Summary of the invention
The technical problem to be solved by the utility model is to propose a kind of simple for the above-mentioned deficiency of the prior art
Operation, is not easy a kind of water tank type dish-washing machine with door-opening mechanism to seep water.
The utility model solves its technical problem the technical solution adopted is that a kind of water tank type with door-opening mechanism washes the dishes
Machine comprising:
Door body is placed in sink and keeps the upper surface of door body concordant with the edge of sink;
Door-opening mechanism, locating part, the locating part are equipped with limit sliding chutes, and the door-opening mechanism is slidably built in limit
In sliding slot and for pushing or pulling back door body, so that door body is in the open state or closed state;
The door-opening mechanism includes the driving member that driving motor and driving motor are connected, the work to connect with driving member activity
Moving part, the movable part are in limit sliding chutes, and the movable part is extend out to outside limit sliding chutes and the door from limit sliding chutes
Body is connected;
Controller, the controller are tied for judging whether the load force of driving motor reaches preset value, and according to judgement
Fruit controls the driving motor forward, reverse or stop and stops;And then realize the opening state and closed state of door body.
Preferably, the driving member is worm screw, screw rod or screw rod.
Preferably, the movable part includes sliding block and mandril, and the mandril can be integral with the sliding block.
Preferably, the both ends of the limit sliding chutes be respectively equipped with upper limit while and when lower limit, the upper limit side, lower limit
Position side can be with the sliding block movable contact.
Preferably, when the sliding block and the upper limit are contacted in, lower limit, the operating current of driving motor is promoted to send out
Changing is so that the load force of driving motor changes.
Preferably, the two sides of the limit sliding chutes are equipped with for limiting side, and the limit side is described for limiting
The moving position of sliding block.
Preferably, further include the sealing between sink and door-opening mechanism, the sealing include fixed seal ring,
Seal receptacle and dynamic seal ring;The fixed seal ring and dynamic seal ring are located at the both ends of the seal receptacle.
Preferably, the mandril passes through the seal receptacle.
Preferably, the dynamic seal ring is between seal receptacle and mandril.
Preferably, the fixed seal ring is between seal receptacle and sink.
It is that water tank type dish-washing machine drives door body that the utility model, which provides door-opening mechanism, is using driving motor as power source
Door-opening mechanism provides power, and replaces manpower with this, meanwhile, door body is set in sink, door body and sink have closely
Contact, so that door body and sink antileaking, and door body can steadily be opened or closed by door-opening mechanism.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
Please refer to Fig. 1-Fig. 4, a kind of water tank type dish-washing machine with door-opening mechanism of the utility model comprising door body 100,
Door-opening mechanism 200, locating part 300 and sealing 400.
Door body 100, is built in sink;The entirety of the door body 100 is placed in the inside of sink, and the upper of door body 100 is put down
The trough rim of face and sink is along concordant, and the upper plane of the edge of sink and door body 100 is almost in one plane.
Door-opening mechanism 200, locating part 300, the locating part 300 are equipped with limit sliding chutes 310, and the door-opening mechanism 200 can
Sliding is built in limit sliding chutes 310 and for the door body 100 that pushes or pull back;The door-opening mechanism 200 is driving door body 100
Force piece, reciprocally drive door body 100 so that door body 100 is in close state or open state.Locating part 300 is for limiting
The movement position of component in door-opening mechanism 200 processed, so that the final position for limiting the unlatching of door body 100 (limits door body to turn over
Degree).
The door-opening mechanism 200 includes the driving member 220 and driving member that driving motor 210 and driving motor 210 are connected
The movable part 230 that 220 activities connect, the movable part 230 are in limit sliding chutes 310, and the movable part 230 is from limit sliding chutes
It extend out in 310 outside limit sliding chutes 310 and is connected with the door body 100.
Controller, the controller is for judging whether the load force of driving motor 210 reaches preset value, and according to judgement
As a result 210 forward, reverse or stop of driving motor are controlled to stop;And then realize the opening state and closed state of door body 100.Tool
Body is said, during opening door body 100, driving motor 210 is rotated forward, when the load force of driving motor 210 reaches the pre- of stopping
If when value, driving motor 210 stops;During closing door body 100, driving motor 210 is inverted, when driving motor 210 loads
When power reaches the preset value of stopping, the reversion of driving motor 210 stops.
The both ends of the limit sliding chutes 310 are respectively equipped with upper limit at 311 and lower limit 312, the upper limit side
311, lower limit side 312 can be with 231 movable contact of sliding block.
The sliding block 231 and the upper limit 312 when contacting, promote the work of driving motor 210 in 311, lower limit
Electric current changes so that the load force of driving motor 210 changes.The controller judges whether load force reaches
Preset value and then the working condition for controlling driving motor 210, forward, reverse or stop stop.In this embodiment, the upper limit
In 311, lower limit, 312 are equivalent to contact induction device, and the sliding block 231 and the upper limit 312 connect in 311, lower limit
When touching, the upper limit 312 can be transmitted activation signal to the driving motor 210 and make driving motor in 311, lower limit
210 operating current sends variation, so that the load force of driving motor 210 changes, controller is according to driving motor
The variation of 210 load force and then the open state and closed state for controlling door body.
