CN109028530B

CN109028530B - Air purifier for office of air circulation of external expansion type louver air box

Info

Publication number: CN109028530B
Application number: CN201810865640.7A
Authority: CN
Inventors: 不公告发明人
Original assignee: Yueqing Xinyi Technology Co Ltd
Current assignee: Yueqing Xinyi Technology Co., Ltd
Priority date: 2018-08-01
Filing date: 2018-08-01
Publication date: 2020-11-24
Anticipated expiration: 2038-08-01
Also published as: CN109028530A

Abstract

The invention discloses an air purifier for office use with circulating airflow of an external expansion type louver air box, which structurally comprises: the invention realizes the stretching and the contraction of the buckle block through the outward expansion connecting rod frame, and the drawing of the movable gap between the louver boards and the linkage filter boards, avoids the attachment of the filter boards close to the connecting belt particles, enables the air boxes to be flexibly decomposed, forms the expansion of the purification gap of the filter boards, dredges the transmission of the filter boards, and enables the air flow particles to be better purified and output in a layered manner.

Description

Air purifier for office of air circulation of external expansion type louver air box

Technical Field

The invention relates to an air purifier for office use with air circulation of an external expansion type louver air box, belonging to the field of air purifiers.

Background

Air cleaner is the small-size equipment of gas exchange and humidification cooling, when having the function of air conditioner and vent, self volume is less, conveniently places in room or office, and in the inner structure of purifier, the function effect is realized to the ventilative breathing of multi-purpose layer upon layer filter screen and anion membrane, and the compactness of structure is strong, but ventilative taking a breath just is not convenient enough, and the public shortcoming of treating the optimization of prior art has:

the air box of the air purifier is of a fixed structure and is tightly attached to the filter plate, so that the gap of the filter plate for hierarchical purification is insufficient, and the airflow particles purified on the upper layer can be attached to the lower layer of plate to interfere the airflow transportation.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide an air purifier for office use with circulating airflow of an outward-expanding type louver air box, and aims to solve the problems that the air box of the air purifier is of a fixed structure and is tightly attached to a filter plate, so that gaps of the filter plate for hierarchical purification are insufficient, and airflow particles purified at an upper layer are attached to a lower layer of plate to interfere airflow conveying.

In order to achieve the purpose, the invention is realized by the following technical scheme: an air current endless office of expanding formula tripe bellows uses air cleaner, its structure includes: blade radiating groove, transmission machine case, regulation turn round runner, transmission column section of thick bamboo, steel mesh clamshell, turboprop, tripe bellows, the regulation is turned round the wheel and is inserted and is inlayed in the front side of transmission machine case, transmission machine case and steel mesh clamshell weld respectively at the upper and lower both ends of transmission column section of thick bamboo and link up each other, the blade radiating groove passes through the buckle and is in the same place with the right side lock of transmission machine case, turboprop installs on the inside bottom surface of steel mesh clamshell, the tripe bellows is installed in the inside of steel mesh clamshell, the regulation turns round the runner and is connected with tripe bellows machinery through the chain belt of transmission column section of thick bamboo, the transmission column section of thick bamboo is installed directly over the tripe bellows, turboprop and tripe bellows swing joint and axle center collineation, the blade radiating groove passes through transmission machine case and transmission column section of thick bamboo and link rod frame, The novel adjustable blind window comprises two grooved pulleys, a conveying belt, a steel wire inhaul cable and louver boards, wherein the louver boards are more than two and are transversely arranged in parallel to form a straight line and are positioned on the same vertical surface, the left end and the right end of a pull buckle block are movably connected with the two louver boards through springs, an externally-expanded connecting rod frame is vertically inserted and embedded in the rear side of the central line of the louver boards, two grooves of the louver boards are respectively embedded at the left end and the right end of the bottom of the externally-expanded connecting rod frame, the top of the externally-expanded connecting rod frame is mechanically connected with the double grooved pulleys through the steel wire inhaul cable, the double grooved pulleys are embedded at the top of the steel wire inhaul cable and are arranged at the right end of the conveying belt, the double grooved pulleys, the conveying belt, the steel wire inhaul cable and the louver boards are positioned.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the externally-expanded connecting rod frame consists of two opposite top lug plates, two roller rings, two V-shaped frame rods, rollers, an L-shaped push rod and a spring wire, wherein the two opposite top lug plates are respectively nested at the front sides of the roller rings, the axes of the two opposite top lug plates are collinear, the roller rings are arranged on the axes of the V-shaped frame rods, the roller rings are movably connected with the V-shaped frame rods through the opposite top lug plates, the two L-shaped push rods are respectively arranged at the left end and the right end of the V-shaped frame rods, the ends of the V-shaped frame rods and the L-shaped push rods are buckled together, the rollers are nested at the left end of the L-shaped push rod, the L-shaped push rod is mechanically connected with the V-shaped frame rods through the spring wire, the L-shaped push rod and the V-shaped frame rods are respectively welded at the left end and the right end of the spring wire, the central axis, the L-shaped push rod and the spring, The roller ring, the V-shaped frame rod, the roller, the L-shaped push rod and the spring wire are located on the same vertical surface, and the L-shaped push rod is movably connected with the grooves of the louver boards through the roller.

