CN205514170U

CN205514170U - Feeding bottle attemperator's staving

Info

Publication number: CN205514170U
Application number: CN201620241532.9U
Authority: CN
Inventors: 莫玲芝
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-03-27
Filing date: 2016-03-27
Publication date: 2016-08-31
Anticipated expiration: 2026-03-27

Abstract

The utility model provides a feeding bottle attemperator's staving belongs to domestic utensil technical field. It has solved the current feeding bottle lower problem of efficiency that adjusts the temperature. This feeding bottle attemperator's staving, the upper end of staving is the opening form, the guiding gutter has been seted up along the axial spiral on the staving internal perisporium, a plurality of apopores have been seted up on the guiding gutter bottom surface, the inlet opening has been seted up on the staving up end, the water hole had been seted up in the staving lateral wall, inlet opening and mistake water hole are linked together, it is linked together with a plurality of apopores to cross the water hole, the level of going back has linked firmly the baffle in the staving, form the drainage chamber between baffle and the staving bottom surface, set up the water falling hole in intercommunication staving inner chamber and drainage chamber on the baffle, the wash port has been seted up on the lateral wall of staving lower part, this wash port is linked together with the drainage chamber. This feeding bottle attemperator's staving can make the living circumference of the aquatic products in the staving flow the heat exchange efficiency of milk in improvement and the feeding bottle.

Description

A kind of staving of feeding bottle register

Technical field

This utility model belongs to life appliance technical field, relates to a kind of feeding bottle register Staving.

Background technology

Baby be required for every day timing carry out suckling, if use milk powder carry out suckling need In advance milk powder soaked, but often to occur that soaking rear baby does not eats or eaten Remaining, need next time and continue to eat, or baby's anxiety needs the milk powder temperature that causes soaking Spend height, need to be cooled to rapidly, as needed cold milk then during the mode the most manually carried out Lower the temperature in feeding bottle is placed into cold water, as needed hot milk to be then placed in hot water by feeding bottle Heat, but homoiothermic is inefficient.

Summary of the invention

The purpose of this utility model is to there are the problems referred to above for existing technology, it is proposed that The staving of a kind of feeding bottle register, in the staving of this feeding bottle register can make staving Water produce circumferential flow, improve and the heat exchange efficiency of milk in feeding bottle.

The purpose of this utility model can be realized by following technical proposal: a kind of feeding bottle is adjusted The staving of temperature device, it is characterised in that the upper end of described staving is opening-like, at staving On internal perisporium, spiral offers guiding gutter vertically, if offering on described guiding gutter bottom surface Do water hole, described staving upper surface offers inlet opening, offers in staving sidewall Water hole, described inlet opening is had to be connected with water hole, described water hole and some water outlets Hole is connected, and in described staving, also level is fixed with dividing plate, described dividing plate and staving bottom surface Between form drain chamber, described dividing plate offers falling of connection bowl inner chamber and drain chamber Water hole, the sidewall of described staving bottom offers osculum, this osculum and drain chamber It is connected.

It is rotatably connected on staving sidewall rotate pipe, in rotating pipe, is plugged with location bar, fixed Connect on the bar of position when having clamping plate, feeding bottle to be placed in staving can by two clamping plate clamping and positioning, Enable to rotate pipe circumference reciprocating rotation, i.e. feeding bottle by controls can be at bucket simultaneously Internal rocking, meanwhile, water is entered by inlet opening, and inlet opening is by water hole and goes out Water hole is connected, and the water therefore entered by inlet opening can distribute to different apopores also In inflow staving, the water that apopore flows out produces circumference to the water in staving and promotes, and bucket Internal water be directed to while circumferential flow groove guide so that it is circumference and from toward Under flowing, and enter in drain chamber eventually through water falling hole and discharge, owing to water can not In disconnected entrance staving, and sufficient contact with feeding bottle periphery wall is carried out in flow process Heat exchange, therefore heat exchange efficiency is high.

In the staving of above-mentioned feeding bottle register, some described apopores are respectively positioned on On same vertical straight line, and the aperture of apopore is gradually reduced from top to bottom.I.e. upper end Apopore water outlet speed, thus the water in staving is produced bigger motive force, bucket The basipetal circumferential flow of water that body upper end is fresh, has longer flowing stroke, under Bringing out the water flowing stroke flowed out in water hole shorter, therefore water yield is less so that enter bucket The water of body all can obtain effective heat exchange.

