CN202312858U - Wall-mounted pipeline heating bag water dispenser - Google Patents
Wall-mounted pipeline heating bag water dispenser Download PDFInfo
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- CN202312858U CN202312858U CN 201120413547 CN201120413547U CN202312858U CN 202312858 U CN202312858 U CN 202312858U CN 201120413547 CN201120413547 CN 201120413547 CN 201120413547 U CN201120413547 U CN 201120413547U CN 202312858 U CN202312858 U CN 202312858U
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
- B67D3/00—Apparatus or devices for controlling flow of liquids under gravity from storage containers for dispensing purposes
- B67D3/0022—Apparatus or devices for controlling flow of liquids under gravity from storage containers for dispensing purposes provided with heating arrangements
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Abstract
The utility model relates to the field of water dispensers, in particular to a wall-mounted pipeline heating bag water dispenser, which is characterized in that three electric-heating film quartz heating pipes are serially connected to form a heater connected end to end and warming step by step, and drinking water is led to reach an instant boiling state in 5-8 seconds. The heater achieves intelligent and dynamic control on the bag water dispenser through comprehensive measures like a dredging pressure reducing valve, a delay switch and a temperature controller, and ensures that the bag water dispenser is in a safe operation state in any condition. Delay heating time is set to be 60 seconds through a switch delay circuit, and boiling water outlet quantity of each operation is no less than 350ml. By adopting the instant boiling heating technology, the water dispenser is not an 'energy-consuming tiger' any more, various defects of a metal unit thermal container of the traditional water dispenser are overcome, and an exhaust device, a cold water switch and other devices in the traditional water dispenser can be omitted, and therefore manufacture cost of the water dispenser can be saved.
Description
Technical field
The present invention relates to bag field of water machine, particularly a kind of wall-hanging pipeline heating bag water machine.
Background technology
Conventional water dispenser existence takes up room big; The drawback that inconvenience is used and consumed energy in the limited environment in occasion, the space of flowing, wall-hanging pipeline heating bag water facility have advantages of small volume, do not take the position of laying; Advantages such as energy-conserving and environment-protective; Realize using with the form that hangs on wall body, to adapt to the needs of particular surroundings, like the environment of mobile car, ship and acute housing shortage etc.
The present invention's purpose is to solve the above-mentioned deficiency of conventional water dispenser, to society a kind of wall-hanging pipeline heating bag water machine is provided, and the invention has the advantages that:
1, wall-hanging bag water machine, advantages of small volume does not take the position of laying, with the form that hangs on wall body adapting to particular surroundings, like the car that flows, ship, acute housing shortage etc.
2, moment boiling.The hot heating system of speed (001) adopt the advanced flames of anger, can not oxidation the electric membrane quartz pipe be pyrotoxin, electric membrane quartz pipe electricity separation, directly heating, the pattern of " with fiery Bao Shui " realizes the heating to drinking water, and makes the thermal efficiency up to 97%.Energized, drinking-water just reach the state of boiling second at 5-8.
3, Based Intelligent Control.Speed hot heating system (001); Adopt the switch delay circuit and dredge the stream decompressor, strengthened the safety coefficient of machine operation, not only significantly simplified the control element of pipeline heating; And in practical application; Because the free degree of operation is greatly widened, so can realize the arbitrary outlet valve (5) that opens and closes, obtains required boiling water consumption.
4, environmental protection and energy saving.The present invention sets, and each energising duration of water intaking heating is 60 seconds, can economize on electricity more than 80% than tradition drink machine, removes the cap of water dispenser " power consumption tiger " at one stroke.
Summary of the invention
Technical scheme of the present invention is achieved in that
The electric membrane quartz heat-generating pipe is through technologies such as printing, high temperature sinterings with inorganic ceramic, glass and multiple non-metallic conducting material; Be compounded in the outer surface of glass tube; Form one deck inorganic conductive resistive layer, resistive layer through electric current after conduction, convection type produce heat.Adopt the carrier of high-strength special type heatproof glass as heat-generating pipe, realize that water power separates fully, heating film is prepared in the outer surface of glass tube, and the water of heating is current, safe and reliable from managing interior circulation, never electric leakage; Heating film and glass tube are forever processed one, adopt direct mode of heating, and the thermal efficiency is up to 97%.Speed hot heating system (001) is composed in series battle array end to end, cascade raising temperature by three electric membrane quartz heat-generating pipes (21), adopts the pattern of " with fiery Bao Shui ", and drinking-water is implemented heating, makes drinking-water reach the state of moment boiling in second at 5-8; Dredge the complementation of stream pressure-reducing valve (12) and delay switch (29), realize the Based Intelligent Control to machine, the protection machine under any circumstance all is in the state of safe operation; The switch delay circuit, the duration of setting the time-delay heating was 60 seconds, made each water yield be no less than 350ml.
