CN109171396A - A kind of multiple fast cooling cooling water glass - Google Patents
A kind of multiple fast cooling cooling water glass Download PDFInfo
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- CN109171396A CN109171396A CN201811355266.2A CN201811355266A CN109171396A CN 109171396 A CN109171396 A CN 109171396A CN 201811355266 A CN201811355266 A CN 201811355266A CN 109171396 A CN109171396 A CN 109171396A
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47G—HOUSEHOLD OR TABLE EQUIPMENT
- A47G19/00—Table service
- A47G19/22—Drinking vessels or saucers used for table service
- A47G19/2288—Drinking vessels or saucers used for table service with means for keeping liquid cool or hot
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Abstract
The invention discloses a kind of multiple fast cooling cooling water glass, belong to cup field, multiple fast cooling cooling water glass includes cup ontology and air cooling mechanism, cup ontology includes outer cup, interior cup body, cooling cylinder, waterway is formed between outer cup and interior cup body, it is formed between interior cup body and cooling cylinder and sets water cavity, the inside of cooling cylinder forms air-cooled chamber, air cooling mechanism is set in air-cooled chamber, air cooling mechanism includes screw rod, the rotary fan being rotatably sheathed on screw rod, it is respectively arranged on the upper support ring and lower support ring of rotary fan two sides, when screw rod relative rotation fan is for linear motion along the axial direction of cooling cylinder, the cooling air-cooled chamber of rotary fan rotation air-supply.Multiple fast cooling cooling water glass disclosed by the invention, it can be achieved that water cooling and it is air-cooled respectively from outer layer and internal layer boiled water layer is sandwiched between and simultaneously cool down, boiled water can be made to cool down rapidly, the rotation of Purely mechanical driving fan is highly-safe and more environmentally-friendly.
Description
Technical field
The present invention relates to cup field more particularly to a kind of multiple fast cooling cooling water glass.
Background technique
Cup is the apparatus in daily life for drinking-water, and in daily life, needing will be in the boiled cup of falling back of water
It is just drinkable wait be water-cooled to suitable temperature, and it is longer to cool down the required time at this time, especially the time required to summer more
It is long, it is usually mutually poured with multiple cups when being badly in need of drinking-water and accelerates boiled water cooling, be more troublesome and ineffective, and handling official business
Indoor conditions does not also allow.When brewing milk powder to baby, needs for boiled water to be cooled between 40 DEG C to 60 DEG C and pours into milk powder again,
Prevent that temperature is excessively high and influences the nutrition of milk powder, baby is more hungry cry and scream when, easily make if waiting boiled water natural cooling baby by
It starves, is unfavorable for the health of water if mutually pouring using multiple cups, need a kind of cooling water glass for capableing of fast cooling thus,
To meet the needs of under various situations.
The existing cup with refrigerating function, usually by electrical energy drive fan, and it is various to need motor, temperature controller etc.
Electric elements, at high cost, safety are low and not environmentally, and fan is usually mounted on cup bottom, and cooling effect is undesirable, cold
But long the time required to, it is difficult to meet use under the conditions of urgent.
Summary of the invention
For overcome the deficiencies in the prior art, technical problem to be solved by the present invention lies in propose a kind of multiple fast prompt drop
Warm cooling water glass, it can be achieved that water cooling and it is air-cooled respectively from outer layer and internal layer boiled water layer is sandwiched between and simultaneously cool down, can
Boiled water is set to cool down rapidly, the rotation of Purely mechanical driving fan is highly-safe and be more energy-saving and environmentally friendly.
The technical scheme adopted by the invention is that:
A kind of multiple fast cooling cooling water glass provided by the invention, comprising:
Cup ontology, the cup ontology include outer cup, the interior cup body inside the outer cup, are set in described
Cooling cylinder inside cup body；The waterway for containing coolant liquid is formed between the outer cup and the interior cup body；It is described
It is formed between interior cup body and the cooling cylinder and sets water cavity for contain boiled water；The inside of the cooling cylinder forms air-cooled
Chamber；
Air cooling mechanism, the air cooling mechanism are set in the air-cooled chamber, and the air cooling mechanism includes along the cooling cylinder
The screw rod that is axially arranged rotatably is sheathed on the screw rod and rotary fan compatible with the screw rod, use
In the upper support ring and lower support ring that support the rotary fan and be respectively arranged on the rotary fan two sides, the upper support ring
The inside of the cooling cylinder is each attached to the lower support ring；When the relatively described rotary fan of the screw rod is along described cold
But when the axial direction of cylinder is for linear motion, the cooling air-cooled chamber of rotary fan rotation air-supply.
As the further improvement of this programme, the screw rod includes the body of rod, the helical-blade on the body of rod outer wall
Piece, the rotary fan includes rotary shaft, at least two fan blade on the rotary shaft lateral wall, along the rotation
The axis of shaft offers the swivelling chute through the rotary shaft, the shape of the swivelling chute and the cross-sectional shapes of the screw rod
It is adapted, the screw rod runs through the swivelling chute.
As the further improvement of this programme, the upper support ring is fixed including the first fixed outer ring, set on described first
The first support inner ring on the inside of outer ring, the outer wall of the first support inner ring pass through the first fixed strip of at least one and described the
The inner wall of one fixed outer ring is connected, and the lower support ring includes the second fixed outer ring, is set on the inside of the described second fixed outer ring
The second support inner ring, the second fixed strip and described second fixed outer that the outer wall of the second support inner ring passes through at least one
The inner wall of ring is connected, and the first external screw thread is provided on the lateral wall of the described first fixed outer ring, the described second fixed outer ring
It is provided with the second external screw thread on lateral wall, is provided on the inner sidewall of the cooling cylinder and first external screw thread and described
First internal screw thread of the equal bolt of two external screw threads, the both ends of the rotary shaft are respectively fixed with convex ring and lower convex ring, it is described on
Bulge loop is rotatably disposed within the inside of the first support inner ring, and the lower convex ring is rotatably disposed within the second support inner ring
Inside, the screw rod through it is described first support inner ring, convex ring, lower convex ring, second support inner ring.
