CN207806227U - Air-conditioning connecting copper pipe reducing drawing and forming device - Google Patents
Air-conditioning connecting copper pipe reducing drawing and forming device Download PDFInfo
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- CN207806227U CN207806227U CN201820055654.8U CN201820055654U CN207806227U CN 207806227 U CN207806227 U CN 207806227U CN 201820055654 U CN201820055654 U CN 201820055654U CN 207806227 U CN207806227 U CN 207806227U
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Abstract
The utility model belongs to copper pipe processing technical field more particularly to a kind of air-conditioning connecting copper pipe reducing drawing and forming device.The utility model, including rack, rotating mechanism and horizontally-guided mechanism are provided in the rack, reducing compression mechanism and internal diameter holding mechanism are connect with horizontally-guided mechanism slips, further include that copper pipe can be installed in rotating mechanism with respect to the copper pipe installing mechanism that rack level slides, the copper pipe installing mechanism.The high degree of automation of the utility model production process, control easy to operation can greatly improve production efficiency, reduce production cost, and utility model works performance is stablized, and the air-conditioning connecting copper pipe qualification rate produced is high, and consistency is high between different products.
Description
Technical field
The utility model belongs to copper pipe processing technical field more particularly to a kind of air-conditioning connecting copper pipe reducing drawing and forming dress
It sets.
Background technology
Currently, being used as air-conditioner pipe by metal connecting tube to transmit refrigerant, traditional air-conditioning between air-conditioning equipment unit
Pipe is equal pipe, when mounted due to needing through walls or bent angle, this air-conditioner pipe to be easy to deform because of bending, causes refrigeration in pipe
Unsmooth, the air-conditioner pipe reduced service life of agent circulation.To solve the above-mentioned problems and adapt to different location or component inside unit
The needs of structure can use the reducing air-conditioner pipe that caliber has thickness to change.
For example, Chinese invention patent discloses a kind of manufacturing process [application number of equal wall thickness reducing copper pipe：
201510345935.8], which includes：The first step：Choose one section of copper pipe needed for design length；Second step：By copper
Pipe is fixed, expanding to the end progress at both ends, processes two extension diameter sections, and expanding copper pipe End in the process is clamped protective, uses
Plug is axially pushed into copper pipe from copper pipe both ends ecto-entad, and plug heats copper pipe End during being pushed into, and
Ecto-entad axially pushes the end of copper pipe；Third walks：Annular knurl processing is carried out to extension diameter section, its surface is made to form corrugated spiral
Slot；4th step：Extension diameter section outer end is subjected to reducing and undergauge processing to design caliber size, forms the nozzle section of straight tube-like,
Screw thread is processed in nozzle section；Wherein, it is 10-55cm/ minutes that the speed of copper pipe End is pushed in second step, pushes the pressure of application
Power is 50-250kg, and the temperature for controlling copper pipe is 60-240 DEG C.
Reducing copper pipe manufactured by the manufacturing process for the reducing copper pipe that the invention provides has uniform wall thickness, good product quality
The advantages of, but process is complicated, and cost is higher, it is difficult to carry out large-scale industrial production.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, providing a kind of air-conditioning connecting copper pipe reducing drawing and forming device.
