CN109059354A - Heat pump system - Google Patents
Heat pump system Download PDFInfo
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- CN109059354A CN109059354A CN201810699589.7A CN201810699589A CN109059354A CN 109059354 A CN109059354 A CN 109059354A CN 201810699589 A CN201810699589 A CN 201810699589A CN 109059354 A CN109059354 A CN 109059354A
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- fixedly installed
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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
- F25B30/00—Heat pumps
- F25B30/06—Heat pumps characterised by the source of low potential heat
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- Physics & Mathematics (AREA)
- Mechanical Engineering (AREA)
- Thermal Sciences (AREA)
- General Engineering & Computer Science (AREA)
- Accommodation For Nursing Or Treatment Tables (AREA)
Abstract
The invention discloses heat pump systems, including body, thermal pump is fixedly installed in the body, temperature control cavity is provided on the right side of the thermal pump, air inlet pipe is provided between the temperature control cavity and thermal pump, solenoid valve is fixedly installed in the air inlet pipe, it is abutted in the temperature control cavity and is provided with annular slab, the annular slab periphery winding is provided with circulating water pipe, in present invention work, the generation of heat is carried out by thermal pump, the adjusting and control of heat are carried out by water system, when incubator is not connect with body, the thermal energy that thermal pump generates is saved in body, only when incubator is connect with body inserting, thermal energy enters in flowing lumen to progress temperature control in culture chamber, reduce thermal energy waste when incubator is removed in temperature control cavity, and when being not turned off chamber door by design partition block, heat will not be lost to free surrounding space It causes to waste, the present apparatus is compact-sized, high degree of automation, reduces the waste of new energy.
Description
Technical field
The present invention relates to art of heat pumps, specially heat pump system.
Background technique
Heat pump techniques are the new energy technologies being concerned now, can be used many fields, as the culture of medicine fills
It can be used thermal pump to generate heat in setting and carry out temperature control, temperature control used in incubator medically passes through electric energy at present
Control, it is big to heat slow and required power consumption, causes the increase of cost, but apparatus of the present invention can solve this problem.
Summary of the invention
The purpose of the present invention is to provide heat pump systems to solve the problems mentioned in the above background technology.
To achieve the above object, the invention provides the following technical scheme: heat pump system, including body, in the body
It is fixedly installed thermal pump, temperature control cavity is provided on the right side of the thermal pump, is provided with air inlet between the temperature control cavity and thermal pump
It manages, solenoid valve is fixedly installed in the air inlet pipe, is abutted in the temperature control cavity and is provided with annular slab, the annular slab periphery twines
It is provided around circulating water pipe, is provided with cold water cavity on the downside of the temperature control cavity, described circulating water pipe one end is communicated with the cold water cavity
And be fixedly connected with hydraulic pump, the circulating water pipe other end communicates on the right side of the cold water cavity upper surface with the cold water cavity,
It is provided with exhaust pipe on the right side of the temperature control cavity, the temperature control cavity is connected to the air inlet pipe and the exhaust pipe, on the exhaust pipe
Side is provided with air-breather, communicates on the right side of the exhaust pipe and is provided with inserting slot, is provided with locking device on the downside of the inserting slot,
It is fixedly installed sliding rail on the right side of machine body end face, opening is slidably connected on the sliding rail towards right incubator, institute
It states incubator left side and is fixedly installed plug, downward opening lock slots, the plug are provided in the plug lower end surface
It is inside provided with intercommunicating pore, culture chamber is provided in the incubator, warming instrument, institute are fixedly installed on the wall of the culture chamber left end
It states and is provided with cylindricality on the right side of culture chamber and places mouth, there is C-shaped ring shape heat flow chamber in the incubator box body, before the culture chamber
The flowing lumen right side of side is communicated with free surrounding space, and heat flow chamber left end wall, which communicates, is provided with symmetrical above and below lead to
Stomata, the venthole are connected to the intercommunicating pore and flowing lumen, communicate in the flowing lumen aft bulkhead on front side of the culture chamber
It is provided with the guide runner facing forward of being open, is communicated in the flowing lumen front bulkhead on front side of the culture chamber and be provided with opening backwards
Partition grooves are provided with partition block in the partition grooves, and the partition block lower end surface is fixedly installed adjustable spring, the partition grooves
Front side is provided with opening towards right sealed chamber, and rotary type is provided with shaft between end wall before and after the sealed chamber, in the shaft
