CN109695145A

CN109695145A - A kind of energy storage type presses

Info

Publication number: CN109695145A
Application number: CN201910073852.6A
Authority: CN
Inventors: 吕伟中; 刘会
Original assignee: Zhejiang Song Yang Electrical Appliances Co Ltd
Current assignee: Zhejiang Song Yang Electrical Appliances Co Ltd
Priority date: 2018-05-31
Filing date: 2019-01-25
Publication date: 2019-04-30
Anticipated expiration: 2039-01-25
Also published as: CN209652626U; CN109594314A; CN109695145B; CN109695144B; CN109695144A; CN111455639B; CN111455639A; CN108505306A; CN209652623U; CN209652625U; CN109695143A; CN109594314B; CN111424412A; CN109695143B; CN111424412B; CN209652624U

Abstract

The present invention provides a kind of energy storage type presses, belong to pressing techniques field.The problems such as it solves existing ironing equipment water pump is needed to continue working and could persistently be discharged, and Pump Failure can not be then discharged.The present invention includes body, water supply device and heating device, water supply device includes the first sub-assembly, the second sub-assembly and stored energy mechanism, first sub-assembly and the second sub-assembly are enclosed a water storage cavity, first sub-assembly or the second sub-assembly are equipped with the water outlet being connected to water storage cavity, it is connected between water outlet and heating device by piping installation, piping installation is equipped with switching device, can be persistently pressed to water storage cavity side wall when stored energy mechanism releases energy so that water storage cavity has the trend for reducing volume.The advantage of the invention is that stored energy mechanism puts aside energy in advance, the energy of savings provides power in release to supply water, is able to achieve lasting water supply.

Description

A kind of energy storage type presses

Technical field

The invention belongs to pressing techniques fields, are related to ironing equipment, and in particular to a kind of energy storage type presses.

Background technique

Existing presses are mainly made of water tank and heating device, and existing presses are typically necessary and are incited somebody to action by water pump Water is sent from water tank to heating device, such as patent announcement number is a kind of hand-held Garment Steamer Machine disclosed in CN207608741U, packet Body fuselage is included, the body fuselage includes the head of upper end, the handle portion of head lower end and the bottom connecting with handle, machine Body case is equipped with water tank, and water pump is equipped in the handle portion, is equipped with heat-generating disc, the heat-generating disc, water pump, water in the head Case successively uses water pipe to connect, and water pump needs are driven by electricity to supply water for heat-generating disc, and water pump, which continues working, needs electric power continuous to supply, and one Denier power-off can not be then discharged.

Summary of the invention

The purpose of the present invention is being directed to drawbacks described above existing for existing presses, and the one kind provided passes through an energy storage machine Structure is provided for hydrodynamic force, and stored energy mechanism puts aside energy in advance, and the energy of savings provides power in release to supply water, therefore confession Water process does not need to provide the outside energies such as electric power, is not influenced by outside energy for disconnected situation, stored energy mechanism is discharged in energy The energy storage type presses for continuing to supply water may be implemented before completing.

Object of the invention can be realized by the following technical scheme:

A kind of energy storage type presses, including body and the water supply device being arranged on body, heating device, the water supply dress It sets including the first sub-assembly and the second sub-assembly, the first sub-assembly and the second sub-assembly are enclosed a water storage cavity, the first combination Part and the second sub-assembly make the increase of water storage cavity volume by relative motion or reduce, and the first sub-assembly or the second sub-assembly are equipped with The water outlet being connected to water storage cavity is connected between the water outlet and heating device by piping installation, and piping installation is equipped with control The switching device of piping installation on-off processed, the energy storage machine that can be released energy automatically when the water supply device further includes no external force Structure can persistently press to water storage cavity side wall when the stored energy mechanism releases energy so that water storage cavity has the trend for reducing volume.Storage Water cavity is used for priming petock, and stored energy mechanism has stored energy before ironing, which have the first sub-assembly and the second sub-assembly Have the tendency that relative motion makes water storage cavity smaller volume, therefore be in high pressure conditions in water storage cavity, when switching device makes water storage cavity When being connected between heating device, the pressure in water storage cavity is released, and stored energy mechanism can release energy, to make first Sub-assembly and the second sub-assembly relative motion, reduce the volume of water storage cavity, the hydraulic pressure in water storage cavity are gone out, and stored energy mechanism discharges energy During amount, water storage cavity can continue to supply water outward.

In a kind of above-mentioned energy storage type presses, first sub-assembly and the second sub-assembly combine to form water tank, and first Sub-assembly is detachably arranged on above-mentioned body, and the second sub-assembly is movably arranged on the first sub-assembly, and above-mentioned stored energy mechanism is made With on the second sub-assembly, when water storage cavity fills the water, water tank pulls out body.Water tank pulls out body water filling, and when water filling, hydraulic pressure makes Second sub-assembly is moved with respect to the first sub-assembly increases water storage cavity volume, when water tank is packed into body, the first sub-assembly and second group Component is with respect to body movement.

In a kind of above-mentioned energy storage type presses, first sub-assembly and the second sub-assembly combine to form water tank, and first Sub-assembly is installed on above-mentioned body, and the second sub-assembly is movably arranged on body or the first sub-assembly, and above-mentioned stored energy mechanism is made With on the second sub-assembly, when water storage cavity fills the water, the first sub-assembly is fixed always with respect to body.Water tank is fixed on the machine body progress Water filling, when water filling, hydraulic pressure makes the second sub-assembly with respect to the first sub-assembly, body movement.

In a kind of above-mentioned energy storage type presses, the water tank individually pulls out above-mentioned body, and above-mentioned stored energy mechanism is always It is arranged on body.When water filling, water tank is detached from body and stored energy mechanism, not by the constraint of stored energy mechanism during water tank with water, It fills the water laborsaving.

In a kind of above-mentioned energy storage type presses, the stored energy mechanism is arranged on above-mentioned water tank, when water storage cavity fills the water, water Case and stored energy mechanism pull out above-mentioned body jointly.

In a kind of above-mentioned energy storage type presses, the stored energy mechanism is acted on above-mentioned second sub-assembly, the second combination Part, which can react on stored energy mechanism when moving under external force with respect to body or the first sub-assembly, makes it carry out energy storage.Energy storage machine Structure can drive the second sub-assembly to move to water storage cavity direction is reduced when releasing energy, and the outer masterpiece such as when filling the water or installing water tank Under, the second sub-assembly is moved with respect to body or the first sub-assembly, through reaction on stored energy mechanism, carries out stored energy mechanism Energy storage.

In a kind of above-mentioned energy storage type presses, the stored energy mechanism carries out energy storage in water storage cavity the injecting process.Water storage In chamber the injecting process, hydraulic pressure moves the second sub-assembly with respect to the first sub-assembly, increases water storage cavity, and the second sub-assembly is anti-when moving It acts on stored energy mechanism, stored energy mechanism is made to carry out energy storage.

In a kind of above-mentioned energy storage type presses, the stored energy mechanism is fitted into body processes in above-mentioned water tank and is stored up Energy.For water tank during being packed into body, the second sub-assembly is with respect to body movement, and reaction is in energy storage when the second sub-assembly moves In mechanism, stored energy mechanism is made to carry out energy storage.

