CN205919654U - Regional stoving glass instrument drying apparatus of branch that can collect liquid - Google Patents

Abstract

The utility model discloses a regional stoving glass instrument drying apparatus of branch that can collect liquid, including drying duct, arc platform, liquid collection box, box, control panel, the arc platform includes that connecting hole, collecting tank, liquid collection box mouth and stoving are regional, and the arc surface evenly divides into first air current district, second air current district, third air current district and fourth air current and distinguishes, liquid collection box hangs on the outer wall of the box with liquid collection box mouth below, sets up control panel on the outer wall of box, control panel includes gas temperature adjust knob, stoving time adjust knob, first air current district control switch, second air current district control switch, third air current district control switch, fourth air current district control switch and total control switch. The the device separated regions dry and with set for the stoving time, improved the utilization ratio of glass instrument airflow drying ware to the energy has been practiced thrift, the liquid collection box who sets up can collect the liquid of glass instrument drippage smoothly and in time pour.

Description

A kind of can liquid collecting subregion dry glass apparatus baker

Technical field

The invention belongs to air drying device for glass articles field, especially a kind of the subregion of liquid collecting glass apparatus can be dried Baker.

Background technology

When carrying out chemistry, biological species experiment, often the glass apparatus of clean dried to be used are operated.Clean in order to obtain Only the glass drying oven being dried, drying glass drying oven, time-consuming for this drying mode, efficiency is low, wastes the energy for conventional drying baker, And easily stay water stain on glass drying oven surface.In recent years, air drying device for glass articles use more, it can by or Room temperature or heated air-flow are dried to glass drying oven, and will not stay water stain in glass drying oven.Existing glass instrument The drying pipe utilization rate of device airflow dryer is not high, wastes the energy, and when drying glass apparatus, the drop that outer wall retains Can drop onto on glass apparatus baker surface, and remain above, corrode baker surface.

Content of the invention

This utility model overcomes shortcoming of the prior art, there is provided a kind of can liquid collecting subregion dry glass apparatus Baker, drying area has been carried out subregion, improves the utilization rate of baker and has saved the energy, and is provided with liquid collecting Box, can smoothly collect the liquid of glass apparatus drippage.

In order to solve above-mentioned technical problem, this utility model is achieved through the following technical solutions: a kind of can liquid collecting Glass apparatus baker is dried in subregion, including drying pipe, arc platform, liquid-collecting box, casing, control panel；Drying pipe Drying pipe pore is uniformly arranged on tube wall；Arc platform includes connecting hole, curved surfaces, collecting tank, liquid collecting box mouth and baking zone Domain, the connecting hole being uniformly arranged on the curved surfaces of arc platform is connected with the bottom drying pipe, in the periphery of curved surfaces Be arranged concentrically collecting tank, on collecting tank section circular arc arrange liquid collecting box mouth, curved surfaces be uniformly divided into the first flow area, Second flow area, the 3rd flow area and the 4th flow area；Liquid-collecting box hang over the outer wall of the casing below liquid collecting box mouth on, in case Control panel is arranged on the outer wall of body；Control panel includes gas temperature adjusting knob, drying time adjusting knob, the first air-flow Area's controlling switch, the second flow area controlling switch, the 3rd flow area controlling switch, the 4th flow area controlling switch and master control are opened Close, all of controlling switch all includes thermal current switch and on and off switch two parts, total control switch controls all flow area, the One flow area controlling switch controls the first flow area by circuit, and the second flow area controlling switch controls the second air-flow by circuit Area, the 3rd flow area controlling switch controls the 3rd flow area by circuit, and the 4th flow area controlling switch passes through circuit control the Four flow area.

And, the described internal diameter of connecting hole is equal with the external diameter drying pipe, the quantity of the connecting hole in each flow area Equal.

And, described collecting tank is the annulus with curved surfaces concentric, is groove inside collecting tank, and outside is side Edge, and collecting tank is overall and horizontal plane angulation is α, 0 ° of < α≤30 °.

And, setting hook on described liquid-collecting box, liquid-collecting box can be hung over cabinet exterior, liquid-collecting box and liquid collecting box mouth and Outer wall fits tightly.

And, described gas temperature adjusting knob can adjust dry pipe air-flow temperature t, 35 DEG C≤t≤120 DEG C； Described drying time adjusting knob can set the time t of drying, 10 minutes≤t≤200 minute.

And, during described thermal current switch open, dry pipe in this flow area and produce thermal current, thermal current switch cuts out When, the gas drying pipe generation in this flow area is room temperature air；When described on and off switch is opened, this flow area works, electricity When source switch is closed, this flow area quits work.

