows production is a kind of mistake produced in high-speed rail prestressing force bellows with veneer reeling machine
Cheng Zhong is raw in high-speed rail prestressing force corrugated plating for the raw material of high-speed rail prestressing force bellows to be processed into the device of corrugated plating
It is widely used in a variety of applications in the field of production；Existing high-speed rail prestressing force bellows production veneer reeling machine includes four groups of supporting legs, behaviour
Make platform, two pack supports, upper corrugation rolls, lower corrugation rolls, motor, fixed plate, power gear, lower driven gear and upper driven tooth
Wheel, the top of four groups of supporting legs are connect with bottom end front left side, left rear side, forward right side and the right lateral side of station respectively, two pack supports
Bottom end connect respectively with the left and right side in the top middle portion region of station, the left end of upper corrugation rolls and the middle region of right end
Domain is respectively arranged with upper left installation axle and upper right band moving axis, and the left end of lower corrugation rolls and the central region of right end are respectively arranged with a left side
Lower installation axle and bottom right band moving axis, upper left installation axle and lower-left installation axle left end respectively with the right end middle and upper part of left side brackets
Region is connected with middle and lower part area rotation, and the left end upper zone and middle and lower part region of right side bracket extend through and be provided with two
Group stretch out hole, upper right with the right end of moving axis and bottom right with moving axis be each passed through from the left of the bracket of right side two groups of stretching holes and
Extend out to right side bracket right side, right end of the upper right with moving axis and bottom right with moving axis respectively with upper driven gear and lower driven gear
Left end connect with one heart, the top area of the circumferential side wall of the bottom section of the circumferential side wall of upper driven gear and lower driven gear
Engagement, the left end of fixed plate and the right end central region of station connect, the bottom end of motor and the top middle portion area of fixed plate
Connection on the right side of domain, the right end central area of the power gear and output end of motor is concentric connects, the circumferential side wall of power gear
Top area engaged with the bottom section of the circumferential side wall of lower driven gear；Existing high-speed rail prestressing force bellows production volume
Trigger in use, buy existing veneer reeling machine on the market first, the installation instructions of institute's band when then buying according to veneer reeling machine
The motor of veneer reeling machine is accessed power supply by book, then the steel plate that needs are processed is placed on to the top of the front side of the station of veneer reeling machine
End, the motor for then starting veneer reeling machine makes motor drive lower driven gear rotation by power gear, with driven tooth at present
Driven gear rotation in synchronous drive is taken turns, then two groups of driven gears drive two groups of corrugation rolls rotations respectively, then push away steel plate
To between two groups of corrugation rolls, steel plate can be processed into corrugated plating in this way；Existing high-speed rail prestressing force bellows production is used
It is found in veneer reeling machine use, when the steel plate on station is pushed between two groups of corrugation rolls by device existing first, due to
There is no limiting device, steel plate is easy to that skew occurs before entering two groups of corrugation rolls, so that the processing quality of corrugated plating
It is affected, it is poor so as to cause practicability；And the distance between two groups of corrugation rolls of existing veneer reeling machine be it is fixed, because
And the difficulty that existing roll bending machines the high-speed rail prestressing force bellows of other thickness is larger, so as to cause use limitation compared with
It is high.
Utility model content
In order to solve the above technical problems, the utility model, which provides one kind, can reduce steel plate by adding limiting device
Influence of the feeding state to the processing quality of corrugated plating, to enhance practicability；And two groups of ripples of flexible modulation can be passed through
The distance between roller reduces the difficulty of the high-speed rail prestressing force bellows of existing roll bending machining different-thickness, so that reducing makes
With the high-speed rail prestressing force bellows production veneer reeling machine of limitation.