In a kind of above-mentioned energy storage type presses, the stored energy mechanism is one first spring, and the setting of the first spring one end exists On above-mentioned body or the first sub-assembly, the other end is acted on the second sub-assembly.It is stored up using the elastic telescopic characteristic of spring Can, spring drives the second sub-assembly to move during elastic reset.

In a kind of above-mentioned energy storage type presses, first spring is arranged in winding shape to be combined in above-mentioned body or first On part, the first spring carries out energy storage by stretching.First spring can be itself in the constant force spring either winding of winding shape The helical spring of shape setting.

In a kind of above-mentioned energy storage type presses, first spring is constant force spring.Constant force spring is a kind of tension type Spring, it is coiled to form by a sheet metal, the interior lateral bend of sheet metal, and every circle sheet metal is all tightly wound on the circle inside it On sheet metal, when sheet metal stretches, internal stress resists load force, but coefficient is close to constant, therefore constant force spring is stretching Force variation is small in the process, elasticity stable.

In a kind of above-mentioned energy storage type presses, first spring is the helical spring of winding shape setting, above-mentioned body Or first sub-assembly be equipped with for the first spring of winding coiling slot.Coiling slot can prevent the first spring wrap, guarantee it It can freely elastic telescopic；First spring holder is in winding shape, and the straight length between the first both ends of the spring is less than itself length, Therefore the first length is longer, and winding is more, and length is longer, the deflection phase of the first spring needed for the movement of the second sub-assembly Smaller for the total length accounting of the first spring, the deflection is smaller for the effect length of the first spring, and due to first Spring disperses to transmit its elastic force and deflection within the scope of its whole length, therefore in the stroke of the second sub-assembly movement, around If the first length variation of shape is small, force variation is small, elasticity stable, the entire motion process of the second sub-assembly is stablized.

In a kind of above-mentioned energy storage type presses, first spring is linearly extended helical spring, extending direction It is consistent with respect to body movement direction with the second sub-assembly.

In a kind of above-mentioned energy storage type presses, bullet leans against above-mentioned second sub-assembly always for one end of first spring On, bullet leans against on above-mentioned first sub-assembly or body the other end always.

In a kind of above-mentioned energy storage type presses, one end of first spring is connected on above-mentioned second sub-assembly, separately One end is free end and the end acts on body when water tank is packed into above-mentioned body.

In a kind of above-mentioned energy storage type presses, one end of first spring is connected on above-mentioned body, and the other end is Free end and the end act on above-mentioned second sub-assembly when water tank is packed into body.

In a kind of above-mentioned energy storage type presses, the stored energy mechanism is a compression chamber and the sky that is arranged in compression chamber Gas, compression chamber be arranged on above-mentioned water tank or body, above-mentioned water tank be fitted into body processes or water storage cavity the injecting process on Stating the second sub-assembly and acting on compression chamber makes its smaller volume compressed air.

In a kind of above-mentioned energy storage type presses, first sub-assembly has inner cavity, and above-mentioned second sub-assembly setting exists First sub-assembly is divided into first chamber and the second chamber by interior intracavitary and circumferential and interior cavity wall palette, second sub-assembly Room, second chamber are above-mentioned water storage cavity.

In a kind of above-mentioned energy storage type presses, first spring-compressed is arranged in above-mentioned first chamber.

In a kind of above-mentioned energy storage type presses, the first chamber is above-mentioned compression chamber.

In a kind of above-mentioned energy storage type presses, the compression chamber is by above-mentioned body and the compression piece being arranged on body Sealing is enclosed, and compression piece is movably arranged on body, and when releasing energy, compression piece pushes above-mentioned second sub-assembly movement.

In a kind of above-mentioned energy storage type presses, the water supply device further includes being connected to above-mentioned water outlet and piping installation Docking mechanism, the docking mechanism include the water outlet piece being arranged on above-mentioned water tank and the plug connector that is arranged on above-mentioned body, out Water part is fixed on above-mentioned first sub-assembly or the second sub-assembly in hollow tubular and one end, above-mentioned water outlet and water outlet piece inner hole Connection, water outlet piece one end are connected with the plug connector grafting, and plug connector is equipped with connection water outlet piece inner hole and above-mentioned piping installation Limbers.

In a kind of above-mentioned energy storage type presses, the water outlet is provided on above-mentioned second sub-assembly, above-mentioned water outlet piece It is fixed on the second sub-assembly, above-mentioned plug connector is movably arranged on body, and above-mentioned stored energy mechanism, which acts on water outlet piece, to be passed through Water outlet piece is driven to drive the movement of the second sub-assembly, when stored energy mechanism drives water outlet piece movement, water outlet piece is remained with plug connector Inserting state.

In a kind of above-mentioned energy storage type presses, sliding slot is additionally provided on the body, above-mentioned plug connector is slidably arranged in cunning In slot, the glide direction of plug connector is consistent with the direction of motion of above-mentioned water outlet piece.Pass through the cooperation of sliding slot and plug connector, Ke Yibao Demonstrate,proving plug connector, straight line moves back and forth in one direction always.

In a kind of above-mentioned energy storage type presses, the first spring one end setting is in above-mentioned body or above-mentioned first combination On part, the other end is connected on plug connector, and the first spring is in tensional state.

In a kind of above-mentioned energy storage type presses, the water outlet piece is fixed on the first sub-assembly, and above-mentioned water outlet opens up On the first sub-assembly or water outlet piece, above-mentioned plug connector is fixed on above-mentioned body.

In a kind of above-mentioned energy storage type presses, be additionally provided on the water outlet piece prevent water in water storage cavity from water outlet piece to The anti-overflow mechanism of outer spilling, the anti-overflow mechanism are arranged at the water outlet of water outlet piece, which includes being arranged in water outlet piece The interior and second spring set gradually along water outlet piece water discharging direction and the first plug, water outlet piece are equipped with the first limiting section, and first Limiting section forms the apopore being connected to water outlet piece inner hole, second spring is along water outlet piece along the circumferential cyclic annular enclosing of water outlet piece inner wall Water discharging direction extends and is in compressive state always, and one end of second spring acts against on the first plug, and the other end acts on out On water part, the first plug can act against on the first limiting section under the action of second spring and seal apopore and cover, above-mentioned When plug connector is docked in place with water outlet piece, plug connector, which is inserted into the apopore and acts against, makes the first plug de- on the first plug From the first limiting section.When water tank extraction water filling, under the action of second spring, the first plug seals be covered on apopore always On, and during being filled the water into water storage cavity, the water pressure energy in water outlet piece inner hole reinforces the sealing function of the first plug, makes First plug firmly blocks apopore, prevents water from overflowing, convenient for water filling and water tank installation operation；And when water tank is packed into body When, water outlet piece is docked with plug connector completion, and apopore is just in the open state, guarantees water outlet.

In a kind of above-mentioned energy storage type presses, the other end of the second spring is acted against on one second plug, above-mentioned The second limiting section is equipped in water outlet piece, the second limiting section is enclosed along water outlet piece inner wall ring-type, what formation was connected to water outlet piece inner hole Water hole, the second plug act against on the second limiting section under the action of second spring and seal water hole and cover.

In a kind of above-mentioned energy storage type presses, the piping installation is a water pipe, and water pipe one end connects above-mentioned heating dress It sets, the other end connects above-mentioned plug connector or water outlet.

In a kind of above-mentioned energy storage type presses, the water pipe is hose, and above-mentioned switching device includes for oppressing water pipe Button and so that button is oppressed the third spring of water pipe always.When not having external force, the elastic force of third spring makes button Water pipe is oppressed, blocks its water flowing, external force overcomes third spring that button motion is made to release compressing, thus water flowing.

