CN203768855U

CN203768855U - Novel snow melting device

Info

Publication number: CN203768855U
Application number: CN201420048788.9U
Authority: CN
Inventors: 吴艳
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-01-26
Filing date: 2014-01-26
Publication date: 2014-08-13
Anticipated expiration: 2024-01-26

Abstract

The utility model provides a novel snow melting device. The novel snow melting device comprises a snow melting tank, a high pressure input distributor, a rotating cutting shaft set, a spiral cutting propeller shaft, a drain pipe, a spiral cutting propeller input pipe and a rotating cutting input pipe, wherein the spiral cutting propeller input pipe and the spiral cutting propeller shaft are connected; the rotating cutting input pipe and the rotating cutting shaft set are connected; the drain pipe is arranged below the spiral cutting propeller input pipe; the spiral cutting propeller shaft and the rotating cutting shaft set are connected with the high pressure input distributor. The novel snow melting device has the advantages that through physical snow melting, generated snow water can be directly drained and reused after being filtered, pollution to environment is avoided, and the utilization rate of heat energy can be improved to the maximum extent.

Description

A kind of Novel snow melting device

technical field:

The utility model belongs to the process field, particularly a kind of pure physics device for melting snow by physical method melt snow, is applicable to city snow melting and snow-broth and collects recycling.

background technology:

In, snow melt process clear in modern city winter, exist problems, utilize salt solution snow melt meeting to cause serious chlorine pollution, the means of transportation such as road pavement, bridge cause erosion; Also there is the problem of chlorine pollution in Snow Agent snow melt; Without chlorine Snow Agent, there is chemical substance; Physics is clear, fortune is avenged and existed a large amount of machinery, vehicle to drop into, and cost is high, speed is slow, and vehicle input is many also can cause exhaust emission serious.

Method and the machine of snow removing and management snow when for snowfall, adopt various ways to carry out snow melt, comprised the surface heating system of permanent installation, for being directly used for holding in a large number the hot storehouse from the snow of front-end loader or snowplow to applying the mobile device of heat and design on snow deposit.

In hot water type melters, geyser is positioned at hopper bottom surface or near bottom surface, geyser is immersed in the water-bath as heat interchanger, by protection grid, makes snow contact water-bath; The water that wherein stirs water-bath promotes uniform heat distribution and improves the thermal efficiency of melting process.In the melting machine of other type, snow cover is encased in the hole or melting channel in conjunction with the dress water of buner system, and burner is by the downward flame of pipe under water, from the hot combustion product of burner, mixes also jointly advance and pass through bleed off pipe with water.

Utilization rate to hot-water line in existing equipment is lower, and the conversion ratio of heat is not high, if adopt burner also to waste energy very much, causes the loss of energy.

utility model content:

The technical problems to be solved in the utility model is: in order to reduce the utilization rate of chemical contamination and raising heat, provide one can use pure physical technique device, reach snow melt and snow-broth can be filtered, discharge and recycle; And make the utilization rate of heat obtain maximum raising by the setting of circumgyration incision axle group.

The utility model provides a kind of Novel snow melting device, comprise that snow melt case, high input voltage distributor, circumgyration incision axle group, helical cut cardan shaft, gutter, helical cut advance input pipe, circumgyration incision input pipe, described helical cut advances input pipe to be connected with helical cut cardan shaft, described circumgyration incision input pipe is connected with described circumgyration incision axle group, described gutter is arranged on the below that helical cut advances input pipe, and described helical cut cardan shaft and described circumgyration incision axle group are connected with high input voltage distributor;

Further, described helical cut cardan shaft is connected with described high input voltage distributor by described helical cut input pipe, and described circumgyration incision axle group is connected with high input voltage distributor by described circumgyration incision input pipe;

Further, snow melt case comprises heater, interlayer heating cabinet, temperature detection table, safety air release valve and thermostat probe, and temperature detection table is equipped with in the inner side of wherein said interlayer heating cabinet and outside;

Further, the bottom of described snow melt case is provided with snow melt case supporting leg;

Further, described circumgyration incision axle group is comprised of 6 circumgyration incision axles, forms arcs of recesses and arrange in described snow melt case;

Further, on described circumgyration incision axle and described helical cut cardan shaft, high pressure cutting nozzles is housed;

Further, the high pressure cutting nozzles on described helical cut cardan shaft and described helical cut cardan shaft are with the tangent ejection high-pressure water heating in miter angle inclined-plane;

Further, a upper lateral part of described device for melting snow is provided with observation panel and control cabinet, and bottom is provided with deceleration unit;

Further, described high pressure distributor connects hot high pressure water pump.

