CN208851216U - Shell and water dispenser - Google Patents
Shell and water dispenser Download PDFInfo
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- CN208851216U CN208851216U CN201721340236.5U CN201721340236U CN208851216U CN 208851216 U CN208851216 U CN 208851216U CN 201721340236 U CN201721340236 U CN 201721340236U CN 208851216 U CN208851216 U CN 208851216U
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Abstract
The utility model discloses a kind of shell and water dispenser, wherein the shell includes: a point water hull body, it is described divide water hull body have divide water cavity and with the tapping hole road for dividing water cavity to be connected to；Water process shell, the water process shell have water process hole road, and water process hole road is connected to the water treatment facilities on the tapping hole road and water dispenser；Described point of water hull body is detachably connected with the water process shell, is provided with reinforcer on the side wall for dividing water hull body.Technical solutions of the utility model increase the bearing capacity of shell.
Description
Technical field
The utility model relates to water dispenser technical field, in particular to a kind of shell and water dispenser.
Background technique
Water dispenser is divided into multiple functional modules by function by a kind of novel water dispenser, and each functional module all has independence
Shell.Due to needing to install the device of its function of realization in each shell, so that shell needs certain bearing capacity.So
And the wall thickness of existing casing of water dispenser is very thin, is not enough to support the weight of each functional device, it is impossible to be used in novel drinking-water
Machine.
Utility model content
The main purpose of the utility model is to provide a kind of water dispenser, it is intended to the bearing capacity of drinking machine crust is improved, with
Adapt to the water dispenser that water dispenser is divided into mutually independent multiple functional modules by function.
To achieve the above object, the utility model proposes shell, be used for water dispenser, comprising:
Point water hull body, it is described divide water hull body have divide water cavity and with the tapping hole road for dividing water cavity to be connected to；
Water process shell, the water process shell have water process hole road, and water process hole road is connected to the tapping hole
The water treatment facilities on road and water dispenser；
Described point of water hull body is detachably connected with the water process shell, described that water hull body is divided to be arranged in tubbiness, and described point
Reinforcer is provided on the side wall of water hull body.
Preferably, the reinforcer divides the length wise of water hull body to extend described in, and the reinforcer divides water by described
The side wall of shell is recessed to be formed from the outside to the core.
Preferably, the water process shell is arranged in tubbiness, is provided with reinforcement block on the side wall of the water process shell, and
The reinforcement block is recessed from the outside to the core by the side wall of the water process shell and is formed.
Preferably, it is described divide below water hull be provided with a point water positioning joint；
Water positioning joint is divided to be provided with water process positioning joint described in the top of the water process die housing is corresponding；
Described point of water positioning joint and the water process positioning joint grafting.
Preferably, described that water positioning joint is divided to be formed on the reinforcer, and/or, the water process positioning joint shape
On reinforcement block described in Cheng Yu.
Preferably, the lower part for dividing water hull body is provided with a point water fastener, and the top of the water process shell is provided with water
Fastener is handled, it is described that water fastener and the water process fastener is divided to be fastened and connected.
Preferably, described that water fastener is divided to be formed on the locating part, and/or, the water process fastener is formed in described
On limited block.
Preferably, the width of the reinforcer and/or reinforcement block is gradually reduced from bottom to top along its length；And/or
Radially direction is gradually reduced the thickness of the reinforcer and/or reinforcement block from the outside to the core.
Preferably, the reinforcer divides the arc-shaped transition in the intracorporal part of water hull positioned at described；And/or
The reinforcement block is located at the arc-shaped transition in the intracorporal part of water process shell.
Preferably, the water process shell includes heated shell and/or refrigeration shell；
Heating device is provided in the heated shell, water process hole road includes bottoming hole road, the bottoming hole road
It is connected to the tapping hole road and the heating device；
Refrigerating plant is provided in the refrigeration module, water process hole road includes refrigeration Kong Lu, the refrigeration Kong Lu
It is connected to the tapping hole road and the refrigerating plant.
