CN108703653B

CN108703653B - Water dispenser based on change of volume of water outlet to trigger lighting device

Info

Publication number: CN108703653B
Application number: CN201810616267.1A
Authority: CN
Inventors: 曹瑾
Original assignee: Lu'an Rongyao Innovation Intelligent Technology Co ltd
Current assignee: LU'AN RONGYAO INNOVATION INTELLIGENT TECHNOLOGY Co.,Ltd.
Priority date: 2018-06-14
Filing date: 2018-06-14
Publication date: 2020-07-17
Anticipated expiration: 2038-06-14
Also published as: CN108703653A

Abstract

The invention discloses a water dispenser triggering an illuminating device based on the change of the volume of a water outlet, which structurally comprises a smart seat, a water dispenser body, a water outlet control button, an illuminating device protective cover, a water receiving disc and a box door.

Description

Water dispenser based on change of volume of water outlet to trigger lighting device

Technical Field

The invention relates to a water dispenser capable of triggering a lighting device based on volume change of a water outlet, and belongs to the field of water dispensers.

Background

The water dispenser has a simple appearance and a convenient operation mode, and a plurality of people are interested in the principle of the water dispenser, the water dispenser can heat the purified water at normal temperature to a temperature suitable for drinking and can keep constant temperature all the time, and the function comes from a heating system in the water dispenser. The water dispenser generates heat by electric energy, the heat can be generated only by a resistance-type heating element, most of the existing products are provided with safer ceramic heating bodies, the heating efficiency is higher, the risk of electric leakage is avoided, a sensitive electronic temperature sensor is also arranged in the water dispenser, the temperature of water is sensed at any time, and therefore constant temperature and electricity saving are achieved; when the second type of the water heater is used for receiving hot water, because the water receiving capacity is unknown, the hot water overflows, water resource waste is caused, people receiving the water are easily scalded, and the safety performance is low.

Disclosure of Invention

In view of this, the embodiment of the present invention provides a water dispenser that triggers a lighting device based on a change in the volume of a water outlet, so as to overcome the defects of water resource waste and low safety caused by unclear control over the water level of water when the water dispenser is used in a dark environment or receives water at night.

In order to achieve the purpose, the invention is realized by the following technical scheme: a water dispenser based on a water outlet volume change to trigger a lighting device is characterized in that: its structure includes clever seat, drinking water organism, play water control button, lighting device safety cover, water collector, chamber door, the drinking water organism is the cuboid structure, and the central point embedding of its up end has clever seat to adopt swing joint, it is equipped with two to go out water control button, corresponds respectively to cooperate in inside cold water end and the hot water end of drinking water organism, the chisel is equipped with the water receiving tank for sunken square structure on the front of drinking water organism is served, the bottom of water receiving tank is equipped with the water collector, installs the lighting device safety cover at both ends about it, the chamber door is articulated to be connected on the bottom position that the positive end of drinking water organism was located the water receiving tank.

The clever seat comprises water injection seat, water receiving bucket, the inside of water receiving bucket adopts embedded water injection seat of installing, water injection seat and clever seat constitute the infundibulate structure.

The water dispenser body is internally provided with a spring, a lighting device, a cold water outlet device and a hot water outlet device.

The bottom of the water receiving barrel is respectively provided with a cold water outlet device and a hot water outlet device which are communicated with each other, the lighting devices and the springs are respectively arranged at the left side and the right side of the water receiving barrel, and the lighting devices and the springs are movably matched with each other.

Furthermore, the lighting device comprises a light bar, a driver, a wire, a fixed contact, a movable contact and a push rod, the upper end of the push rod is limited through a spring, the movable contact welded to the bottom end of the push rod is in contact with and electrically connected with the fixed contact, the fixed contact is electrically connected with the driver through the wire, the driver is welded to the left end of the light bar, and one end, symmetrical to the push rod, of the movable contact is in contact fit with the cold water outlet device.