In order to achieve the above objectives, the utility model uses following technical proposal：
A kind of air-conditioning connecting copper pipe reducing drawing and forming device, including rack, be provided in the rack rotating mechanism and
Horizontally-guided mechanism, reducing compression mechanism and internal diameter holding mechanism are connect with horizontally-guided mechanism slips, and further including can be opposite
Copper pipe can be installed in rotating mechanism by the copper pipe installing mechanism of rack level sliding, the copper pipe installing mechanism.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the rotating mechanism includes being located in rack upper table
The rotating body in face, the rotating body are equipped with rotation mounting assembly close to the side of horizontally-guided mechanism, and another side is equipped with
First driving motor, first driving motor are drivingly connected with rotation mounting assembly.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the rotation mounting assembly includes and rotating body
The rotation mounting seat that side is fixedly connected, cylinder rotation mounting disc protrude from rotation mounting seat surface and with rotation
Mounting seat is fixedly connected, and the end surface of the rotation mounting disc has the installation groove being recessed inwardly, copper pipe and installation recessed
Slot is interference fitted.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the installation groove bottom surface has ejection ring, institute
The center for stating ejection ring is located on the axial line of rotation mounting disc, and ejection ring can be reciprocal along the direction of axis line for rotating mounting disc
Movement.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the rotation mounting disc include several pieces circumferentially
Equally distributed rotation mounting blocks, it is adjacent two pieces rotation mounting blocks between have anti-expansion gap.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the horizontally-guided mechanism includes being fixedly connected on
The guide rail mounting plate of rack upper surface, several horizontal guide rails being mutually parallel are arranged in the upper surface of guide rail mounting plate, every
All had on horizontal guide rail one piece can relative level guide rail sliding horizontal slider, the bottom surface of the reducing compression mechanism at least connects
It is connected to one piece of horizontal slider, the first locating piece is fixedly connected on guide rail mounting plate, and sliding reducing compression mechanism can make reducing pressure
The side of contracting mechanism is in contact with the first locating piece, and the bottom surface of the internal diameter holding mechanism has been at least connected with one piece of horizontal slider,
Second locating piece is fixedly connected on guide rail mounting plate, and sliding internal diameter holding mechanism can make the side and second of internal diameter holding mechanism
Locating piece is in contact.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the reducing compression mechanism includes and horizontal slider
One end of the reducing compression plate of connection, the first reducing compression blocks is fixedly connected with reducing compression plate, and the other end and second becomes
Diameter compression blocks are connected by arc transition, and the first reducing compression blocks are compared with the second reducing compression blocks closer to the axis of rotating mechanism
Heart line.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the internal diameter holding mechanism includes and horizontal slider
The internal diameter of connection keeps bottom plate, and the internal diameter keeps the upper surface of bottom plate to have an internal diameter retaining groove to lower recess, and at least one
Guide rail is located at the bottom surface of internal diameter retaining groove, and guide rail is mutually perpendicular to horizontal guide rail, and motor mounting plate connects with guide rail sliding
It connects, the second driving motor is connected on motor mounting plate, further includes that internal diameter keeps shaft, the internal diameter that shaft one end is kept to run through
It crosses motor mounting plate and the second driving motor is drivingly connected.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the internal diameter holding shaft includes leading portion with after
Section, one end of the back segment are drivingly connected with the second driving motor, and the other end has the drive block of prominent outer surface, the leading portion
It is clamped by drive block and back segment, further includes the buffer spring being set on back segment, the both ends of the buffer spring are pressed respectively to be set
On motor mounting plate and leading portion.
In above-mentioned air-conditioning connecting copper pipe reducing drawing and forming device, the copper pipe installing mechanism includes being fixedly connected
Accumulator tank and linking arm, several copper pipes are placed in accumulator tank, and the bottom surface of accumulator tank is positioned vertically higher than horizontally-guided
One end of the upper surface of mechanism, the linking arm is connect with housing slide, and installation straight trough is located at accumulator tank close to rotating mechanism
One end, the described installation one end of straight trough far from rotating mechanism are equipped with cylinder, and the rounded push plate of cross-sectional area passes through push rod and gas
Cylinder connects, and the cross-sectional area of the push plate is more than the cross-sectional area of copper pipe.
Compared with prior art, the utility model has the advantage of：
1, the high degree of automation of the utility model production process, control easy to operation can greatly improve production efficiency,
Reduce production cost.
2, utility model works performance is stablized, the air-conditioning connecting copper pipe uniform wall thickness produced, and qualification rate is high, product it
Between consistency it is high.
