CN107270544A - A kind of automatic electric heater device - Google Patents

Abstract

The invention discloses a kind of automatic electric heater device, including transmission of electricity cabinet and transmission of electricity arm, transmission of electricity cabinet its right end face is provided with water fender at top, water fender is oblique downwards to be set, many support bars are additionally provided between water fender middle and transmission of electricity cabinet right side, inlay card groove is provided with cabinet its right end face of transmitting electricity, provided with the first sliding chamber in transmission of electricity cabinet at the top of inlay card groove, provided with the second sliding chamber in transmission of electricity cabinet on the left of inlay card groove, it is inner provided with transmission of electricity groove on the left of inlay card groove, the first spiral bar that second sliding intracavitary is set provided with left and right expansion, first spiral bar left-hand end is connected with the first driving machine, screw thread is connected with trolley shoe on first spiral bar, trolley shoe bottom right side is provided with the transmission arm for deploying to set to the right, spread is pierced into inlay card groove on the right side of transmission arm, and clamping close device is fixed with right part；The present invention is simple in construction, easy to operate, can realize that the automatic lock of transmission of electricity arm even positions and automatically controlled the grafting work of transmission of electricity arm, safe.

Description

A kind of automatic electric heater device

Technical field

The present invention relates to technical field of water heaters, a kind of automatic electric heater device.

Background technology

As the improvement of people's living standards, people are more and more for the use of water heater, the species of water heater has perhaps It is many, including electric heater, gas heater, solar water heater etc., wherein, because electric heater is easy to install and use and adds Heat has obtained the close resistance to of most people soon, and electricity consumption is needed during electric heater use, often by the slotting of electric heater during electricity consumption Head is directly inserted on socket, is so easily loosened in socket with plug, will be produced loose contact, more because there is high current Socket is flowed through, is easy to damage using plug.Although in the market has the connector assembly with mechanical locking, but has a lot Shortcoming, can not such as prevent from artificially pulling up, plug lock function is bad, i.e., still may be dropped out when electric heater is used slotting Head, causes the presence of larger potential safety hazard, electric heater can not be used normally, in addition, existing electric heater leads in electricity consumption Cross the manual grafting of personnel, by the manual grafting of personnel exist grafting exert oneself it is uneven cause to be damaged with dateline, while in the presence of insert Electric arc is easily produced when pulling out causes electric shock accidents.

The content of the invention

The technical problems to be solved by the invention are to provide a kind of automatic electric heater device, and it can solve the problem that above-mentioned existing In the art the problem of.

The present invention is achieved through the following technical solutions：A kind of automatic electric heater device of the present invention, including Water fender is provided with transmission of electricity cabinet and transmission of electricity arm, the transmission of electricity cabinet its right end face top, the water fender is oblique downwards to be set, It is additionally provided between the water fender middle and the transmission of electricity cabinet right side in many support bars, the transmission of electricity cabinet its right end face Provided with inlay card groove, it is provided with described defeated on the left of the first sliding chamber, the inlay card groove in the transmission of electricity cabinet at the top of the inlay card groove Provided with the second sliding chamber in electric cabinet, inner provided with transmission of electricity groove on the left of the inlay card groove, the described second sliding intracavitary is provided with left and right Deploy the first spiral bar set, the first spiral bar left-hand end is connected with the first driving machine, spiral shell on the first spiral bar Line is connected with trolley shoe, and the trolley shoe bottom right side is provided with the transmission arm for deploying to set to the right, and the transmission arm is right Side spread is pierced into the inlay card groove, and is fixed with clamping close device at right part, is provided with the top of the clamping close device in end face Match before and after the recessed groove that drops down is set, the recessed groove inside provided with the sliding connection groove of engaging, the recessed trench bottom Join to match inside groove, the lock connection groove left and right sides provided with lock in the clamping close device and slide connection groove provided with first, it is each described Guide channel is equipped with the inner top of first cunning connection groove, being equipped with the second cunning in the inner bottom part of each first cunning connection groove joins Groove, the second cunning connection groove in left side and described the second of right side are provided with convex portion between sliding connection groove, each described first slide connection groove Lock even trolley shoe is inside equipped with, the lock, which connects to be provided with the top of trolley shoe, to be pierced into the guide channel and the sliding cunning projection coordinated, Even trolley shoe connects trolley shoe and becomes estranged institute the lock close to outside the side of the lock connection groove provided with inclined edge surfaces lock even head, the lock State in outside the side of lock connection groove includes side, card article, power transmission section, lock even part and barre provided with transmission of electricity arm described in counterbore, described Structure is additionally provided with plus moved in trolley shoe, and described plus shifting structure includes dress and closes groove, deflecting roller and axostylus axostyle.

