CN100342192C - Installation for manufacturing artificial snow and beer bottle show stand utilizing the same - Google Patents
Installation for manufacturing artificial snow and beer bottle show stand utilizing the same Download PDFInfo
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- CN100342192C CN100342192C CNB2004100006165A CN200410000616A CN100342192C CN 100342192 C CN100342192 C CN 100342192C CN B2004100006165 A CNB2004100006165 A CN B2004100006165A CN 200410000616 A CN200410000616 A CN 200410000616A CN 100342192 C CN100342192 C CN 100342192C
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Abstract
The present invention relates to an artificial snow making device, concretely relates to an artificial snow making device and a beer bottle display stand using the device. The ice formed on the inner circumference of a cylinder shape cooling cylinder is cut thinly and is spread on the beer bottle display stand, thereby not only can cool the displayed beer bottles but also can decorate an effect of snowing to provide coolness in vision. The artificial snow making device of the invention is composed of a cooling part, a driving part and a cutting part. The cooling part includes a cylinder shape cooling cylinder closing on the top and opening on the lower side, plurality of refrigerant flow pipes connected on the outer circumference of the cylinder shape cooling cylinder, and a refrigerant circulating device for supplying refrigerant to the refrigerant flow pipes; The driving part includes a rotation cylinder, a driving device for rotating the cylinder shape rotation cylinder, the rotation cylinder can be rotatably disposed at the center of the inner part of the cylinder shape cooling cylinder along horizontal direction with a height similar to the cylinder shape cooling cylinder; the cutting part includes plurality of fixing bars radially disposed on the outer circumference of the cylinder shape rotation cylinder, plurality of nozzles for spraying water to the inner circumference of the cylinder shape cooling cylinder, a water supplying device for supplying water to the nozzle, and plurality of blades disposed at the front end of the fixing bars for cutting the ice formed on the inner circumference of the cylinder shape cooling cylinder.
Description
Technical field
The present invention relates to the manufacturing installation of snowmaking, specifically, the beer bottle show stand that relates to the manufacturing installation of snowmaking and utilize this device, the interior ice that forms on every side at the cylindrical shape cooling cylinder is cut thinly, be sprinkling upon above the beer bottle show stand, the beer bottle of not only cooling display, and be decorated snowy effect, provide visual nice and cool.
Background technology
So far, the snowmaking manufacturing installation of making the effect of snowing on the beer bottle show stand is the device that ice that a kind of handle forms in the bottom surface of disc cooler pan carries out very thin cutting.Shown in the sectional view summary of Fig. 1, snowmaking manufacturing installation 1 in the past is blade 4 and the nozzle 5 that rotatably is provided with at least more than one in the bottom surface of the disc cooler pan 3 that closely is provided with a plurality of ANALYSIS OF COOLANT FLOW pipes 2.Therefore, utilize reducing motor 6 and drive apparatus 7 described blade 4 of rotation and nozzles 5, by nozzle 5 at the bottom surface of cooler pan 3 water spray, form certain thickness ice after, make snowmaking with the blade 4 very thin cuttings of rotating.But the ice that 1 cutting of the snowmaking manufacturing installation of conventional art forms in the bottom surface of disc cooler pan 3 is so the amount of the snowmaking of producing in the unit interval is few.In order to increase the output of snowmaking, need to increase the size of disc cooler pan 3, and when considering the rotational structure of the size of beer bottle show stand and blade, nozzle, must limit its size.Therefore, snowmaking manufacturing installation 1 in the past exists the artificial snowfall of making in the unit interval not enough, can not fully show the problem of the effect of snowing.
In addition, snowmaking manufacturing installation 1 in the past, along with service time is elongated, the interval between the bottom surface of disc cooler pan 3 and the blade 4 broadens, and also has the problem of the output minimizing of snowmaking.That is, along with service time is elongated, the cylinder 11 and the cooler pan 3 that move along the upper edge of blade 4 and cooler pan 3 wear and tear simultaneously, so can not cut ice.
And, snowmaking manufacturing installation 1 in the past, with the space 9 of snowing between cloche 8 spaced plate shape cooler pans 3 and the show stand, therefore because room temperature, the temperature in space 9 of snowing rises easily, in falling the way of snowmaking, melt or drop to show stand after very fast thawing, can not produce sufficient blizzard amount.