The utility model also proposes that a kind of water dispenser, including shell, the shell include:
Point water hull body, it is described divide water hull body have divide water cavity and with the tapping hole road for dividing water cavity to be connected to；
Water process shell, the water process shell have water process hole road, and water process hole road is connected to the tapping hole
The water treating module on road and water dispenser；
Described point of water hull body is detachably connected with the water process shell, described that water hull body is divided to be arranged in tubbiness, and described point
Reinforcer is provided on the side wall of water hull body.
Technical solutions of the utility model, by the way that shell is divided into mutually independent point of water hull body and water process according to its function
Shell while the structural module for making water dispenser, makes so that water dispenser divides water function and treatment function mutually indepedent
The installation, maintenance, disassembly for obtaining water dispenser are more orderly, avoid security risk occur since the structures such as water route, route are lengthy and jumbled；
By the setting of reinforcer, the weight for carrying score water hull body is shared by reinforcer, makes the carrying of score water hull body
Ability is increased, and is conducive to point water hull body and is suitable for carrying heavier water dispenser, to increase a point adaptability for water hull body.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.
Fig. 1 is the structural schematic diagram of one embodiment of the utility model shell；
Fig. 2 is the structural schematic diagram of the embodiment for dividing water hull body of the utility model shell；
Fig. 3 is the structural schematic diagram of another embodiment for dividing water hull body of the utility model shell；
Fig. 4 is the structural schematic diagram of an embodiment of the heated shell of the utility model shell；
Fig. 5 is the structural schematic diagram of an embodiment of the refrigeration shell of the utility model shell.
Drawing reference numeral explanation:
| Label | Title | Label | Title |
| 100 | Divide water hull body | 110 | Divide water cavity |
| 120 | Tapping hole road | 130 | Watershed line slot |
| 140 | Hot water outlet | 150 | Cold water water outlet |
| 160 | Divide water positioning joint | 170 | Divide water fastener |
| 200 | Heated shell | 210(310) | Installation cavity |
| 220 | Bottoming hole road | 230 | Heat wire casing |
| 240(250) | Water hole road | 260 | Heat upper limit connector |
| 270 | Heat upper fastener | 280 | Heat lower fastener |
| 300 | Freeze shell | 330 | Freeze wire casing |
| 340 | Freeze upper limit connector | 350 | Freeze fastener |
| 180 | Reinforcer | 290(360) | Reinforcement block |
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, fall within the protection scope of the utility model.
It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment
It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as
When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.
In addition, the description for being related to " first ", " second " etc. in the present invention is used for description purposes only, and cannot understand
For its relative importance of indication or suggestion or implicitly indicate the quantity of indicated technical characteristic.Define as a result, " first ",
The feature of " second " can explicitly or implicitly include at least one of the features.In addition, the technical side between each embodiment
Case can be combined with each other, but must be based on can be realized by those of ordinary skill in the art, when the combination of technical solution
Conflicting or cannot achieve when occur will be understood that the combination of this technical solution is not present, also not in the requires of the utility model
Protection scope within.
The water dispenser that the utility model relates generally to, the water dispenser by water for being heated, being freezed or other processing.
The water dispenser may include one or more of point water module, heating module and refrigeration module, i.e., the water dispenser can be to water
It is heated and/or is freezed.The water dispenser has the function of a point water, effluent functions, heating function, refrigerating function, cleaning blowdown function
Can, (when water dispenser includes simultaneously a point water module, heating module and refrigeration module, water is needed from dividing water module transitional water function
It flows through when entering another module after a module, water flow road can be set in the module flowed through, for example, dividing in water module
Water, need behind the mistake water flow road on heating module, flow into refrigeration module freeze；For another example after refrigeration module refrigeration
Water needs to return to a point water module by crossing water flow road and be discharged etc.) etc., above-mentioned function can configure according to actual needs
On dividing one or more of water module, heating module or refrigeration module.It cites a plain example and is illustrated, divide water function
Can be by dividing water module to realize that heating function realized that refrigerating function is realized by refrigeration module by heating module, and effluent functions and clear
Washing dirt eliminating function can be then arranged on dividing water module, heating module or refrigeration module according to different situations.That is, a variety of function
It can be combined according to actual needs with multiple modules, to realize many different executable embodiments.It avoids
It is left during writing, makes unified description herein, all features that can be used for other embodiments in present example,
It can be incorporated into other embodiments.