As the further improvement of this programme, the bottom end of the screw rod is fixed with fixed end, the fixed end
Outside is bolted with connection end, the inner hollow of the body of rod, and the body of rod is internally provided with stirring rod, the stirring rod
Bottom end is fixedly connected with the connection end.
As the further improvement of this programme, the top end opening of the interior cup body, the bottom end of the interior cup body with it is described cold
But the bottom end outer wall of cylinder is tightly connected, and the end sealing of the cooling cylinder is fixed with the hemispherical portion that arches upward, described to arch upward
Portion is located at the inside of the interior cup body and at the top end opening of the interior cup body, the bottom end opening of the cooling cylinder, institute
Rotary fan is stated in the air-cooled chamber close to one end of the cooling cylinder bottom end opening.
As the further improvement of this programme, the lateral wall of the top of the outer cup and the interior cup body is tightly connected,
The bottom end of the outer cup is connect with the bottom end seal of the interior cup body, and the bottom of the waterway offers and the waterway
The water inlet being connected is provided with into water plug in the water inlet.
It further include water cup base as the further improvement of this programme, the water cup base is set to the cup ontology
Bottom part down offers fixing groove in the middle part of the water cup base, and the bottom end of the screw rod is fixed with connection end, the company
The inside that end is located at the fixing groove is connect, is provided with third external screw thread, the fixing groove on the lateral wall of the connection end
Inner sidewall on be provided with the second internal screw thread with the third external screw thread bolt.
It is located on the outside of the fixing groove as the further improvement of this programme, on the water cup base and offers annular
Slot, the bottom of the annular groove are fixed at least two damping spring, and the top of at least two damping spring is solid
Surely there is damping cushion, the position of the damping cushion is adapted with the bottom position of the cup ontology.
As the further improvement of this programme, the bottom end of the cup ontology is fixed with the engaging column of at least one, at least
The lower end of one engaging column is fixed with clamping block, offers on the water cup base and engages the compatible circle of column with described
The resettlement groove of arc strip, the side for being internally located at the resettlement groove of the water cup base is offered to fasten with the clamping block
Circular arc strip engaging slot, offered at the engaging slot of described resettlement groove one end and be caught in institute for the clamping block
That states engaging slot is caught in mouth.
As the further improvement of this programme, the bottom of the water cup base is provided with sucker, and the sucker includes sucker
End, the sucker for being fixed on sucker end one end, the bottom of the water cup base offer sucker fixing groove, the suction
Disk end is screwed onto the inside of the sucker fixing groove.
Compared with prior art, the beneficial effects of the present invention are:
A kind of multiple fast cooling cooling water glass provided by the invention, by setting outer cup, inner cup for cup ontology
Body and cooling cylinder, make cup ontology form waterway from outside to inside, set water cavity, air-cooled chamber, boiled water are poured into and is set in water cavity, water
By the wall of cup of interior cup body with the boiled water set in water cavity heat exchange occurs for the coolant liquids such as the water contained in cold chamber to cool down boiled water, because
Setting water cavity is ring structure and around to set the waterway of water cavity be also ring structure, and the heat of boiled water is conducted to water in setting water cavity
Supplement without more heats after the coolant liquids such as the water of cold chamber can make boiled water fast cooling, meanwhile, by cooling inner barrel
In air-cooled chamber setting include screw rod, rotary fan, upper support ring, lower support ring air cooling mechanism, by upper support ring and under
Steadily rotary fan can be supported in air-cooled chamber for support ring and convenient disassembly, passes through and pulls screw rod or pull cup sheet
Body keeps screw rod relative rotation fan for linear motion along the axial direction of cooling cylinder, rotary fan can be made in upper support ring and
Make rotary motion between lower support ring, rotary fan, which rotates forward, can be sent into extraneous air in air-cooled chamber with cooling cylinder
Barrel and then the cooling boiled water set in water cavity, the heat that rotary fan reversion can heat the boiled water being set in water cavity in air-cooled chamber are empty
Conductance goes out air-cooled chamber, will be set between water cavity is sandwiched in from the outer layer and internal layer for setting water cavity respectively by waterway and air-cooled chamber, and same
When the cooling boiled water set in water cavity, the rapid cooling down of boiled water can be made, good cooling results, cooling efficiency is high, Purely mechanical driving
Rotary fan rotation, without using electrical energy drive, without elements such as motor, controllers, structure is simple, production cost is low and more
Energy conservation and environmental protection.
Detailed description of the invention
Fig. 1 is a kind of sectional structure signal of the multiple fast cooling cooling water glass provided in the specific embodiment of the invention
Figure；
Fig. 2 is the schematic cross-sectional view of the screw rod provided in the specific embodiment of the invention；
Fig. 3 is the overlooking structure diagram of the rotary fan provided in the specific embodiment of the invention；
Fig. 4 is the schematic view of the front view of the rotary fan provided in the specific embodiment of the invention；
Fig. 5 is the structural schematic diagram of the upper support ring provided in the specific embodiment of the invention；
Fig. 6 is the structural schematic diagram that the cup ontology provided in the specific embodiment of the invention is mutually fixed with water cup base；
Fig. 7 is the overlooking structure diagram of the water cup base provided in the specific embodiment of the invention；
Fig. 8 is A-A schematic cross-sectional view in the Fig. 7 provided in the specific embodiment of the invention；
Fig. 9 is B-B schematic cross-sectional view in the Fig. 8 provided in the specific embodiment of the invention.