It is fixedly installed sealed gear, front and back is provided on rear side of the incubator right end wall and runs through and is open towards right cavity, it is described logical
It is fixedly installed fixing axle between end wall above and below chamber, chamber door is rotatably connected in the fixing axle, is provided with ring in the chamber door
Shape chamber, the annular chamber inside are fixed in the seal chamber in being provided with T shape column seal chamber of the opening towards a left side in the chamber door
It is provided with guide rod symmetrical above and below, T shape column sealing block is slidably connected on the guide rod, is arranged in the sealing block right side
There is opening towards right thread groove, the seal chamber right side is fixedly installed driving motor, the driving motor and the sealing
The first drive cavity is provided between chamber, be connected by power on the driving motor left end protruded into through first drive cavity it is described
It is threadedly engaged the screw rod of connection in thread groove and with thread groove, is fixedly installed on the screw rod in first drive cavity
There is active runner, the second drive cavity, first drive cavity and second drive cavity are provided on front side of first drive cavity
Between be provided with connecting cavity, be provided with driven runner in second drive cavity, the active runner and the driven runner it
Between be sequentially connected by belt, be provided with power cavity, the driven runner left side middle position on the left of second drive cavity
It is fixedly installed the company that left side is protruded into the power cavity through second drive cavity and is fixedly connected with drive bevel gear
Spindle, the symmetrical engagement in drive bevel gear front and back are connected with driven wheel of differential, opening are provided on front side of the power cavity towards a left side
Locking slot, front side driven wheel of differential front end face middle position is fixedly installed front end and passes through with the locking slot front bulkhead
The first rotating shaft of bearing rotation connection, is fixedly installed first gear in the first rotating shaft in the locking slot, and described the
The engagement of one gear lower end surface is connected with sealed rack gear, and the sealed rack gear lower end surface is abutted with the locking slot lower end wall, described
It is communicated on rear side of power cavity and is provided with connection chamber, the connection chamber is connected to the annular chamber, the rear side driven wheel of differential rear end
Face middle position is fixedly installed rear end and second shaft for being connected to cavity rear end wall and being rotatablely connected by bearing, the connection
Second gear is fixedly installed in intracavitary second shaft, the second gear lower end surface engagement is connected with press rack gear,
It is provided with the symmetrical support rod in front and back on the right side of the press rack gear, is symmetrically arranged with opposite slide that be open before and after the connection chamber
Slot, the support rod protrudes into the slide slot far from one end of the press rack gear, solid on the left of the press rack gear rear end face
Surely it is provided with slide guide bar, the guide groove that opening is communicated towards left and front end with the connection chamber is provided on the left of the slide slot, it is described
Slide guide rod rear end is protruded into the guide groove and is abutted with the guide groove rear end face.
Preferably, the air-breather includes the seal groove being open towards the exhaust pipe, sliding in the seal groove
Be provided with sealing sliding block, the sealing upper end of slide block face is fixedly installed the first spring, first spring upper end face with it is described
Seal groove upper end wall is fixedly connected, and opening is provided on the right side of the sealing sliding block towards right surface groove, seal groove right side phase
For the logical opening that is provided with towards left link slot, the interior upside of the link slot, which communicates, is provided with first spring of the opening towards link slot
Slot, the interior sliding of the link slot are provided with connection sliding block, and the connection sliding block left side is abutted with the surface groove, the connection
Upper end of slide block face is fixedly installed the first fixed plate, and first dead plate upper end face is protruded into first spring groove, described
First fixed plate left side is fixedly installed second spring, and the second spring left side and first spring groove left end wall are solid
Fixed connection, the link slot downside, which communicates, is provided with top pressures groove, and the top pressures groove is connected to the link slot and the inserting slot, institute
It states to communicate on the right side of top pressures groove and is provided with second spring slot, sliding is provided with press sliding block, the press sliding block in the top pressures groove
Upper surface is protruded into the link slot and is abutted with connection sliding block right side, and the press sliding block right side is fixedly installed second
Fixed plate, second fixed plate right side is protruded into the second spring slot and second dead plate upper end face is fixedly installed
There is third spring, third spring upper end face is fixedly connected with the second spring slot upper end wall.