One of important practical novel point of the application is, by major function (divide water function, effluent functions, heating function,
Refrigerating function, cleaning dirt eliminating function, transitional water function) itself possessed pipeline, or the pipeline between each function is connected, patch
It closes on the shell for being fixed to and dividing water module, heating module or system energy module, so that pipeline and the shell of module are closely fixed
Together, i.e., pipeline is integrated in the structure of each module itself, while sufficiently having saved space, so that each modular structure is tight
It gathers, is uniform between each pipeline, so that the work of each module avoids being influenced by pipeline is lengthy and jumbled, so that each module works
Stablize；
The another important practical novel point of the application is, divides water hull body, heating module heated shell divide water module
On the side wall of one or more of the refrigeration shell of refrigeration module, the wire casing passed through for conducting wire is offered, wire casing can be opened
It is located at the inside of shell, can also be provided on the lateral wall of a point water hull body, heated shell and/or the shell that freezes；By by line
Slot is integrated on shell, when being especially integrated on the lateral wall of shell, so that the arrangement of conducting wire is very clear, regular, conducting wire
Installation, removal, replacement very operated quickly and conveniently, by the regular planning arranged to wire casing, so that conducting wire is in shell or drink
The phenomenon that arrangement in water dispenser is very regular, avoids the occurrence of conducting wire entanglement and causes safety accident, simultaneously as wire casing and flow path
Independently of each other, conducting wire is no longer influenced by the threat of water；By the setting of wire casing, so that the structure of each module is more compact, each module
Structure it is more orderly, the utilization rate of space structure is further improved；
Another important practical novel point of the application is that, by water dispenser according to its function, modularization (divides water module, adds
Thermal modules and refrigeration module) so that each functional module can individualism, and realize its function, it is important that Ke Yiyu
Other function module any combination, for example, divide water module that can individually combine with heating module, it can also be independent with refrigeration module
Combination, so set, the combined flexibility of water dispenser can be significantly increased, allow user according to their own needs, into
The arbitrary combination of row, greatly improves the satisfaction of the individual demand of client；Simultaneously as modularization, when certain of water dispenser
A module when something goes wrong, does not need that whole water diversion machine is repaired or replaced, only need to for specific functional module into
It is intact to avoid water dispenser so that the maintenance, repair of water dispenser and replacement are more convenient for row maintenance or replacement
The waste of funtion part, is adequately and reasonably utilized resource.
Below by the specific structure of main description water dispenser.
Referring to figs. 1 to Fig. 5, in the utility model embodiment, which is used for water dispenser characterized by comprising
Point water hull body 100, it is described divide water hull body 100 have divide water cavity 110 and with the tapping hole for dividing water cavity 110 to be connected to
Road 120；
Water process shell, the water process shell have water process hole road, and water process hole road is connected to the tapping hole
The water treatment facilities on road 120 and water dispenser；
Described point of water hull body 100 is detachably connected with the water process shell, described that water hull body 100 is divided to be arranged in tubbiness,
Reinforcer 180 is provided on the side wall of described point of water hull body 100.
Specifically, in the present embodiment, divide water hull body 100 to have and divide water cavity 110, divides the bottom of water cavity 110 that there is entire drink
The inlet opening of water dispenser water circuit system.Dividing the shape of water hull body 100 can have very much, and by taking column as an example, the shape of cross section can
Think triangle, polygon, circle, ellipse etc., do not do particular determination herein, by taking rounded setting as an example, certainly at this
Circle can have recess or protrusion due to actual demand.Described point of water hull body 100, which has, divides water cavity 110, described to divide water cavity
110 bottom offers inlet opening；The side wall for dividing water cavity 110 and/or bottom are provided with tapping hole road 120, described point
Water hole road 120 is connected to the inlet opening.The tapping hole road 120 is formed by the combination of tapping hole road 120, the tapping hole road
120 be formed in it is described divide inside water hull body 100, the water inlet on the tapping hole road 120 is connected to the inlet opening, so that from institute
The water for stating inlet opening inflow is shunted along the tapping hole road 120.
