CN219519850U - Dust cleaning device for overhauling and maintaining electronic equipment room - Google Patents

Abstract

The utility model discloses a dust cleaning device for overhauling and maintaining between electronic equipment, which comprises an equipment box body, wherein an operating chamber is arranged at the upper part of the equipment box body, the top of the operating chamber is connected with a top cover, and the top cover and the operating chamber are connected through a hinge and can be freely opened and closed; two operation holes are formed in the front face of the operation chamber, and operation gloves are arranged on the operation holes through glove fixing rings; an operation table is arranged in the equipment box body, the operation table is arranged at the bottom of the operation chamber, and a dust collection horn nozzle is arranged at the bottom of the operation chamber; the outer side surface of the equipment box body is provided with a dust collection operation panel and a cleaning operation panel; the bottom of the equipment box body is provided with a dust collector, an electrostatic ion removing fan and a dust collecting barrel. When the device is internally sucked and internally blown, manual operation is adopted, the equipment structure is simplified, the equipment to be cleaned can be prevented from being damaged by mechanical clamping, the cleaning angle is flexible and changeable, static electricity is eliminated when dust is cleaned, static electricity accumulation can be effectively avoided, and dust adsorption is reduced.

Description

Dust cleaning device for overhauling and maintaining electronic equipment room

Technical Field

The utility model relates to a dust cleaning device for overhauling and maintaining electronic equipment, and belongs to the field of dust cleaning equipment for maintaining electronic equipment.

Background

After the electronic equipment in the cabinet between the factory electronic equipment runs for a long time, a large amount of dust can be accumulated on the electronic equipment especially under the environments of a large amount of coal, ash and powder due to poor sealing and electrostatic adsorption of the cabinet, and the excessive dust gathers to cause unsmooth heat dissipation of the electronic equipment, so that the short circuit of equipment circuits is possibly caused when the humidity is too high, and the performance of the equipment is influenced. Therefore, in addition to improving the environment between electronic devices, it is necessary to clean the electronic devices between the electronic devices during equipment overhaul and maintenance.

At present, dust cleaning devices are various, but still have defects, such as the patent of publication number CN2663033, which discloses a special dust cleaning device for an automatic control system, wherein two schemes are adopted for a detachable equipment module and a non-detachable equipment module, the two schemes are not integrated together, and the special dust cleaning device has no static electricity removing function when dust cleaning is needed; as disclosed in the patent publication No. CN208613115U, a dust removing device for an electronic apparatus is disclosed, in which a driving device for dust collection and dust blowing to provide airflow is identical, and the dust collection and dust blowing must be alternately used, and at the same time, the dust collection and dust blowing cannot be performed at the same time, and at the same time, the dust removing device does not have a static electricity removing function.

Disclosure of Invention

The utility model aims to overcome the defects in the prior art and provide the dust cleaning device for overhauling and maintaining the electronic equipment room, which has dust collection, dust blowing and static removal functions.

The utility model solves the problems by adopting the following technical scheme: the dust cleaning device for overhauling and maintaining between electronic equipment comprises an equipment box body and is characterized in that an operating chamber is arranged at the upper part of the equipment box body, a top cover is connected to the top of the operating chamber, the top cover is connected with the operating chamber through a hinge, and the top cover can be opened and closed freely; the operating room and the top cover are preferably made of organic glass, so that the operation is convenient to observe; two operation holes are formed in the front face of the operation chamber, and operation gloves are arranged on the operation holes through glove fixing rings; an operation table is arranged in the equipment box body, the operation table is arranged at the bottom of the operation chamber, the operation table is preferably made of nonmetal soft materials and is of a fine net-shaped structure, dust can pass through conveniently, and electronic equipment is not easy to fall off; the bottom of the operating chamber is provided with a dust collection horn mouth; the outer side surface of the equipment box body is provided with a dust collection operation panel and a cleaning operation panel, the dust collection operation panel is used for the operations of starting, stopping and the like of the dust collector, and the cleaning operation panel is used for the operations of starting, stopping and the like of the static ion removing fan; the bottom of the equipment box body is provided with a dust collector, an electrostatic ion removing fan and a dust collecting barrel; one side of the equipment box body is connected with an external dust collection pipe, the external dust collection pipe is connected with a dust collection handle, the dust collection handle is connected with a dust collection nozzle, and the external dust collection pipe and the dust collection horn nozzle are both communicated with a dust collection barrel; the other side of the equipment box body is connected with a cleaning and blowing external pipe, the cleaning and blowing external pipe is connected with a cleaning and blowing external handle, and the interior of the operating room is provided with a cleaning and blowing internal handle.

Further, 4 universal wheels are installed at the bottom of the equipment box body and used for moving the dust cleaning device, and locking and fixing devices are arranged on the universal wheels.

Further, the back of the equipment box body is provided with a grounding point, a power switch and a power plug, and the grounding point, the power switch and the power plug are used for grounding and power supply of the dust cleaning device.