Preferably, the locking device includes the sliding groove being open towards the inserting slot, setting in the sliding groove
There is lock slider, the lock slider lower end surface is fixedly installed top pressure spring, the top pressure spring lower end surface and the sliding
Slot lower end wall is fixedly connected, and sliding groove left end wall, which communicates, is provided with allocating slot, and the allocating slot lower end wall, which communicates, to be provided with up and down
The driving lever of L shape is inverted in the empty slot for running through and communicating with free surrounding space, lock slider left side fixed setting, under the driving lever
Free surrounding space is protruded into through the empty slot in end face.
Preferably, the plug left side is provided with pressure inclined-plane symmetrical above and below, the press sliding block lower end surface is set
It is equipped with compression inclined-plane and identical as the upper pressure bevel inclination angle of the plug, the lock slider upper surface is provided with compression
Inclined-plane and, the length phase of the length of the lock slots and the lock slider identical as the bevel inclination angle that presses under the plug
Deng.
Preferably, the partition block right side is provided with compression inclined-plane, the press rack gear left side is provided with pressure
Inclined-plane, compression inclined-plane is identical as the pressure tilt angle on inclined-plane, and the guide runner is communicated with the guide groove level.
Preferably, the sealing plate left side is arranged with rubber seal.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of heat pump system entirety complete section of the present invention；
Fig. 2 is A-A direction structure schematic diagram in heat pump system of the present invention；
Fig. 3 is B enlarged structure schematic diagram in heat pump system of the present invention；
Fig. 4 is C-C direction structure schematic diagram in heat pump system of the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-4 is please referred to, a kind of embodiment provided by the invention: heat pump system, including body 10, in the body 10
It is fixedly installed thermal pump 11, temperature control cavity 12 is provided on the right side of the thermal pump 11, between the temperature control cavity 12 and thermal pump 11
It is provided with air inlet pipe 14, solenoid valve 15 is fixedly installed in the air inlet pipe 14, is abutted in the temperature control cavity 12 and is provided with annular
Plate 13,13 periphery of the annular slab winding is provided with circulating water pipe 16, cold water cavity 17 is provided on the downside of the temperature control cavity 12, described
16 one end of circulating water pipe communicates with the cold water cavity 17 and is fixedly connected with hydraulic pump 18, and 16 other end of circulating water pipe is in institute
It states and is communicated on the right side of 17 upper surface of cold water cavity with the cold water cavity 17, exhaust pipe 19, the temperature are provided on the right side of the temperature control cavity 12
Control chamber 12 is connected to the air inlet pipe 14 and the exhaust pipe 19, is provided with air-breather, the exhaust on the upside of the exhaust pipe 19
It is communicated on the right side of pipe 19 and is provided with inserting slot 35, locking device, 10 right end face of body are provided on the downside of the inserting slot 35
On be fixedly installed sliding rail 42, opening is slidably connected on the sliding rail 42 towards right incubator 43, the incubator 43
Left side is fixedly installed plug 46, and downward opening lock slots 47, the plug 46 are provided in 46 lower end surface of plug
It is inside provided with intercommunicating pore 48, culture chamber 56 is provided in the incubator 43, is fixedly installed on the 56 left end wall of culture chamber
Warming instrument 82 is provided with cylindricality on the right side of the culture chamber 56 and places mouth 57, has C-shaped ring shape heat stream in 43 cabinet of incubator
44 right side of the flowing lumen of cavity 44,56 front side of culture chamber is communicated with free surrounding space, and the heat flow chamber 44 is left
End wall, which communicates, is provided with venthole 45 symmetrical above and below, and the venthole 45 is connected to the intercommunicating pore 48 and flowing lumen 44, described