A kind of high-speed rail prestressing force bellows the production veneer reeling machine, including four groups of supporting legs, station, two groups of the utility model
Bracket, upper corrugation rolls, lower corrugation rolls, motor, fixed plate, power gear and lower driven gear, the top difference of four groups of supporting legs
Connect with bottom end front left side, left rear side, forward right side and the right lateral side of station, the bottom end of two pack supports respectively with the top of station
The left and right side connection of central region is held, the left end of upper corrugation rolls and the central region of right end are respectively arranged with upper left installation axle
With upper right band moving axis, the left end of lower corrugation rolls and the central region of right end are respectively arranged with lower-left installation axle and bottom right band moving axis,
The middle and lower part area rotation of the left end left side brackets of lower-left installation axle connects, and right side bracket middle and lower part region is provided through stretching
Hole, right end of the bottom right with moving axis pass through the right side stretched out hole and extend out to right side bracket, bottom right band from the left side of right side bracket
The right end of moving axis with the left end of lower driven gear is concentric connect, the left end of fixed plate and the right end central region of station connect,
Connected on the right side of the bottom end of motor and the top middle portion region of fixed plate, the right end central area of power gear and motor it is defeated
Outlet connects with one heart, and the top area of the circumferential side wall of power gear and the bottom section of the circumferential side wall of lower driven gear are nibbled
It closes；Further include feeding table, positioning plate, limit plate, connecting rod, sliding panel and two groups of extruding springs, the bottom end of the feeding table with
The top front region of station connects, and the inside upper right quarter region of the feeding table is provided with extrusion chamber, the extrusion chamber
Top is provided with and communicated with sliding eye, and the limit plate and extrusion chamber sliding clamp, and the bottom end of the connecting rod is from the upper of feeding table
Side passes through sliding eye and stretches to the inside of extrusion chamber, and the bottom end of the connecting rod and the top middle portion region of limit plate connect
It connects, the top of the connecting rod and the center bottom region of sliding panel connect, the bottom end of the sliding panel and the top of feeding table
It is close to, two groups of extruding springs are clamped with the front area of extrusion chamber and Background Region sliding, two groups of extruding springs
Left end connect respectively with the front side of the right end of two groups of limit plates and rear side, the right end of two groups of extruding springs respectively with two groups
It is close on front side of the right end of extrusion chamber with rear side, the bottom end of the positioning plate and the top left region of feeding table connect, described fixed
Position plate is in parallel state with sliding panel；It further include left worm screw, right worm screw, two groups of worm gears, connection ring, two groups of adjusting screw threads
Bar, right belt motion block, driven sprocket, chain, drive sprocket, fastens sprocket wheel, lifts bar, crushing block and push the spring left band motion block,
The inside central region of two pack support is respectively arranged with two groups of mobile cavities, the inside top region difference of two pack support
Two groups of rotation chambers are provided with, the top Background Region of two groups of mobile cavities connects with the bottom end Background Region of two groups of rotation chambers respectively
Logical to be provided with two groups of adjustment holes, two groups of adjusting threaded rods bottom end passes through two groups of adjustment holes from the inside of two groups of rotation chambers respectively
And it is respectively protruding into the inside of two groups of mobile cavities, the bottom end of the two groups of adjusting threaded rods bottom end with two groups of mobile cavities respectively
Background Region rotation connection, the left band motion block and right belt motion block are clamped with two groups of mobile cavity slidings respectively, the left band motion block
It is extended through with the top middle and back region of right belt motion block and is provided with two groups of drive threaded holes, the left band motion block and right belt motion block
It is filled respectively with two groups of adjusting threaded rod spiral shells, the top of the two groups of adjusting threaded rods bottom center region with two groups of worm gears respectively
Connection with one heart, the inner end middle and back region of two groups of rotation chambers is provided with and respectively communicated with left rotation hole and right rotation hole, left side
The left end middle and back region of the rotation chamber is provided through insertion hole, and the left end of the left worm screw and right end are from described in left side
Rotate the intracavitary left and right side for passing through insertion hole and left rotation hole and extending out to the left side bracket respectively, the right worm screw
The right end middle and back area rotation of right end and right side the rotation chamber connect, the left end of the right worm screw is from described in right side turns
Move the intracavitary left side for passing through right rotation hole and extending out to the right side bracket, the right end of the left worm screw and the left end of right worm screw
Respectively with the left end of connection ring and right end are concentric connect, the left end of the right side mobile cavity and right end are provided with and respectively communicated with slide-in
Hole and skid off hole, the right end of the left side mobile cavity is provided with and communicated with moving hole, and the left end of the upper left installation axle is from left side institute
The right side for stating bracket passes through moving hole and stretches to the inside of the left side mobile cavity, the left end and a left side of the upper left installation axle
Right end central-fore area rotation connection with motion block, right end of the upper right with moving axis are passed through from the left side of the right side bracket and are slided
Enter hole and stretch to the inside of the right side mobile cavity, right end of the upper right with moving axis is from the inside of the right side mobile cavity
The right side of the bracket on the right side of skidding off hole and extending out to, the central-fore area of the right belt motion block and upper right band moving axis turn
Dynamic suit, right end of the left end central region of the driven sprocket with upper right with moving axis is concentric to be connected, the right side bracket it is interior
The right areas in portion is provided with sliding cavity, and the right end of the sliding cavity is provided with and communicated with synchronous hole, the crushing block and sliding cavity
Sliding clamps, and the left end for lifting bar passes through synchronous hole from the right side of the right side bracket and stretches to the interior of sliding cavity
The right end central region of portion, the left end for lifting bar and crushing block connects, the push the spring and sliding cavity movable set, institute
The front-end and back-end for stating push the spring are close to the rear end of the rear end of crushing block and sliding cavity respectively, the left end of the fastening sprocket wheel
Central area is rotatablely connected with the right end for lifting bar, the central region fixing sleeve of the output shaft of the drive sprocket and motor
Dress, the top area rotation connection of the circumferential side wall of the top area and driven sprocket of the chain, the bottom zone of the chain
The bottom section of the circumferential side wall of domain and drive sprocket is rotatablely connected, the front center region of the chain and the circle of fastening sprocket wheel
The front area of all side walls is rotatablely connected.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes shake handle, the shake handle
Right end bottom section connect with the left end of left worm screw.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes regulation handle, the regulation handle
Bottom end and sliding panel top middle portion region connect.
