CN110101323A - A kind of underground heat bath apparatus - Google Patents

Abstract

The invention discloses a kind of underground heat bath apparatus, including wall, a water pipe is provided in the wall, the water pipe left end is provided with a bathing water outlet, and a switching mechanism is provided in the water pipe upper end wall, and the switching mechanism includes the lifting groove through the water pipe, one or two elevator is provided in the lifting groove, it is fixedly connected between the elevator by elevating lever, is provided with a swivelling chute on the upside of the lifting groove, is provided with a frictional groove in the swivelling chute upper end wall；In present invention work, the device can persistently switch between two states that persistently circulate being automatically closed, to achieve the purpose that adapt to different water demands, and the device is when needing hot water, the sustainable continual output hot water of device, to meet the hot water demand of people, by manually adjusting rotation rotating bar on leaving water temperature, thus the hot water temperature needed, to meet the temperature requirements of people, this device is improved work efficiency by mechanical transmission.

Description

A kind of underground heat bath apparatus

Technical field

The present invention relates to bathroom field, specially a kind of underground heat bath apparatus.

Background technique

Many people like bathing in hot spring in life, but limit to condition, and publilc baths is only capable of when wanting to bath in hot spring, but is gone The higher and sanitary condition of publilc baths consumption is poor, therefore, therefore, can be according to user's demand to water the present invention is directed to design one kind It is heated, and then user of service can be met at home, the device for imitating underground heat bathing can be realized.

Summary of the invention

The purpose of the present invention is to provide a kind of underground heat bath apparatus, to solve the problems mentioned in the above background technology.

To achieve the above object, the invention provides the following technical scheme: a kind of underground heat bath apparatus, including wall, it is described A water pipe is provided in wall, the water pipe left end is provided with a bathing water outlet, is provided with one in the water pipe upper end wall and opens Shutting mechanism, the switching mechanism include the lifting groove through the water pipe, are provided with one or two elevator, institute in the lifting groove It states and is fixedly connected between elevator by elevating lever, be provided with a swivelling chute, the swivelling chute upper end wall on the upside of the lifting groove It is inside provided with a frictional groove, the friction block that a left end is located in free surrounding space, the upside lifting are provided in the frictional groove Block upper end is through the swivelling chute and is located in the frictional groove, and a pushing mechanism is provided in the water pipe lower end wall, described A driving mechanism is provided on the right side of pushing mechanism, the pushing mechanism includes pushing space, is provided with one in the promotion space The pushing plate of movement is driven by driving mechanism, described push in spatially lower end wall is symmetrically arranged with a runner pipe up and down Road is provided with two pieces of fixed blocks in the circulation duct, and the upper end of fixing block face is provided with a limited block, the circulation duct It is inside additionally provided with the spring block being slidably connected with two pieces of limited blocks, there are two flexible bullets for the spring block lower end surface setting Spring, there are three heating mechanisms for pushing mechanism downside setting, and the heating mechanism includes heating chamber, the heating chamber lower end wall It is inside provided with a rotation chamber, the rotation is intracavitary to be provided with a lifter plate, and the lifter plate upper surface is provided with upper end and is located at institute The loop bar in heating chamber is stated, the loop bar upper end is provided with a piston, and the piston upper surface is provided with a heat block, described to add It is provided with a mobile cavity in hot chamber right end wall, a movable plate, setting in the wall of the mobile cavity left end are provided in the mobile cavity There is the expansion chamber for being connected to the heating chamber, is provided with a heat-conducting block in the expansion chamber.

Preferably, the switching mechanism includes the lifting groove through the water pipe, two pieces are provided in the lifting groove Elevator is fixedly connected between the elevator by elevating lever, is provided with a swivelling chute, the rotation on the upside of the lifting groove It is provided with a frictional groove in slot upper end wall, the friction block that a left end is located in free surrounding space, upside are provided in the frictional groove The elevator upper end is through the swivelling chute and is located in the frictional groove, and the elevator upper end is fixedly connected with one and institute State the lifting block of frictional groove frictional connection, the lifting block upper surface is fixedly connected with a lifting spring, on the lifting spring End is fixedly connected with the frictional groove upper end wall, is provided with the spring groove of an opening to the left, the spring groove in the lifting block Right end wall is fixedly connected with an adjustable spring, and the adjustable spring left end is fixedly connected with a left end and is located in the frictional groove Connecting rod, the connecting rod left end are fixedly connected with a friction plate, the friction plate left side and the friction block frictional connection；