It is communicated in 44 aft bulkhead of the flowing lumen of 56 front side of culture chamber and is provided with the guide runner 52 facing forward that is open, before the culture chamber 56
The partition grooves 49 being provided with Kai Kou backwards are communicated in 44 front bulkhead of the flowing lumen of side, are provided with partition in the partition grooves 49
Block 50,50 lower end surface of partition block are fixedly installed adjustable spring 51, and opening is provided on front side of the partition grooves 49 towards the right side
Sealed chamber 53, rotary type is provided with shaft 55 between the sealed 53 front and back end wall of chamber, is fixedly installed lock in the shaft 55
Gear 54 is closed, front and back is provided on rear side of 43 right end wall of the incubator and runs through and be open towards the cavity 58 on the right side, on the cavity 58
It is fixedly installed fixing axle 59 between lower end wall, chamber door 60, setting in the chamber door 60 are rotatably connected in the fixing axle 59
There is an annular chamber 61,61 inside of annular chamber is described in being provided with opening in the chamber door 60 towards left T shape column seal chamber 62
It is fixedly installed guide rod 64 symmetrical above and below in seal chamber 62, T shape column sealing block 63, institute are slidably connected on the guide rod 64
The thread groove 65 for being provided with opening in 63 right side of sealing block towards the right side is stated, driving electricity is fixedly installed on the right side of the seal chamber 62
Machine 66 is provided with the first drive cavity 67, power on the driving motor 66 between the driving motor 66 and the seal chamber 62
It is connected with left end and protrudes into the thread groove 65 and be threadedly engaged with thread groove 65 through first drive cavity 67 and connect
Screw rod 68, be fixedly installed active runner 69, first drive cavity on the screw rod 68 in first drive cavity 67
67 front sides are provided with the second drive cavity 72, are provided with connecting cavity between first drive cavity 67 and second drive cavity 72
71, driven runner 73 is provided in second drive cavity 72, is passed through between the active runner 69 and the driven runner 73
Belt 70 is sequentially connected, and is provided with power cavity 75, the driven 73 left side interposition of runner on the left of second drive cavity 72
It sets and is fixedly installed left side and is protruded into the power cavity 75 through second drive cavity 72 and be fixedly connected with active conical tooth
The connecting shaft 74 of wheel 76, symmetrical engage in 76 front and back of drive bevel gear is connected with driven wheel of differential 77, before the power cavity 75
Side is provided with opening towards left locking slot 80, the front side 77 front end face middle position of driven wheel of differential be fixedly installed front end with
The first rotating shaft 78 that 80 front bulkhead of locking slot is rotatablely connected by bearing, the first rotating shaft 78 in the locking slot 80
On be fixedly installed first gear 79,79 lower end surface of the first gear engagement is connected with sealed rack gear 81, the sealed rack gear
81 lower end surfaces are abutted with 80 lower end wall of locking slot, are communicated on rear side of the power cavity 75 and are provided with connection chamber 84, the connection
Chamber 84 is connected to the annular chamber 61, the rear side 77 rear end face middle position of driven wheel of differential be fixedly installed rear end with it is described
It is connected to the second shaft 83 that 84 aft bulkhead of chamber is rotatablely connected by bearing, is consolidated in second shaft 83 in the connection chamber 84
Surely it is provided with second gear 85,85 lower end surface of the second gear engagement is connected with press rack gear 86, and the press rack gear 86 is right
Side is provided with the symmetrical support rod 87 in front and back, is symmetrically arranged with the opposite slide slot 88 that is open before and after the connection chamber 84, described
Support rod 87 protrudes into the slide slot 88 far from one end of the press rack gear 86, solid on the left of 86 rear end face of press rack gear
Surely it is provided with slide guide bar 89, the guide groove that opening is communicated towards left and front end with the connection chamber 84 is provided on the left of the slide slot 88
90,89 rear end of slide guide bar is protruded into the guide groove 90 and is abutted with guide groove end face after 90s.