Furthermore, the cold water outlet device comprises a cold water diversion pipeline, a cold water storage tank, a cold water outlet pipeline and a cold water outlet cavity, the outer surface of the cold water outlet cavity is contacted with one end of the push rod, which corresponds to the movable contact, the right end of the push rod is embedded into the left bottom end of the water receiving barrel, the inlet of the cold water diversion pipeline is connected by glue, the outlet of the cold water diversion pipeline is embedded into the top end of the cold water storage tank, and the bottom end of the cold water storage tank is communicated with the cold water outlet pipeline through the cold water outlet.

Furthermore, the hot water outlet device consists of a hot water outlet pipeline, a hot water outlet cavity, a hot water storage tank, a heating tank, an air exchange pipe, an air pipe fixing bearing, an air outlet and a hot water diversion pipeline.

Furthermore, hot water outlet pipe says and link up with the hot water storage tank mutually through hot water play water cavity, the hot water storage tank passes through the pipe connection with the heating jar, the water inlet of heating jar is through the position that welded hot water diversion pipeline and the bottom of water receiving bucket are located cold water diversion pipeline right side and link up, the last top of heating jar is connected to the gas outlet through the scavenge pipe, trachea fixing bearing is equipped with two, and is parallel structure bearing connection in the scavenge pipe about being, and fixes in the inside of water receiving bucket.

Furthermore, a cold water inlet, a water inlet inner cavity, a guide plate, a movable pulley, a connecting rod, a tension spring, a roller, a baffle plate, a cold water outlet, a swing rod movable opening and a swing rod are arranged in the cold water outlet cavity.

Furthermore, the outer surface of the cold water outlet cavity is preferably made of an insulator material, so that electric conduction is avoided, the change of free contraction and expansion of the volume of the water inlet inner cavity is reflected, and the cold water outlet cavity is preferably made of a rubber material and can be used as a rubber water bag.

Further, the cold water delivery port is in the same place with cold water outlet pipe's connector welding, the cold water inlet is under the narrow triangle-shaped structure to with the inner chamber welding of intaking as an organic whole, the one end of baffle and the outer surface welding of movable pulley are in the same place, and the other end is fixed on the inner wall of the inner chamber of intaking, and the baffle is the arc structure, and in its outer surface contact movable fit the end of pendulum rod, the right lower extreme welding of movable pulley has the connecting rod, forms 45 jiaos between connecting rod and the baffle and through roller swing joint, the left end of baffle is spacing in the inner chamber of intaking through the welded extension spring, and its right-hand member extends to the inside of cold water delivery port, the pendulum rod head end is fixed in the both sides of cold water delivery port upper end surface through.

Further, it is spacing through the spring between the side inner wall of push rod and drinking water organism, the inside of lamp strip is equipped with the wick more than two, and its signal end electric connection is in the driver.

Furthermore, one ends of the cold water outlet pipeline and the hot water outlet pipeline, which extend out, are respectively and mechanically connected with the two water outlet control buttons in a one-to-one correspondence mode through water outlets.

Furthermore, the cold water outlet cavity and the hot water outlet cavity are both of a gourd-shaped structure, and the bottom ends of the baffles are fixed inside the water inlet inner cavity through support columns and are positioned at two sides of the cold water outlet.

Advantageous effects

Compared with the prior art, the invention provides a water dispenser which triggers a lighting device based on the change of the volume of a water outlet, and the water dispenser has the following beneficial effects:

1. through the lighting device who is equipped with, and then improved traditional water dispenser and used not enough under night or the environment is darker, solved not enough of traditional water dispenser and done effectual optimization to lighting device's opening again, realize under the effectual utilization of water resource of water dispenser, improve its security performance who uses again.

2. In order to realize that the lighting device can be started and stopped according to the water receiving process, a fixed contact and a movable contact which are connected on a driver through a lead are used as starting signal ends of the driver, when cold water flows to a cold water storage tank through a cold water diversion pipeline for storage, and a water outlet control button is opened, when water in the cold water storage tank flows to a cold water outlet cavity, water filled in an inner cavity of the water inlet generates water hammer, a pushing swing rod is pushed to respectively extrude movable pulleys outwards along a guide plate, the movable pulleys indirectly pull a baffle plate to open a water outlet channel, and the volume is increased under the extrusion of the movable pulleys, a push rod matched with the left end is pushed to drive the movable contact and the fixed contact to realize the signal conduction of the driver, so that the lighting device is started, under the condition that the water inlet cavity is zero, the volume is reset is changed into an initial state, and the lighting device is closed, the starting and stopping of the lighting device are controlled according to the condition of receiving water, and the lighting device has the characteristics of energy conservation and environmental protection benefits.