Compared with prior art, the invention has the following advantages:

1, stored energy mechanism discharges in no external force by putting aside energy, the energy of savings in advance and is simultaneously water supply Power is provided, therefore does not need to continue to provide the outside energies such as electric power in water supply process, not by outside energy for the shadow of disconnected situation It rings, stored energy mechanism may be implemented to continue water supply before energy release is completed；

2, stored energy mechanism makes water storage cavity be in pressure water state, and the hydraulic pressure in water storage cavity is high, therefore when switching device makes pipeline When device is connected to water storage cavity and heating device, since heating device side is connected to external atmosphere pressure, pressure is less than water storage cavity internal pressure, because This water can be extruded smoothly.

3, stored energy mechanism carries out energy storage using the mechanical movement of the generations such as when filling the water or install water tank, and energy storage is convenient；

4, individually the opposite drawable water tank of body, the active force for being detached from body and stored energy mechanism are filled the water, were being filled the water There is no the constraint of stored energy mechanism in journey, fills the water laborsaving；

5, stored energy mechanism is realized using spring structure, and structure is simple, energy storage effect is good, can be released effectively energy and manufacture It is at low cost；

6, the preferred constant force spring of spring, force variation is small, stable water outlet；

7, with the drawable water tank of anti-overflow mechanism, convenient for water filling and installation, anti-overflow mechanism structure is simple, and hydraulic pressure is bigger, Anti-overflow effect is better；Anti-overflow mechanism is used cooperatively with plug connector, realizes water flowing after water tank installation, cutting off the water supply when water tank unloads two kinds makes Use state.

Detailed description of the invention

Fig. 1 is the perspective view of embodiment one；

Fig. 2 is that embodiment one removes the schematic diagram after shell；

Fig. 3 is the cross-sectional view of embodiment one；

Fig. 4 is the structural schematic diagram of anti-overflow mechanism；

Fig. 5 is the cross-sectional view of embodiment two；

Fig. 6 is the cross-sectional view of embodiment three；

Fig. 7 is the cross-sectional view of example IV；

Fig. 8 is the cross-sectional view of embodiment five；

Fig. 9 is the cross-sectional view of embodiment six；

Figure 10 is the cross-sectional view of embodiment seven；

Figure 11 is the cross-sectional view of embodiment eight；

Figure 12 is the cross-sectional view of embodiment nine；

Figure 13 is the partial enlarged view at the I of Figure 12.

In figure, 1, body；1a, shell；1b, inner casing；2, heating device；3, the first sub-assembly；4, the second sub-assembly；5, One chamber；6, water storage cavity；7, water outlet piece；8, plug connector；9, sliding slot；10, slot is coiled；11, second spring；12, the first plug； 13, the first limit；14, the second plug；15, the second limiting section；16, hose；17, button；18, third spring；19, the first bullet Spring；20, pedestal；21, movable part；22, fixed part；23, reset spring；24, water inlet；25, check valve C；26, axis is inserted；27, it inserts Head；28, the mouth of a river is pressed；29, check valve A；30, water inlet pipe；31, check valve B；32, compression bar；33, water tank；34, water inlet pipe；35, Cover axis；36, guide part.

Specific embodiment

Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described, However, the present invention is not limited to these examples.

Embodiment one:

As shown in Figures 1 to 3, a kind of energy storage type presses provided by the invention, including body 1 and setting are in body 1 Heating device 2, water supply device, heating device 2 is located at 1 top of body, and water supply device is located at 1 lower part of body, water supply device and By the connected water flowing of piping installation between heating device 2, which further includes for the water flowing of control piper device or cutting off the water supply Switching device:

Water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, and the first sub-assembly 3 and second combines 4 groups of water tanks being combined into for filling water of part, the first sub-assembly 3 is cylindrical, and the first sub-assembly 3 has hollow cylindrical inner cavity, the Two sub-assemblies 4 are in the form of annular discs and are horizontally set in the first sub-assembly 3, and the second sub-assembly 4 is circumferential to seal against first group In component 3 on cavity wall, the first sub-assembly 3 is divided into first chamber 5 setting up and down, second chamber by the second sub-assembly 4, the Two chambers are water storage cavity 6 for filling water, open up water outlet up and down on 4 center of circle of the second sub-assembly, and one is vertically arranged The water outlet piece 7 of blank pipe shape is concentrically mounted on the second sub-assembly 4 and bottom end is connected to water outlet, and the top of water outlet piece 7 is pierced by It is docked after one chamber 5 with a plug connector 8, offers water filling port on the first sub-assembly 3；

Body 1 includes shell 1a and inner casing 1b, and inner casing 1b is detachably secured in shell 1a and the two bottom flushes, inner casing 1b includes integrated up and down tubular portion and cylindrical portion, and tubular portion is in vertical hollow tubular, and the spherical shape in cylindrical portion top, lower part is in It is cylindric, inner casing 1b up and down, the inside of the lower cylindrical portion of inner casing 1b and 3 peripheral shape size phase of the first sub-assembly Match cylindrical, the first sub-assembly 3 is located in inner casing 1b, and the first sub-assembly 3 can pull out downwards inner casing 1b, and the presses are also It wraps for the fixing piece that the first sub-assembly 3 is fixed with body 1；It is also provided on the tubular portion outer wall of inner casing 1b and prolongs from top to bottom Two sliding slots 9 stretched, each 9 two sides of sliding slot are respectively and fixedly provided with the gib block that 9 extending directions extend along the chute, and gib block and tubular portion are one Body formula structure, the opposite tubular portion center of two sliding slot 9 are symmetrical set；Above-mentioned plug connector 8 includes integrally connected horizontal stripe and erects Pipe, horizontal stripe is horizontal, and vertical tube is in a vertical shape, thus plug connector 8 is in " ten " font, and the both ends of horizontal stripe limit the sliding slot in two sides In 9, under the guiding role of sliding slot 9 plug connector 8 can only upper and lower vertical motion, vertical tube has limbers up and down, vertical tube Upper end be connected with piping installation, the lower end of vertical tube is plugged in the upper end of water outlet piece 7；

Stored energy mechanism is the first spring 19 being wound around on the periphery inner casing 1b, there are two the first spring 19 is set, the first spring 19 be helical spring, and the periphery inner casing 1b is equipped with the coiling slot 10 for the first spring of winding 19, and coiling slot 10 is fixed by spiral Spiral bar on the periphery inner casing 1b is formed, the first spring 19 along coiling slot 10 coiled coil from bottom to up, the first spring 19 Upper end is connected on one end of above-mentioned horizontal stripe, and two first springs 19 are symmetrical arranged, and the first sub-assembly 3 is packed into inner casing 1b from the bottom up When, water outlet piece 7 docks with plug connector 8 and plug connector 8 is pushed to move upwards, so that the first spring 19 is stretched, the first spring 19 Returning elastic is plugged in plug connector 8 downwards on water outlet piece 7 always.