Description of the drawings
Fig. 1 is the left view of the utility model；
Fig. 2 is the vertical view of the utility model
Fig. 3 is the front view of rotating mechanism；
Fig. 4 is the structural schematic diagram that internal diameter keeps shaft；
In figure：Rack 1, rotating mechanism 2, horizontally-guided mechanism 3, reducing compression mechanism 4, internal diameter holding mechanism 5, copper pipe peace
Mounting mechanism 6, rotating body 21, rotation mounting assembly 22, the first driving motor 23, rotation mounting seat 24, rotation mounting disc 25,
Installation groove 26, ejection ring 27, rotation mounting blocks 28, anti-expansion gap 29, guide rail mounting plate 31, horizontal guide rail 32, level are sliding
Block 33, the first locating piece 34, the second locating piece 35, reducing compression plate 41, the first reducing compression blocks 42, the second reducing compression blocks
43, internal diameter keeps bottom plate 51, internal diameter retaining groove 52, guide rail 53, motor mounting plate 54, the second driving motor 55, internal diameter to keep
Shaft 56, leading portion 57, back segment 58, drive block 59, buffer spring 5a, accumulator tank 61, linking arm 62, installation straight trough 63, cylinder 64,
Push plate 65, push rod 66.
Specific implementation mode
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
In conjunction with shown in Fig. 1 and Fig. 3, a kind of air-conditioning connecting copper pipe reducing drawing and forming device, including rack 1, the rack 1
On be provided with rotating mechanism 2 and horizontally-guided mechanism 3, reducing compression mechanism 4 and internal diameter holding mechanism 5 with horizontally-guided mechanism
3 are slidably connected, and further including can be with respect to the copper pipe installing mechanism 6 of the horizontal sliding of rack 1, and the copper pipe installing mechanism 6 can be by copper pipe
It is installed in rotating mechanism 2.
The utility model, in use, copper pipe is mounted on rotating mechanism 2 using copper pipe installing mechanism 6, rotating mechanism 2
Copper pipe rotation, reducing compression mechanism 4 and internal diameter holding mechanism 5 is driven to be slided along horizontally-guided mechanism 3, reducing compression mechanism 4 is right
Copper pipe provides the force compresses copper pipe reducing of a radial direction, and one end of internal diameter holding mechanism 5 is inserted into copper pipe, to ensure copper pipe institute
The minimum diameter being compressed into, therefore the high degree of automation of the utility model production process, control easy to operation can be carried greatly
High efficiency reduces production cost.
Rotating mechanism 2 and horizontally-guided mechanism 3 are arranged at the upper surface of rack 1, and reducing compression mechanism 4 and internal diameter are kept
Mechanism 5 is arranged in horizontally-guided mechanism 3 and can be slided along horizontally-guided mechanism 3, for copper pipe to be installed in rotating mechanism 2
Copper pipe installing mechanism 6 can be with respect to the horizontal sliding of rack 1, in use, copper pipe is mounted on whirler using copper pipe installing mechanism 6
On structure 2, rotating mechanism 2 drives copper pipe rotation, reducing compression mechanism 4 and internal diameter holding mechanism 5 to be slided along horizontally-guided mechanism 3,
Reducing compression mechanism 4 provides copper pipe the force compresses copper pipe reducing of one radial direction, and one end of internal diameter holding mechanism 5 is inserted into copper pipe
It is interior, to ensure minimum diameter that copper pipe is compressed into, therefore the high degree of automation of the utility model production process, it is easy to operation
Control can greatly improve production efficiency, reduce production cost.