Wherein, it is rotatablely connected left end on the elevator in the swivelling chute and is located at the rotating bar in free surrounding space, the rotation It is provided with a driven slot in turn trough right end wall, is rotatably connected to a driven shaft, the driven slot between end wall above and below the driven slot It is connected to the swivelling chute on the upside of the wall of left end, is fixedly connected with a driven gear on the driven shaft, the rotating bar right end runs through The swivelling chute right end wall and connection is engaged with the driven gear, be provided on the downside of the driven gear solid with the driven shaft Surely the first belt pulley connected, be provided in the wall one before and after the water pipe end wall rotating drum, the rotating drum A driven space is provided in upper end wall, the driven space upper end wall is rotatably connected to a belt shaft, the belt shaft lower end It is rotatablely connected in the rotating drum and with the rotating drum lower end wall, the belt shaft upper end is fixedly connected with and described the Second belt pulley of one pulley belt connection, the belt pulley lower end is fixedly connected with a spill spin block, sets in the spill spin block It is equipped with the conical cavity that a left hand end wall is connected to the swivelling chute.

Preferably, the pushing mechanism includes pushing space, a promotion space, institute are provided in the water pipe lower end wall It states to push and is provided with a pushing plate in space, described push in spatially lower end wall is symmetrically arranged with a runner pipe up and down Road, the circulation duct of upside two are connected to the water pipe, are provided with a mainstream channel, downside in the lower end wall of the promotion space Two circulation ducts are connected to the mainstream channel, and the circulation duct left hand end wall is symmetrically fixedly connected with two pieces of fixations Block, the upper end of fixing block face are fixedly connected with a limited block, are additionally provided in the circulation duct and two pieces of limited blocks The spring block being slidably connected, the spring block lower end surface are fixedly connected there are two adjustable spring, control two adjustable springs Lower end is fixedly connected with the two pieces of fixed blocks in left and right respectively.

Preferably, the driving mechanism includes driving chamber, the driving chamber right end wall is fixedly connected with a driving motor, The driving motor left end has been connected by power a drive shaft, and the drive shaft left end is pushed away through driving chamber left end wall with described Dynamic space right end wall and be rotatablely connected with the promotions space left end wall, the drive shaft left end run through the pushing plate and with institute The connection of pushing plate threaded engagement is stated, is rotatably connected to a transmission shaft on the downside of the driving chamber right end wall, the transmission shaft left end is passed through It wears three rotation chambers and is rotatablely connected with the left side rotation chamber left end wall, the transmission shaft right end is fixedly connected with third Belt pulley, the drive shaft right end are fixedly connected with the 4th belt pulley, pass through between the third belt pulley and the 4th belt pulley Belt connection is fixedly connected with a cam on intracavitary transmission shaft axis body positioned at described rotate.

Preferably, the heating mechanism includes heating chamber, a heating chamber, institute are provided in the mainstream channel lower end wall The split channel that heating chamber upper end wall is provided with the connection mainstream channel is stated, is provided with one turn in the heating chamber lower end wall Dynamic chamber, the intracavitary lifter plate for being provided with one Yu the cam upper-end contact of rotation, the lifter plate upper surface is fixedly connected There is upper end to be located at the loop bar in the heating chamber, the loop bar upper end is fixedly connected with a piston, the piston upper surface setting There is a heat block, a mobile cavity is provided in the heating chamber right end wall, a movable plate, the shifting are provided in the mobile cavity It is provided with the expansion chamber for being connected to the heating chamber in dynamic chamber left end wall, a heat-conducting block is fixedly connected in the expansion chamber, it is described It is provided with the movable block that a right end is located in the mobile cavity on the right side of heat-conducting block, the movable block right end is fixed with the movable plate Connection, the movable plate right side is symmetrical above and below to be fixedly connected with a mobile spring, the mobile spring right end and the movement Chamber right end wall is fixedly connected, and the movable plate left side is fixedly connected with the trapeze bar that a left end is located in the heating chamber, institute It states on the upside of the wall of mobile cavity left end and is provided with a translation slot for running through the split channel, be provided with a truncation in the translation slot Bar, the truncation bar right end are fixedly connected through the mobile cavity and with the movable plate, are provided with a company on the truncation bar Lead to the through hole of the translation slot；

