CN114224156A

CN114224156A - Novel hollow honeycomb built-in curtain

Info

Publication number: CN114224156A
Application number: CN202111646532.9A
Authority: CN
Inventors: 王卫东; 袁克光; 张�成; 王卫平; 蒋民芳
Original assignee: Changshu Zhongqin Building Material Co ltd
Current assignee: Changshu Zhongqin Building Material Co ltd
Priority date: 2021-12-30
Filing date: 2021-12-30
Publication date: 2022-03-25
Anticipated expiration: 2041-12-30
Also published as: CN114224156B

Abstract

A novel hollow honeycomb built-in curtain comprises a frame body, a curtain body and a curtain cover, wherein the frame body is composed of a right frame tube, a left frame tube, an upper frame tube and a lower frame tube; the honeycomb blind is arranged in the frame body and can be lifted up and down, and the upward side edge of the honeycomb blind is inserted and embedded on the lower side edge of the upper transverse frame pipe; two pieces of light-transmitting glass, install in both sides before and after the frame body; the lifting manipulator is arranged in the hollow cavity of the right longitudinal frame pipe; the magnetic control plate is arranged on the front side panel of the right longitudinal frame pipe and is connected with the lifting manipulator in a magnetic adsorption manner; the method is characterized in that: the device also comprises an upper pull rope component which comprises a first upper pull rope and a second upper pull rope which are arranged on the upper side of the lifting manipulator and can drive the honeycomb blind to move upwards under the control of the lifting manipulator; the lower stay cord component comprises a first lower stay cord and a second lower stay cord which are arranged on the lower side of the lifting manipulator and can drive the honeycomb blind to move downwards under the control of the lifting manipulator. The advantages are that: the honeycomb curtain body can be rapidly and conveniently expanded or contracted, the internal structure is simplified, the safety and reliability are embodied, and the production cost is reduced.

Description

Novel hollow honeycomb built-in curtain

Technical Field

The invention belongs to the technical field of hollow blind curtains, and particularly relates to a novel hollow honeycomb-built-in curtain.

Background

The honeycomb curtain is a furniture article commonly used in daily life for shielding light and decorating, and the honeycomb curtain is a quite attractive and practical style in the honeycomb curtain, the whole curtain body is in an organ shape and is formed by mutually connecting a plurality of honeycomb curtain sheet monomers with regular hexagonal sections, the whole curtain sheet can be integrally contracted or expanded by utilizing the characteristic that the curtain sheet monomers can be folded and extended, and the honeycomb curtain cloth can store air in a honeycomb structure of a hollow layer due to the unique characteristic of the honeycomb curtain cloth, can play an effective heat insulation role, so the honeycomb curtain is more and more favored by people. Most of the existing hollow built-in honeycomb curtains are provided with a window frame, glass arranged on the front side and the rear side of the window frame and a honeycomb curtain body arranged inside the window frame, and in order to ensure the air tightness of the whole product, a built-in magnetic plate arranged in the window frame is generally used for driving a plurality of pull ropes so as to control the honeycomb curtain body, and the pull ropes are arranged on the upper part of the built-in magnetic plate; specifically, the method comprises the following steps: the upper ends of a plurality of pull ropes are fixed on the window frame component and penetrate through the built-in magnetic plate in a steering mode, one end of each pull rope penetrates through the upper end of the honeycomb curtain body and then penetrates through the honeycomb curtain body downwards, meanwhile, the pull ropes also penetrate through the lower end of the honeycomb curtain body and are fixed on the upper rail, and when the built-in magnetic control plate moves up and down, the pull ropes are driven to move up and down correspondingly, so that the honeycomb curtain cloth is driven to contract and extend correspondingly; in order to solve the difficulty brought to the control of the curtain by the weight of honeycomb curtain cloth with larger size, a positioning counterweight component is usually arranged and is arranged at the lower side of the built-in magnetic control plate, one end of the positioning counterweight component is fixed on the window frame component, the other end of the positioning counterweight component naturally sags after penetrating through the built-in magnetic plate, and the positioning counterweight component can effectively balance the weight of the curtain cloth when the curtain cloth rises, so that the operation is convenient. However, the arrangement of such a positioning weight assembly presents a number of problems: firstly, the internal structure of the positioning counterweight component is complex, and the process of assembling in the window frame is very complicated; secondly, due to the movement of the counterweight component, the folded honeycomb curtain cloth is opened, so that the curtain cloth is extruded into an internal frame to generate irreversible distortion; thirdly, in the process of installing or carrying the movable window frame, the counterweight component which is not fixed can move randomly, thereby destroying the adjacent accessories and causing the damage of the spare and accessory parts.

In view of the above, there is a need for a honeycomb window covering that is simple and inexpensive to construct and does not require counterweights. The applicant has therefore made an advantageous design, in the context of which the solution to be described below is made.

Disclosure of Invention

The invention aims to provide a novel hollow built-in honeycomb curtain which is beneficial to quickly and conveniently completing the expansion or contraction of a honeycomb curtain body by arranging an upper pull rope component, a lower pull rope component and a lifting manipulator which is matched and connected with the upper pull rope component and the lower pull rope component, does not need a counterweight component, effectively simplifies the internal structure, realizes the safety and reliability and reduces the production cost.

The invention aims to solve the problem that the novel hollow honeycomb built-in curtain comprises a frame body, wherein the frame body is formed by sequentially connecting a right longitudinal frame tube, a left longitudinal frame tube, an upper transverse frame tube and a lower transverse frame tube through four corner guide pieces to form a rectangular frame structure, and the right longitudinal frame tube, the left longitudinal frame tube, the upper transverse frame tube and the lower transverse frame tube are all strip-shaped rectangular frame structures with hollow interiors; a honeycomb blind which is arranged in the frame body and can be lifted up and down, wherein one upward side edge of the honeycomb blind is fixedly inserted and embedded on the lower side edge of the upper transverse frame pipe; two light-transmitting glasses respectively installed at front and rear sides of the frame body in a state of being opposite to each other; the lifting manipulator is arranged in the hollow cavity of the right longitudinal frame pipe and can slide up and down in the hollow cavity in a reciprocating manner; the magnetic control plate is arranged on the front side panel of the right longitudinal frame tube in a fitting manner and is connected with the lifting manipulator in a magnetic adsorption manner; is characterized in that: the honeycomb curtain lifting device further comprises an upper pull rope component, wherein the upper pull rope component comprises a first upper pull rope I and a second upper pull rope II which are arranged on the upper side of the lifting manipulator and can drive the honeycomb curtain to move upwards under the control of the lifting manipulator; the lower pull rope component comprises a first lower pull rope I and a second lower pull rope II which are arranged on the lower side of the lifting manipulator, and the first lower pull rope I and the second lower pull rope II can drive the honeycomb blind to move downwards under the control of the lifting manipulator.