Further technical scheme, the described first sliding chamber bottom end is set with the inlay card groove top end UNICOM, described First sliding intracavitary is provided with the spiral hole set at the top of separation plate, the separation plate in end face provided with drops down, the spiral It is connected at the top of the second spiral bar being connected in hole provided with screw thread, the second spiral bar with the second driving machine.

At the top of further technical scheme, the sliding projection deflecting roller, the deflecting roller and the guiding are provided with end face Groove inner top, which connects, to be touched and sliding cooperation.

Further technical scheme, the lock connects trolley shoe bottom end face close to the side of the lock connection groove provided with contract connection Groove.

It is provided with the 3rd driving machine in further technical scheme, the convex portion, each described second slides and be equipped with connection groove 3rd spiral bar, each 3rd spiral bar medial extremity is distinguished the convex portion of the break-through left and right sides and driven with the described 3rd Machine is connected, and screw thread is connected with the sliding pushing block deployed upwards on the 3rd spiral bar, and the sliding pushing block deploys upwards Section, which pierces into described first, to be slided in connection groove and is connected with contract connection groove, the 3rd spiral bar hand of spiral of the left and right sides Towards anti-setting.

On the right side of further technical scheme, the transmission arm the second sliding chamber and the inlay card groove described in spread break-through it Between the transmission of electricity cabinet inside at and sliding coordinate.

Further technical scheme, the card article is fixedly installed on the side front/rear end, and the power transmission section is fixed on The side left end face position, the lock connects part and is fixed on the side bottom position, and the barre is fixedly installed on described Side its right end face position, the lock connects the part left and right sides and matched provided with inclined edge surfaces lock connection groove, and the lock connects part bottom provided with leading Draw inclined edge surfaces.

Slide in connection groove in further technical scheme, the counterbore and slide connection groove with described first provided with piercing into described first Internal place connect touch suppress part.

Further technical scheme, the dress is closed at the upper-lower position that groove is located in the trolley shoe, and the dress closes groove Front/rear end, which is installed with axostylus axostyle, the axostylus axostyle, is provided with deflecting roller, and cylindrical connect with the transmission of electricity cabinet of the deflecting roller is touched.

The beneficial effects of the invention are as follows：

1. the first spiral bar that left and right expansion is set, the first spiral bar left-hand end and the first driving machine are set by the second sliding intracavitary Screw thread mating connection trolley shoe on connection, the first spiral bar, trolley shoe bottom right side sets the transmission arm for deploying to set to the right, connection Spread is pierced into inlay card groove on the right side of swing arm, and fixation sets clamping close device at right part, is automatically controlled grafting work so as to realize, is carried High workload efficiency, reduces the personnel to operate.

2. by set in end face at the top of clamping close device before and after the recessed groove that drops down is set, recessed groove it is internal at match and set Set to match inside lock connection groove, the lock connection groove left and right sides in the sliding connection groove of engaging, the clamping close device of recessed trench bottom and set the first cunning connection It is all provided with being all provided with the second cunning connection groove in guide channel, the inner bottom part of each first cunning connection groove in groove, the inner top of each first cunning connection groove, The second cunning connection groove in left side and the second of right side set convex portion between sliding connection groove, and each first cunning, which joins, is all provided with lock even trolley shoe in groove, Lock, which is even set at the top of trolley shoe, to be pierced into guide channel and the sliding cunning projection coordinated, lock even trolley shoe close to outside the side of lock connection groove On set inclined edge surfaces lock even head, lock even become estranged in outside the side of lock connection groove and set counterbore by trolley shoe, so as to realize the even positioning of automatic lock Connection, prevents transmission of electricity arm is produced in moving process from rocking, causes grafting unstable.