Specifically, the rotating mechanism 2 includes the rotating body 21 being located in 1 upper surface of rack, the rotating body
21 are equipped with rotation mounting assembly 22 close to the side of horizontally-guided mechanism 3, and another side is equipped with the first driving motor 23, and described the
One driving motor 23 is drivingly connected with rotation mounting assembly 22, and the rotation mounting assembly 22 includes solid with 21 side of rotating body
Surely the rotation mounting seat 24 connected, cylinder rotation mounting disc 25 protrude from rotation 24 surface of mounting seat and with rotation
Mounting seat 24 is fixedly connected, and the end surface of the rotation mounting disc 25 has the installation groove 26 that is recessed inwardly, copper pipe with
Installation groove 26 is interference fitted, and there is 26 bottom surface of the installation groove ejection ring 27, the center of the ejection ring 27 to be located at rotation
On the axial line of mounting disc 25, and ejection ring 27 can be moved back and forth along the direction of axis line of rotation mounting disc 25.
Rotating mechanism 2 includes the rotating body 21 being located in 1 upper surface of rack, and rotating body 21 is close to horizontally-guided mechanism
3 side be equipped with rotation mounting seat 24, cylinder rotation mounting disc 25 protrude from rotation 24 surface of mounting seat and with
Rotation mounting seat 24 is fixedly connected, and the another side of rotating body 21 is equipped with the first driving motor 23, the first driving motor 23
Rotation mounting disc 25 can be driven to rotate, the end surface of rotation mounting disc 25 has the installation groove 26 being recessed inwardly, copper pipe peace
It is interference fitted with installation groove 26 after being packed into rotating mechanism 2,26 bottom surface of installation groove has ejection ring 27, the center of ejection ring 27
On the axial line of rotation mounting disc 25, and ejection ring 27 can be moved back and forth along the direction of axis line of rotation mounting disc 25, be made
Used time is installed copper pipe in installation groove 26 using copper pipe installing mechanism 6, starts the first driving motor 23, to drive rotation
Turn the rotation of mounting disc 25, copper pipe is rotated synchronously with rotation mounting disc 25, after processing is completed, is ejected copper pipe using ejection ring 27, is made
Next copper pipe can be installed smoothly into improving the degree of automation of whole device.
Preferably, the rotation mounting disc 25 include several pieces of rotation mounting blocks 28 being uniformly distributed circumferentially, adjacent two
Block has anti-expansion gap 29 between rotating mounting blocks 28, and copper pipe will produce a large amount of heat in process, therefore can have in this way
Effect prevents rotation mounting disc 25 from expanding with heat and contract with cold the problem of bringing.
In conjunction with shown in Fig. 1 and Fig. 2, the horizontally-guided mechanism 3 includes being fixedly connected on the guide rail installation of 1 upper surface of rack
Plate 31, several horizontal guide rails 32 being mutually parallel are arranged on the upper surface of guide rail mounting plate 31, every horizontal guide rail 32
With one piece can relative level guide rail 32 slide horizontal slider 33, the bottom surface of the reducing compression mechanism 4 has been at least connected with one
Block horizontal slider 33, the first locating piece 34 are fixedly connected on guide rail mounting plate 31, and sliding reducing compression mechanism 4 can make reducing pressure
The side of contracting mechanism 4 is in contact with the first locating piece 34, and the bottom surface of the internal diameter holding mechanism 5 has been at least connected with one piece of level and has slided
Block 33, the second locating piece 35 are fixedly connected on guide rail mounting plate 31, and sliding internal diameter holding mechanism 5 can make internal diameter holding mechanism 5
Side be in contact with the second locating piece 35.
Horizontally-guided mechanism 3 includes being fixedly connected on the guide rail mounting plate 31 of 1 upper surface of rack, and several are mutually parallel
Horizontal guide rail 32 be arranged one piece is all had on the upper surface of guide rail mounting plate 31, every horizontal guide rail 32 can relative level guide rail
The bottom surface of the horizontal slider 33 of 32 slidings, reducing compression mechanism 4 and internal diameter holding mechanism 5 has all been at least connected with one piece of horizontal slider
33, guide rail mounting plate 31 is equipped with the first locating piece 34 and the second locating piece 35, in use, reducing compression mechanism 4 and internal diameter are protected
Holding mechanism 5 can slide under the driving of motor along horizontal guide rail 32, and the first locating piece 34 can be with the side of reducing compression mechanism 4
It is in contact so that reducing compression mechanism 4 is in suitable position always in the course of work, likewise, in the second locating piece 35 can make
Diameter holding mechanism 5 is in suitable position always, to keep the product qualification rate that the utility model is produced high, between product
Consistency is also higher.