Wherein, it is provided with the spring compartment of the connection heating chamber in the heating chamber, is provided with one in the spring compartment Right end is located at the first trapezoid block in the heating chamber, and first trapezoid block left end is fixedly connected with a compressed spring, described Compressed spring left end is fixedly connected with spring compartment left end wall, is provided with described in a connection in the spring compartment upper end wall The translation chamber of heating chamber, a shifting chute is provided in the translation chamber upper end wall, and the intracavitary upper end that is provided with of translation is located at Translation plates in the shifting chute, the translation plates upper end are fixedly connected with a truncation block, are provided with a company in the truncation block Lead to the recirculation hole of the shifting chute, translation plates lower end right side is fixedly connected with that a right end is located in the heating chamber Two trapezoid blocks are provided between the spring compartment and the translation chamber and are connected to the rotation slots of two spaces, before the rotation slot It is rotatably connected to a lever shaft between aft bulkhead, a lever is fixedly connected on the lever shaft, the lever upper end is located at described Intracavitary and lower end is translated to be located in the spring compartment, be provided in the heating chamber upper end connection heating chamber with it is described The water inlet pipe of water pipe, the water inlet pipe connection run through the shifting chute.

In conclusion it is convenient to operate, which can be automatically closed the medicine have the advantages that present apparatus structure is simple Persistently switch between two states of lasting circulation, to achieve the purpose that adapt to different water demands, and the device is needing When hot water, the sustainable continual output hot water of device, to meet the hot water demand of people, by manual on leaving water temperature Rotation rotating bar is adjusted, thus the hot water temperature needed, to meet the temperature requirements of people, this device passes through machinery Transmission, improves work efficiency.

Detailed description of the invention

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings, and below with reference to Fig. 1-3, the present invention is described in detail, wherein for sake of convenience, now right Hereafter described orientation provides as follows: the projection relation of front-rear direction and Fig. 1 itself up and down described in hereafter is up and down Front-rear direction is consistent.

Fig. 1 is the schematic view of the front view of the bathing water outlet entirety complete section of heating device of the present invention；

Fig. 2 is the vertical view enlarged structure schematic diagram of the bathing water outlet spill spin block complete section of heating device of the present invention；

Fig. 3 is the main view enlarged structure schematic diagram of the bathing water outlet heating mechanism partial cutaway of heating device of the present invention.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

Fig. 1-3 is please referred to, a kind of embodiment provided by the invention: a kind of underground heat bath apparatus, including wall 1, the wall A water pipe 48 is provided in body 1,48 left end of water pipe is provided with a bathing water outlet 33, setting in 48 upper end wall of water pipe There is a switching mechanism 44, the switching mechanism 44 includes the lifting groove 31 through the water pipe 48, setting in the lifting groove 31 There is one or two elevator 30, is fixedly connected between the elevator 30 by elevating lever 32, is provided on the upside of the lifting groove 31 One swivelling chute 34 is provided with a frictional groove 42 in 34 upper end wall of swivelling chute, and left end position is provided in the frictional groove 42 In the friction block 39 in free surrounding space, upside 30 upper end of elevator is through the swivelling chute 34 and is located at the frictional groove 42 It is interior, it is provided with a pushing mechanism 17 in 48 lower end wall of water pipe, a driving mechanism 74 is provided on the right side of the pushing mechanism 17, The pushing mechanism 17 includes pushing space 29, and described push is provided with one by the drive movement of driving mechanism 74 in space 29 Pushing plate 28 is symmetrically arranged with a circulation duct 4, the circulation duct 4 in about 29 end wall of promotion space up and down Two pieces of fixed blocks 12 are inside provided with, 12 upper surface of fixed block is provided with a limited block 2, also sets up in the circulation duct 4 There is the spring block 5 being slidably connected with two pieces of limited blocks 2, there are two adjustable spring 3, institutes for 5 lower end surface of the spring block setting Stating setting on the downside of pushing mechanism 17, there are three heating mechanism 27, the heating mechanism 27 includes heating chamber 25, the heating chamber 25 It is provided with a rotation chamber 21 in lower end wall, a lifter plate 23 is provided in the rotation chamber 21,23 upper surface of lifter plate is set It is equipped with the loop bar 24 that upper end is located in the heating chamber 25,24 upper end of loop bar is provided with a piston 26, on the piston 26 End face is provided with a heat block 49, and a mobile cavity 70, setting in the mobile cavity 70 are provided in the 49 right end wall of heating chamber There is a movable plate 69, is provided with the expansion chamber 68 for being connected to the heating chamber 25, the expansion chamber in the 70 left end wall of mobile cavity A heat-conducting block 67 is provided in 68.