3. being set by the first sliding chamber bottom end with inlay card groove top end UNICOM, the first sliding intracavitary sets separation plate, every Drive the second spiral bar that screw thread mating connection is set in the spiral hole for setting drops down setting at the top of plate in end face, spiral hole, second It is connected at the top of spiral bar with the second driving machine, so as to realize in non-electricity consumption, realizes the isolation and protection of transmission of electricity groove, prevents from getting an electric shock Accident occurs.

4. the present invention is simple in construction, easy to operate, it can realize that the automatic lock of transmission of electricity arm even positions and automatically controlled transmission of electricity Arm grafting works, and improves operating efficiency and security.

Brief description of the drawings

For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.

Fig. 1 is a kind of automatic electric heater device internal structure schematic diagram of the invention；

Fig. 2 is clamping close device right view of the invention；

Fig. 3 is the close-up schematic view of " A " in Fig. 1 of the present invention；

Fig. 4 is transmission of electricity arm overall structure diagram of the invention；

Structural representation when Fig. 5 is a kind of automatic electric heater device original state of the invention；

Structural representation when Fig. 6 is a kind of automatic electric heater device grafting of the invention；

Structural representation when Fig. 7 completes for a kind of automatic electric heater device grafting of the present invention；

Fig. 8 is the right view in Fig. 7.

Embodiment

As Figure 1-Figure 8, a kind of automatic electric heater device of the invention, including transmission of electricity cabinet 5 and transmission of electricity arm 6, Water fender 40 is provided with the transmission of electricity cabinet 5 its right end face top, the water fender 40 is oblique downwards to be set, the water fender 40 Many support bars 41 are additionally provided between middle and the right side of transmission of electricity cabinet 5, the support bar 41 is used to increase water fender It is provided with 40 fastness, its right end face of transmission of electricity cabinet 5 in inlay card groove 52, the transmission of electricity cabinet 5 at the top of inlay card groove 52 Provided with the first sliding chamber 53, chamber 51, the inlay card groove 52 are slipped provided with second in the transmission of electricity cabinet 5 in the left side of inlay card groove 52 Left side the inner is provided with transmission of electricity groove 521, the first spiral bar 511 set in the described second sliding chamber 51 provided with left and right expansion, institute State the left-hand end of the first spiral bar 511 to be connected with the first driving machine 513, screw thread is connected with cunning on the first spiral bar 511 Block 512 is connect, the bottom right side of trolley shoe 512 is provided with the transmission arm 514 for deploying to set to the right, the right side of transmission arm 514 Spread is pierced into the inlay card groove 52, and is fixed with clamping close device 7, the top end face of clamping close device 7 and is set at right part Have the recessed groove 71 that drops down is set, it is internal before and after the recessed groove 71 at match provided with the sliding connection groove 72 of engaging, it is described recessed Provided with lock connection groove 77 in the clamping close device 7 of the bottom of groove 71, described lock inside connection groove 77 left and right sides matches provided with first Guide channel 75 is equipped with sliding connection groove 73, the inner top of each first cunning connection groove 73, each described first slides connection groove 73 The second cunning connection groove 74 is equipped with inner bottom part, described the second of left side slides between connection groove 74 and the second cunning connection groove 74 on right side Provided with convex portion 76, lock even trolley shoe 731 is equipped with each first cunning connection groove 73, the lock connects the top of trolley shoe 731 and set Have and pierce into the guide channel 75 and the sliding cunning projection 751 coordinated, the lock connects trolley shoe 731 close to the lock connection groove 77 Provided with inclined edge surfaces lock even first 732 outside side, the lock even become estranged in outside the side of the lock connection groove 77 and set by trolley shoe 731 There is counterbore 733, the transmission of electricity arm 6 includes side 61, card article 62, power transmission section 64, lock even part 65 and barre 63, the trolley shoe Structure is additionally provided with plus moved in 512, and described plus shifting structure includes dress and closes groove 543, deflecting roller 542 and axostylus axostyle 541.