The technical scheme of moment boiling of the present invention is:
A kind of wall-hanging pipeline heating bag water machine is made up of water system, fast hot heating system (001) and installation and protection system; Described water system comprises: cover (1) upper machine body (2), water bag (4), outlet valve (5), water intake (6), switching tube (7), hold-doun nut (8), feed pipe (9) and casing interface (10); The hot heating system of described speed (001) comprising: boiling water threeway (11), thin stream pressure-reducing valve (12), boiling water tube (13), temperature controller (14), cold water threeway (16), lead and node (17), communicating pipe (18), check-valves (19), electric membrane quartz heat-generating pipe (21), filling pipe (23), circuit board (26), water inlet (25), discharge outlet (27) and delay switch (29); The parts of described installation and protection system comprise: hook (3), lower body and on wall lean on (24), protection box (15), installing rack (20), integrate screw (28) and fixing threaded hole (30); It is characterized in that: described by three electric membrane quartz heat-generating pipes (21), be composed in series end to endly, be serpentine trend; The heater of cascade raising temperature, the water inlet (25) of described heater lower end is connected with filling pipe (23); The port of filling pipe (23) is connected with check-valves (19); The port of check-valves (19) through feed pipe (9), is connected with water intake (6); Described switch delay circuit plate (26), the duration of setting the time-delay heating was 60 seconds, the water yield of every heating duration is no less than 350ml; The described heater that is composed in series by three electric membrane quartz heat-generating pipes (21) is installed among the protection box (15); Described cover (1) and upper machine body (2) adopt hinge to be connected, and described upper machine body (2) serves as the case of packing into of water bag (4); Water bag (4), from the top is packed upper machine body (2) into, the center of upper machine body (2) bottom; By hold-doun nut (8) water intake (6) is fixed on it, the below of water intake (6) links to each other with feed pipe (9); The other end of feed pipe (9) is connected with heater in the hot heating system of speed (001); Described water bag (4) is vertically to put into the upper machine body (2) that serves as the water lodge; In described water intake (6) the thorn entry bag (4), drinking-water supplies water to the hot heating system of speed (001) through water intake (6), feed pipe (9) and check-valves (19), and heating back drinking-water gushes from outlet valve (5) through switching tube (7); Described outlet valve (5), compatible hot water or cold water's switching function; Described upper machine body (2) is connected with lower body through casing interface (10); The back side of described upper machine body (2) is provided with hook (3); Described wall-hanging bag water machine is to use with the form that hangs on the wall body; The below at the described machine back side also is provided with wall and leans on (24).
Further; Described three electric membrane quartz heat-generating pipes (21) order is installed on the corresponding position of installing rack (20); The adjacent both ends mouth of the electric membrane quartz heat-generating pipe (21) on the installing rack (20) by communicating pipe (18) taking to be connected in series, forms the battle array of serpentine cascade raising temperature.
Further; The lower port (25) of the electric membrane quartz heat-generating pipe (21) of described cascade raising temperature battle array is connected with filling pipe (22); Its upper end joins through boiling water tube (13) and the boiling water threeway (11) of dredging stream pressure-reducing valve (12), and the another port of boiling water threeway (11) is connected with outlet valve (5).
Based Intelligent Control of the present invention is achieved in that
Described Based Intelligent Control; Be meant that the user is when using wall-hanging pipeline heating bag water machine; Do not have loaded down with trivial details control program to need operation, can optionally use machine according to real being used to of the daily use of user fully; This can be arbitrarily and operator scheme easily, be to have benefited from the result that fast hot heating system (001) has adopted thin stream pressure-reducing valve (12) and the ingenious complementation of delay switch (29).
Described thin stream pressure-reducing valve (12); Form by three way type upper valve body (1201), valve ball seat (1202), valve ball (1203), valve spring (1204) and following valve body (1205); Upper valve body (1201) adopts with following valve body (1205) and screws togather; Form the valve body chamber, upper valve body (1201) serves as the valve ball seat (1202) of valve ball (1203); Described valve spring (204) presses valve ball (1203) on valve ball seat (202).
Further
,Described thin stream pressure-reducing valve (12) is parallel between the hot and cold water pipeline, and port and the boiling water tube (13) dredged in the three way type upper valve body (1201) of stream pressure-reducing valve (12) join, and the another port in the threeway then is connected with outlet valve (5); Dredging the lower end of stream pressure-reducing valve (12) and the upper valve body (1201) of the three way type in the check-valves (19) is connected; When the drinking-water boiling; And delay circuit is still located under the situation of duty; Water, atmospheric pressure by the hot heating system of speed (001) is produced can be released through dredging stream pressure-reducing valve (12), realize the purpose of safety heating.