The utility model high-speed rail prestressing force bellows production use veneer reeling machine, further include scale, the left end of the scale with
The rear side of the right end top area of the right side bracket connects.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes reinforcing bar, the right side of the reinforcing bar
The top in portion region and the center bottom region of fixed plate connect, the top left hand of the reinforcing bar and the center bottom of station
Connection on the right side of region.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes limited screw, the left side bracket
The top middle and back regional connectivity of rotation chamber be provided with limit threaded hole, the limited screw bottom end is from the left side bracket
Spiral shell dress in upside is across limit threaded hole and stretches to the left side inside for rotating chamber, the bottom end and left side of the limited screw
It is close on the top of the worm gear.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes pinch grip, the pinch grip
Bottom end right areas and limited screw top connect.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes earth plate, the top of the earth plate
End and the bottom end right areas of fixed plate are welded.
Compared with prior art the utility model has the following beneficial effects: placing high-speed rail prestressing force bellows production steel plate
Before, push sliding panel that sliding panel is made to move right on feeding table to the right first, while sliding panel is driven by connecting rod and limited
Position plate squeezes in feeding table two groups of extruding springs respectively and is moved right, and the width between plate and sliding panel to be positioned can be put
When lower steel plate, stop pushing sliding panel, and steel plate is placed on the feeding table between positioning plate and sliding panel, it is then loose
Sliding panel is opened, at this moment two groups of extruding springs push limit plate to the left respectively, and then limit plate drives sliding panel case by connecting rod
It moves left and is clamped steel plate by positioning plate, lessened before steel plate enters two groups of corrugation rolls in this way and skew occurs
Probability to reduce the influence of the feeding state of steel plate to the processing quality of corrugated plating by adding limiting device, thus increases
Strong practicability；And left worm screw drives right worm screw respectively in two pack supports by connection ring when the left end by rotating left worm screw
Inner rotation, then two groups of worm screws drive two groups of worm gear rotations respectively, and then two groups of worm gears drive two groups of adjusting threaded rods respectively
Rotation, at the same the external screw thread of two groups of adjusting threaded rods respectively with two groups with motion block drive threaded hole internal screw thread engagement rotations,
Since two groups of adjusting threaded rods cannot longitudinally be moved in the inside of two pack supports, thus two groups of band motion blocks are respectively in longitudinal direction
Mobile, at this moment two groups of band motion blocks pass through upper left installation axle respectively and upper right band moving axis drives upper corrugation rolls longitudinal movement, at this moment just
The size in the gap between two groups of corrugation rolls is had adjusted, while upper right band moving axis drives driven sprocket longitudinal movement, it is at this moment driven
Sprocket wheel just makes chain is counter to give birth to elastic variation, but push the spring then pushes crushing block to make crushing block by lifting bar band always
Dynamic fastening sprocket wheel is held against always the state of rotation connection with chain, and should be noted driven sprocket and lower driven tooth
The size of wheel is the same, while as drive sprocket with the size of power gear is also, to pass through two groups of flexible modulation
The distance between corrugation rolls reduce the difficulty of the high-speed rail prestressing force bellows of existing roll bending machining different-thickness, thus reduce
Use limitation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the sliding panel of the utility model and the attachment structure schematic diagram for squeezing spring；
Fig. 3 is the attachment structure schematic diagram of the fastening sprocket wheel and chain of the utility model；
Fig. 4 is the attachment structure schematic diagram of the adjusting threaded rod and right belt motion block of the utility model；
It is attached marked in the figure: 1, four group of supporting leg；2, station；3, two pack support；4, upper corrugation rolls；5, lower corrugation rolls；6, electric
Motivation；7, fixed plate；8, power gear；9, lower driven gear；10, feeding table；11, positioning plate；12, limit plate；13, it connects
Bar；14, sliding panel；15, two groups of extruding springs；16, left worm screw；17, right worm screw；18, two groups of worm gears；19, connection ring；20, two
Group adjusting threaded rod；21, left band motion block；22, right belt motion block；23, driven sprocket；24, chain；25, drive sprocket；26, it fastens
Sprocket wheel；27, bar is lifted；28, crushing block；29, push the spring；30, shake handle；31, regulation handle；32, scale；33, it reinforces
Bar；34, limited screw；35, pinch grip；36, earth plate.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
As shown in Figures 1 to 4, a kind of high-speed rail prestressing force bellows production veneer reeling machine of the utility model, including four groups
Supporting leg 1, station 2, two pack supports 3, upper corrugation rolls 4, lower corrugation rolls 5, motor 6, fixed plate 7, power gear 8 and under it is driven
Gear 9, the top of four groups of supporting legs 1 are connect with bottom end front left side, left rear side, forward right side and the right lateral side of station 2 respectively, and two groups
The bottom end of bracket 3 is connect with the left and right side in the top middle portion region of station 2 respectively, the left end of upper corrugation rolls 4 and right end
Central region be respectively arranged with upper left installation axle and upper right band moving axis, the central region point of the left ends of lower corrugation rolls 5 and right end