Valuably, the air-breather includes the seal groove 21 being open towards the exhaust pipe 19, in the seal groove 21
Sliding is provided with sealing sliding block 22, and 22 upper surface of sealing sliding block is fixedly installed the first spring 23, first spring 23
Upper surface is fixedly connected with 21 upper end wall of seal groove, is provided with opening towards right surface groove on the right side of the sealing sliding block 22
24, it communicates on the right side of the seal groove 21 and is provided with opening towards left link slot 25, upside, which communicates, in the link slot 25 is provided with
The first spring groove 29 being open towards link slot 25, the interior sliding of the link slot 25 are provided with connection sliding block 26, and the connection is slided
26 left side of block is abutted with the surface groove 24, and 26 upper surface of connection sliding block is fixedly installed the first fixed plate 27, described
First fixed plate, 27 upper surface is protruded into first spring groove 29, and 27 left side of the first fixed plate is fixedly installed second
Spring 28,28 left side of second spring are fixedly connected with the 29 left end wall of the first spring groove, 25 downside of link slot
It communicates and is provided with top pressures groove 30, the top pressures groove 30 is connected to the link slot 25 and the inserting slot 35, and the top pressures groove 30 is right
Side, which communicates, is provided with second spring slot 32, and sliding, which is provided with, in the top pressures groove 30 presses sliding block 31, on the press sliding block 31
End face is protruded into the link slot 25 and is abutted with 26 right side of connection sliding block, and 31 right side of press sliding block is fixedly installed
Second fixed plate 33,33 right side of the second fixed plate are protruded into the second spring slot 32 and in second fixed plate 33
End face is fixedly installed third spring 34,34 upper surface of third spring and the fixed company of 32 upper end wall of second spring slot
It connects, effect is, when being not connected with incubator 43, gas heat is prevented to be lost, and when incubator 43 and 10 lock fit of body, leads to
The connection of plug 46 and inserting slot 35 is crossed so that sealing sliding block 22 rises, then exhaust pipe 19 is communicated with appendix 48 makes gas heat
It can circulate, avoid the heat losses in temperature control cavity 12, cause the waste of the energy.
Valuably, the locking device includes the sliding groove 38 being open towards the inserting slot 35, in the sliding groove 38
It is provided with lock slider 37,37 lower end surface of lock slider is fixedly installed top pressure spring 39,39 lower end of top pressure spring
Face is fixedly connected with 38 lower end wall of sliding groove, and the 38 left end wall of sliding groove, which communicates, is provided with allocating slot 36, the allocating slot 36
Lower end wall communicates the empty slot 40 for being provided with and running through and communicate with free surrounding space up and down, 37 left side of the lock slider fixed setting
It is inverted the driving lever 41 of L shape, free surrounding space is protruded into through the empty slot 40 in 41 lower end surface of driving lever, and effect is to improve culture
Connective stability between case 43 and body 10.
Valuably, 46 left side of plug is provided with pressure inclined-plane symmetrical above and below, 31 lower end surface of press sliding block
It is provided with compression inclined-plane and, the lock slider 37 upper surface setting identical as the upper pressure bevel inclination angle of the plug 46
There are compression inclined-plane and, the length of the lock slots 47 and locking cunning identical as the lower pressure bevel inclination angle of the plug 46
The equal length of block 37, effect is the stability for improving inserting.
Valuably, 50 right side of partition block is provided with compression inclined-plane, and 86 left side of press rack gear, which is provided with, applies
Inclined-plane is pressed, compression inclined-plane is identical as the pressure tilt angle on inclined-plane, and the guide runner 52 is communicated with 90 level of guide groove, makees
With being, press rack gear 86, which squeezes partition block 50 and moves forward, to be connected to the flowing lumen 44 and is connected to chamber 84 with described so that heat into
Enter in annular chamber 61 and circulation heat preservation is carried out to culture chamber 56, improves the stable type of device.
