CN109028675A - A kind of integral structure refrigeration machine - Google Patents
A kind of integral structure refrigeration machine Download PDFInfo
- Publication number
- CN109028675A CN109028675A CN201810733005.3A CN201810733005A CN109028675A CN 109028675 A CN109028675 A CN 109028675A CN 201810733005 A CN201810733005 A CN 201810733005A CN 109028675 A CN109028675 A CN 109028675A
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- chamber
- sliding
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- wall
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B49/00—Arrangement or mounting of control or safety devices
- F25B49/005—Arrangement or mounting of control or safety devices of safety devices
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- Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Devices That Are Associated With Refrigeration Equipment (AREA)
Abstract
The invention discloses a kind of integral structure refrigeration machines, including bottom stage, be rotatably assorted the turntable being mounted on the bottom stage, the engaging head that main frame on the turntable is fixedly mounted and is connect with the main frame lock fit, it is equipped with multiple groups dress in the main frame left end face and closes seat, the dress, which closes to be equipped in seat left end face, plugs together chamber, the chamber right side inner wall that plugs together is installed with the first transmission of electricity head, described plug together is symmetrically arranged with the first sliding chamber in chamber or more inner wall, described first sliding intracavitary be slidably installed has oblique angle locking block, the second sliding chamber is equipped on the right side of described first sliding chamber in inner wall, described second slides intracavitary be slidably matched by the first sliding block of left and right, the sliding intracavitary press of described the second of the opposite side of first sliding block of upper and lower two sides is fitted with top pressure spring.
Description
Technical field
The present invention relates to refrigeration machine technical field, specially a kind of integral structure refrigeration machine.
Background technique
Current refrigeration machine is usually connected by frictional fit between the plug and socket on refrigeration machine when connecting electricity consumption
It connects, when surprisingly touching the plug on refrigeration machine, is easy to produce accident power-off phenomenon, use is unstable, moreover, socket is always
In energized state, in grafting in use, being easy to produce electric shock accidents, using danger coefficient height, therefore, it is necessary to improve.
Summary of the invention
The purpose of the present invention is to provide a kind of integral structure refrigeration machines, in the prior art above-mentioned scarce for overcoming
It falls into.
A kind of integral structure refrigeration machine according to the present invention, including bottom stage, being rotatably assorted is mounted on the bottom stage
Turntable, the engaging head that main frame on the turntable is fixedly mounted and is connect with the main frame lock fit, the master
It is equipped with multiple groups dress in framework left end face and closes seat, the dress, which closes to be equipped in seat left end face, plugs together chamber, described to plug together on the right side of chamber
Wall is installed with the first transmission of electricity head, and described plug together is symmetrically arranged with the first sliding chamber in chamber or more inner wall, the described first sliding intracavitary sliding is matched
Conjunction is equipped with oblique angle locking block, and described first slides equipped with the second sliding chamber in the inner wall of chamber right side, and described second slides intracavitary be slidably matched
By the first sliding block of left and right, the sliding intracavitary press of described the second of the opposite side of first sliding block of upper and lower two sides is fitted with
Top pressure spring, the described first sliding chamber is equipped with the sliding chamber of the extended third in left and right far from the side connection for plugging together chamber, described
The sliding intracavitary oblique angle that is slidably installed of third pushes away input board, and the opposite side end face connection of the sliding chamber of the third of upper and lower two sides is set
There is a placed cavity, connection is equipped with conduction chamber between the placed cavity of upper and lower two sides, and the conduction is intracavitary, which to be slidably installed, the
Two sliding blocks, the second sliding block screw-internal thread fit are equipped with the first screw rod, extending end and institute on the left of first screw rod
It states conduction chamber inner left wall to be rotatably assorted connection, the first screw rod right side extending end power is connected with the first drive row
Machine, the first drive row machine are fixedly arranged on the right side of the conduction chamber in inner wall, and it is defeated that the second sliding block right end face is installed with second
Dateline, head of transmitting electricity with described second in inner wall on the right side of the conduction chamber is opposite to be equipped with the first transmission of electricity hole, above and below second sliding block
Both sides of the face are installed with the first lug protruded into the placed cavity, and the first lug is hingedly connected with the first pedestal, described
First pedestal is slidably connected with socket, and the socket is rotatably assorted by rotation axis to be mounted in the placed cavity, described
Rotation axis is fixedly arranged between the inner wall of the placed cavity front and back, and the socket slides in the side end face far from first pedestal matches
Conjunction is connected with the second pedestal, and second pedestal is hingedly connected with the second lug far from the side of first pedestal, and described
Two lugs push away input board with the oblique angle and are fixedly connected.
