CN107931461A - Gradual copper pipe tube expander - Google Patents
Gradual copper pipe tube expander Download PDFInfo
- Publication number
- CN107931461A CN107931461A CN201711124111.3A CN201711124111A CN107931461A CN 107931461 A CN107931461 A CN 107931461A CN 201711124111 A CN201711124111 A CN 201711124111A CN 107931461 A CN107931461 A CN 107931461A
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- CN
- China
- Prior art keywords
- tube expansion
- valve bar
- expansion valve
- driving
- copper pipe
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D—WORKING OR PROCESSING OF SHEET METAL OR METAL TUBES, RODS OR PROFILES WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21D41/00—Application of procedures in order to alter the diameter of tube ends
- B21D41/02—Enlarging
- B21D41/026—Enlarging by means of mandrels
- B21D41/028—Enlarging by means of mandrels expandable mandrels
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mechanically-Actuated Valves (AREA)
Abstract
The invention discloses a kind of gradual copper pipe tube expander, comprising：A pair of shells；One driving worm screw；One handle；One driving worm gear；One drive shaft；One tube expansion component, tube expansion component includes the tube expansion valve bar of a pair of opposing, the afterbody of the tube expansion valve bar is equipped with the rotating cylinder of a semi-circular cylindrical, is symmetrically equipped with a pair of progressive cambered surface on the inner wall of the rotating cylinder, progressive cambered surface is equipped with some resistance horizontal stripes；Wherein, when the tube expansion valve bar is in the second operating position, a pair of of tube expansion valve bar progressively outwards separates and extrudes the inner wall of copper pipe at the same time.The gradual copper pipe tube expander operation facility, no dependence electric power, is adapted to the tube expansion operation of the copper pipe of a variety of calibers, also is adapted for the tube expansion operation of other flexible metal conduits.
Description
Technical field
The present invention relates to a kind of instrument, more precisely, being a kind of gradual copper pipe tube expander.
Background technology
In refrigerating field, it is often necessary to carry out tube expansion to the interface of copper pipe, existing method is generally using dedicated multiple
Mould carries out expander, and operation is rather inconvenient.
The content of the invention
The present invention mainly solves the technical problem present in the prior art, so as to provide a kind of gradual copper pipe tube expansion
Device.
The above-mentioned technical problem of the present invention is mainly what is be addressed by following technical proposals：
The invention discloses a kind of gradual copper pipe tube expander, it is characterised in that the gradual copper pipe tube expander bag
Contain：
The housing of a pair of opposing；
One driving worm screw；
One handle, the handle are removably disposed in the afterbody of the driving worm screw；
One driving worm gear, the driving worm gear are engaged with the driving worm screw；
One drive shaft, the drive shaft run through the driving worm gear, and the head of the drive shaft is equipped with
One columned second connection cylinder, the top of the described second connection cylinder is equipped with a discoid driving disk, described
Drive the side wall of disk to be equipped with a driving to protrude；
One tube expansion component, the tube expansion component are rotatably arranged in the head of the drive shaft, and described is swollen
The spring seat slice of tube expansion valve bar of the tube assembly comprising a pair of opposing, some reseting leafs and an arc, the tube expansion valve
The head of bar is equipped with a ladder tringle, rotating cylinder and an annular of the afterbody equipped with a semi-circular cylindrical of the tube expansion valve bar
Limited location snap ring, the both sides of the edge of the rotating cylinder are respectively equipped with a reset notch and one and slip into inclined-plane, the rotary cylinder
A pair of progressive cambered surface is symmetrically equipped with the inner wall of body, the progressive cambered surface is in an involute, and the progressive cambered surface is equipped with
Some resistance horizontal stripes；
Wherein, the tube expansion valve bar is between one first operating position and one second operating position, when described swollen
When pipe valve bar is in the first operating position, a pair of of tube expansion valve bar closes up into a cylinder, when the tube expansion valve bar is in
During the second operating position, a pair of of tube expansion valve bar progressively outwards separates and extrudes the inner wall of copper pipe at the same time.
As preferred embodiments of the present invention, the tube expansion valve bar has magnetism.