As shown in Fig. 2, the reducing compression mechanism 4 includes the reducing compression plate 41 being connect with horizontal slider 33, first
One end of reducing compression blocks 42 is fixedly connected with reducing compression plate 41, and the other end and the second reducing compression blocks 43 pass through circular arc mistake
Cross connection, the first reducing compression blocks 42 compared with the second reducing compression blocks 43 closer to the axial line of rotating mechanism 2, such first
Reducing compression blocks 42 can be such that the small end of reducing copper pipe is molded, and the second reducing compression blocks 43 can be such that the big end of reducing copper pipe is molded, the
One reducing compression blocks 42 connected by arc transition with the second reducing compression blocks 43 so that copper pipe big end and small end also by
Smooth cambered surface transition connection.
In conjunction with shown in Fig. 2 and Fig. 4, the internal diameter holding mechanism 5 includes that the internal diameter being connect with horizontal slider 33 keeps bottom plate
51, the internal diameter keeps the upper surface of bottom plate 51 that there is the internal diameter retaining groove 52 to lower recess, at least one guide rail 53 to be located at
The bottom surface of internal diameter retaining groove 52, and guide rail 53 is mutually perpendicular to horizontal guide rail 32, motor mounting plate 54 connects with the sliding of guide rail 53
It connects, the second driving motor 55 is connected on motor mounting plate 54, further includes that internal diameter keeps shaft 56, the internal diameter to keep shaft 56
One end penetrates through motor mounting plate 54 and the second driving motor 55 is drivingly connected, and it includes 57 He of leading portion that the internal diameter, which keeps shaft 56,
Back segment 58, one end of the back segment 58 are drivingly connected with the second driving motor 55, and the other end has the drive block of prominent outer surface
59, the leading portion 57 is clamped by drive block 59 and back segment 58, further includes the buffer spring 5a being set on back segment 58, described slow
The both ends for rushing spring 5a are pressed on respectively on motor mounting plate 54 and leading portion 57.
Internal diameter holding mechanism 5 includes that the internal diameter being connect with horizontal slider 33 keeps bottom plate 51, internal diameter to keep the upper of bottom plate 51
Surface has the internal diameter retaining groove 52 to lower recess, and at least one guide rail 53 is located at the bottom surface of internal diameter retaining groove 52, and leads
Rail 53 is mutually perpendicular to horizontal guide rail 32, and motor mounting plate 54 opposite rail 53 can slide under the driving of motor, the second driving
Motor 55 is connected on motor mounting plate 54, and internal diameter keeps one end of the back segment 58 of shaft 56 to penetrate through motor mounting plate 54 and the
Two driving motors 55 are drivingly connected, and there is the other end drive block 59 of prominent outer surface, leading portion 57 to pass through drive block 59 and back segment
58 clampings make it to which the second driving motor 55 can drive leading portion 57 to carry out high speed rotation to polish the burr of copper pipe inner wall
Inner wall keeps smooth, further includes the buffer spring 5a being set on back segment 58, the both ends of buffer spring 5a are pressed on motor respectively
On mounting plate 54 and leading portion 57, buffer spring 5a can play the role of buffering, prevent leading portion 57 from occurring firmly with rotation mounting disc 25
Contact, to prevent the damage of machinery, in use, motor driving internal diameter keeps bottom plate 51 to be slided along horizontally-guided mechanism 3, until
After side is contacted with the second locating piece 35, sliding stops, and internal diameter keeps the axial line phase of the axial line and copper pipe of shaft 56 at this time
It overlaps, motor mounting plate 54 drives internal diameter that shaft 56 and the second driving motor 55 is kept to be slided along guide rail 53 under the driving of motor
It is dynamic, so that internal diameter keeps the leading portion 57 of shaft 56 to stretch into inside copper pipe, ensure that the molding of copper pipe miner diameter end, molding are completed
Afterwards, start the second driving motor 55 driving progress of leading portion 57 high speed rotation makes copper pipe inner wall to polish the burr of copper pipe inner wall
Keep smooth.
