CN218511057U - Ionic wind air-conditioning table - Google Patents

Abstract

An ion wind air-conditioning table is characterized in that: the ion wind air conditioner is characterized in that: the ion wind air conditioner is divided into an indoor unit and an outdoor unit, the outdoor unit is characterized in that a compressor, an electromagnetic four-way valve, a condenser and a throttle valve are arranged in an outdoor unit box body, and the indoor unit is characterized in that: the indoor unit comprises an inner machine box body, a cross-flow fan, an air-conditioning air outlet I, an air-conditioning air outlet II, a table and a plasma air purifier, wherein the inner machine box body is internally provided with the cross-flow fan, the air-conditioning air outlet I is used for regulating and controlling the indoor overall temperature, the air-conditioning air outlet II is used for regulating and controlling the local temperature of the table, the plasma air purifier is arranged outside an evaporator on the cross-flow fan, a dust exhaust partition plate is arranged in front of a high-voltage ion electric field of the plasma air purifier, and the table is characterized in that: the ion wind air conditioner is characterized by comprising a panel, a left top plate, a right top plate, a rear top plate, a table air inlet and a table air outlet, wherein the panel is connected and supported by the left top plate, the right top plate and the rear top plate, and the rear top plate is provided with the table air inlet and the table air outlet to blow out cold and hot air output by the ion wind air conditioner around a table through discharge.

Description

Ionic wind air-conditioning table

Technical Field

The utility model relates to a desk especially relates to desk, conference table and other desks that need to install the air conditioner.

Background

The existing desk, computer desk, office desk and conference desk have no air conditioning function, when people read books and study, if the desk or computer desk is placed in a large room or a large living room, the air conditioner needs to work continuously with larger power to regulate and control the temperature within a required range, the refrigerating power of the air conditioner in the large room or the large living room is mostly 1500-2500 watts, so that the power consumption of the air conditioner is larger, people read books or surf the internet and only sit in front of the desk or computer desk, if the air conditioner only regulates and controls the temperature of the local space of the desk or computer desk, the air conditioner has obvious electric energy saving and can improve the cooling and heating effects in front of the desk or computer desk, and the existing air conditioner and desk are improved.

Disclosure of Invention

Aiming at the existing defects, the utility model provides an ion wind air-conditioning table, the ion wind air-conditioning unit of the ion wind air-conditioning table is provided with a first air-conditioning air inlet, a second air-conditioning air inlet, a first air-conditioning air outlet and a second air-conditioning air outlet, the first air-conditioning air inlet and the first air-conditioning air outlet are used for regulating the overall temperature of a living room, the second air-conditioning air inlet and the second air-conditioning air outlet are used for regulating the local temperature of the table, cold and warm air output by the ion wind air-conditioning unit is sent to the bottom of the table through a pipeline and is blown to people sitting in front of the table through an air outlet during the local temperature regulation, thereby realizing that the ion wind air-conditioning unit only regulates the temperature of the local space of the table, and the ion wind air-conditioning unit can regulate the temperature of the local space of the table, when the ion wind air conditioner is switched to the local temperature regulation, the ion wind air conditioner cuts off the channel for the integral regulation of the room or the living room, and when the ion wind air conditioner is switched to the local temperature regulation, the power consumption of the ion wind air conditioner is less than one fifth of the integral regulation temperature, so that the ion wind air conditioner has obvious electric energy saving and can improve the cooling and heating effects in front of the table.

The application relates to an ionic wind air conditioner that ionic wind air conditioner desk matched with used has authorized, and patent number: 202023013336.1.

in order to solve the existing defects, the utility model provides an ion wind air-conditioning table.

The technical scheme of the utility model is, an ion wind air conditioner desk, characterized by: consists of an ion wind air conditioner and a table,

the ion wind air conditioner consists of an outdoor unit and an indoor unit;

the outdoor unit comprises an outdoor unit box body, and a compressor, a condenser, an electromagnetic four-way valve, an axial flow fan and a throttle valve which are arranged in the outdoor unit box body; the compressor is connected with an electromagnetic four-way valve for converting the flow direction of liquid through a pipeline, the electromagnetic four-way valve is connected with the condenser, the throttle valve and an evaporator arranged in the indoor unit through pipelines, the axial flow fan is arranged at the inner side of the condenser, and fresh air sucked by the axial flow fan blows towards the condenser to discharge the heat of the condenser and the compressor out of the box;

the indoor unit consists of an indoor unit box body, an evaporator, a cross flow fan and a plasma air purifier, wherein the evaporator, the cross flow fan and the plasma air purifier are arranged in the indoor unit box body; the indoor unit box body is provided with a first air-conditioning air outlet and a second air-conditioning air outlet at the lower end of the box body, the first air-conditioning air outlet is used for regulating the overall indoor temperature, the second air-conditioning air outlet is used for regulating the local temperature of a table, the second air-conditioning air outlet is provided with a safety air outlet for preventing an air supply pipeline from being blocked, the first air-conditioning air outlet is provided with an air outlet reversing plate, the first air-conditioning air outlet is opened by a first side plate of the air outlet reversing plate when the first air-conditioning air outlet is closed by the first side plate of the air outlet reversing plate, the upper plate of the air outlet reversing plate is provided with an air outlet motor for moving the air outlet reversing plate, and two ends of a rotating shaft of the air outlet motor are provided with a first gear and meshed with first racks on two sides of the air outlet of the air conditioner so that the air outlet reversing plate controls the output air of the ion wind air conditioner to be output from the first air-conditioning air outlet or output from the second air-conditioning air outlet;

