CN208983830U

CN208983830U - Glass baker

Info

Publication number: CN208983830U
Application number: CN201821429389.1U
Authority: CN
Inventors: 吴红松
Original assignee: Hebei Pine Medical Technology Co Ltd
Current assignee: Hebei Pine Medical Technology Co Ltd
Priority date: 2018-09-03
Filing date: 2018-09-03
Publication date: 2019-06-14
Anticipated expiration: 2028-09-03

Abstract

The utility model provides a kind of glass baker, including pedestal；And multiple drying pipes, the multiple drying pipe is movably connected on the base upper surface, each drying pipe can form the angle that size is 0-90 ° between the base upper surface, the drying pipe includes first unit and second unit, the first unit is scalable to be sheathed on the second unit outer surface, through-hole, supplied gas disengaging are offered in the first unit and/or the second unit.

Description

Glass baker

Technical field

The utility model relates to experimental instrument technologies, more particularly to glass baker.

Background technique

Glass apparatus is a kind of experimental implementation tool being commonly used in scientific experiment, and can be used for multiple times, multiple It needs to clean glass apparatus during use, but remaining moisture is not easy to do in the glass apparatus after cleaning It is dry, influence experiment process, and the glass apparatus after cleaning it is dry after tend to occur water stain etc., influence glass apparatus Cleannes.Often specification is constant for traditional instrument dried to glassware, and intelligence dries specific vessel, On the one hand the usable range of instrument is influenced, on the other hand the glassware of some specifications, which cannot be handled effectively, also will affect Test the progress of scientific research.

Utility model content

Based on this, it is necessary to solve the above problems for a kind of glass baker is provided.

A kind of glass baker, including

Pedestal；And

Multiple drying pipes, the multiple drying pipe are movably connected on the base upper surface, and each drying pipe can The angle that size is 0-90 ° is formed between the base upper surface, the drying pipe includes first unit and second unit, institute It states that first unit is scalable to be sheathed on the second unit outer surface, is opened up on the first unit and/or the second unit There are through-hole, supplied gas disengaging.

It is in embodiment at wherein one, the central axis of the through-hole and the central axis formation of the drying pipe are greater than 0 less than the angle between 90 °.

It is in embodiment at wherein one, further includes the shell for being located at the drying tube outside.

It is in embodiment at wherein one, further includes ultraviolet lamp, the ultraviolet lamp is located at shell On, for sterilizing.

It is in embodiment at wherein one, further includes temperature control device, the temperature control device is located in the pedestal.

It is in embodiment at wherein one, further includes current velocity controller, the current velocity controller is located at the pedestal It is interior.

The utility model glass baker, the drying pipe is flexibly connected with the base upper surface, by adjusting described Corner dimension between drying pipe and the bottom upper surface, adjustable adjacent the distance between the drying pipe, for example, logical It crosses and turns other described drying pipes around a drying pipe and the angle between pedestal down, so as to so that single described The space dried around pipe increases, so as to be suitable for the drying of large volume glassware.In addition the drying pipe is described First unit is scalable to be set in outside the second unit, and the length adjustment of the glassware according to required drying may be implemented The length of the drying pipe, to adapt to the glassware to be dried of different length size, and make the drying pipe through The whole length direction of glassware to be dried can sufficiently dry glass to be dried after air-flow comes out from the through-hole Moisture etc. in vessel.And when not needing in use, the drying pipe can be retracted to shortest length, while by the baking Angular dimension between main pipe and the pedestal is adjusted to 0 °, can reduce the volume size of the glass baker, thus just In storage.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model.

Wherein,

Glass baker -10；

Pedestal -100；

Drying pipe -200；

First unit -210；

Second unit -220；

Through-hole -230；

Shell -300；

Ultraviolet lamp -400；

Temperature control device -500；

Current velocity controller -600.

Specific embodiment

In order to which the purpose of this utility model, technical solution and technical effect is more clearly understood, below in conjunction with attached drawing pair Specific embodiment of the utility model is described.It should be appreciated that specific embodiment described herein is only to explain this reality With novel, it is not used to limit the utility model.

The utility model provides a kind of glass baker 10, multiple bakings including pedestal 100 and on the pedestal 100 Main pipe 200.The multiple drying pipe 200 is movably connected on 100 upper surface of pedestal.Each drying pipe 200 can be with The angle that size is 0-90 ° is formed between 100 upper surface of pedestal.The drying pipe 200 includes first unit 210 and second Unit 220.The first unit 210 is scalable to be sheathed on 220 outer surface of second unit.The first unit 210 and/or Through-hole 230 is offered on the second unit 220, the through-hole 230 is passed in and out for supplied gas.