Valuably, the switching mechanism 44 includes the lifting groove 31 through the water pipe 48, setting in the lifting groove 31 There are two pieces of elevators 30, is fixedly connected between the elevator 30 by elevating lever 32, is provided with one on the upside of the lifting groove 31 Swivelling chute 34 is provided with a frictional groove 42 in 34 upper end wall of swivelling chute, is provided with a left end in the frictional groove 42 and is located at Friction block 39 in free surrounding space, upside 30 upper end of elevator is through the swivelling chute 34 and is located at the frictional groove 42 Interior, 30 upper end of elevator is fixedly connected with the lifting block 41 of one Yu 42 frictional connection of frictional groove, the lifting block 41 Upper surface is fixedly connected with a lifting spring 43, and 43 upper end of lifting spring is fixedly connected with 42 upper end wall of frictional groove, It is provided with the spring groove 36 of an opening to the left in the lifting block 41, the 36 right end wall of spring groove is fixedly connected with a flexible bullet Spring 40,40 left end of adjustable spring are fixedly connected with the connecting rod 37 that a left end is located in the frictional groove 42, the connection 37 left end of bar is fixedly connected with a friction plate 38,38 left side of friction plate and 39 frictional connection of friction block；

Wherein, it is rotatablely connected left end on the elevator 30 in the swivelling chute 34 and is located at the rotating bar 35 in free surrounding space, It is provided with a driven slot 75 in the 34 right end wall of swivelling chute, is rotatably connected to a driven shaft between about 75 end wall of driven slot 45, the 75 left end wall upside of driven slot is connected to the swivelling chute 34, is fixedly connected with a driven gear on the driven shaft 45 46,35 right end of rotating bar through the 34 right end wall of swivelling chute and engages connection with the driven gear 46, described driven It is provided with the first belt pulley 47 being fixedly connected with the driven shaft 45 on the downside of gear 46, is provided with one in the wall 1 and runs through The rotating drum 11 of the 48 front and back end wall of water pipe is provided with a driven space 6, the driven sky in 11 upper end wall of rotating drum Between 6 upper end walls be rotatably connected to a belt shaft 8,8 lower end of belt shaft be located in the rotating drum 11 and with the rotating drum The rotation connection of 11 lower end walls, 8 upper end of belt shaft is fixedly connected with the second skin connecting with 47 belt of the first belt pulley Belt wheel 7,8 lower end of belt pulley are fixedly connected with a spill spin block 9, and left hand end wall connection institute is provided in the spill spin block 9 State the conical cavity 10 of swivelling chute 11.

Valuably, the pushing mechanism 17 includes pushing space 29, and promotion sky is provided in 48 lower end wall of water pipe Between 29, be provided with a pushing plate 28 in the promotion space 29, symmetrically set up and down in about 29 end wall of promotion space It is equipped with a circulation duct 4, the circulation duct 4 of upside two is connected to the water pipe 48, sets in 29 lower end wall of promotion space It is equipped with a mainstream channel 18, the circulation duct 4 of downside two is connected to the mainstream channel 18, and the circulation duct 4 or so is held Wall is symmetrically fixedly connected with two pieces of fixed blocks 12, and 12 upper surface of fixed block is fixedly connected with a limited block 2, the runner pipe The spring block 5 being slidably connected with two pieces of limited blocks 2 is additionally provided in road 4,5 lower end surface of spring block is fixedly connected with two A adjustable spring 3, two 3 lower ends of adjustable spring in left and right are fixedly connected with the two pieces of fixed blocks 12 in left and right respectively.

Valuably, the driving mechanism 74 includes driving chamber 13, and the 13 right end wall of driving chamber is fixedly connected with a driving Motor 14,14 left end of driving motor have been connected by power a drive shaft 16, and the driving chamber is run through in 16 left end of drive shaft 13 left end walls are rotatablely connected with the 19 right end wall of promotion space and with the 29 left end wall of promotion space, and the drive shaft 16 is left End is connect through the pushing plate 28 and with 28 threaded engagement of pushing plate, rotation connection on the downside of the 13 right end wall of driving chamber There is a transmission shaft 22,22 left end of transmission shaft turns through three rotation chambers 21 and with the left side 21 left end wall of rotation chamber Dynamic connection, 22 right end of transmission shaft are fixedly connected with third belt pulley 19, and 16 right end of drive shaft is fixedly connected with the 4th Belt pulley 15 is connected between the third belt pulley 19 and the 4th belt pulley 15 by belt, in the rotation chamber 21 A cam 20 is fixedly connected on 22 axis body of transmission shaft.