In figure:
1, cup ontology；11, outer cup；12, interior cup body；13, cooling cylinder；14, waterway；15, water cavity is set；16, wind
Cold chamber；2, air cooling mechanism；21, screw rod；22, rotary fan；23, upper support ring；24, lower support ring；211, the body of rod；212, spiral shell
Vane piece；221, rotary shaft；222, fan blade；223, swivelling chute；231, the first fixed outer ring；232, the first support inner ring；
233, the first fixed strip；234, the first external screw thread；131, the first internal screw thread；224, convex ring；225, lower convex ring；213, fixing end
Head；214, connection end；215, stirring rod；130, arch upward portion；140, water inlet；141, water inlet plug；3, water cup base；31, solid
Determine slot；210, third external screw thread；310, the second internal screw thread；32, annular groove；33, damping spring；34, damping cushion；17, engage
Column；18, clamping block；35, resettlement groove；36, engaging slot；37, it is caught in mouth；4, sucker；41, sucker end；42, sucker；38, it inhales
Disk fixing groove；5, Drinking cup lid.
Specific embodiment
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing and technical solution needed in technical description to be briefly described, it should be apparent that, be described below in it is attached
Figure is only some embodiments of the present invention, for those of ordinary skill in the art, before not making the creative labor
It puts, can also be obtained according to these attached drawings other attached drawings.
The following further describes the present invention with reference to the drawings.
As shown in Figure 1, a kind of multiple fast cooling cooling water glass provided in this embodiment, including cup ontology 1, cup sheet
Body 1 includes outer cup 11, the interior cup body 12 inside outer cup 11, the cooling cylinder 13 inside interior cup body 12, outer cup
The waterway 14 of the annular for containing coolant liquid, the inner wall of interior cup body 12 are formed between 11 inner wall of body and the outer wall of interior cup body 12
The annular for containing boiled water is formed between the outer wall of cooling cylinder 13 sets water cavity 15, and the inside of cooling cylinder 13 forms wind
The lateral wall of cold chamber 16, the top of outer cup 11 and interior cup body 12 is tightly connected, the bottom of the bottom end of outer cup 11 and interior cup body 12
End is tightly connected, so that the waterway 14 of sealing is formed, the top end opening of interior cup body 12, bottom end and the cooling cylinder of interior cup body 12
13 bottom end outer wall is tightly connected, to form top opening and sealed bottom sets water cavity 15, the top end opening of interior cup body 12
Top for the water cup mouth of multiple fast cooling cooling water glass, the bottom end opening of cooling cylinder 13, cooling cylinder 13 can be open
Mouth or closing, outer cup 11, interior cup body 12, cooling cylinder 13 can be integrated chemical conversion type and be made, or interior 12 He of cup body
Cooling 13 integrated molding of cylinder and outer cup 11, which seal, to be socketed on the outside of inner cup body 12 and is made；
It further include air cooling mechanism 2, air cooling mechanism 2 is set in air-cooled chamber 16, and air cooling mechanism 2 includes the axis along cooling cylinder 13
To setting screw rod 21, be rotatably sheathed on screw rod 21 and rotary fan 22 compatible with screw rod 21, be used for
Support rotary fan 22 and the upper support ring 23 and lower support ring 24 for being respectively arranged on 22 two sides of rotary fan, upper support ring 23 is under
Support ring 24 is each attached to the inside of cooling cylinder 13, when 21 relative rotation fan 22 of screw rod is made along the axial of cooling cylinder 13
When linear motion, the cooling air-cooled chamber 16 of the rotation air-supply of rotary fan 22.
Boiled water is poured by the top end opening of interior cup body 12 and is set in water cavity 15, and the coolant liquids such as cold water in waterway 14 pass through
The wall of cup of interior cup body 12 carries out heat exchange with the boiled water set in water cavity 15, and split water cools, because setting water cavity 15 and waterway
14 be the cavity body structure of annular, and waterway 14 is wrapped up from outside around setting water cavity 15 and will set water cavity 15, heat exchange area it is big and
Cooling is fast, the cold water that the boiled water in water cavity 14 constantly transfers heat in waterway 14 is set, because setting the ring junction of water cavity 15
Structure makes boiled water form annular thin wall, boiled water of the boiled water without middle part higher temperature in diabatic process additional heat around, section
Temperature gradient is small, cools down rapider, and each position temperature difference of boiled water after cooling is smaller, and temperature is more balanced, meanwhile, by spiral
The top of bar 21 is protruded into from the bottom end opening of cooling cylinder 13 and matches it with rotary fan 22, and screw rod is inwardly pushed
21 make 21 relative rotation fan 22 of screw rod along for linear motion axially upwards of cooling cylinder 13, and rotary fan 22 then occurs just
Air-flow is set to flow into and be upwardly into through rotary fan 21 top of air-cooled chamber 16 from the bottom end opening of air-cooled chamber 16 to rotation, from
And pour into outside air in air-cooled chamber 16, cooling and heat dissipation is carried out to the barrel of the cooling cylinder 13 to be heated up by boiled water heat transfer,
When the bottom end of helix tube 21 is close to the bottom end of air-cooled chamber 16, screw rod 21 is pulled to make 21 relative rotation fan of screw rod still further below
22 along the axially downwardly for linear motion of cooling cylinder 13, rotary fan 22 then occur to reversely rotate make in air-cooled chamber 16 by opening
The hot-air that water is thermally conductive through cooling 13 barrel of cylinder and heats up is fanned out to through rotary fan 22, is radiated to waterway 14, upper branch
Pushing out ring 23 and lower support ring 24 stablize support rotary fan 22 from two sides respectively and prevent rotary fan 22 from shifting, it is ensured that
Rotary fan 22 is stably rotated, and will set 15 sandwiched of water cavity package from outer layer and internal layer respectively by waterway 14 and air-cooled chamber 16
And the boiled water in opposed water cavity 15 carries out cooling down simultaneously, boiled water can be made to cool down rapidly, short, cooling effect the time required to cooling
It is good, and rotary fan 22 is that Purely mechanical drives, be not necessarily to the electronic components such as power supply and other motors, structure simply, production cost
It is low and be more energy-saving and environmentally friendly.