In a specific embodiment of the present invention, the right longitudinal frame tube includes a right longitudinal frame tube base plate and a right longitudinal frame tube cover plate which are inserted and assembled together, and the right longitudinal frame tube further includes a right longitudinal frame tube strip which is installed at a right side position of the right longitudinal frame tube base plate and a right longitudinal frame tube cover plate in a matching manner, and a right longitudinal frame plate partition plate which is extended along a height direction of the right longitudinal frame tube base plate and is close to a left side position is formed on the right longitudinal frame tube base plate and is close to the left side position, the right longitudinal frame plate partition plate partitions a hollow cavity inside the right longitudinal frame tube into a right longitudinal frame tube main body cavity at the right side and a right longitudinal frame tube pull rope guide cavity at the left side, and the lift controller is disposed in the right longitudinal frame tube main body cavity; similarly, indulge the frame pipe in a left side also indulges frame pipe bedplate and a left side including inserting the left side that the cooperation was installed together and indulge the frame pipe apron, and this left side indulges the frame pipe still including a cooperation install indulge the frame pipe bedplate and a left side and indulge the frame pipe strip on the right side position department of frame pipe apron, and indulge on the frame pipe bedplate in a left side and close to right side position department and constitute a left side that extends the setting and indulge the frame board division board along its direction of height, this left side indulges the inside cavity separation of frame pipe in a left side and indulges frame pipe main part chamber and the left side on right side and indulge frame pipe stay cord guide chamber.

In another specific embodiment of the present invention, the upper horizontal frame tube comprises an upper horizontal frame tube main body and an upper horizontal frame tube strip inserted and fitted on the upper portion of the upper horizontal frame tube main body, and the downward side surface of the upper transverse frame tube main body part is arranged in an open way, and an upper transverse frame tube main body part partition plate which extends along the length direction of the upper transverse frame tube main body part is formed inside the upper transverse frame tube main body part, the upper part of the upper transverse frame pipe main body part partition plate is formed into an upper transverse frame pipe main body part hollow cavity, and the positions of the inner side surfaces of the front and rear side face plates of the upper transverse frame pipe main body part, which correspond to the lower position of the upper transverse frame pipe main body part partition plate, are respectively convexly provided with a honeycomb blind upper embedded plate, the length direction edges of the curtain sheet monomers at the upper parts of the honeycomb blinds are inserted and fixed between the upper embedded plates of the two honeycomb blinds and the upper transverse frame pipe main body part partition plate, so that the honeycomb blinds are positioned and connected with the upper transverse frame pipe; similarly, the lower horizontal frame tube also comprises a lower horizontal frame tube main body part and a lower horizontal frame tube strip which is inserted and assembled at the lower part of the lower horizontal frame tube main body part, the upper part of the lower horizontal frame tube main body part is arranged in an open way, a lower horizontal frame tube main body part separation plate which extends along the length direction of the lower horizontal frame tube main body part is also formed inside the lower horizontal frame tube main body part, and the lower part of the lower horizontal frame tube main body part separation plate is formed into a lower horizontal frame tube main body part hollow cavity.

In a further specific embodiment of the present invention, the corner guide is in an L-shaped plate member configuration, and the corner guide has a corner guide body plate, a first fitting plate i formed at one end portion in the length direction of the corner guide body plate and keeping parallel therewith, and a second fitting plate ii formed at the other end portion in the length direction of the corner guide body plate and keeping perpendicular therewith, the first fitting plate i and the second fitting plate ii are each capable of being fitted with the left vertical frame tube strip, the right vertical frame tube strip, the upper horizontal frame tube strip, and the lower horizontal frame tube strip, thereby connecting the adjacent frame tubes; and a pull rope locking hook and a pull rope guide part are further formed on the surface of one side, opposite to the second embedded plate II, of the corner guide body plate, the pull rope locking hook is arranged close to the second embedded plate II, the pull rope guide part is arranged close to the first embedded plate I, and a pull rope guide roller capable of rotating around a self wheel shaft is further arranged between the front panel and the rear panel of the pull rope guide part in a penetrating mode.

In still another embodiment of the present invention, a plurality of first engaging plate barbed insert plates i and a plurality of second engaging plate barbed insert plates ii are respectively formed on the first engaging plate i and the second engaging plate ii of the corner guide.

In yet another embodiment of the present invention, the cellular shade includes a cellular shade body and a cellular shade connecting beam installed at a lower position of the cellular shade body, the honeycomb blind body is formed by mutually connecting a plurality of blind sheet monomers with regular hexagonal sections, the upper part of the honeycomb curtain connecting beam is arranged in an open way, and a honeycomb curtain connecting beam partition plate which extends along the length direction is formed inside the honeycomb curtain connecting beam, the lower part of the honeycomb curtain connecting beam partition board is formed into a hollow cavity of the honeycomb curtain connecting beam, the edges of the opening end parts of the front panel and the rear panel of the honeycomb curtain connecting beam are respectively convexly provided with a honeycomb curtain lower embedded board, the length direction edges of the curtain sheet monomers at the lower part of the honeycomb blind are respectively inserted and fixed between the lower embedded plates of the two honeycomb blinds and the partition plates of the connecting beams of the honeycomb blinds, so that the honeycomb blind body is connected with the connecting beams of the honeycomb blinds in a positioning manner.

In a further specific embodiment of the present invention, a pull cord connector is inserted and fitted at both ends of the honeycomb blind connecting beam in the length direction, the pull cord connector has a pull cord connector engaging portion and a pull cord connecting hook portion formed at one side of the pull cord connector engaging portion, the pull cord connector engaging portion is fitted and fitted with the hollow cavity of the honeycomb blind connecting beam to realize the fixed connection between the pull cord connector and the honeycomb blind connecting beam, and the pull cord connecting hook portion has a pull cord connecting upper hook and a pull cord connecting lower hook; and the pull rope connecting piece arranged at the right end part of the honeycomb curtain connecting beam in the length direction stretches into the right longitudinal frame pipe pull rope guide cavity and is fixedly hooked with the first upper pull rope I and the first lower pull rope I, and the pull rope connecting piece arranged at the left end part of the honeycomb curtain connecting beam in the length direction stretches into the left longitudinal frame pipe pull rope guide cavity and is fixedly hooked with the second upper pull rope II and the second lower pull rope II.

