CN109924875B - A water dispenser that uses vertical gravity to penetrate through a barreled water outlet - Google Patents

Abstract

The invention discloses a water dispenser that uses vertical gravity to penetrate through a barreled water outlet. Its structure includes a water dispenser, a water receiving box, a box door and a water discharge valve. It is composed of a water guide frame, a heating tank and a heater. The weight of the bottled water is used to drive the rack cutting knife through the gravity pressure ring to penetrate the barreled water nozzle, so as to avoid the water dispenser caused by the user's excessive force when installing the bottled water. It also avoids the failure of the barreled water nozzle to open due to insufficient force. The annular protective sleeve is used to protect the user from being scratched when cleaning the bucket support, and the water guide can also be used to slow down the impact of the water.

Description

A water dispenser that uses vertical gravity to penetrate through a barreled water outlet

technical field

The invention relates to the field of water dispensers, in particular to a water dispenser that utilizes vertical gravity to penetrate through a barreled water outlet.

Background technique

The water dispenser is a common household appliance in the family now, and the barreled water dispenser needs to lift the bottled water and then place it on the top of the water dispenser, but the bottled water is heavier. When it is placed in the water dispenser, Excessive force during placement may cause damage to the water dispenser, and insufficient force may also cause the barreled water nozzle to fail to open. Therefore, a device that can open the barreled water by its own gravity is required.

SUMMARY OF THE INVENTION

Aiming at the deficiencies of the prior art, the present invention is achieved through the following technical solutions: a water dispenser that utilizes vertical gravity to penetrate through a barreled water outlet, and its structure includes a water dispenser, a water receiving box, a box door, and a water discharge valve. A box door is arranged under the front end of the water dispenser, the water dispenser is movably connected with the box door, a water receiving box is arranged on the front end surface of the water dispenser, and the water dispenser and the water receiving box are fastened together. A water discharge valve is arranged above the water receiving box, and the water discharge valve and the water dispenser adopt clearance fit;

The water dispenser is composed of a body, a water bucket support, a water guiding mechanism, a water storage tank, a water guiding guide frame, a heating tank and a heater. The water bucket support is vertically installed in the middle position of the top of the body, and the A water storage tank is arranged under the bucket support, the water storage tank is connected with the body, a heating tank is installed under the bottom end of the water storage tank, and a bottom heater is arranged inside the heating tank. The heating tank is connected to the bottom heater, a water guiding mechanism is installed on the top of the water storage tank, a water guiding guide frame is arranged inside the water storage tank, and the water storage tank and the water guiding guide frame adopt a gap Cooperate.

As a further optimization of this technical solution, the bucket support is composed of a concave frame, a top ring, and a first spring, a top ring is provided on the surface of the concave frame, and a top ring is provided between the top ring and the concave frame The first spring, the top ring and the concave frame are connected by the first spring.

As a further optimization of this technical solution, the water guiding mechanism is composed of a support pipe, a second spring, a linkage gear, a gravity rack, a gravity pressure ring, an arc hole, and a rack cutter. The top of the support pipe is provided with a There is a gravity pressure ring, the support tube and the gravity pressure ring are slidably matched by a gravity rack, a second spring is arranged under the bottom end of the gravity rack, and the gravity rack and the second spring are connected , the surface of the gravity pressure ring is provided with four arc-shaped holes, and the four arc-shaped holes are equally spaced on the gravity pressure ring, the right side of the gravity rack is provided with a rack cutting knife, the A linkage gear is arranged between the gravity rack and the rack cutter, and the gravity rack and the rack cutter are connected through the linkage gear.

As a further optimization of the technical solution, the support pipe further includes an anti-blocking rod, an anti-blocking rod is arranged in the middle of the support pipe, and the inner wall of the support pipe is fixedly connected with the anti-blocking rod.

As a further optimization of this technical solution, the water guide frame is composed of a concave frame, a positioning shaft, an umbrella-shaped plate, and a flow guide plate. The bottom end of the positioning shaft is vertically installed at the middle position of the concave frame. The head end of the shaft is provided with an umbrella-shaped plate, the positioning shaft and the umbrella-shaped plate are movably connected, the top of the umbrella-shaped plate is equidistantly provided with four drainage plates, and the umbrella-shaped plate and the drainage plate are glued together. .