As shown in Figures 2 and 3, for convenient for the cooperation rotation between rotary fan 22 and screw rod 21, further, spiral
Bar 21 includes the body of rod 211, the helical blade 212 on 211 outer wall of the body of rod, and helical blade 212 includes symmetrical left-hand screw leaf
Piece and right-hand screw blade, rotary fan 22 include rotary shaft 221, at least two fan on 221 lateral wall of rotary shaft
Blade 222 offers the swivelling chute 223 through rotary shaft 221, the shape and spiral of swivelling chute 223 along the axis of rotary shaft 221
The cross-sectional shapes of bar 21 are adapted, and swivelling chute 223 includes the body of rod for being used to dispose the body of rod 211 for being opened in 221 axle center of rotary shaft
Slot, the lobus sinister film trap and lobus dexter piece for being respectively used to placement left-hand screw blade and right-hand screw blade for being symmetrically opened in body of rod slot two sides
Slot, screw rod 21 run through swivelling chute 223, when 21 relative rotation fan 22 of screw rod is for linear motion, because on screw rod 21
The cooperation of helical blade 212 and swivelling chute 233 makes screw rod 21 have the trend for driving rotary fan 22 for linear motion simultaneously,
But prevent rotary fan 22 from for linear motion because rotary fan 22 is limited between upper support ring 23 and lower support ring 24, and it is left
Helical blade and right-hand screw blade are for linear motion with the body of rod 211, make lobus sinister film trap in the rotary shaft 221 of rotary fan 22 and
Lobus dexter film trap is rotated along the left-hand screw blade of screw rod 21 and right-hand screw blade respectively, and rotary shaft 221 is made to rotate and drive
Fan blade 222 on 221 outer wall of rotary shaft rotates, thus make air in air-cooled chamber 16 flow and and outside air into
Row exchange is with the cooling boiled water set in water cavity 15.
It as shown in Figure 1, Figure 4 and Figure 5, is installation rotary fan 22 easy to disassemble, upper support ring 23 and lower support ring 24, and
Rotary fan 22 is supported convenient for upper support ring 23 and lower support ring 24, further, upper support ring 23 includes first solid
Determine outer ring 231, the first support inner ring 232 set on the first fixed 231 inside of outer ring, the first fixed outer ring 231 and the first support
Inner ring 232 is coaxially disposed, and the outer wall of the first support inner ring 232 is fixed outer by the first fixed strip 233 and first of at least one
The inner wall of ring 231 is connected, and forms the channel for air circulation between the first fixed outer ring 231 and the first support inner ring 232,
First fixed outer ring 231, first supports inner ring 232, the first fixed strip 233 to be integrated chemical conversion type, and structure is more firm, lower support
Ring 24 includes the second fixed outer ring, the second support inner ring on the inside of the second fixed outer ring, and second fixes outer ring and second
Support inner ring coaxial arrangement, the inner wall that the outer wall of the second support inner ring passes through the second fixed strip of at least one and the second fixed outer ring
It is connected, forms the channel for air circulation, the second fixed outer ring, second between the second fixed outer ring and the second support inner ring
Support inner ring, the second fixed strip are integrated chemical conversion type, and structure is more firm, are provided on the lateral wall of the first fixed outer ring 231
First external screw thread 234 is provided with the second external screw thread on the lateral wall of second fixed outer ring, is arranged on the inner sidewall of cooling cylinder 13
There is the first internal screw thread 131 with the first external screw thread 234 and the equal bolt of the second external screw thread, the both ends of rotary shaft 221 are fixed respectively
There are convex ring 224 and lower convex ring 225, the outer diameter of convex ring 224 makes convex ring 224 can less than the internal diameter of the first support inner ring 232
It is rotatably set to the inside of the first support inner ring 232, the outer diameter of lower convex ring 225 makes less than the internal diameter of the second support inner ring
The internal diameter of the inside that lower convex ring 225 rotatably supports inner ring set on second, convex ring 224 and lower convex ring 225 is all larger than
The circumferential outer diameter of the maximum of screw rod 21, screw rod 21 is through the first support inner ring 232, convex ring 224, lower convex ring 225, second
Support inner ring.During installation, cup ontology 1 is inverted, first protrudes into upper support ring 23 simultaneously from the bottom end opening of cooling cylinder 13
Make the first external screw thread 234 on the first fixed outer ring 231 and 131 bolt of the first internal screw thread on cooling 13 inner sidewall of cylinder,
And upper support ring 23 is screwed in into certain distance in cooling cylinder 13, then rotary fan 22 is protruded into cooling cylinder 13 and made convex
Ring 224 is caught in the first support inner ring 232, then lower support ring 24 is protruded into from the bottom end opening of cooling cylinder 13 makes second to fix
131 bolt of the first internal screw thread on the first external screw thread and cooling 13 inner sidewall of cylinder on outer ring, then lower support ring 24 is revolved
Enter certain distance in cooling cylinder 13, is caught in the lower convex ring 225 of rotary fan 22 in second support inner ring, makes rotary fan 22
Rotatably between upper support ring 23 and lower support ring 24 and support ring 23 and lower support ring 24 are not departed from, torn open
Successively lower support ring 24, rotary fan 22, upper support ring 23 are back-outed again when unloading, by using thread connecting mode, peace
Convenient disassembly is filled, and can guarantee that rotary fan 22 steadily rotates air-supply between upper support ring 23 and lower support ring 24, is guaranteed
To the cooling effect of air-cooled chamber 16, and then guarantee the cooling effect of boiled water in opposed water cavity 15.