3. The mechanism of action of the cold water outlet cavity is communicated with that of the hot water outlet cavity, firstly, barreled water in the water receiving barrel is stored in the cold water storage tank, when a user needs to receive cold water, the water outlet of the cold water storage tank is opened and directly flows to the cold water outlet cavity, when water is filled in the water inlet cavity to form water hammer, the water hammer pushes the swing rod to slide along the arc tracks of the guide plates on the two sides to respectively extrude the movable pulleys outwards, and the water inlet cavity is a rubber water bag, so that the working principle of the water inlet cavity is such as expansion and contraction of a balloon, when water is filled to form water hammer, the movable pulleys extrude the water inlet cavity outwards, the volume of the water inlet cavity is increased, and then the push rod in contact with the outer surface of the water inlet cavity is pushed.

4. When the push rod receives the horizontal leftward thrust from the water inlet inner chamber, the movable contact fixed at the bottom end of the push rod moves to contact with the fixed contact, the signal is conducted, the electric signal is transmitted to the circuit board inside the driver through the lead connected with the fixed contact, and the lamp wick inside the lamp strip welded by the circuit board is lightened, so that when a user receives water, the lighting device with the water receiving groove positioned on the left side of the cold water outlet device is opened, the user can clearly see the water level inside the water cup while receiving the water, and the condition that water resources are wasted due to overflow of the cold water is avoided.

5. When stopping the water receiving, the play water passageway of the cold water storage water tank of play water control button internal connection is closed, the inside water of inner chamber that intakes reduces gradually, and the water hammer that the pendulum rod received reduces gradually, make the pendulum rod resume initial condition, and the movable pulley then resets along with the pendulum rod synchronization, the volume of inner chamber that intakes resumes original condition, the spring that the push rod upper end was equipped with resets, the horizontal removal of drive push rod, and then movable contact and stationary contact disconnection, the driver is closed, lighting device stops the illumination, this operation can effectually avoid traditional lighting device to be single circuit drive, when the user forgets to close circuit switch, the extravagant condition of resource that causes.

6. Under the condition of volume expansion based on the water inlet inner cavity, in the process that the movable pulley moves outwards, the connecting rod fixed by the movable pulley is driven by the connecting rod to pull the baffle fixed at the bottom end of the movable pulley to move leftwards synchronously along with the movable pulley, so that the cold water outlet closed by the two baffles is opened, cold water can flow out of a cup of a user through the cold water outlet, and when the volume of the water inlet inner cavity is reset, the baffles are reset by the tension spring, and the water outlet is effectively controlled.

Drawings

Fig. 1 is a schematic diagram of an appearance structure of a water dispenser which triggers a lighting device based on the change of the volume of a water outlet.

FIG. 2 is a schematic view of the internal structure of the water dispenser body according to the present invention.

FIG. 3 is a detailed schematic diagram of FIG. 2 according to the present invention.

FIG. 4 is a schematic structural diagram of A in FIG. 3 according to the present invention.

Fig. 5 is a detailed structural diagram of the interior of the cold water outlet cavity of the present invention.

In the figure: smart seat-1, water dispenser body-2, water outlet control button-3, lighting device protective cover-4, water pan-5, door-6, water filling seat-11, water receiving barrel-12, spring-21, lighting device-22, cold water outlet device-23, hot water outlet device-24, light bar-221, driver-222, wire-223, stationary contact-224, movable contact-225, push rod-226, cold water conduit-231, cold water storage tank-232, cold water outlet conduit-233, cold water outlet cavity-234, hot water outlet conduit-241, hot water outlet cavity-242, hot water storage tank-243, heating tank-244, ventilation pipe-245, air pipe fixing bearing-246, air outlet-247, air outlet-2, air outlet air, The device comprises a hot water conduit-248, a cold water inlet-2341, a water inlet cavity-2342, a guide plate-2343, a movable pulley-2344, a connecting rod-2345, a tension spring-2346, a roller-2347, a baffle-2348, a cold water outlet-2349, a swing rod movable opening-23410 and a swing rod-23411.