the indoor unit box body is provided with a first air conditioner air inlet, a second air conditioner air inlet and a fresh air inlet at the upper end of the box body, the first air conditioner air inlet is used for regulating the temperature of the whole indoor space, the second air conditioner air inlet is used for regulating the temperature of the local space of a table, the second air conditioner air inlet is provided with a safe air inlet for preventing an air inlet pipeline from being blocked, the first air conditioner air inlet is provided with an air inlet reversing plate, the second air inlet reversing plate opens the first air conditioner air inlet, the second air conditioner air inlet is closed by a first side plate, the air inlet reversing plate is provided with an air inlet motor for moving the air inlet reversing plate, and two ends of a rotating shaft three of the air inlet motor are provided with a gear three which is meshed with racks on two sides of the air conditioner air inlet to enable the third air inlet reversing plate to control the input air of the ion air conditioner to be input from the first air conditioner air inlet or input from the second air conditioner air inlet;

the evaporator, the cross-flow fan and the plasma air purifier are characterized in that the cross-flow fan is arranged at the lower end of the evaporator, an air conditioner air outlet I and an air conditioner air outlet II are arranged below the cross-flow fan, the plasma air purifier is arranged at the front end of air inlet of the evaporator, and an air conditioner air inlet I and an air conditioner air inlet II are arranged in front of the plasma air purifier;

the plasma air purifier consists of a high-voltage ion electric field, a dust exhaust partition plate, a dust exhaust reversing plate, a dust exhaust motor and an ozone removal filter screen; the high-voltage ionic electric field is provided with a positive electrode row plate and a negative electrode row plate, the positive electrode row plate faces to the negative electrode row plate at a certain interval from left to right, the positive electrode row plate and the negative electrode row plate are sleeved with dust scraping plates, nuts for moving the dust scraping plates are sleeved at two ends of the dust scraping plates and connected with a dust scraping motor, a dust discharging partition plate is arranged at the front end of air inlet of the high-voltage ionic electric field, the dust discharging partition plate is provided with a dust discharging reversing plate, the dust discharging reversing plate is provided with a dust discharging motor for moving the dust discharging reversing plate, and two ends of a rotating shaft two of the dust discharging motor are provided with gears two which are meshed with two racks at two sides of an air inlet to enable the dust discharging reversing plate to control dust of the high-voltage ionic electric field to be discharged out of a room from a dust discharging port;

the outdoor unit and the outdoor unit comprise an air conditioner circuit board and a remote controller;

the plasma air purifier comprises a high-voltage circuit;

the table comprises a panel, a left top plate, a right top plate, a rear top plate, a table air inlet and a table air outlet; the panel is being supported by left roof, right roof, back roof connection, back roof is provided with desk air intake and desk air outlet.

Preferably, the ion wind air conditioner matched with the ion wind air conditioning table is split or integrated, the split type air conditioner comprises an indoor unit installed indoors and an outdoor unit installed outdoors, the split type indoor unit comprises a hanging unit and a cabinet unit, and the ion wind air conditioner is fixedly used or movably used.

Preferably, the compressor is variable frequency or fixed frequency.

Preferably, the ionic wind air conditioner matched with the ionic wind air conditioning table is additionally provided with an electric auxiliary heater to improve the outlet air temperature.

Preferably, the high-voltage ion electric field is a high-voltage ion electric field or a high-voltage electrostatic field.

The beneficial effects of the utility model are that: the ion wind air conditioner has the functions of sterilizing and purifying air, the air conditioner can regulate and control the local temperature of a desk and the indoor overall temperature, the volume of the air conditioner for regulating and controlling the local temperature of the desk is one tenth that of the overall indoor temperature, the air conditioner has the effects of obviously saving electricity and improving the cooling and heating for regulating and controlling the local temperature of the desk due to the small volume of the local regulation and control, a door and a window can be opened for ventilation after the air conditioner is switched to the local regulation and control, the air turbidity caused by long-term indoor sealing is avoided, and the air conditioner is more comfortable to work or read books or surf the internet before the desk and saves electric energy.

Drawings

Fig. 1 is a schematic structural diagram of an ion wind air conditioning table.

Fig. 2 is a left side view of fig. 1.

Fig. 3 is a schematic view of a conference table structure.

Fig. 4 is a schematic view showing an interior structure of an outdoor unit of an ion wind air conditioner installed outdoors or at a window or a balcony.

Fig. 5 is a schematic view of the indoor unit of the ion wind air conditioner, which is installed on the indoor wall.