For addressing the above problem the present invention has been proposed.Main purpose of the present invention provides the snowmaking manufacturing installation that utilizes the cylindrical shape cooling cylinder, described device not only enlarges the cooler pan area that is used to form ice to greatest extent, and fully reduce the temperature in the space of snowing, and increase the output of snowmaking in the unit interval, prevent the snowmaking thawing.
In addition, the present invention also provides the snowmaking of utilizing cylindrical shape cooling cylinder manufacturing installation, described cylindrical shape cooling cylinder has inner core and urceolus double wall, hollow space between bilayer is filled non freezing solution, during with the ice sheet that forms around in the blade cutting circle tubular cooling cylinder of rotation, the noise vibration that produces on the described cylindrical shape cooling cylinder is minimized, prevent the generation of noise vibration, and, evenly disperse cold air by the ANALYSIS OF COOLANT FLOW pipe.
The present invention also provides the beer bottle show stand, and described show stand is provided with a plurality of cooling tubes, the snowmaking that the not only beer bottle of cooling display rapidly, and long preservation snowmaking manufacturing installation is made.
Summary of the invention
For achieving the above object, the invention provides the snowmaking manufacturing installation, it is characterized in that: this device comprises cooling segment, drive part and cutting tip; Described cooling segment comprises the cylindrical shape cooling cylinder of face closure and open underneath, is connected a plurality of ANALYSIS OF COOLANT FLOW pipes of outside of described cylindrical shape cooling cylinder and the coolant circulation device that is used for supplying with to described ANALYSIS OF COOLANT FLOW pipe cooling agent closely; Described drive part comprises rotating cylinder and is used to rotate the drive unit of described cylindrical shape rotating cylinder that described rotating cylinder rotatably is arranged on the inside center of described cylindrical shape cooling cylinder along horizontal direction, have and the similar height of cylindrical shape cooling cylinder; Described cutting tip comprise the outside that radioactively is arranged on described cylindrical shape rotating cylinder a plurality of hold-down bars, to a plurality of nozzles of water spray around described cylindrical shape cooling cylinder interior, to water supply installation that described nozzle supplies water and the front end that is arranged on described hold-down bars a plurality of blades of the very thin cutting of ice that around cylindrical shape cooling cylinder interior, forms.
Utilize the snowmaking manufacturing installation of described cylindrical shape cooling cylinder, it is characterized by: described cylindrical shape cooling cylinder is made up of the metallic plate with good heat transfer, corrosion resistance and mar proof, and integral body has same diameter.
Described ANALYSIS OF COOLANT FLOW pipe be connected closely the outside of described cylindrical shape cooling cylinder and described cylindrical shape cooling cylinder above.
The insulation material layer that has appointed thickness above the outside of described cylindrical shape cooling cylinder and the described cylindrical shape cooling cylinder is used for fully encasing described ANALYSIS OF COOLANT FLOW pipe.
Described cylindrical shape cooling cylinder is made up of inner core and urceolus double wall.
In the described cylindrical shape cooling cylinder of being made up of double wall, described ANALYSIS OF COOLANT FLOW pipe closely is welded on the outside of inner core, and the insulation material layer of appointed thickness is set in the outside of urceolus, and the hollow space between described inner core and urceolus is filled non freezing solution.
Described rotating cylinder has the round tube of designated diameter, and a plurality of hold-down bars are provided with in the horizontal direction.The quill shaft that has designated length above this rotating cylinder, the supporting axis that has designated length below it.
In addition, the front end of described quill shaft is provided with bevel gear, and the driven wheel of this gear and drive unit matches.The lower end of described supporting axis is provided with bearing, rotatably supports rotating cylinder.Described supporting axis and bearing are supported by the support platform that is arranged on described cylindrical shape cooling cylinder lower end.
Inside at described quill shaft is provided with feed pipe, and described feed pipe is used for outside water is supplied with the inside of rotating cylinder.The outside of described feed pipe is provided with a plurality of bearings, makes quill shaft rotatable along horizontal direction.
Lower end at described feed pipe is provided with containment member, and described containment member is sealedly connected on around quill shaft interior.
Fill water by described feed pipe in described rotating cylinder inside.In the outside of described rotating cylinder a plurality of water supply hoses are set, nozzle are set at the front end of described water supply hose.At this moment, described nozzle is arranged to make the water ejection of blade back.
Blade releasably is arranged on the front end of the hold-down bars that is provided with on the described rotating cylinder outside, near the blade of described blade is arranged on around described cylindrical shape cooling cylinder interior.