Further, described thin stream pressure-reducing valve (12) all is the threeway shape with the upper valve body of check-valves (19), and its dimensioning also is consistent, general with structure, only needs to change inner device, just can reach different application purposes, to save the manufacturing cost of complete machine.
Described delay switch circuit plate (23) is characterized in that: machine drink machine when holding state is connecting power supply, and the 220V civil power is through the D1-D4 rectification, the R2 pressure-limit current-limit, and C 3 filtering obtain direct-current working volts.Through the R4 current limliting, make VT1 obtain a base bias current and conducting then, the trigger current of unidirectional controllable silicon S CR is by the VT1 shorted to earth, and SCR is because of the triggerless electric current, and major loop is in off-state, and machine is not worked.When the drink machine heats, when clicking delay switch (29), electrochemical capacitor C 2 chargings; Simultaneously VT2 obtains a base bias current and conducting, this moment VT1 base bias current, by the VT2 shorted to earth; VT1 ends because of losing base bias current; The SCR trigger end obtains trigger current, and conducting, the drink machine is started working; After unclamping delay switch (29), the base bias current of VT2 is disconnected again, but at this moment because of the existence of charging voltage on the C 2 is arranged, therefore still can keep the base bias current of VT2 through R5; The VT2 conducting, VT1 ends, and SCR continues conducting; Keep the drink machine and often work, charging voltage discharges and to finish on C 2, VT2 do not have base bias current and by the time; The VT21 conducting, SCR breaks off by major loop, shuts down.
Further, the delay working duration of described delay switch circuit is set at 60 seconds, and the minable water yield of drink function output is no less than 350ml.But the consumption of user during with boiling water can not just be 350ml, because after this machine adopted thin stream pressure-reducing valve (12); When consumption during less than 350ml, the user can at will close outlet valve (5), because of the thin stream pressure-reducing valve (12) that is provided with in the machine can start after cutting out outlet valve (5) voluntarily; Lead back boiling water in the water dispenser; Like this, done time in several seconds, brought the safe operation and the convenient benefit of using of drink machine though machine is the multiplex (MUX).Another kind of situation, in Tathagata a collection of guest or boiling water expense greater than in the 350ml, the drink machine will quit work through the work of 60 second time automatically, under this situation, the user only need try again start delay switch (29) light start with regard to OK.Based Intelligent Control is that machine has been realized safe and reliable operation, for the user has taken simply and operates effectiveness easily.
The check-valves (19) of the hot heating system of described speed (001); It is characterized in that: valve body (1905) was formed under check-valves (19) was reached by threeway shape upper valve body (1901), closed mouthful (1902), flap root (1903), round valve lobe (1904); Described upper valve body (1901) screws togather with following valve body (1905); Form the valve chamber of check-valves (19); Be provided with soft round valve lobe (1904) in the valve pocket, round valve lobe (1904) and flap root (1903) are L shape structure, and round valve lobe (1904) and flap root (1903) are to be made into integration; Flap root (1903) is imbedded in the preset groove of upper valve body (1901) and following valve body (1905) screw part; Described check-valves (19) is serially connected with in the pipeline between feed pipe (9) and the filling pipe (23),
Further, the upper valve body (1901) of described check-valves (19) is a connector that is the threeway shape, takes on the role of cold water threeway of the present invention (16).
The temperature controller (14) of the hot heating system of described speed (001); It is characterized in that: temperature controller (14) is arranged near the boiling water port of export of the electric membrane quartz heat-generating pipe (21) that is the serpentine serial connection temperature controller (14); The trip temperature of setting is 105 ℃; When the surface temperature that dry combustion method or electric membrane quartz heat-generating pipe (21) take place surpassed 105 ℃, temperature controller (14) promptly can automatic shutdown circuit, the trouble free service of protection machine.
The delay switch (29) of the hot heating system of described speed (001) is characterized in that: the action of delay switch (29) control delay switch circuit, the character express above circuit theory is existing is no longer repeated.The circuit board of delay switch circuit (26) is installed on the below of protecting box (15), and each electrical nodal is connected by the configuration shown in lead and the node (17) in the machine.