Valuably, 63 left side of sealing plate is arranged with rubber seal, effect be reduce by 63 periphery of sealing plate with
The friction of 57 inner wall of mouth is placed, the leakproofness of culture chamber 56 is improved, extends the service life of device.
Specifically used mode: in present invention work, original state, sealing sliding block 22 is abutted with 19 lower end surface of exhaust pipe, even
It connects sliding block 26 and is located at 25 right side of link slot, press 31 lower end surface of sliding block is located in inserting slot 35.
When device is run, culture is placed in culture chamber 56, incubator 43 is pushed to slide to the left on sliding rail 42, is inserted
First 46 downside pressure inclined-plane squeezes in lock slider 37 retracted downward to sliding groove 38, until 46 left side of plug and inserting slot
The upward sliding under the elastic restoring force of top pressure spring 39 of lock slider 37 is protruded into lock slots 47 and will be trained when 35 left sides abut
It supports case 43 to be stably connected with body 10, the inclined-plane that presses at the same time, on the upside of plug 46 squeezes press 31 upward sliding of sliding block, pushes
Connection sliding block 26 slides to the left, then seals 22 upward sliding of sliding block connection exhaust pipe 19 and intercommunicating pore 48, chamber door 60 is around fixation
Axis 59, which rotates clockwise, closes culture chamber 56, and driving motor 66 works, and driving screw rod 68 rotates, then sealing block 63 is moved to the left
Until the sealing placed and carry out culture chamber 56 in mouth 57 is protruded into 63 left side of sealing plate, at the same time, active runner 69 is rotated, and is led to
Crossing belt 70 drives driven runner 73 to rotate, then drive bevel gear 76 rotates, and front side driven wheel of differential 77 rotates so that sealed tooth
Item 81 is moved to the left, and sealed rack gear 81, which enters in sealed chamber 53 to engage with sealed 54 lower end surface of gear, carries out chamber door 60 and incubator
43 locking connection, meanwhile, rear side driven wheel of differential 77 rotates, so that press rack gear 86 is moved to the left and circulates in chamber 44,
And press rack gear 86 squeezes the partition forward movement of block 50 and is collapsible into partition grooves 49, flowing lumen 44 is communicated with annular chamber 61, then
Thermal pump 11 works, and the thermal energy of generation is entered in temperature control cavity 12 by air inlet pipe 14, and warming instrument 82 detects in culture chamber 56
Temperature adjusting is carried out by circulating water pipe 16 after temperature, thermal energy after adjusting is circulated chamber by exhaust pipe 19 and intercommunicating pore 48
44 with annular chamber 61 in the temperature of culture chamber 56 is regulated and controled and is controlled.
Compared with prior art, the beneficial effects of the present invention are: carrying out the production of heat by thermal pump in present invention work
It is raw, the adjusting and control of heat are carried out by water system, when incubator is not connect with body, the thermal energy that thermal pump generates is protected
There are in body, only when incubator is connect with body inserting, thermal energy is entered in flowing lumen to carrying out temperature in culture chamber
It controls, when reducing thermal energy waste when incubator is removed in temperature control cavity, and being not turned off chamber door by design partition block, heat
Free surrounding space will not be lost to cause to waste, the present apparatus is compact-sized, high degree of automation, reduces the waste of new energy.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case where without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Benefit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent elements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (6)
1. heat pump system, including body, it is fixedly installed thermal pump in the body, is provided with temperature on the right side of the thermal pump
Chamber is controlled, air inlet pipe is provided between the temperature control cavity and thermal pump, solenoid valve, the temperature control are fixedly installed in the air inlet pipe
Intracavitary abutting is provided with annular slab, and the annular slab periphery winding is provided with circulating water pipe, is provided on the downside of the temperature control cavity cold
Water cavity, described circulating water pipe one end communicate with the cold water cavity and are fixedly connected with hydraulic pump, and the circulating water pipe other end exists
It is communicated on the right side of the cold water cavity upper surface with the cold water cavity, exhaust pipe is provided on the right side of the temperature control cavity, the temperature control cavity connects
Lead to the air inlet pipe and the exhaust pipe, air-breather is provided on the upside of the exhaust pipe, communicates setting on the right side of the exhaust pipe