In a further embodiment of the present invention, the lifting manipulator is configured as a long rectangular block, and has a manipulator magnet receiving portion, two manipulator rail wheel portions and two rope control wheel portions; the manipulator magnet accommodating part is formed in the middle of the lifting manipulator body, is hollow and is fixedly provided with a manipulator magnet; the two controller rail wheel parts are respectively formed at the upper end part and the lower end part of the controller magnet accommodating part, the controller rail wheel parts are provided with controller rail wheel part side plates formed at the left side and the right side of the body, a controller rail wheel shaft seat is formed at the front side positions of the two inner surfaces of the two controller rail wheel part side plates, a controller rail wheel is further arranged between the two controller rail wheel part side plates, the controller rail wheel is attached to the right longitudinal frame tube cover plate of the right longitudinal frame tube and can roll on the surface of the right longitudinal frame tube cover plate in a reciprocating manner, a controller rail wheel shaft is further arranged in the controller rail wheel in a penetrating manner, and the left end and the right end of the controller rail wheel shaft in the length direction are respectively and rotatably supported in the controller rail wheel shaft seats at the two sides; and the two rope control wheel parts are respectively formed at one side position of the two manipulator rail wheel parts far away from the manipulator magnet accommodating part, and the rope control wheel part is provided with rope control wheel part side plates which are formed at the front side and the rear side of the body, a pull rope control wheel is connected between the side plates of the two pull rope control wheel parts, a pull rope control wheel shaft is arranged in the pull rope control wheel in a penetrating way, a pull rope control wheel shaft embedded hole is respectively arranged on the side plates of the two pull rope control wheel parts, the front end part and the rear end part of each pull rope control wheel shaft are respectively and rotatably arranged in the pull rope control wheel shaft embedded holes on the front side and the rear side, therefore, the connection between the stay rope control wheel and the side plates of the stay rope control wheel parts on the two sides is realized, the first upper stay rope I and the second upper stay rope II of the upper stay rope assembly are wound around the stay rope control wheel on the upper part, and similarly, the first upper stay rope I and the second lower stay rope II of the lower stay rope assembly are wound around the stay rope control wheel on the lower part.

In yet another specific embodiment of the present invention, the magnetron is also in a long rectangular block shape, and one side of the magnetron facing the right vertical frame tube cover plate of the right vertical frame tube is provided with an opening; the magnetic control board is also provided with a magnetic control board magnet containing part and two magnetic control board track wheel parts, the magnetic control board magnet containing part is formed in the middle position of the magnetic control board body, the magnetic control piece magnet containing part is hollow and is fixedly provided with a magnetic control piece magnet, the magnetic control piece magnet and the controller magnet are arranged correspondingly, and the magnetic control piece magnet and the controller magnet are magnetically coupled; two magnetic control spare rail wheel portions constitute respectively the upper and lower tip position department of magnetic control spare magnet holding portion, and this magnetic control spare rail wheel portion possesses the magnetic control spare rail wheel portion curb plate that constitutes in its body left and right sides, all constitutes a magnetic control spare rail wheel axle bed in the front side position department of the relative internal surface of two magnetic control spare rail wheel portion curb plates, and still is provided with a magnetic control spare rail wheel between two magnetic control spare rail wheel portion curb plates, this magnetic control spare rail wheel laminating is in on the right longitudinal frame pipe apron of right longitudinal frame pipe and can reciprocate on the surface of right longitudinal frame pipe apron, still wears to be equipped with a magnetic control spare rail wheel axle in this magnetic control spare rail wheel, and the left and right ends of this magnetic control spare rail wheel axle length direction are supported in the rail wheel axle bed of both sides respectively rotationally.

In a still more specific embodiment of the present invention, one end of each of the first upper pulling rope i and the second upper pulling rope ii in the length direction is fixedly installed in a hollow cavity inside a corner guide at the joint of the right longitudinal frame tube and the upper transverse frame tube, and both of the first upper pulling rope i and the second upper pulling rope ii pass through the upper transverse frame tube and then extend upward and the upper corner guide can guide both of the first upper pulling rope i and the second upper pulling rope ii, and both of the first upper pulling rope i and the second upper pulling rope ii extend into the left longitudinal frame tube and are fixedly connected with the left lower end of the honeycomb shade; the end parts of the first lower pulling rope I and the second lower pulling rope II in the length direction are fixedly installed in a hollow cavity inside a corner guide part of the corner guide part at the joint of the right longitudinal frame pipe and the lower transverse frame pipe, the first lower pulling rope I and the second lower pulling rope II both penetrate through the lower end part of the lifting manipulator in a steering mode and can move under the driving of the lifting manipulator, meanwhile, the first lower pulling rope I and the second lower pulling rope II penetrate through the lower transverse frame pipe and extend downwards, the corner guide part at the lower part of the lifting manipulator can guide the first lower pulling rope I and the lower right end part of the honeycomb curtain, and the second lower pulling rope II penetrates through the lower transverse frame pipe and then extends into the left longitudinal frame pipe and is fixedly connected with the lower left end part of the honeycomb curtain.

After the structure is adopted, the invention has the beneficial effects that: the upper stay rope assembly, the lower stay rope assembly and the lifting controller which is matched and connected with the upper stay rope assembly and the lower stay rope assembly are arranged, the first upper stay rope I and the second upper stay rope II of the upper stay rope assembly are respectively connected to stay rope connecting pieces at the left end and the right end of the lower part of the honeycomb curtain, the two stay ropes of the lower stay rope assembly are also connected to the stay rope connecting pieces at the left end and the right end, the lifting controller is moved by manually controlling a magnetic control plate, so that the honeycomb curtain body can be quickly and conveniently expanded or contracted by the movement of the upper stay rope assembly or the lower stay rope assembly, the adjustment can be quickly, simply and conveniently realized in a labor-saving manner, the lifting controller is more reliable, safe and lower in cost, and no counter weight is needed to be arranged, the problem that the honeycomb curtain body is difficult to move upwards can be solved by using the lower stay rope assembly, the internal structure is greatly simplified, and the reliability of the operation is further ensured; in addition, through the corner guide piece with the stay cord guide part, the stay cord can be guided by the corner guide piece when the adjacent frame pipes are connected, the overall structure can be further simplified, the manufacturing cost is reduced, and meanwhile, the process flow is saved.

Drawings

Fig. 1 is a schematic overall structure diagram of an embodiment of the present invention.

Fig. 2 is an exploded perspective view of the embodiment shown in fig. 1.

Fig. 3 is a schematic plan view of the connection structure of the pulling rope assembly of the present invention.

FIG. 4 is a schematic view of a connecting beam of a cellular shade according to the present invention.

Fig. 5 is a schematic structural view of the corner guide according to the present invention.

Fig. 6 is a schematic structural diagram of the lifting manipulator and the magnetic control plate according to the present invention.

In the figure: 1. frame body, 11, right vertical frame tube, 111, right vertical frame tube base plate, 1111, right vertical frame tube partition plate, 112, right vertical frame tube cover plate, 113, right vertical frame tube strip, 114, right vertical frame tube main body cavity, 115, right vertical frame tube draw cord guide cavity, 12, left vertical frame tube, 121, left vertical frame tube base plate, 1211, left vertical frame tube partition plate, 122, left vertical frame tube cover plate, 123, right vertical frame tube strip, 124, left vertical frame tube main body cavity, 125, left vertical frame tube draw cord guide cavity, 13, upper horizontal frame tube, 131, upper horizontal frame tube main body, 1311, upper horizontal frame tube main body partition plate, 1312, upper horizontal frame tube main body hollow cavity, 1313, honeycomb curtain upper fitting plate, 132, upper horizontal frame tube strip, 14, lower horizontal frame tube, 141, lower horizontal frame tube main body, 1411, lower horizontal frame tube main body partition plate, 1412, lower horizontal frame tube main body hollow cavity, 142, 15, corner guide strip, 15, right vertical frame tube cover plate, 112, and right vertical frame tube cover plate, 13, and right vertical frame tube main body partition plate, etc, 151. The corner guide part comprises a corner guide part body plate 152, a first embedded plate I, 1521, a first embedded plate barb inserting plate I, 153, a second embedded plate II, 1531, a second embedded plate barb inserting plate II, 154, a pull rope locking hook, 155, a pull rope guide part 1551 and a pull rope guide roller;