The protection box (15) of the hot heating system of described speed (001) is characterized in that: the top of protection box (15) is provided with check-valves (19) and dredges the hole that passes of flowing pressure-reducing valve (12) threeway part, so that hot water or cold water's input and output; Outside described protection box (15) bottom, be provided with the erection column of the circuit board (26) that caves inward, the circuit board of delay switch circuit (26) can be wherein ccontaining; The upper and lower of described protection box (15) both sides, the integration screw (28) and the discharge outlet (27) that also are provided with protection box (15) are passed the preset holes that inserts with power line; The inside of protection box (15) is provided with the installing rack (20) of fast hot heating system (001).
Further; Described installing rack (20) is two vertical supports; Support is provided with the erection column of semicircular electric membrane quartz heat-generating pipe (21); Two combinations that are provided with the installing rack (20) of semicircular erection column are closed electric membrane quartz heat-generating pipe (21) hoop on installing rack (20).
Further, described installing rack (20) is the injection molding part of one with protection box (15); Described protection box (15) is by the integral body of the half box synthetic protection box (15) of two symmetries.
The order of connection of the hot heating system of described speed (001) is: cold water threeway (16) is accepted feed pipe (9) and is supplied water; The water inlet (25) that drinking-water joins via check-valves (19) with join by the lower port of the electric membrane quartz heat-generating pipe (21) that is concatenated into the serpentine layout communicating pipe (18); Drinking-water flows into the heating mode that " with fiery Bao Shui " accepted in electric membrane quartz heat-generating pipe (21) back; When drinking-water flowed into the port by the electric membrane quartz heat-generating pipe (21) that is concatenated into the serpentine layout communicating pipe (18), the drinking-water that has seethed with excitement gushed from the hot water tap through boiling water tube (13), boiling water threeway (11).
The discharge outlet (27) of the hot heating system of described speed (001) is characterized in that: discharge outlet (27) is symmetric configuration with water inlet (25), when the need cleaning robot, opens discharge outlet (27) and can discharge the ponding in the machine, implements cleaning work.
Stating as follows of application wide spectrum of the present invention:
The hot heating system of described speed (001) compact conformation, advantages of small volume, establish one's own system; The heating tasks that not only can independently take on any drink machine; Also can require to design the heater block that wide spectrum is applied to appliance water, the prioritization scheme of the hot courage of particularly a kind of alternative conventional bag water machine according to compatibility.
Description of drawings
Fig. 1 is the formula bag water machine structural representation of pipeline heating of the present invention.
Fig. 2 is the structural representation of the present invention's hot heating system of speed (001).
Fig. 3 dredges the structural representation of stream pressure-reducing valve and check-valves for the present invention.
Fig. 4 is the electrical circuit diagram of delay switch of the present invention.
The specific embodiment
Fig. 1; 2 unified mark titles are: fast hot heating system (001); Cover (1); Upper machine body (2); Hook (3); Water bag (4); Outlet valve (5); Water intake (6); Switching tube (7); Hold-doun nut (8); Feed pipe (9); Casing interface (10); Boiling water threeway (11); Dredge stream pressure-reducing valve (12); Boiling water tube (13); Temperature controller (14); Protection box (15); Cold water threeway (16); Lead and node (17); Communicating pipe (18); Check-valves (19); Installing rack (20); Electric membrane quartz heat-generating pipe (21); Erection column (22); Filling pipe (23); The lower body wall leans on (24); Water inlet (25); Circuit board (26); Discharge outlet (27); Integrate screw (28); Switch (29) and fixing threaded hole (30).
The mark title of Fig. 3 is: dredge stream pressure-reducing valve (12), three way type upper valve body (1201), valve ball seat (1202), valve ball (1203), valve spring (1204), following valve body (1205).
The mark title of Fig. 4 is: check-valves (19), three way type upper valve body (1901), closed mouthful (1902), flap root (1903), round valve lobe (1904), following valve body (1905)
Fig. 5 is delay switch circuit figure of the present invention.
Describe the present invention in detail below in conjunction with accompanying drawing:
Like Fig. 1, shown in 2, a kind of wall-hanging pipeline heating bag water machine can be divided into two major parts, i.e. water supply part and heating part.
Like Fig. 1, shown in 2; Described water supply part; Comprise: cover (1) upper machine body (2), hook (3), water bag (4), outlet valve (5), water intake (6), switching tube (7), hold-doun nut (8), feed pipe (9), casing interface (10); It is characterized in that: described water bag (4) is vertically to place the upper machine body (2) that serves as the water lodge; Water bag (4) is when putting into, and water intake (6) just can sting entry bag (4), drinks water through water intake (6), feed pipe (9), check-valves (19), supplies water to the hot heating system of speed (001); Described outlet valve (5), compatible hot water or cold water's switching function is taken on the task of a valve dual-purpose; This is because the fast hot heating system (001) of moment boiling; Being the heating of need not switching under normal conditions, is the drinking-water of normal temperature, at this moment opens outlet valve (5) and just can obtain so-called Cold Drinking Water.