It is not provided with lower-left installation axle and bottom right band moving axis, the middle and lower part area rotation of the left end left side brackets of lower-left installation axle connects,
Right side bracket middle and lower part region, which is provided through, stretches out hole, and right end of the bottom right with moving axis is passed through from the left side of right side bracket stretches out hole
And extend out to the right side of right side bracket, right end of the bottom right with moving axis with the left end of lower driven gear 9 is concentric connect, fixed plate 7
Left end connect with the right end central region of station 2, connect on the right side of the top middle portion region of the bottom end of motor 6 and fixed plate 7
Connect, the right end central area of power gear 8 with the output end of motor 6 is concentric connect, the top of the circumferential side wall of power gear 8
It is engaged with the bottom section of the circumferential side wall of lower driven gear 9 in region；Further include feeding table 10, positioning plate 11, limit plate 12, connect
Extension bar 13, sliding panel 14 and two groups of extruding springs 15, the bottom end of feeding table 10 connect with the top front region of station 2, send
The inside upper right quarter region of material platform 10 is provided with extrusion chamber, and the top of extrusion chamber is provided with and communicated with sliding eye, limit plate 12 and squeezes
Chamber sliding is pressed to clamp, the bottom end of connecting rod 13 passes through sliding eye from the upside of feeding table 10 and stretches to the inside of extrusion chamber,
The bottom end of connecting rod 13 is connect with the top middle portion region of limit plate 12, the top of connecting rod 13 and the center bottom of sliding panel 14
Region connection, the bottom end of sliding panel 14 is close to the top of feeding table 10, two groups of extruding springs 15 with the forward region of extrusion chamber
Domain and Background Region sliding clamp, the left end of two groups of extruding springs 15 respectively with the front side of the right end of two groups of limit plates 12 and rear side
Connection, the right end of two groups of extruding springs 15 are close to on front side of the right end of two groups of extrusion chambers with rear side respectively, the bottom end of positioning plate 11
It is connect with the top left region of feeding table 10, positioning plate 11 is in parallel state with sliding panel 14；Further include left worm screw 16,
17, two groups of worm gears 18 of right worm screw, 19, two groups of adjusting threaded rods 20 of connection ring, left band motion block 21, right belt motion block 22, driven sprocket
23, chain 24, drive sprocket 25, fastening sprocket wheel 26, lift bar 27, crushing block 28 and push the spring 29, the inside of two pack supports 3
Central region is respectively arranged with two groups of mobile cavities, and the inside top region of two pack supports 3 is respectively arranged with two groups of rotation chambers, and two groups
The top Background Region of mobile cavity is provided with and communicated with two groups of adjustment holes, two groups of tune with the bottom end Background Region of two groups of rotation chambers respectively
Section 20 bottom end of threaded rod passes through two groups of adjustment holes from the inside of two groups of rotation chambers respectively and is respectively protruding into two groups of mobile cavities
Inside, the bottom end of two groups of adjusting threaded rods 20 are rotatablely connected with the bottom end Background Region of two groups of mobile cavities respectively, left band motion block 21
It is clamped respectively with two groups of mobile cavity slidings with right belt motion block 22, the left top middle and back region with motion block 21 and right belt motion block 22 point
It is not provided through two groups of drive threaded holes, left band motion block 21 and right belt motion block 22 are filled with two groups of 20 spiral shells of adjusting threaded rod respectively,
The top of two groups of adjusting threaded rods 20 respectively with the bottom center region of two groups of worm gears 18 is concentric connect, the inner end of two groups of rotation chambers
Middle and back region is provided with and respectively communicated with left rotation hole and right rotation hole, and the left end middle and back region of left pivot movement chamber is through setting
There is an insertion hole, the left end of left worm screw 16 and right end pass through insertion hole and left rotation hole and stretch out respectively from left pivot movement is intracavitary
To the left and right side of left side brackets, the right end of right worm screw 17 is connect with the right end middle and back area rotation of right side rotation chamber, right
The intracavitary left side for passing through right rotation hole and extending out to right side bracket of the rotation on the left end of worm screw 17 from right side, the right side of left worm screw 16
End and the left end of right worm screw 17 respectively with the left end of connection ring 19 and right end are concentric connect, the left end of right side mobile cavity and right end divide
It is not provided with and communicated with and slides into hole and skid off hole, the right end of left side mobile cavity is provided with and communicated with moving hole, the left end of upper left installation axle
Moving hole is passed through from the right side of left side brackets and stretches to the inside of left side mobile cavity, the left end of upper left installation axle and left drive
The right end central-fore area of block 21 is rotatablely connected, and right end of the upper right with moving axis is passed through from the left side of right side bracket to be slid into hole and stretch
Enter to the inside of right side mobile cavity, right end of the upper right with moving axis is passed through from the inside of right side mobile cavity to be skidded off hole and extend out to the right side
The right side of side stand, the central-fore area of right belt motion block 22 and upper right band moving axis turning set fill, in the middle part of the left end of driven sprocket 23
Right end of the region with upper right with moving axis is concentric to be connected, and the right areas of the inside of right side bracket is provided with sliding cavity, sliding cavity