Description of drawings
Fig. 1 is the summary side cross-sectional views of the snowmaking manufacturing installation that utilizes the disc cooler pan of expression conventional art.
Fig. 2 is the expression summary side cross-sectional views of utilizing the snowmaking manufacturing installation of cylindrical shape cooling cylinder of the present invention.
The part side cross-sectional views of the snowmaking manufacturing installation that Fig. 3 and Fig. 4 represent for Fig. 2.
The cross-sectional view of the snowmaking manufacturing installation that Fig. 5 represents for Fig. 2.
Fig. 6 is applicable to the summary sectional view of preferred embodiment of the water supply assembly of snowmaking manufacturing installation of the present invention for expression.
Fig. 7 is the summary side cross-sectional views of another embodiment of the expression snowmaking manufacturing installation that utilizes the cylindrical shape cooling cylinder of the present invention.
The diagrammatic, cross-sectional figure of the snowmaking manufacturing installation that Fig. 8 represents for Fig. 7.
Fig. 9 is the summary side cross-sectional views of another embodiment of the expression snowmaking manufacturing installation that utilizes the cylindrical shape cooling cylinder of the present invention.
Figure 10 is the expression snowmaking manufacturing installation of cylindrical shape cooling cylinder and the approximate three-dimensional map of beer bottle show stand of utilizing of the present invention.
Figure 11 is the side cross-sectional views of expression beer bottle show stand structure of the present invention.
The explanation of symbol
30: cooling segment, 31: cylindrical shape cooling cylinder, 32: upper plate, 33: ANALYSIS OF COOLANT FLOW pipe, 34: open portion, 35: coolant circulation device, 36: insulation material layer, 39: snowy space, 41: the water supply assembly, 50: drive part, 51: rotating cylinder, 52: quill shaft, 53: supporting axis, 55: drive unit, 61: hold-down bars, 71: nozzle, 75: water supply installation, 81: blade, 90: cutting tip, 176: feed pipe, 100: ice sheet, 200: beer bottle show stand, 210: circular platform, 230: show stand, 231: cooler pan, 233: cooling tube, 250: main body, 260: cooling agent feedway, 272: drainpipe, 273: water storage cylinder
The specific embodiment
Describe the preferred embodiment that utilizes the snowmaking manufacturing installation of cylindrical shape cooling cylinder of the present invention with reference to the accompanying drawings in detail.
At first, Fig. 2 is the side cross-sectional views of the preferred embodiment of the expression snowmaking manufacturing installation that utilizes the cylindrical shape cooling cylinder of the present invention, Fig. 3 and Fig. 4 are the part side cross-sectional views of snowmaking manufacturing installation shown in Figure 2, and Fig. 5 is the cross-sectional view of snowmaking manufacturing installation shown in Figure 2.
As shown in the figure, snowmaking manufacturing installation 10 of the present invention comprise the cooling segment 30 that is used for cooling drums shape cooling cylinder, the drive part 50 of the rotating cylinder that is used for rotational circle tubular cooling cylinder inside and be used in the cutting circle tubular cooling cylinder around go up the cutting tip 90 of the ice that forms.
Described cooling segment 30 comprises the cylindrical shape cooling cylinder 31 with designated diameter and height; Be connected a plurality of ANALYSIS OF COOLANT FLOW pipes 33 of the top and outside of described cylindrical shape cooling cylinder closely; And be used for to described ANALYSIS OF COOLANT FLOW pipe 33 supply with cooling agents, be arranged on the coolant circulation device 35 above the described cooling cylinder 31; And the insulation material layer 36 that forms with appointed thickness in the outside of described ANALYSIS OF COOLANT FLOW pipe 33, be used to prevent the cold air loss.Therefore, by described coolant circulation device 35 when ANALYSIS OF COOLANT FLOW pipe 33 is supplied with cooling agents, not only described cylindrical shape cooling cylinder 31 can be cooled to below the assigned temperature, and the inner space (promptly falling the space 39 of snowmaking) of cylindrical shape cooling cylinder 31 can be cooled to below the assigned temperature.
Described drive part 50 comprises rotating cylinder 51 and drive unit 55, and described rotating cylinder 51 can be rotatably set in the inside center of described cylindrical shape cooling cylinder 31, described drive unit 55 be arranged on cooling cylinder 31 above be used to rotate described rotating cylinder 51.Therefore, by described drive unit 55, when rotating described rotating cylinder 51, the hold-down bars 61, nozzle 71 and the blade 81 that are arranged on its outside are with described rotating cylinder 51 rotations.