Like Fig. 1, shown in 2; Described heating part is made up of outlet valve (5), feed pipe (9), cold water threeway (16), boiling water tube (13), thin stream pressure-reducing valve (12), temperature controller (14), boiling water threeway (11), communicating pipe (18), check-valves (19), electric membrane quartz heat-generating pipe (21), filling pipe (23) and water inlet (25).
Like Fig. 1, shown in 2; Feed pipe (9) is connected in described cold water threeway (16), accepts feed pipe (9) and supplies water, and drinking-water gets into filling pipe (23) via check-valves (19); Filling pipe (23) is connected with the water inlet (25) of electric membrane quartz heat-generating pipe (21); Entering is accepted the heating of fast hot heating system (001) " with fiery Bao Shui ", the drinking-water after three grades of heating by the lower port of the electric membrane quartz heat-generating pipe (21) that is concatenated into the serpentine layout communicating pipe (18); When flowing through the port of the electric membrane quartz heat-generating pipe (21) that is the serpentine layout; Drinking-water has been in the state of boiling, and the drinking-water of moment boiling gushes from outlet valve (5) through boiling water tube (13), boiling water threeway (11).
Like Fig. 1, shown in 2, the device of described control system constitutes jointly by dredging stream pressure-reducing valve (12), temperature controller (14), check-valves (19), circuit board (26) and delay switch (29).
Like Fig. 1, shown in 2; The function of described thin stream pressure-reducing valve (12) is; When drinking-water boiling, delay circuit are still located duty and closed under outlet valve (5) situation; The pressure that the hot heating system of speed (001) is produced can be released through dredging stream pressure-reducing valve (12), realizes the purpose of safety heating.
In other words; Still be in the operating mode of heating like machine; And user's water withdrawal is to be less than under the such situation of 350ml; Allow the user to close outlet valve (5) and stop water outlet, this is promptly can begin action because outlet valve (5) is dredged stream pressure-reducing valve (12) when closing, and the pressure that fast hot heating system (001) is produced can back down the valve ball of dredging in the stream pressure-reducing valve (12) (1203) and flow back to high pressure gas, water in the feed pipe (9).Thus: the application of dredging stream pressure-reducing valve (12); Make the user can indiscriminately ad. as one wishes obtain required minable water yield; Greatly improved the free degree of machine operation; User water withdrawal ≮ 350ml can close outlet valve (5) immediately, need obtain in a large number in the boiling water, and the light work that only need start delay switch (29) once more is with regard to OK.
As shown in Figure 3; Described thin stream pressure-reducing valve (12); By three way type upper valve body (1201), valve ball seat (1202), valve ball (1203), valve spring (1204) and down valve body (1205) forms, upper valve body (1201) screws togather with following valve body (1205) employing, formation valve body chamber; Upper valve body (1201) serves as the valve ball seat (1202) of valve ball (1203), and valve spring (1204) presses valve ball (1203) on valve ball seat (1202).
As shown in Figure 3, described thin stream pressure-reducing valve (12) is in parallel installed with on the pipeline between boiling water tube (13) and the feed pipe (9), so that under the situation of closing outlet valve (5), flows back to the water of high pressure, gas in the feed pipe (9); Port and boiling water tube (13) that the upper valve body (201) of described thin stream pressure-reducing valve (12) is the threeway shape join, and the another port in the boiling water threeway (11) then is connected with outlet valve (5); Dredging the lower port of stream pressure-reducing valve (12) and the upper valve body (301) of the three way type in the check-valves (19) is connected; When drinking-water boiling, delay circuit are still located duty and but will be closed under the situation of outlet valve (5); Can back down the valve ball of dredging in the stream pressure-reducing valve (12) (1203) through the high pressure aqueous vapor that fast hot heating system (001) is produced; Flow back to the water of high pressure, gas in the feed pipe (9), realize the purpose of safety heating.
As shown in Figure 3; Described check-valves (19); By threeway shape upper valve body (1901), closed mouthful of (1902), flap root (103), round valve lobe (1904) and down valve body (1905) forms, described upper valve body (1901) screws togather with following valve body (1905), the valve chamber of formation check-valves (19); Be provided with soft round valve lobe (1904) in the described valve pocket; Round valve lobe (1904) and flap root (1903) are L shape structure, and round valve lobe (1904) and flap root (1903) are to be made into integration, and flap root (1903) is imbedded in the preset groove of upper valve body (1901) and following valve body (1905) screw part; Described check-valves (19) is serially connected with in the filling pipe (23), has the function of control drinking-water only import but no export; Make drinking-water under closed circuit environment, realize heating.