As a further optimization of this technical solution, the water guiding mechanism further includes a third spring and an annular protective sleeve, the third spring is wound on the surface of the water guiding mechanism, and the third spring is movably connected to the water guiding mechanism , the third spring is arranged in the annular protective sleeve, and the third spring and the annular protective sleeve fit together.

As a further optimization of the technical solution, the anti-blocking rod is made of hard plastic material and has an inverted T-shaped structure.

As a further optimization of the technical solution, the annular protective cover is made of rubber material, which is used to protect the fingers from being scratched by the rack cutter when cleaning.

As a further optimization of the technical solution, the gravity pressure ring has an annular structure and is at the same level as the top end of the annular protective sleeve.

As a further optimization of this technical solution, the water guiding mechanism is arranged directly above the water guiding guide frame, and the two are parallel to each other.

beneficial effect

The present invention is a water dispenser that uses vertical gravity to penetrate through the barreled water outlet. The barreled water is picked up and placed on the bucket support at the top of the water dispenser. When the barreled water is squeezed on the gravity pressure ring due to its own weight, the water will be removed. The gravity pressure ring is pushed down, so that the gravity pressure ring drives the rack cutter to move up through the linkage gear with the help of the gravity rack, and the rack cutter uses the power transmitted by the gravity pressure ring to pass through the arc-shaped hole and penetrate the barrel of the water. Sealing plate, and then use the anti-blocking rod in the middle of the support tube to push the sealing plate into the bottled water, and also prevent the bottled water from blocking the water outlet, and the water in the bottled water passes through the inner hole of the support tube and flows into the bottled water. On the drainage plate, the drainage plate is used to drive the umbrella plate to rotate, and the water is guided to fall into the water storage tank, so as to prevent the water in the bottled water from directly impacting the bottom of the water storage tank for a long time and cause damage. The weight of the bottled water is reduced. The first spring uses the elastic force to push the top ring upward, so that the bottled water can rise a certain height, reminding the user to replace the new bottled water, and the third spring will also drive the ring protective sleeve to put the bottled water in the bottle. The water pushes up, so that the second spring drives the gravity pressure ring back to its original position through the gravity rack.

Compared with the prior art, the beneficial effect of the present invention is: the weight of the bottled water is used to drive the rack cutting knife through the gravity pressure ring to penetrate the barreled water nozzle, so as to prevent the user from exerting too much force when installing the barreled water. Causes damage to the water dispenser, and also avoids the failure of the barreled water nozzle to open due to insufficient force. The annular protective sleeve is used to protect the user from being scratched when cleaning the bucket support, and the water guide can also be used to slow the impact of water. force.

Description of drawings

Other features, objects and advantages of the present invention will become more apparent by reading the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic structural diagram of a water dispenser that uses vertical gravity to penetrate through a barreled water outlet according to the present invention.

FIG. 2 is a schematic cross-sectional structural diagram of a front view of a water dispenser that utilizes vertical gravity to penetrate through a barreled water outlet according to the present invention.

FIG. 3 is a schematic cross-sectional structural diagram of a right side view of a water dispenser that uses vertical gravity to penetrate through a barreled water outlet according to the present invention.

FIG. 4 is a schematic cross-sectional structural diagram of a water guiding mechanism of a water dispenser that uses vertical gravity to penetrate through the barreled water outlet according to the present invention.

FIG. 5 is a top view of a water guide mechanism of a water dispenser that uses vertical gravity to penetrate through a barreled water outlet according to the present invention.

FIG. 6 is a schematic structural diagram of a water guiding mechanism of a water dispenser that uses vertical gravity to penetrate through a barreled water outlet according to the present invention.

FIG. 7 is an enlarged view of A in FIG. 2 of the present invention.

FIG. 8 is a schematic structural diagram of a water guiding guide frame of a water dispenser that uses vertical gravity to penetrate through the barreled water outlet according to the present invention.

In the picture: water dispenser-1, water receiving box-2, box door-3, water discharge valve-4, body-101, bucket support-102, water guiding mechanism-103, water storage tank-104, water guiding frame- 105. Heating bladder-106, heater-107, concave frame-1021, top ring-1022, first spring-1023, support tube-1031, second spring-1032, linkage gear-1033, gravity rack-1034, Gravity pressure ring-1035, arc hole-1036, rack cutter-1037, anti-blocking rod-1031a, third spring-103a, annular protective sleeve-103b, concave frame-1051, positioning shaft-1052, umbrella plate -1053, drainage plate -1054.