In conjunction with shown in Fig. 1 and Fig. 2, the copper pipe installing mechanism 6 includes the accumulator tank 61 being fixedly connected and linking arm 62, if
Dry copper pipe is placed in accumulator tank 61, and the bottom surface of accumulator tank 61 is positioned vertically higher than the upper surface of horizontally-guided mechanism 3,
It can prevent accumulator tank 61 and horizontally-guided mechanism 3 from colliding in this way, one end and the rack 1 of the linking arm 62 are slidably connected,
Installation straight trough 63 is located at accumulator tank 61 close to one end of rotating mechanism 2, and the described installation one end of straight trough 63 far from rotating mechanism 2 is set
There are cylinder 64, the rounded push plate 65 of cross-sectional area to be connect with cylinder 64 by push rod 66, the cross-sectional area of the push plate 65 is big
It in the cross-sectional area of copper pipe, is slided with respect to rack 1 in use, motor is drivingly connected arm 62, to drive accumulator tank 61 and installation
Straight trough 63 moves synchronously, and the axial line for moving to copper pipe in installation straight trough 63 passes through the center of rotation mounting disc 25, accumulator tank 61
The copper pipe of middle storage can enter in installation straight trough 63 and positioned at installation straight trough 63 close to one end of rotating mechanism 2, start cylinder
64, push rod 66 and push plate 65 are pushed, to which copper pipe to be pressed into installation groove 26.
The operation principle of the utility model is：It is slided with respect to rack 1 in use, motor is drivingly connected arm 62, to drive
Accumulator tank 61 and installation straight trough 63 move synchronously, and move to the axial line of copper pipe in installation straight trough 63 by rotating mounting disc 25
Center, the copper pipe stored in accumulator tank 61 can enter in installation straight trough 63 and positioned at installation straight trough 63 close to rotating mechanism 2
One end starts cylinder 64, pushes push rod 66 and push plate 65, to which copper pipe to be pressed into installation groove 26, starts the first driving electricity
Machine 23, to drive rotation mounting disc 25 to rotate, copper pipe is rotated synchronously with rotation mounting disc 25, and reducing compression mechanism 4 is along level
Guiding mechanism 3 is slided and is positioned using the first locating piece 34, and the first reducing compression blocks 42 and the second reducing compression blocks 43 make respectively
Copper pipe small end and big end molding, motor drive internal diameter that bottom plate 51 is kept to be slided along horizontally-guided mechanism 3, until side is fixed with second
After position block 35 contacts, sliding stops, and internal diameter keeps the axial line of shaft 56 and the axial line of copper pipe to coincide at this time, in motor
The lower motor mounting plate 54 of driving drives internal diameter that shaft 56 and the second driving motor 55 is kept to be slided along guide rail 53, so that internal diameter
It keeps the leading portion 57 of shaft 56 to stretch into inside copper pipe, ensures the molding of copper pipe miner diameter end, after the completion of molding, start the second driving electricity
Machine 55 drives leading portion 57 to carry out high speed rotation, to polish the burr of copper pipe inner wall, so that copper pipe inner wall is kept smooth, machines
Afterwards, copper pipe is ejected using ejection ring 27, therefore the high degree of automation of the utility model production process, control easy to operation can pole
The earth improves production efficiency, reduces production cost.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although rack 1, rotating mechanism 2, horizontally-guided mechanism 3, reducing compression mechanism 4, internal diameter is used more herein
Holding mechanism 5, copper pipe installing mechanism 6, rotating body 21, rotation mounting assembly 22, the first driving motor 23, rotation mounting seat
24, mounting disc 25, installation groove 26, ejection ring 27, rotation mounting blocks 28, anti-expansion gap 29, guide rail mounting plate 31, water are rotated
Level gauge 32, horizontal slider 33, the first locating piece 34, the second locating piece 35, reducing compression plate 41, the first reducing compression blocks
42, the second reducing compression blocks 43, internal diameter keep bottom plate 51, internal diameter retaining groove 52, guide rail 53, motor mounting plate 54, second to drive
Dynamic motor 55, internal diameter keep shaft 56, leading portion 57, back segment 58, drive block 59, buffer spring 5a, accumulator tank 61, linking arm 62,
The terms such as straight trough 63, cylinder 64, push plate 65, push rod 66 are installed, but it does not preclude the possibility of using other terms.Use these
Term is used for the purpose of more easily describing and explaining the essence of the utility model；It is construed as the additional limit of any type
System is all contrary to the spirit of the present invention.
