CN214941345U - Assembled air conditioner partition wall - Google Patents
Assembled air conditioner partition wall Download PDFInfo
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- CN214941345U CN214941345U CN202121146248.0U CN202121146248U CN214941345U CN 214941345 U CN214941345 U CN 214941345U CN 202121146248 U CN202121146248 U CN 202121146248U CN 214941345 U CN214941345 U CN 214941345U
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Abstract
The utility model discloses an assembled air conditioner partition wall, including air conditioner partition wall body, its characterized in that, air conditioner partition wall body include one as the structure wall body that supports the basis, are provided with the air conditioning function wallboard on the integral side of structure wall body one side or both sides, realize detachable connection through dismantling connection structure between air conditioning function wallboard and the structure wall body, the air conditioning function wallboard is radiation plate or air supply orifice plate, the inside pre-buried radiation heat transfer medium pipeline that is provided with of radiation plate, the inside wind channel that is provided with of air supply orifice plate, air supply orifice plate surface are provided with the communicating air outlet of wind channel. The utility model has the advantages of simple structure science, whole wall body intensity is higher, can conveniently adjust or the circulating water is adjusted to the wind current different air conditioner modes carries out the pertinence and switches the adjustment, still has convenient assembly construction simultaneously, improves assembly strength and appearance aesthetic measure.
Description
Technical Field
The utility model relates to a building wall technical field, concretely relates to assembled air conditioner partition wall.
Background
In order to reduce the environmental pollution caused by the construction industry, fabricated buildings are advocated by the nation. With the development of modern industrial technology, the existing assembled wallboard structure is gradually mature, the internal structure of the wallboard is a regular pore channel, and the wallboard is light in whole, easy to install, and universal, practical and standardized.
Modern houses have higher and higher requirements on comfort, a temperature control system is designed in decoration of rooms of many houses, and the temperature control system usually realizes the temperature control in the rooms in a ventilation air conditioner or a radiation air conditioner mode. The ventilation air conditioner is characterized in that cold air or hot air blown out by the air conditioner is used, and the air flow is used as a medium to realize indoor temperature regulation control and air exchange. The radiation air conditioner is a technical method that pipelines are pre-buried in a wall building, cold fluid or heat fluid medium flowing in the pipelines is used for enabling the surface of the building to form a cold (hot) radiation surface, and the cold (hot) radiation surface is used for supplying cold (warm) through radiation heat exchange with the human body, furniture and other surfaces of an enclosure structure.
On the one hand, in the indoor ventilation air conditioning technology, the traditional air supply mode is mixed ventilation. The air supply device and the air supply and return inlets are arranged at the upper part of the building space, so that the lower building space (working area) is not occupied, and the air supply device is characterized by high speed, large momentum and turbulent air supply. However, in the air supply process, a large amount of indoor air is coiled in the mat, the working area is generally in the return air or exhaust environment, and the ventilation efficiency and the sanitary condition are relatively poor. And when heating in winter, because hot air density is lower, easily form the temperature stratification phenomenon, the travelling comfort is poor and the effect is unsatisfactory.
On the other hand, the traditional radiation air conditioner is divided into a wet type and a dry type according to different construction modes, the traditional wet type has large load and large cushion thickness, and particularly, the construction period is long and the working procedures are more; the traditional dry type heating pipe or capillary network has poor thermal performance, small pipe diameter and high requirement on water quality. The radiation cooling has the problems of low local temperature and easy condensation, and greatly limits the application of the radiation cooling and the integrated propulsion of the radiation cooling and heating tail end. Meanwhile, the traditional radiation air-conditioning system has the problems of high overhauling difficulty and high maintenance cost, and the whole radiation system can only be scrapped probably after the fault occurs.
In order to solve the above problems, the inventor has applied for a radiation plate single body and a fabricated cooling and heating radiation wall plate of CN201920477151.4 and a room temperature control air conditioning system, so as to improve the cooling and heating adjustment mode of the room, increase the temperature control efficiency, and improve the indoor comfort. The utility model discloses a radiation plate monomer in this patent, a serial communication port, including insulating layer, soaking layer and the surface course that the order coincide set up, the insulating layer is made by insulation material, and the soaking layer comprises heat transfer pipeline and heat conduction material, and the heat transfer pipeline is buried underground in the soaking layer, and soaking layer top and below are provided with the interface of connecting the heat transfer pipeline, and the heat conduction material is filled the clearance between the heat transfer pipeline and is made the insulating layer and the surface course take shape as an organic wholely, and every radiation plate monomer one side is vertical to be provided with the joint arch, and the vertical joint recess that is provided with of opposite side, the joint arch can correspond the joint and cooperate and accomplish the assembly in the joint recess. Also discloses an assembled cold and warm radiation wallboard obtained by splicing the radiation plate monomers and a room temperature control air conditioning system comprising the radiation plate monomers and the assembled cold and warm radiation wallboard.