Further technical solution, the engaging head right end face, which is installed with, plugs together inserting for the mating connection of chamber with described
Block is closed, is set in the inserting-connection block right end face and the second transmission of electricity hole with the first transmission of electricity mating connection, it is described
The sealed chamber connecting with the oblique angle locking block lock fit is symmetrically arranged in both sides of the face above and below inserting-connection block.
Further technical solution, is embedded with ring cavity in the turntable inner circumferential wall, ring cavity two sides and interior up and down
It is rotatably assorted in side wall and multiple groups ball is installed, the ball rolls with change be cooperatively connected respectively, described in the change stretching
On the outside of ring cavity and bottom end face surrounding is installed with armed lever, and the armed lever is fixedly arranged on the bottom stage top end surface surrounding.
Further technical solution extends in the main frame inner wall up and down and is equipped with the 4th sliding chamber, the described 4th sliding chamber
Inside being slidably installed has gliding mass, and the gliding mass left end face is installed with third transmission of electricity head, and the described 4th slides in chamber inner left wall
It is opposite with third transmission of electricity head to be equipped with third transmission of electricity chamber, equipped with double bevel deep gouge in the gliding mass right end face, the described 4th
The 5th sliding chamber is equipped on the right side of sliding chamber in inner wall, the described 5th sliding intracavitary symmetrical above and below be slidably installed has oblique angle sliding block, described
Oblique angle sliding block protrude into the described 4th it is sliding intracavitary and with the mating connection of double bevel deep gouge, the oblique angle of upper and lower two sides is sliding
Block is threadedly engaged with the second screw rod connect respectively, and second screw rod is divided into screw rod and lower screw rod, the upper spiral shell
Spinner handle and the oblique angle sliding block of upside are threadedly engaged connection, and the oblique angle sliding block of the lower screw rod and downside is threadedly engaged
Connection, and upper screw rod and lower screw rod screw thread are oppositely arranged, extending end and the described 5th is slided at the top of second screw rod
Intracavitary roof is rotatably assorted connection, and second screw rod bottom extending end power is connected with the second drive row machine, described
Second drive row machine is fixedly arranged in the described 5th sliding intracavitary bottom wall, and the described 4th of two sides is slided on the right side of chamber above and below the described 5th sliding chamber
It is equipped with deep gouge in wall, is installed with extension spring between inner wall and the gliding mass right end face on the right side of the deep gouge.
Further technical solution, the third transmission of electricity city Tou Yu electrical connection, the third transmission of electricity chamber and each described the
One transmission of electricity hole be electrically connected, it is described second transmission of electricity head and it is described first transmission of electricity head be electrically connected, it is described first transmission of electricity head with it is described
Refrigeration machine is electrically connected.
The beneficial effects of the present invention are: the oblique angle sliding block of upper and lower two sides is abutted against and is protruded into double due in the initial state
In oblique angle deep gouge, at this point, third transmission of electricity head and third transmission of electricity chamber are detached from due to the tensile force effect of extension spring, each first
Transmission of electricity hole is in off-position, meanwhile, the second sliding block is in conduction chamber left side wall, and oblique angle pushes away input board and is on the right side of the sliding chamber of third
Wall, oblique angle locking block plug together chamber since the pressure on top surface effect of top pressure spring fully slides out and protrude into third it is sliding it is intracavitary pushed away with oblique angle it is defeated
Plate abuts, and plugs together chamber and is in full open position, consequently facilitating close seat progress to each dress while being powered and power-off, conveniently makes
With.
The oblique angle sliding block of two sides up and down is driven in the opposite direction in use, starting second and driving row machine when needing to transmit electricity to refrigeration machine
Double bevel deep gouge is slided and completely disengages, at this point, gliding mass overcomes the drawing force of extension spring to slide to the left and makes third transmission of electricity head
It is intracavitary to be fully inserted into third transmission of electricity, at this point, each first transmission of electricity hole is in energized state, consequently facilitating it is auto-power on, mitigate people
Power uses, and increases safety in utilization；
Inserting-connection block on engaging head is plugged together intracavitary with plugging together to be fully inserted into after chamber is aligned, to be fully inserted into second defeated for the first transmission of electricity head
In electric hole, starting the first drive row machine drives the second sliding block to slide to the right, until the second transmission of electricity head is fully inserted into the first transmission of electricity hole,
At this point, the first transmission of electricity head is in energized state, that is, refrigeration machine is powered, meanwhile, socket is rotated centered on rotation axis, band
Dynamic oblique angle pushes away input board and slides to the left and the oblique angle locking block of upper and lower two sides is driven to overcome the pressure on top surface of top pressure spring towards relative direction
Slide and be slid completely into it is sealed intracavitary, at this point, engaging head is in locking and energized state, consequently facilitating engaging head is carried out automatic
Locking prevents accident power-off phenomenon, increases stability in use, and in grafting engaging head, and the first transmission of electricity head is in power-off
State, safety in utilization are strong.