There is inserting slot, is provided with locking device on the downside of the inserting slot, sliding rail, the cunning are fixedly installed on the right side of machine body end face
Opening is slidably connected on rail towards right incubator, the incubator left side is fixedly installed plug, under the plug
It is provided with downward opening lock slots in end face, intercommunicating pore is provided in the plug, is provided with culture chamber in the incubator,
It is fixedly installed warming instrument on the wall of the culture chamber left end, cylindricality is provided on the right side of the culture chamber and places mouth, the incubator
There is C-shaped ring shape heat flow chamber in cabinet, the flowing lumen right side on front side of the culture chamber is communicated with free surrounding space, described
Heat flow chamber left end wall, which communicates, is provided with venthole symmetrical above and below, and the venthole is connected to the intercommunicating pore and flowing lumen,
It is communicated in the flowing lumen aft bulkhead on front side of the culture chamber and is provided with the guide runner facing forward that is open, on front side of the culture chamber
Communicate the partition grooves being provided with Kai Kou backwards in the flowing lumen front bulkhead, be provided with partition block in the partition grooves, it is described every
Fault block lower end surface is fixedly installed adjustable spring, and opening is provided on front side of the partition grooves towards right sealed chamber, the sealed chamber
Rotary type is provided with shaft between the end wall of front and back, is fixedly installed sealed gear in the shaft, after the incubator right end wall
Side is provided with front and back and runs through and be open towards right cavity, is fixedly installed fixing axle between the upper and lower end wall of the cavity, described solid
It is rotatably connected to chamber door on dead axle, annular chamber is provided in the chamber door, is provided on the inside of the annular chamber in the chamber door
It is open towards left T shape column seal chamber, is fixedly installed guide rod symmetrical above and below, the company of sliding on the guide rod in the seal chamber
It is connected to T shape column sealing block, opening is provided in the sealing block right side towards right thread groove, the seal chamber right side is solid
Surely it is provided with driving motor, is provided with the first drive cavity between the driving motor and the seal chamber, on the driving motor
Left end is connected by power to protrude into the thread groove through first drive cavity and be threadedly engaged connection with thread groove
Screw rod is fixedly installed active runner on the screw rod in first drive cavity, is provided on front side of first drive cavity
Second drive cavity is provided with connecting cavity, sets in second drive cavity between first drive cavity and second drive cavity
It is equipped with driven runner, is sequentially connected between the active runner and the driven runner by belt, second drive cavity is left
Side is provided with power cavity, and the driven runner left side middle position is fixedly installed left side and stretches through second drive cavity
Enter in the power cavity and be fixedly connected with the connecting shaft of drive bevel gear, symmetrical engagement is connected with before and after the drive bevel gear
Driven wheel of differential is provided with opening on front side of the power cavity towards left locking slot, among the driven wheel of differential front end face of front side
The first rotating shaft that position is fixedly installed front end and the locking slot front bulkhead is rotatablely connected by bearing, in the locking slot
First gear is fixedly installed in the first rotating shaft, the first gear lower end surface engagement is connected with sealed rack gear, the lock
It closes rack gear lower end surface to abut with the locking slot lower end wall, is communicated on rear side of the power cavity and be provided with connection chamber, the connection chamber
Be connected to the annular chamber, rear side driven wheel of differential rear end face middle position be fixedly installed rear end with it is described be connected to chamber after
The second shaft that end wall is rotatablely connected by bearing, described be connected in intracavitary second shaft are fixedly installed the second tooth
Wheel, the second gear lower end surface engagement are connected with press rack gear, and the symmetrical support in front and back is provided on the right side of the press rack gear
Bar, connection chamber front and back are symmetrically arranged with the opposite slide slot that is open, the one end of the support rod far from the press rack gear
It protrudes into the slide slot, slide guide bar is fixedly installed on the left of the press rack gear rear end face, is provided on the left of the slide slot
Be open the guide groove communicated towards left and front end with the connection chamber, the slide guide rod rear end protrude into the guide groove it is interior and with the guide groove
Rear end face abuts.