Claims (10)
1. a kind of air-conditioning connecting copper pipe reducing drawing and forming device, including rack (1), it is characterised in that：It is set on the rack (1)
It is equipped with rotating mechanism (2) and horizontally-guided mechanism (3), reducing compression mechanism (4) and internal diameter holding mechanism (5) are and horizontally-guided
Mechanism (3) is slidably connected, and further including can be with respect to the copper pipe installing mechanism (6) of the horizontal sliding of rack (1), the copper pipe installing mechanism
(6) copper pipe can be installed in rotating mechanism (2).
2. air-conditioning connecting copper pipe reducing drawing and forming device as described in claim 1, it is characterised in that：The rotating mechanism
(2) include the rotating body (21) being located in rack (1) upper surface, the rotating body (21) is close to horizontally-guided mechanism (3)
Side be equipped with rotation mounting assembly (22), another side be equipped with the first driving motor (23), first driving motor (23)
It is drivingly connected with rotation mounting assembly (22).
3. air-conditioning connecting copper pipe reducing drawing and forming device as claimed in claim 2, it is characterised in that：The rotation installation group
Part (22) includes the rotation mounting seat (24) being fixedly connected with rotating body (21) side, cylinder rotation mounting disc
(25) it protrudes from rotation mounting seat (24) surface and is fixedly connected with rotation mounting seat (24), the rotation mounting disc (25)
End surface there is the installation groove (26) that is recessed inwardly, copper pipe to be interference fitted with installation groove (26).
4. air-conditioning connecting copper pipe reducing drawing and forming device as claimed in claim 3, it is characterised in that：The installation groove
(26) bottom surface has ejection ring (27), and the center of the ejection ring (27) is located on the axial line of rotation mounting disc (25), and pushes up
Going out ring (27) can move back and forth along the direction of axis line of rotation mounting disc (25).
5. air-conditioning connecting copper pipe reducing drawing and forming device as claimed in claim 3, it is characterised in that：The rotation mounting disc
(25) include several pieces of rotation mounting blocks (28) being uniformly distributed circumferentially, have between adjacent two pieces of rotation mounting blocks (28) anti-
It expands gap (29).
6. air-conditioning connecting copper pipe reducing drawing and forming device as described in claim 1, it is characterised in that：The horizontally-guided machine
Structure (3) includes the guide rail mounting plate (31) for being fixedly connected on rack (1) upper surface, several horizontal guide rails (32) being mutually parallel
Upper surface in guide rail mounting plate (31) is set, and one piece is all had on every horizontal guide rail (32) can relative level guide rail (32) cunning
The bottom surface of dynamic horizontal slider (33), the reducing compression mechanism (4) has been at least connected with one piece of horizontal slider (33), the first positioning
Block (34) is fixedly connected on guide rail mounting plate (31), and sliding reducing compression mechanism (4) can make the side of reducing compression mechanism (4)
It being in contact with the first locating piece (34), the bottom surface of the internal diameter holding mechanism (5) has been at least connected with one piece of horizontal slider (33), the
Two locating pieces (35) are fixedly connected on guide rail mounting plate (31), and sliding internal diameter holding mechanism (5) can make internal diameter holding mechanism (5)
Side be in contact with the second locating piece (35).