When to prevent from filling the water into water storage cavity 6, water is overflowed from 7 top of water outlet piece, is additionally provided with anti-overflow mechanism on water outlet piece 7, As shown in figure 4, the anti-overflow mechanism includes the second spring 11 being arranged in water outlet piece 7 and the first plug 12, the first plug 12 In 7 upper end of water outlet piece, 7 upper end of water outlet piece is equipped with the first limiting section 13, and the first limiting section 13 is enclosed along the circumferential ring-type of water outlet piece 7 It closes, is formed and be located at the lower section of the first plug 12, second spring with the concentric apopore being connected to of 7 inner hole of water outlet piece, second spring 11 11 is axially extending along water outlet piece 7 and be in compressive state, and the upper end of second spring 11 acts against on the first plug 12, the first plug 12 It is acted against upwards under the action of second spring 11 on first limiting section 13 and seals apopore and covered, when water tank is packed into body In 1, water outlet piece 7 docks in place with plug connector 8, and the lower end of vertical tube acts against on the first plug 12, and downwards by the first plug 12 It is lifted off the first limiting section 13, to open apopore；The lower end of second spring 11 acts against on one second plug 14, water outlet piece 7 The second limiting section 15 is equipped in upper, the second limiting section 15 is enclosed along 7 inner circumferential ring-type of water outlet piece, is formed concentric with 7 inner hole of water outlet piece The water hole of connection, the second plug 14 act against downwards on the second limiting section 15 under the action of second spring 11 and by water holes Sealing covering, when switching device is opened, the inside water pressure of water storage cavity 6 can push the second plug 14 compression second spring upwards 11, to open water hole.

Piping installation is a hose 16, and the both ends of hose 16 are separately connected heating device 2 and vertical tube, and switching device includes using In the button 17 for oppressing hose 16 and the third spring 18 for resetting button 17, when not having external force, button 17 is in third bullet Hose 16 is flattened under the action of spring 18, blocks its water flowing, when external force button 17, button 17 leaves hose 16, hose 16 restore water flowing.

The course of work: pulling out from inner casing 1b by water tank first, then fill the water into water storage cavity 6, will after the completion of water filling Water tank is packed into inner casing 1b, and water tank completes the docking of water outlet piece 7 and plug connector 8 first in loading procedure, then pushes plug connector 8 It moves upwards and stretches the first spring 19, until water tank is installed in place, then fix the first sub-assembly 3；When external force button 17, Water storage cavity 6 is connected to heating device 2, and under the pulling force effect of the first spring 19, plug connector 8 drives water outlet piece 7 to move, water outlet piece 7 the second sub-assemblies 4 of drive move downward hydraulic pressure.

Embodiment two:

A kind of energy storage type presses provided by the invention including body 1 and the heating device being arranged in body 12, supply Water installations, heating device 2 are located at 1 top of body, and water supply device is located at 1 lower part of body, lead between water supply device and heating device 2 The connected water flowing of piping installation is crossed, which further includes for the water flowing of control piper device or the switching device cut off the water supply:

As shown in figure 5, water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, the first sub-assembly 3 With 4 groups of water tanks being combined into for filling water of the second sub-assembly, the first sub-assembly 3 is cylindrical, and the first sub-assembly 3 has hollow circuit cylinder Shape inner cavity, the second sub-assembly 4 is in the form of annular discs and is horizontally set in the first sub-assembly 3, and the second sub-assembly 4 is circumferential to be sealed against In the first sub-assembly 3 on cavity wall, the first sub-assembly 3 is divided into first chamber 5 setting up and down, by the second sub-assembly 4 Two chambers, second chamber are water storage cavity 6 for filling water, water outlet up and down are opened up on 4 center of circle of the second sub-assembly, one is vertical The water outlet piece 7 of the hollow tubular of setting is concentrically mounted on the second sub-assembly 4 and bottom end is connected to water outlet, the top of water outlet piece 7 End is docked after being pierced by first chamber 5 with a plug connector 8, offers water filling port on the first sub-assembly 3；

Stored energy mechanism is the first spring 19, and the first spring 19 is constant force spring, and constant force spring is in similar " b " font, constant force Spring is coiled to form from inside to outside by a sheet metal, and the set axis 35 for being arranged constant force spring, constant force spring are fixed on body 1 Hole is offered on the extension end of outmost turns, is located on one end of horizontal stripe by the stretching end hook of the hole constant force spring, constant force spring If there are two and be symmetrical arranged, hook is located on the both ends of horizontal stripe two constant force springs respectively, in the first sub-assembly 3 is packed into from the bottom up When shell 1b, water outlet piece 7 docks with plug connector 8 and plug connector 8 is pushed to move upwards, to stretch the first spring 19, the first spring 19 returning elastic is plugged in plug connector 8 downwards on water outlet piece 7 always.

When to prevent from filling the water into water storage cavity 6, water is overflowed from 7 top of water outlet piece, is additionally provided with anti-overflow mechanism on water outlet piece 7, The anti-overflow mechanism includes the second spring 11 being arranged in water outlet piece 7 and the first plug 12, and the first plug 12 is located on water outlet piece 7 End, 7 upper end of water outlet piece are equipped with the first limiting section 13, and the first limiting section 13 is formed and is discharged along the circumferentially cyclic annular enclosing of water outlet piece 7 The apopore that 7 inner hole of part is connected to one heart, second spring 11 are located at the lower section of the first plug 12, and second spring 11 is along 7 axis of water outlet piece To extending and being in compressive state, the upper end of second spring 11 is acted against on the first plug 12, and the first plug 12 is in second spring 11 Under the action of act against on the first limiting section 13 upwards and seal apopore and cover, when water tank is packed into body 1, water outlet piece 7 It is docked in place with plug connector 8, the lower end of vertical tube acts against on the first plug 12, and the first plug 12 is lifted off downwards the first limit Portion 13, to open apopore；The lower end of second spring 11 acts against on one second plug 14, interior on water outlet piece 7 to be equipped with second Limiting section 15, the second limiting section 15 along 7 inner circumferential ring-type of water outlet piece enclose, formed with the concentric water hole being connected to of 7 inner hole of water outlet piece, Second plug 14 acts against downwards on the second limiting section 15 under the action of second spring 11 and seals water hole and covers, when opening When closing device opening, the inside water pressure of water storage cavity 6 can push the second plug 14 compression second spring 11 upwards, thus opened water Hole.

Embodiment three:

As shown in fig. 6, water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, the first sub-assembly 3 With 4 groups of water tanks being combined into for filling water of the second sub-assembly, the interior cavity being equipped with for accommodating water tank of above-mentioned body 1, water tank can be taken out Cavity is separated out, the first sub-assembly 3 is cylindrical, and the first sub-assembly 3 has cylindrical cavity and top opening, the second sub-assembly 4 In the form of annular discs and be horizontally set in the first sub-assembly 3, the second sub-assembly 4 is circumferential to seal against 3 inner cavity of the first sub-assembly On inner wall, the second sub-assembly 4 and the first sub-assembly 3 are enclosed water storage cavity 6 and are used to fill water, a hollow tubular being vertically arranged 7 bottom end of water outlet piece is concentrically mounted to 3 bottom of the first sub-assembly, the top of water outlet piece 7 pass through after the second sub-assembly 4 with a plug connector 8 docking, the opposite water outlet piece 7 of the second sub-assembly 4 can be up and down, is offered on the center of the second sub-assembly 4 for wearing water outlet The through-hole of part 7, through-hole circumferentially pass through sealing ring and 7 circumferential seal of water outlet piece, and water outlet piece 7 offers connection by positon of near bottom side wall The water outlet of its inner hole and water storage cavity 6 offers water filling port on first sub-assembly 3；

Plug connector 8 includes integrally connected horizontal stripe and vertical tube, and horizontal stripe is horizontal, and vertical tube is in a vertical shape, thus plug connector 8 In " ten " font, the both ends of horizontal stripe are fixed on body 1, and vertical tube has limbers up and down, the upper end of vertical tube and pipeline Device is connected, and the lower end of vertical tube is plugged in the upper end of water outlet piece 7；

Stored energy mechanism is the first spring 19 of vertical direction elastic telescopic, and the first spring 19 is helical spring, the first spring 19 upper end is fixed on cavity top, and lower end is hanging, when water tank is packed into 1 cavity of body from the bottom up, the second sub-assembly 4 top One spring 19, and the first spring 19 is compressed upwards in continuing motion process, until water outlet piece 7 docks in place with plug connector 8.