The invention also discloses a kind of gradual copper pipe tube expander, it is characterised in that the gradual copper pipe tube expander
Comprising：
The housing of a pair of opposing, the center of the housing are equipped with a fixed shaft hole, the week of the fixed shaft hole
Some first connected circular holes are equipped with upwards, and a semicircular mouth of connecting trough, institute are respectively equipped with the front-rear side walls of the housing
The circumferential direction for the mouth of connecting trough stated is equipped with some second connected circular holes, and a ring is respectively equipped with the outside of first connected circular hole
First connection the ring disk of shape, the circumferential direction of the described first connection the ring disk are equipped with some first the ring disk circular holes, first ring
Disk circular hole is connected by one first attachment screw respectively with first connected circular hole, the outside point of the mouth of connecting trough
Not She You one annular second connection the ring disk, described second connection the ring disk circumferential direction be equipped with some second the ring disk circular holes, institute
The the second the ring disk circular hole stated is connected by one second attachment screw respectively with second connected circular hole；
One driving worm screw, the driving worm screw are rotatably arranged between the mouth of connecting trough, the driving
Worm screw includes a worm shaft and a worm gear denticle, and the both ends of the worm shaft are respectively equipped with a worm bearing, the worm screw
Bearing is separately positioned between the mouth of connecting trough；
One handle, the handle are removably disposed in the afterbody of the worm shaft；
One driving worm gear, the driving worm gear be arranged on described in fixed shaft hole between and with the worm gear denticle phase
Coordinate, the center of the driving worm gear is equipped with a worm gear axis hole, and the inner wall of the worm gear axis hole is equipped with a locking notch；
One drive shaft, the drive shaft run through the worm gear axis hole, and the drive shaft includes a cylinder
The shaft main body of shape, the side wall of the shaft main body are equipped with a locking horizontal stripe, the locking horizontal stripe and the locking
Notch is engaged, and the afterbody of the shaft main body is equipped with a columned first connection cylinder, the head of the shaft main body
Portion is equipped with a columned second connection cylinder, and the top of the described second connection cylinder is equipped with a discoid driving disk,
The side wall of the driving disk is equipped with a driving and protrudes, and the described first connection cylinder runs through one first spring bearing；
One tube expansion component, the tube expansion component are rotatably arranged in the head of the drive shaft, and described is swollen
Tube assembly runs through one second spring bearing, and the tube expansion component includes the tube expansion valve bar, some return springs of a pair of opposing
The spring seat slice of piece and an arc, the head of the tube expansion valve bar are equipped with a ladder tringle, the afterbody of the tube expansion valve bar
The limited location snap ring of rotating cylinder and an annular equipped with a semi-circular cylindrical, the both sides of the edge of the rotating cylinder are respectively equipped with one
Reset notch and one and slip into inclined-plane, be symmetrically equipped with a pair of progressive cambered surface on the inner wall of the rotating cylinder, described is progressive
Cambered surface is in an involute, and the progressive cambered surface is equipped with some resistance horizontal stripes, and the outer wall of the tube expansion valve bar is equipped with some
The upper spring positioning groove of arc, the inner wall of the spring seat slice are equipped with the lower spring positioning groove of some arcs, and described answers
Position reed is separately positioned between the upper spring positioning groove and lower spring positioning groove；
Wherein, the tube expansion valve bar is between one first operating position and one second operating position, when described swollen
When pipe valve bar is in the first operating position, a pair of of tube expansion valve bar closes up into a cylinder, when the tube expansion valve bar is in
During the second operating position, a pair of of tube expansion valve bar progressively outwards separates and extrudes the inner wall of copper pipe at the same time.
As preferred embodiments of the present invention, the tube expansion valve bar has magnetism.
The invention also discloses a kind of gradual copper pipe tube expander, it is characterised in that the gradual copper pipe tube expander
Comprising：
The housing of a pair of opposing, the center of the housing are equipped with a fixed shaft hole, the week of the fixed shaft hole
Some first connected circular holes are equipped with upwards, and a semicircular mouth of connecting trough, institute are respectively equipped with the front-rear side walls of the housing
The circumferential direction for the mouth of connecting trough stated is equipped with some second connected circular holes, and a ring is respectively equipped with the outside of first connected circular hole
First connection the ring disk of shape, the circumferential direction of the described first connection the ring disk are equipped with some first the ring disk circular holes, first ring
Disk circular hole is connected by one first attachment screw respectively with first connected circular hole, the outside point of the mouth of connecting trough
Not She You one annular second connection the ring disk, described second connection the ring disk circumferential direction be equipped with some second the ring disk circular holes, institute
The the second the ring disk circular hole stated is connected by one second attachment screw respectively with second connected circular hole；
One driving worm screw, the driving worm screw are rotatably arranged between the mouth of connecting trough, the driving
Worm screw includes a worm shaft and a worm gear denticle, and the both ends of the worm shaft are respectively equipped with a worm bearing, the worm screw