Valuably, the heating mechanism 27 includes heating chamber 25, is provided with a heating in 18 lower end wall of mainstream channel Chamber 25,25 upper end wall of heating chamber are provided with the split channel 65 of the connection mainstream channel 18, under the heating chamber 25 It is provided with a rotation chamber 21 in end wall, the lifter plate 23 of one Yu 20 upper-end contact of cam are provided in the rotation chamber 21, 23 upper surface of lifter plate is fixedly connected with the loop bar 24 that upper end is located in the heating chamber 25, and 24 upper end of loop bar is fixed It is connected with a piston 26,26 upper surface of piston is provided with a heat block 49, is provided with one in the 49 right end wall of heating chamber Mobile cavity 70 is provided with a movable plate 69 in the mobile cavity 70, be provided in the 70 left end wall of mobile cavity connection it is described plus The expansion chamber 68 of hot chamber 25 is fixedly connected with a heat-conducting block 67 in the expansion chamber 68, is provided with one on the right side of the heat-conducting block 67 Right end is located at the movable block 72 in the mobile cavity 70, and 72 right end of movable block is fixedly connected with the movable plate 69, described 69 right side of movable plate is symmetrical above and below to be fixedly connected with a mobile spring 71,71 right end of mobile spring and the mobile cavity 70 Right end wall is fixedly connected, and 69 left side of movable plate is fixedly connected with the trapeze bar that a left end is located in the heating chamber 25 73, on the upside of 70 left end wall of the mobile cavity in be provided with a translation slot 66 for running through the split channel 65, the translation slot 66 It is inside provided with a truncation bar 62,62 right end of truncation bar is fixedly connected through the mobile cavity 70 and with the movable plate 69, The through hole 64 of the connection translation slot 66 is provided on the truncation bar 62；

Wherein, the spring compartment 52 of the connection heating chamber 25 is provided in the heating chamber 25, in the spring compartment 52 It is provided with the first trapezoid block 50 that a right end is located in the heating chamber 25,50 left end of the first trapezoid block is fixedly connected with one Compressed spring 51,51 left end of compressed spring is fixedly connected with the 52 left end wall of spring compartment, on the spring compartment 52 It is provided with the translation chamber 57 of the connection heating chamber 25 in end wall, is provided with a shifting chute in 57 upper end wall of translation chamber 76, the translation plates 58 that a upper end is located in the shifting chute 76 are provided in the translation chamber 57,58 upper end of translation plates is solid Surely it is connected with a truncation block 59, the recirculation hole 61 of the connection shifting chute 76, the translation are provided in the truncation block 59 58 lower end right side of plate is fixedly connected with the second trapezoid block 56 that a right end is located in the heating chamber 25, the spring compartment 52 It is provided with the rotation slot 53 for being connected to two spaces between the translation chamber 57, is rotatablely connected between the 53 front and back end wall of rotation slot There is a lever shaft 54, a lever 55 is fixedly connected on the lever shaft 54,55 upper end of lever is located at the translation chamber 57 Interior and lower end is located in the spring compartment 52, be provided in 25 upper end of heating chamber the connection heating chamber 25 with it is described The water inlet pipe 60 of water pipe 48, the connection of water inlet pipe 60 run through the shifting chute 76.

In the following, applicant will be with reference to the specific of attached drawing 1-3 and a kind of underground heat bath apparatus of the application described above Composition to introduce a kind of application method of underground heat bath apparatus of the application in detail: firstly, in the initial state, the spring block 5 contact with the two pieces of limited blocks 2 in left and right, are each filled with water, the through hole in the promotion space 29 and the heating chamber 25 64 are not connected to the split channel 65, and the recirculation hole 61 is not connected to the water inlet pipe 60；