When to prevent water tank to be packed into, water is overflowed from 7 top of water outlet piece, is additionally provided with anti-overflow mechanism on water outlet piece 7, the anti-overflow machine Structure includes the second spring 11 being arranged in water outlet piece 7 and the first plug 12, and the first plug 12 is located at 7 upper end of water outlet piece, water outlet 7 upper end of part is equipped with the first limiting section 13, and the first limiting section 13 is formed and 7 inner hole of water outlet piece along the circumferential cyclic annular enclosing of water outlet piece 7 The apopore being connected to one heart, second spring 11 are located at the lower section of the first plug 12, second spring 11 it is axially extending along water outlet piece 7 and In compressive state, the upper end of second spring 11 is acted against on the first plug 12, and the first plug 12 is under the action of second spring 11 It is acted against on the first limiting section 13 upwards and seals apopore and covered, in water tank loading body 1, water outlet piece 7 and plug connector 8 In place, the lower end of vertical tube acts against on the first plug 12, and the first plug 12 is lifted off the first limiting section 13, to open for docking Apopore；The lower end of second spring 11 acts against on one second plug 14, and the second limiting section 15, the second limit are equipped in water outlet piece 7 Position portion 15 is enclosed along 7 inner circumferential ring-type of water outlet piece, formed with the concentric water hole being connected to of 7 inner hole of water outlet piece, the second plug 14 is the It is acted against downwards under the action of two springs 11 on second limiting section 15 and seals water hole and covered, when switching device is opened, The inside water pressure of water storage cavity 6 can push the second plug 14 compression second spring 11 upwards, to open water hole.

The course of work: first pulling out water tank from cavity, then fills the water into water storage cavity 6, after the completion of water filling, by water Case is packed into cavity, and water tank second sub-assembly 4 in loading procedure is moved with the first sub-assembly 3 compresses the first spring 19 upwards, directly In place to water outlet piece 7 and the docking of plug connector 8, the first sub-assembly 3 is then fixed；When external force button 17, water storage cavity 6 and heating Device 2 is connected to, and the first spring 19 pushes the second sub-assembly 4 to move downward hydraulic pressure.

Example IV:

A kind of energy storage type presses provided by the invention including body 1 and the heating device being arranged in body 12, supply Water installations, by the connected water flowing of piping installation between water supply device and heating device 2, which further includes for control piper Device water flowing or the switching device cut off the water supply:

As shown in fig. 7, water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, the first sub-assembly 3 With 4 groups of water tanks being combined into for filling water of the second sub-assembly, above-mentioned water tank is equipped with the cavity for accommodating water tank, and water tank can detach The cavity out, the first sub-assembly 3 is cylindrical, and the first sub-assembly 3 has hollow cylindrical inner cavity, and the second sub-assembly 4 is in disk It shape and being horizontally set in the first sub-assembly 3, the second sub-assembly 4 is circumferential to be sealed against in the first sub-assembly 3 on cavity wall, First sub-assembly 3 is divided into first chamber 5 setting up and down, second chamber by the second sub-assembly 4, and second chamber is water storage cavity 6 For filling water, 7 bottom end of water outlet piece of a hollow tubular being vertically arranged is concentrically mounted to 3 bottom of the first sub-assembly, water outlet piece 7 Top is docked after passing through the second sub-assembly 4 and first chamber 5 with a plug connector 8, on opposite 7 energy of water outlet piece of the second sub-assembly 4 Lower activity, the through-hole for wearing water outlet piece 7 is offered at the center of the second sub-assembly 4, and through-hole circumferentially passes through sealing ring and goes out 7 circumferential seal of water part, water outlet piece 7 offer the water outlet of connection its inner hole and water storage cavity 6, the first combination by positon of near bottom side wall Water filling port is offered on part 3；

Stored energy mechanism is the first spring 19 of a vertical direction elastic telescopic, and the first spring 19 is helical spring, the first bullet Spring 19 is located in first chamber 5, and the upper end is connected to the top of first chamber 5, and lower end is connected on the second sub-assembly 4, and first Spring 19 is in compressive state.

When to prevent from filling the water into water storage cavity 6, water is overflowed from 7 top of water outlet piece, is additionally provided with anti-overflow mechanism on water outlet piece 7, The anti-overflow mechanism includes the second spring 11 being arranged in water outlet piece 7 and the first plug 12, and the first plug 12 is located on water outlet piece 7 End, 7 upper end of water outlet piece are equipped with the first limiting section 13, and the first limiting section 13 is formed and is discharged along the circumferentially cyclic annular enclosing of water outlet piece 7 The apopore that 7 inner hole of part is connected to one heart, second spring 11 are located at the lower section of the first plug 12, and second spring 11 is along 7 axis of water outlet piece To extending and being in compressive state, the upper end of second spring 11 is acted against on the first plug 12, and the first plug 12 is in second spring 11 Under the action of act against on the first limiting section 13 upwards and seal apopore and cover, when water tank is packed into body 1, water outlet piece 7 It is docked in place with plug connector 8, the lower end of vertical tube acts against on the first plug 12, and the first plug 12 is lifted off the first limiting section 13, to open apopore；The lower end of second spring 11 acts against on one second plug 14, interior on water outlet piece 7 to be equipped with the second limit Position portion 15, the second limiting section 15 are enclosed along 7 inner circumferential ring-type of water outlet piece, form the water hole being connected to 7 inner hole of water outlet piece, and second is stifled First 14 act against downwards on the second limiting section 15 under the action of second spring 11 and water hole are sealed covering, work as switching device When opening, the inside water pressure of water storage cavity 6 can push the second plug 14 to compress second spring 11, to open water hole.

The course of work: first pulling out water tank from cavity, then fills the water into water storage cavity 6, while making the first spring 19 compressions carry out energy storage, after the completion of water filling, dock water outlet piece 7 and plug connector 8 in place water tank loading cavity, then fix the One sub-assembly 3；When external force button 17, water storage cavity 6 is connected to heating device 2, and the first spring 19 makes the second sub-assembly 4 downwards Movement goes out hydraulic pressure.