Tapping hole road 120 is arranged on dividing water hull body 100, and the side wall and/or bottom wall of point water cavity 110 are arranged in other words
On.For tapping hole road 120 is located at the bottom of point water cavity 110, by the bottom that tapping hole road 120 is located to point water cavity 110
Portion, so that the water level in tapping hole road 120 is lower than the water level divided in water cavity 110, so that the water in tapping hole road 120, it can
To be flowed under the action of flow of water difference, to increase the mobility of water.Tapping hole road 120 include for heating module supply water hot water into
Water flow road, for refrigeration module supply water cold water intake flow path, and directly out normal-temperature water normal-temperature water flow path in it is one or more.
The water inlet of hot water water inlet flow path, cold water water inlet flow path and normal-temperature water flow path is connected to inlet opening.
Tapping hole road 120 is directly provided in point water hull body 100, it can be by forms such as core pulling, drillings, as long as can be
The mode for forming Kong Lu is divided on the ontology of water hull body 100 to be ok, so that water passes through from Kong Luzhong, with regular point to greatest extent
Water hole road 120 and divide the relationship between water hull body 100.It is worth noting that the flow path that Kong Luwei is formed with holes, i.e. water are in hole
Middle flowing is to reach preset position.
In order to distinguish the Kong Lu of other modules, Kong Luwei tapping hole road 120 corresponding with tapping hole road 120, tapping hole road
120 include mutually independent hot water inlet hole road and cold water inlet hole road, and normal-temperature water apopore road both can be used as tapping hole road
120 a part can also be used as a part on apopore road.Wherein, the cold water inlet hole road, hot water inlet hole road and often
Warm apopore road extends from the inlet opening to different direction.It is non-interference between each Kong Lu to ensure, meanwhile, it is also following
Bottoming hole road 220 and/or refrigeration hole road reserve enough spaces.
Water process shell includes heated shell 200, refrigeration shell 300, or simultaneously includes the two.Heated shell 200 is
By the shell of the part of normal-temperature water heating, refrigeration shell 300 is by the shell of normal-temperature water refrigerating part.Water process shell includes water
Kong Lu is handled, water process hole road is connected to tapping hole road 120 and water treatment facilities, and connection water treatment facilities is discharged with corresponding
Mouthful.
Water hull body 100 is divided to be arranged in barreled, reinforcer 180 extends along its length, or along its circumferentially extending.Reinforce
The shape of part 180 can have very much, such as strip, bulk, arc, by taking elongated setting as an example.Divide water hull body 100
Side wall include inner sidewall and lateral wall, i.e. reinforcer 180 is arranged on the inner sidewall and/or lateral wall of point water hull body 100.
It is worth noting that the mode that reinforcer 180 is formed can have very much, such as by the evagination or concave shape of shell
At, it is of course also possible to be realized by increasing reinforcer 180 on side wall, it is not particularly limited herein, it is all not influence to drink
In the case that water dispenser works normally work, a point mode for the bearing strength of water hull body 100 can increase.
The water process shell includes heated shell 200 and/or refrigeration shell 300；It is provided in the heated shell 200
Heating device, water process hole road include bottoming hole road 220, and the bottoming hole road 220 is connected to the tapping hole road 120 and institute
State heating device；Refrigerating plant is provided in the refrigeration module, water process hole road includes refrigeration Kong Lu, the refrigeration hole
Road is connected to the tapping hole road 120 and the refrigerating plant.
In the present embodiment, shell is divided into mutually independent point of water hull body 100 and water process shell according to its function, so that
Water dispenser divides water function and treatment function mutually indepedent, while the structural module for making water dispenser, so that water dispenser
Installation, maintenance, disassembly it is more orderly, avoid security risk occur since the structures such as water route, route are lengthy and jumbled；Pass through reinforcement
The setting of part 180, the weight for carrying score water hull body 100 are shared by reinforcer 180, make score water hull body 100
Bearing capacity is increased, and is conducive to point water hull body 100 and is suitable for carrying heavier water dispenser, to increase a point water hull body
100 adaptability.
In order to improve the space utilization rate of shell, the reinforcer 180 prolongs along the length wise for dividing water hull body 100
It stretches, and the reinforcer 180 is recessed from the outside to the core by the side wall for dividing water hull body 100 and is formed.