Bearing is separately positioned between the mouth of connecting trough；
One handle, the handle are removably disposed in the afterbody of the worm shaft；
One driving worm gear, the driving worm gear be arranged on described in fixed shaft hole between and with the worm gear denticle phase
Coordinate, the center of the driving worm gear is equipped with a worm gear axis hole, and the inner wall of the worm gear axis hole is equipped with a locking notch；
One drive shaft, the drive shaft run through the worm gear axis hole, and the drive shaft includes a cylinder
The shaft main body of shape, the side wall of the shaft main body are equipped with a locking horizontal stripe, the locking horizontal stripe and the locking
Notch is engaged, and the afterbody of the shaft main body is equipped with a columned first connection cylinder, the head of the shaft main body
Portion is equipped with a columned second connection cylinder, and the top of the described second connection cylinder is equipped with a discoid driving disk,
The side wall of the driving disk is equipped with a driving and protrudes, and the described first connection cylinder runs through one first spring bearing；
One tube expansion component, the tube expansion component are rotatably arranged in the head of the drive shaft, and described is swollen
Tube assembly runs through one second spring bearing, and the tube expansion component includes the tube expansion valve bar, some return springs of a pair of opposing
The spring seat slice of piece and an arc, the head of the tube expansion valve bar are equipped with a ladder tringle, the afterbody of the tube expansion valve bar
The limited location snap ring of rotating cylinder and an annular equipped with a semi-circular cylindrical, the both sides of the edge of the rotating cylinder are respectively equipped with one
Reset notch and one and slip into inclined-plane, be symmetrically equipped with a pair of progressive cambered surface on the inner wall of the rotating cylinder, described is progressive
Cambered surface is in an involute, and the progressive cambered surface is equipped with some release arc grooves, and the arc groove depth of the release arc groove is successively
Reduce, upper spring positioning groove of the outer wall equipped with some arcs of the tube expansion valve bar, on the inner wall of the spring seat slice
Lower spring positioning groove equipped with some arcs, the reseting leaf are separately positioned on the upper spring positioning groove and lower spring
Between locating slot；
Wherein, the tube expansion valve bar is between one first operating position and one second operating position, when described swollen
When pipe valve bar is in the first operating position, a pair of of tube expansion valve bar closes up into a cylinder, when the tube expansion valve bar is in
During the second operating position, a pair of of tube expansion valve bar progressively outwards separates and extrudes the inner wall of copper pipe at the same time.
As preferred embodiments of the present invention, the tube expansion valve bar has magnetism.
The gradual copper pipe tube expander of the present invention has the following advantages：Gradual copper pipe tube expander operation facility, without according to
Rely electric power, be adapted to the tube expansion operation of the copper pipe of a variety of calibers, also be adapted for the tube expansion operation of other flexible metal conduits.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is attached drawing needed in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without creative efforts, can be with
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is the dimensional structure diagram of the copper pipe tube expander of the present invention；
Fig. 2 is the stereochemical structure decomposing schematic representation of the copper pipe tube expander in Fig. 1；
Fig. 3 is the detail enlarged diagram of the a-quadrant of the copper pipe tube expander in Fig. 2；
Fig. 4 is the further stereochemical structure decomposing schematic representation of the copper pipe tube expander in Fig. 2；
Fig. 5 is the further stereochemical structure decomposing schematic representation of the copper pipe tube expander in Fig. 4；
Fig. 6 is the detail enlarged diagram of the B area in Fig. 5；
Fig. 7 is the stereochemical structure decomposing schematic representation of the tube expansion component of the copper pipe tube expander in Fig. 5；
Fig. 8 is the detail enlarged diagram in the C regions in Fig. 7；
Fig. 9 is the operation chart of the copper pipe tube expander of the present invention, only show part-structure, at this time, drive shaft
Driving protrude on the neutral position；
Figure 10 is sectional view of the copper pipe tube expander along line D-D in Fig. 9；
Figure 11 is the detail enlarged diagram in the E regions in Figure 10；
Figure 12 is the operation chart of the copper pipe tube expander of the present invention, only show part-structure, at this time, drive shaft
Driving protrude dieback slip into inclined-plane；
Figure 13 is sectional view of the copper pipe tube expander along F-F lines in Figure 12；
Figure 14 is the detail enlarged diagram in the G regions in Figure 13；
Figure 15 is the operation chart of second of embodiment of the copper pipe tube expander of the present invention, only show part knot
Structure, at this time, the driving of drive shaft, which protrudes to start to head into, slips into inclined-plane and progressive cambered surface；
Figure 16 is sectional view of the copper pipe tube expander along H-H lines in Figure 15；
Figure 17 is the detail enlarged diagram in the I regions in Figure 16；
Figure 18 is the dimensional structure diagram of the tube expansion valve bar of the copper pipe tube expander in Figure 15；
Figure 19 is sectional view of the tube expansion valve bar along J-J lines in Figure 18；
Figure 20 is the dimensional structure diagram of the tube expansion valve bar in the third embodiment of the copper pipe tube expander of the present invention；
Figure 21 is the detail enlarged diagram in the K regions in Figure 20；
Figure 22 is the dimensional structure diagram of the tube expansion valve bar in the 4th kind of embodiment of the copper pipe tube expander of the present invention；
Figure 23 is sectional view of the tube expansion valve bar along L-L lines in Figure 22.