The design idea of the wall board scheme in the above patent is to integrate a circulating water heat exchange pipeline and a ventilation pipeline, wherein a surface layer with an internal pore passage is arranged in a wall body for ventilation and heat exchange, and a soaking layer composed of a heat exchange pipeline and a heat conduction material is arranged to realize water-through heat exchange. If the surface layer of the wall body with the structure is directly realized by the existing assembly type wall board, the thickness of the whole wall body is larger, the structure is overstaffed, and if the surface layer is independently arranged, the structural strength of the wall body is poor, so that the wall body is difficult to be practically applied. Meanwhile, the temperature control system of the existing room generally adjusts the temperature by independently depending on wind flow or circulating water, so that half of the functional structures of the wall body cannot be applied, the function waste is caused, and the structure is overstaffed. In addition, the end part of the wall body is clamped by adopting simple concave-convex matching, and the defect of poor fixing strength is also overcome.
Therefore, if the air-conditioning wall is scientific in wall structure and high in overall strength, the air-conditioning wall can be conveniently switched and adjusted in a targeted mode according to different air-conditioning modes of air flow adjustment or circulating water adjustment, the assembly construction is further facilitated, the assembly strength is improved, and the problem to be considered and solved by technical personnel in the field is solved.
SUMMERY OF THE UTILITY MODEL
To the not enough of above-mentioned prior art, the utility model aims to solve the technical problem that: how to provide a simple structure science, whole wall body intensity is higher, can conveniently adjust or the different air conditioner modes of circulating water regulation to the wind current carry out the pertinence and switch the assembled air conditioner partition wall of adjustment to further make its convenient assembly construction, improve assembly strength.
In order to solve the technical problem, the utility model discloses a following technical scheme:
an assembled air conditioner partition wall comprises an air conditioner partition wall body and is characterized in that the air conditioner partition wall body comprises a structural wall body serving as a supporting foundation, an air conditioner functional wallboard is arranged on one side or the integral side faces of two sides of the structural wall body, the air conditioner functional wallboard and the structural wall body are detachably connected through a detachable connection structure, the air conditioner functional wallboard is a radiation plate or an air supply pore plate, and a radiation heat exchange medium pipeline is pre-buried in the radiation plate; an air flow channel is arranged in the air supply pore plate, and an air outlet communicated with the air flow channel is arranged on the surface of the air supply pore plate.
Thus, the utility model discloses an among the assembled air conditioner partition wall, set up the structure wall body alone as supporting the basis, the wallboard that will realize air conditioning function sets up alone to radiation plate and air supply orifice plate, and wherein the radiation plate sets up to radiation air conditioner, and the air supply orifice plate sets up to ventilation air conditioner, and the air conditioning function wallboard of difference like this can be according to the installation demand of on-the-spot actual air conditioner switch installation. So the structure is scientific and reasonable more, can guarantee wall body structural strength, guarantee to realize the air conditioning function and do not occupy too much space.
Furthermore, the structural wall comprises a framework formed by longitudinally and transversely staggered keels, the framework is made of metal materials, and flame-retardant, sound-insulating and heat-insulating materials are filled in gaps among the frameworks.
Therefore, the structural wall has thinner thickness and higher strength, and the support foundation of the wall is ensured to be reliable and stable. The flame-retardant sound-insulation heat-insulation material is usually obtained by foaming a foaming material with a flame-retardant effect, and is the prior art and the prior materials, and is not detailed here.
Furthermore, the framework is made of bridge-cut aluminum alloy. Therefore, the strength can be better ensured, and meanwhile, compared with common aluminum alloy, the bridge-cut aluminum alloy can better prevent the formation of a cold and hot bridge, and is favorable for reducing the ineffective heat dissipation capacity.
Furthermore, the surfaces of the two sides of the structural wall body are also provided with a layer of surface layer.
Therefore, the flame-retardant, sound-insulation and heat-insulation material can be better prevented from falling, and the overall quality of the structural wall is ensured. Wherein the surface layer is preferably made of plastic.
Furthermore, the disassembly and connection structure comprises paired U-shaped or L-shaped hooks which are oppositely arranged respectively, and the paired hooks are fixed on the side surfaces of the combination sides of the air-conditioning functional wallboard and the structural wall respectively.
Thus, the structure is simple, and the installation and the disassembly are convenient.