Right end is provided with and communicated with synchronous hole, and crushing block 28 and sliding cavity sliding clamp, and lifts the left end of bar 27 from the right side of right side bracket
Across synchronous hole and the inside of sliding cavity is stretched to, the left end for lifting bar 27 is connect with the right end central region of crushing block 28,
Push the spring 29 and sliding cavity movable set, the front-end and back-end of push the spring 29 respectively with the rear end of crushing block 28 and sliding cavity
Rear end be close to, fasten sprocket wheel 26 left end central area with lift bar 27 right end be rotatablely connected, drive sprocket 25 with it is electronic
The fixed suit of the central region of the output shaft of machine 6, the top region of the circumferential side wall of the top area and driven sprocket 23 of chain 24
Domain rotation connection, the bottom section rotation connection of the circumferential side wall of the bottom section and drive sprocket 25 of chain 24, chain 24
The front area of the circumferential side wall of front center region and fastening sprocket wheel 26 is rotatablely connected；It is raw placing high-speed rail prestressing force bellows
Before production steel plate, push sliding panel that sliding panel is made to move right on feeding table to the right first, while sliding panel passes through connection
Bar drives limit plate to squeeze two groups of extruding springs respectively in feeding table and move right, the width between plate and sliding panel to be positioned
When degree can put down steel plate, stop pushing sliding panel, and steel plate is placed on to the feeding table between positioning plate and sliding panel
On, sliding panel is then unclamped, at this moment two groups of extruding springs push limit plate to the left respectively, and then limit plate is driven by connecting rod
Sliding panel case moves left and is clamped steel plate by positioning plate, lessens before steel plate enters two groups of corrugation rolls and sends out in this way
The probability of raw skew, to reduce the feeding state of steel plate to the shadow of the processing quality of corrugated plating by adding limiting device
It rings, thus enhances practicability；And left worm screw drives right worm screw to exist respectively by connection ring when the left end by rotating left worm screw
The inner rotation of two pack supports, then two groups of worm screws drive two groups of worm gear rotations respectively, and then two groups of worm gears drive two groups respectively
Adjust threaded rod rotation, while the external screw thread of two groups of adjusting threaded rods respectively with two groups with motion block drive threaded hole internal screw threads
Engagement rotation, since two groups of adjusting threaded rods cannot longitudinally be moved in the inside of two pack supports, thus two groups of band motion blocks
It is vertically moving respectively, at this moment two groups of band motion blocks pass through upper left installation axle respectively and upper right band moving axis drives upper corrugation rolls longitudinally to move
It is dynamic, the size in the gap between two groups of corrugation rolls is at this moment just had adjusted, while upper right band moving axis drives driven sprocket longitudinal movement,
At this moment driven sprocket just makes chain is counter to give birth to elastic variation, but push the spring then pushes crushing block to pass through crushing block always
Lifting bar drives fastening sprocket wheel to be held against the state of rotation connection with chain always, and should be noted driven sprocket and
The size of lower driven gear is the same, while as drive sprocket with the size of power gear is also, to pass through adjusting
The distance between two groups of corrugation rolls of flexible modulation reduce the high-speed rail prestressing force bellows of existing roll bending machining different-thickness
Difficulty, thus reduce and use limitation.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes shake handle 30, shake handle 30
Right end bottom section connect with the left end of left worm screw 16；The more province that left worm screw can be made to adjust by rotating shake handle
Power, to enhance practicability.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes regulation handle 31, regulation handle 31
Bottom end connect with the top middle portion region of sliding panel 14；The movement of sliding panel can be made more convenient by regulation handle,
To enhance convenience.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes scale 32, the left end of scale 32 with
The rear side of the right end top area of right side bracket connects；When upper corrugation rolls vertical adjustment, driven by observing its upper right
Axis can make the adjusting of the distance between two groups of corrugation rolls more accurate in the moving distance on scale, to reduce using limitation
Property.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes reinforcing bar 33, the right side of reinforcing bar 33
The top in portion region is connect with the center bottom region of fixed plate 7, the top left hand of reinforcing bar 33 and the center bottom of station 2
Connection on the right side of region；Fixed plate can be made more to arrive stabilization by reinforcing bar, to reduce the width shaken in electric motor operation
Degree, enhances practicability.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes limited screw 34, left side brackets
The top middle and back regional connectivity of rotation chamber is provided with limit threaded hole, and 34 bottom end of limited screw is filled from the upside spiral shell of left side brackets
Across limit threaded hole and the inside of left pivot movement chamber is stretched to, the bottom end of limited screw 34 and the top of left side worm gear are tight
Patch；After adjusting and finishing the height of upper corrugation rolls, limited screw screwed on the top of left side brackets, at this moment limited screw
Bottom end is close to the worm gear top in left side, thus can effectively reduce the probability of the spontaneous rotation of worm gear, to reduce use
Limitation.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes pinch grip 35, pinch grip 35
Bottom end right areas connect with the top of limited screw 34；It can make the adjusting of limited screw more just by pinch grip
Victory, to enhance practicability.