The two sides of the limit sliding chutes 310 are equipped with for limiting side 313, and the limit side 313 is for limiting institute
State the moving position of sliding block 231.
The driving member 220 is worm screw, screw rod or screw rod, and driving member 220 and movable part 230 need to generate straight-line displacement, is passed
Moving part 220 and the driving motor 210 are direct-connected, and the driving member 220 is rotated with driving motor 210, and the driving member 220 turns
Dynamic to need the displacement so that movable part 230 generates straight line, during producing displacement, the movement of the movable part 230 is continuous
's.
The movable part 230 includes sliding block 231 and mandril 232, and one end of mandril 232 is connected with the sliding block 231, another
One end is connected with the door body 100, and the mandril 232 can be connected with the sliding block 231.The sliding block 231 has can be with
The screw hole that driving member 220 cooperates, the driving member 220 are rotated with driving motor 210, because driving member 220 and screw hole cooperate, so that
Sliding block 231 and the driving member 220 generate linear relative movement, the driving motor 210 be fixed in limit sliding chutes 310 or
On locating part 300, in this embodiment, the driving motor 210 is fixed in the limit sliding chutes 310, the driving member
220 be worm screw, and the worm screw is direct-connected on the driving motor 210, and horizontal cunning occurs for sliding block 231 described in the worm drive
Dynamic, the horizontal sliding of the sliding block 231 drives 232 horizontal movement of mandril, and the mandril 232 drives the door body 100 to open
And closure.
Sealing 400 is between the sink and door-opening mechanism 200, and the sealing 400 is for preventing in sink
Water enters in limit sliding chutes 310;The sealing 400 includes fixed seal ring 410, seal receptacle 420 and dynamic seal ring 430;
The mandril 232 passes through the seal receptacle 420.The seal receptacle 420 can the water in anti-water stopping trough enter limit along mandril 232 and slide
In slot 310.
It is further preferred that the fixed seal ring 410 and dynamic seal ring 430 are located at the both ends of the seal receptacle 420, institute
It states fixed seal ring 410 and dynamic seal ring 430 is used to reinforce the sealing at 420 both ends of seal receptacle.
The dynamic seal ring 430 is between seal receptacle 420 and mandril 232, in this embodiment, the dynamic seal ring
430 are in seal receptacle 420 far from one end in the sink, and the dynamic seal ring is annular, and the dynamic sealing snare is described
It is directly contacted on mandril and with the mandril 232, the salable mandril 232 in ambulatory situations of the dynamic seal ring 430, to prevent
Only when opening, closing door body, the water in sink penetrates into limit sliding chutes mandril.
The fixed seal ring 410 is arranged between the seal receptacle 420 and sink;It is described solid in this embodiment
Determine sealing ring 410, seal receptacle 420 and dynamic seal ring 430 and triple seal is carried out to the sink, is penetrated into the water in capillary groove
In limit sliding chutes 310.
The seal receptacle 420 is between the fixed seal ring 410 and dynamic seal ring 430, the dynamic seal ring 430 with
The locating part 300 is in contact, and the sink resists fixed seal ring 410.
It is further preferred that allow seal receptacle 420 that there is high leakproofness, while mandril 232 and seal receptacle 420 can be allowed to have
There is opposite movement, the centre of the seal receptacle 420 is higher than the left and right sides, and the upper surface among the seal receptacle 420 is equipped with solid
Determine sealing ring 410, dynamic seal ring 430 described in the lower end surface of the centre of the seal receptacle 420 can make fixed seal ring in this way
410, dynamic seal ring 430, the cooperation of seal receptacle 420 are more close, so that sealing 400 has better sealing.
It is further preferred that prevent the movement of mandril 232 from making fixed seal ring 410, seal receptacle 420 and dynamic seal ring
430 cooperation occurs loosely, and sink is resisted in the upper end of the seal receptacle 420, and the fixed seal ring 410 is in sink and institute
It states between sealing cover, the sink is equipped with the through-hole passed through for the mandril 232, and the middle part of the sealing cover resists described close
Seal the middle part of seat 420, the recessed left and right sides for resisting the seal receptacle 420 in the left and right sides of the sealing cover.
It is further preferred that the door body 100 is in contact with the sink, door when the door body 100 is in close state
Body 100 is close to sink.
The door opening process of the door-opening mechanism 200, the door body 100 are in close state, and door body 100 is in sink,
For water in anti-water stopping trough from 100 edge of door body leak out, door body 100 and sink it is close under be affixed to prevent in water stopping trough water leakage,
So, by manpower, the more difficult opening of door body 100 can smoothly open door body 100 by door-opening mechanism 200 very much.
Driving motor 210 in door-opening mechanism 200 is used as power source, and driving motor 210 is driven forward 220 turns of driving member
Dynamic, in this embodiment, so that sliding block 231 slides in limit sliding chutes 310, sliding block 231 drives top for the rotation of driving member 220
Bar 232, the mandril 232 move and push door body 100 outward, open door body 100.
The reversion of driving motor 210 drives driving member 220 to rotate, and driving member 220 is with movable slider 231 in limit sliding chutes 310
It slides (glide direction when glide direction of sliding block 231 is rotated forward with the driving motor 210 is opposite), sliding block 231 drives mandril
232, the movement of mandril 232 back pulls door body 100, so that door body 100 is closed, returns in sink.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.