Further, the radiation plate comprises a bottom plate layer, a heat preservation layer, a soaking layer and a panel layer which are sequentially overlapped and fixedly arranged, the bottom plate layer and the structural wall are arranged adjacently, the heat preservation layer is made of foaming materials, the soaking layer is made of heat conduction materials, a radiation heat exchange medium pipeline which is integrally arranged in a shape similar to an S shape or a similar shape like a Chinese character 'hui' is buried in the soaking layer, and a port for connection and disconnection is reserved at the upper end of the radiation plate for the radiation heat exchange medium pipeline.
The radiating plate structure can better ensure that the heat exchange medium flowing in the heat exchange medium pipeline radiates and conducts heat or cold outwards and uniformly into a room. The radiation coil (radiation heat exchange medium pipeline) is laid in the soaking layer and is in close contact with the soaking layer, so that the temperature of the panel can be uniformly distributed, and the risk of condensation in summer caused by nonuniform temperature distribution is reduced.
Furthermore, the bottom plate layer and the surface plate layer are made of PP materials, the heat insulation layer is made of EPP materials, and the soaking layer is made of PPS materials.
Thus, the method has the advantages of low cost, easy arrangement and excellent functional effect of each layer.
Furthermore, the air supply pore plate comprises bottom plates positioned on two sides, a plurality of support rib structures are vertically and fixedly connected between the bottom plates on the two sides, air flow channels are formed in spaces among the support rib structures, the outer surface of the bottom plate on one side adjacent to the structural wall is provided with a detachable connection structure and connected with the structural wall, and air supply holes which are uniformly distributed are formed in the bottom plate on the other side to form an air outlet.
Therefore, the wind resistance loss can be reduced to the maximum extent, and the uniform air supply and distribution effect of the ventilation air conditioner is ensured.
Further, still include partition wall assembly structure, partition wall assembly structure includes partition wall upper end assembly structure, partition wall upper end assembly structure is including being located the structure wall body upper end in the middle of and being located the air conditioning function wallboard upper end of structure wall body upper end both sides, air conditioning function wallboard upper end height is less than structure wall body upper end and makes to form the pipeline between air conditioning function wallboard upper end and the ceiling and arranges the space, structure wall body upper end both sides are connected with the connecting piece that wholly is L shape respectively, the one end laminating of connecting piece L shape is relied on the fix with screw in structure wall body upper end side, the other end laminating of connecting piece L shape is relied on the fix with screw on the ceiling.
Therefore, the upper end of the structural wall body serving as a wall body support foundation is connected with the ceiling through the connecting piece, so that the connection and fixation are more stable and reliable. Meanwhile, the upper end parts of the air-conditioning functional wallboards at the two ends of the structural wall body are provided with one lower section, so that a pipeline arrangement space can be conveniently reserved to facilitate wiring.
Further, a space area is left between the upper end of the structural wall and the ceiling.
Therefore, the position and the angle of the wall body can be moved, installed and adjusted more conveniently.
Further, the connecting member is an elongated member matched with the length of the partition wall.
Therefore, the connection strength can be improved better, and a space between the connecting piece and the structural wall can be reserved conveniently to be filled with the foam material.
Furthermore, foam materials are filled in the empty space area between the connecting piece and the upper end part of the structural wall body and the ceiling.
The connection between structure wall body upper end and the ceiling is inseparabler reliable like this, and foam material has heat preservation thermal-insulated syllable-dividing effect simultaneously, and the preferred foaming material foaming that adopts to have fire-retardant effect during the implementation obtains.
Further, a ceiling cover plate is fixedly arranged between the outer side of the upper end part of the air-conditioning functional wallboard and the ceiling.
Therefore, the upper end structure of the structural wall body can be shielded, and the overall appearance attractiveness of the wall body is improved.
Furthermore, the lower end of the ceiling cover plate is provided with a folding part, the outer side of the upper end part of the air-conditioning functional wallboard is also provided with a cover plate mounting groove close to the upper end face, and the folding part of the ceiling cover plate is spliced and fixed in the cover plate mounting groove.
Thus, the installation and fixation of the ceiling cover plate can be better facilitated.
Further, the air-conditioning function wall panel side surface on the upper side of the notch of the cover plate installation groove is lower than the air-conditioning function wall panel side surface on the lower side of the notch by the size of the ceiling cover plate thickness.
Therefore, the outer surface of the ceiling cover plate and the outer surface of the air-conditioning functional wallboard are positioned on the same plane, and the appearance attractiveness of the wall body is improved.