Detailed ways

In order to make the technical means, creative features, achieved goals and effects of the present invention easy to understand, the preferred embodiments of the present invention are further described below with reference to the specific embodiments and the accompanying drawings.

Example

Please refer to FIG. 1-FIG. 8, the present invention provides a water dispenser that uses vertical gravity to penetrate through the barreled water outlet, and its structure includes a water dispenser 1, a water receiving box 2, a box door 3, and a water discharge valve 4. The water dispenser 1 The front end is provided with a box door 3, the water dispenser 1 and the box door 3 are movably connected, the front end surface of the water dispenser 1 is provided with a water receiving box 2, and the water dispenser 1 and the water receiving box 2 are interlocked In combination, a water discharge valve 4 is arranged above the water receiving box 2, and the water discharge valve 4 and the water dispenser 1 adopt clearance fit. The water storage tank 104, the water guide frame 105, the heating tank 106 and the heater 107 are composed. The bucket support 102 is vertically installed in the middle position of the top of the body 101, and a water storage tank is arranged under the bucket support 102. 104, the water storage tank 104 is connected to the body 101, a heating tank 106 is installed under the bottom end of the water storage tank 104, and a bottom heater 107 is arranged inside the heating tank 106. The bladder 106 is connected with the heater 107 at the bottom, a water guiding mechanism 103 is installed on the top of the water storage tank 104, and a water guiding guide frame 105 is arranged inside the water storage tank 104. The water storage tank 104 It adopts clearance fit with the water guiding guide frame 105 .

The bucket support 102 is composed of a concave frame 1021, a top ring 1022, and a first spring 1023. A top ring 1022 is provided on the surface of the concave frame 1021, and a top ring 1022 is provided between the top ring 1022 and the concave frame 1021. The first spring 1023, the top ring 1022 and the concave frame 1021 are connected through the first spring 1023,

The above-mentioned top ring 1022 is used to lift up the empty bottled water to remind the user to replace the new bottled water.

The water guiding mechanism 103 is composed of a support tube 1031, a second spring 1032, a linkage gear 1033, a gravity rack 1034, a gravity pressure ring 1035, an arc hole 1036, and a rack cutter 1037. The top of the support tube 1031 There is a gravity pressure ring 1035, the support tube 1031 and the gravity pressure ring 1035 are slidably matched by a gravity rack 1034, and a second spring 1032 is arranged under the bottom end of the gravity rack 1034. The bar 1034 is connected with the second spring 1032. The surface of the gravity pressure ring 1035 is provided with four arc-shaped holes 1036, and the four arc-shaped holes 1036 are equally spaced on the gravity pressure ring 1035. A rack cutter 1037 is arranged on the right side of the rack 1034, a linkage gear 1033 is arranged between the gravity rack 1034 and the rack cutter 1037, and the gravity rack 1034 and the rack cutter 1037 pass through the linkage gear 1033 Drive Connection,

The above-mentioned gravity pressure ring 1035 is a force-bearing object, which is used to convert the gravity transmitted from the bottled water into the impact penetration power of the rack cutter 1037 .

The support tube 1031 further includes an anti-blocking rod 1031a, an anti-blocking rod 1031a is provided in the middle position of the support pipe 1031, and the inner wall of the support pipe 1031 is fixedly connected with the anti-blocking rod 1031a,

The top of the above-mentioned anti-blocking rod 1031a is used to push the sealing plate in the water outlet of the barreled water into the barreled water, so as to prevent the sealing plate from blocking the water outlet of the barreled water.

The water guiding guide frame 105 is composed of a concave frame 1051, a positioning shaft 1052, an umbrella plate 1053, and a drainage plate 1054. The bottom end of the positioning shaft 1052 is vertically installed on the middle position of the concave frame 1051. The positioning shaft The head end of 1052 is provided with an umbrella-shaped plate 1053, the positioning shaft 1052 and the umbrella-shaped plate 1053 are movably connected, the top of the umbrella-shaped plate 1053 is equidistantly provided with four drainage plates 1054, and the umbrella-shaped plate 1053 and drainage plate 1054 glue connection

The above-mentioned umbrella-shaped plate 1053 is to disperse the downward impact force of the water, so as to prevent the bottled water from entering too fast and affecting the overall fixation of the water storage tank 104 .