As a further improvement of the invention, the L-shaped push rod and the upper end and the lower end of the V-shaped frame rod are mechanically connected with the pull buckle block through the louver boards, the outer surface of the roller ring is movably connected with the double-thread grooved pulley through the steel wire inhaul cable, and the opposite top ear plate is mechanically connected with the steel wire inhaul cable through the roller ring.

As a further improvement of the invention, the pull-button block consists of a button wheel, a T-shaped column block and a spring tube, the button wheel and the T-shaped column block are nested into a whole, the button wheel and the T-shaped column block are respectively provided with two parts and respectively welded on the left side and the right side of the spring tube, the button wheel is mechanically connected with the spring tube through the T-shaped column block, the T-shaped column block is movably connected with the spring tube, the axes of the button wheel, the T-shaped column block and the spring tube are collinear, and the T-shaped column block is buckled with the shutter plate through the button wheel.

As a further improvement of the invention, the spring tube is mechanically connected with an L-shaped push rod contained in the outward expansion connecting rod frame through a louver board, and the roller is buckled with the button wheel through a groove of the louver board.

As a further improvement of the invention, the T-shaped column block is made of elastic carbon fiber materials, and is matched with the reset of the stretching of the spring tube to shrink the gap of the filter plate embedded at the inner side of the louver board when the louver board is fastened by the button wheel.

As a further improvement of the invention, the outer surface of the roller is covered with a shell made of silica gel, so that the grooves of the louver boards are conveniently pushed to rub and open the integral louver bellows, thereby opening the gaps of the filter boards embedded at the inner sides of the louver boards and increasing the volume of purified air flow.

As a further improvement of the invention, the rotation of the adjusting torsion wheel links the transmission of the conveyor belt and the steel wire inhaul cable to allocate the extension of the externally expanded connecting rod frame, and the mechanical transmission is tight.

Advantageous effects

The invention relates to an air purifier for office work with airflow circulation of an externally-expanding type louver air box, which is characterized in that the louver air box is placed in an office work room, a transmission case and a transmission column barrel are driven to regulate and control the louver air box through manually regulating a torsion wheel, a blade heat dissipation groove receives gas to be purified at the upper layer and dissipates heat, the louver air box is effectively protected from collision and deformation through a steel mesh shell cover, a turbine propeller rotates in the steel mesh shell cover and is matched with externally-expanding blast air of the louver air box to increase cyclone flow, a transmission belt is driven to draw a double-line sheave through regulating the rotation of a torsion wheel, a steel wire inhaul cable is wound to enable an externally-expanding connecting rod frame and a louver board to be mechanically driven to transmit, a pull buckle block is matched with limit, a tension roller ring of the externally-expanding connecting rod frame rotates along the steel wire inhaul cable to drive an oppositely-, the linkage extension bellows internal filter plate clearance is expanded, realizes the multilayer clearance wind gap effect of outer expanding structure, drives button wheel and T type post piece pulling spring tube's extreme value, spacing shutter plate of stretching to improve the narrow and small of interior air current and take a breath, promote holistic large-traffic cyclone and switch on the circulation and purify the ventilation.