The high-speed rail prestressing force bellows production veneer reeling machine of the utility model, further includes earth plate 36, the top of earth plate 36
End and the bottom end right areas of fixed plate 7 are welded；By earth plate by equipment ground, equipment leakage institute band can be effectively reduced
The harm come, to enhance safety.
The high-speed rail prestressing force bellows production of the utility model is bought on the market first at work with veneer reeling machine
To existing veneer reeling machine, the motor of veneer reeling machine is accessed power supply by the instruction for mounting of institute's band when then buying according to veneer reeling machine,
Then according to the thickness of the steel plate of actual processing, left worm screw passes through connection when rotating the left end of left worm screw by shake handle first
Annulus moves right worm screw respectively in the inner rotation of two pack supports, and then two groups of worm screws drive two groups of worm gears rotations respectively, and then two
Group worm gear drives two groups of adjusting threaded rod rotations respectively, while the external screw thread of two groups of adjusting threaded rods is respectively with two groups with motion block
The internal screw thread engagement rotation for driving threaded hole, since two groups of adjusting threaded rods are longitudinally that cannot move in the inside of two pack supports
, thus two groups of band motion blocks are vertically moving respectively, at this moment two groups of band motion blocks pass through upper left installation axle and upper right band moving axis respectively
Corrugation rolls vertically move in drive, at this moment just have adjusted the size in the gap between two groups of corrugation rolls, pass through pinch grip at this time
Limited screw is screwed on the top of left side brackets, at this moment the worm gear top of the bottom end with left side of limited screw is close to, while right
Upper band moving axis drives driven sprocket longitudinal movement, and at this moment driven sprocket just makes chain is counter to give birth to elastic variation, but pushes bullet
Spring then pushes always crushing block that crushing block is made to drive fastening sprocket wheel to be held against rotation connection with chain always by lifting bar
State, and as should be noted that driven sprocket with the size of lower driven gear is, while drive sprocket and power teeth
The size of wheel be also it is the same, then before placing high-speed rail prestressing force bellows production steel plate, pass through regulation handle first
Push sliding panel that sliding panel is made to move right on feeding table to the right, while sliding panel drives limit plate in feeding by connecting rod
Two groups of extruding springs are squeezed in platform respectively and are moved right, the width between plate and sliding panel to be positioned can put down steel plate when
It waits, stops pushing sliding panel, and steel plate is placed on the feeding table between positioning plate and sliding panel, then unclamp sliding panel,
At this moment two groups of extruding springs push limit plate to the left respectively, then limit plate by connecting rod drive sliding panel case move left and
Steel plate is clamped by positioning plate, then steel plate is pushed between two groups of corrugation rolls, steel plate can be processed so corrugated
Plate.
Term as used herein "front", "rear", "left", "right" and similar statement are for illustrative purposes only.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these change
It also should be regarded as the protection scope of the utility model into modification.