2. the honeycomb curtain comprises a honeycomb curtain body, a honeycomb curtain connecting beam partition plate, a honeycomb curtain connecting beam hollow cavity, a honeycomb curtain lower embedded plate, a honeycomb curtain connecting beam 23, a pull rope connecting piece embedded part, a pull rope connecting hook body part, a pull rope connecting upper hook, a pull rope connecting lower hook, a pull rope connecting upper hook and a pull rope connecting lower hook, wherein the honeycomb curtain connecting beam partition plate is 221;

3. a light-transmitting glass;

4. the lifting control device comprises a lifting control device, 41, a control device magnet accommodating part, 411, a control device magnet, 42, a control device track wheel part, 421, a control device track wheel part side plate, 4211, a control device track wheel shaft seat, 422, a control device track wheel, 4221, a control device track wheel shaft, 43, a pull rope control wheel part, 431, a pull rope control wheel part side plate, 4311, a pull rope control wheel shaft embedding hole, 432, a pull rope control wheel, 4321 and a pull rope control wheel shaft;

5. the magnetic control plate comprises a magnetic control plate, 51 magnetic control plate magnet accommodating parts, 511 magnetic control member magnets, 52 magnetic control plate rail wheel parts, 521 magnetic control plate rail wheel part side plates, 5211 magnetic control plate rail wheel shaft seats, 522 magnetic control plate rail wheels and 5221 magnetic control plate rail wheel shafts;

6. an upper pull rope component 61, a first upper pull rope I, a first upper pull rope 62, a second upper pull rope II;

7. and the lower pull rope assembly 71 comprises first lower pull ropes I and 72 and a second lower pull rope II.

Detailed Description

The following detailed description of the embodiments of the present invention will be described with reference to the accompanying drawings, but the description of the embodiments is not intended to limit the technical solutions, and any changes in form and not essential to the inventive concept should be regarded as the protection scope of the present invention.

In the following description, all the concepts related to the directions or orientations of up, down, left, right, front and rear are based on the position of fig. 2, and thus should not be construed as particularly limiting the technical solution provided by the present invention.

Referring to fig. 1, 2 and 3, a novel manual honeycomb window curtain is shown, which comprises a frame body 1, wherein the frame body 1 is a rectangular frame structure formed by sequentially connecting a right longitudinal frame tube 11, a left longitudinal frame tube 12, an upper transverse frame tube 13 and a lower transverse frame tube 14 through four corner guide members 15, and the right longitudinal frame tube 11, the left longitudinal frame tube 12, the upper transverse frame tube 13 and the lower transverse frame tube 14 are all strip-shaped rectangular frame structures with hollow interiors; a cellular shade 2 is shown, which is arranged inside the frame body 1 and can be lifted therein, and one side edge of the cellular shade 2 facing upwards is fixedly inserted on the lower side edge of the upper horizontal frame pipe 13; two light-transmitting glasses 3 are shown, respectively mounted on the front and rear sides of the aforementioned frame body 1 in a state of being opposed to each other; a lifting manipulator 4 is shown, which is arranged in the hollow cavity of the right longitudinal frame pipe 11 and can slide up and down in the hollow cavity in a reciprocating manner; a magnetron 5 is shown, which is attached to the front panel of the right vertical frame tube 11 and is magnetically connected to the lifting manipulator 4.

The technical key points of the technical scheme provided by the invention are as follows: the honeycomb curtain lifting device further comprises an upper pull rope component 6, which comprises a first upper pull rope I61 and a second upper pull rope II 62 which are arranged on the upper side of the lifting manipulator 4 and can drive the honeycomb curtain 2 to move upwards under the control of the lifting manipulator 4; the lower rope assembly 7 comprises a first lower rope i 71 and a second lower rope ii 72 arranged at the lower side of the lifting manipulator 4, and the first lower rope i and the second lower rope ii can drive the honeycomb shade 2 to move downwards under the control of the lifting manipulator 4.

In this embodiment, the right vertical frame tube 11 includes a right vertical frame tube base plate 111 and a right vertical frame tube cover plate 112 that are inserted and assembled together, and the right vertical frame tube 11 further includes a right vertical frame tube strip 113 that is installed at the right side of the right vertical frame tube base plate 111 and the right vertical frame tube cover plate 112 in a matching manner, and a right vertical frame plate partition plate 1111 that extends along the height direction is formed at the position on the right vertical frame tube base plate 111 and near the left side, and the right vertical frame plate partition plate 1111 divides the hollow cavity inside the right vertical frame tube 11 into a right vertical frame tube main body cavity 114 at the right side and a right vertical frame tube pull rope guide cavity 115 at the left side, and the lift controller 4 is disposed in the right vertical frame tube main body cavity 114; similarly, the left vertical frame tube 12 also includes a left vertical frame tube base plate 121 and a left vertical frame tube cover plate 122 that are inserted and assembled together, and the left vertical frame tube 12 further includes a right vertical frame tube strip 123 that is installed at the right side of the left vertical frame tube base plate 121 and the left vertical frame tube cover plate 122, and a left vertical frame plate separation plate 1211 that extends along the height direction of the left vertical frame tube base plate 121 and is formed near the right side, and the left vertical frame plate separation plate 1211 separates the hollow cavity inside the left vertical frame tube 12 into a left vertical frame tube main body cavity 124 at the left side and a left vertical frame tube pull rope guide cavity 125 at the right side.

Further, the upper horizontal frame tube 13 includes an upper horizontal frame tube main body 131 and an upper horizontal frame tube bar 132 inserted and installed on the upper portion of the upper horizontal frame tube main body 131, and the upper horizontal frame pipe main body part 131 is opened at its downward side surface, and an upper horizontal frame pipe main body part separation plate 1311 extending along its length direction is formed inside the upper horizontal frame pipe main body part 131, the upper portion of the top frame tube body partition plate 1311 is configured as a top frame tube body hollow cavity 1312, a honeycomb blind upper embedded plate 1313 is convexly formed at the lower position of the inner side surface of the front and rear side panels of the upper cross frame tube main body piece 131 corresponding to the upper cross frame tube main body piece partition plate 1311, and the length direction edge of the single curtain sheet at the upper part of the honeycomb blind 2 is inserted and fixed between the two honeycomb blind upper embedded plates 1313 and the upper cross frame tube main body piece partition plate 1311, so that the honeycomb blind 2 and the upper cross frame tube 13 are positioned and connected; similarly, the lower horizontal frame tube 14 also includes a lower horizontal frame tube main body 141 and a lower horizontal frame tube strip 142 inserted and fitted to the lower portion of the lower horizontal frame tube main body 141, the upper portion of the lower horizontal frame tube main body 141 is disposed in an open manner, a lower horizontal frame tube main body partition 1411 extending along the length direction is also formed inside the lower horizontal frame tube main body 141, and the lower portion of the lower horizontal frame tube main body partition 1411 is formed as a lower horizontal frame tube main body hollow cavity 1412.