As shown in Fig. 2, be to be stirred convenient for the drink brewed in opposed water cavity 15, further, the bottom of screw rod 21
End is fixed with fixed end 213, and fixed end 213 and screw rod 21 are integrated chemical conversion type, and the outside of fixed end 213 is bolted with
Connection end 214, the axis direction on connection end 214 along connection end 214 offer end fixing groove, and end fixing groove
Inner sidewall on offer internal screw thread, external screw thread is provided on the lateral wall of fixed end 213, on 213 lateral wall of fixed end
External screw thread and end fixing groove inner sidewall internal screw thread bolt, the inner hollow of the body of rod 211, the body of rod 211 inside setting
There is stirring rod 215, the bottom end of stirring rod 215 is fixed on the interior bottom of the end fixing groove of connection end 214.By pulling or pushing away
The upper and lower displacement of screw rod 21 can be realized in dynamic connection end 214, and push-and-pull is more convenient, when needs brew coffee in setting water cavity 15
When the drinks such as coffee, milk powder, the powder that coffee powder etc. needs higher temperature water to brew can be poured into advance, or can pass through air-cooled 16 He of chamber
Boiled water in the opposed water cavity 15 of waterway 14, which is cooled to after certain temperature, to be poured into milk powder etc. again relatively lower temp water is needed to brew
Powder, by unscrew connection end 214 and pull out connection end 214 make stirring rod 215 with connection end 214 extract out spiral
The internal cavities of bar 21 are that handle end is stirred using the drink in the opposed water cavity 15 of stirring rod 215 with connection end 214,
It is sufficiently mixed the powders such as coffee, milk powder and water, the inside that stirring rod 215 can be put back to screw rod 21 after using is empty
In chamber, then by connection end 214 and 213 bolt of fixed end, make the included stirring function of multiple fast cooling cooling water glass
Can, and stirring rod 215 is placed in screw rod 21 and more saves space, and it is structurally reasonable, it is easy to use.
As shown in Figure 1, further, the end sealing of cooling cylinder 13 is solid to set in water cavity 15 convenient for pouring into boiled water
Surely there is the hemispherical portion 130 that arches upward, the portion 130 that arches upward is located at the inside of interior cup body 12 and at the top end opening of interior cup body 12,
The top of the top end opening of interior cup body 12 and interior cup body 12 is higher than the portion 130 that arches upward, in the top end opening from interior cup body 12 to setting water
When pouring into boiled water in chamber 15, the top end opening of interior cup body 12 is larger, pours into that boiled water is more convenient, passes through the hemispherical portion that arches upward
130 water conservancy diversion can make boiled water flow into the setting in water cavity 15 of ring-shaped around along the portion of arching upward 130, boiled water is effectively prevent to fly outward
It splashing, the bottom end opening of cooling cylinder 13, rotary fan 22 is set in air-cooled chamber 16 close to one end of cooling 13 bottom end opening of cylinder,
The stroke for making screw rod 21 be engaged in being pushed into air-cooled chamber 16 and a stroke for pulling out air-cooled chamber 16 with rotary fan 22
Longer, the time for rotating rotary fan 22 is longer, more preferably to the cooling effect of air-cooled chamber 16.
As shown in Figure 1, for convenient for pouring into and being discharged the coolant liquids such as cold water into waterway 14, further, outer cup 11
Top and the lateral wall of interior cup body 12 be tightly connected, the bottom end of outer cup 11 connect with the bottom end seal of interior cup body 12, water cooling
The bottom of chamber 14 offers the water inlet 140 being connected with waterway 14, is provided in water inlet 140 into water plug 141, certainly,
Water inlet 140 also can be set on the side wall of waterway 14, be arranged more beautiful in 14 bottom of waterway and multiple holding
It is not easy when fast cooling cooling water glass and water inlet plug 141 collides and leaks water inlet 140, plug 141 of intaking can be straight for cork
It connects and is caught in water inlet 140, or hard plug is set by the way that screw thread is arranged in water inlet 141 lateral walls of plug in 140 inner sidewall of water inlet
Screw thread is set, makes to be threadedly coupled with water inlet 140 into water plug 141 and seal water inlet 140, it can be to waterway by water inlet 140
The coolant liquids such as cold water are poured into 14, then water inlet 140 is blocked by water inlet plug 141, it is cold in waterway 14 needing to change
When the coolant liquids such as water, taking out water inlet plug 141 can be such that the coolant liquids such as cold water are discharged from water inlet 140, the filling of the coolant liquids such as cold water
Enter and is discharged more convenient.
As shown in Figure 1, further, the top of outer cup 11 is lower than the top of interior cup body 12, and outer cup for convenient for drinking-water
The side wall junction arc transition on the top of body 11 and interior cup body 12, convenient for the top rim of a cup of mouth and interior cup body 12 when drinking
Contact more comfortable, the top of interior cup body 12 is detachably provided with Drinking cup lid 5, the inside top of Drinking cup lid 5 be provided with it is interior
The compatible annular detent slot of the top rim of a cup of cup body 12, the side wall of 5 inside of Drinking cup lid are set as and 11 top of outer cup and interior
Compatible arc-shaped at the arc transition of 12 side wall junction of cup body, can completely cover the top of cup ontology 1, effectively
Prevent from the magazines such as the dust in air from entering to set in water cavity 15 and polluted drinking water, guarantee the health of drinking water, Drinking cup lid 5 it is outer
Wall shape and the outer wall shape of outer cup 11 are mutually unified, and whole more beautiful coordination is made.