In the present embodiment, by taking reinforcer 180 is in blocky setting as an example, the side wall ecto-entad of water hull body 100 is divided to be recessed,
The inside of water hull body 100 is divided to form convex block.Since convex block increases a point length and thickness for 100 side wall of water hull body, make score water
Shell 100 can carry more heavy weight load, simultaneously as reinforcer 180 is recessed inwardly, so that reinforcer 180 is not take up
Space except original divides water hull body 100 to be taken up space increases so that realization is not increasing on point basis of 100 volume of water hull body
Add and has divided emphasizing for water hull body 100.
In order to increase the bearing strength of water process shell, the water process shell is arranged in tubbiness, the water process shell
Side wall on be provided with reinforcement block 290 (360), and the reinforcement block 290 (360) by the side wall of the water process shell from export-oriented
Sunken inside is formed.
In the present embodiment, water process shell is arranged in tubbiness, and reinforcement block 290 (360) extends along its length, Huo Zheyan
It is circumferentially extended.The shape of reinforcement block 290 (360) can have very much, such as strip, bulk, arc, with elongated
For setting.The side wall of water process shell includes inner sidewall and lateral wall, i.e. reinforcement block 290 (360) is arranged in water process shell
Inner sidewall and/or lateral wall on.It is worth noting that the mode that reinforcement block 290 (360) is formed can have very much, such as by
The evagination or recess of shell are formed, it is of course also possible to not made herein by increasing reinforcement block 290 (360) Lai Shixian on side wall
Particular determination, it is all in the case where not influencing water dispenser normal work, it can increase the mode of the bearing strength of water process shell
?.
The side wall ecto-entad of water process shell is recessed, and forms convex block in the inside of water process shell.Since convex block increases
The length and thickness of water process housing sidewall, allows water process shell to carry more heavy weight load, simultaneously as plus
Strong block 290 (360) is recessed inwardly, so that reinforcement block 290 (360) is not take up the space except original sub-block shell takes up space,
To realize on the basis for not increasing water process shell volume, emphasizing for water process shell is increased.
In order to increase a point bonding strength for water hull body 100 and water process shell, it is described divide below water hull be provided with a point water
Positioning joint 160；Divide water positioning joint 160 to be provided with water process limit described in the top of the water process die housing is corresponding to connect
Head；Described point of water positioning joint 160 and the water process positioning joint grafting.Described point of water positioning joint 160 is formed in described
On reinforcer 180, and/or, the water process positioning joint is formed on the reinforcement block 290 (360).
It is worth noting that water hull body 100 and water process shell is divided to realize that the mode of grafting has very much, such as dividing water hull
Positioning joint is set on body 100, and will be in the spliced eye of positioning joint insertion water process shell；Alternatively,
It is provided with positioning joint on water process shell, and positioning joint insertion is divided in the spliced eye of water hull body 100；
Alternatively,
It is provided with the first positioning joint on dividing water hull body 100, the second positioning joint is provided on water process shell, the
One positioning joint and the second positioning joint grafting；Alternatively,
Water dispenser further includes limit plug connector, is limited in the spliced eye of one end insertion water process shell of plug connector, another
End insertion divides in the spliced eye of water hull body 100, to realize the grafting for dividing water hull body 100 and water process shell.
The grafting for dividing water hull body 100 and water process shell is realized through the above way, so that is be arranged independently of each other divides water
Shell 100 and water process shell can very convenient installation and removal, be conducive to the installation and maintenance of water dispenser.
It includes heated shell 200, refrigeration shell 300 that lower mask body, which introduces water process shell, and simultaneously includes heating and system
The case where cold two shells.
The first, the water process shell includes heated shell 200, and the water process positioning joint includes heating upper limit
Connector 260, it is described to divide water positioning joint 160 and 260 grafting of heating upper limit connector.
Second, the water process shell includes refrigeration shell 300, and the water process positioning joint includes refrigeration upper limit
Connector 340, it is described to divide water positioning joint 160 and 340 grafting of refrigeration upper limit connector.