Claims (8)
1. a kind of high-speed rail prestressing force bellows production veneer reeling machine, including four groups of supporting legs (1), station (2), two pack supports (3),
Upper corrugation rolls (4), lower corrugation rolls (5), motor (6), fixed plate (7), power gear (8) and lower driven gear (9), four groups of branch
The top of leg (1) is connect with bottom end front left side, left rear side, forward right side and the right lateral side of station (2) respectively, two pack supports (3)
Bottom end connect respectively with the left and right side in the top middle portion region of station (2), the left ends of upper corrugation rolls (4) and right end
Central region is respectively arranged with upper left installation axle and upper right band moving axis, the left end of lower corrugation rolls (5) and the central region point of right end
It is not provided with lower-left installation axle and bottom right band moving axis, the middle and lower part area rotation of the left end left side brackets of lower-left installation axle connects,
Right side bracket middle and lower part region, which is provided through, stretches out hole, and right end of the bottom right with moving axis is passed through from the left side of right side bracket stretches out hole
And extend out to the right side of right side bracket, right end of the bottom right with moving axis with the left end of lower driven gear (9) is concentric connect, fixed plate
(7) left end is connect with the right end central region of station (2), the bottom end of motor (6) and the top middle portion area of fixed plate (7)
Connection on the right side of domain, the right end central area of power gear (8) with the output end of motor (6) is concentric connect, power gear (8)
The top area of circumferential side wall is engaged with the bottom section of the circumferential side wall of lower driven gear (9)；It is characterized in that, further including sending
Expect platform (10), positioning plate (11), limit plate (12), connecting rod (13), sliding panel (14) and two groups of extruding springs (15), it is described to send
The bottom end of material platform (10) is connect with the top front region of station (2), and the inside upper right quarter region of the feeding table (10) is set
It is equipped with extrusion chamber, the top of the extrusion chamber is provided with and communicated with sliding eye, and the limit plate (12) and extrusion chamber sliding clamp, institute
The bottom end for stating connecting rod (13) passes through sliding eye from the upside of feeding table (10) and stretches to the inside of extrusion chamber, the connection
The bottom end of bar (13) is connect with the top middle portion region of limit plate (12), top and sliding panel (14) of the connecting rod (13)
The connection of center bottom region, the bottom end of the sliding panel (14) are close to the top of feeding table (10), two groups of extruding springs
(15) it is clamped with the front area of extrusion chamber and Background Region sliding, the left end of two groups of extruding springs (15) is respectively with two
The front side of right end of group limit plate (12) is connected with rear side, the right end of two groups of extruding springs (15) respectively with two groups of extrusion chambers
Right end on front side of and rear side be close to, the bottom end of the positioning plate (11) is connect with the top left region of feeding table (10), described
Positioning plate (11) is in parallel state with sliding panel (14)；It further include left worm screw (16), right worm screw (17), two groups of worm gears
(18), connection ring (19), two groups of adjusting threaded rods (20), left band motion block (21), right belt motion block (22), driven sprocket (23), chain
Item (24), drive sprocket (25) fasten sprocket wheel (26), lift bar (27), crushing block (28) and push the spring (29), and described two groups
The inside central region of bracket (3) is respectively arranged with two groups of mobile cavities, and the inside top region of two pack support (3) is set respectively
Two groups of rotation chambers are equipped with, the top Background Region of two groups of mobile cavities is connected to the bottom end Background Region of two groups of rotation chambers respectively
Two groups of adjustment holes are provided with, two groups of adjusting threaded rods (20) bottom end passes through two groups of adjustings from the inside of two groups of rotation chambers respectively
Hole and be respectively protruding into the inside of two groups of mobile cavities, the bottom end of two groups of adjusting threaded rods (20) respectively with two groups of mobile cavities
The rotation connection of bottom end Background Region, the left band motion block (21) and right belt motion block (22) respectively with two groups of mobile cavities sliding cards
The top middle and back region of dress, the left band motion block (21) and right belt motion block (22), which extends through, is provided with two groups of drive screw threads
Hole, the left band motion block (21) and right belt motion block (22) are filled with two groups of adjusting threaded rod (20) spiral shells respectively, two groups of adjusting spiral shells
The top of rasp bar (20) respectively with the bottom center region of two groups of worm gears (18) is concentric connect, in the inner end of two groups of rotation chambers
Background Region is provided with and respectively communicated with left rotation hole and right rotation hole, and the left end middle and back region of the left side rotation chamber, which is run through, to be set
It is equipped with insertion hole, the left end of the left worm screw (16) and right end pass through insertion hole and left rotation hole from the left side rotation is intracavitary
And it extend out to the left and right side of the left side bracket respectively, the right end of the right worm screw (17) and right side the rotation chamber
The left end of the connection of right end middle and back area rotation, the right worm screw (17) passes through right rotation hole simultaneously from rotation described in right side is intracavitary
And extend out to the left side of the right side bracket, the left end of the right end of the left worm screw (16) and right worm screw (17) respectively with connection ring
(19) left end and right end connects with one heart, and the left end of the right side mobile cavity and right end are provided with and respectively communicated with and slide into hole and skid off
Hole, the right end of the left side mobile cavity are provided with and communicated with moving hole, and the left end of the upper left installation axle is from the left side bracket
Right side passes through moving hole and stretches to the inside of the left side mobile cavity, the left end of the upper left installation axle and left band motion block
(21) right end central-fore area rotation connection, right end of the upper right with moving axis are passed through from the left side of the right side bracket and are slid into
Hole and the inside for stretching to the right side mobile cavity, the inside of right end of the upper right with moving axis from the right side mobile cavity is worn
Cross the right side for skidding off hole and extending out to the right side bracket, the central-fore area of the right belt motion block (22) and upper right band moving axis
Rotation suit, right end of the left end central region of the driven sprocket (23) with upper right with moving axis is concentric to be connected, the right side branch
The right areas of the inside of frame is provided with sliding cavity, and the right end of the sliding cavity is provided with and communicated with synchronous hole, the crushing block
(28) it is clamped with sliding cavity sliding, the left end for lifting bar (27) passes through synchronous hole from the right side of the right side bracket and stretches
Enter to the inside of sliding cavity, the left end for lifting bar (27) is connect with the right end central region of crushing block (28), the promotion
Spring (29) and sliding cavity movable set, the front-end and back-end of the push the spring (29) respectively with the rear end of crushing block (28) and
The rear end of sliding cavity is close to, and the left end central area of fastening sprocket wheel (26) is rotatablely connected with the right end for lifting bar (27), institute
State the output shaft of drive sprocket (25) and motor (6) central region it is fixed be set with, the top area of the chain (24) with
The top area of the circumferential side wall of driven sprocket (23) is rotatablely connected, the bottom section of the chain (24) and drive sprocket (25)
Circumferential side wall bottom section rotation connection, the circumference in the front center region of the chain (24) and fastening sprocket wheel (26)
The front area of wall is rotatablely connected.