Fig. 6 is a top view of fig. 5.

Fig. 7 is a left side view of fig. 5.

Fig. 8 is a main view of the air outlet deflector.

Fig. 9 is a left side view of fig. 8.

FIG. 10 is a schematic view of the inlet and exhaust diverter plates.

Fig. 11 is a left side view of fig. 10.

Fig. 12 is a schematic diagram of the arrangement of positive and negative plates of a high-voltage ion electric field.

Fig. 13 is a schematic diagram of a positive plate of a high voltage ion electric field.

Fig. 14 is a schematic diagram of a negative bank of plates of a high voltage ionic electric field.

FIG. 15 is a schematic view of a squeegee.

FIG. 16 is a schematic view of a nut

Reference numerals are as follows: the air conditioner comprises an ion air conditioner 1, a table 2, an outer cabinet 3, a compressor 4, a condenser 5, an electromagnetic four-way valve 6, an axial flow fan 7, a throttle valve 8, an inner cabinet 9, an evaporator 10, a cross flow fan 11, a plasma air purifier 12, an air conditioner air outlet I13, an air conditioner air outlet II 14, a safety air outlet 15, an air outlet reversing plate 16, a side plate I17, an upper plate I18, an air outlet motor 19, a rotating shaft I20, a gear I21, a rack I22, an air conditioner air inlet I23, an air conditioner air inlet II 24, a fresh air inlet 25, a safety air inlet 26, an air inlet reversing plate 27, an upper plate II 28, a side plate II 29, an air inlet motor 30, a rotating shaft III 31, a gear III 32, a rack III 33, a high-voltage ion electric field 34, a dust exhaust partition plate 35, a dust exhaust reversing plate 36, a dust exhaust motor 37, an ozone removal screen 38, an anode exhaust plate 39, a cathode exhaust plate 40, a dust exhaust plate 41, a nut 42, a dust exhaust plate 43, a dust exhaust motor 43, a rotating shaft II 44, a gear II 45, a rack II 46, a dust exhaust port 47, a panel 48, a left top plate 50, a right top plate 50, a top plate outlet 50, a rear air outlet 52, an air duct air outlet 53 and a table air duct 55.

The utility model discloses the data that the description was used only do the convenient description of representative, can not represent the utility model discloses the data of injecing the use.

Detailed description of the preferred embodiment 1

Referring to the best embodiment of the drawings, as shown in fig. 1, 3, 4 and 6, an ion wind air-conditioning table is composed of an ion wind air conditioner 1 and a table 2;

the ion wind air conditioner consists of an outdoor unit and an indoor unit, and is shown in figures 3, 4, 5 and 6;

as shown in fig. 3, the outdoor unit is assembled by an outdoor unit casing 3, and a compressor 4, a condenser 5, an electromagnetic four-way valve 6, an axial fan 7 and a throttle valve 8 which are arranged in the outdoor unit casing; the outer quick-witted box and the box lid of off-premises station are tailor the suppression and are formed with the thin iron plate, mounting hole under the outer quick-witted box, install the compressor under the box, fix the compressor on the box right side with the screw, put into the screw fixation for the box with the condenser, at condenser front mounted axial fan, the fin through making the condenser cooling of high temperature of axial fan inspiratory new trend gets off, install air-purifying's filter screen before axial fan air inlet, install the electromagnetism cross valve on the box, the evaporimeter with the condenser of off-premises station and indoor set is by pipe connection to compressor, notice: the indoor unit is not assembled, but the evaporator of the indoor unit is connected to the outdoor unit through an input interface and an output interface, so that the two interfaces of the evaporator of the indoor unit are reserved when the outdoor unit is assembled, and after the outdoor unit and the indoor unit are assembled, the pipeline and the control circuit of the evaporator of the indoor unit are connected to the outdoor unit together; firstly, connecting a pipeline of an output port of a compressor with an input port of an electromagnetic four-way valve, wherein a liquid storage device is arranged in front of the input port of the compressor, an input port at the upper end of the liquid storage device is connected with an output port of the electromagnetic four-way valve, an input port of a condenser is connected with an output port of the electromagnetic four-way valve, an output port of the evaporator is connected with an input port of the electromagnetic four-way valve for reservation, an input port of the evaporator is connected with an output port of the condenser for reservation, a throttle valve and a drying filter are arranged in front of the input port of the evaporator, stop valves are arranged among the compressor, the condenser and the evaporator for overhauling all parts, and the pipeline of the compressor input and the output are connected according to the pipeline of the existing air conditioner without wrong connection, and the outdoor unit is assembled;