Referring to fig. 5 and combining fig. 1 and fig. 2, the corner guide 15 is in an L-shaped plate structure, and the corner guide 15 includes a corner guide body plate 151, a first engaging plate i 152 formed at one end of the corner guide body plate 151 in the length direction and keeping parallel to the first engaging plate, and a second engaging plate ii 153 formed at the other end of the corner guide body plate 151 in the length direction and keeping perpendicular to the second engaging plate, wherein the first engaging plate i 152 and the second engaging plate ii 153 can be respectively engaged with the left vertical frame tube strip 113, the right vertical frame tube strip 123, the upper horizontal frame tube strip 132 and the lower horizontal frame tube strip 142 to connect adjacent frame tubes; a rope locking hook 154 and a rope guide 155 are further formed on a surface of the corner guide body plate 151 opposite to the second fitting plate ii 153, the rope locking hook 154 is provided adjacent to the second fitting plate ii 153 and the rope guide 155 is provided adjacent to the first fitting plate i 152, and a rope guide roller 1551 rotatable around its own wheel axis is further provided between front and rear panels of the rope guide 155.

Furthermore, a plurality of first embedding plate barb inserting plates I1521 and a plurality of second embedding plate barb inserting plates II 1531 are respectively formed on the first embedding plate I152 and the second embedding plate II 153 of the corner guide part 15, and the first embedding plate barb inserting plates I1521 and the second embedding plate barb inserting plates II 1531 can facilitate the assembly of the corner guide part 15 and the frame pipe strip.

With reference to fig. 1 and fig. 2 in combination with fig. 4, the cellular shade 2 includes a cellular shade body 21 and a cellular shade connecting beam 22 installed at a lower position of the cellular shade body 21, the cellular shade body 21 is formed by connecting a plurality of shade sheet monomers having regular hexagonal cross-sections, and the shade sheet monomers are preferably made of a composite fabric having an outer layer of non-woven fabric and an inner layer of aluminum foil; and the upper portion of this honeycomb blind tie-beam 22 is open mouthful setting, and constitutes one in the inside of this honeycomb blind tie-beam 22 and follows this honeycomb blind tie-beam division board 221 that its length direction extended the setting, and the lower part of this honeycomb blind tie-beam division board 221 constitutes for honeycomb blind tie-beam cavity 222, and on the opening end border of panel around the honeycomb blind tie-beam 22 protruding respectively and be formed with a honeycomb blind lower embedded plate 223, thereby the curtain monomer length direction border of aforementioned honeycomb blind 2 lower part is inserted respectively to join in marriage to fix between two honeycomb blind lower embedded plates 223 and honeycomb blind tie-beam division board 221 and realize the location of honeycomb blind body 21 and honeycomb blind tie-beam 22 and be connected.

Further, a rope connecting member 23 is inserted and mounted at both ends of the honeycomb shade connecting beam 22 in the longitudinal direction, the rope connecting member 23 has a rope connecting member engaging portion 231 and a rope connecting hook portion 232 formed at one side of the rope connecting member engaging portion 231, the rope connecting member engaging portion 231 is fitted and mounted in the honeycomb shade connecting beam hollow cavity 222 to fixedly connect the rope connecting member 23 and the honeycomb shade connecting beam 22, and the rope connecting hook portion 232 has a rope connecting upper hook 2321 and a rope connecting lower hook 2322; the cord coupling member 23 fitted to the right end of the honeycomb shade connecting beam 22 in the longitudinal direction is inserted into the right vertical frame tube cord guide chamber 115 and hooked and fixed to the first upper cord i 61 and the first lower cord i 71, and the cord coupling member 23 fitted to the left end of the honeycomb shade connecting beam 22 in the longitudinal direction is inserted into the left vertical frame tube cord guide chamber 125 and hooked and fixed to the second upper cord ii 62 and the second lower cord ii 72.

Please refer to fig. 6 in combination with fig. 1 and 2, the lifting controller 4 is in a rectangular bar shape and includes a controller magnet receiving portion 41, two controller rail wheel portions 42 and two rope control wheel portions 43; the manipulator magnet receiving portion 41 is formed at a middle position of the body of the lifting manipulator 4, and the manipulator magnet receiving portion 41 is hollow and has a manipulator magnet 411 fixedly mounted therein; two of the two manipulator rail wheel portions 42 are respectively formed at the upper and lower end portions of the manipulator magnet receiving portion 41, and the manipulator rail wheel portion 42 has manipulator rail wheel portion side plates 421 formed at the left and right sides of the body thereof, a manipulator rail wheel seat 4211 is formed at the front side positions of the two inner surfaces of the two manipulator rail wheel portion side plates 421, and a manipulator rail wheel 422 is further provided between the two manipulator rail wheel portion side plates 421, the manipulator rail wheel 422 is attached to the right longitudinal frame tube cover plate 112 of the right longitudinal frame tube 11 and can reciprocally roll on the surface of the right longitudinal frame tube cover plate 112, a manipulator rail wheel shaft 4221 is further inserted into the manipulator rail wheel 422, and the left and right ends of the manipulator rail wheel shaft 4221 in the length direction are respectively rotatably supported in the manipulator rail wheel seat 4211 at the two sides; the two rope control wheel portions 43 are respectively formed at a position of one side of the two controller rail wheel portions 42 away from the controller magnet receiving portion 41, the rope control wheel portion 43 has rope control wheel portion side plates 431 formed at the front and rear sides of the body thereof, a rope control wheel 432 is connected between the two rope control wheel portion side plates 431, a rope control wheel shaft 4321 is inserted into the rope control wheel 432, rope control wheel shaft embedding holes 4311 are respectively formed on the two rope control wheel portion side plates 431, the front and rear end portions of the rope control wheel shaft 4321 are respectively rotatably installed in the rope control wheel shaft embedding holes 4311 at the front and rear sides so as to connect the rope control wheel 432 with the rope control wheel portion side plates 431 at both sides, the first upper rope i 61 and the second upper rope ii 62 of the upper rope assembly 6 are wound around the rope control wheel 432 at the upper portion, similarly, the first upper rope i 71 and the second lower rope ii 72 of the lower rope assembly 7 pass around the rope control wheel 432 located at the lower portion.