Further, partition wall assembly structure includes partition wall lower extreme assembly structure, partition wall lower extreme assembly structure is including the tip under the structure wall body that is located the centre and the air conditioning function wallboard that is located tip both sides under the structure wall body, tip butt is on the floor board under the structure wall body, terminal surface is higher than the terminal surface under the structure wall body under the air conditioning function wallboard so that form the pipeline arrangement space between terminal surface under the air conditioning function wallboard and the floor board, tip both sides are connected with the connecting piece that wholly is L shape respectively under the structure wall body, the one end laminating of connecting piece L shape is relied on the fix with screw on structure wall body tip both sides side, the other end laminating of connecting piece L shape is relied on the fix with screw on the floor board.
The lower end of the structural wall body serving as the wall body support foundation is connected with the floor through the connecting piece, so that the connection and fixation are more stable and reliable. Meanwhile, the lower ends of the air-conditioning functional wallboards at the two ends of the structural wall body are higher than one section, so that a pipeline arrangement space can be reserved conveniently to facilitate wiring.
Furthermore, a skirting line cover plate is fixedly arranged between the outer side of the lower end part of the air-conditioning functional wallboard and the floor slab.
Therefore, the lower end structure of the structural wall body can be shielded, and the overall appearance attractiveness of the wall body is improved. The specific structure of the skirting board can be symmetrical with the ceiling board according to the installation mode, so the specific structure is not repeated here.
Furthermore, the partition wall assembly structure also comprises a partition wall butt joint assembly structure, the partition wall butt joint assembly structure comprises a connecting bulge which is positioned on the side edge of the structural wall body of the air conditioner partition wall body on one side of the butt joint and is outwards convex, and a connecting groove which is positioned on the side edge of the structural wall body of the air conditioner partition wall body on the other side of the butt joint and is inwards concave, and the connecting bulge is clamped and matched in the connecting groove; the partition wall butt joint assembly structure further comprises a vertically arranged center seam cover plate, and the center seam cover plate is fixed between the outer surfaces of the two adjacent air conditioner function wallboards at the butt joint.
Like this, can conveniently realize that the concatenation of two adjacent air conditioner partition wall bodies is fixed.
Furthermore, the horizontal sections of the connecting protrusions and the connecting grooves are of opposite triangular structures.
In this way, the butt-joint can be better facilitated.
Further, air conditioning function wallboard surface both sides are provided with centre joint apron mounting groove, and the both ends of centre joint apron medial surface have outstanding installation stabilizer blade, and the installation stabilizer blade joint of centre joint apron is fixed at centre joint apron mounting groove, and centre joint apron surface and air conditioning function wallboard surface flush the setting.
Therefore, the installation and fixation of the center seam cover plate can be facilitated, and the appearance attractiveness is improved.
To sum up, the utility model has the advantages of simple structure science, whole wall body intensity is higher, can conveniently adjust or the circulating water is adjusted to the air current different air conditioner mode carries out the pertinence and switches the adjustment, still has convenient assembly construction simultaneously, improves assembly strength and appearance aesthetic measure.
Drawings
Fig. 1 is a schematic structural diagram of the side view direction of the present invention.
Fig. 2 is an enlarged schematic view of the position of the hook in fig. 1.
Fig. 3 is an enlarged view of an upper end assembling structure of the intermediate wall of fig. 1.
Fig. 4 is an enlarged view of the lower end assembly structure of the intermediate wall of fig. 1.
Fig. 5 is a schematic structural view of the blowing hole plate.
Fig. 6 is a side view of fig. 5.
Fig. 7 is a schematic structural view of the radiation plate.
Fig. 8 is a side view of fig. 7.
Fig. 9 is a schematic structural view in a top view direction of the present invention, in which the ceiling is not shown.
Detailed Description
The present invention will be described in further detail with reference to the following embodiments.
In the specific implementation: referring to fig. 1-9, an assembled air-conditioning partition wall comprises an air-conditioning partition wall body, wherein the air-conditioning partition wall body comprises a structural wall body 1 serving as a supporting foundation, an air-conditioning functional wall plate 2 is arranged on one side or the integral side surfaces of two sides of the structural wall body 1, the air-conditioning functional wall plate and the structural wall body are detachably connected through a detachable connection structure, the air-conditioning functional wall plate is a radiation plate 7 or an air supply pore plate 8, and a radiation heat exchange medium pipeline 3 is pre-buried in the radiation plate 7; an air flow channel is arranged in the air supply pore plate 8, and an air outlet 4 communicated with the air flow channel is arranged on the surface of the air supply pore plate.