Described temperature controller as shown in Figure 2 (14) is series on the zero line of main circuit, is arranged at the boiling water exit of the electric membrane quartz heat-generating pipe (21) that is " S " type serial connection.The trip temperature that temperature controller (14) is set is 105 ℃; When the surface temperature of electric membrane quartz heat-generating pipe (21) above 105 ℃; Or when the machine dry combustion method takes place; Bimetal leaf in the temperature controller (14) produces separation principle, meeting automatic shutdown circuit, the trouble free service of protection machine because of thermal coefficient of expansion is different.
As shown in Figure 2, described delay switch (29) with the function and the principle of circuit board (26) is: the drink machine is to be connected power supply when holding state, and the 220V civil power is through the D1-D4 rectification, the R2 pressure-limit current-limit, and C 3 filtering obtain direct-current working volts.Through the R4 current limliting, make VT1 obtain base bias current and conducting then, the trigger current of unidirectional controllable silicon S CR is by the VT1 shorted to earth, and SCR is because of the triggerless electric current, and major loop is in off-state, and machine is not worked.When the drink machine heats, when pressing delay switch (29), electrochemical capacitor C 2 chargings; VT2 obtains base bias current and conducting; This moment VT1 base bias current, by the VT2 shorted to earth, VT1 ends because of losing base bias current; The SCR trigger end obtains trigger current and conducting, and the drink machine is started working; After unclamping delay switch (29), the base bias current of VT2 is disconnected again, but at this moment because of the existence of charging voltage on the C 2 is arranged, therefore still can keep the base bias current of VT2 through R5; The VT2 conducting, VT1 ends, and SCR continues conducting; Keep the drink machine and often work, charging voltage discharges and to finish on C 2, VT2 do not have base bias current and by the time; The VT21 conducting, SCR breaks off by major loop, and the drink machine is shut down.
As shown in Figure 2, the circuit board of described delay switch circuit (26) is installed in the ad hoc mount grooves of protection box (15) below, to avoid the influence of high temperature to circuit as far as possible.
Further, the delay duration of described delay switch circuit is 60 seconds, and in this period, the boiling water of drink function output is no less than 350ml.But user's water consumption can not just be 350ml, and the consumption that is greater than or less than 350ml is an objective reality, divides two kinds of behaviours in service to do following description at present:
First kind of situation when user's consumption during less than 350ml, allows to close immediately outlet valve (5).Because the thin stream pressure-reducing valve (12) that is provided with in the machine can start when cutting out outlet valve (5) voluntarily, flows back to boiling water in the feed pipe (9) of drink machine.Like this, done time in several seconds though machine is the multiplex (MUX), the safe operation and the convenient of user that bring the drink machine use.
Another kind of situation is, Tathagata a collection of guest or boiling water expense greater than in the 350ml, the drink machine after the work of 60 second time, will stop automatically, under this situation, it is just passable that the user only need start the light work of delay switch (29) once more.
The protection and the installation of the hot heating system of speed (001).
Protection and mounted component comprise: protection box (15), installing rack (20), discharge outlet (27), integration screw (28) and integration screw (28).
The top of described protection box (15), be provided with check-valves (19) and dredge stream pressure-reducing valve (12) the threeway part pass the hole so that hot water or cold water's input and output.
Further, the outside of described protection box (15) bottom is provided with the special-purpose erection column of the circuit board (26) that caves inward, and the circuit board of delay switch circuit (26) is wherein ccontaining.
Further, the upper and lower of described protection box (15) both sides, the integration screw (28) and the discharge outlet (27) that also are provided with protection box (15) pass the preset holes that inserts with power line.
Further, the below of described protection box (15) is provided with the integration screw (28) of protection box (15), so that realize fixing and installation.
Further, the inside of described protection box (15) is provided with the installing rack (20) of fast hot heating system (001) electric membrane quartz pipe.
Described installing rack (20); Be two vertical supports; Support is provided with the installation position of semicircular electric membrane quartz heat-generating pipe (21); Two combinations that are provided with the installing rack (20) of semicircular installation position are closed electric membrane quartz heat-generating pipe (21) hoop on the installation position of installing rack (20).
Further, described installing rack (20) is an integrated injection molding with protection box (15), is half box by two symmetries, the protection box (15) of a synthetic integral body.