Embodiment
The preferred embodiment of the present invention is described in detail below in conjunction with the accompanying drawings, so that advantages and features of the invention energy
It is easier to be readily appreciated by one skilled in the art, so as to make a clearer definition of the protection scope of the present invention.
As shown in Figures 1 to 8, which includes the housing 2 of a pair of opposing, and the center of the housing 2 is set
There is a fixed shaft hole 21, the circumferential direction of the fixed shaft hole 21 is equipped with some first connected circular holes 22, on the front-rear side walls of the housing 2
A semicircular mouth of connecting trough 23 is respectively equipped with, the circumferential direction of the mouth of connecting trough 23 is equipped with some second connected circular holes 24, this
The outside of one connected circular hole 22 is respectively equipped with the first connection the ring disk 3 of an annular, if the circumferential direction of the first connection the ring disk 3 is equipped with
Dry first the ring disk circular hole 31, the first the ring disk circular hole 31 pass through one first attachment screw, 4 phase respectively with first connected circular hole 22
Connection, the outside of the mouth of connecting trough 23 is respectively equipped with the second of an annular and connects the ring disk 5, in the circumferential direction of the second connection the ring disk 5
Equipped with some second the ring disk circular holes 51, which is connected spiral shell by one second respectively with second connected circular hole 24
Nail 6 is connected.
A driving worm screw 8 is equipped between the mouth of connecting trough 23, which is rotatably arranged in the mouth of connecting trough
Between 23, which includes a worm shaft 81 and a worm gear denticle 82, and the both ends of the worm shaft 81 are respectively equipped with a snail
Rod bearing 9, the worm bearing 9 are separately positioned between corresponding mouth of connecting trough 23.
The worm shaft 81 rear removable be provided with one handle 7, for rotate drive worm shaft 81.
A driving worm gear 10 is equipped between fixed shaft hole 21, which is engaged with worm gear denticle 82, the drive
The center of dynamic worm gear 10 is equipped with a worm gear axis hole 101, and the inner wall of the worm gear axis hole 101 is equipped with a locking notch 102.
A drive shaft 11 is equipped with worm gear axis hole 101, which runs through the worm gear axis hole 101, the driving
Shaft 11 includes a columned shaft main body 111, and the side wall of the shaft main body 111 is equipped with a locking horizontal stripe 1111, the lock
Only horizontal stripe 1111 is engaged with the locking notch 102.The afterbody of the shaft main body 111 is equipped with a columned first connection cylinder
112, the head of the shaft main body 111 is equipped with a columned second connection cylinder 113, the top of the second connection cylinder 113
Equipped with a discoid driving disk 114, the side wall of the driving disk 114 is equipped with a driving prominent 115, first connecting pole
Body 112 runs through one first spring bearing 14.
A tube expansion component S is equipped with the head of drive shaft 11.Tube expansion component S runs through one second spring bearing 13, should
Tube expansion component S includes the tube expansion valve bar 12, the spring seat slice 15 of 16 and one arc of some reseting leafs of a pair of opposing.This is swollen
The head of pipe valve bar 12 is equipped with a ladder tringle 121, and the afterbody of the tube expansion valve bar 12 is equipped with the rotating cylinder of a semi-circular cylindrical
122 and one annular limited location snap ring 123, the both sides of the edge of the rotating cylinder 122 are respectively equipped with a reset notch 124 and one and slide
Enter inclined-plane 125, the outer wall of the tube expansion valve bar 12 is equipped with the upper spring positioning groove 120 of some arcs, the spring seat slice 15 it is interior
Wall is equipped with the lower spring positioning groove 151 of some arcs, which is separately positioned on this spring positioning groove 120 with
Between spring positioning groove 151.
Wherein, which is between one first operating position and one second operating position, when the tube expansion valve bar
12 when being in the first operating position, which closes up into a cylinder, when the tube expansion valve bar 12 is in the second work
During position, which outwards separates and extrudes the inner wall of copper pipe at the same time.The tube expansion valve bar 12 has magnetism, can be with
Effectively prevent rocking for tube expansion valve bar 12.Hereinafter can the working method of tube expansion valve bar 12 continue to be illustrated.