Detailed Description

In order to make the technical means, creation features, achievement purposes and effects of the invention easy to understand, fig. 1 to 5 schematically show the structure of the water dispenser of the embodiment of the invention, and the invention is further explained below with reference to the specific embodiment.

Examples

As shown in fig. 1-5, the invention provides a water dispenser which triggers a lighting device based on the change of the volume size of a water outlet.

The lighting device 22 is added under the traditional water dispenser design, the lighting device 22 combines electrical property and mechanization, the lighting device 22 can be indirectly turned off and turned on according to the condition that a user receives water, the effective use of the lighting device 22 is ensured, and the environment-friendly performance is strong.

Specifically, the cold water outlet cavity 234 and the hot water outlet cavity 242 of the present invention are communicated with each other in terms of mechanism of action, firstly, the barreled water in the water receiving barrel 12 is stored in the cold water storage tank 232, when a user needs to receive cold water, the water outlet of the cold water storage tank 232 is opened, and the barreled water directly flows through the cold water outlet cavity 234, when the water hammer is formed in the water inlet cavity 2342, the water hammer pushes the swing rod 23411 to slide along the arc track of the guide plates 2343 on both sides to respectively extrude the movable pulleys 2344 outwards, and because the water inlet cavity 2342 is a rubber water bag, the working principle of the water hammer is like expansion and contraction of a balloon, when the water hammer is formed by water filling, the movable pulleys 2344 extrude the water inlet cavity 2342 outwards, and the volume of the water inlet cavity 2342 is increased, so as to push the push rod 226 contacting.

Specifically, when the push rod 226 receives a horizontal leftward pushing force from the water inlet cavity 2342, the movable contact 225 fixed at the bottom end of the push rod 226 moves to contact with the fixed contact 224, a signal is connected, the electric signal is transmitted to the circuit board inside the driver 222 through the lead 223 connected to the fixed contact 224, and the wick inside the light bar 221 welded to the circuit board is lighted, so that the user can receive water while the lighting device 22 positioned at the left side of the cold water outlet device 23 in the water receiving tank is turned on, and the user can clearly see the water level inside the water cup while receiving water.

Specifically, when the water receiving is stopped, the water outlet channel of the cold water storage tank 232 connected to the inside of the water outlet control button 3 is closed, the water inside the water inlet cavity 2342 is gradually reduced, the water impact on the swing rod 23411 is gradually reduced, the swing rod 23411 is restored to the initial state, the movable pulley 2344 is synchronously restored along with the swing rod 23411, the volume of the water inlet cavity 2342 is restored to the initial state, the spring 21 arranged at the upper end of the push rod 226 is restored, the push rod 226 is driven to horizontally move rightwards, the movable contact 225 is disconnected from the stationary contact 224, the driver 222 is closed, and the lighting device 22 stops lighting.

Specifically, under the condition that the volume of the water inlet cavity 2342 is enlarged, in the process that the movable pulley 2344 moves outwards, the connecting rod 2345 fixed to the movable pulley 2344 is driven by the connecting rod 2345 to pull the baffle 2348 fixed to the bottom end of the movable pulley 2344 to move leftwards synchronously along with the movable pulley 2344, therefore, the cold water outlet 2349 closed by the two baffles 2348 is opened, cold water can flow out of a water cup of a user through the cold water outlet 2349, and when the volume of the water inlet cavity 2342 is reset, the baffle 2348 is reset by the tension spring 2346 and is closed again, and water receiving is stopped.

In some embodiments, two springs 21 and two lighting devices 22 are respectively arranged, and are symmetrically distributed about the water receiving barrel 12, one of the springs 21 and the lighting devices 22 is connected with the cold water outlet 23, and the other spring 21 and the lighting device 22 is connected with the hot water outlet 24.

In some embodiments, the cold water outlet chamber 234 and the hot water outlet chamber 242 have the same internal structure, and perform the same function.