2. high-speed rail prestressing force bellows production veneer reeling machine as described in claim 1, which is characterized in that further include shake handle
(30), the right end bottom section of the shake handle (30) is connect with the left end of left worm screw (16).
3. high-speed rail prestressing force bellows production veneer reeling machine as claimed in claim 2, which is characterized in that further include regulation handle
(31), the bottom end of the regulation handle (31) is connect with the top middle portion region of sliding panel (14).
4. high-speed rail prestressing force bellows production veneer reeling machine as claimed in claim 3, which is characterized in that further include scale
(32), the left end of the scale (32) is connect with the rear side of the right end top area of the right side bracket.
5. high-speed rail prestressing force bellows production veneer reeling machine as claimed in claim 4, which is characterized in that further include reinforcing bar
(33), the top of the right areas of the reinforcing bar (33) is connect with the center bottom region of fixed plate (7), the reinforcing bar
(33) it is connect on the right side of top left hand and the center bottom region of station (2).
6. high-speed rail prestressing force bellows production veneer reeling machine as claimed in claim 5, which is characterized in that further include limited screw
(34), the top middle and back regional connectivity of the rotation chamber of the left side bracket is provided with limit threaded hole, the limited screw
(34) bottom end across limit threaded hole and stretches to the left side inside for rotating chamber from the upside spiral shell dress of the left side bracket,
It is close to the top of the left side worm gear bottom end of the limited screw (34).
7. high-speed rail prestressing force bellows production veneer reeling machine as claimed in claim 6, which is characterized in that further include pinch grip
(35), the bottom end right areas of the pinch grip (35) is connect with the top of limited screw (34).
8. high-speed rail prestressing force bellows production veneer reeling machine as claimed in claim 7, which is characterized in that further include earth plate
(36), the bottom end right areas welding on the top Yu fixed plate (7) of the earth plate (36).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822018121.5U CN209349331U (en) | 2018-12-03 | 2018-12-03 | Veneer reeling machine is used in the production of high-speed rail prestressing force bellows |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822018121.5U CN209349331U (en) | 2018-12-03 | 2018-12-03 | Veneer reeling machine is used in the production of high-speed rail prestressing force bellows |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209349331U true CN209349331U (en) | 2019-09-06 |
Family
ID=67798238
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822018121.5U Expired - Fee Related CN209349331U (en) | 2018-12-03 | 2018-12-03 | Veneer reeling machine is used in the production of high-speed rail prestressing force bellows |
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| Country | Link |
|---|---|
| CN (1) | CN209349331U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110586720A (en) * | 2019-10-21 | 2019-12-20 | 无锡特优特机械有限公司 | Novel wave tile arc bending machine |
| CN113426867A (en) * | 2021-07-07 | 2021-09-24 | 刘秀莲 | Steel plate cold rolling system and steel plate cold rolling method |
| CN116532538A (en) * | 2023-07-07 | 2023-08-04 | 长春市轩正汽车零部件有限公司 | Profiling device for heat shield sheet of exhaust system |
-
2018
- 2018-12-03 CN CN201822018121.5U patent/CN209349331U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110586720A (en) * | 2019-10-21 | 2019-12-20 | 无锡特优特机械有限公司 | Novel wave tile arc bending machine |
| CN113426867A (en) * | 2021-07-07 | 2021-09-24 | 刘秀莲 | Steel plate cold rolling system and steel plate cold rolling method |
| CN116532538A (en) * | 2023-07-07 | 2023-08-04 | 长春市轩正汽车零部件有限公司 | Profiling device for heat shield sheet of exhaust system |
| CN116532538B (en) * | 2023-07-07 | 2023-09-01 | 长春市轩正汽车零部件有限公司 | Profiling device for heat shield sheet of exhaust system |
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Granted publication date: 20190906 Termination date: 20201203 |