In the staving of above-mentioned feeding bottle register, described water hole include vertical section and Some circumference sections, the upper end of described vertical section is connected with inlet opening, some described circumferences One end of section is all connected with vertical section, and the other end is connected with apopore respectively.Cross water The aperture of hole circumference section tapers into the most from top to bottom so that the water that inlet opening enters can Reasonably distribute to different apopores.

In the staving of above-mentioned feeding bottle register, circumference tool on described dividing plate upper side Having the guiding convex edge of some arcs, some guiding are convex is evenly distributed for this, above-mentioned water falling hole Being positioned at the home position of dividing plate, the upper end of described water falling hole has enlarging.Water in staving Flow outside feeding bottle, when flowing to staving lower end can under the effect guiding convex edge to Flow in center so that water can be fully contacted bottom feeding bottle, improves heat exchange efficiency.

In the staving of above-mentioned feeding bottle register, on described osculum, spiral connects has Blanking cover.Drain chamber can be closed by blanking cover, i.e. when blanking cover blocks osculum, bucket Internal water will not flow out, now the water in staving will not circumferential flow, also will not carry out Constantly update, the amount of conserving water.

In the staving of above-mentioned feeding bottle register, in described dividing plate, it is fixed with heater strip Net, sheathed on described staving lateral wall is fixed with collet.This structure is used for hot milk, i.e. Hot milk can be carried out, it is also possible to by heating silk screen to the water in staving by injecting hot water Heating, use convenient, collet is then it can be avoided that heat losses in water.

Compared with prior art, the staving of this feeding bottle register has the advantage that

1, the water generation circumference in staving is promoted by the water flowed out due to apopore, and staving In water be directed to while circumferential flow groove guide so that it is circumference and from top to bottom Flowing, and enter in drain chamber eventually through water falling hole and discharge, constantly entered by water Enter in staving, and sufficient contact with feeding bottle periphery wall carry out heat exchange in flow process, Therefore heat exchange efficiency is high.

2, flow outside feeding bottle due to the water in staving, can when flowing to staving lower end Flow to center under the effect guiding convex edge so that water can fill bottom feeding bottle Tap is touched, and improves heat exchange efficiency.

Accompanying drawing explanation

Fig. 1 is the perspective view of the staving of this feeding bottle register.

Fig. 2 is the structure sectional view of the staving of this feeding bottle register.

Fig. 3 is the structure top view of the staving of this feeding bottle register.

Fig. 4 is the structural representation of water hole.

In figure, 1, guiding gutter；2, inlet opening；3, water hole；31, vertical section；32、 Circumference section；4, apopore；5, dividing plate；51, drain chamber；52, water falling hole；53、 Guide convex edge；54, enlarging；55, osculum；6, blanking cover；7, heating silk screen；8、 Collet.

Detailed description of the invention

The following is specific embodiment of the utility model and combine accompanying drawing, to this utility model Technical scheme be further described, but this utility model is not limited to these embodiments.

As shown in Figure 1, Figure 2, Figure 3 shows, the staving of a kind of feeding bottle register, its feature Being, the upper end of described staving is opening-like, and on staving internal perisporium, spiral is opened vertically It is provided with guiding gutter 1, guiding gutter 1 bottom surface offers some apopores 4, staving upper surface On offer inlet opening 2, in staving sidewall, offer water hole 3, inlet opening 2 and mistake Water hole 3 is connected, and water hole 3 is connected with some apopores 4, goes back level in staving It is fixed with dividing plate 5, forms drain chamber 51 between dividing plate 5 and staving bottom surface, on dividing plate 5 Offer the water falling hole 52 of connection bowl inner chamber and drain chamber 51, the sidewall of staving bottom On offer osculum 55, this osculum 55 is connected with drain chamber 51.Staving sidewall On be rotatably connected to rotate pipe, rotate in pipe and be plugged with location bar, location bar connects to be had Clamping plate, can be by two clamping plate clamping and positioning when feeding bottle is placed in staving, simultaneously by behaviour Vertical part enables to rotate pipe circumference reciprocating rotation, i.e. feeding bottle and can rock in staving, Meanwhile, water is entered by inlet opening 2, and inlet opening 2 is by water hole 3 and apopore 4 are connected, and the water therefore entered by inlet opening 2 can distribute to different apopores 4 And flow in staving, the water that apopore 4 flows out produces circumference to the water in staving and promotes, And the water in staving be directed to while circumferential flow groove guide so that it is circumference and by On flowing down, and discharge in entering drain chamber 51 eventually through water falling hole 52, by Can constantly enter in staving in water, and sufficient and feeding bottle periphery in flow process Wall contact carries out heat exchange, and therefore heat exchange efficiency is high.