Detailed description of the invention
Fig. 1 is a kind of integral structure refrigerating device inner overall structure diagram of the invention；
Fig. 2 is the structural schematic diagram that dress closes seat in the present invention；
Fig. 3 is the structural schematic diagram of engaging head in the present invention.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail.
Referring to Fig.1-3, a kind of integral structure refrigeration machine of embodiment according to the present invention, including bottom stage 100, rotation are matched
Close the turntable 101 being mounted on the bottom stage 100, the main frame 107 that is fixedly mounted on the turntable 101 and with the master
The engaging head 300 of 107 lock fit of framework connection, the interior multiple groups dress that is equipped with of 107 left end face of main frame closes seat 200, described
Dress, which closes to be equipped in 200 left end face of seat, plugs together chamber 214, and the 214 right side inner wall of chamber that plugs together is installed with the first transmission of electricity head 215, institute
It states to plug together and is symmetrically arranged with the first sliding chamber 216 in about 214 inner wall of chamber, being slidably installed in the described first sliding chamber 216 has oblique angle
Locking block 217, the described first sliding 216 right side inner wall of chamber is interior to be equipped with the second sliding chamber 212, is slidably matched in the described second sliding chamber 212
By the first sliding block 211 of left and right, press in the sliding chamber 212 of described the second of the opposite side of first sliding block 211 of upper and lower two sides
It is fitted with top pressure spring 213, the described first sliding chamber 216 is equipped with left and right far from the side connection for plugging together chamber 214 and extends
The sliding chamber 218 of the third of setting, the oblique angle that is slidably installed in the sliding chamber 218 of the third push away input board 219, upper and lower two sides it is described
The opposite side end face connection of the sliding chamber 218 of third is equipped with placed cavity 221, is connected to and sets between the placed cavity 221 of upper and lower two sides
There is conduction chamber 201, being slidably installed in the conduction chamber 201 has the second sliding block 210, and 210 internal screw thread of the second sliding block is matched
Conjunction is equipped with the first screw rod 202, and the 202 left side extending end of the first screw rod and 201 inner left wall of conduction chamber turn
Dynamic to be cooperatively connected, the 202 right side extending end power of the first screw rod is connected with the first drive row machine 203, and described first
It drives row machine 203 to be fixedly arranged in the 201 right side inner wall of conduction chamber, 210 right end face of the second sliding block is installed with the second transmission of electricity
First 223, it is opposite with the second transmission of electricity head 223 in the 201 right side inner wall of conduction chamber to be equipped with the first transmission of electricity hole 224, described the
Two sliding blocks, about 210 both sides of the face are installed with the first lug 204 protruded into the placed cavity 221, and the first lug 204 is cut with scissors
It is connected to the first pedestal 205 in succession, first pedestal 205 is slidably connected with socket 206, and the socket 206 passes through rotation
Axis 222, which is rotatably assorted, to be mounted in the placed cavity 221, the rotation axis 222 be fixedly arranged on the 221 front and back inner wall of placed cavity it
Between, the socket 206 is slidably connected with the second pedestal 208 in the side end face far from first pedestal 205, and described
Two pedestals 208 are hingedly connected with the second lug 209 far from the side of first pedestal 205, second lug 209 with it is described
Oblique angle pushes away input board 219 and is fixedly connected.
Valuably or illustratively, 300 right end face of engaging head, which is installed with, plugs together the mating company of chamber 214 with described
The inserting-connection block 301 connect, set in 301 right end face of inserting-connection block and with the first transmission of electricity mating connection of head 215
Second transmission of electricity hole 302, is symmetrically arranged with and 217 lock fit of oblique angle locking block in about 301 both sides of the face of inserting-connection block
The sealed chamber 303 of connection, consequently facilitating engaging head 300 is powered and is locked.