Embodiment five:

As shown in figure 8, water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, the first sub-assembly 3 With 4 groups of water tanks being combined into for filling water of the second sub-assembly, the interior cavity being equipped with for accommodating water tank of above-mentioned body 1, water tank can be taken out Cavity is separated out, the first sub-assembly 3 is cylindrical, and the first sub-assembly 3 has cylindrical cavity and top opening, the second sub-assembly 4 In the form of annular discs and be horizontally set in the first sub-assembly 3, the second sub-assembly 4 is circumferential to seal against 3 inner cavity of the first sub-assembly On inner wall, the second sub-assembly 4 and the first sub-assembly 3 are enclosed water storage cavity 6 and are used to fill water, a hollow tubular being vertically arranged 7 bottom end of water outlet piece is concentrically mounted to 3 bottom of the first sub-assembly, the top of water outlet piece 7 pass through after the second sub-assembly 4 with a plug connector 8 docking, the opposite water outlet piece 7 of the second sub-assembly 4 can be up and down, is offered on the center of the second sub-assembly 4 for wearing water outlet The through-hole of part 7, through-hole circumferentially pass through sealing ring and 7 circumferential seal of water outlet piece, and water outlet piece 7 offers connection by positon of near bottom side wall The water outlet of its inner hole and water storage cavity 6 offers water filling port on first sub-assembly 3；

Stored energy mechanism is the first spring 19 of vertical direction elastic telescopic, and the first spring 19 is helical spring, the first spring 19 lower end is fixed on 4 upper surface of the second sub-assembly, and upper end is hanging, when water tank is packed into 1 cavity of body from the bottom up, the first bullet Spring 19 leans on upper machine body 1, and is continuing motion process continued compression, until water outlet piece 7 docks in place with plug connector 8.

When to prevent from filling the water into water storage cavity 6, water is overflowed from 7 top of water outlet piece, is additionally provided with anti-overflow mechanism on water outlet piece 7, The anti-overflow mechanism includes the second spring 11 being arranged in water outlet piece 7 and the first plug 12, and the first plug 12 is located on water outlet piece 7 End, 7 upper end of water outlet piece are equipped with the first limiting section 13, and the first limiting section 13 is formed and is discharged along the circumferentially cyclic annular enclosing of water outlet piece 7 The apopore of 7 inner hole of part connection, second spring 11 are located at the lower section of the first plug 12, and second spring 11 is axially prolonged along water outlet piece 7 It stretches and is in compressive state, the upper end of second spring 11 acts against on the first plug 12, work of first plug 12 in second spring 11 With it is lower act against on the first limiting section 13 upwards and seal apopore cover, when water tank is packed into body 1, water outlet piece 7 and insert Fitting 8 docks in place, and the lower end of vertical tube acts against on the first plug 12, and the first plug 12 is lifted off the first limiting section 13, from And open apopore；The lower end of second spring 11 acts against on one second plug 14, and the second limiting section 15 is equipped in water outlet piece 7, Second limiting section 15 is enclosed along 7 inner circumferential ring-type of water outlet piece, forms the water hole being connected to 7 inner hole of water outlet piece, and the second plug 14 exists It is acted against downwards under the action of second spring 11 on second limiting section 15 and seals water hole and covered, when switching device is opened When, the inside water pressure of water storage cavity 6 can push the second plug 14 compression second spring 11 upwards, to open water hole.

The course of work: first pulling out water tank from cavity, then fills the water into water storage cavity 6, after the completion of water filling, by water Case is packed into cavity, water tank first spring of continued compression 19 upward first in loading procedure, until water outlet piece 7 and plug connector 8 are right It is connected to position, then fixes the first sub-assembly 3；When external force button 17, water storage cavity 6 is connected to heating device 2, the first spring 19 The second sub-assembly 4 is pushed to move downward hydraulic pressure.

Embodiment six:

As shown in figure 9, water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, the first sub-assembly 3 With 4 groups of water tanks being combined into for filling water of the second sub-assembly, above-mentioned water tank is equipped with the cavity for accommodating water tank, and water tank can detach The cavity out, the first sub-assembly 3 is cylindrical, and the first sub-assembly 3 has hollow cylindrical inner cavity, and the second sub-assembly 4 is in disk It shape and being horizontally set in the first sub-assembly 3, the second sub-assembly 4 is circumferential to be sealed against in the first sub-assembly 3 on cavity wall, First sub-assembly 3 is divided into first chamber 5 setting up and down, second chamber by the second sub-assembly 4, and second chamber is water storage cavity 6 For filling water, 7 bottom end of water outlet piece of a hollow tubular being vertically arranged is concentrically mounted to 3 upper bottom portion of the first sub-assembly, water outlet piece 7 Top pass through the second sub-assembly 4 and first chamber 5 after dock with a plug connector 8, the second sub-assembly 4 is with respect to 7 energy of water outlet piece It is up and down, offer the through-hole for wearing water outlet piece 7 at the center of the second sub-assembly 4, through-hole circumferentially pass through sealing ring with 7 circumferential seal of water outlet piece, water outlet piece 7 by positon of near bottom side wall offer connection its inner hole and water storage cavity 6 water outlet, first group Water filling port is offered on component 3；

Stored energy mechanism is compression chamber and the air being arranged in compression chamber, and compression chamber is above-mentioned first chamber 5, first chamber 5 sealed sets, when water filling, compressed air during the second sub-assembly 4 moves upwards, water filling uses high pressure water injection.

When to prevent from filling the water into water storage cavity 6, water is overflowed from 7 top of water outlet piece, is additionally provided with anti-overflow mechanism on water outlet piece 7, The anti-overflow mechanism includes the second spring 11 being arranged in water outlet piece 7 and the first plug 12, and the first plug 12 is located on water outlet piece 7 End, 7 upper end of water outlet piece are equipped with the first limiting section 13, and the first limiting section 13 is formed and is discharged along the circumferentially cyclic annular enclosing of water outlet piece 7 The apopore of 7 inner hole of part connection, second spring 11 are located at the lower section of the first plug 12, and second spring 11 is axially prolonged along water outlet piece 7 It stretches and is in compressive state, the upper end of second spring 11 acts against on the first plug 12, work of first plug 12 in second spring 11 With it is lower act against on the first limiting section 13 upwards and seal apopore cover, when water tank is packed into body 1, water outlet piece 7 and insert Fitting 8 docks in place, and the lower end of vertical tube acts against on the first plug 12, and the first plug 12 is lifted off the first limiting section 13, from And open apopore；The lower end of second spring 11 acts against on one second plug 14, and the second limiting section 15 is equipped in water outlet piece 7, Second limiting section 15 is enclosed along 7 inner circumferential ring-type of water outlet piece, forms the water hole being connected to 7 inner hole of water outlet piece, and the second plug 14 exists It is acted against downwards under the action of second spring 11 on second limiting section 15 and seals water hole and covered, when switching device is opened When, the inside water pressure of water storage cavity 6 can push the second plug 14 to compress second spring 11, to open water hole.

The course of work: first pulling out water tank from cavity, then the high pressure water injection into water storage cavity 6, makes the first combination Part 3 moves upwards, while compressed air, and after the completion of water filling, water tank is packed into cavity, until water outlet piece 7 and plug connector 8 are docked to Position, then fixes the first sub-assembly 3；When external force button 17, water storage cavity 6 is connected to heating device 2, and compressed air pushes the The movement of two sub-assemblies 4 goes out hydraulic pressure.

Embodiment seven:

As shown in Figure 10, water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, the first sub-assembly 3 are fixed on body 1, and the first sub-assembly 3 is cylindrical, the first sub-assembly 3 have cylindrical cavity and top opening, second group Component 4 is in the form of annular discs and is horizontally set in the first sub-assembly 3, and the second sub-assembly 4 is circumferential to seal against the first sub-assembly 3 On interior cavity wall, the second sub-assembly 4 and the first sub-assembly 3 are enclosed water storage cavity 6 for filling water, open up on the second sub-assembly 4 There is water outlet up and down, water outlet is connected with piping installation, offers water filling port on the first sub-assembly 3；

Stored energy mechanism is the first spring 19 of vertical direction elastic telescopic, and the first spring 19 is helical spring, the first spring 19 lower end is fixed on 4 upper surface of the second sub-assembly, and upper end is fixed on body 1.