Further, the dust collection function of the dust collection device can be used for carrying out the internal suction and external suction selection and the start and stop operation of the dust collector through the dust collection operation panel. The internal suction is used for sucking dust in the operation room through the dust sucking horn mouth, and a micro negative pressure state is formed in the operation room during the internal suction, so that dust collection is facilitated, and dust overflow is avoided; when the dust suction handle is held by hands during external suction, the dust suction nozzle is used for sucking dust of the clamping piece which is not easy to detach between electronic equipment, and the dust suction nozzle has various types for selection and is convenient to detach.

Further, the cleaning and static removing functions of the dust removing device are realized through the cleaning operation panel to perform the internal blowing and external blowing selection and the start and stop operation of the static removing ion fan. The inner blowing is used for cleaning and blowing the operation room through the inner cleaning handle, and the outer cleaning handle is held by the hand during outer blowing to clean and blow the clamping piece which is not easy to detach between electronic equipment.

Further, when the static-removing ion fan is started, wind current is ionized, and static charges accumulated by the wind current can be neutralized when the wind current blows through the electronic equipment, so that the purpose of removing static is achieved, and dust adsorption is reduced.

Furthermore, the device has dust collection, dust blowing and static electricity removing functions, and the internal suction, external suction, internal blowing, external blowing and static electricity removing functions can be independently used or matched, so that the internal suction, internal blowing and static electricity removing functions are generally recommended to be matched, and the external suction, external blowing and static electricity removing functions are better in effect.

Compared with the prior art, the utility model has the following advantages and effects: when the device is internally sucked and internally blown, manual operation is adopted, the equipment structure is simplified, the equipment to be cleaned can be prevented from being damaged by mechanical clamping, the cleaning angle is flexible and changeable, static electricity is eliminated when dust is cleaned, static electricity accumulation can be effectively avoided, and dust adsorption is reduced.

Drawings

FIG. 1 is a schematic view of the front and partial cross-sectional structure of the dust cleaning apparatus of the present utility model.

FIG. 2 is a schematic view of the back and partial cross-sectional structure of the dust cleaning apparatus of the present utility model.

In the figure: the dust collector comprises a top cover S1, an operation hole S2, an operation room S3, an operation table S4, a dust collection operation panel S5, a cleaning operation panel S6, a device box S7, a dust collector S8, a dust collection external pipe S9, a dust collection handle S10, a dust collection nozzle S11, an electrostatic ion removing fan S12, a cleaning external pipe S13, a cleaning external handle S14, universal wheels S15, a grounding point S16, a dust collection barrel S17, a power switch S18, a power plug S19, a cleaning internal handle S20 and a dust collection horn nozzle S21.

Detailed Description

The present utility model will be described in further detail by way of examples with reference to the accompanying drawings, which are illustrative of the present utility model and not limited to the following examples.

Examples.

Referring to fig. 1 to 2, in the present embodiment, a dust cleaning device for overhauling and maintaining an electronic equipment room includes an equipment box S7, an operating chamber S3 is provided at an upper portion of the equipment box S7, a top cover S1 is connected to a top of the operating chamber S3, the top cover S1 is connected to the operating chamber S3 through a hinge, and the top cover S1 can be opened and closed freely; the operating room S3 and the top cover S1 are preferably made of organic glass, so that the observation during operation is convenient; two operation holes S2 are formed in the front face of the operation chamber S3, and operation gloves are arranged on the operation holes S2 through glove fixing rings; an operation table S4 is arranged in the equipment box S7, the operation table S4 is arranged at the bottom of the operation room S3, the material of the operation table S4 is preferably nonmetal soft material, and the operation table S is of a fine net-shaped structure, so that dust can pass through conveniently, and electronic equipment is not easy to fall off; the bottom of the operating chamber S3 is provided with a dust collection horn mouth S21; the outer side surface of the equipment box body S7 is provided with a dust collection operation panel S5 and a cleaning operation panel S6, the dust collection operation panel S5 is used for starting and stopping operations of the dust collector S8, and the cleaning operation panel S6 is used for starting and stopping operations of the static-removing ion fan S12; the bottom of the equipment box body S7 is provided with a dust collector S8, an electrostatic ion removing fan S12 and a dust collecting barrel S17; one side of the equipment box body S7 is connected with an external dust collection pipe S9, the external dust collection pipe S9 is connected with a dust collection handle S10, the dust collection handle S10 is connected with a dust collection nozzle S11, and the external dust collection pipe S9 and a dust collection horn nozzle S21 are communicated with a dust collection barrel S17; the other side of the equipment box body S7 is connected with a cleaning and blowing external pipe S13, the cleaning and blowing external pipe S13 is connected with a cleaning and blowing external handle S14, and a cleaning and blowing internal handle S20 is arranged in the operating room S3. The bottom of the equipment box S7 is provided with 4 universal wheels S15 for moving the dust cleaning device, and the universal wheels S15 are provided with locking and fixing devices. The back of the equipment box S7 is provided with a grounding point S16, a power switch S18 and a power plug S19, and the grounding point S is used for grounding and supplying power to the dust cleaning device.