The invention has the following advantages after operation:

the expansion of the external expansion connecting rod frame is matched with the contraction of the pull buckle block, the louver boards are pulled to link the opening and closing of the movable gap between the filter boards, the attachment of particles on the filter boards in a clinging and connecting mode is avoided, the bellows can be flexibly decomposed, the purification gap of the filter boards is enlarged, the air flow of the filter boards is dredged, and the air flow particles are better purified and output in a layered mode.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of an office air purifier with an external expansion type louver bellows for air circulation.

FIG. 2 is a schematic view of the construction of a louver bellows of the present invention.

FIG. 3 is a schematic view showing the outward expansion of the louver bellows according to the present invention.

FIG. 4 is an enlarged view of the contracted state of the splay connecting rod brace according to the present invention.

Fig. 5 is an enlarged schematic structural view of the outward expansion state of the pulling buckle block of the present invention.

Description of reference numerals: the device comprises a blade radiating groove-1, a transmission case-2, an adjusting torsion rotating wheel-3, a transmission column barrel-4, a steel mesh shell cover-5, a turboprop-6, a louver air box-7, an external expansion connecting rod frame-71, a pull buckle block-72, a double-line grooved pulley-73, a transmission belt-74, a steel wire inhaul cable-75, a louver plate-76, an opposite top lug plate-711, a roller ring-712, a V-shaped frame rod-713, a roller-714, an L-shaped push rod-715, a spring wire-716, a button wheel-721, a T-shaped column block-722 and a spring pipe-723.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1 to 3, the present invention provides an office air purifier with an external expanding louver bellows and an airflow circulation structure, comprising: the blade heat dissipation groove 1, the transmission case 2, the adjusting torsion rotating wheel 3, the transmission column barrel 4, the steel mesh shell cover 5, the turboprop 6 and the louver air box 7, the adjusting torsion rotating wheel 3 is inserted and embedded at the front side of the transmission case 2, the transmission case 2 and the steel mesh shell cover 5 are respectively welded at the upper end and the lower end of the transmission column barrel 4 and are communicated with each other, the blade heat dissipation groove 1 is buckled with the right side of the transmission case 2 through a buckle, the turboprop 6 is installed on the bottom surface inside the steel mesh shell cover 5, the louver air box 7 is installed inside the steel mesh shell cover 5, the adjusting torsion rotating wheel 3 is mechanically connected with the louver air box 7 through a chain belt of the transmission column barrel 4, the transmission column barrel 4 is installed right above the louver air box 7, the turboprop 6 is movably connected with the louver air box 7 and is collinear in axis, the blade heat dissipation groove 1 is communicated with the transmission column barrel 4 through, the louver air box 7 is provided with an external expansion connecting rod frame 71, a pulling buckle block 72, a double-wire grooved pulley 73, a conveyor belt 74, a steel wire rope 75 and a louver plate 76, the louver plate 76 is provided with more than two louver plates 76 which are transversely arranged in a straight line and on the same vertical surface, the left end and the right end of the pulling buckle block 72 are movably connected with the two louver plates 76 through springs, the external expansion connecting rod frame 71 is vertically inserted and embedded at the rear side of the central line of the louver plate 76, two grooves of the louver plate 76 are respectively embedded at the left end and the right end of the bottom of the external expansion connecting rod frame 71, the top of the external expansion connecting rod frame 71 is mechanically connected with the double-wire grooved pulley 73 through the steel wire rope 75, the double-wire grooved pulley 73 is embedded at the top of the steel wire rope 75 and is arranged at the right end of the conveyor belt 74, the double-wire grooved pulley 73, the conveyor belt 74, the steel wire rope 75 and, the adjusting torsion wheel 3 is nested at the left end of the conveyor belt 74.