In the present embodiment, the magnetron 5 is also in the form of a long rectangular block, and the magnetron 5 is disposed with an opening on the side facing the right vertical frame tube cover plate 112 of the right vertical frame tube 11; the magnetron 5 also has a magnetron magnet receiving portion 51 and two magnetron rail wheel portions 52, the magnetron magnet receiving portion 51 is formed at the middle position of the magnetron 5 body, the magnetron magnet receiving portion 51 is hollow and is fixedly installed with a magnetron magnet 511 therein, the magnetron magnet 511 and the controller magnet 411 are correspondingly arranged and magnetically coupled; the two magnetron orbit wheel portions 52 are respectively formed at upper and lower end portions of the magnetron magnet receiving portion 51, and the magnetron orbit wheel portion 52 includes magnetron orbit wheel portion side plates 521 formed at left and right sides of the body thereof, a magnetron orbit wheel seat 5211 is formed at a front side position of opposing inner surfaces of the two magnetron orbit wheel portion side plates 521, and a magnetron orbit wheel 522 is further provided between the two magnetron orbit wheel portion side plates 521, the magnetron orbit wheel 522 is attached to the right vertical frame tube cover plate 112 of the right vertical frame tube 11 and is capable of rolling back and forth on a surface of the right vertical frame tube cover plate 112, a magnetron orbit wheel shaft 5221 is further inserted into the magnetron orbit wheel 522, and left and right ends of the magnetron orbit wheel shaft 5221 in the length direction are rotatably supported in the magnetron orbit wheel seat 5211 at both sides, respectively.

Preferably, one end of the first upper pulling rope i 61 and one end of the second upper pulling rope ii 62 in the length direction are fixedly installed in a hollow cavity inside the corner guide 15 at the joint of the right vertical frame tube 11 and the upper horizontal frame tube 13, and both pass through the upper end of the lifting manipulator 4 in a steering manner and can move under the driving of the lifting manipulator 4, and simultaneously both pass through the lifting manipulator 4 and extend upwards, and the corner guide 15 at the upper part can guide both, the first upper pulling rope i 61 is fixedly connected with the right lower end of the cellular shade 2, and the second upper pulling rope ii 62 passes through the upper horizontal frame tube 13 and then extends into the left vertical frame tube 12 and is fixedly connected with the left lower end of the cellular shade 2; the first lower pulling rope i 71 and the second lower pulling rope ii 72 are fixedly installed in a hollow cavity inside the corner guide 15 of the corner guide 15 at the joint of the right vertical frame tube 11 and the lower horizontal frame tube 14, both pass through the lower end of the lifting manipulator 4 in a steering manner and can move under the driving of the lifting manipulator 4, and both pass through the lifting manipulator 4 and extend downward, and the lower corner guide 15 can guide both, while the first lower pulling rope i 71 is fixedly connected with the right lower end of the honeycomb curtain 2, and the second lower pulling rope ii 72 penetrates through the lower horizontal frame tube 14 and then extends into the left vertical frame tube 12 and is fixedly connected with the left lower end of the honeycomb curtain 2.

Referring to fig. 1 and fig. 2 in combination with fig. 3, the applicant briefly describes the installation manner and the working principle of the technical solution provided by the present invention: in the installation, as shown in fig. 3 and 2, the lifting controller 4 is first placed in the right vertical frame tube main body cavity 114, and the longitudinal ends of the first upper rope i 61 and the second upper rope ii 62 are fixedly mounted on the rope locking hook 154 of the corner guide 15 at the upper portion of the right vertical frame tube 11, and both of them pass through the rope control wheel 432 at the upper portion in a steering manner and extend upward, and the rope guide 155 at the upper portion can guide both of them, the first upper rope i 61 extends downward and is fixedly connected to the rope connecting piece 23 at the right side, the second upper rope ii 62 passes through the upper horizontal frame tube 13 leftward and then extends downward into the left vertical frame tube rope guide cavity 125 of the left vertical frame tube 12 and is fixedly connected to the rope connecting piece 23 at the left side, and the longitudinal ends of the first lower rope i 71 and the second lower rope ii 72 are fixedly mounted on the rope locking hook of the corner guide 15 at the lower portion, the two pull rope control wheels 432 at the lower part are respectively penetrated through in a steering way and can move under the driving of the lifting controller 4, then the two pull rope control wheels extend downwards, the pull rope guide idler wheel 1551 of the corner guide part 15 at the lower part can guide the two pull rope control wheels, the first lower pull rope I71 is inserted into the pull rope guide cavity 115 of the right longitudinal frame pipe and is fixedly connected with the pull rope connecting piece 23 at the right side, and the second lower pull rope II 72 is inserted into the pull rope guide cavity 125 of the left longitudinal frame pipe 12 upwards after penetrating through the lower transverse frame pipe 14 leftwards and is fixedly connected with the pull rope connecting piece 23 at the left side;

when a user wants to operate the cellular curtain, for example, when the cellular curtain is to be expanded and moved downward, the lifting controller 4 is driven to move upward by pushing the magnetron 5 upward, and at this time, the rope control wheel 432 at the lower part of the lifting controller 4 drives the first lower rope i 71 and the second lower rope ii 72 to move, because the right part of the first lower rope i 71 and the second lower rope ii 72 between the rope control wheel 432 and the connecting rope locking hook 154 is lengthened on the rope locking hook 154 of the corner guide 15 at one end of the first lower rope i 71 and the second lower rope ii 72 in the length direction, and the left part of the first lower rope i 71 and the second lower rope ii 72 between the rope control wheel 432 and the connecting rope locking hook 154 are lengthened, so that the rope connecting pieces 23 at both sides and the connecting beam 22 of the cellular curtain are driven to move downward by the first upper rope i 61 and the second upper rope ii 62 to move along with each other, finally, downward movement and expansion of the honeycomb curtain body 21 are completed, and by analogy, when a user wants to move up and contract the honeycomb curtain, the magnetic control plate 5 is pushed downwards to drive the lifting controller 4 to move downwards, and at the moment, the right parts of the upper pull rope control wheels 432 of the first upper pull rope I61 and the second upper pull rope II 62 are lengthened, so that the honeycomb curtain body 21 is moved up and contracted, and therefore the purpose of freely changing the opening light-transmitting or folding light-shielding area of the honeycomb curtain is achieved.

In conclusion, the technical scheme provided by the invention overcomes the defects in the prior art, successfully completes the invention task and truly realizes the technical effects of the applicant in the technical effect column.

Claims

1. A novel hollow built-in honeycomb curtain comprises a frame body (1), wherein the frame body (1) is formed into a rectangular frame structure by sequentially connecting a right longitudinal frame tube (11), a left longitudinal frame tube (12), an upper transverse frame tube (13) and a lower transverse frame tube (14) through four corner guide pieces (15), and the right longitudinal frame tube (11), the left longitudinal frame tube (12), the upper transverse frame tube (13) and the lower transverse frame tube (14) are all strip-shaped rectangular frame structures with hollow interiors; a honeycomb blind (2) which is arranged inside the frame body (1) and can be lifted and lowered, wherein one side edge of the honeycomb blind (2) facing upwards is fixedly inserted and embedded on the lower side edge of the upper transverse frame tube (13); two light-transmitting glasses (3) respectively mounted on the front and rear sides of the frame body (1) in a state of being opposed to each other; the lifting manipulator (4) is arranged in the hollow cavity of the right longitudinal frame pipe (11) and can slide up and down in the hollow cavity in a reciprocating manner; the magnetic control plate (5) is arranged on the front side panel of the right longitudinal frame pipe (11) in a fitting manner and is connected with the lifting manipulator (4) in a magnetic adsorption manner; the device is characterized by further comprising an upper pull rope component (6), wherein the upper pull rope component (6) comprises a first upper pull rope I (61) and a second upper pull rope II (62) which are arranged on the upper side of the lifting manipulator (4) and can drive the honeycomb curtain (2) to move upwards under the control of the lifting manipulator (4); the lower pulling rope component (7) comprises a first lower pulling rope I (71) and a second lower pulling rope II (72) which are arranged on the lower side of the lifting manipulator (4), and the first lower pulling rope I (71) and the second lower pulling rope II can drive the honeycomb curtain (2) to move downwards under the control of the lifting manipulator (4).