Valuably or illustratively, ring cavity 105, the ring cavity about 105 two are embedded in 101 inner circumferential wall of turntable
It being rotatably assorted in side and inner sidewall and multiple groups ball 104 is installed, the ball 104 rolls with change 103 be cooperatively connected respectively,
105 outside of ring cavity is stretched out in the change 103 and bottom end face surrounding is installed with armed lever 102, and the armed lever 102 is fixedly arranged on institute
100 top end surface surrounding of bottom stage is stated, consequently facilitating the main frame 107 stablizes rotation, increases property easy to use.
Valuably or illustratively, extend up and down in 107 inner wall of main frame and be equipped with the 4th sliding chamber 117, described the
Being slidably installed in four sliding chambers 117 has gliding mass 116, and 116 left end face of gliding mass is installed with third transmission of electricity head 109, described
4th sliding 117 inner left wall of chamber is interior to be equipped with third transmission of electricity chamber 108,116 right side of gliding mass with third transmission of electricity head 109 relatively
It is equipped with double bevel deep gouge 112 in end face, the 5th sliding chamber 113, the described 5th sliding chamber are equipped in the described 4th sliding 117 right side inner wall of chamber
Symmetrical above and below be slidably installed has oblique angle sliding block 111 in 113, the oblique angle sliding block 111 protrude into the described 4th sliding chamber 117 and
With the mating connection of the double bevel deep gouge 112, the oblique angle sliding block 111 of upper and lower two sides respectively with the second screw rod 118
Be threadedly engaged connection, second screw rod 118 divides for upper screw rod and lower screw rod, the upper screw rod and upside it is described
Oblique angle sliding block 111 is threadedly engaged connection, and the oblique angle sliding block 111 of the lower screw rod and downside is threadedly engaged connection, and on
Screw rod and lower screw rod screw thread are oppositely arranged, in the 118 top extending end of the second screw rod and the 5th sliding chamber 113
Roof is rotatably assorted connection, and the 118 bottom extending end power of the second screw rod is connected with the second drive row machine 106, institute
It states the second drive row machine 106 to be fixedly arranged in the described 5th sliding 113 inner bottom wall of chamber, described the of the described 5th sliding about 113 two sides of chamber
It is equipped with deep gouge 115 in four sliding 117 right side inner walls of chamber, it is solid between the 115 right side inner wall of deep gouge and 116 right end face of the gliding mass
Equipped with extension spring 114, it is detached from and engages with third transmission of electricity chamber 108 to automatically control the third transmission of electricity head 109.
Valuably or illustratively, the third transmission of electricity city Tou109Yu electrical connection, the third transmission of electricity chamber 108 and each
First transmission of electricity hole 224 is electrically connected, and the second transmission of electricity head 223 and the first transmission of electricity head 215 are electrically connected, and described the
One transmission of electricity head 215 and the refrigeration machine are electrically connected, to automatically control the energization and power-off of the first transmission of electricity head 215.
When original state, the oblique angle sliding block 111 of upper and lower two sides is abutted against and is protruded into double bevel deep gouge 112, at this point, due to
The tensile force effect of extension spring 114, third transmission of electricity head 109 and third transmission of electricity chamber 108 are detached from, at each first transmission of electricity hole 224
In off-position, meanwhile, the second sliding block 210 is in conduction 201 left side wall of chamber, and oblique angle pushes away input board 219 and is in sliding 218 right side of chamber of third
Side wall, oblique angle locking block 217 plug together chamber 214 since the pressure on top surface effect of top pressure spring 213 fully slides out and protrude into the sliding chamber of third
Input board 219 is pushed away with oblique angle in 218 to abut, and is plugged together chamber 214 and is in full open position.
When needing to transmit electricity to refrigeration machine in use, starting the second drive row machine 106 drives 111 courts of oblique angle sliding block of upper and lower two sides
Opposite direction slides and completely disengages double bevel deep gouge 112, at this point, gliding mass 116 overcomes the drawing force of extension spring 114 to slide to the left
And it is fully inserted into third transmission of electricity head 109 in third transmission of electricity chamber 108, at this point, each first transmission of electricity hole 224 is in energized state；
Inserting-connection block 301 on engaging head 300 is plugged together in chamber 214 with plugging together to be fully inserted into after chamber 214 is aligned, the first transmission of electricity head
215 are fully inserted into the second transmission of electricity hole 302, and starting the first drive row machine 203 drives the second sliding block 210 to slide to the right, until second
Transmission of electricity head 223 is fully inserted into the first transmission of electricity hole 224, at this point, the first transmission of electricity head 215 is in energized state, that is, refrigeration machine is logical
Electricity, meanwhile, socket 206 is rotated centered on rotation axis 222, is driven oblique angle to push away input board 219 and is slided and driven up and down to the left
The oblique angle locking block 217 of two sides overcomes the pressure on top surface of top pressure spring 213 to slide towards relative direction and is slid completely into sealed chamber 303
It is interior, at this point, engaging head 300 is in locking and energized state.