Described cutting tip 90 comprise be arranged on rotating cylinder 51 the outside in cooling cylinder 31 around water spray a plurality of nozzles 71, be arranged on the described cooling cylinder 31 water supply installation 75 that supplies water towards described nozzle 71 and closely be arranged on around cooling cylinder interior a plurality of blades 81 with the ice that forms around described rotating cylinder 51 rotations are used to cut described cooling cylinder 31 interior.Therefore, be cooled to form ice sheet 100 around cylindrical shape cooling cylinder 31 interior of assigned temperature after, rotate described blade 81 and cut ice thinly, make snowmaking, and the snowmaking of manufacturing landed downwards, the manufacturing effect of snowing.
In the cooling segment 30 of the present invention, described cylindrical shape cooling cylinder 31 is by the cylinder of forming as metallic plates such as stainless steels with good heat transfer, corrosion resistance and mar proof, have airtight top and open below.That is, described cylindrical shape cooling cylinder 31 forms one with being welded on its upper plate that has appointed thickness above cylindrical-shaped main body 32, is open portion 34 below it.
In addition, described cylindrical shape cooling cylinder 31 has identical diameter up and down.A plurality of ANALYSIS OF COOLANT FLOW pipes 33 are welded on above the upper plate 32 of the cylindrical-shaped main body outside of described cylindrical shape cooling cylinder 31 and described cylindrical shape cooling cylinder 31.
Described ANALYSIS OF COOLANT FLOW pipe 33 is to be used for copper ANALYSIS OF COOLANT FLOW, that have designated diameter or aluminum tube.The outside that is provided with the cooling cylinder 31 of described ANALYSIS OF COOLANT FLOW pipe 33 has the insulation material layer 36 of appointed thickness, can fully encase ANALYSIS OF COOLANT FLOW pipe 33.In addition, described ANALYSIS OF COOLANT FLOW pipe 33 links to each other with coolant circulation device 35 above being arranged on cooling cylinder 31.At this moment, as shown in Figure 3, described coolant circulation device 35 comprises compressor 135, condensing machine 136 and capillary 137 etc.For example, described condensing machine 136 has the cooling water supply pipe 138 and the cooling water discharge pipe 139 that are used for recirculated cooling water as the condensing machine of cooling water.
As shown in Figure 4, in the drive part 50 of the present invention, described rotating cylinder 51 is the cylindrical metal tubes that have to described cylindrical shape cooling cylinder 31 similar height, and its inside is airtight.Be vertically installed with the quill shaft 52 of designated length above the described rotating cylinder 51, its bottom surface is vertically installed with the supporting axis 58 of designated length.The outside of described rotating cylinder 51 is horizontally disposed with a plurality of hold-down bars 61.
The front end of the quill shaft 52 of vertical formation and bevel gear 53 link into an integrated entity on described rotating cylinder 51, and described bevel gear 53 is used to pass on the revolving force of drive unit 55.The lower end of described quill shaft 52 rotatably is horizontally disposed with bearing 154.In addition, other bearings 159 are set, are used for rotatably supporting rotating cylinder 51 in the lower end of the vertical supporting axis 58 that forms in the bottom surface of described rotating cylinder 51.The lower end of described cylindrical shape cooling cylinder 31 is horizontally disposed with the support platform 66 that is used to support described bearing 159 and rotating cylinder 51.
In addition, on described cylindrical shape cooling cylinder 31, be provided for rotating the drive unit 55 of described rotating cylinder 51.Described drive unit 55 comprises the reducing motor 56 and the driven wheel 57 of suitable capacity, and wherein said driven wheel is arranged on the rotating shaft of described reducing motor 56, is used to drive the bevel gear 53 that is provided with on the quill shaft 52.At this moment, described driven wheel 57 is bevel gears.
As shown in Figure 4, in described cutting tip 90 of the present invention, the plate body that described blade 81 is made up of mar proof metal or inorganic material releasably is fixed on the front end of described hold-down bars 61.Described hold-down bars 61 forms one or releasably fixing at the outside and the rotating cylinder of described rotating cylinder 51.At this moment, described hold-down bars 61 is preferred arranged in a crossed manner in the both sides of described rotating cylinder 51, keeps left and right sides balance.In the interior 1～3mm of being separated by on every side of the blade of described blade 81 and cylindrical shape cooling cylinder 31.