Claims (7)
1. a wall-hanging pipeline heating bag water machine is made up of water system, fast hot heating system (001) and installation and protection system; Described water system comprises: cover (1) upper machine body (2), water bag (4), outlet valve (5), water intake (6), switching tube (7), hold-doun nut (8), feed pipe (9) and casing interface (10); The hot heating system of described speed (001) comprising: boiling water threeway (11), thin stream pressure-reducing valve (12), boiling water tube (13), temperature controller (14), cold water threeway (16), lead and node (17), communicating pipe (18), check-valves (19), electric membrane quartz heat-generating pipe (21), filling pipe (23), circuit board (26), water inlet (25), discharge outlet (27) and delay switch (29); The parts of described installation and protection system comprise: hook (3), lower body and on wall lean on (24), protection box (15), installing rack (20), integrate screw (28) and fixing threaded hole (30); It is characterized in that: described by three electric membrane quartz heat-generating pipes (21), be composed in series end to endly, be serpentine trend; The heater of cascade raising temperature, the water inlet (25) of described heater lower end is connected with filling pipe (23); The port of filling pipe (23) is connected with check-valves (19); The port of check-valves (19) through feed pipe (9), is connected with water intake (6); Described switch delay circuit plate (26), the duration of setting the time-delay heating was 60 seconds, the water yield of every heating duration is no less than 350ml; The described heater that is composed in series by three electric membrane quartz heat-generating pipes (21) is installed among the protection box (15); Described cover (1) and upper machine body (2) adopt hinge to be connected, and described upper machine body (2) serves as the case of packing into of water bag (4); Water bag (4), from the top is packed upper machine body (2) into, the center of upper machine body (2) bottom; By hold-doun nut (8) water intake (6) is fixed on it, the below of water intake (6) links to each other with feed pipe (9); The other end of feed pipe (9) is connected with heater in the hot heating system of speed (001); Described water bag (4) is vertically to put into the upper machine body (2) that serves as the water lodge; In described water intake (6) the thorn entry bag (4), drinking-water supplies water to the hot heating system of speed (001) through water intake (6), feed pipe (9) and check-valves (19), and heating back drinking-water gushes from outlet valve (5) through switching tube (7); Described outlet valve (5), compatible hot water or cold water's switching function; Described upper machine body (2) is connected with lower body through casing interface (10); The back side of described upper machine body (2) is provided with hook (3); Described wall-hanging bag water machine is to use with the form that hangs on the wall body; The below at the described machine back side also is provided with wall and leans on (24).
2. wall-hanging pipeline heating bag water machine according to claim 1 is characterized in that described three electric membrane quartz heat-generating pipes (21) are through communicating pipe (18), connect into the trend of " S " type; The two ends of the electric membrane quartz heat-generating pipe (21) in the hot heating system of described speed (001) are provided with one positive one negative two electrodes, adopt between two electrodes to be connected in parallel.
3. wall-hanging pipeline heating bag water machine according to claim 1; It is characterized in that; Valve body (1205) was formed under described thin stream pressure-reducing valve (12) was reached by three way type upper valve body (1201), valve ball seat (1202), valve ball (1203), valve spring (1204); Upper valve body (1201) adopts with following valve body (1205) and screws togather, and forms the valve body chamber; Upper valve body (1201) serves as the valve ball seat (1202) of valve ball (1203), and valve spring (1204) presses valve ball (1203) on valve ball seat (1202); Described thin stream pressure-reducing valve (12); Be parallel between hot water or cold water's pipeline; The upper valve body (1201) of dredging stream pressure-reducing valve (12) is the threeway shape; One of two port on the upper valve body (1201) and boiling water tube (13) join, and another then is connected through switching tube (7) and outlet valve (5); Dredge the lower port of stream pressure-reducing valve (12); Be connected with the upper valve body that is the threeway shape (1301) in the check-valves (19); When the drinking-water boiling, and delay circuit is still located under the situation of duty, closes outlet valve (5); The pressure flow that the hot heating system of speed (001) is produced can be released through dredging stream pressure-reducing valve (12).
4. wall-hanging pipeline heating bag water machine according to claim 1; It is characterized in that; Valve body (1905) was formed under described check-valves (19) was reached by threeway shape upper valve body (1901), closed mouthful (1902), flap root (1903), round valve lobe (1904); Described upper valve body (1901) screws togather with following valve body (1905), forms the valve chamber of check-valves (19), is provided with soft round valve lobe (1904) in the valve pocket; Described round valve lobe (1904) is L shape structure with flap root (1903), and round valve lobe (1904) and flap root (9103) are to be made into integration; Described flap root (1903) is imbedded in the preset groove of upper valve body (1901) and following valve body (1905) screw part; Described check-valves (19) is serially connected with in the pipeline between feed pipe (9) and the filling pipe (23), and the upper valve body (1901) in the described check-valves (19) is a connector that is the threeway shape; In three ports of described upper valve body (1901), one of them port screws togather with following valve body (1905), forms the valve chamber of check-valves (19), and other two ports are connected with thin stream pressure-reducing valve (12) and feed pipe (9) respectively.