This utility model compared with prior art, has a significant advantage that

(1) separated regions is dried, and improves the utilization rate of air drying device for glass articles, and has saved the energy；

(2) liquid-collecting box arranging can smoothly be collected the liquid of glass apparatus drippage and pour out in time；

(3) drying time adjusts button and can set drying time, it is to avoid experimenter is long in the case of unwitting Time dries glass apparatus.

Brief description

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the top view of arc platform in Fig. 1.

Fig. 3 is the schematic diagram of liquid-collecting box in Fig. 1.

Fig. 4 is the schematic diagram of control panel in Fig. 1.

Wherein 1 is to dry pipe, and 2 is arc platform, and 3 is liquid-collecting box, and 4 is casing, and 5 is control panel；2-1 is connecting hole, 2-2 is curved surfaces, and 2-3 is collecting tank, and 2-4 is the first flow area, and 2-5 is liquid collecting box mouth, and 2-6 is the second flow area, and 2-7 is 3rd flow area, 2-8 is the 4th flow area；3-1 is hook；5-1 is gas temperature adjusting knob, and 5-2 is adjusted for drying time Knob, 5-3 is the first flow area controlling switch, and 5-4 is the second flow area controlling switch, and 5-5 switchs for thermal current, and 5-6 is electricity Source switch, 5-7 is the 3rd flow area controlling switch, and 5-8 is the 4th flow area controlling switch, and 5-9 is total control switch.

Specific embodiment

With reference to the accompanying drawings and examples this utility model is described in further detail:

Embodiment 1: as shown in figure 1, a kind of air drying device for glass articles of subregion heating, including drying pipe 1, arc Platform 2, liquid-collecting box 3, casing 4, control panel 5.Dry and be evenly arranged with pore on pipe.Arc platform includes connecting hole 2-1, arc Shape surface 2-2, collecting tank 2-3, liquid collecting box mouth 2-4 and the first flow area 2-5, the second flow area 2-6, the 3rd flow area 2-7, Four flow area 2-8；The structure of arc platform as shown in Fig. 2 the connecting hole that is uniformly arranged on the curved surfaces of arc platform with Dry ttom of pipe end to connect, the internal diameter of connecting hole is equal with the external diameter drying pipe, the quantity of the connecting hole in each flow area is 12； It is arranged concentrically collecting tank 2-2 in the periphery of curved surfaces, collecting tank is the annulus with curved surfaces concentric, inner side is groove, Outside is edge, and collecting tank is overall and horizontal plane angulation is 15 °；Curved surfaces are uniformly divided into 4 parts, respectively First flow area, the second flow area, the 3rd flow area, the 4th flow area.Setting hook on liquid-collecting box 3, as shown in figure 3, can be by Liquid-collecting box hangs over the outer wall of casing 4, and liquid-collecting box is fitted tightly with liquid collecting box mouth and outer wall.The outer wall of casing 4 is arranged Control panel 5, as shown in figure 4, control panel include gas temperature adjusting knob 5-1, drying time adjusting knob 5-2, first Thermal treatment zone controlling switch 5-3, the second thermal treatment zone controlling switch 5-4, Acanthopanan trifoliatus (L.) Merr. heat zone control switch 5-7, the 4th thermal treatment zone control Switch 5-8, total control switch 5-9；Using gas temperature adjusting knob, the temperature drying pipe air-flow is adjusted to 55 DEG C, using drying Time adjustment knob set the time dried as 50 minutes；All of controlling switch all includes thermal current switch 5-5 and power supply is opened Close 5-6 two parts；First thermal treatment zone controlling switch controls the first flow area by circuit, and the second thermal treatment zone controlling switch passes through line Road controls the second flow area, and Acanthopanan trifoliatus (L.) Merr. heat zone control switch controls the 3rd flow area, the 4th thermal treatment zone controlling switch by circuit 4th flow area is controlled by circuit, total control switch controls all flow area；During thermal current switch open, dry in this flow area Main produces thermal current, and when thermal current switch cuts out, the gas drying pipe generation in this flow area is room temperature air；Described electricity When source switch is opened, this flow area works, and when on and off switch is closed, this flow area quits work.During use, install drying pipe In the first flow area and the 3rd flow area, and the first flow area uses heated gas drying, by the electricity of total control switch Source switch is opened, and the thermal current switch of the first flow area and on and off switch are opened, and the on and off switch of the 3rd flow area is opened, and second The thermal current switch of flow area and the 4th flow area and on and off switch are turned off.