In addition, nozzle 71 is arranged to described rotating cylinder 51 rotations.At this moment, described nozzle 71 separates backward with specified angle or is obliquely installed, to the back of described blade 81 water spray.Therefore, the water that described nozzle 71 sprays is run into the interior moment on every side of cooling cylinder 31 and is cooled off rapidly, forms the ice sheet 100 of appointed thickness.At this moment, ice sheet 100 also is formed on the bottom surface of upper plate 32, has the temperature that reduces the space 39 of snowing.
On the other hand, the filter 177 that described water supply installation 75 comprises the feed pipe 176 that is arranged on described quill shaft 52 inside, be used for making the hydraulic pressure of the water of supplying with from described feed pipe 176 to keep uniform pump 178 and filter the foreign matter that former water contains, described water supply installation 75 is supplied with flexible pipe 173 by former water and is connected running water pipe.On the other hand, supply with tap water hydraulic one timing that flexible pipe 173 is supplied with, also can omit described pump 178 from described former water.
In addition, between the outside and quill shaft 52 of described feed pipe 176, a plurality of bearings 156 are set, rotatable quill shaft 52 is that the inside of rotating cylinder 31 is provided with the water supply assembly 41 with a plurality of nozzles 71 water sprays in the lower end of described feed pipe.Shown in the sectional view of Fig. 6, above-mentioned water supply assembly 41 comprises fixation kit 42 and rotary components 43, and described fixation kit 42 is fixed on the lower end of feed pipe 176, and described rotary components 43 rotatably is arranged to closely to encase described fixation kit 42 outsides.A plurality of water supply hoses 179 are set in the outside of described rotary components 43.At this moment, the outside of described fixation kit 42 has more than one sealing ring 143, and the inside of rotary components 43 has fills the groove 144 that flows into water.Therefore, described rotary components 43 is with rotating cylinder 51 rotation, by a plurality of water supply hoses 179 and nozzle 71, the water of inflow is sprayed onto around cylindrical shape cooling cylinder 31 interior.
In addition, the interior size of described cylindrical shape cooling cylinder 31 preferably has the diameter that the operator can pass in and out.For example, described cylindrical shape cooling cylinder 31 has the diameter about 60～90cm.Described rotating cylinder 51 has the size that a plurality of hold-down bars 61 can be set around it.For example, described rotating cylinder 51 has the diameter about 15～30cm.The height of described cylindrical shape cooling cylinder 31 determines according to the output of snowmaking.But,, preferably have the height about about 50～100cm in order fully to cool off the space 39 of snowing.
Then, Fig. 7 is the summary side cross-sectional views of another embodiment of expression snowmaking manufacturing installation of the present invention.Fig. 8 is the cross-sectional view of snowmaking manufacturing installation shown in Figure 7.As shown in the figure, described cylindrical shape cooling cylinder 31 has the double walled structure of being made up of inner core 310 and urceolus 320.That is, described ANALYSIS OF COOLANT FLOW pipe 33 closely is welded on the outside of described inner core 310 and above the upper plate.In addition, described hollow space 330 is filled non freezing solution (water and calcium chloride), the insulation material layer 36 that has appointed thickness above the outside of described urceolus 320 and the upper plate.
The cylindrical shape cooling cylinder 31 of present embodiment, at its double walled hollow space filling non freezing solution, so the blade 81 by rotating, cutting prevents the generation of noise vibration when the ice of the interior formation on every side of cylindrical shape cooling cylinder.And the cold air of described ANALYSIS OF COOLANT FLOW pipe 33 evenly spreads, evenly cooling.
In addition, described rotating cylinder 51 is filled in water the inside of rotating cylinder 51 by feed pipe 176.That is the feed pipe 176 of designated length, vertically is set on the vertically disposed quill shaft 52 on described rotating cylinder 51.The outside of described feed pipe 176 is provided with bearing 156, rotation quill shaft 52.In described feed pipe 176 lower ends, ring sealing part 158 is arranged on the link slot of quill shaft 52 inner faces.Therefore, by described feed pipe 176, the water of supplying with is filled in the hollow space of rotating cylinder 51.In addition, in the connection of the outside of described rotating cylinder 51 a plurality of water supply hoses 179 are set, described water supply hose 179 is arranged on nozzle 71.