as shown in fig. 4, 5 and 6, the indoor unit is composed of an indoor unit box 9, an evaporator 10, a cross flow fan 11 and a plasma air purifier 12, wherein the evaporator 10, the cross flow fan 11 and the plasma air purifier are arranged in the indoor unit box; the indoor unit box body is formed by cutting and pressing a thin iron plate, mounting holes are formed in two sides of the box body, an air conditioner air inlet and a dust exhaust port 47 are formed in the upper portion of the box body, an air conditioner air outlet is formed in the lower portion of the box body and consists of an air conditioner air inlet I24 and an air conditioner air inlet II 25, the air conditioner air outlet consists of an air conditioner air outlet I13 and an air conditioner air outlet II 14, the air conditioner air inlet II and the air conditioner air outlet II are formed in the left side of the box body, the dust exhaust port is formed in the left side of the box body, a small section of pipeline with the diameter of about ten centimeters and the length of about three centimeters is welded to the air conditioner air inlet II and is used for being connected with an extension pipe, a fresh air inlet 25 with the diameter of about five millimeters is formed in the lower end pipe of the air conditioner air inlet II, utilize the little bore new trend import to supply the small amount new trend in order to prevent that the carbon dioxide concentration around the desk from rising, at air conditioner air intake two welding safety air intake 26 that prevents the intake stack jam, safety air intake has the spring of appropriate pressure to seal the safe air intake with the apron, when the intake stack is blockked up, because the pipeline is taken out into vacuum state, the spring is compressed and is opened safety air intake and make the air get into the air conditioner, prevent that the intake stack from blockking up the high temperature that arouses, it is used for connecting the extension pipe to weld a segment diameter about ten centimetres long about three centimetres pipeline at air conditioner air outlet two, at air conditioner air outlet two welding safety air exit 15 that prevents the supply air duct jam, safety air exit's effect is: the safe air outlet is covered and sealed by a movable cover plate with proper weight, when an air supply pipeline is blocked, the movable cover plate is blown up to exhaust air due to the rise of air pressure, the smooth exhaust of air output by an evaporator is ensured, the overhigh temperature caused by the fact that hot air is not exhausted when the evaporator heats and an electric auxiliary heater is opened is prevented, a small pipeline with the diameter of about three centimeters and the length of about three centimeters is welded at a dust exhaust port and is used for being connected with an extension pipe to exhaust dust of a high-voltage ionic electric field to the outside, the evaporator is installed in an indoor unit box body, the evaporator is fixed in the box body by screws, a cross flow fan is installed below the evaporator and is fixed by screws, a sealing material is installed at the copper pipe head part of the evaporator to enable all air flow of the cross flow fan to pass through fins of the evaporator, a temperature sensing probe is installed on the evaporator, and a plasma air purifier 12 is installed at the upper part of the evaporator to filter the inlet air of an air conditioner, cutting the positive and negative electrodes of a high-voltage ionic electric field 34 of a plasma air purifier into strips with the width of about four centimeters by using a copper plate or a stainless steel plate or an aluminum plate, arranging the strips at equal intervals, connecting the strips with leads, and then fixing the strips into a positive electrode row plate 39 and a negative electrode row plate 40 of the high-voltage ionic electric field by injection molding, referring to fig. 9, 10 and 11, inserting the positive electrode row plate into the negative electrode row plate and sleeving a dust scraping plate 41 to arrange the positive and negative electrode plates at intervals of three to ten millimeters, referring to fig. 9, selecting the four-millimeter interval in the embodiment, manufacturing the dust scraping plate into a wood plate by using an insulated electric board, referring to fig. 12, moving the dust scraping plate up and down by hand, attaching the positive and negative electrode plates to move up and down without blocking, explaining that the dust on the positive and negative electrode plates can be scraped by the dust scraping plate, connecting and fixing left and right frames with the positive and negative electrode row plates into a complete high-voltage ionic electric field by using screws, referring to fig. 9, the lead terminals of the positive and negative electrode row plates are fixed at the bottom of the frame by screws and are correspondingly connected with the terminals of a high-voltage output circuit, the output voltage of the high-voltage circuit is about 4 ten thousand volts, a high-voltage circuit box is arranged in a box body, the high-voltage ion electric field is assembled and then an automatic dust scraping device of the high-voltage ion electric field is assembled, as shown in figure 9, a dust scraping motor 43 is fixed in frames at two ends of a plasma air purifier by screws, scroll rods at two ends of the dust scraping motor are meshed with the scroll wheels at the head of the scroll rods, nuts 42 are screwed into the scroll rods and fixed at two sides of the frame, U-shaped notches at two ends of the dust scraping plate are sleeved into the nuts on the scroll rods to enable the dust scraping plate to move left and right along with the nuts to scrape the dust on the electrode plate, as shown in figures 9 and 2, the high-voltage ion electric field can automatically remove the dust and can be cleaned by water when being disassembled, staple bolts are arranged at the left and right of the box body to ensure that the high-voltage ion electric field is in situ after being disassembled and reassembled, a dust exhaust baffle 35 is arranged in front of the air inlet of the high-voltage ion electric field, as shown in figures 2, 3 and 4, the dust exhaust baffle is used for blowing out dust automatically removed by the high-voltage ion electric field from a dust exhaust port, preventing the dust of the high-voltage ion electric field from being blown into a room or being blown to a desk from a pipeline of an air inlet II of an air conditioner, a dust exhaust motor 37 is firstly arranged on the dust exhaust baffle, two ends of a rotating shaft II 44 of the dust exhaust motor are provided with a gear II 45 which is meshed with a rack II 46 on two sides of the air inlet of the air conditioner to control the dust exhaust reversing plate 36 to open or close the air inlet of the high-voltage ion electric field, when the dust exhaust reversing plate closes the air inlet of the high-voltage ion electric field, a side plate of the dust exhaust reversing plate simultaneously opens a dust exhaust port 47 to discharge the dust out of the room, the dust exhaust reversing plate is shown in figures 7 and 8, and the structures of the dust exhaust reversing plate and the dust exhaust motor are the same as those of the air inlet reversing plate and the air motor, when the dust exhaust reversing plate is installed, the