As shown in Figure 1, to be for linear motion in air-cooled chamber 16 convenient for screw rod 21, further, multiple fast cooling
Cooling water glass further includes water cup base 3, and water cup base 3 is set to the bottom part down of cup ontology 1, and the middle part of water cup base 3 opens up
There is fixing groove 31, the bottom end of screw rod 21 is fixed with connection end 214, and connection end 214 is located at the inside of fixing groove 31, connection
It is provided with third external screw thread 210 on the lateral wall of end 214, is provided on the inner sidewall of fixing groove 31 and third external screw thread 210
Screw rod 21 is removably fixed on water cup base 3 by connection end 214, is convenient for by the second internal screw thread 310 of bolt
Screw rod 21 is pushed and pulled, it is easy for assemble or unload, it is motionless by holding cup ontology 1 on the other hand, water cup base 3 and opposite water are held on the other hand
Cup ontology 1 moves up and down, to drive screw rod 21 for linear motion in air-cooled chamber 16, make the rotation of rotary fan 22 air-supply with
The cooling boiled water set in water cavity 15, or water cup base 3 is placed in plane, it holds cup ontology 1 and moves up and down and make to rotate
22 opposed helical bar 21 of fan is for linear motion and rotary motion and cools down the cooling boiled water set in water cavity 15, and water cup base 3 is
Round table-like, the upper bottom diameter of water cup base 3 is not less than the bottom end outer diameter of outer cup 11, and cup ontology 1 is placed in water when not in use
It is more firm on cup base 3.
As shown in Figure 1, further, being located on water cup base 3 to prevent from bumping against between water cup base 3 and cup ontology 1
The outside of fixing groove 31 offers annular groove 32, and the bottom of annular groove 32 is fixed at least two damping spring 33, and at least two
The top of a damping spring 33 is respectively and fixedly provided with damping cushion 34, the position of damping cushion 34 and the bottom position of cup ontology 1
It is adapted, damping cushion 34 is rubber material, in push-and-pull water cup base 3 or moves up and down cup ontology 1 and screw rod 21 is made to exist
When for linear motion in air-cooled chamber 16, when water cup base 3 and cup ontology 1 are close to each other, the bottom end of cup ontology 1 contacts first
Damping cushion 34 can prevent water cup base 3 from directly mutually hitting with cup ontology 1 then by the compression buffering of damping spring 33, from
And the boiled water for preventing from setting caused by hitting in water cavity 15 splashes, damping cushion 34 can prevent the bottom end of cup ontology 1 from directly squeezing
Damping spring 33 and skid, buffering effect is influenced, when water cup base 3 is placed in plane and cup ontology 1 is placed on water cup base 3
When, damping cushion 34 and damping spring 33 can be completely forced into annular groove 32 by the weight of cup ontology 1 itself, make cup sheet
The bottom end of body 1 and 3 seamless interfacing of water cup base, cup ontology 1 are placed more steady.
As shown in Fig. 6, Fig. 7, Fig. 8 and Fig. 9, for convenient for cup ontology 1 and water cup base 3 is relatively fixed and relative separation,
Further, the bottom end of cup ontology 1 is fixed with the engaging column 17 of at least one, and the lower end of the engaging column 17 of at least one is fixed
Have clamping block 18, offered on water cup base 3 with the resettlement groove 35 that engages the compatible circular arc strip of column 17, water cup base 3
The side for being internally located at resettlement groove 35 offers the engaging slot 36 of the circular arc strip to fasten with clamping block 18, is located at resettlement groove 35
It is offered at the engaging slot 36 of one end and is caught in mouth 37 for what clamping block 18 was caught in engaging slot 36, in the present embodiment, cup ontology 1
Bottom end be symmetrically fixed with two engaging columns 17, engaging column 17 can be with 1 integrated molding of cup ontology, or engaging column 17 is upper
End setting screw thread is simultaneously screwed onto the threaded hole that 1 bottom end of cup ontology opens up, the lower end edge engaging column 17 of each engaging column 17
Radial direction is respectively and fixedly provided with clamping block 18, be correspondingly provided on water cup base 3 two groups for engage two engage columns 17 and clamping block 18
Groove body, every group of groove body include circular arc strip resettlement groove 35, set on 35 side of resettlement groove circular arc strip engaging slot 36,
36 corresponding position of engaging slot set on 35 one end of resettlement groove is caught in mouth 37, when the boiled water being not required in opposed water cavity 15 is cooled down
Or when being without the use of multiple fast cooling cooling water glass, cup ontology 1 is placed on water cup base 3,1 bottom end of cup ontology is made
Two engaging columns 17 and clamping block 18 are respectively aligned to the positions of two groove bodies, plug clamping block 18 into being caught in mouth 37 and engaging column 17 is inserted
If the bottom face of cup ontology 1 is in contact with the upper bottom surface of water cup base 3 just at this time, then rotates cup into resettlement groove 35
Ontology 1 or water cup base 3, make engaging column 17 along the sliding of resettlement groove 35 and clamping block 18 makes clamping block 18 along the sliding of engaging slot 36
It is fastened in engaging slot 36, to cup ontology 1 and 3 phase of water cup base are fixed as one, when that need to use by reversely revolving
Turn cup ontology 1 or water cup base 3, engaging column can be extracted by so that clamping block 18 along engaging slot 36 is slid into sliding and is caught at mouth 37
17 and clamping block 18, use, storage are more convenient.