2. The novel hollow honeycomb-embedded window curtain as claimed in claim 1, wherein the right longitudinal frame tube (11) comprises a right longitudinal frame tube base plate (111) and a right longitudinal frame tube cover plate (112) which are inserted and assembled together, and the right vertical frame tube (11) also comprises a right vertical frame tube strip (113) which is arranged at the right side position of the right vertical frame tube base plate (111) and a right vertical frame tube cover plate (112) in a matching way, and a right vertical frame plate partition plate (1111) extending along the height direction is formed on the right vertical frame tube base plate (111) and near the left side, the right longitudinal frame plate partition plate (1111) divides the hollow cavity inside the right longitudinal frame tube (11) into a right longitudinal frame tube main body cavity (114) on the right side and a right longitudinal frame tube pull rope guide cavity (115) on the left side, the lifting manipulator (4) is arranged in the right longitudinal frame pipe main body cavity (114); similarly, the left vertical frame tube (12) also comprises a left vertical frame tube base plate (121) and a left vertical frame tube cover plate (122) which are inserted and assembled together, the left vertical frame tube (12) further comprises a right vertical frame tube strip (123) which is assembled at the right side position of the left vertical frame tube base plate (121) and the left vertical frame tube cover plate (122) in a matching way, a left vertical frame plate partition plate (1211) which extends along the height direction of the left vertical frame tube base plate (121) and is close to the right side position is formed on the left vertical frame tube base plate (121), and the left vertical frame plate partition plate (1211) divides the hollow cavity inside the left vertical frame tube (12) into a left vertical frame tube main body cavity (124) at the left side and a left vertical frame tube pull rope guide cavity (125) at the right side.

3. The hollow honeycomb window curtain as claimed in claim 2, wherein the upper cross frame tube (13) comprises an upper cross frame tube main body (131) and an upper cross frame tube strip (132) inserted and fitted on the upper portion of the upper cross frame tube main body (131), and the upper cross frame tube main body (131) is open on one side surface facing downward, and an upper cross frame tube main body partition plate (1311) extending along the length direction is formed inside the upper cross frame tube main body (131), the upper portion of the upper cross frame tube main body partition plate (1311) is formed as an upper cross frame tube main body hollow cavity (1312), and a honeycomb curtain upper plate (1313) is formed on the inner side surface of the front and rear side plates of the upper cross frame tube main body (131) at the lower position corresponding to the upper cross frame tube main body partition plate (1311) in a protruding manner, the length direction edges of the curtain sheet monomers at the upper part of the honeycomb blind (2) are inserted and fixed between the upper embedded plates (1313) of the two honeycomb blinds and the upper transverse frame pipe main body part partition plate (1311), so that the honeycomb blind (2) is positioned and connected with the upper transverse frame pipe (13); similarly, the lower horizontal frame tube (14) also comprises a lower horizontal frame tube main body part (141) and a lower horizontal frame tube strip (142) inserted and installed at the lower part of the lower horizontal frame tube main body part (141), the upper part of the lower horizontal frame tube main body part (141) is arranged in an open manner, a lower horizontal frame tube main body part partition plate (1411) extending along the length direction is also formed inside the lower horizontal frame tube main body part (141), and the lower part of the lower horizontal frame tube main body part partition plate (1411) is formed into a lower horizontal frame tube main body part hollow cavity (1412).

4. A novel hollow honeycomb-embedded window curtain as claimed in claim 3, wherein the corner guide (15) is of L-shaped plate-shaped structure, and the corner guide (15) has a corner guide body plate (151), a first engaging plate i (152) formed at one end of the corner guide body plate (151) in the length direction and keeping parallel to the corner guide body plate, and a second engaging plate ii (153) formed at the other end of the corner guide body plate (151) in the length direction and keeping perpendicular to the corner guide body plate, the first engaging plate i (152) and the second engaging plate ii (153) can be inserted into and engaged with the left vertical frame tube strip (113), the right vertical frame tube strip (123), the upper horizontal frame tube strip (132) and the lower horizontal frame tube strip (142), thereby realizing the connection of the adjacent frame tubes; and a rope locking hook (154) and a rope guide (155) are further formed on a surface of the corner guide body plate (151) opposite to the second fitting plate ii (153), the rope locking hook (154) is disposed adjacent to the second fitting plate ii (153) and the rope guide (155) is disposed adjacent to the first fitting plate i (152), and a rope guide roller (1551) rotatable around its own wheel axis is further inserted between front and rear panels of the rope guide (155).

5. A novel hollow honeycomb-embedded window curtain as claimed in claim 4, wherein a plurality of first embedded plate barb plug boards I (1521) and a plurality of second embedded plate barb plug boards II (1531) are respectively formed on the first embedded plate I (152) and the second embedded plate II (153) of the corner guide (15).

6. A novel hollow honeycomb curtain as claimed in claim 3, wherein the honeycomb curtain (2) comprises a honeycomb curtain body (21) and a honeycomb curtain connecting beam (22) installed at the lower portion of the honeycomb curtain body (21), the honeycomb curtain body (21) is formed by connecting a plurality of curtain sheets with regular hexagonal section to each other, the upper portion of the honeycomb curtain connecting beam (22) is open, a honeycomb curtain connecting beam partition plate (221) extending along the length direction of the honeycomb curtain connecting beam is formed inside the honeycomb curtain connecting beam (22), the lower portion of the honeycomb curtain connecting beam partition plate (221) is formed as a honeycomb curtain connecting beam hollow cavity (222), a honeycomb curtain lower engaging plate (223) is formed on the opening end edge of the front and rear panels of the honeycomb curtain connecting beam (22), the curtain sheets at the lower portion of the honeycomb curtain (2) are respectively inserted and fixed to the two honeycomb curtain lower engaging plates (223) And the honeycomb curtain connecting beam partition plates (221) are arranged between the honeycomb curtain connecting beam partition plates, so that the honeycomb curtain body (21) is connected with the honeycomb curtain connecting beam (22) in a positioning way.