The beneficial effects of the utility model are: device of the present utility model is by physics snow melting, and the snow-broth of formation can directly discharge and carry out water resource recycling through filtering, and avoids environment; And the utilization rate that makes heat obtains maximum raising.

accompanying drawing explanation:

Fig. 1 is the tangent plane schematic diagram of the utility model circumgyration incision axle group;

Fig. 2 is the tangent plane schematic diagram of the utility model device for melting snow deceleration unit;

Fig. 3 (a) is the top view of the utility model circumgyration incision axle group and helical cut cardan shaft; Fig. 3 (b) is the sectional view of circumgyration incision axle; Fig. 3 (c) is the nozzle arrangement schematic diagram of helical cut cardan shaft;

Fig. 4 is the side schematic view of the utility model device for melting snow.

Description of reference numerals:

1, snow melt case; 2, high input voltage distributor; 3, heater; 4, helical cut advances input pipe; 5, circumgyration incision input pipe; 6, interlayer heating cabinet; 7, temperature detection table; 8, safety air release valve; 9, gutter; 10, snow melt case supporting leg; 11, deceleration unit; 12, thermostat probe; 13, circumgyration incision axle group; 14, helical cut cardan shaft; 15, high pressure cutting nozzles; 16, observation panel, 17, control cabinet

the specific embodiment:

following content elaborates to the specific embodiment of the present invention in connection with Figure of description:

Referring to Fig. 1-Fig. 4, this device for melting snow mainly comprises: snow melt case 1, high input voltage distributor 2, circumgyration incision axle group 13, helical cut cardan shaft 14, gutter 9, helical cut advance input pipe 4, circumgyration incision input pipe 5.

One upper lateral part of described device for melting snow is also provided with observation panel 16 and control cabinet 17, and described control cabinet, for the electrical control of device for melting snow, comprises power supply, heating, device operation and shutdown switch and temperature control etc.; Its underpart is provided with deceleration unit 11, and described deceleration unit 11 is for controlling the rotary speed of circumgyration incision axle group 13 and helical cut cardan shaft 14, and deceleration unit 11 is connected with each axle is vertical in power input one end of axis of rotation group and rotation cardan shaft.

Described snow melt case 1 comprises: heater 3, interlayer heating cabinet 6, temperature detection table 7, safety air release valve 8, thermostat probe 12; The bottom of described snow melt case 1 is provided with snow melt case supporting leg 10; In described interlayer heating cabinet 6, be equipped with anti-boil, antifreeze heating fluid, by heater 3, be heated to 50 ℃-90 ℃, temperature detection table 7 is equipped with in the inner side of described interlayer heating cabinet 6 and outside, described safety air release valve 8 and thermostat probe 12 are arranged on described snow melt case 1.

Described helical cut advances input pipe 4 to be connected with helical cut cardan shaft 14, and described circumgyration incision input pipe 5 is connected with described circumgyration incision axle group 13; Described helical cut cardan shaft 14 is connected with high input voltage distributor 2 by described helical cut input pipe 4, described circumgyration incision axle group 13 is connected with high input voltage distributor 2 by described circumgyration incision input pipe 5, described high pressure distributor 2 connects hot high pressure water pump, so that high-pressure water heating is inputted in snow melt case.

State circumgyration incision axle group 13 and formed by 6 circumgyration incision axles, in casing, form arcs of recesses and arrange, strengthen snow melt area; On it, intersect that nozzle plane is housed described in high pressure cutting nozzles 15(is parallel with cutting axis); On described helical cut cardan shaft 14, high pressure cutting nozzles is also housed, described high pressure cutting nozzles and described cutting cardan shaft are with the tangent ejection high-pressure water heating in miter angle inclined-plane.