Referring to fig. 4, the outward-expanding link frame 71 is composed of an opposite ear plate 711, a roller ring 712, V-frame rods 713, rollers 714, L-shaped push rods 715 and spring wires 716, the opposite ear plate 711 is provided with two rollers which are nested at the front side of the roller ring 712 and have collinear axes, the roller ring 712 is mounted on the axis of the V-frame rod 713, the roller ring 712 is movably connected with the V-frame rod 713 through the opposite ear plate 711, the L-shaped push rods 715 are provided with two rollers which are respectively mounted at the left and right ends of the V-frame rod 713, the V-frame rod 713 and the L-shaped push rods 715 are fastened together, the rollers 714 are nested at the left end of the L-shaped push rods 715, the L-shaped push rods 715 are mechanically connected with the V-frame rods 713 through the spring wires 716, the L-shaped push rods 715 and the V-frame rods 713 are respectively welded at the left and right ends of the spring wires 716, the rollers 714, the L-shaped push rods 715 and the spring wires 716 are all provided with two rollers 713 and are symmetrical to each other through the, the utility model discloses a filter plate, including V-arrangement frame pole 713, L type push rod 715, spring wire 716, the top ear plate 711, roller ring 712, V-arrangement frame pole 713, roller 714, L type push rod 715, spring wire 716 are in same vertical face, L type push rod 715 passes through the recess swing joint of roller 714 and shutter plate 76, the upper and lower both ends of L type push rod 715 and V-arrangement frame pole 713 are through shutter plate 76 and pulling and detain piece 72 mechanical connection, the surface of roller ring 712 passes through steel wire cable 75 and double-wire sheave 73 swing joint, top ear plate 711 passes through roller ring 712 and steel wire cable 75 mechanical connection, conveniently realizes the decomposition formula extension effect of whole bellows through expanding link 71 outward, and the clearance of more directly perceived expansion filter plate improves the volume of purifying the internal environment thereby improves the air current endless purification volume.

Referring to fig. 5, the pulling block 72 is composed of a button wheel 721, a T-shaped column block 722 and a spring tube 723, the button wheel 721 and the T-shaped column block 722 are nested into a whole, the button wheel 721 and the T-shaped column block 722 are both provided with two parts and respectively welded to the left and right sides of the spring tube 723, the button wheel 721 is mechanically connected with the spring tube 723 through the T-shaped column block 722, the T-shaped column block 722 is movably connected with the spring tube 723, the button wheel 721, the T-shaped column block 722 and the spring tube axial center 723 are collinear, the T-shaped column block 722 is fastened with the louver plate 76 through the button wheel 721, the spring tube 723 is mechanically connected with an L-shaped push rod 715 included in the flaring rod frame 71 through the louver plate 76, the roller 714 is fastened with the button wheel 721 through a groove of the louver plate 76, the pulling block 72 drives the clamping and fastening and stretching scheduling limit in telescopic fit, so as to efficiently control the limit value of the expansion of the bellows, and the reset is matched with the operation of the whole equipment from the maximum limit.

Referring to fig. 5, the T-shaped column 722 is made of an elastic carbon fiber material, and cooperates with the button wheel 721 to fasten the louver 76 and the spring tube 723 to stretch and return to contract the gap between the filter plates embedded inside the louver, and the outer surface of the roller 714 is covered with a shell made of silica gel, so as to facilitate pushing the groove of the louver 76 to rub and open the integral louver 7, thereby opening the gap between the filter plates embedded inside the louver, increasing the volume of purified air flow, optimizing the components in terms of material, and having the advantages of friction resistance and wear resistance and the effect of enhancing the elastic fitting strength.