The beneficial effects of the present invention are: the oblique angle sliding block of upper and lower two sides is abutted against and is protruded into double due in the initial state
In oblique angle deep gouge, at this point, third transmission of electricity head and third transmission of electricity chamber are detached from due to the tensile force effect of extension spring, each first
Transmission of electricity hole is in off-position, meanwhile, the second sliding block is in conduction chamber left side wall, and oblique angle pushes away input board and is on the right side of the sliding chamber of third
Wall, oblique angle locking block plug together chamber since the pressure on top surface effect of top pressure spring fully slides out and protrude into third it is sliding it is intracavitary pushed away with oblique angle it is defeated
Plate abuts, and plugs together chamber and is in full open position, consequently facilitating close seat progress to each dress while being powered and power-off, conveniently makes
With.
The oblique angle sliding block of two sides up and down is driven in the opposite direction in use, starting second and driving row machine when needing to transmit electricity to refrigeration machine
Double bevel deep gouge is slided and completely disengages, at this point, gliding mass overcomes the drawing force of extension spring to slide to the left and makes third transmission of electricity head
It is intracavitary to be fully inserted into third transmission of electricity, at this point, each first transmission of electricity hole is in energized state, consequently facilitating it is auto-power on, mitigate people
Power uses, and increases safety in utilization；
Inserting-connection block on engaging head is plugged together intracavitary with plugging together to be fully inserted into after chamber is aligned, to be fully inserted into second defeated for the first transmission of electricity head
In electric hole, starting the first drive row machine drives the second sliding block to slide to the right, until the second transmission of electricity head is fully inserted into the first transmission of electricity hole,
At this point, the first transmission of electricity head is in energized state, that is, refrigeration machine is powered, meanwhile, socket is rotated centered on rotation axis, band
Dynamic oblique angle pushes away input board and slides to the left and the oblique angle locking block of upper and lower two sides is driven to overcome the pressure on top surface of top pressure spring towards relative direction
Slide and be slid completely into it is sealed intracavitary, at this point, engaging head is in locking and energized state, consequently facilitating engaging head is carried out automatic
Locking prevents accident power-off phenomenon, increases stability in use, and in grafting engaging head, and the first transmission of electricity head is in power-off
State, safety in utilization are strong.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (5)
1. a kind of integral structure refrigeration machine including bottom stage, the turntable being mounted on the bottom stage that is rotatably assorted, is fixedly mounted on
Main frame on the turntable and the engaging head being connect with the main frame lock fit, it is characterised in that: the main frame
It is equipped with multiple groups in left end face and fills conjunction seat, the dress, which closes to be equipped in seat left end face, plugs together chamber, and the chamber right side inner wall that plugs together is consolidated
Equipped with the first transmission of electricity head, described plug together is symmetrically arranged with the first sliding chamber in chamber or more inner wall, the described first sliding intracavitary peace that is slidably matched
Equipped with oblique angle locking block, described first is slided equipped with the second sliding chamber in the inner wall of chamber right side, and described second slides intracavitary be slidably matched by a left side
Right first sliding block, the sliding intracavitary press of described the second of the opposite side of first sliding block of upper and lower two sides are fitted with press
Spring, the described first sliding chamber are equipped with the sliding chamber of the extended third in left and right, the third far from the side connection for plugging together chamber
The sliding intracavitary oblique angle that is slidably installed pushes away input board, and the opposite side end face connection of the sliding chamber of the third of upper and lower two sides, which is equipped with, puts
Chamber is set, connection is equipped with conduction chamber between the placed cavity of upper and lower two sides, and intracavitary be slidably installed of the conduction has second to slide
Block, the second sliding block screw-internal thread fit are equipped with the first screw rod, extending end and the biography on the left of first screw rod
Guide cavity inner left wall is rotatably assorted connection, and extending end power is connected with the first drive row machine on the right side of first screw rod,
The first drive row machine is fixedly arranged on the right side of the conduction chamber in inner wall, and the second sliding block right end face is installed with the second transmission of electricity
Head is opposite with the second transmission of electricity head in inner wall on the right side of the conduction chamber to be equipped with the first transmission of electricity hole, second sliding block upper and lower two
Side end face is installed with the first lug protruded into the placed cavity, and the first lug is hingedly connected with the first pedestal, and described
One pedestal is slidably connected with socket, and the socket is rotatably assorted by rotation axis to be mounted in the placed cavity, and described turn
Moving axis is fixedly arranged between the inner wall of the placed cavity front and back, and the socket is slidably matched in the side end face far from first pedestal
It is connected with the second pedestal, second pedestal is hingedly connected with the second lug far from the side of first pedestal, and described second
Lug pushes away input board with the oblique angle and is fixedly connected.