Embodiment 2: as shown in figure 1, a kind of air drying device for glass articles of subregion heating, including drying pipe, arc Platform, liquid-collecting box, casing, control panel.Dry and be evenly arranged with pore on pipe.Arc platform include connecting hole, curved surfaces, Collecting tank, liquid collecting box mouth and the first flow area, the second flow area, the 3rd flow area, the 4th flow area；The structure of arc platform is such as Shown in Fig. 2, the connecting hole that is uniformly arranged on the curved surfaces of arc platform is connected with drying ttom of pipe end, the internal diameter of connecting hole and The external diameter drying pipe is equal, and the quantity of the connecting hole in each flow area is 12；It is arranged concentrically liquid collecting in the periphery of curved surfaces Groove, collecting tank is the annulus with curved surfaces concentric, and inner side is groove, and outside is edge, and collecting tank entirety and horizontal plane Angulation is 25 °；Curved surfaces are uniformly divided into 4 parts, the respectively first flow area, the second flow area, the 3rd air-flow Area, the 4th flow area.Setting hook on liquid-collecting box, as shown in figure 3, liquid-collecting box can be hung over the outer wall of casing, and liquid-collecting box Fit tightly with liquid collecting box mouth and outer wall.The outer wall of casing arranges control panel, as shown in figure 4, control panel includes gas Temperature adjusting knob, drying time adjusting knob, the first thermal treatment zone controlling switch, the second thermal treatment zone controlling switch, Acanthopanan trifoliatus (L.) Merr. Heat zone control switch, the 4th thermal treatment zone controlling switch, total control switch；Pipe air-flow will be dried using gas temperature adjusting knob Temperature is adjusted to 85 DEG C, sets the time dried as 30 minutes using drying time adjusting knob；All of controlling switch all includes Thermal current switch and on and off switch two parts；First thermal treatment zone controlling switch controls the first flow area, the second heating by circuit Area's controlling switch controls the second flow area by circuit, and Acanthopanan trifoliatus (L.) Merr. heat zone control switch controls the 3rd flow area by circuit, the Four thermal treatment zone controlling switches control the 4th flow area by circuit, and total control switch controls all flow area；Thermal current is opened Qi Shi, dries pipe and produces thermal current, when thermal current switch cuts out, the gas that in this flow area, drying pipe produces is in this flow area Room temperature air；When described on and off switch is opened, this flow area works, and when on and off switch is closed, this flow area quits work.Make Used time, it is arranged on the first flow area and the 4th flow area by drying pipe, and all using heated gas drying, by master control The on and off switch of switch is opened, and the thermal current switch of the first flow area and the 4th flow area and on and off switch are opened, the second air-flow The thermal current switch of area and the 3rd flow area and on and off switch are turned off.

Above this utility model is described in detail, but described content has been only preferred embodiment of the present utility model, It is not to be regarded as limiting practical range of the present utility model.All impartial changes made according to this utility model application range with Improve etc., all should still belong within patent covering scope of the present utility model.

Claims (4)

1. a kind of can liquid collecting subregion dry glass apparatus baker it is characterised in that: include dry pipe, arc platform, collection Liquid box, casing, control panel；Drying pipe pore is uniformly arranged on the tube wall drying pipe；Arc platform includes connecting hole, arc Surface, collecting tank, liquid collecting box mouth and drying area, the connecting hole being uniformly arranged on the curved surfaces of arc platform is managed with drying Bottom be connected, be arranged concentrically collecting tank in the periphery of curved surfaces, on collecting tank section circular arc arrange liquid collecting box mouth, Curved surfaces are uniformly divided into the first flow area, the second flow area, the 3rd flow area and the 4th flow area；Liquid-collecting box hangs over and liquid collecting On the outer wall of the casing below box mouth, control panel is arranged on the outer wall of casing；Control panel includes gas temperature and adjusts rotation Button, drying time adjusting knob, the first flow area controlling switch, the second flow area controlling switch, the 3rd flow area controlling switch, 4th flow area controlling switch and total control switch, all of controlling switch all includes thermal current switch and on and off switch two Point, total control switch controls all flow area, and the first flow area controlling switch controls the first flow area, the second air-flow by circuit Area's controlling switch controls the second flow area by circuit, and the 3rd flow area controlling switch controls the 3rd flow area by circuit, the Four flow area controlling switches control the 4th flow area by circuit.

2. according to claim 1 a kind of can liquid collecting subregion dry glass apparatus baker it is characterised in that: described The internal diameter of connecting hole with dry pipe external diameter equal, the quantity of the connecting hole in each flow area is equal.

3. according to claim 1 a kind of can liquid collecting subregion dry glass apparatus baker it is characterised in that: described Collecting tank be annulus with curved surfaces concentric, be groove inside collecting tank, outside is edge, and collecting tank entirety and water Plane angulation is α, 0 ° of < α≤30 °.

4. according to claim 1 a kind of can liquid collecting subregion dry glass apparatus baker it is characterised in that: described Liquid-collecting box on setting hook, liquid-collecting box can be hung over cabinet exterior, liquid-collecting box is fitted tightly with liquid collecting box mouth and outer wall.