The third, the water process shell includes heated shell 200 and refrigeration shell 300, and the heated shell 200 is located at
Between described point of water hull body 100 and the refrigeration shell 300；The top of the heated shell 200 is provided with heating upper limit and connects
First 260, lower part is provided with heating lower limit connector；The top of the refrigeration shell 300 is provided with refrigeration upper limit connector 340；
The heating upper limit connector 260 divides water positioning joint 160 grafting with described, the heating lower limit connector and with the refrigeration
340 grafting of upper limit connector.
In the present embodiment, by the way that water positioning joint 160 will be divided to be arranged on reinforcer 180, and by water process positioning joint
It is set on reinforcement block 290 (360), makes the load between score water positioning joint 160 and water process positioning joint in reinforcer
It is transmitted between 180 and reinforcement block 290 (360), since the thickness of reinforcer 180 is greater than the side wall for dividing water hull body 100, is reinforced
The thickness of block 290 (360) is greater than the thickness of water process shell, so that the load between reinforcer 180 and reinforcement block 290 (360)
Transmitting is more stable, reliable, so that dividing the load transmission between water positioning joint 160 and water process positioning joint more steady
It is fixed reliable, make the grafting of score water positioning joint 160 and water process positioning joint in other words, bigger load can be carried；
Meanwhile by the way that water positioning joint 160 will be divided to be arranged on reinforcer 180 (to shell sunken inside), water process positioning joint is set
It sets on reinforcement block 290 (360) (to shell sunken inside), makes the connection of score water positioning joint 160 and water process positioning joint
Space is significantly increased, and while being conducive to the two assembly, also increases the respective loaded area of the two.
In order to increase the connective stability between separated shell and water process shell, the lower part for dividing water hull body 100 is set
It is equipped with a point water fastener 170, the top of the water process shell is provided with water process fastener, described to divide water fastener 170 and the water
Processing fastener is fastened and connected.Described point of water fastener 170 is formed on the locating part, and/or, the water process fastener is formed in
On the limited block.
In the present embodiment, the form of water fastener 170 and water process fastener is divided to have very much, it is only necessary to which meeting the two can fasten
?.It is provided with button bit for example, dividing on water fastener 170, buckle is provided on water process fastener；Alternatively, dividing on water fastener 170
It is provided with buckle, is provided with button bit on water process fastener；Alternatively, water fastener 170 and water process fastener is divided to be provided with buckle etc..
It is described to divide water fastener 170 positioned at described in order to improve the stability after point water hull body 100 is connected with water process shell
Divide the bottom of 100 periphery of water hull body, the top of the water process housing perimeter is arranged in the water process fastener, described to divide water button
After part 170 and the water process fastener fasten, the bottom for dividing water hull body 100 is abutted with the top of the water process shell.
By the way that the bottom of water hull body 100 and the top of water process shell will be divided to abut, the weight of score water hull body 100 is made to pass through water process
Shell is transferred to ground, to decrease or even eliminate the transmitting for dividing load between water fastener 170 and water process fastener.Meanwhile
But also dividing water cutting connector and heating upper connection-peg, and the connection heated between lower connection-peg and the connection-peg that freezes does not need to pass
Load is passed, so that limit grafting is more reliable and more stable.
Specifically, lower surface analysis water process shell includes heated shell 200, refrigeration shell 300 or simultaneously includes the two
When concrete condition.
The water process shell includes heated shell 200 or refrigeration shell 300；The top of the heated shell 200 is arranged
There is heating fastener, the heating fastener divides water fastener 170 to be fastened and connected with described；The top of the refrigeration shell 300 is provided with
Freeze fastener 350, and the refrigeration fastener 350 divides water fastener 170 to be fastened and connected with described.
The water process shell includes heated shell 200 and refrigeration shell 300, and the heated shell 200 is located at described point
Between water hull body 100 and the refrigeration shell 300；The top of the heated shell 200 is provided with heating upper fastener 270, bottom
Equipped with lower fastener 280 is heated, the heating upper fastener 270 divides water fastener 170 to be fastened and connected with described；The refrigeration shell 300
Top be provided with refrigeration fastener 350, the refrigeration fastener 350 is fastened and connected with fastener 280 under the heating.