2. a kind of integral structure refrigeration machine according to claim 1, it is characterised in that: the engaging head right end face is solid
Equipped with the inserting-connection block for plugging together the mating connection of chamber, set in the inserting-connection block right end face and with first transmission of electricity
Second transmission of electricity hole of mating connection, the inserting-connection block is symmetrically arranged in both sides of the face up and down and the oblique angle locking block is locked
Surely the sealed chamber being cooperatively connected.
3. a kind of integral structure refrigeration machine according to claim 1, it is characterised in that: the turntable inner circumferential wall is embedded
Equipped with ring cavity, the ring cavity is rotatably assorted in two sides and inner sidewall is equipped with multiple groups ball up and down, the ball respectively with turn
Ring, which rolls, to be cooperatively connected, and the change is stretched out on the outside of the ring cavity and bottom end face surrounding is installed with armed lever, and the armed lever is fixed
In the bottom stage top end surface surrounding.
4. a kind of integral structure refrigeration machine according to claim 1, it is characterised in that: in the main frame inner wall
Lower extend is equipped with the 4th sliding chamber, and the described 4th sliding intracavitary be slidably installed has gliding mass, and the gliding mass left end face is installed with the
Three transmission of electricity heads, the third that is equipped with opposite with third transmission of electricity head is transmitted electricity chamber in the 4th sliding chamber inner left wall, the gliding mass right side
Double bevel deep gouge is equipped in side end face, the described 4th slides equipped with the 5th sliding chamber in the inner wall of chamber right side, and the described 5th slides above and below intracavitary
Symmetrically being slidably installed has oblique angle sliding block, and it is sliding intracavitary and slotting with the double bevel deep gouge that the oblique angle sliding block protrudes into the described 4th
Mating connection is connect, the oblique angle sliding block of upper and lower two sides is threadedly engaged with the second screw rod respectively to be connect, second screw rod
It is divided into screw rod and lower screw rod, the oblique angle sliding block of the upper screw rod and upside is threadedly engaged connection, the lower spiral shell
Spinner handle and the oblique angle sliding block of downside are threadedly engaged connection, and upper screw rod and lower screw rod screw thread are oppositely arranged, and described
Extending end is rotatably assorted with the described 5th sliding intracavitary roof and connect at the top of two screw rods, and second screw rod bottom extends end
End power is connected with the second drive row machine, and the second drive row machine is fixedly arranged in the described 5th sliding intracavitary bottom wall, and the described 5th
It is equipped with deep gouge, the deep gouge right side inner wall and the gliding mass right-hand end above and below sliding chamber on the right side of the described 4th of two sides sliding chamber in inner wall
Extension spring is installed between face.
5. a kind of integral structure refrigeration machine according to claim 1, it is characterised in that: the third transmission of electricity head and alternating current
Connection, the third transmission of electricity chamber and each first transmission of electricity hole are electrically connected, the second transmission of electricity head and first transmission of electricity
Head is electrically connected, and the first transmission of electricity head and the refrigeration machine are electrically connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810733005.3A CN109028675A (en) | 2018-07-05 | 2018-07-05 | A kind of integral structure refrigeration machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810733005.3A CN109028675A (en) | 2018-07-05 | 2018-07-05 | A kind of integral structure refrigeration machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109028675A true CN109028675A (en) | 2018-12-18 |
Family
ID=64641218
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810733005.3A Withdrawn CN109028675A (en) | 2018-07-05 | 2018-07-05 | A kind of integral structure refrigeration machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109028675A (en) |
-
2018
- 2018-07-05 CN CN201810733005.3A patent/CN109028675A/en not_active Withdrawn
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Application publication date: 20181218 |
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