When the water flowing from right to left of water pipe 48, the rotating bar 35 lifts upwards, so that the upside elevator 30 is driven to rise, from And the elevating lever 32 is driven to rise, to make the water pipe 48 or so be connected to, so that water flow be made to pass through the bathing water outlet 33 outflows, the friction plate 38 rise with the lifting block 41 when elevator 30 rises, and the lifting spring 43 is compressed, when Frictional force and the lifting block 41 and institute when not moving the friction block 39, between the friction plate 38 and the friction block 39 It states the sum of frictional force between frictional groove 42 and is less than the sum of the lifting spring 43 and the elevator 30 self weight, thus described It is lifted under the action of spring 43 and the elevator 30 self weight, overcomes frictional force, the slowly decline of elevator 30, to make to fill It sets and gradually resets, so that the water pipe 48 is truncated again, so that waste water resource after forgetting to close is avoided, when needs are put for a long time When water, the friction block 39 is moved right, so that the adjustable spring 40 is compressed, thus make the friction plate 38 with it is described The sum of the frictional force between frictional force and the lifting block 41 and the frictional groove 42 between friction block 39 is greater than in the lift The sum of spring 43 and the elevator 30 self weight are risen, to make elevator 41 be relatively fixed in raised position, so as to hold Afterflow water；

When hot water is needed, rotate backward the rotating bar 35, to drive the driven gear 46 to rotate, thus described in driving Driven shaft 45 rotates, to drive first belt pulley 47 to rotate, to drive second belt pulley 7 to rotate, thus band It moves the belt shaft 8 to rotate, to drive spill spin block 9 to rotate, to drive 10 left hand end wall of conical cavity and the water pipe 48 opposite connection area changes, to change the streamflow of 9 left and right sides of spill spin block, when the rotating bar 35 turns round When dynamic, the heat block 49 works, to heat the water in the heating chamber 25, the driving motor 14 works, to drive The drive shaft 16 rotates, to drive the pushing plate 28 to move right, thus to the right by the water on 28 right side of pushing plate It pushes, to drive spring block 5 described in upper right side to move upwards, to make limit described in spring block 5 described in upper right side and upper right side Position 2 relative separation of block, to make water flow into the water pipe 48 from circulation duct 4 described in upper right side, when 49 work of heat block Work increases the coolant-temperature gage in the heating chamber 25, after temperature increases to a certain extent, is made by the heat-conducting block 67 described Gas expansion between heat-conducting block 67 and the movable block 72, to drive the movable block 72 to move right, to drive institute Movable plate 69 is stated to move right, so that the trapeze bar 73 is driven to move right with the truncation bar 62, the mobile spring 71 It is compressed, to make the piston 26 lose limitation, and the through hole 64 is connected to the split channel 65, the drive shaft 16 Rotation drives the 4th belt pulley 15 rotation, to drive the third belt pulley 19 to rotate, to drive the transmission shaft 21 rotations, to drive the cam 20 to rotate, to drive the lifter plate 23 to move upwards, in the effect of the loop bar 24 It is lower that the piston 26 is driven to move upwards, so that the hot water in the heating chamber 25 is passed through in the promotion space 29, and its Water not up to requires temperature in his heating mechanism 27, so that piston 26 is in restriction state, the cam 26 at this Rotation compress the loop bar 24, drive second trapezoid block 56 to transport to the left when the piston 26 rises to top side It is dynamic, so that the translation plates 58 be driven to move downward with the truncation block 59, thus make the recirculation hole 61 be connected to described in enter water Pipeline 60, to make cold water reenter in the heating chamber 25, to make the contraction of gas in the expansion chamber 68, to make The movable plate 69 resets under the action of mobile spring 71, leads to make the truncation bar 62 that described shunt be truncated again Road 65, the piston 26 reset under the action of water is with cam 20, so that first trapezoid block 50 is driven to move downward, To drive the lever 55 to rotate, so that the translation plates 58 be driven to reset, to drive the truncation block 59 and described the Two trapezoid blocks 56 reset, and the water inlet pipe 60 is truncated in the truncation block 59 again, after the piston 26 drops to lower side, First trapezoid block 50 resets under the action of compressed spring 51, so that the heating mechanism 27 is resetted, three institutes 27 cycle operation of heating mechanism is stated, so as to continual generation hot water always, by rotating the rotating bar 35, to adjust The mixed proportion of hot water and cold water, to adjust temperature as needed.

The beneficial effects of the present invention are: present apparatus structure is simple, it is convenient to operate, which can be automatically closed and persistently flow Persistently switch between logical two states, to achieve the purpose that adapt to different water demands, and the device is filled when needing hot water Sustainable continual output hot water is set, to meet the hot water demand of people, by manually adjusting rotation on leaving water temperature Rotating bar, thus the hot water temperature needed, to meet the temperature requirements of people, this device is mentioned by mechanical transmission High working efficiency.