As illustrated in figures 1 and 8, it is placed in the stability in plane for enhancing water cup base 3, further, water cup base 1
Bottom be provided with sucker 4, sucker 4 includes sucker end 41, the sucker 42 for being fixed on 41 one end of sucker end, water cup base
1 bottom offers sucker fixing groove 38, and the inner sidewall of sucker fixing groove 38 is provided with internal screw thread, the lateral wall of sucker end 41
It is provided with external screw thread, sucker end 41 is screwed onto the inside of sucker fixing groove 38, by the suction-operated of sucker 4, can make cup
Pedestal 3 firmly adsorbs in the plane, while screw rod 21 is firmly secured on water cup base 3, by holding cup ontology 1
And move up and down and the cooling air-cooled chamber 16 of the rotation air-supply of rotary fan 22 and then the cooling boiled water set in water cavity 15 can be realized, it is not necessarily to
In addition it holds water cup base 3 or consolidating water cup base 3 with hand prevents it from rocking, one-handed performance, target user, scene are more
Extensively, more convenient to use, after putting back to cup ontology 1 on water cup base 3 after drinking the water set in water cavity 15 every time, it will engage
Block 18 is plugged and is fixed cup ontology 1 and 3 phase of water cup base into being caught in mouth 37 and rotate cup ontology 1, passes through the absorption of sucker 4
It can prevent cup ontology 1 from toppling over when being hit or being shaken, and then prevent from setting the scald people of the boiled water spillage in water cavity 15
Or drench file etc., when use, is highly-safe, and the bottom end maximum outside diameter of sucker 42 is not less than the bottom diameter of water cup base 3,
Keep the adsorption capacity in absorption of sucker 42 bigger, absorption will more stablize, and sucker 4 guarantees to inhale by being screwed onto 3 bottom end of water cup base
What is connected between disk 4 and water cup base is firm and easy for assemble or unload.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection scope should be determined by the scope of protection defined in the claims.
Claims (10)
1. a kind of multiple fast cooling cooling water glass, it is characterised in that:
Include:
Cup ontology (1), the cup ontology (1) include outer cup (11), are set to the outer cup (11) internal interior cup body
(12), it is set to the internal cooling cylinder (13) of the interior cup body (12)；Between the outer cup (11) and the interior cup body (12)
Form the waterway (14) for containing coolant liquid；It is formed between the interior cup body (12) and the cooling cylinder (13) for containing
Dress boiled water sets water cavity (15)；The inside of the cooling cylinder (13) forms air-cooled chamber (16)；
Air cooling mechanism (2), the air cooling mechanism (2) are set in the air-cooled chamber (16), and the air cooling mechanism (2) includes along described
Screw rod (21) that cooling cylinder (13) are axially arranged, be rotatably sheathed on the screw rod (21) and with the screw rod
(21) compatible rotary fan (22), be used to support the rotary fan (22) and be respectively arranged on the rotary fan (22) two
The upper support ring (23) and lower support ring (24) of side, the upper support ring (23) and the lower support ring (24) are each attached to described
The inside of cooling cylinder (13)；
When the relatively described rotary fan (22) of the screw rod (21) is for linear motion along the axial direction of the cooling cylinder (13),
The cooling air-cooled chamber (16) of rotary fan (22) rotation air-supply.
2. a kind of multiple fast cooling cooling water glass according to claim 1, it is characterised in that:
The screw rod (21) includes the body of rod (211), the helical blade (212) on the body of rod (211) outer wall；
The rotary fan (22) includes rotary shaft (221), at least two wind on the rotary shaft (221) lateral wall
Fan leaf (222)；
The swivelling chute (223) through the rotary shaft (221), the swivelling chute are offered along the axis of the rotary shaft (221)
(223) shape is adapted with the cross-sectional shapes of the screw rod (21)；
The screw rod (21) runs through the swivelling chute (223).
3. a kind of multiple fast cooling cooling water glass according to claim 2, it is characterised in that:
The upper support ring (23) includes first fixed outer ring (231), first on the inside of described first fixed outer ring (231)
It supports inner ring (232)；It is described first support inner ring (232) outer wall by least one the first fixed strip (233) with it is described
The inner wall of first fixed outer ring (231) is connected；
The lower support ring (24) includes the second fixed outer ring, the second support inner ring on the inside of the described second fixed outer ring；
The outer wall of the second support inner ring is connected by the second fixed strip of at least one with the inner wall of the described second fixed outer ring；
It is provided with the first external screw thread (234) on the lateral wall of described first fixed outer ring (231), outside the described second fixed outer ring
It is provided with the second external screw thread on side wall, is provided on the inner sidewall of the cooling cylinder (13) and first external screw thread (234)
With the first internal screw thread (131) of the equal bolt of the second external screw thread；
The both ends of the rotary shaft (221) are respectively fixed with convex ring (224) and lower convex ring (225), and the convex ring (224) can
It is rotatably set to the inside of first support inner ring (232), the lower convex ring (225) is rotatably disposed within second support
The inside of inner ring；
The screw rod (21) is through first support inner ring (232), convex ring (224), lower convex ring (225), the second support
Inner ring.
4. a kind of multiple fast cooling cooling water glass according to claim 2, it is characterised in that:
The bottom end of the screw rod (21) is fixed with fixed end (213), and the outside of the fixed end (213) is bolted with connection
End (214)；
The inner hollow of the body of rod (211), the body of rod (211) are internally provided with stirring rod (215)；
The bottom end of the stirring rod (215) is fixedly connected with the connection end (214).