Piping installation is a hose 16, and the both ends of hose 16 are separately connected heating device 2 and water outlet, and switching device includes Third spring 18 for oppressing the button 17 of hose 16 and resetting button 17, when not having external force, button 17 is in third Hose 16 is flattened under the action of spring 18, blocks its water flowing, when external force button 17, button 17 leaves hose 16, soft Pipe 16 restores water flowing.

The course of work: it is filled the water first by water filling port into water storage cavity 6, in the injecting process, the second sub-assembly 4 is moved upwards The first spring 19 is compressed, until water filling is completed；When external force button 17, water storage cavity 6 is connected to heating device 2, the first spring 19 the second sub-assemblies 4 of promotion move downward hydraulic pressure.

Embodiment eight:

As shown in figure 11, water supply device includes the first sub-assembly 3, the second sub-assembly 4 and stored energy mechanism, the first sub-assembly 3 are fixed in body 1, and the first sub-assembly 3 is cylindrical, and the first sub-assembly 3 has hollow cylindrical inner cavity, the second sub-assembly 4 In the form of annular discs and be horizontally set in the first sub-assembly 3, the second sub-assembly 4 is circumferential to seal against 3 inner cavity of the first sub-assembly On inner wall, the first sub-assembly 3 is divided into first chamber 5 setting up and down, second chamber by the second sub-assembly 4, and second chamber is Water storage cavity 6 is used to fill water, and water outlet up and down is opened up on 4 center of circle of the second sub-assembly, a hollow tubular being vertically arranged Water outlet piece 7 is concentrically mounted on the second sub-assembly 4 and bottom end is connected to water outlet, after the top of water outlet piece 7 is pierced by first chamber 5 It is connected with piping installation, two guide parts 36 is also fixed on 7 outer wall of water outlet piece, two guide parts 36 is symmetrical arranged, the first combination Water filling port is offered on part 3；

Body 1 includes shell 1a and inner casing 1b, and inner casing 1b is fixed in shell 1a and the two bottom flushes, and inner casing 1b includes Integrated tubular portion and cylindrical portion up and down, tubular portion are in vertical hollow tubular, and the spherical shape in cylindrical portion top, lower part is in cylinder Shape, up and down, match inside the lower cylindrical portion of inner casing 1b with 3 peripheral shape size of the first sub-assembly is in inner casing 1b Cylindric, the first sub-assembly 3 is located in inner casing 1b, which also wraps for the fixation that the first sub-assembly 3 is fixed with body 1 Part；Two sliding slots 9 extended from top to bottom are also provided on the tubular portion outer wall of inner casing 1b, each 9 two sides of sliding slot are respectively and fixedly provided with along cunning The gib block that 9 extending direction of slot extends, gib block are an integral structure with tubular portion, opposite tubular portion center of two sliding slot 9 or so It is symmetrical arranged, sliding slot 9 and guide part 36 correspond, and guide part 36 limits in sliding slot 9；

Stored energy mechanism is the first spring 19, and the first spring 19 is constant force spring, and constant force spring is in similar " b " font, constant force Spring is coiled to form from inside to outside by a sheet metal, and the set axis 35 for being arranged constant force spring, constant force spring are fixed on body 1 Hole is offered on the extension end of outmost turns, is located on guide part 36 by the stretching end hook of the hole constant force spring, constant force spring is set There are two and be symmetrical arranged, hook is located on two guide parts 36 two constant force springs respectively.

Piping installation is a hose 16, and the both ends of hose 16 are separately connected 7 top of heating device 2 and water outlet piece, switch dress It sets including the button 17 for oppressing hose 16 and the third spring 18 for resetting button 17, when there is no external force, button 17 Hose 16 is flattened under the action of third spring 18, blocks its water flowing, when external force button 17, button 17 leaves hose 16, hose 16 restores water flowing.

The course of work: it is filled the water first by water filling port into water storage cavity 6, in the injecting process, the second sub-assembly 4 is moved upwards The first spring 19 is stretched, until water filling is completed；When external force button 17, water storage cavity 6 is connected to heating device 2, the first spring 19 the second sub-assemblies 4 of pulling move downward hydraulic pressure.

Embodiment nine:

As shown in Figure 12 and Figure 13, a kind of energy storage type presses provided by the invention, including horizontally disposed pedestal 20, put It sets and separates and be separately provided with pedestal 20 in the body 1 on pedestal 20 and the water supply device being arranged in body 1, body 1, it is mobile It is unrestricted.Pedestal 20 is equipped with water tank 33 and variable water tank, and water tank 33 can store the water of larger capacity, to can be changed water tank Repeatedly supply water；Variable water tank includes movable part 21 and fixed part 22, and movable part 21 and fixed part 22, which are enclosed, can accommodate water Sealing cavity, fixed part 22 are installed on pedestal 20, and movable part 21, which can fix portion 22 relatively and move up and down, becomes the volume of cavity It greatly or reduces, is additionally provided with reset spring 23 on pedestal 20, bullet leans against movable part 21 and bottom to the upper and lower ends of reset spring 23 respectively On seat 20, external force pushes movable part 21 and moves downward compression reseting spring 23, and after removing external force, movable part 21 can be in reset spring Reset is moved upwards under 23 elastic force effect；Fixed part 22 is equipped with the water inlet 24 that be connected to cavity, water inlet 24 vertically on Lower perforation, water inlet 24 are used to be connected to water tank 33 and variable water tank, are equipped with check valve C25 at water inlet 24, check valve C25's Opening principle is realized using pressure difference, is only located at variable water tank when the check valve C25 pressure for being located at 33 end of water tank is greater than When the pressure at the end, check valve C25 can just be opened, and pressure is identical or the pressure at the variable water tank end is higher cannot all make check valve C25 is opened, therefore check valve C25 only has single circulating direction, guarantees that water can only flow into variable water tank from water tank 33, and Water tank 33 will not be restored from variable water tank reflux；21 upper top of movable part is equipped with the slotting axis 26 being vertically arranged, and inserts the top of axis 26 Equipped with plug 27, plug 27 is equipped with the pressure mouth of a river 28 being connected to the cavity of variable water tank in cone, plug 27, presses the mouth of a river 28 Up and down, it inserts and is equipped with check valve A29 in axis 26, the working principle of check valve A29 is identical as check valve C25, guarantees that water can only It is flowed out from the pressure mouth of a river 28.