The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention It should be determined by the scope of protection defined in the claims.

Claims (5)

1. a kind of underground heat bath apparatus, including wall, it is characterised in that: be provided with a water pipe in the wall, the water pipe is left End is provided with a bathing water outlet, and a switching mechanism is provided in the water pipe upper end wall, and the switching mechanism includes running through institute The lifting groove of water pipe is stated, one or two elevator is provided in the lifting groove, is connected between the elevator by the way that elevating lever is fixed It connects, is provided with a swivelling chute on the upside of the lifting groove, be provided with a frictional groove in the swivelling chute upper end wall, in the frictional groove It is provided with the friction block that a left end is located in free surrounding space, the upside elevator upper end is through the swivelling chute and is located at described In frictional groove, it is provided with a pushing mechanism in the water pipe lower end wall, is provided with a driving mechanism, institute on the right side of the pushing mechanism Stating pushing mechanism includes pushing space, and described push is provided with a pushing plate that movement is driven by driving mechanism, institute in space It states to push in spatially lower end wall and is symmetrically arranged with a circulation duct up and down, two pieces of fixations are provided in the circulation duct Block, the upper end of fixing block face are provided with a limited block, are additionally provided in the circulation duct and slide with two pieces of limited blocks The spring block of connection, the spring block lower end surface are arranged there are two adjustable spring, and there are three pushing mechanism downside settings adds Heat engine structure, the heating mechanism include heating chamber, and a rotation chamber is provided in the heating chamber lower end wall, and the rotation is intracavitary to be set It is equipped with a lifter plate, the lifter plate upper surface is provided with the loop bar that upper end is located in the heating chamber, and the loop bar upper end is set It is equipped with a piston, the piston upper surface is provided with a heat block, and a mobile cavity is provided in the heating chamber right end wall, described It is provided with a movable plate in mobile cavity, the expansion chamber for being connected to the heating chamber is provided in the wall of the mobile cavity left end, it is described swollen It is swollen intracavitary to be provided with a heat-conducting block.

2. a kind of underground heat bath apparatus according to claim 1, it is characterised in that: the switching mechanism includes through described The lifting groove of water pipe is provided with two pieces of elevators in the lifting groove, is fixedly connected between the elevator by elevating lever, institute It states and is provided with a swivelling chute on the upside of lifting groove, a frictional groove, setting in the frictional groove are provided in the swivelling chute upper end wall There is a left end to be located at the friction block in free surrounding space, the upside elevator upper end is through the swivelling chute and is located at the friction In slot, the elevator upper end is fixedly connected with the lifting block of one Yu the frictional groove frictional connection, the lifting block upper surface It is fixedly connected with a lifting spring, the lifting spring upper end is fixedly connected with the frictional groove upper end wall, in the lifting block It is provided with the spring groove of an opening to the left, the spring groove right end wall is fixedly connected with an adjustable spring, and the adjustable spring is left End is fixedly connected with the connecting rod that a left end is located in the frictional groove, and the connecting rod left end is fixedly connected with a friction plate, The friction plate left side and the friction block frictional connection;

Wherein, it is rotatablely connected left end on the elevator in the swivelling chute and is located at the rotating bar in free surrounding space, the rotation It is provided with a driven slot in turn trough right end wall, is rotatably connected to a driven shaft, the driven slot between end wall above and below the driven slot It is connected to the swivelling chute on the upside of the wall of left end, is fixedly connected with a driven gear on the driven shaft, the rotating bar right end runs through The swivelling chute right end wall and connection is engaged with the driven gear, be provided on the downside of the driven gear solid with the driven shaft Surely the first belt pulley connected, be provided in the wall one before and after the water pipe end wall rotating drum, the rotating drum A driven space is provided in upper end wall, the driven space upper end wall is rotatably connected to a belt shaft, the belt shaft lower end It is rotatablely connected in the rotating drum and with the rotating drum lower end wall, the belt shaft upper end is fixedly connected with and described the Second belt pulley of one pulley belt connection, the belt pulley lower end is fixedly connected with a spill spin block, sets in the spill spin block It is equipped with the conical cavity that a left hand end wall is connected to the swivelling chute.