dust exhaust port is connected with an extension pipe to be communicated with the outside, if the pipeline is longer, a pipeline fan can be increased to improve the dust exhaust air speed, a limit switch is installed in front of the dust exhaust reversing plate to enable the dust exhaust reversing plate to stop automatically after being in place, an ozone removing filter screen 38 is installed behind a high-voltage ion electric field to filter trace ozone generated by the high-voltage ion electric field, an air intake reversing plate 27 is installed on the upper portion of a plasma air purifier to control air intake of an air conditioner to be input from an air conditioner air inlet I23 or an air conditioner air inlet II 24, the air conditioner air inlet I is used for regulating and controlling the indoor overall temperature, the air conditioner air inlet II is used for regulating and controlling the local temperature of a desk, the air intake reversing plate is shown in figures 7 and 8, and assembly of the air inlets is shown in figures 2, 3 and 4, and an upper plate II 28 of the air intake reversing plate is used in sliding fit with a fixed plate, when the air inlet reversing plate moves inwards and the upper plate II is overlapped with the fixed plate, the first air inlet of the air conditioner is opened, when the first air inlet of the air conditioner is opened, the second side plate 29 simultaneously closes the second air inlet of the air conditioner, when the first air inlet of the air conditioner is closed, the second side plate simultaneously opens the second air inlet of the air conditioner, the first air inlet reversing plate is driven to open or close by the air inlet motor 30, the fixed plate is fixed at the inner side of the air inlet by screws, the rack III 33 is fixed at the two sides of the air inlet by screws, the air inlet motor is arranged on the air inlet reversing plate, the gear III 32 is respectively sleeved at the two ends of the rotating shaft III 31 of the air inlet motor, the sealing strip is adhered at the moving gap of the air inlet reversing plate to ensure that the air inlet reversing plate does not leak air after moving, the air inlet reversing plate provided with the air inlet motor and the gear III is arranged on the air inlet, the gear III at the two ends of the air inlet motor is meshed with the rack III to ensure that the air inlet reversing plate is driven by the air inlet motor to move inwards and outwards, the air inlet is provided with a limit switch to enable the air inlet reversing plate to stop automatically after being in place, the air conditioner air inlet is assembled and then is assembled, as shown in figures 2, 3 and 4, the air conditioner air outlet is arranged below the evaporator and consists of a first air conditioner air outlet 13 and a second air conditioner air outlet 14, the first air conditioner air outlet is used for regulating and controlling the indoor integral temperature, the second air conditioner air outlet is used for regulating and controlling the local temperature of a table, the first air conditioner air outlet is provided with an air conditioner air deflector and a swing motor of the air conditioner air deflector, the swing motor is fixed on a box body through screws, a rotating shaft of the swing motor is connected with the air conditioner air deflector, the air outlet reversing plate 16 is arranged below the air conditioner air deflector, as shown in figures 5 and 6, the air outlet reversing plate and the air conditioner air deflector have a certain distance to avoid influencing the swing of the air conditioner air deflector, and the first air outlet reversing plate 18 is matched with a fixed plate in a sliding mode, when the first air outlet reversing plate moves inwards and is overlapped with the fixed plate, the first air outlet of the air conditioner is opened, when the second air outlet of the air conditioner is opened, the first side plate 17 of the air outlet reversing plate closes the first air outlet of the air conditioner at the same time, the first air outlet reversing plate is driven by the air outlet motor 19 to open or close the first air outlet of the air conditioner, the fixed plate is fixed at the inner side of the air outlet by screws, the first rack 22 is fixed at the two sides of the air outlet by screws, the air outlet motor is arranged on the air outlet reversing plate, the first gear 21 is sleeved at each of the two ends of the first rotating shaft 20 of the air outlet motor, the sealing strip is adhered at the moving gap of the air outlet reversing plate to make the air outlet reversing plate not leak air after moving, the air outlet reversing plate provided with the first air outlet motor and the first gear is arranged on the air outlet, the first gear at the two ends of the air outlet motor is meshed with the first rack at the two sides of the air outlet to make the reversing plate move inwards and outwards by the air outlet motor, install limit switch at air outlet department and make air-out commutator plate automatic stop after target in place, air inlet commutator plate and air-out commutator plate all install the back and connect one with air-out motor and air inlet motor and open the switch and one close the switch, connect a dust removal switch with plasma air purifier, because current air conditioner circuit board and remote controller do not have the switch and the dust removal switch of business turn over wind commutator plate yet, the switch and the dust removal switch of business turn over wind need increase the installation in addition, increase simultaneously and install corresponding control circuit, the switch is the push button, business turn over wind switch and dust removal switch's control principle is: when the switch is opened by long press, the air inlet and outlet reversing plate simultaneously opens the air inlet and outlet of the air conditioner, when the switch is closed by long press, the compressor and axial fan of the air conditioner stop working, the dust exhausting motor on the dust exhausting partition plate drives the dust exhausting reversing plate to close the air inlet of the plasma air purifier, the upper plate of the dust exhausting reversing plate closes the air inlet of the plasma air purifier and simultaneously opens the dust exhausting port, the dust scraping motor of the high-voltage ionic electric field starts to scrape off dust on the electrode plate, the original forward blowing of the cross-flow fan is changed into reverse blowing to blow out the dust from the dust exhausting port, the button switch can be mounted on the wall or on the air conditioner, for example, the button switch is mounted on the wall by a split wall hanging machine for convenient operation, the button switch is mounted on the air conditioner by a split cabinet machine and an integrated mobile air conditioner, or the high-voltage ionic electric field cover is replaced by hand, or the air conditioner circuit board and the remote controller are redesigned to make the air conditioner circuit board and the remote controller have the functions of air conditioner of air reversing and remote controller for convenient operation, after the high-voltage electric field cover is mounted on the air conditioner cover, the high-voltage electric field cover is opened, and the ion electric field cover can be safely closed by the high-field cover.