Therefore, the water of filling at the hollow space of described rotating cylinder 51 is by water supply hose 179 and nozzle 71, is ejected into around cooling cylinder interior.The snowmaking manufacturing installation 10 of present embodiment is filled non freezing solution at the hollow space of the cylindrical shape cooling cylinder of being made up of double wall 31, fills water at the hollow space of rotating cylinder 51, when therefore the blade of rotation cuts ice, prevents that noise vibration from producing.
As shown in Figure 7, the blade of described blade 81 has a plurality of tongue and grooves 82.Therefore, prevent that load from concentrating on a blade 81.The blade of relative blade 81 has corresponding tongue and groove 82 '.Snowmaking as shown in Figure 8, along the hand of spiral a plurality of hold-down bars 61 and blade 81 is set, so can be fallen in all directions simultaneously in the outside of described cylindrical shape rotating cylinder 51.
Fig. 9 is the summary side cross-sectional views of another embodiment of expression snowmaking manufacturing installation of the present invention.As shown in the figure, sprayer unit 21 is set, is used to spray mist at the upper plate 32 of described cylindrical shape cooling cylinder 31.The water particle that described sprayer unit 21 utilizes handle such as ultrasonic wave to generate is supplied with the inside of described cooling cylinder 31, further represents the sight that snows.
In addition, the inside of described cylindrical shape cooling cylinder 31 preferably is provided with the pressure fan 22 of appointment in the lower end of described rotating cylinder 51.Described pressure fan 22 suitably blows the snowmaking of wafing and falling in the space 38 of snowing, and produces to fall true snow effect.
The inside of described cylindrical shape cooling cylinder 31 preferably is provided with more than one, as to send designated color light bulb 23 on the support platform 66 of the lower end of cooling cylinder horizontally set.Described bulb 23 can send shades of colour light, therefore can produce fantasy atmosphere.Described sprayer unit 21, pressure fan 22 and bulb 23 can be arranged on and other positions that illustrate different described cylindrical shape cooling cylinders 31.
Figure 10 is the approximate three-dimensional map of an embodiment of the expression beer bottle show stand 200 that is provided with snowmaking manufacturing installation 10 of the present invention.As shown in the figure, snowmaking manufacturing installation 10 fastens 47 and the fixing ceilings 49 of going up of a plurality of iron wire 48 by the anchor of appointment.The segment distance of being separated by from the lower end of described snowmaking manufacturing installation 10 is provided with circular beer bottle show stand 200.At this moment, the translucent cover 68 of designated length is set in the lower end of cylindrical shape cooling cylinder preferably, prolongs the space of snowing thus.
Shown in the sectional view of Figure 11, described beer bottle show stand 200 comprises circular platform 210, in the show stand 230 of the central stepped setting of described circular platform 210 and the drum main body 250 of supporting described circular show stand 210 and show stand 230.Described show stand 230 comprises cooler pan 231, a plurality of cooling tube 233 and insulation material layer 236, and described cooler pan 231 is made up of metal or synthetic resin material, and it is shaped as stepped; Described cooling tube 233 is arranged on the outside of described cooler pan 231; Described insulation material layer 236 is arranged on the outside of described cooling tube 233 with appointed thickness.Described cooling tube 233 is connected setting with the cooling agent feedway 260 that is arranged on main body 250 inside.Described cooling tube 233 is bimetallic tubes, the cooling agent that pipe flows and supplies with from cooling agent feedway 260 in it, and its urceolus is filled with non freezing solution.
In addition, drainpipe 272 is set, is used to discharge the water that melts snowmaking in the bottom surface of described show stand 230.The lower end of described drainpipe 272 is connected with the water butt 273 of specifying size.Beer bottle show stand 200 of the present invention with said structure, on the show stand 230 of display beer bottle, a plurality of cooling tubes 233 are set, so Chen Lie beer bottle cools off rapidly in the above, prevent the thawing of the snowmaking fallen from described snowmaking manufacturing installation 10 simultaneously.
The following describes the effect that utilizes the snowmaking manufacturing installation of cylindrical shape cooling cylinder of the present invention.