The working method of the copper pipe tube expander is illustrated below.
As shown in Figures 9 to 11, handle 7 not yet rotates, and the driving of drive shaft 11 protrudes 115 on neutral position,
At this time, driving prominent 115 is protruded slips into the gap between inclined-plane 125 in a pair.Due to drive disk 114 radius be equal to or
It is slightly less than the radius of the radian of the inner wall of rotating cylinder 122, then, tube expansion valve bar 12 closes up into one under the action of reseting leaf 16
Cylinder or approximate cylinder.
As shown in Figure 12 to Figure 14, the copper pipe for needing tube expansion is inserted into the corresponding rank on ladder tringle 121 by user
On terraced groove, and rotational handle 7.The rotation driving driving worm screw 8 of handle 7, meanwhile, driving worm screw 8 drives driving worm gear 10, driving
Worm gear 10 then drives drive shaft 11 to rotate synchronously.Then, driving prominent 115 starts to extrude slipping into tiltedly in its rotation direction
Face 125, until driving prominent 115 slips into 125 dieback of inclined-plane by this, at this time, which protrudes 115 and is in dieback position.At this time,
A pair of of 12 outside separated in synchronization of tube expansion valve bar and the inner wall for extruding copper pipe at the same time, meanwhile, this is to tube expansion valve bar 12 as driving turns
Axis 11 rotates synchronously, and quickly completes the tube expansion operation of copper pipe joint.After tube expansion is completed, handle 7 is rotated backward, is driven
Prominent 115, which come back to neutral position, sprinkles, and closes up into a cylinder or approximate cylinder again under the action of reseting leaf 16.
It is pointed out that in driving prominent 115 from during neutral position turns to dieback position, it is prominent due to driving
Go out the frictional force between 115 and the inner wall of rotating cylinder 122, tube expansion valve bar 12 can still occurs initially in this with drive shaft 11
Rotate, until driving prominent 115 reaches dieback position.Once driving prominent 115 reaches dieback position, tube expansion valve bar 12 is with driving
Turn axis 11 starts to rotate synchronously.
In the rotation process of handle 7, the rotating speed of handle 7 is reduced by driving worm gear 10, and the moment of torsion of drive shaft 11 obtains
Increase substantially, tube expansion speed is fast, efficient.Obviously, driving worm gear 10 is driven to slow down here with driving worm screw 8, profit
It is also feasible, such as gear set or planetary gear set etc. with other slowing-down structures.
It is the operation chart of second of embodiment of the copper pipe tube expander of the present invention, only as shown in Figure 15 to Figure 19
It only show drive shaft 11 and a pair of of tube expansion valve bar 120.Unlike former embodiment, in rotating cylinder 122
A pair of progressive cambered surface 1221 is symmetrically equipped with inner wall, which is in an involute.
As shown in Figure 16 and Figure 17, at this time, the driving protrusion 115 of drive shaft 11, which starts to head into, slips into inclined-plane 125.Work as drive
Turn axis 11 is rotated further, and driving prominent 115 starts to slide against progressive cambered surface 1221 so that a pair of of tube expansion valve bar 12 is progressively
Outside separated in synchronization and the inner wall for extruding copper pipe at the same time, until driving protrudes 115 by progressive 1221 dieback of cambered surface.In tube expansion valve bar
120 it is progressive it is separated during, tube expansion valve bar 120 is also as drive shaft 11 rotates.Once driving prominent 115 reaches
Dieback position, tube expansion valve bar 120 are rotated synchronously with drive shaft 11, quickly complete the tube expansion operation of copper pipe joint.Due to using
The progressive cambered surface 1221 of reducing type, copper pipe expansion good evenness, consistency of thickness are good.
As shown in Figure 20 and Figure 21, it is the third embodiment of copper pipe tube expander of the invention.At this time, in tube expansion valve bar
1200 progressive cambered surface 1221 is equipped with some resistance horizontal stripes 12211, for improve driving prominent 115 and progressive cambered surface 1221 it
Between frictional force.
As shown in Figure 22 and Figure 23, it is the 4th kind of embodiment of copper pipe tube expander of the invention.With the third embodiment party
Formula is not both that some release arc grooves 12212 are equipped with the progressive cambered surface 1221 of tube expansion valve bar 12000, these release arc grooves
12212 arc groove depth is sequentially reduced.