3. a kind of underground heat bath apparatus according to claim 1, it is characterised in that: the pushing mechanism includes pushing sky Between, it is provided with a promotion space in the water pipe lower end wall, a pushing plate, the promotion space are provided in the promotion space A circulation duct is symmetrically arranged in upper and lower end wall up and down, the circulation duct of upside two is connected to the water pipe, described It pushes and is provided with a mainstream channel in the lower end wall of space, the circulation duct of downside two is connected to the mainstream channel, the stream Left hand end wall of threading a pipe symmetrically is fixedly connected with two pieces of fixed blocks, and the upper end of fixing block face is fixedly connected with a limited block, institute The spring block for being additionally provided in circulation duct and being slidably connected with two pieces of limited blocks is stated, the spring block lower end surface is fixedly connected There are two adjustable spring, the two adjustable spring lower ends in left and right are fixedly connected with the two pieces of fixed blocks in left and right respectively.

4. a kind of underground heat bath apparatus according to claim 1, it is characterised in that: the driving mechanism includes driving chamber, The driving chamber right end wall is fixedly connected with a driving motor, and the driving motor left end has been connected by power a drive shaft, described Drive shaft left end is rotated through driving chamber left end wall and promotion space right end wall and with the promotion space left end wall Connection, the drive shaft left end is through the pushing plate and connect with the pushing plate threaded engagement, the driving chamber right end wall Downside is rotatably connected to a transmission shaft, the transmission shaft left end through three rotation chambers and with the left side rotation chamber left end Wall rotation connection, the transmission shaft right end are fixedly connected with third belt pulley, and the drive shaft right end is fixedly connected with the 4th skin Belt wheel is connected between the third belt pulley and the 4th belt pulley by belt, the transmission shaft axis body intracavitary positioned at the rotation On be fixedly connected with a cam.

5. a kind of underground heat bath apparatus according to claim 1, it is characterised in that: the heating mechanism includes heating chamber, A heating chamber is provided in the mainstream channel lower end wall, the heating chamber upper end wall is provided with the connection mainstream channel Split channel is provided with a rotation chamber in the heating chamber lower end wall, and the rotation is intracavitary to be provided with one and the cam upper end The lifter plate of contact, the lifter plate upper surface are fixedly connected with the loop bar that upper end is located in the heating chamber, on the loop bar End is fixedly connected with a piston, and the piston upper surface is provided with a heat block, is provided with a shifting in the heating chamber right end wall Chamber is moved, a movable plate is provided in the mobile cavity, the expansion for being connected to the heating chamber is provided in the wall of the mobile cavity left end Chamber is fixedly connected with a heat-conducting block in the expansion chamber, is provided with a right end on the right side of the heat-conducting block and is located in the mobile cavity Movable block, the movable block right end is fixedly connected with the movable plate, and the movable plate right side is symmetrical above and below to be fixedly connected There is a mobile spring, the mobile spring right end is fixedly connected with the mobile cavity right end wall, and the movable plate left side is fixed It is connected with the trapeze bar that a left end is located in the heating chamber, one is provided in mobile cavity left end wall upside through described point The translation slot of circulation road, is provided with a truncation bar in the translation slot, the truncation bar right end through the mobile cavity and with institute It states movable plate to be fixedly connected, the through hole of the connection translation slot is provided on the truncation bar；

Wherein, it is provided with the spring compartment of the connection heating chamber in the heating chamber, is provided with one in the spring compartment Right end is located at the first trapezoid block in the heating chamber, and first trapezoid block left end is fixedly connected with a compressed spring, described Compressed spring left end is fixedly connected with spring compartment left end wall, is provided with described in a connection in the spring compartment upper end wall The translation chamber of heating chamber, a shifting chute is provided in the translation chamber upper end wall, and the intracavitary upper end that is provided with of translation is located at Translation plates in the shifting chute, the translation plates upper end are fixedly connected with a truncation block, are provided with a company in the truncation block Lead to the recirculation hole of the shifting chute, translation plates lower end right side is fixedly connected with that a right end is located in the heating chamber Two trapezoid blocks are provided between the spring compartment and the translation chamber and are connected to the rotation slots of two spaces, before the rotation slot It is rotatably connected to a lever shaft between aft bulkhead, a lever is fixedly connected on the lever shaft, the lever upper end is located at described Intracavitary and lower end is translated to be located in the spring compartment, be provided in the heating chamber upper end connection heating chamber with it is described The water inlet pipe of water pipe, the water inlet pipe connection run through the shifting chute.