At first, the snowmaking manufacturing installation that utilizes the cylindrical shape cooling cylinder of the present invention is supplied with flexible pipe 173 by former water, and the water of supplying with is removed foreign matter by filter 177, prevents that nozzle 71 from stopping up.In addition, by a plurality of water supply hoses 179, the water supply nozzle 71 that supplies to rotating cylinder 51 inside.At this moment, described nozzle 71 is to the interior water that sprays specified amount on every side of described cylindrical shape cooling cylinder 31.Then, described nozzle 71 is to the back of blade 81 water spray.
By ANALYSIS OF COOLANT FLOW pipe 33 circulating coolants, so described cylindrical shape cooling cylinder 31 can be cooled to below the assigned temperature in the setting of the outside of cylindrical shape cooling cylinder 31.Therefore, the water that sprays around making in it sharply cools off the ice 100 of formation appointed thickness.In addition, utilize rotating cylinder 51, rotate a plurality of blades 81, the described ice sheet 100 of very thin cutting by described drive unit 55 rotations.Pile above the show stand 230 of beer bottle show stand 200 to dropping to the space 39 of snowing at the ice end of cutting.
As mentioned above, the snowmaking manufacturing installation of cylindrical shape cooling cylinder that utilizes of the present invention is because of the big cylindrical shape cooling cylinder of area that utilizes cooler pan, so not only increase the amount of the snowmaking of making in the unit interval, and the temperature in space of snowing is reduced to below the assigned temperature, prevent that thus snowmaking from melting when falling.
In the present invention, the hollow space of the cylindrical shape cooling cylinder of being made up of double wall is filled non freezing solution, and the hollow space of rotating cylinder is filled water, so when utilizing rotation blade cutting ice sheet, reduce the generation of noise vibration to greatest extent.
In addition, in the present invention, a plurality of cooling tubes are set on the show stand of beer bottle show stand, thus the beer bottle of display not only cooled off rapidly, and the long-time snowmaking of from the snowmaking manufacturing installation, falling of preserving.
Claims (8)
1, utilize the snowmaking manufacturing installation of cylindrical shape cooling cylinder, this device comprises cooling segment, drive part and cutting tip; Described cooling segment comprises the cylindrical shape cooling cylinder of face closure and open underneath, is connected a plurality of ANALYSIS OF COOLANT FLOW pipes of outside of described cylindrical shape cooling cylinder and the coolant circulation device that is used for supplying with to described ANALYSIS OF COOLANT FLOW pipe cooling agent closely; Described drive part comprises rotating cylinder and is used to rotate the drive unit of described cylindrical shape rotating cylinder that described rotating cylinder rotatably is arranged on the inside center of described cylindrical shape cooling cylinder along horizontal direction, have and the similar height of cylindrical shape cooling cylinder; Described cutting tip comprise the outside that is arranged on described rotating cylinder a plurality of hold-down bars, to a plurality of nozzles of water spray around described cylindrical shape cooling cylinder interior, to water supply installation that described nozzle supplies water and the front end that is arranged on described hold-down bars a plurality of blades of the very thin cutting of ice that around cylindrical shape cooling cylinder interior, forms, it is characterized in that:
Described rotating cylinder has the round tube of designated diameter, and a plurality of hold-down bars are provided with in the horizontal direction; The top quill shaft that designated length vertically is set of described rotating cylinder, the supporting axis that has designated length below it; The front end of described quill shaft is provided with bevel gear, and the driven wheel of this gear and drive unit matches; The lower end of described quill shaft is provided with bearing, is used to rotate quill shaft; The lower end of described supporting axis is provided with bearing, is used to rotate supporting axis; Described supporting axis and bearing are supported by the support platform that is horizontally set on described cylindrical shape cooling cylinder lower end.
2, the snowmaking manufacturing installation that utilizes described cylindrical shape cooling cylinder as claimed in claim 1, it is characterized by: the inside at described quill shaft is provided with feed pipe, described feed pipe is used for the water that supplies to water supply installation is flowed into a plurality of nozzles, the lower end of described feed pipe rotatably is provided with the water supply assembly, is used for the moisture of supplying with is fitted on a plurality of nozzles.
3, the snowmaking manufacturing installation that utilizes described cylindrical shape cooling cylinder as claimed in claim 2, it is characterized by: described water supply assembly comprises fixation kit and rotary components, and described fixation kit is fixed on the lower end of described feed pipe, is used to flow into water; Described rotary components rotatably is arranged for the outside that encases described fixation kit closely, and in its outside a plurality of water supply hoses is set.