When drive shaft 11 rotates and starts to slide against progressive cambered surface 1221 so that a pair of of tube expansion valve bar 12000 is progressive
The outside separated in synchronization in ground and the inner wall for extruding copper pipe at the same time, until driving protrudes 115 by progressive 1221 dieback of cambered surface.It is prominent in driving
Before going out 115 arrival dieback positions, driving prominent 115 can be sequentially entered in some release arc grooves 12212 so that a pair of of tube expansion valve
Trickle reduction occurs temporarily for the dilation dimension of bar 12000 so that the deformational stress of inflated copper pipe is released and alleviates.
That is, before driving prominent 115 reaches dieback position, the deformational stress of copper pipe obtains multiple release and alleviation, copper pipe
Deformation uniformity be greatly improved, consistency of thickness is good.
Copper pipe tube expander operation facility, no dependence electric power, is adapted to the tube expansion operation of the copper pipe of a variety of calibers, also is adapted for it
The tube expansion operation of his flexible metal conduit.
Not limited to this, any change or replacement expected without creative work, should all cover the guarantor in the present invention
Within the scope of shield.Therefore, protection scope of the present invention should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of gradual copper pipe tube expander, it is characterised in that the gradual copper pipe tube expander (1) includes：
The housing (2) of a pair of opposing；
One driving worm screw (8)；
One handle (7), the handle (7) are removably disposed in the afterbody of the driving worm screw (8)；
One driving worm gear (10), the driving worm gear (10) are engaged with the driving worm screw (8)；
One drive shaft (11), the drive shaft (11) run through the driving worm gear (10), the drive shaft
(11) head is equipped with a columned second connection cylinder (113), and the top of the described second connection cylinder (113) is equipped with one
Discoid driving disk (114), the side wall of the driving disk (114) are equipped with a driving and protrude (115)；
One tube expansion component (S), the tube expansion component (S) are rotatably arranged in the head of the drive shaft (11), institute
The spring of tube expansion valve bar (12) of the tube expansion component (S) stated comprising a pair of opposing, some reseting leafs (16) and an arc
Seat piece (15), the head of the tube expansion valve bar (12) is equipped with a ladder tringle (121), the afterbody of the tube expansion valve bar (12)
The limited location snap ring (123) of rotating cylinder (122) and an annular equipped with a semi-circular cylindrical, the two of the rotating cylinder (122)
Lateral edges are respectively equipped with a reset notch (124) and one and slip into inclined-plane
(125), a pair of progressive cambered surface (1221) is symmetrically equipped with the inner wall of the rotating cylinder (122), described is progressive
Cambered surface (1221) is in an involute, and the progressive cambered surface (1221) is equipped with some resistance horizontal stripes (12211)；
Wherein, the tube expansion valve bar (12) is between one first operating position and one second operating position, when described swollen
When pipe valve bar (12) is in the first operating position, a pair of of tube expansion valve bar (12) closes up into a cylinder, when the tube expansion
When valve bar (12) is in the second operating position, progressively outwards separation simultaneously extrudes copper pipe to a pair of of tube expansion valve bar (12) at the same time
Inner wall.
2. gradual copper pipe tube expander according to claim 1, it is characterised in that the tube expansion valve bar (12) has magnetic
Property.
3. a kind of gradual copper pipe tube expander, it is characterised in that the gradual copper pipe tube expander (1) includes：
The housing (2) of a pair of opposing, the center of the housing (2) are equipped with a fixed shaft hole (21), the fixing axle
The circumferential direction in hole (21) is equipped with some first connected circular holes (22), and half is respectively equipped with the front-rear side walls of the housing (2)
Circular mouth of connecting trough (23), the circumferential direction of the mouth of connecting trough (23) is equipped with some second connected circular holes (24), described
The first connection the ring disk (3) of an annular is respectively equipped with the outside of first connected circular hole (22), the described first connection the ring disk (3)
Circumferential direction is equipped with some first the ring disk circular holes (31), the first the ring disk circular hole (31) and first connected circular hole (22)
It is connected respectively by one first attachment screw (4), the second of an annular is respectively equipped with the outside of the mouth of connecting trough (23)
The ring disk (5) is connected, the circumferential direction of the described second connection the ring disk (5) is equipped with some second the ring disk circular holes (51), and described second
The ring disk circular hole (51) is connected by one second attachment screw (6) respectively with second connected circular hole (24)；