7. air-conditioning connecting copper pipe reducing drawing and forming device as claimed in claim 6, it is characterised in that：The reducing compressor
Structure (4) includes the reducing compression plate (41) being connect with horizontal slider (33), one end of the first reducing compression blocks (42) and reducing
Compression plate (41) is fixedly connected, and the other end is connect with the second reducing compression blocks (43) by arc transition, first reducing
Compression blocks (42) are compared with the second reducing compression blocks (43) closer to the axial line of rotating mechanism (2).
8. air-conditioning connecting copper pipe reducing drawing and forming device as claimed in claim 6, it is characterised in that：The internal diameter keeps machine
Structure (5) includes that the internal diameter being connect with horizontal slider (33) keeps bottom plate (51), the internal diameter to keep the upper table mask of bottom plate (51)
The internal diameter retaining groove (52) of oriented lower recess, at least one guide rail (53) are located at the bottom surface of internal diameter retaining groove (52), and lead
Rail (53) is mutually perpendicular to horizontal guide rail (32), and motor mounting plate (54) is slidably connected with guide rail (53), the second driving motor
(55) it is connected on motor mounting plate (54), further includes that internal diameter keeps shaft (56), the internal diameter that shaft (56) one end is kept to pass through
It is drivingly connected across motor mounting plate (54) and the second driving motor (55).
9. air-conditioning connecting copper pipe reducing drawing and forming device as claimed in claim 8, it is characterised in that：The internal diameter keeps turning
Axis (56) includes leading portion (57) and back segment (58), and one end and the second driving motor (55) of the back segment (58) are drivingly connected, separately
There is the drive block (59) of prominent outer surface, the leading portion (57) to be clamped by drive block (59) and back segment (58), also be wrapped for one end
The buffer spring (5a) being set on back segment (58) is included, the both ends of the buffer spring (5a) are pressed on motor mounting plate respectively
(54) and on leading portion (57).
10. air-conditioning connecting copper pipe reducing drawing and forming device as described in claim 1, it is characterised in that：The copper pipe installation
Mechanism (6) includes the accumulator tank (61) being fixedly connected and linking arm (62), and several copper pipes are placed in accumulator tank (61), and are stored
The bottom surface of slot (61) is positioned vertically higher than the upper surface of horizontally-guided mechanism (3), one end of the linking arm (62) and machine
Frame (1) is slidably connected, and installation straight trough (63) is located at the one end of accumulator tank (61) close to rotating mechanism (2), the installation straight trough
(63) far from rotating mechanism (2) one end be equipped with cylinder (64), the rounded push plate of cross-sectional area (65) by push rod (66) with
Cylinder (64) connects, and the cross-sectional area of the push plate (65) is more than the cross-sectional area of copper pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820055654.8U CN207806227U (en) | 2018-01-12 | 2018-01-12 | Air-conditioning connecting copper pipe reducing drawing and forming device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820055654.8U CN207806227U (en) | 2018-01-12 | 2018-01-12 | Air-conditioning connecting copper pipe reducing drawing and forming device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207806227U true CN207806227U (en) | 2018-09-04 |
Family
ID=63327100
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820055654.8U Active CN207806227U (en) | 2018-01-12 | 2018-01-12 | Air-conditioning connecting copper pipe reducing drawing and forming device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207806227U (en) |
-
2018
- 2018-01-12 CN CN201820055654.8U patent/CN207806227U/en active Active
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