Referring to fig. 3, the extension of the externally-expanded connecting rod frame 71 is allocated by the transmission of the rotating linkage conveyor belt 74 and the steel wire inhaul cable 75 of the adjusting torsion rotating wheel 3, the mechanical transmission is tight, the linkage of the whole function is realized, the smooth transmission is realized, and meanwhile, a movable gap is reserved to facilitate the replacement, maintenance and cleaning of the disassembled parts.

Referring to fig. 2-3, the above-mentioned operation will achieve the effect that the louver plates 76 are linked with the filter plates to enlarge the gap area, so that the overall outward-expanding connecting rod frame 71 forms a horizontally-expanded transverse pulling force effect, and the expanded area is matched with the upward and downward air inlet and outlet, thereby achieving the effect of small air inlet and bottom air box diffusion type air outlet.

The operation process comprises the following steps: the louver air box 7 is placed in an office, the transmission case 2 and the transmission cylinder 4 are driven to adjust and control the louver air box 7 by manually adjusting the torsion wheel 3, the blade heat dissipation groove 1 receives gas to be purified on the upper layer and dissipates heat, the louver air box 7 is effectively protected from collision and deformation by the steel mesh shell cover 5, the turboprop 6 rotates in the steel mesh shell cover 5 and is matched with the outward expansion air blast of the louver air box 7 to increase the flow of cyclone, the adjustment torsion wheel 3 rotates to drive the conveyor belt 74 to draw the double-wire grooved pulley 73, the outward expansion connecting rod frame 71 and the louver plates 76 are mechanically driven by winding the steel wire inhaul cable 75, the pull-buckle block 72 is matched with limiting tension, the opposite lug plate 711 rotates along the steel wire inhaul cable 75 to drive the opposite lug plate 711 to rotate to push the V-shaped frame rod 714, the L-shaped push rod 715 drives the roller tension spring wire 716 to push the, the gap of the filter plates in the bellows is expanded in a linkage manner, the multilayer gap air port effect of an outward expansion structure is realized, the button wheel 721 and the T-shaped column block 722 are driven to pull the limit value of the spring pipe 723 and limit the extended louver plates 76, so that narrow air exchange of inner air flow is improved, and integral large-flow cyclone conduction circulation purification air exchange is improved.

By means of the mutual combination of the components, the purposes that the outward expansion connecting rod frame is unfolded and the pull buckle block is contracted and matched, the louver boards are pulled to be linked with the opening and closing of the movable gaps between the filter boards, the filter boards are prevented from being attached to connecting particles, the air box can be flexibly decomposed, the purification gaps of the filter boards are expanded, the air flow of the filter boards is dredged, and the air flow particles are better purified and output in a layered mode are achieved, so that the problems that the air box of the air purifier is in a fixed structure and is tightly attached to the filter boards, the gaps of the filter boards in the layered purification are insufficient, and the air flow particles purified on the upper layer can be attached to the next layer of board.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. An air current endless office of expanding formula tripe bellows uses air cleaner, its structure includes: blade radiating groove (1), transmission machine case (2), regulation turn round runner (3), transmission column section of thick bamboo (4), steel mesh clamshell (5), turboprop (6), tripe bellows (7), its characterized in that:

the adjusting torsion wheel (3) is inserted and embedded at the front side of the transmission case (2), the transmission case (2) and the steel mesh shell cover (5) are respectively welded at the upper end and the lower end of the transmission column casing (4) and are communicated with each other, the blade radiating groove (1) is buckled with the right side of the transmission case (2) through a buckle, the turboprop (6) is arranged on the bottom surface inside the steel mesh shell cover (5), the louver air box (7) is arranged inside the steel mesh shell cover (5), the adjusting torsion wheel (3) is mechanically connected with the louver air box (7) through a chain belt of the transmission column barrel (4), the transmission column barrel (4) is arranged right above the louver air box (7), the turbine propeller (6) is movably connected with the louver air box (7) and the axes of the turbine propeller and the louver air box are collinear, the blade radiating grooves (1) are communicated with the transmission column casing (4) through the transmission case (2);