One driving worm screw (8), the driving worm screw (8) is rotatably arranged between the mouth of connecting trough (23), described
Driving worm screw (8) include a worm shaft (81) and a worm gear denticle (82), the both ends of the worm shaft (81) and be respectively equipped with
One worm bearing (9), the worm bearing (9) are separately positioned between the mouth of connecting trough (23)；
One handle (7), the handle (7) are removably disposed in the worm shaft (81)
Afterbody；
One driving worm gear (10), the driving worm gear (10) be arranged between the fixed shaft hole (21) and with the snail
Wheel denticle (82) is engaged, and the center of the driving worm gear (10) is equipped with a worm gear axis hole (101), the worm gear axis hole
(101) inner wall is equipped with a locking notch (102)；
One drive shaft (11), the drive shaft (11) run through the worm gear axis hole (101), the drive shaft
(11) a columned shaft main body (111) is included, the side wall of the shaft main body (111) is equipped with a locking horizontal stripe
(1111), the locking horizontal stripe (1111)
It is engaged with the locking notch (102), the afterbody of the shaft main body (111) is equipped with one columned first and connects
Connecing cylinder (112), the head of the shaft main body (111) is equipped with a columned second connection cylinder (113), and described the
The tops of two connection cylinders (113) are equipped with a discoid driving disk (114), on the side wall of the driving disk (114)
Prominent (115) equipped with a driving, the described first connection cylinder (112) runs through one first spring bearing (14)；
One tube expansion component (S), the tube expansion component (S) are rotatably arranged in the head of the drive shaft (11), institute
The tube expansion component (S) stated runs through one second spring bearing (13),
The tube expansion component (S) includes the tube expansion valve bar (12), some reseting leafs (16) and an arc of a pair of opposing
Spring seat slice (15), the head of the tube expansion valve bar (12) is equipped with a ladder tringle (121), the tube expansion valve bar (12)
Afterbody be equipped with the rotating cylinder (122) and an annular limited location snap ring (123) of a semi-circular cylindrical, the rotating cylinder
(122) both sides of the edge are respectively equipped with a reset notch (124) and one slips into inclined-plane (125), the rotating cylinder (122)
A pair of progressive cambered surface (1221) is symmetrically equipped with inner wall, the progressive cambered surface (1221) is in an involute, and described is progressive
Cambered surface (1221) is equipped with some resistance horizontal stripes (12211), and the outer wall of the tube expansion valve bar (12) is equipped with the upper of some arcs
Spring positioning groove (120),
The inner wall of the spring seat slice (15) is equipped with the lower spring positioning groove (151) of some arcs,
The reseting leaf (16) be separately positioned on the upper spring positioning groove (120) and lower spring positioning groove (151) it
Between；
Wherein, the tube expansion valve bar (12) is between one first operating position and one second operating position, when described swollen
When pipe valve bar (12) is in the first operating position, a pair of of tube expansion valve bar (12) closes up into a cylinder, when the tube expansion
When valve bar (12) is in the second operating position, progressively outwards separation simultaneously extrudes copper pipe to a pair of of tube expansion valve bar (12) at the same time
Inner wall.
4. gradual copper pipe tube expander according to claim 3, it is characterised in that the tube expansion valve bar (12) has magnetic
Property.
5. a kind of gradual copper pipe tube expander, it is characterised in that the gradual copper pipe tube expander (1) includes：
The housing (2) of a pair of opposing, the center of the housing (2) are equipped with a fixed shaft hole (21), the fixing axle
The circumferential direction in hole (21) is equipped with some first connected circular holes (22), and half is respectively equipped with the front-rear side walls of the housing (2)
Circular mouth of connecting trough (23), the circumferential direction of the mouth of connecting trough (23) is equipped with some second connected circular holes (24), described
The first connection the ring disk (3) of an annular is respectively equipped with the outside of first connected circular hole (22), the described first connection the ring disk (3)
Circumferential direction is equipped with some first the ring disk circular holes (31), the first the ring disk circular hole (31) and first connected circular hole (22)
It is connected respectively by one first attachment screw (4), the second of an annular is respectively equipped with the outside of the mouth of connecting trough (23)
The ring disk (5) is connected, the circumferential direction of the described second connection the ring disk (5) is equipped with some second the ring disk circular holes (51), and described second
The ring disk circular hole (51) is connected by one second attachment screw (6) respectively with second connected circular hole (24)；
One driving worm screw (8), the driving worm screw (8) is rotatably arranged between the mouth of connecting trough (23), described