7. The novel hollow built-in honeycomb window curtain as claimed in claim 6, wherein a pull cord connecting piece (23) is inserted and fitted at both ends of the honeycomb curtain connecting beam (22) in the length direction, the pull cord connecting piece (23) has a pull cord connecting piece fitting portion (231) and a pull cord connecting hook portion (232) formed at one side of the pull cord connecting piece fitting portion (231), the pull cord connecting piece fitting portion (231) is fitted and fitted with the honeycomb curtain connecting beam hollow cavity (222) to fixedly connect the pull cord connecting piece (23) and the honeycomb curtain connecting beam (22), and the pull cord connecting hook portion (232) has a pull cord connecting upper hook (2321) and a pull cord connecting lower hook (2322); and the pull rope connecting piece (23) which is arranged at the right end part of the honeycomb curtain connecting beam (22) in the length direction stretches into the pull rope guide cavity (115) of the right longitudinal frame tube and is fixedly hooked with the first upper pull rope I (61) and the first lower pull rope I (71), and the pull rope connecting piece (23) which is arranged at the left end part of the honeycomb curtain connecting beam (22) in the length direction stretches into the pull rope guide cavity (125) of the left longitudinal frame tube and is fixedly hooked with the second upper pull rope II (62) and the second lower pull rope II (72).

8. A novel hollow honeycomb-embedded window shade as defined in claim 2, wherein said lifting manipulator (4) is in the form of an elongated rectangular block and is provided with a manipulator magnet receiving portion (41), two manipulator rail wheel portions (42) and two cord-operated wheel portions (43); the manipulator magnet accommodating part (41) is formed at the middle position of the body of the lifting manipulator (4), and the manipulator magnet accommodating part (41) is hollow and fixedly provided with a manipulator magnet (411); two manipulator rail wheel portions (42) are respectively formed at upper and lower end portions of the manipulator magnet accommodating portion (41), and the controller rail wheel part (42) is provided with controller rail wheel part side plates (421) formed on the left and right sides of the body, a manipulator track wheel axle seat (4211) is formed at the front side position of two inner surfaces of the two manipulator track wheel part side plates (421), and a manipulator rail wheel (422) is arranged between the two manipulator rail wheel part side plates (421), the manipulator rail wheel (422) is attached to the right longitudinal frame tube cover plate (112) of the right longitudinal frame tube (11) and can roll on the surface of the right longitudinal frame tube cover plate (112) in a reciprocating manner, a manipulator rail wheel shaft (4221) is arranged in the manipulator rail wheel (422) in a penetrating way, the left and right ends of the manipulator track wheel axle (4221) in the length direction are respectively and rotatably supported in the manipulator track wheel axle seats (4211) on the two sides; and two stay cord control wheel parts (43) respectively constitute two one side position department of keeping away from controller magnet holding part (41) of controller track wheel part (42), and this stay cord control wheel part (43) possess and constitute have stay cord control wheel part curb plate (431) of both sides around its body, are connected with a stay cord between two stay cord control wheel part curb plates (431), wear to be equipped with a stay cord in the inside of this stay cord control wheel (432) and control shaft (4321), and two stay cord control wheel part curb plate (431) are last all seted up a stay cord control wheel shaft caulking hole (4311), both ends tip is installed in the stay cord control wheel shaft caulking hole (4311) of both sides around respectively rotationally around the stay cord control wheel (432) of both sides to realize that the stay cord controls being connected of wheel part curb plate (431) with both sides stay cord control wheel part (432), go up first last stay cord (61) and second upper stay cord (62) of stay cord subassembly (6) and walk around the position around In the upper rope control wheel (432), similarly, the first upper rope I (71) and the second lower rope II (72) of the lower rope assembly (7) are wound around the rope control wheel (432) located at the lower part.

9. The novel hollow honeycomb-embedded window curtain as claimed in claim 8, wherein the magnetron (5) is also in the shape of an elongated rectangular block, and the side of the magnetron (5) facing the right longitudinal frame tube cover plate (112) of the right longitudinal frame tube (11) is provided with an opening; the magnetic control board (5) is also provided with a magnetic control board magnet accommodating part (51) and two magnetic control board track wheel parts (52), the magnetic control board magnet accommodating part (51) is formed in the middle position of the magnetic control board (5) body, the magnetic control piece magnet accommodating part (51) is hollow and is fixedly provided with a magnetic control piece magnet (511), the magnetic control piece magnet (511) and the controller magnet (411) are arranged correspondingly, and the magnetic control piece magnet (511) and the controller magnet (411) realize magnetic coupling; the two magnetic control rail wheel parts (52) are respectively formed at the upper end part and the lower end part of the magnetic control magnet accommodating part (51), and the magnetic control member orbit wheel part (52) is provided with magnetic control member orbit wheel part side plates (521) which are formed at the left and the right sides of the body, a magnetic control member rail wheel axle seat (5211) is formed at the front side position of the opposite inner surfaces of the two magnetic control member rail wheel part side plates (521), and a magnetic control piece rail wheel (522) is arranged between the two magnetic control piece rail wheel part side plates (521), the magnetic control member rail wheel (522) is attached to the right longitudinal frame tube cover plate (112) of the right longitudinal frame tube (11) and can roll on the surface of the right longitudinal frame tube cover plate (112) in a reciprocating way, a magnetic control piece rail wheel shaft (5221) is arranged in the magnetic control piece rail wheel (522) in a penetrating way, the left and right ends of the magnetic control member rail wheel shaft (5221) in the length direction are respectively and rotatably supported in the magnetic control member rail wheel shaft seats (5211) on both sides.

10. The novel hollow honeycomb-embedded curtain as claimed in claim 1, wherein one end of the first upper pulling rope I (61) and one end of the second upper pulling rope II (62) in the length direction are fixedly installed in the hollow cavity inside the corner guide (15) at the joint of the right longitudinal frame tube (11) and the upper transverse frame tube (13), and both pass through the upper end part of the lifting manipulator (4) in a steering way and can move under the driving of the lifting manipulator (4), both of which extend upwards after passing through the lifting manipulator (4) and both of which can be guided by upper corner guides (15), the first upper pull rope I (61) is fixedly connected with the right lower end part of the honeycomb curtain (2), a second upper pull rope II (62) penetrates through the upper transverse frame tube (13) and then extends into the left longitudinal frame tube (12) and is fixedly connected with the left lower end part of the honeycomb blind (2); one end part of the first lower pull rope I (71) and one end part of the second lower pull rope II (72) in the length direction are fixedly arranged in a hollow cavity inside a corner guide part (15) of a corner guide part (15) at the joint of the right vertical frame pipe (11) and the lower transverse frame pipe (14), and both pass through the lower end part of the lifting manipulator (4) in a steering way and can move under the driving of the lifting manipulator (4), meanwhile, the two guide rails penetrate through the lifting manipulator (4) and extend downwards, and the lower corner guide piece (15) can guide the two guide rails, the first lower pull rope I (71) is fixedly connected with the right lower end part of the honeycomb shade (2), and a second lower pull rope II (72) penetrates through the lower transverse frame tube (14) and then extends into the left longitudinal frame tube (12) and is fixedly connected with the left lower end part of the honeycomb curtain (2).