Because hot high pressure water pump is connected with circumgyration incision axle group, helical cut cardan shaft, circumgyration incision axle group 13 forms the staggered rotation of arc in snow melt case, under high temperature (75 ℃), high pressure (15MPa) by snow melt, recycling helical cut cardan shaft is pushed the snow-broth after melting to delivery port, through filtering emission.

Described helical cut cardan shaft 14 devices, in circumgyration incision axle group 13 lower ends, can again be cut and melt cutting through circumgyration incision axle group the residual snow and the snow-broth that melt, push gutter 9 to and discharge, and described gutter 9 is arranged on the below that helical cut advances input pipe 4.

snow melt principle:

This device for melting snow is settled onboard, on-the-spot to accumulated snow, connect generator power supply, heating interlayer heating casing 6, heats up more than 50 ℃, external high-pressure hydraulic pump, and connect gutter 9, connect strainer, connect lower well, input 75 ℃ of left and right of high-pressure water heating, open deceleration unit 11, make circumgyration incision axle group 13 and 14 rotations of helical cut cardan shaft, by forklift, pack snow into snow melt case 1, melt thereupon, by gutter 9, discharged, reach the object of snow melt.

The casing of snow melt case adopts double-layer inner containers heating, makes casing internal layer form high temperature, does not freeze and easily melts, and under circumgyration incision axle group and the effect of helical cut cardan shaft, makes snow in casing form the formula of caving in and falls into propelling, completes snow melt process.

Above-mentioned detailed description is illustrating for feasibility embodiment of the present utility model, above-mentioned embodiment is not in order to limit the scope of the claims of the present utility model, allly do not depart from that equivalence of the present utility model is implemented or change, all should be contained in the scope of the claims of the present utility model.

Claims

1. a Novel snow melting device, comprise snow melt case (1), high input voltage distributor (2), circumgyration incision axle group (13), helical cut cardan shaft (14), gutter (9), helical cut advances input pipe (4), circumgyration incision input pipe (5), described helical cut advances input pipe (4) to be connected with helical cut cardan shaft (14), described circumgyration incision input pipe (5) is connected with described circumgyration incision axle group (13), described gutter (9) is arranged on the below that helical cut advances input pipe (4), it is characterized in that, described helical cut cardan shaft (14) and described circumgyration incision axle group (13) are connected with high input voltage distributor (2).

2. device for melting snow according to claim 1, it is characterized in that, described helical cut cardan shaft (14) is connected with described high input voltage distributor (2) by described helical cut input pipe (4), and described circumgyration incision axle group (13) is connected with high input voltage distributor (2) by described circumgyration incision input pipe (5).

3. device for melting snow according to claim 1, it is characterized in that, snow melt case (1) comprises heater (3), interlayer heating cabinet (6), temperature detection table (7), safety air release valve (8) and thermostat probe (12), and temperature detection table (7) is equipped with in the inner side of wherein said interlayer heating cabinet (6) and outside.

4. device for melting snow according to claim 1, is characterized in that, the bottom of described snow melt case (1) is provided with snow melt case supporting leg (10).

5. device for melting snow according to claim 1, is characterized in that, described circumgyration incision axle group (13) is comprised of 6 circumgyration incision axles, forms arcs of recesses and arrange in described snow melt case.

6. device for melting snow according to claim 5, is characterized in that, on described circumgyration incision axle and described helical cut cardan shaft (14), high pressure cutting nozzles (15) is housed.

7. device for melting snow according to claim 6, is characterized in that, the high pressure cutting nozzles (15) on described helical cut cardan shaft and described helical cut cardan shaft (14) are with the tangent ejection high-pressure water heating in miter angle inclined-plane.

8. device for melting snow according to claim 1, is characterized in that, a upper lateral part of described device for melting snow is provided with observation panel (16) and control cabinet (17), and bottom is provided with deceleration unit (11).

9. device for melting snow according to claim 1, is characterized in that, described high pressure distributor (2) connects hot high pressure water pump.