4, the snowmaking manufacturing installation that utilizes described cylindrical shape cooling cylinder as claimed in claim 1, it is characterized by: described nozzle is arranged on the hold-down bars that is provided with on the described rotating cylinder outside, and be arranged to the specified angle that recedes, so that to the back of described blade water spray.
5, the snowmaking manufacturing installation that utilizes described cylindrical shape cooling cylinder as claimed in claim 1 is characterized by: on described cylindrical shape cooling cylinder sprayer unit is set further, is used for to the inside of described cylindrical shape cooling cylinder ejection mist.
6, the snowmaking manufacturing installation that utilizes described cylindrical shape cooling cylinder as claimed in claim 1, it is characterized by: the lower end of described rotating cylinder further is provided with pressure fan, suitably blows the snowmaking of wafing and falling in the space of snowing, and produces to fall true snow effect.
7, the snowmaking manufacturing installation that utilizes described cylindrical shape cooling cylinder as claimed in claim 1, it is characterized by: described cylindrical shape cooling cylinder is made up of inner core and urceolus double wall, outside at inner core closely connects a plurality of ANALYSIS OF COOLANT FLOW pipes, the insulation material layer of appointed thickness is set in the outside of urceolus, and the hollow space between described double wall is filled non freezing solution.
8, the snowmaking manufacturing installation that utilizes described cylindrical shape cooling cylinder as claimed in claim 7, it is characterized by: vertically disposed quill shaft inside is provided with the feed pipe of designated length on described rotating cylinder, be used for filling water at the hollow space of rotating cylinder, outside at described feed pipe is provided with bearing, be used to rotate quill shaft, around the lower end of described feed pipe closely was arranged on ring sealing part quill shaft interior, the outside of described rotating cylinder was provided with a plurality of water supply hoses.
Applications Claiming Priority (6)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020030063280 | 2003-09-09 | ||
| KR10-2003-0063280 | 2003-09-09 | ||
| KR20030063280 | 2003-09-09 | ||
| KR1020030077740A KR100567404B1 (en) | 2003-09-09 | 2003-11-04 | Beer Bottles Displaying Table Having Apparatus for Producing Artificial Snow |
| KR1020030077740 | 2003-11-04 | ||
| KR10-2003-0077740 | 2003-11-04 |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006101108517A Division CN100432818C (en) | 2003-06-24 | 2004-06-23 | Electrophoresis dispersion, electrophoresis display device, manufacturing method thereof and electronic machine |
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| Publication Number | Publication Date |
|---|---|
| CN1595021A CN1595021A (en) | 2005-03-16 |
| CN100342192C true CN100342192C (en) | 2007-10-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004100006165A Expired - Fee Related CN100342192C (en) | 2003-09-09 | 2004-01-13 | Installation for manufacturing artificial snow and beer bottle show stand utilizing the same |
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| CN (1) | CN100342192C (en) |
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| JP6262121B2 (en) * | 2014-11-11 | 2018-01-17 | アイスマン株式会社 | Artificial snowfall equipment |
| CN104964500B (en) * | 2015-07-05 | 2017-06-06 | 金烜伊 | A kind of grinding roller formula trash ice snowmaker |
| CN104949419B (en) * | 2015-07-05 | 2017-11-03 | 徐咏杰 | A kind of vertical tube rotating disc type cuts ice snow making device |
| CN104913560B (en) * | 2015-07-05 | 2017-03-22 | 张鑫 | Spiral guide snow maker |
| CN106524615A (en) * | 2016-12-22 | 2017-03-22 | 广州中臣碧阳船舶科技有限公司 | Novel slice ice machine evaporator |
| CN107036358A (en) * | 2017-05-09 | 2017-08-11 | 广州中臣埃普科技有限公司 | A kind of artificial snow-making system and its snow making method |
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| GB788532A (en) * | 1955-08-03 | 1958-01-02 | Lyle Edward Branchflower | A flake ice maker |
| US5263334A (en) * | 1992-02-21 | 1993-11-23 | Hoshizaki Denki Kabushiki Kaisha | Food service counter of the ice storage type |
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| KR20030024633A (en) * | 2002-09-17 | 2003-03-26 | 강성모 | Device for making artificial snow |
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| CN107906817A (en) * | 2018-01-01 | 2018-04-13 | 山东福瑞德冷冻空调有限公司 | A kind of rotating spraying formula ice maker |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1595021A (en) | 2005-03-16 |
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