The outdoor unit is installed outside and fixed after the outdoor unit and the indoor unit are assembled, the outdoor unit is installed outside to enable noise and heat generated by the air conditioner to be discharged outside, the indoor unit is installed inside and fixed, an evaporator of the indoor unit is connected to a reserved interface of the outdoor unit through a copper pipe, a temperature sensing probe, a swing motor of an air deflector, a compressor, an axial flow fan, an electromagnetic four-way valve and a lead of a cross flow fan are connected to a control circuit board of the air conditioner together, the circuit connection of the control circuit board is connected according to the circuit of the existing air conditioner, the control circuit board is installed on a box body of the indoor unit and used together with a remote controller, and the assembly of the ion wind air conditioner is completed.

The table is assembled as shown in fig. 1 and 2, and comprises a panel 48, a left top plate 49, a right top plate 50, a rear top plate 51, a table air inlet 52 and a table air outlet 53, wherein the table is formed by cutting paint-free plywood, the plywood is thick plate with thickness more than two centimeters, the panel is cut according to the size of the existing desk or computer desk or office desk, the rear top plate 51 is cut, the left top plate 49 and the right top plate 50 are cut, the panel is erected on the left top plate and the right top plate and is firmly nailed by nails to fix the panel on the left top plate and the right top plate, the rear top plate is folded on the back of the table, the panel, the left top plate and the right top plate are nailed by nails to form a table hollow space with three closed front openings, a support plate of a computer keyboard is arranged in the table according to the use of the table or drawers or object cabinets are arranged on the left side and the right side of the table, the table is provided with the air inlet 52 and the table air outlet 53 at the lower end of the rear top plate, and the table is assembled as shown in fig. 1 and 2.