Wherein, the described first sliding bottom end of chamber 53 is set with the top end UNICOM of inlay card groove 52, and described first slips The spiral hole 532 set in separation plate 531, the top end face of separation plate 531 provided with drops down, the spiral shell are provided with chamber 53 The second spiral bar 533 being connected in shape hole 532 provided with screw thread, the top of the second spiral bar 533 and the second driving machine 534 Connection, so as to realize that automatic protection and lock connect.

Wherein, deflecting roller 752, the deflecting roller 752 and the guide channel 75 are provided with the top end face of sliding projection 751 Inner top, which connects, to be touched and sliding cooperation, so as to improve the lock even movement of trolley shoe 731 flexibility.

Wherein, even the bottom end face of trolley shoe 731 joins groove 735 to the lock close to the side of the lock connection groove 77 provided with contract.

Wherein, it is provided with the convex portion 76 in the 3rd driving machine 761, each second cunning connection groove 74 and is equipped with the 3rd spiral shell Shape bar 742, each medial extremity of 3rd spiral bar 742 is distinguished the convex portion 76 of the break-through left and right sides and driven with the described 3rd Motivation 761 is connected, and screw thread is connected with the sliding pushing block 741 deployed upwards on the 3rd spiral bar 742, and described slip pushes away The upward spread of block 741 pierce into it is described first slide connection groove 73 in and with the contract connection groove 735 be connected, the left and right sides it is described The hand of spiral of 3rd spiral bar 742 automatically controls unblock work towards anti-setting so as to realize, improves operating efficiency.

Wherein, it is second sliding between chamber 51 and the inlay card groove 52 described in the right side spread break-through of transmission arm 514 At transmission of electricity cabinet 5 inside and sliding coordinate.

Wherein, the card article 62 is fixedly installed on the front/rear end of side 61, and the power transmission section 64 is fixed on the end The left end face position of side 61, the lock connects part 65 and is fixed on the bottom position of side 61, and the barre 63 is fixedly installed on institute Its right end face position of side 61 is stated, the lock connects the left and right sides of part 65 and matched provided with inclined edge surfaces lock connection groove 651, and the lock connects part 65 Fixation is quickly assigned in bottom provided with guiding inclined edge surfaces 652 so as to realize, and then realizes that autopatching works.

Wherein, it is provided with to pierce into described first and slide in connection groove 73 and slide with described first in the counterbore 733 and joins inside groove 73 Place connect touch suppress part 734, so as to realize the work that automatically resets.

Wherein, the dress is closed at the upper-lower position that groove 543 is located in the trolley shoe 512, and before and after the dress conjunction groove 543 End face, which is installed with axostylus axostyle 541, the axostylus axostyle 90, is provided with deflecting roller 542, and the deflecting roller 542 is cylindrical with the transmission of electricity cabinet 5 connect and touch, thus by the effect of deflecting roller 542 effectively reduce trolley shoe 512 in slip the friction between the transmission of electricity cabinet 5 Power.

As shown in figure 5, trolley shoe 512 is located at the leftward position of the second sliding chamber 51 during original state, meanwhile, trolley shoe The clamping close device 7 of the 512 drive right-hand ends of transmission arm 514 is embedded in inlay card groove 52 completely, now, passes through the band of the second driving machine 534 Dynamic second spiral bar 533 is rotated, and is driven by the second spiral bar 533 in the sliding connection groove 72 of the fully-inserted engaging of separation plate 531, meanwhile, Even trolley shoe 731, by the elastic pressure on top surface for suppressing part 734, makes lock connect even first 732 maximum of the inclined edge surfaces lock on trolley shoe 731 to lock Degree is pierced into lock connection groove 77, now, and sliding projection 751 is located at the most inner side of guide channel 75, meanwhile, sliding pushing block 741 is located at Second slides the most inner side of connection groove 74, now, and the sliding top spread of pushing block 741 is connected with contract connection groove 735.