In this embodiment, the dust collection function of the dust collection device can perform the selection of the internal suction and the external suction and the start-stop operation of the dust collector S8 through the dust collection operation panel S5. The internal suction is used for sucking dust in the operation chamber S3 through the dust sucking horn mouth S21, and a micro negative pressure state is formed in the operation chamber S3 during the internal suction, so that dust collection is facilitated, and dust overflow is avoided; when in external suction, the dust collection handle S10 is held by a dust collection nozzle S11 to collect dust of a clamping piece which is not easy to detach among electronic equipment, wherein the dust collection nozzle S11 has various types for selection and is convenient to detach.

In this embodiment, the cleaning and static-removing functions of the dust-cleaning device perform the selection of the inner blowing and the outer blowing and the start-stop operation of the static-removing ion blower S12 through the cleaning operation panel S6. The inner blowing is used for cleaning the inside of the operation room S3 through the cleaning inner handle S20, and the cleaning outer handle S14 is held by hand during outer blowing to clean the clamping pieces which are not easy to detach among the electronic equipment.

In this embodiment, when the static-removing ion blower S12 is started, the wind current is ionized, and the static charges accumulated in the wind current can be neutralized when the wind current blows through the electronic equipment, so that the purpose of removing static is achieved, and dust adsorption is reduced.

In this embodiment, the operation chamber S3 is used for suction and blowing. Firstly, a power plug S19 is connected, a power switch S18 is turned on, a device power supply is electrified, a top cover S1 is turned on, electronic equipment to be cleaned is placed on an operation table S4, the top cover S1 is turned off, a dust collection operation panel S5 selects a systemic function, a starting button of the dust collector S8 is pressed down, after the dust collector S8 is started, an operation room S3 forms a negative pressure state, collection of dust is facilitated, the cleaning operation panel S6 selects the internal blowing function, the starting button of an electrostatic ion removing fan S12 is pressed down, two hands are respectively fixed on operation gloves on an operation hole S2 through fixing rings, the electronic equipment to be cleaned placed on the operation table S4 is held by hands, a switch of a handle S20 for cleaning is turned on, the electronic equipment is cleaned, and the dust which is blown down is collected in a dust collection barrel S17 through a dust collection horn nozzle S21.

In this embodiment, the purge function is used for the outward suction and the outward blowing. Firstly, a power plug S19 is connected, a power switch S18 is turned on, a device power supply is electrified, a dust collection operation panel S5 selects an external suction function, a starting button of a dust collector S8 is pressed, a cleaning operation panel S6 selects the external suction function, a starting button of an electrostatic ion removing fan S12 is pressed, a dust collection handle S10 is held by a hand, one side of an electronic device to be cleaned is aligned by a dust collection nozzle S11 with a proper model, in addition, the electronic device to be cleaned is cleaned by a hand, and the dust collection nozzle S11 sucks the blown dust into a dust collection barrel S17.

What is not described in detail in this specification is all that is known to those skilled in the art.

Furthermore, the foregoing description of the utility model is provided by way of example only. All equivalent changes in construction, features and principles of the utility model according to the inventive concept are intended to be encompassed by the scope of the utility model. Those skilled in the art may make various modifications, additions and substitutions to the described embodiments without departing from the scope of the utility model as defined in the accompanying claims.

Claims (2)

1. The dust cleaning device for overhauling and maintaining between electronic equipment comprises an equipment box body (S7), and is characterized in that an operating chamber (S3) is arranged at the upper part of the equipment box body (S7), a top cover (S1) is connected to the top of the operating chamber (S3), the top cover (S1) is connected with the operating chamber (S3) through a hinge, and the top cover (S1) can be freely opened and closed; two operation holes (S2) are formed in the front face of the operation chamber (S3), and operation gloves are arranged on the operation holes (S2) through glove fixing rings; an operation table (S4) is arranged in the equipment box body (S7), the operation table (S4) is arranged at the bottom of the operation chamber (S3), the operation table (S4) is of a net-shaped structure, and a dust collection horn mouth (S21) is arranged at the bottom of the operation chamber (S3); the dust collection device comprises a dust collection operation panel (S5) and a cleaning operation panel (S6) arranged on the outer side surface of a device box body (S7), and a dust collector (S8), an electrostatic ion removing fan (S12) and a dust collecting barrel (S17) arranged at the bottom of the device box body (S7); one side of the equipment box body (S7) is connected with an external dust collection pipe (S9), the external dust collection pipe (S9) is connected with a dust collection handle (S10), the dust collection handle (S10) is connected with a dust collection nozzle (S11), and the external dust collection pipe (S9) and the dust collection horn nozzle (S21) are both communicated with a dust collection barrel (S17); the other side of the equipment box body (S7) is connected with a cleaning and blowing external pipe (S13), the cleaning and blowing external pipe (S13) is connected with a cleaning and blowing external handle (S14), and a cleaning and blowing internal handle (S20) is arranged in the operating room (S3); the bottom of equipment box (S7) is installed 4 universal wheels (S15) for remove dust cleaning device, be provided with locking fixing device on universal wheel (S15).

2. The dust cleaning apparatus for inter-electronic-equipment maintenance according to claim 1, wherein the back surface of the equipment case (S7) is provided with a grounding point (S16), a power switch (S18) and a power plug (S19) for grounding and supplying power to the dust cleaning apparatus.