2. heat pump system according to claim 1, it is characterised in that: the air-breather includes being open towards the row
The seal groove of tracheae, the interior sliding of the seal groove are provided with sealing sliding block, and the sealing upper end of slide block face is fixedly installed first
Spring, first spring upper end face are fixedly connected with the seal groove upper end wall, are provided with opening on the right side of the sealing sliding block
Towards right surface groove, is communicated on the right side of the seal groove and be provided with opening towards left link slot, the interior upside of the link slot, which communicates, to be set
It is equipped with first spring groove of the opening towards link slot, sliding is provided with connection sliding block in the link slot, and the connection sliding block is left
End face is abutted with the surface groove, and the connection sliding block upper surface is fixedly installed the first fixed plate, in first fixed plate
End face is protruded into first spring groove, and first fixed plate left side is fixedly installed second spring, the second spring
Left side is fixedly connected with first spring groove left end wall, is communicated on the downside of the link slot and is provided with top pressures groove, the press
Slot is connected to the link slot and the inserting slot, communicates on the right side of the top pressures groove and is provided with second spring slot, in the top pressures groove
Sliding is provided with press sliding block, and the press sliding block upper surface is protruded into the link slot and abutted with connection sliding block right side,
The press sliding block right side is fixedly installed the second fixed plate, and the second spring slot is protruded into second fixed plate right side
Interior and second dead plate upper end face is fixedly installed third spring, third spring upper end face and the second spring slot
Upper end wall is fixedly connected.
3. heat pump system according to claim 1, it is characterised in that: the locking device includes that opening is inserted towards described
The sliding groove of slot allocation is provided with lock slider in the sliding groove, and the lock slider lower end surface is fixedly installed top pressure spring,
The top pressure spring lower end surface is fixedly connected with the sliding groove lower end wall, and sliding groove left end wall, which communicates, is provided with allocating slot,
The allocating slot lower end wall communicates the empty slot for being provided with and running through and communicate with free surrounding space up and down, and the lock slider left side is fixed
The driving lever for being inverted L shape is set, and free surrounding space is protruded into through the empty slot in the driving lever lower end surface.
4. heat pump system according to claim 1, it is characterised in that: the plug left side is provided with symmetrical above and below
Press inclined-plane, and the press sliding block lower end surface is provided with compression inclined-plane and the upper pressure bevel inclination angle phase with the plug
Together, the lock slider upper surface is provided with compression inclined-plane and, the lock identical as the bevel inclination angle that presses under the plug
Determine the length of slot and the equal length of the lock slider.
5. heat pump system according to claim 1, it is characterised in that: it is oblique that the partition block right side is provided with compression
Face, the press rack gear left side are provided with pressure inclined-plane, and compression inclined-plane is identical as the pressure tilt angle on inclined-plane, the slide guide
Slot is communicated with the guide groove level.
6. heat pump system according to claim 1, it is characterised in that: the sealing plate left side is arranged with rubber seal
Circle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810699589.7A CN109059354A (en) | 2018-06-29 | 2018-06-29 | Heat pump system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810699589.7A CN109059354A (en) | 2018-06-29 | 2018-06-29 | Heat pump system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109059354A true CN109059354A (en) | 2018-12-21 |
Family
ID=64818583
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810699589.7A Withdrawn CN109059354A (en) | 2018-06-29 | 2018-06-29 | Heat pump system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109059354A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110160184A (en) * | 2019-05-31 | 2019-08-23 | 嘉兴悦珂贸易有限公司 | A kind of VR action recognition device |
-
2018
- 2018-06-29 CN CN201810699589.7A patent/CN109059354A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110160184A (en) * | 2019-05-31 | 2019-08-23 | 嘉兴悦珂贸易有限公司 | A kind of VR action recognition device |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181221 |
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| WW01 | Invention patent application withdrawn after publication |