When needing electricity consumption, the second spiral bar 533 is controlled to invert by the second driving machine 534 first, by the second spiral bar 533 Separation plate 531 is driven to move up, until separation plate 531 is entirely retracted in the first sliding chamber 53, now, the bottom of separation plate 531 End face is in same level with the inner top of inlay card groove 52, then drives 511 turns of the first spiral bar by the first driving machine 513 It is dynamic, drive trolley shoe 512 to be moved along the second sliding right direction of chamber 51 by the first spiral bar 511, until trolley shoe 512 is moved to The right-most position of second sliding chamber 51, now, trolley shoe 512 drives the clamping close device on transmission arm 514 and transmission arm 514 7 are at utmost stretched out outside inlay card groove 52, and then arm 6 of transmitting electricity is moved to the top position of clamping close device 7, card article 62 is located at card The position that matches at the top of sliding connection groove 72 is closed, now, transmission of electricity arm 6 is moved down, card article 62 is gradually inserted in the sliding connection groove 72 of engaging, together When, side 61 is gradually slipped into recessed groove 71, continue to move down transmission of electricity arm 6, lock is connected part 65 and gradually pierce into lock connection groove 77 It is interior, until guiding inclined edge surfaces 652 and inclined edge surfaces lock even first 732 slip and abutted, lock is connected trolley shoe 731 and is overcome and suppress part 734 Elastic pressure on top surface slides connection groove 73 towards first and becomes estranged the groove 77 side movement of lock connection, until even first 732 to become estranged lock even sliding for inclined edge surfaces lock The end face of the side of block 731 with lock even part 65 lateral wall is sliding abuts, until inclined edge surfaces lock even first 732 slides onto inclined edge surfaces lock and joins groove At 651, meanwhile, even the bottom end face of part 65 connects and touched with the lock connection inner bottom part of groove 77 lock, and now, lock connects trolley shoe 731 and suppressed part 734 elastic pressure on top surface make inclined edge surfaces lock even first 732 spring into inclined edge surfaces lock connection groove 651 in, meanwhile, the bottom end face of side 61 with it is recessed The lower inner bottom part of groove 71, which connects, to be touched, now, and then card article 62 passes through the first driving machine 513 with engaging the sliding connection fully mated connection of groove 72 Control the first spiral bar 511 to invert, drive trolley shoe 512 to be moved along the second sliding left direction of chamber 51 by the first spiral bar 511, Meanwhile, trolley shoe 512 drives transmission arm 514 and the clamping close device 7 of the right end of transmission arm 514 to be moved towards left side, until sliding The left-most position that block 512 is moved to the second sliding chamber 51 is connect, meanwhile, drive clamping close device 7 to be completely embedded into inlay card groove 52, this When, clamping close device 7 is driven in the fully-inserted transmission of electricity groove 521 of power transmission section 64 on transmission of electricity arm 6, so as to realize that automatic power is connected； When electricity consumption completes to need to take out transmission of electricity arm 6, the first spiral bar 511 is driven to rotate by the first driving machine 513, by the first spiral Bar 511 drives trolley shoe 512 to be moved along the second sliding right direction of chamber 51, until trolley shoe 512 is moved to the second sliding chamber 51 Right-most position, now, trolley shoe 512 drives the clamping close device 7 on transmission arm 514 and transmission arm 514 at utmost to stretch Go out outside inlay card groove 52, the 3rd spiral bar 742 for then controlling the left and right sides by the 3rd driving machine 761 is rotated, by the left and right sides The 3rd spiral bar 742 drive the left and right sides sliding pushing block 741 towards opposite direction move, now, slip pushing block 741 drive lock Even trolley shoe 731 overcomes the elastic pressure on top surface for suppressing part 734 to become estranged the side movement of lock connection groove 77 towards the first cunning connection groove 73, up to tiltedly Side face lock even first 732 is completely disengaged from inclined edge surfaces lock connection groove 651, now, is moved up transmission of electricity arm 6 and be can be taken off, and then the 3rd 3rd spiral bar 742 of the control of driving machine 761 left and right sides is inverted, and left and right two is driven by the 3rd spiral bar 742 of the left and right sides The sliding pushing block 741 of side is towards the direction movement that matches, until sliding pushing block 741 and the elastic pressure on top surface top by suppressing part 734 The lock of pressure connects trolley shoe 731 and returns to initial position, then drives the first spiral bar 511 to invert by the first driving machine 513, by First spiral bar 511 drives trolley shoe 512 to be moved along the second sliding right direction of chamber 51, until driving clamping close device 7 completely embedding Enter in inlay card groove 52, finally control the second driving machine 534 drive the second spiral bar 533 rotate, by the second spiral bar 533 drive every Open in the sliding connection groove 72 of the fully-inserted engaging of plate 531, so as to realize initial position, and then realize that protection transmission of electricity groove 521 is not exposed.