5. a kind of multiple fast cooling cooling water glass according to claim 1, it is characterised in that:
The top end opening of the interior cup body (12), the bottom end outer wall of the bottom end of the interior cup body (12) and the cooling cylinder (13)
It is tightly connected；
The end sealing of the cooling cylinder (13) is fixed with the hemispherical portion that arches upward (130), and the portion that arches upward (130) is located at institute
State the inside of interior cup body (12) and at the top end opening of the interior cup body (12)；It opens the bottom end of the cooling cylinder (13)
Mouthful；
The rotary fan (22) is set to one end in the air-cooled chamber (16) close to cooling cylinder (13) bottom end opening.
6. a kind of multiple fast cooling cooling water glass according to claim 1, it is characterised in that:
The lateral wall of the top of the outer cup (11) and the interior cup body (12) is tightly connected, the bottom end of the outer cup (11)
It is connect with the bottom end seal of the interior cup body (12)；
The bottom of the waterway (14) offers the water inlet (140) being connected with the waterway (14), the water inlet
(140) it is provided in into water plug (141).
7. a kind of multiple fast cooling cooling water glass according to claim 1, it is characterised in that:
It further include water cup base (3), the water cup base (3) is set to the bottom part down of the cup ontology (1)；
Fixing groove (31) are offered in the middle part of the water cup base (3)；
The bottom end of the screw rod (21) is fixed with connection end (214)；
The connection end (214) is located at the inside of the fixing groove (31)；
It is provided with third external screw thread (210) on the lateral wall of the connection end (214), on the inner sidewall of the fixing groove (31)
It is provided with the second internal screw thread (310) with third external screw thread (210) bolt.
8. a kind of multiple fast cooling cooling water glass according to claim 7, it is characterised in that:
It is located on the outside of the fixing groove (31) on the water cup base (3) and offers annular groove (32)；
The bottom of the annular groove (32) is fixed at least two damping spring (33)；
The top of at least two damping spring (33) is respectively and fixedly provided with damping cushion (34)；
The position of the damping cushion (34) is adapted with the bottom position of the cup ontology (1).
9. a kind of multiple fast cooling cooling water glass according to claim 7, it is characterised in that:
The bottom end of the cup ontology (1) is fixed with the engaging column (17) of at least one, the engaging column (17) of at least one
Lower end be fixed with clamping block (18)；
It is offered on the water cup base (3) and the resettlement groove (35) for engaging the compatible circular arc strip of column (17)；
The side for being internally located at the resettlement groove (35) of the water cup base (3) is offered to fasten with the clamping block (18)
Circular arc strip engaging slot (36)；
Offered at the engaging slot (36) of the resettlement groove (35) one end be caught in for the clamping block (18) it is described
Engaging slot (36) is caught in mouth (37).
10. a kind of multiple fast cooling cooling water glass according to claim 7, it is characterised in that:
The bottom of the water cup base (1) is provided with sucker (4), the sucker (4) include sucker end (41), be fixed on it is described
The sucker (42) of sucker end (41) one end；
The bottom of the water cup base (1) offers sucker fixing groove (38)；
The sucker end (41) is screwed onto the inside of the sucker fixing groove (38).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811355266.2A CN109171396B (en) | 2018-11-14 | 2018-11-14 | Multiple rapid cooling drinking cup |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811355266.2A CN109171396B (en) | 2018-11-14 | 2018-11-14 | Multiple rapid cooling drinking cup |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109171396A true CN109171396A (en) | 2019-01-11 |
| CN109171396B CN109171396B (en) | 2021-04-09 |
Family
ID=64939278
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811355266.2A Active CN109171396B (en) | 2018-11-14 | 2018-11-14 | Multiple rapid cooling drinking cup |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109171396B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111150278A (en) * | 2020-01-07 | 2020-05-15 | 李水风 | Novel quick-cooling type drinking cup |
| WO2021104244A1 (en) * | 2019-11-26 | 2021-06-03 | 青岛海尔电冰箱有限公司 | Cooling device |
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| WO2009095708A1 (en) * | 2008-01-28 | 2009-08-06 | Coral Connections Limited | A shading device for a drinks vessel |
| CN201938952U (en) * | 2010-11-30 | 2011-08-24 | 王靖薇 | Water cup |
| CN202653767U (en) * | 2012-04-25 | 2013-01-09 | 周峰 | Knock-over-prevention cup holder |
| CN103054423A (en) * | 2012-12-28 | 2013-04-24 | 吴江市江南不锈钢器材有限责任公司 | Dual-purpose tea cup |
| CN105931556A (en) * | 2016-06-30 | 2016-09-07 | 苏州和氏设计营造股份有限公司 | Propeller elevating principle demonstration apparatus |
| CN105942799A (en) * | 2016-07-04 | 2016-09-21 | 郑嘉雯 | Water cup capable of rapidly cooling |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2009095708A1 (en) * | 2008-01-28 | 2009-08-06 | Coral Connections Limited | A shading device for a drinks vessel |
| CN201938952U (en) * | 2010-11-30 | 2011-08-24 | 王靖薇 | Water cup |
| CN202653767U (en) * | 2012-04-25 | 2013-01-09 | 周峰 | Knock-over-prevention cup holder |
| CN103054423A (en) * | 2012-12-28 | 2013-04-24 | 吴江市江南不锈钢器材有限责任公司 | Dual-purpose tea cup |
| CN105931556A (en) * | 2016-06-30 | 2016-09-07 | 苏州和氏设计营造股份有限公司 | Propeller elevating principle demonstration apparatus |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2021104244A1 (en) * | 2019-11-26 | 2021-06-03 | 青岛海尔电冰箱有限公司 | Cooling device |
| CN111150278A (en) * | 2020-01-07 | 2020-05-15 | 李水风 | Novel quick-cooling type drinking cup |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109171396B (en) | 2021-04-09 |
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