In some embodiments, the heating tank 244 is used for a long time and accumulates too many impurities inside, in order to ensure the better use of the heating tank 244, a cleaning nozzle can be arranged at the position where the side edge of the heating tank 244 penetrates through the side edge of the water dispenser body 2, so that the heating tank 244 is convenient to clean, and the long-term continuous effective heating use is realized.

In some embodiments, the end of the swing link 23411 in contact with the guide plate 23411 is in a circular design and can swing back and forth along the circular arc trajectory formed by the guide plate 2343 and the movable pulley 2344, so that the relative sliding is maximized.

In some embodiments, the guide plate 2343, the movable pulley 2344, the connecting rod 2345, the tension spring 2346, the roller 2347, the baffle 2348 and the swing rod 23411 are symmetrically distributed through the cold water outlet 2349, and are matched with each other.

In some embodiments, a return spring is disposed at a connection between the inside of the swing rod moving opening 23410 and the swing rod 23411, so that when water hammer on the swing rod 23411 is zero, the swing rod 23411 is returned.

While there have been shown and described what are at present considered the fundamental principles and essential features of the invention and its advantages, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing exemplary embodiments, but is capable of other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. The utility model provides a thereby the water dispenser based on delivery port volume size changes and triggers lighting device, its structure includes clever seat (1), drinking water organism (2), play water control button (3), lighting device safety cover (4), water collector (5), chamber door (6), its characterized in that:

the water dispenser is characterized in that the water dispenser body (2) is of a cuboid structure, a smart seat (1) is embedded in the center of the upper end face of the water dispenser body and movably connected, two water outlet control buttons (3) are arranged and respectively correspondingly matched with a cold water end and a hot water end inside the water dispenser body (2), a water receiving groove of a sunken square structure is chiseled on the front end of the water dispenser body (2), a water receiving disc (5) is arranged at the bottom end of the water receiving groove, lighting device protection covers (4) are arranged at the left end and the right end of the water receiving groove, and a box door (6) is hinged to the front end of the water dispenser body (2) and is positioned at the bottom of;

the intelligent seat (1) consists of a water injection seat (11) and a water receiving barrel (12), the water injection seat (1) is installed in the water receiving barrel (12) in an embedded mode, and the water injection seat (11) and the intelligent seat (1) form a funnel-shaped structure;

a spring (21), a lighting device (22), a cold water outlet device (23) and a hot water outlet device (24) are formed inside the water dispenser body (2);

the bottom end of the water receiving barrel (12) is respectively provided with a cold water outlet device (23) and a hot water outlet device (24) which are communicated with each other, the lighting device (22) and the spring (21) are respectively arranged at the left side and the right side of the water receiving barrel (12), and the lighting device and the spring are movably matched with each other;

the lighting device (22) consists of a light bar (221), a driver (222), a lead (223), a fixed contact (224), a movable contact (225) and a push rod (226), the upper end of the push rod (226) is limited by a spring (21), the movable contact (225) welded at the bottom end of the push rod (226) is in contact with and electrically connected with the fixed contact (224), the fixed contact (224) is electrically connected with the driver (222) through the lead (223), the driver (222) is welded at the left end of the light bar (221), and one symmetrical end of the movable contact (225) relative to the push rod (226) is in contact fit with a cold water outlet device (23);

the cold water outlet device (23) comprises a cold water diversion pipeline (231), a cold water storage tank (232), a cold water outlet pipeline (233) and a cold water outlet cavity (234), the outer surface of the cold water outlet cavity (234) is in contact with one end, corresponding to the movable contact (225), of the right end of the push rod (226), the inlet of the cold water diversion pipeline (231) is embedded into the left bottom end of the water receiving barrel (12) and is connected in a gluing mode, the outlet of the cold water diversion pipeline is embedded into the top end of the cold water storage tank (232), and the bottom end of the cold water storage tank (232) is communicated with the cold water outlet pipeline (233) through the cold water outlet cavity (;

the hot water outlet device (24) consists of a hot water outlet pipeline (241), a hot water outlet cavity (242), a hot water storage tank (243), a heating tank (244), a ventilation pipe (245), an air pipe fixing bearing (246), an air outlet (247) and a hot water diversion pipeline (248);