The beneficial effects of the invention are as follows：

1. the first spiral bar that left and right expansion is set, the first spiral bar left-hand end and the first driving machine are set by the second sliding intracavitary Screw thread mating connection trolley shoe on connection, the first spiral bar, trolley shoe bottom right side sets the transmission arm for deploying to set to the right, connection Spread is pierced into inlay card groove on the right side of swing arm, and fixation sets clamping close device at right part, is automatically controlled grafting work so as to realize, is carried High workload efficiency, reduces the personnel to operate.

2. by set in end face at the top of clamping close device before and after the recessed groove that drops down is set, recessed groove it is internal at match and set Set to match inside lock connection groove, the lock connection groove left and right sides in the sliding connection groove of engaging, the clamping close device of recessed trench bottom and set the first cunning connection It is all provided with being all provided with the second cunning connection groove in guide channel, the inner bottom part of each first cunning connection groove in groove, the inner top of each first cunning connection groove, The second cunning connection groove in left side and the second of right side set convex portion between sliding connection groove, and each first cunning, which joins, is all provided with lock even trolley shoe in groove, Lock, which is even set at the top of trolley shoe, to be pierced into guide channel and the sliding cunning projection coordinated, lock even trolley shoe close to outside the side of lock connection groove On set inclined edge surfaces lock even head, lock even become estranged in outside the side of lock connection groove and set counterbore by trolley shoe, so as to realize the even positioning of automatic lock Connection, prevents transmission of electricity arm is produced in moving process from rocking, causes grafting unstable.

3. being set by the first sliding chamber bottom end with inlay card groove top end UNICOM, the first sliding intracavitary sets separation plate, every Drive the second spiral bar that screw thread mating connection is set in the spiral hole for setting drops down setting at the top of plate in end face, spiral hole, second It is connected at the top of spiral bar with the second driving machine, so as to realize in non-electricity consumption, realizes the isolation and protection of transmission of electricity groove, prevents from getting an electric shock Accident occurs.

4. the present invention is simple in construction, easy to operate, it can realize that the automatic lock of transmission of electricity arm even positions and automatically controlled transmission of electricity Arm grafting works, and improves operating efficiency and security.

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any The change or replacement expected without creative work, should all be included within the scope of the present invention.Therefore, it is of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (9)