the louver air box (7) is provided with an external expansion connecting rod frame (71), a pulling buckle block (72), a double-wire grooved pulley (73), a conveyor belt (74), a steel wire inhaul cable (75) and a louver board (76);

the louver boards (76) are more than two and are transversely arranged in parallel to form a straight line and are positioned on the same vertical surface, the left end and the right end of the pulling buckle block (72) are movably connected with the two louver boards (76) through springs, the externally-expanded connecting rod frame (71) is vertically inserted and embedded at the rear side of the central line of the louver boards (76), two grooves of the louver boards (76) are respectively embedded at the left end and the right end of the bottom of the externally-expanded connecting rod frame (71), the top of the externally-expanded connecting rod frame (71) is mechanically connected with the double-grooved pulley (73) through the steel wire inhaul cable (75), the double-grooved pulley (73) is embedded at the top of the steel wire inhaul cable (75) and is arranged at the right end of the conveyor belt (74), the double-grooved pulley (73), the conveyor belt (74), the steel wire inhaul cable (75) and the louver boards (76) are positioned on the same vertical surface, and the double-grooved pulley (73), the adjusting torsion rotating wheel (3) is nested at the left end of the conveyor belt (74); the external expansion connecting rod frame (71) consists of two opposite top ear plates (711), a roller ring (712), a V-shaped frame rod (713), rollers (714), an L-shaped push rod (715) and a spring wire (716), wherein the two opposite top ear plates (711) are respectively nested at the front side of the roller ring (712) and the axes of the rollers are collinear, the roller ring (712) is arranged on the axis of the V-shaped frame rod (713), the roller ring (712) is movably connected with the V-shaped frame rod (713) through the opposite top ear plates (711), the L-shaped push rod (715) is respectively arranged at the left end and the right end of the V-shaped frame rod (713), the ends of the V-shaped frame rod (713) and the L-shaped push rod (715) are buckled together, the rollers (714) are nested at the left end of the L-shaped push rod (715), the L-shaped push rod (715) is mechanically connected with the V-shaped frame rod (713) through the spring wire (716), and the L-shaped push rod (713) and the V-shaped frame rod (716) are respectively welded at the left end and the right end, the roller (714), the L-shaped push rod (715) and the spring wire (716) are arranged and are symmetrical to each other through the central axis of the V-shaped frame rod (713), the opposite top ear plate (711), the roller ring (712), the V-shaped frame rod (713), the roller (714), the L-shaped push rod (715) and the spring wire (716) are positioned on the same vertical surface, and the L-shaped push rod (715) is movably connected with the groove of the louver board (76) through the roller (714); the upper end and the lower end of the L-shaped push rod (715) and the V-shaped frame rod (713) are mechanically connected with the pull buckle block (72) through the louver boards (76), the outer surface of the roller ring (712) is movably connected with the double-thread grooved pulley (73) through the steel wire inhaul cable (75), and the opposite top lug plate (711) is mechanically connected with the steel wire inhaul cable (75) through the roller ring (712); the pull-button block (72) is composed of a button wheel (721), a T-shaped column block (722) and a spring tube (723), the button wheel (721) and the T-shaped column block (722) are nested into a whole, the button wheel (721) and the T-shaped column block (722) are respectively provided with two parts and respectively welded on the left side and the right side of the spring tube (723), the button wheel (721) is mechanically connected with the spring tube (723) through the T-shaped column block (722), the T-shaped column block (722) is movably connected with the spring tube (723), the axes of the button wheel (721), the T-shaped column block (722) and the spring tube (723) are collinear, and the T-shaped column block (722) is buckled with the louver board (76) through the button wheel (721).

2. An office air cleaner of an air circulation of an expanding louver bellows according to claim 1, characterized in that: the spring tube (723) is mechanically connected with an L-shaped push rod (715) contained in the outward expansion connecting rod frame (71) through a louver plate (76), and the roller (714) is buckled with the button wheel (721) through a groove of the louver plate (76).