the hot water outlet pipeline (241) is communicated with a hot water storage tank (243) through a hot water outlet cavity (242), the hot water storage tank (243) is connected with a heating tank (244) through a pipeline, a water inlet of the heating tank (244) is communicated with the bottom end of a water receiving barrel (248) at the position on the right side of a cold water diversion pipeline (231) through a welded hot water diversion pipeline (248), the upper top end of the heating tank (244) is connected to an air outlet (247) through a ventilation pipe (245), two air pipe fixing bearings (246) are arranged, and are connected to the ventilation pipe (245) through bearings in an up-and-down parallel structure and fixed inside the water receiving barrel (12);

the cold water outlet cavity (234) is internally provided with a cold water inlet (2341), a water inlet cavity (2342), a guide plate (2343), a movable pulley (2344), a connecting rod (2345), a tension spring (2346), a roller (2347), a baffle plate (2348), a cold water outlet (2349), a swing rod movable opening (23410) and a swing rod (23411);

cold water delivery port (2349) is in the same place with the connector welding of cold water outlet pipe (233), cold water inlet (2341) is the narrow triangle-shaped structure down wide, and with intake inner chamber (2342) welding as an organic whole, the one end of baffle (2343) is in the same place with the surface welding of movable pulley (2344), and the other end is fixed on the inner wall of intake inner chamber (2342), and baffle (2343) is arc structure, and the terminal in its outer surface contact activity cooperation pendulum rod (23411), the welding of the right lower extreme of movable pulley (2344) has connecting rod (2345), forms 45 jiaos between connecting rod (2345) and baffle (2348) and passes through roller (2347) swing joint, the left end of baffle (2348) is spacing in intake inner chamber (2342) through welded extension spring (2346), and its right-hand member extends to the inside of cold water delivery port (2349), the pendulum rod (23411) head end is fixed at cold water delivery port (2349) upper end surface outer surface welding through movable opening (23410) of bolt connection Both sides of (a);

the push rod (226) and the inner wall of the side edge of the water dispenser body (2) are limited through a spring (21), more than two lamp wicks are arranged inside the lamp strip (221), and the signal end of the lamp strip is electrically connected to the driver (222);

one ends of the cold water outlet pipeline (233) and the hot water outlet pipeline (241) extending out are respectively and correspondingly and mechanically connected with the two water outlet control buttons (3) through water outlets;

the cold water outlet cavity (234) and the hot water outlet cavity (242) are both of a gourd-shaped structure, and the bottom end of the baffle plate (2348) is fixed inside the water inlet inner cavity (2342) through a support column and is positioned on two sides of the cold water outlet (2349);

when a user needs to receive cold water, a water outlet of the cold water storage tank is opened, the cold water directly flows to the cold water outlet cavity, when water is filled in the water inlet cavity to form water hammer, the water hammer pushes the swing rod to slide along the arc tracks of the guide plates on the two sides to respectively extrude the movable pulleys outwards, the water inlet cavity is a rubber water bag, the working principle of the water inlet cavity is such as expansion and contraction of a balloon, when water is filled to form water hammer, the movable pulleys extrude the water inlet cavity outwards, the volume of the water inlet cavity is increased, and then the push rod in contact with the outer surface of the water inlet cavity is pushed; when the push rod is pushed leftwards by the horizontal force from the water inlet inner cavity, the movable contact fixed at the bottom end of the push rod moves to be in contact with the fixed contact, signals are communicated, the electric signals are transmitted to a circuit board in the driver through a lead connected with the fixed contact, and a lamp wick in the lamp strip welded by the circuit board is lightened, so that when a user receives water, the lighting device of the water receiving groove on the left side of the cold water outlet device is started, and the user can clearly see the water level in the water cup while receiving the water;

when stopping the water receiving, the play water passageway of the cold water storage water tank of play water control button internal connection is closed, the water of the inner chamber of intaking reduces gradually, and the water hammer that the pendulum rod received reduces gradually for the pendulum rod resumes initial condition, and the movable pulley then resets along with the pendulum rod synchronization, the volume of the inner chamber of intaking resumes original condition, the spring that the push rod upper end was equipped with resets, the horizontal removal of drive push rod, and then movable contact and stationary contact disconnection, the driver is closed, lighting device stops the illumination.