Driving worm screw (8) include a worm shaft (81) and a worm gear denticle (82), the both ends of the worm shaft (81) and be respectively equipped with
One worm bearing (9), the worm bearing (9) are separately positioned between the mouth of connecting trough (23)；
One handle (7), the handle (7) are removably disposed in the afterbody of the worm shaft (81)；
One driving worm gear (10), the driving worm gear (10) be arranged between the fixed shaft hole (21) and with the snail
Wheel denticle (82) is engaged, and the center of the driving worm gear (10) is equipped with a worm gear axis hole (101), the worm gear axis hole
(101) inner wall is equipped with a locking notch (102)；
One drive shaft (11), the drive shaft (11) run through the worm gear axis hole (101), the drive shaft
(11) a columned shaft main body (111) is included, the side wall of the shaft main body (111) is equipped with a locking horizontal stripe
(1111), the locking horizontal stripe (1111) is engaged with the locking notch (102), the shaft main body (111)
Afterbody is equipped with a columned first connection cylinder (112), and the head of the shaft main body (111) is equipped with one columned the
Two connection cylinders (113), the top of the described second connection cylinder (113) is equipped with a discoid driving disk (114), described
The side wall of driving disk (114) be equipped with that a driving is prominent (115), and the described first connection cylinder (112) runs through one first
Spring bearing (14)；
One tube expansion component (S), the tube expansion component (S) are rotatably arranged in the head of the drive shaft (11), institute
The tube expansion component (S) stated runs through one second spring bearing (13), and the tube expansion component (S) includes the tube expansion of a pair of opposing
The spring seat slice (15) of valve bar (12), some reseting leafs (16) and an arc, the head of the tube expansion valve bar (12) are equipped with
One ladder tringle (121), the afterbody of the tube expansion valve bar (12) are equipped with the rotating cylinder (122) and an annular of a semi-circular cylindrical
Limited location snap ring (123), the both sides of the edge of the rotating cylinder (122) are respectively equipped with a reset notch (124) and one and slip into
Inclined-plane (125), a pair of progressive cambered surface (1221) is symmetrically equipped with the inner wall of the rotating cylinder (122), described is progressive
Cambered surface (1221) is in an involute, and the progressive cambered surface (1221) is equipped with some release arc grooves (12212), the release
The arc groove depth of arc groove (12212) is sequentially reduced, and the outer wall of the tube expansion valve bar (12) is equipped with the upper spring of some arcs
Locating slot (120), the inner wall of the spring seat slice (15) is equipped with the lower spring positioning groove (151) of some arcs, described
Reseting leaf (16) is separately positioned between the upper spring positioning groove (120) and lower spring positioning groove (151)；
Wherein, the tube expansion valve bar (12) is between one first operating position and one second operating position, when described swollen
When pipe valve bar (12) is in the first operating position, a pair of of tube expansion valve bar (12) closes up into a cylinder, when the tube expansion
When valve bar (12) is in the second operating position, progressively outwards separation simultaneously extrudes copper pipe to a pair of of tube expansion valve bar (12) at the same time
Inner wall.
6. gradual copper pipe tube expander according to claim 5, it is characterised in that the tube expansion valve bar (12) has magnetic
Property.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711124111.3A CN107931461A (en) | 2017-11-14 | 2017-11-14 | Gradual copper pipe tube expander |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711124111.3A CN107931461A (en) | 2017-11-14 | 2017-11-14 | Gradual copper pipe tube expander |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107931461A true CN107931461A (en) | 2018-04-20 |
Family
ID=61932069
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711124111.3A Pending CN107931461A (en) | 2017-11-14 | 2017-11-14 | Gradual copper pipe tube expander |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107931461A (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4055064A (en) * | 1976-01-08 | 1977-10-25 | Schow Virgle L | Muffler and tail pipe expander and cleaner |
| CN201644574U (en) * | 2010-03-09 | 2010-11-24 | 颖霖机械工业股份有限公司 | Pipe bender with hole expanding function |
| CN204603094U (en) * | 2015-05-08 | 2015-09-02 | 马晓东 | Tube expander |
| CN107137132A (en) * | 2017-06-03 | 2017-09-08 | 成都五义医疗科技有限公司 | A kind of chuck mode reducing casing tube device and puncture outfit |
-
2017
- 2017-11-14 CN CN201711124111.3A patent/CN107931461A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4055064A (en) * | 1976-01-08 | 1977-10-25 | Schow Virgle L | Muffler and tail pipe expander and cleaner |
| CN201644574U (en) * | 2010-03-09 | 2010-11-24 | 颖霖机械工业股份有限公司 | Pipe bender with hole expanding function |
| CN204603094U (en) * | 2015-05-08 | 2015-09-02 | 马晓东 | Tube expander |
| CN107137132A (en) * | 2017-06-03 | 2017-09-08 | 成都五义医疗科技有限公司 | A kind of chuck mode reducing casing tube device and puncture outfit |
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Application publication date: 20180420 |