The utility model glass baker 10, the drying pipe 200 are flexibly connected with 100 upper surface of pedestal, pass through Adjust the corner dimension between the drying pipe 200 and 100 upper surface of the pedestal, the adjustable adjacent drying pipe The distance between 200, for example, by by around a drying pipe 200 other described drying pipes 200 and pedestal 100 it Between angle turn down, so as to so that the space around the single drying pipe 200 increases, so as to be suitable for large volume glass The drying of glass vessel.In addition the first unit 210 of the drying pipe 200 is scalable is set in outside the second unit 220, The length that pipe 200 is dried according to the length adjustment of the glassware of required drying may be implemented, to adapt to different length The glassware to be dried of size is spent, and makes the drying pipe 200 through the whole length direction of glassware to be dried, The moisture etc. in glassware to be dried can be sufficiently dried after air-flow comes out from the through-hole 230.And works as and be not required to Want in use, the drying pipe 200 can be retracted to shortest length, at the same by the drying pipe 200 and the pedestal 100 it Between angular dimension be adjusted to 0 °, can reduce the volume size of the glass baker 10, consequently facilitating storage.

The central axis of the through-hole 230 and the central axis of the drying pipe 200 are formed in one of the embodiments, Greater than 0 ° of angle less than 90 °.The through-hole 230 has certain folder with the central axis of the drying pipe 200 between the two The setting at angle can make shape between the gas produced by boasting out of described through-hole 230 and the drying pipe 200 at a certain angle, Alternatively make to form certain folder between the gas produced by boasting in the through-hole 230 and the glassware wall of required drying Angle is conducive to circulation of the gas between the drying pipe 200 and the glassware inner wall, to accelerate to the vierics The drying effect of ware.

The glass baker 10 further includes the shell for being located at 200 outside of drying pipe in one of the embodiments, Body 300, with the shell 300 be provide with the drying pipe 200 can prevent dust etc. fall be deposited in the drying pipe 200 or On the glassware of required drying, be conducive to the cleaning of laboratory apparatus.

Preferably, the glassware drying pipe 10 further includes ultraviolet lamp 400, the ultraviolet lamp 400 can be located on the shell 300, for sterilizing.After needing the glassware dried to be oven-dried or in drying In the process, the shell 300 is located at 200 top of drying pipe, opens simultaneously the ultraviolet lamp 400, makes With ultraviolet light, to required drying or, the glassware of drying carries out ultraviolet-sterilization.

Optionally, the glass baker 10 can also include temperature control device 500, and the temperature control device 500 can be located at In the pedestal 100.The gas temperature produced by boasting out of described drying pipe 200 can be carried out by the temperature control device 500 The temperature of gas is controlled in a reasonable range, can reasonably control the glassware to required drying by control Drying time, the progress of reasonable arrangement scientific experiment.

Optionally, the glass baker 10 can also include current velocity controller 600, the current velocity controller 600 It can be located in the pedestal, can be used for adjusting the flow velocity of gas.It can will be from described by the current velocity controller 600 The flow control for going out the gas blown in drying pipe 200 makes it be suitable for the drying to glassware in a certain range.

Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to In the protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.

Claims

1. a kind of glass baker, which is characterized in that including

Pedestal；And

Multiple drying pipes, the multiple drying pipe are movably connected on the base upper surface, and each drying pipe can be with institute Stating and forming size between base upper surface is 0-90 ° of angle, and the drying pipe includes first unit and second unit, described the Unit one is scalable to be sheathed on the second unit outer surface, offers in the first unit and/or the second unit logical Hole, supplied gas disengaging.

2. glass baker according to claim 1, which is characterized in that the central axis of the through-hole and the drying are managed Central axis formed and be greater than 0 less than the angle between 90 °.

3. glass baker according to claim 1, which is characterized in that further include the shell for being located at the drying tube outside Body.

4. glass baker according to claim 3, which is characterized in that it further include ultraviolet lamp, it is described ultraviolet Beam irradiating apparatus is located on shell, for sterilizing.

5. glass baker according to claim 1, which is characterized in that it further include temperature control device, the temperature control device position In in the pedestal.

6. glass baker according to claim 1, which is characterized in that it further include current velocity controller, the flow velocity control Device processed is located in the pedestal.