Left side inside body 1 is equipped with the heating device 2 that steam is generated for heating water, and water supply device includes the first combination Part 3, the second sub-assembly 4 and stored energy mechanism, the second sub-assembly 4 are arranged in the first sub-assembly 3, the second sub-assembly 4 it is circumferential with First sub-assembly 3 is divided into the first chamber and water storage cavity of left and right settings by the sealing of 3 inner wall of the first sub-assembly, the second sub-assembly 4, The water outlet being connected to water storage cavity is offered on first sub-assembly 3, water outlet is connected by a hose 16 with heating device 2；Machine The right side lower end of body 1 is equipped with socket, and the first sub-assembly 3 is connected to socket by a water inlet pipe 34 being connected to water storage cavity Place, 34 one end of water inlet pipe are water filling port, and water filling port and the cooperation of above-mentioned plug 27 are in pyramid type, are equipped with check valve in water inlet pipe 34 B31, the working principle of check valve B31 is identical as above-mentioned check valve C25, and water can only flow into water storage cavity from water filling port, guarantees to scald The closure of water filling port, prevents 1 leak of body, when body 1 is placed on pedestal 20, above-mentioned plug 27 is inserted in when bucket leaves pedestal 20 In water filling port, insert axis 26 and be located in socket, external force push that body 1 makes that movable part 21 moves downward when, the discharge of the pressure mouth of a river 28 The pressure energy that water acts on check valve B31 opens check valve B31；

Stored energy mechanism is one first spring 19, and the first spring 19 is helical spring, which is arranged in the first chamber Interior, bullet leans against on 4 left side of 3 inner left wall of the first sub-assembly and the second sub-assembly respectively at first spring 19 or so end, the Two sub-assemblies 4 can make the volume of water storage cavity increase or reduce relative to the movement of the first sub-assembly 3, when variable water tank passes through water filling port When filling the water to water storage cavity, the water pressure energy in water storage cavity makes the second sub-assembly 4 the first spring 19 of compression move right and increase water storage The volume of chamber, allows water to be continuously injected into water storage cavity, when supplying water to heating device 2, is made by 19 reset response of the first spring Second sub-assembly 4, which is moved to the left, reduces water storage cavity volume, to generate compression to the water in water storage cavity and make in water storage cavity Water outflow.

The switching device for making the two be connected to or disconnect is additionally provided between water storage cavity and heating device 2, switching device includes pressing Button 17, compression bar 32 and third spring 18, compression bar 32 are rotatably arranged in body 1, and the left end of compression bar 32 is inner end, and right end is outer End, inner end are located in body 1, and outer end is located at outside body 1, and button 17 is arranged on the outer end of compression bar 32, the center of rotation of compression bar 32 Between inner end and outer end, the both ends of third spring 18 are connected on compression bar 32 and body 1, and third spring 18 is in pressure Contracting state, the elastic force of third spring 18 make the inner end of compression bar 32 be pressed against on hose 16 and flatten hose 16, block hose 16 Interior water flow is logical, and pressed by external force button 17 can make inner end overcome the elastic force of third spring 18 and relatively rotate center to rotating counterclockwise And hose 16 is left, the contention effect to hose 16 is released, makes 16 water flowing of hose, after removing external force, compression bar 32 is in third spring Reset is rotated clockwise under the action of 18.

Working principle:

Before ironing, body 1 is firstly placed on moisturizing on pedestal 20, makes movable part 21 to moving down by pushing the tail end of body 1 It is dynamic, it can be changed be full of water in water tank at this time, the water internal pressure during pushing in variable water tank increases, and so that check valve A29 is opened water outlet, Then it is opened under the hydraulic pressure effect for the water that check valve B31 flows out in variable water tank, can be changed water tank and the first sub-assembly 3 just at this time Water flowing is realized, pushes movable part 21 always, water will be flowed into constantly in the water storage cavity of the first sub-assembly 3, continuous to water storage cavity During water filling second sub-assembly 4 can be moved to the left, until 4 two sides dynamic balance of the second sub-assembly is motionless, stop note Water, removes the external force acted on body 1, and movable part 21 moves up reset under the action of reset spring 23, is being moved through It can be changed water tank internal pressure in journey to become smaller, check valve C25 is opened, and water tank 33 is filled the water into variable water tank.It, will be outside compression bar 32 when ironing The button 17 at end is pressed into body 1, rotates counterclockwise compression bar 32, leaves hose 16, releases compression bar 32 to the pressure of hose 16 It is stifled, so that supplying water to heating device 2 conveys steam.

It should be understood that in claims of the present invention, specification, all " including ... " should be understood as open Meaning, that is, its meaning is equal to " at least containing ... ", but should not be understood as enclosed meaning, i.e., its meaning is not answered This is interpreted as " only including ... ".

Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.

Claims

1. a kind of energy storage type presses, water supply device, heating device (2) including body (1) and setting on body (1), It is characterized in that, the water supply device includes the first sub-assembly (3) and the second sub-assembly (4), and the first sub-assembly (3) and second combine Part (4) is enclosed a water storage cavity (6), and the first sub-assembly (3) and the second sub-assembly (4) make water storage cavity (6) by relative motion Volume increases or reduces, and the first sub-assembly (3) or the second sub-assembly (4) are equipped with the water outlet being connected to water storage cavity (6), should go out It is connected between the mouth of a river and heating device (2) by piping installation, the switch that piping installation is equipped with control piper device on-off fills It sets, the stored energy mechanism that can be released energy automatically when the water supply device further includes no external force, the stored energy mechanism releases energy When can persistently press to water storage cavity (6) side wall so that water storage cavity (6) have reduce volume trend.

2. a kind of energy storage type presses according to claim 1, which is characterized in that first sub-assembly (3) and second Sub-assembly (4) combination forms water tank, and the first sub-assembly (3) is installed on above-mentioned body (1), the second sub-assembly (4) activity setting On body (1) or the first sub-assembly (3), above-mentioned stored energy mechanism is acted on the second sub-assembly (4), when water storage cavity (6) fills the water, First sub-assembly (3) is fixed always with respect to body (1).

3. a kind of energy storage type presses according to claim 1, which is characterized in that first sub-assembly (3) and second Sub-assembly (4) combination forms water tank, and the first sub-assembly (3) is detachably arranged on above-mentioned body (1), and the second sub-assembly (4) is living Dynamic to be arranged on the first sub-assembly (3), above-mentioned stored energy mechanism acts on the second sub-assembly (4), when water storage cavity (6) fills the water, water Case pulls out body (1).

4. a kind of energy storage type presses according to claim 3, which is characterized in that the water tank individually pulls out above-mentioned machine Body (1), above-mentioned stored energy mechanism are arranged in always on body (1).

5. a kind of energy storage type presses according to claim 3, which is characterized in that the stored energy mechanism is arranged in above-mentioned water On case, when water storage cavity (6) fills the water, water tank and stored energy mechanism pull out above-mentioned body (1) jointly.

6. a kind of energy storage type presses according to any one of claim 2-5, which is characterized in that the stored energy mechanism It acts on above-mentioned second sub-assembly (4), the second sub-assembly (4) is under external force with respect to body (1) or the first sub-assembly (3) Stored energy mechanism can be reacted on when movement makes it carry out energy storage.

7. a kind of energy storage type presses according to claim 6, which is characterized in that the stored energy mechanism is one first spring (19), the first spring (19) one end is arranged on above-mentioned body (1) or the first sub-assembly (3), and the other end acts on the second combination On part (4).

8. a kind of energy storage type presses according to claim 7, which is characterized in that first spring (19) is in winding shape It is arranged on above-mentioned body (1) or the first sub-assembly (3), the first spring (19) carries out energy storage by stretching.

9. a kind of energy storage type presses according to claim 8, which is characterized in that first spring (19) is constant force bullet Spring.

10. a kind of energy storage type presses according to claim 7, which is characterized in that first spring (19) is straight line The helical spring of extension, extending direction are consistent with respect to body (1) direction of motion with the second sub-assembly (4).