The water guiding mechanism 103 further includes a third spring 103a and an annular protective sleeve 103b, the third spring 103a is wound on the surface of the water guiding mechanism 103, and the third spring 103a is movably connected to the water guiding mechanism 103, The third spring 103a is arranged in the annular protective sleeve 103b, and the third spring 103a and the annular protective sleeve 103b fit together,

The above-mentioned annular protective cover 103b is used to protect the user from being scratched by the rack cutter 1037 when cleaning the concave frame 1021 .

The anti-blocking rod 1031a is made of hard plastic material and has an inverted T-shaped structure, and the annular protective cover 103b is made of rubber material to protect fingers from being scratched by the rack cutter 1037 when cleaning. Damage, the gravity pressure ring 1035 is an annular structure, and the top end of the annular protective sleeve 103b is at the same level, the water guiding mechanism 103 is disposed directly above the water guiding guide frame 105, and the two are parallel to each other.

Principle of the present invention: Pick up the bottled water and place it on the bucket support 102 at the top of the water dispenser 1. When the weight of the bottled water is squeezed onto the gravity pressure ring 1035, the gravity pressure ring 1035 will be pushed down. , so that the gravity pressure ring 1035 drives the rack cutter 1037 to move up through the linkage gear 1033 with the help of the gravity rack 1034, and the rack cutter 1037 passes through the arc-shaped hole 1036 through the arc-shaped hole 1036 through the power transmitted by the gravity pressure ring 1035. Then use the anti-blocking rod 1031a in the middle of the support pipe 1031 to push the sealing plate into the barreled water, and also prevent the barreled water from blocking the water outlet, and the water in the barreled water flows from the support pipe 1031. After the hole passes through, it flows on the drainage plate 1054, and the drainage plate 1054 is used to drive the umbrella plate 1053 to rotate to guide the water to fall into the water storage tank 104, so as to prevent the water in the barreled water from directly impacting the bottom of the water storage tank 104 for a long time and causing damage. When the water in the bottled water runs out, the weight of the bottled water is reduced, and the first spring 1023 pushes the top ring 1022 upward with elastic force, so that the bottled water can rise a certain height, reminding the user to replace the new bottled water, and The third spring 103a also drives the annular protective sleeve 103b to push the bottled water upward, so that the second spring 1032 drives the gravity pressure ring 1035 to return to its original position through the gravity rack 1034 .

The method of the present invention to solve the problem is: using the weight of the barreled water to drive the rack cutter 1037 through the gravity pressure ring 1035 to penetrate the barreled water nozzle, so as to avoid the water dispenser 1 caused by excessive force when the user installs the barreled water. It also avoids the failure to open the barreled water spout due to insufficient force. The annular protective sleeve 103b is used to protect the user from being scratched when cleaning the bucket support 102, and the water guide frame 105 can also be used to slow down the impact of water. force.

The basic principles, main features and advantages of the present invention are shown and described above. Those skilled in the art should understand that the present invention is not limited by the above-mentioned embodiments, and the descriptions in the above-mentioned embodiments and the description are only for illustrating the present invention. principle, without departing from the spirit or essential characteristics of the present invention, not only can the present invention be realized in other specific forms, but also various changes and improvements, these changes and improvements all fall within the scope of the claimed invention, therefore The claimed scope of the present invention is defined by the appended claims and their equivalents, rather than the foregoing description.

In addition, it should be understood that although this specification is described in terms of embodiments, not each embodiment only includes an independent technical solution, and this description in the specification is only for the sake of clarity, and those skilled in the art should take the specification as a whole , the technical solutions in each embodiment can also be appropriately combined to form other implementations that can be understood by those skilled in the art.

Claims (1)