In the present embodiment, by the way that water fastener 170 will be divided to be arranged on reinforcer 180, and water process fastener is set to and is added
On strong block 290 (360), make the load between score water fastener 170 and water process fastener in reinforcer 180 and reinforcement block 290
(360) it is transmitted between, since the thickness of reinforcer 180 is greater than the side wall for dividing water hull body 100, the thickness of reinforcement block 290 (360)
Degree is greater than the thickness of water process shell so that load transmission between reinforcer 180 and reinforcement block 290 (360) it is more stable, can
It leans on, so that dividing the load transmission between water fastener 170 and water process fastener more reliable and more stable, makes score water button in other words
The fastening of part 170 and water process fastener can carry bigger load.
The bearing capacity of reinforcer 180 and reinforcement block 290 (360) in order to further increase, the reinforcer 180 and/or
The width of reinforcement block 290 (360) is gradually reduced from bottom to top along its length；And/or the reinforcer 180 and/or reinforce
Radially direction is gradually reduced the thickness of block 290 (360) from the outside to the core.
In the present embodiment, along dividing the short transverse of water hull body 100, or along the short transverse of water process shell, on to
Under, the width of reinforcer 180 and reinforcement block 290 (360) gradually increases, so that reinforcer 180 and/or reinforcement block 290 (360) are in
Trapezoidal setting gradually increases the bearing capacity of score water hull body 100 and water process shell from top to bottom.Due to dividing water hull body
100 and water process shell place vertically so that gravity gradually increases from top to bottom, conform exactly to reinforcer 180 and reinforcement block 290
(360) bearing capacity distribution.So that reinforcer 180 and reinforcement block 290 (360) minimize body when meeting bearing requirements
Product, reasonable utilization space.Similarly, radially direction is certainly outer for the thickness of the reinforcer 180 and/or reinforcement block 290 (360)
Inwardly it is gradually reduced, so that the bearing capacity of reinforcer 180 and/or reinforcement block 290 (360) in radial direction, by shell
The heart is gradually increased to the edge of shell, meet just point water hull body 100 and/or be handle shell carrying demand distribution, to the greatest extent
While amount reduces volume, reasonable utilization space.
In addition, by setting reinforcer 180 and reinforcement block 290 (360) to along axial gradual change, and radially
Gradual change is conducive to the core pulling molding of reinforcer 180 and reinforcement block 290 (360).
In order to increase the bearing capacity of reinforcer 180 and reinforcement block 290 (360), the reinforcer 180 divides water positioned at described
The arc-shaped transition in part in shell 100；And/or the reinforcement block 290 (360) is located at the intracorporal part of water process shell
Arc-shaped transition.In the present embodiment, reinforcer 180 is towards the arc-shaped setting in part divided inside water hull body 100, according to material power
Bearing principle, cambered surface is greater than plane in the bearing strength of radial direction in the bearing strength of radial direction, while arc-shaped
The reinforcer 180 of setting, occupied space are smaller than the occupied space of reinforcer 180 in plane setting of same length.
Similarly, reinforcement block 290 (360) is former according to the carrying of the mechanics of materials towards the arc-shaped setting in part divided inside water hull body 100
Reason, cambered surface are greater than plane in the bearing strength of radial direction, while the reinforcement of arc-shaped setting in the bearing strength of radial direction
Block 290 (360), occupied space are small than the reinforcement block 290 (360) in plane setting of same length occupied space.
Therefore, by surface blending between reinforcer 180 and each face of reinforcement block 290 (360), be conducive to increase reinforcer 180 and reinforce
The bearing capacity of block 290 (360).
The utility model also proposes a kind of water dispenser, which includes water treatment facilities and shell, the tool of the water dispenser
Body structure is referring to above-described embodiment, since this water dispenser uses whole technical solutions of above-mentioned all embodiments, at least
All beneficial effects brought by technical solution with above-described embodiment, this is no longer going to repeat them.Wherein, shell includes point
Water hull body 100, heated shell 200 and refrigeration shell 300, wherein divide water hull body 100 to have and divide water cavity 110, heated shell 200
With the installation cavity 210 (310) for installing heating device, the shell 300 that freezes has the installation cavity for installing refrigerating plant
210(310).Wherein, water cavity 110 and installation cavity 210 (310) is divided to be arranged independently of each other.Divide water hull body 100,200 and of heated shell
It is connected by way of grafting between refrigeration shell 300, and is further stablized the connection between several shells by fastener.