Connecting a second air-conditioning air outlet and a second air-conditioning air inlet which are locally regulated and controlled by an ion air conditioner to a desk air outlet and a desk air inlet of a desk, wherein the second air-conditioning air outlet is connected with the desk air inlet of the desk, the second air-conditioning air inlet is connected with the second desk air outlet of the desk, and a pipeline of the second air-conditioning air outlet is wrapped by a heat insulation material, the pipeline is erected from the high position of a wall before reaching the desk, for example, the pipeline is erected along with an electric line, and is vertically lowered to the height of about 50 cm away from the desk when reaching the desk, then a hose is connected, the length of the hose is determined according to the moving distance of the desk in a room, for example, the desk is far away from the air conditioner, the air conditioner can not meet the air supply requirement by using a large air volume gear, a pipeline booster fan is added to increase the air supply volume, an air inlet and outlet pipeline of the air conditioner is fixedly connected with an air inlet and outlet of the desk, and a uniformly blowing outlet is arranged at the desk air inlet of the desk, so that the air conditioner can uniformly blow the air conditioner to a person sitting in front of the desk, installing a filter screen at the air outlet of the table to filter the inlet air of the air conditioner, injecting a refrigerant into the compressor to be proper after the pipeline is installed, plugging a power plug of the air conditioner into a power supply, pressing a refrigeration key of a remote controller, starting the ion air conditioner and the plasma air purifier to work together, pressing an opening button of an air inlet and outlet reversing plate to open an air outlet I and an air inlet I of the air conditioner, after the air outlet I and the air inlet I of the air conditioner are opened, refrigerating the whole room or a living room by the air conditioner, pressing a closing button of the air outlet reversing plate to close the air outlet I and the air inlet I of the air conditioner, switching the original whole temperature regulation of the room or the living room to only the local temperature regulation of a desk or a computer desk or an office by the ion air conditioner, sending cool air to the discharge port of the table through the pipeline of the air outlet II to be blown out to be diffused to personnel on the table, people breathe clean air sterilized by an ion wind air conditioner, cool air diffused in front of a table is sucked into the ion wind air conditioner through an air suction opening at the bottom and then is sent to a table discharge opening after being sterilized and purified by a high-voltage ion electric field and refrigerated, meanwhile, a small amount of fresh air is sucked through a fresh air inlet for supplement, the concentration of carbon dioxide in front of the table is prevented from rising, the upper end of a top plate at the back of the table is provided with the discharge opening, the lower end of the top plate is provided with the air suction opening, air circulation flow is formed in front of the table, the air turbidity at the front of the table is avoided, the air conditioner only refrigerates or heats the table, as the local space range of refrigeration or heating is very small, the cooling and heating effect is very obvious and very electricity is saved, a dust removal switch is pressed, at the moment, the ion wind air conditioner and the high-voltage ion electric field stop working, the dust exhaust motor closes an air inlet of the plasma air purifier and simultaneously opens a dust exhaust port, the dust scraping motor starts to scrape off dust on a positive exhaust plate and a negative exhaust plate of the high-voltage electric field, the cross-flow fan is changed from original forward blowing to reverse blowing to blow the dust from the dust exhaust port to the outside, the dust removal switch is closed, the heating switch is opened, whether heating is normal or not is checked, the ion wind air conditioner is closed after heating is normal, the ion wind air conditioner can be opened to ventilate the outside when being switched to the local temperature of the table, the door and window of a living room can be opened, the air turbidity problem caused by long-time indoor closing of the traditional air conditioner is avoided, the local regulation and control of the table are only one tenth of the whole regulation and control volume of the living room, such as: the area of the living room is 20 square meters and has a volume of at least 60 cubic meters, and the local regulation volume of the table is about 3 cubic meters, so that the table has the advantages of obviously saving electric energy and improving the cooling and heating effects when locally regulating and controlling the table.

Detailed description of the preferred embodiment 2

The assembly of the conference table, as shown in fig. 3, the conference table is composed of a panel 48, an air duct plate 54, an air deflector 55, a table air inlet 52 and a table air outlet 53, a foot rest of the conference table is welded by square stainless steel pipes, four small base plates are nailed at four corners of the bottom of the panel, the thickness of the base plates is about five to eight millimeters and is equal to the height of the air deflector, a hole is formed in the center of the air duct plate, the size of the hole is suitable for being sleeved in a cylinder of the table air inlet, the air duct plate with a center hole formed is combined on the base plates, the air duct plate and the base plates are fixed under the bottom plate of the panel by screws, the base plates enable the bottom of the panel to be separated from the air duct plate to form an air duct, the air blown by an air conditioner can blow air to the periphery of the conference table from the air duct to form an air wall around the conference table, as shown in fig. 1, the table air inlet and the table air outlet are installed in the center hole of the air duct plate, the desk air inlet and the desk air outlet can be made of iron pipes or plastic pipes with the diameter of ten centimeters, the desk air inlet and the desk air outlet are connected with the air conditioner air inlet and the air conditioner air outlet of the ion wind air conditioner by pipelines after being installed, four air deflectors are installed at the air duct openings around the desk top and can be made by cutting stainless steel plates with the thickness of zero point eight millimeters, the air deflectors are drawer type, the outer heads are bent upwards to guide the wind to blow upwards, as shown in figure 3, the inner heads are inserted into the air duct plates to enable the air deflectors to be fixed in the air duct plates, the air deflectors are pushed inwards to close the air openings, the air openings are pulled outwards to open large air openings, when people sit by the conference table, the air opening surface without people is closed, because the air openings of the conference table blow upwards, the air conditioner directly blows to the front of the people, the people breathe clean air sterilized by the ion wind air conditioner, the air openings at four sides of the conference table blow upwards to form a wind wall around the desk, the phenomenon that people sitting around the conference table mutually inhale your breath and inhale your breath is avoided, so that the problem of respiratory infectious diseases is effectively reduced, and the assembly of the conference table is completed.

Claims (5)

1. An ion wind air-conditioning table is characterized in that: consists of an ion wind air conditioner (1) and a table (2),

the ion wind air conditioner consists of an outdoor unit and an indoor unit;

the outdoor unit comprises an outdoor unit box body (3), and a compressor (4), a condenser (5), an electromagnetic four-way valve (6), an axial flow fan (7) and a throttle valve (8) which are arranged in the outdoor unit box body; the compressor is connected with an electromagnetic four-way valve for converting the flow direction of liquid through a pipeline, the electromagnetic four-way valve is connected with a condenser, a throttle valve and an evaporator arranged in an indoor unit through pipelines, the axial flow fan is arranged on the inner side of the condenser, and fresh air sucked by the axial flow fan is blown to the condenser to discharge the heat of the condenser and the compressor out of the box;