1. a kind of automatic electric heater device, including transmission of electricity cabinet and transmission of electricity arm, it is characterised in that：In cabinet its right end face of transmitting electricity Water fender is provided with portion, water fender is oblique downwards to be set, and is additionally provided between water fender middle and transmission of electricity cabinet right side many It is provided with root support bar, transmission of electricity cabinet its right end face in the transmission of electricity cabinet at the top of inlay card groove, inlay card groove provided with the first sliding chamber, inlay card groove Provided with the second sliding chamber in the transmission of electricity cabinet in left side, inner provided with transmission of electricity groove on the left of inlay card groove, the second sliding intracavitary is provided with left and right Deploy the first spiral bar set, the first spiral bar left-hand end is connected with the first driving machine, screw thread, which coordinates, on the first spiral bar connects Trolley shoe is connected to, trolley shoe bottom right side is provided with spread on the right side of the transmission arm for deploying to set to the right, transmission arm and pierces into inlay card The recessed groove set at the top of clamping close device, clamping close device in end face provided with drops down is fixed with groove, and at right part, it is recessed Match before and after groove inside provided with the sliding connection groove of engaging, the clamping close device of recessed trench bottom is interior provided with lock connection groove, and lock joins groove or so two Match to slide in connection groove, the inner top of each first cunning connection groove provided with first inside side and be equipped with guide channel, each first slides connection The second cunning connection groove is equipped with the inner bottom part of groove, the second cunning connection groove in left side and the second of right side are provided with convex portion between sliding connection groove, Lock even trolley shoe is equipped with each first cunning connection groove, locks and connects at the top of trolley shoe provided with the cunning for piercing into guide channel and slipping cooperation Projection, even trolley shoe is close to outside the side of lock connection groove provided with inclined edge surfaces lock even head for lock, and even trolley shoe becomes estranged lock connection groove to lock Counterbore transmission of electricity arm is provided with outside side to be included also setting up in side, card article, power transmission section, lock even part and barre, the trolley shoe Have plus move structure, described plus shifting structure includes dress and closes groove, deflecting roller and axostylus axostyle.

2. a kind of automatic electric heater device according to claim 1, it is characterised in that：Described first sliding bottom of chamber portion End is set with the inlay card groove top end UNICOM, and the described first sliding intracavitary is provided with the top of separation plate, the separation plate in end face The second spiral bar being connected in the spiral hole set provided with drops down, the spiral hole provided with screw thread, second spiral shell It is connected at the top of shape bar with the second driving machine.

3. a kind of automatic electric heater device according to claim 1, it is characterised in that：End face at the top of the sliding projection Interior to be provided with deflecting roller, the deflecting roller connects with the guide channel inner top to be touched and sliding cooperation.

4. a kind of automatic electric heater device according to claim 1, it is characterised in that：The lock connects trolley shoe bottom End face joins groove close to the side of the lock connection groove provided with contract.

5. a kind of automatic electric heater device according to claim 1, it is characterised in that：The 3rd is provided with the convex portion The 3rd spiral bar is equipped with driving machine, each second cunning connection groove, each 3rd spiral bar medial extremity difference break-through The convex portion of the left and right sides and it is connected with the 3rd driving machine, screw thread is connected with upward exhibition on the 3rd spiral bar The sliding pushing block opened, the sliding upward spread of pushing block, which pierces into described first and slides in connection groove and coordinate with contract connection groove, to be connected Connect, the 3rd spiral bar hand of spiral of the left and right sides is set towards anti-.

6. a kind of automatic electric heater device according to claim 1, it is characterised in that：Deploy on the right side of the transmission arm Second slips inside the transmission of electricity cabinet between chamber and the inlay card groove and sliding cooperation described in section break-through.

7. a kind of automatic electric heater device according to claim 1, it is characterised in that：The card article is fixedly installed on The side front/rear end, the power transmission section is fixed on the side left end face position, and the lock connects part and is fixed on the end Side bottom position, the barre is fixedly installed on the side its right end face position, and the lock, which connects the part left and right sides and matched, to be provided with Inclined edge surfaces lock connection groove, the lock connects part bottom provided with guiding inclined edge surfaces.

8. a kind of automatic electric heater device according to claim 1, it is characterised in that：It is provided with and pierces into the counterbore It is described first slide connection groove in and with described first slide connection groove inside at connect touch suppress part.

9. a kind of automatic electric heater device according to claim 1, it is characterised in that：The dress closes groove positioned at described At upper-lower position in trolley shoe, and the dress closes groove front/rear end and is installed with axostylus axostyle, the axostylus axostyle provided with deflecting roller, Cylindrical connect with the transmission of electricity cabinet of the deflecting roller is touched.