1. The utility model provides an utilize vertical gravity to run through water dispenser at barreled mouth of a river, its structure includes water dispenser (1), water receiving box (2), chamber door (3), valve (4) drains, water dispenser (1) front end have chamber door (3), water dispenser (1) and chamber door (3) swing joint, water dispenser (1) front end on the surface be equipped with water receiving box (2), water dispenser (1) and water receiving box (2) lock mutually, water receiving box (2) top be equipped with valve (4) that drains, valve (4) and water dispenser (1) of draining adopt clearance fit, its characterized in that: the water dispenser (1) consists of a machine body (101), a bucket support (102), a water guide mechanism (103), a water storage tank (104), a water guide frame (105), a heating liner (106) and a heater (107), wherein the bucket support (102) is vertically arranged in the middle position of the top end of the machine body (101), the water storage tank (104) is arranged below the bucket support (102), the water storage tank (104) is connected with the machine body (101), the heating liner (106) is arranged below the bottom end of the water storage tank (104), the bottom heater (107) is arranged inside the heating liner (106), the heating liner (106) is connected with the bottom heater (107), the water guide mechanism (103) is arranged on the top end of the water storage tank (104), the water guide frame (105) is arranged inside the water storage tank (104), and the water guide frame (105) are in clearance fit, the bucket support (102) comprises a concave frame (1021), a top ring (1022) and a first spring (1023), wherein the top ring (1022) is arranged on the surface of the concave frame (1021), the first spring (1023) is arranged between the top ring (1022) and the concave frame (1021), the top ring (1022) and the concave frame (1021) are connected through the first spring (1023), the water distributor (103) comprises a support pipe (1031), a second spring (1032), a linkage gear (1033), a gravity rack (1034), a gravity pressing ring (1035), an arc-shaped hole (1036) and a rack cutting knife (1037), the top end of the support pipe (1031) is provided with the gravity pressing ring (1035), the support pipe (1031) and the gravity pressing ring (1035) are in sliding fit through the gravity rack (1034), the second spring (1032) is arranged below the bottom end of the gravity rack (1034), and the gravity rack (1034) is connected with the second spring (1032), the gravity clamping ring (1035) is provided with four arc-shaped holes (1036) on the surface, the four arc-shaped holes (1036) are distributed on the gravity clamping ring (1035) at equal intervals, a rack cutting knife (1037) is arranged on the right side of a gravity rack (1034), a linkage gear (1033) is arranged between the gravity rack (1034) and the rack cutting knife (1037), the gravity rack (1034) and the rack cutting knife (1037) are in transmission connection through the linkage gear (1033), the support tube (1031) further comprises an anti-blocking rod (1031a), the anti-blocking rod (1031a) is arranged at the middle position inside the support tube (1031), the inner wall of the support tube (1031) is fixedly connected with the anti-blocking rod (1031a), the diversion guide frame (105) is composed of a concave type frame (1051), a positioning shaft (1052), an umbrella-shaped plate (1053) and a drainage plate (1054), the bottom end of the positioning shaft (1052) is vertically installed at the middle position of the concave type frame (1051), an umbrella-shaped plate (1053) is arranged at the head end of the positioning shaft (1052), the positioning shaft (1052) is movably connected with the umbrella-shaped plate (1053), four drainage plates (1054) are distributed at the top end of the umbrella-shaped plate (1053) at equal intervals, the umbrella-shaped plate (1053) is connected with the drainage plates (1054) in a gluing manner, the water distributor (103) further comprises a third spring (103a) and an annular protective sleeve (103b), the third spring (103a) is wound on the surface of the water distributor (103), the third spring (103a) is movably connected with the water distributor (103), the third spring (103a) is arranged in the annular protective sleeve (103b), and the third spring (103a) is attached to the annular protective sleeve (103 b);

the barreled water is taken up and placed on a bucket support (102) at the top end of a water dispenser (1), when the weight of the barreled water is extruded onto a gravity pressing ring (1035), the gravity pressing ring (1035) is pushed downwards, so that the gravity pressing ring (1035) drives a rack cutting knife (1037) to move upwards through a linkage gear (1033) by means of a gravity rack (1034), the rack cutting knife (1037) penetrates through an arc-shaped hole (1036) by means of the power transmitted by the gravity pressing ring (1035) and penetrates through a sealing plate of the barreled water, then an anti-blocking rod (1031a) in the middle of the inside of a supporting tube (1031) is used for pushing the sealing plate into the barreled water, the water in the barreled water flows onto a hollow drainage plate (1054) after passing through the supporting tube (1031), the umbrella-shaped plate (1053) is driven by the drainage plate (1054) to rotate, the water is guided to fall into the water storage tank (104), and the damage to the bottom of the water storage tank (104) caused by the direct impact of the water, when the weight of the barreled water is reduced after the barreled water is drained, the top ring (1022) is pushed upwards by the first spring (1023) through elastic force, and the annular protective sleeve (103b) is also driven by the third spring (103a) to push the barreled water upwards, so that the second spring (1032) drives the gravity pressing ring (1035) to return to the original position through the gravity rack (1034).

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