The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model,
It is all under the inventive concept of the utility model, equivalent structure made based on the specification and figures of the utility model becomes
It changes, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.
Claims (11)
1. a kind of shell is used for water dispenser characterized by comprising
Point water hull body, it is described divide water hull body have divide water cavity and with the tapping hole road for dividing water cavity to be connected to；
Water process shell, the water process shell have a water process hole road, water process hole road be connected to the tapping hole road and
The water treatment facilities of water dispenser；
Described point of water hull body is detachably connected with the water process shell, is provided with reinforcer on the side wall for dividing water hull body,
The reinforcer divides the length direction of water hull body to extend described in, to divide the bearing capacity of the side wall of water hull body described in increase.
2. shell as described in claim 1, which is characterized in that the reinforcer by the side wall for dividing water hull body from the outside to the core
Recess is formed.
3. shell as described in claim 1, which is characterized in that the water process shell is arranged in tubbiness, the water process shell
It is provided with reinforcement block on the side wall of body, and the reinforcement block is recessed from the outside to the core by the side wall of the water process shell and is formed.
4. shell as claimed in claim 3, which is characterized in that it is described divide below water hull be provided with a point water positioning joint；
Water positioning joint is divided to be provided with water process positioning joint described in the top of the water process shell is corresponding；
Described point of water positioning joint and the water process positioning joint grafting.
5. shell as claimed in claim 4, which is characterized in that it is described that water positioning joint is divided to be formed on the reinforcer, and/
Or, the water process positioning joint is formed on the reinforcement block.
6. shell as claimed in claim 3, which is characterized in that the lower part for dividing water hull body is provided with a point water fastener, described
The top of water process shell is provided with water process fastener, described that water fastener and the water process fastener is divided to be fastened and connected.
7. shell as claimed in claim 6, which is characterized in that it is described that water fastener is divided to be formed on the reinforcer, and/or,
The water process fastener is formed on the reinforcement block.
8. the shell as described in any one of claim 3 to 7, which is characterized in that the width of the reinforcer and/or reinforcement block
Degree is gradually reduced from bottom to top along its length；And/or
Radially direction is gradually reduced the thickness of the reinforcer and/or reinforcement block from the outside to the core.
9. the shell as described in any one of claim 3 to 7, which is characterized in that the reinforcer divides water hull positioned at described
The intracorporal arc-shaped transition in part；And/or
The reinforcement block is located at the arc-shaped transition in the intracorporal part of water process shell.
10. shell as claimed in any of claims 1 to 7 in one of claims, which is characterized in that the water process shell includes heating shell
Body and/or refrigeration shell；
Heating device is provided in the heated shell, water process hole road includes bottoming hole road, the bottoming hole road connection
The tapping hole road and the heating device；
Refrigerating plant is provided in the refrigeration shell, water process hole road includes refrigeration Kong Lu, the refrigeration hole Lu Liantong
The tapping hole road and the refrigerating plant.
11. a kind of water dispenser, which is characterized in that including the shell as described in any one of claims 1 to 10.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721340236.5U CN208851216U (en) | 2017-10-16 | 2017-10-16 | Shell and water dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721340236.5U CN208851216U (en) | 2017-10-16 | 2017-10-16 | Shell and water dispenser |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208851216U true CN208851216U (en) | 2019-05-14 |
Family
ID=66409722
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721340236.5U Active CN208851216U (en) | 2017-10-16 | 2017-10-16 | Shell and water dispenser |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208851216U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109662574A (en) * | 2017-10-16 | 2019-04-23 | 佛山市顺德区美的饮水机制造有限公司 | Shell and water dispenser |
-
2017
- 2017-10-16 CN CN201721340236.5U patent/CN208851216U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109662574A (en) * | 2017-10-16 | 2019-04-23 | 佛山市顺德区美的饮水机制造有限公司 | Shell and water dispenser |
| CN109662574B (en) * | 2017-10-16 | 2024-05-28 | 佛山市顺德区美的饮水机制造有限公司 | Shell and water dispenser |
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