the indoor unit consists of an indoor unit box body (9), an evaporator (10) arranged in the indoor unit box body, a cross-flow fan (11) and a plasma air purifier (12); the indoor unit box body is provided with a first air-conditioning air outlet (13) and a second air-conditioning air outlet (14) at the lower end of the box body, the first air-conditioning air outlet is used for regulating and controlling the indoor overall temperature, the second air-conditioning air outlet is used for regulating and controlling the local temperature of a table, the second air-conditioning air outlet is provided with a safe air outlet (15) for preventing an air supply pipeline from being blocked, the first air-conditioning air outlet is provided with an air outlet reversing plate (16), the air outlet reversing plate closes the second air-conditioning air outlet by a first side plate (17) of the air outlet reversing plate to open the first air-conditioning air outlet (18) at the same time, the upper plate of the air outlet reversing plate is provided with an air outlet motor (19) for moving the air outlet reversing plate, and two ends of a rotating shaft (20) of the air outlet motor are provided with a first gear (21) which is meshed with first racks (22) on two sides of the air-conditioning air outlet so that the air outlet reversing plate controls output air of the ion wind air conditioner to be output from the first air outlet or output from the second air-conditioning air outlet;

the indoor unit box body is provided with an air conditioner air inlet I (23), an air conditioner air inlet II (24) and a fresh air inlet (25) at the upper end of the box body, the air conditioner air inlet I is used for regulating and controlling the temperature of the whole indoor space, the air conditioner air inlet II is used for regulating and controlling the temperature of the local space of a table, the air conditioner air inlet II is provided with a safety air inlet (26) for preventing an air inlet pipeline from being blocked, the air conditioner air inlet I is provided with an air inlet reversing plate (27), the air inlet reversing plate and an upper plate II (28) of the air inlet reversing plate open the air conditioner air inlet I, the side plate II (29) closes the air conditioner air inlet II at the same time, the air inlet reversing plate is provided with an air inlet motor (30) for enabling the air inlet reversing plate to move, and gears III (32) are arranged at two ends of a rotating shaft III (31) of the air inlet motor and racks III (33) at two sides of the air conditioner air inlet so that the air inlet reversing plate controls the input air of the ion wind air conditioner to be input from the air inlet I or the air conditioner;

the evaporator, the cross-flow fan and the plasma air purifier are characterized in that the cross-flow fan is arranged at the lower end of the evaporator, an air conditioner air outlet I and an air conditioner air outlet II are arranged below the cross-flow fan, the plasma air purifier is arranged at the front end of air inlet of the evaporator, and an air conditioner air inlet I and an air conditioner air inlet II are arranged in front of the plasma air purifier;

the plasma air purifier consists of a high-voltage ion electric field (34), a dust discharge partition plate (35), a dust discharge reversing plate (36), a dust discharge motor (37) and an ozone removal filter screen (38); the high-voltage ionic electric field is provided with an anode exhaust plate (39) and a cathode exhaust plate (40), the anode exhaust plate is opposite to the cathode exhaust plate with a certain distance from left to right, the anode exhaust plate and the cathode exhaust plate are sleeved with a dust scraping plate (41), nuts (42) for moving the dust scraping plate are sleeved at two ends of the dust scraping plate, the nuts are connected with a dust scraping motor (43), a dust discharging partition plate is arranged at the front end of air inlet of the high-voltage ionic electric field, the dust discharging partition plate is provided with a dust discharging reversing plate, the dust discharging reversing plate is provided with a dust discharging motor for moving the dust discharging reversing plate, and two ends of a rotating shaft (44) of the dust discharging motor are provided with a gear (45) and meshed with two racks (46) at two sides of an air inlet so that the dust discharging reversing plate controls dust of the high-voltage ionic electric field to be discharged out of a room from a dust discharging port (47);

the outdoor unit and the outdoor unit comprise an air conditioner circuit board and a remote controller;

the plasma air purifier comprises a high-voltage circuit;

the table comprises a panel (48), a left top plate (49), a right top plate (50), a rear top plate (51), a table air inlet (52) and a table air outlet (53); the panel is connected and supported by a left top plate, a right top plate and a rear top plate, and the rear top plate is provided with a table air inlet and a table air outlet.

2. The ionic wind air-conditioning table as claimed in claim 1, wherein: the ion air conditioner is divided into an indoor unit and an outdoor unit, the indoor unit is installed indoors, the outdoor unit is installed outdoors, the indoor unit is divided into a hanging machine and a cabinet machine, and the ion air conditioner is fixedly used or movably used.

3. The ionic wind air-conditioning table as claimed in claim 1, wherein: the compressor is variable-frequency or fixed-frequency.

4. The ionic wind air-conditioning table as claimed in claim 1, wherein: the ion wind air conditioner can be additionally provided with an electric auxiliary heater to improve the air outlet temperature.

5. The ionic wind air-conditioning table as claimed in claim 1, wherein: the high-voltage ion electric field is a high-voltage ion electric field or a high-voltage electrostatic field.

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