5. wall-hanging pipeline heating bag water machine according to claim 1 is characterized in that described temperature controller (14) is serially connected with in the heater circuit, is arranged at the boiling water port of export of serpentine electric membrane quartz heat-generating pipe (21), and setting trip temperature is 105 ℃.
6. wall-hanging pipeline heating bag water machine according to claim 1 is characterized in that described circuit board (26) is the delay switch circuit plate, and circuit board (26) is arranged in the installation room of protection box below; The delay duration of setting the energising of delay switch circuit plate is 60 seconds; Described delay switch (29) is positioned at the side of drink machine below.
7. wall-hanging pipeline heating bag water machine according to claim 1 is characterized in that described protection box (15); Be through integrating screw (28) by two and half boxes; Integrate by screw and to form, in protection box (15), be provided with the installing rack (20) of electric membrane quartz heat-generating pipe (21); On installing rack (20), be provided with and the corresponding recessed half slot of electric membrane quartz heat-generating pipe (21); Described electric membrane quartz heat-generating pipe (21) hoop closes, is installed on the installing rack (20) of protection box (15); Outside the bottom of described protection box (15), be provided with the erection column of the circuit board (26) that caves inward, the circuit board of delay switch circuit (26) can embed wherein; The upper and lower of described protection box (15) both sides also is provided with the integration screw (28) of protection box (15); Below the described protection box (15); Be provided with the fixing threaded hole (30) of protection box (15); So that the installation of heater (001); The top of described protection box (15) is provided with the hole that passes of check-valves (19) and pressure-reducing valve (12), so that hot water or cold water's input and output, the below of described protection box (15) is provided with discharge outlet (27) and passes the preset holes that inserts with power line.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120413547 CN202312858U (en) | 2011-10-26 | 2011-10-26 | Wall-mounted pipeline heating bag water dispenser |
| PCT/CN2012/000205 WO2013060086A1 (en) | 2011-10-26 | 2012-02-20 | Wall-mounted pipeline heating bag type water dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120413547 CN202312858U (en) | 2011-10-26 | 2011-10-26 | Wall-mounted pipeline heating bag water dispenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202312858U true CN202312858U (en) | 2012-07-11 |
Family
ID=46424870
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120413547 Expired - Fee Related CN202312858U (en) | 2011-10-26 | 2011-10-26 | Wall-mounted pipeline heating bag water dispenser |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN202312858U (en) |
| WO (1) | WO2013060086A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105011775A (en) * | 2015-08-18 | 2015-11-04 | 王金春 | Low-power energy-saving hot water device |
| US11060764B2 (en) | 2018-11-13 | 2021-07-13 | White Knight Fluid Handling Inc. | On-demand heater and temperature control system and related process |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103637689A (en) * | 2013-12-25 | 2014-03-19 | 赵立 | Soft water containing device |
| CN204192376U (en) * | 2014-02-25 | 2015-03-11 | 周林斌 | Electric pressure cooking saucepan water inlet and water outlet brew machine |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0213725A (en) * | 1988-07-01 | 1990-01-18 | Sharp Corp | High-frequency heating apparatus |
| US6834160B1 (en) * | 2003-11-14 | 2004-12-21 | Huang Chen-Lung | Electric heater with a sensor preventing no-water heating |
| CN201481092U (en) * | 2009-04-18 | 2010-05-26 | 陆建钢 | Quick electric-heating drinking water machine |
| CN102133041A (en) * | 2010-12-15 | 2011-07-27 | 李万红 | Quick-boiling type water dispenser through pipeline heating |
| CN102113823B (en) * | 2010-12-15 | 2012-08-29 | 李万红 | Wall-mounted pipeline heating and rapid-boiling bag water fountain |
-
2011
- 2011-10-26 CN CN 201120413547 patent/CN202312858U/en not_active Expired - Fee Related
-
2012
- 2012-02-20 WO PCT/CN2012/000205 patent/WO2013060086A1/en active Application Filing
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105011775A (en) * | 2015-08-18 | 2015-11-04 | 王金春 | Low-power energy-saving hot water device |
| US11060764B2 (en) | 2018-11-13 | 2021-07-13 | White Knight Fluid Handling Inc. | On-demand heater and temperature control system and related process |
| TWI740269B (en) * | 2018-11-13 | 2021-09-21 | 美商葛萊兒液體處理公司 | On-demand heater and temperature control system and related process |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2013060086A1 (en) | 2013-05-02 |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120711 Termination date: 20121026 |