Specifically, shown in Fig. 4, some apopores 4 are respectively positioned on same vertical straight On line, and the aperture of apopore 4 is gradually reduced from top to bottom, i.e. the apopore 4 of upper end Water outlet speed, thus the water in staving is produced bigger motive force, staving upper end The basipetal circumferential flow of fresh water, has longer flowing stroke, lower end water outlet The water flowing stroke that hole 4 is flowed out is shorter, and therefore water yield is less so that enter staving Water all can obtain effective heat exchange.Water hole 3 includes vertical section 31 and some circumference sections 32, the upper end of vertical section 31 is connected with inlet opening 2, one end of some circumference sections 32 All being connected with vertical section 31, the other end is connected with apopore 4 respectively, water hole 3 The aperture of circumference section 32 tapers into the most from top to bottom so that the water energy that inlet opening 2 enters Enough reasonably distribute to different apopores 4.On dividing plate 5 upper side, circumference has some The guiding convex edge 53 of arc, this some guiding convex edges 53 circumference is uniform, water falling hole 52 In the home position of dividing plate 5, the upper end of water falling hole 52 has enlarging 54, in staving Water flows outside feeding bottle, can be in the effect guiding convex edge 53 when flowing to staving lower end Lower to center flowing so that water can be fully contacted bottom feeding bottle, improves heat exchange Efficiency.On osculum 55, spiral connects blanking cover 6, can close draining by blanking cover 6 Chamber 51, i.e. when blanking cover 6 blocks osculum 55, the water in staving will not flow out, Now the water in staving will not circumferential flow, also will not constantly update, conserve water Amount.Be fixed with in dividing plate 5 heating silk screen 7, on staving lateral wall sheathed be fixed with heat insulation Set 8, this structure is used for hot milk, i.e. can carry out hot milk by injecting hot water, it is also possible to By heating silk screen 7, the water in staving is heated, use convenient, and heat insulation Set 8 is then it can be avoided that heat losses in water.

Specific embodiment described herein is only for example to this utility model spirit Explanation.This utility model person of ordinary skill in the field can be to described concrete Embodiment is made various amendment or supplements or use similar mode to substitute, but not Spirit of the present utility model can be deviateed or surmount model defined in appended claims Enclose.

Claims

1. the staving of a feeding bottle register, it is characterised in that the upper end of described staving Opening-like, on staving internal perisporium, spiral offers guiding gutter (1) vertically, described Offer some apopores (4) on guiding gutter (1) bottom surface, described staving upper surface is opened It is provided with inlet opening (2), in staving sidewall, offers water hole (3), described inlet opening (2) it is connected with water hole (3), described water hole (3) and some apopores (4) Being connected, in described staving, also level is fixed with dividing plate (5), described dividing plate (5) and bucket Forming drain chamber (51) between body bottom surface, described dividing plate offers connection staving on (5) Inner chamber and the water falling hole (52) of drain chamber (51), the sidewall of described staving bottom is offered Osculum (55), this osculum (55) is had to be connected with drain chamber (51).

The staving of feeding bottle register the most according to claim 1, it is characterised in that Some described apopores (4) are respectively positioned on same vertical straight line, and apopore (4) Aperture be gradually reduced from top to bottom.

The staving of feeding bottle register the most according to claim 2, it is characterised in that Described water hole (3) includes vertical section (31) and some circumferences section (32), described perpendicular It is connected with inlet opening (2) to the upper end of section (31), some described circumferences section (32) One end be all connected with vertical section (31), the other end is connected with apopore (4) respectively Logical.

4. according to the staving of the feeding bottle register described in Claims 2 or 3, its feature Being, on described dividing plate (5) upper side, circumference has the guiding convex edge (53) of some arcs, This some guiding convex edges (53) circumference is uniform, and above-mentioned water falling hole (52) is positioned at dividing plate (5) Home position, the upper end of described water falling hole (52) has enlarging (54).

The staving of feeding bottle register the most according to claim 4, it is characterised in that The upper spiral of described osculum (55) connects blanking cover (6).

The staving of feeding bottle register the most according to claim 5, it is characterised in that Heating silk screen (7) it is fixed with in described dividing plate (5), sheathed solid on described staving lateral wall It is connected with collet (8).