Thus, the utility model discloses an among the assembled air conditioner partition wall, set up the structure wall body alone as supporting the basis, the wallboard that will realize air conditioning function sets up alone to radiation plate and air supply orifice plate, and wherein the radiation plate sets up to radiation air conditioner, and the air supply orifice plate sets up to ventilation air conditioner, and the air conditioning function wallboard of difference like this can be according to the installation demand of on-the-spot actual air conditioner switch installation. So the structure is scientific and reasonable more, can guarantee wall body structural strength, guarantee to realize the air conditioning function and do not occupy too much space.
The structural wall body 1 comprises a framework 5 formed by longitudinally and transversely staggered keels, the framework 5 is made of metal materials, and flame-retardant, sound-insulating and heat-insulating materials are filled in gaps among the frameworks 5.
Therefore, the structural wall has thinner thickness and higher strength, and the support foundation of the wall is ensured to be reliable and stable. The flame-retardant sound-insulation heat-insulation material is usually obtained by foaming a foaming material with a flame-retardant effect, and is the prior art and the prior materials, and is not detailed here.
Wherein, the framework 5 is made of bridge-cut-off aluminum alloy. Therefore, the strength can be better ensured, and meanwhile, compared with common aluminum alloy, the bridge-cut aluminum alloy can better prevent the formation of a cold and hot bridge, and is favorable for reducing the ineffective heat dissipation capacity.
Wherein, the surface of the two sides of the structural wall 1 is also provided with a surface layer.
Therefore, the flame-retardant, sound-insulation and heat-insulation material can be better prevented from falling, and the overall quality of the structural wall is ensured. Wherein the surface layer is preferably made of plastic.
The detachable connecting structure comprises paired U-shaped or L-shaped hooks 6 which are oppositely arranged, and the paired hooks are fixed on the side surfaces of the air-conditioning functional wallboard and the structural wall combination side respectively.
Thus, the structure is simple, and the installation and the disassembly are convenient. Couple can evagination setting during concrete implementation for air conditioner function wallboard and structure wall body rely on to hang and leave certain spaced position each other after fixed, realize better thermal-insulated effect of giving sound insulation and more convenient wiring. Certainly, when implementing, the couple also can set up in the mounting groove of a same thickness for air conditioning function wallboard and structure wall body can laminate each other after relying on the couple to fix.
Wherein, radiation plate 7 is including the fixed bed board layer 9 that sets up of coincide in proper order, heat preservation 10, soaking layer 11 and panel layer 12, bed board layer 9 and the adjacent setting of structure wall body 1, and heat preservation 10 adopts expanded material to make, and soaking layer 11 adopts the heat conduction material to make, buries underground in the soaking layer 11 wholly and is similar S-shaped or similar return font layout' S radiation heat transfer medium pipeline 3, and radiation heat transfer medium pipeline 3 leaves the port that supplies to insert and connect out in the radiation plate upper end.
The radiating plate structure can better ensure that the heat exchange medium flowing in the heat exchange medium pipeline radiates and conducts heat or cold outwards and uniformly into a room. The radiation coil (radiation heat exchange medium pipeline) is laid in the soaking layer and is in close contact with the soaking layer, so that the temperature of the panel can be uniformly distributed, and the risk of condensation in summer caused by nonuniform temperature distribution is reduced.
The bottom plate layer 9 and the face plate layer 12 are made of PP materials, the heat preservation layer 10 is made of EPP materials, and the soaking layer 11 is made of PPS materials.
Thus, the method has the advantages of low cost, easy arrangement and excellent functional effect of each layer.
The air supply pore plate 8 comprises bottom plates 13 positioned on two sides, a plurality of support rib structures 14 are vertically and fixedly connected between the bottom plates 13 on the two sides, air flow channels are formed in spaces among the support rib structures 14, the outer surface of the bottom plate on one side adjacent to the structural wall is provided with a detachable connection structure and connected with the structural wall, and air supply holes uniformly distributed are formed in the bottom plate on the other side to form the air outlet 4.
Therefore, the wind resistance loss can be reduced to the maximum extent, and the uniform air supply and distribution effect of the ventilation air conditioner is ensured. When the air outlet structure is implemented, the specific structure of the air outlet can be combined with surface decoration, so that the appearance is attractive.
Wherein, still include partition wall assembly structure, partition wall assembly structure includes partition wall upper end assembly structure, partition wall upper end assembly structure is including being located middle structure wall body upper end 15 and being located the air conditioning function wallboard upper end 16 of 15 both sides of structure wall body upper end, air conditioning function wallboard upper end height is less than structure wall body upper end and makes to form the pipeline between air conditioning function wallboard upper end and the ceiling and arranges the space, structure wall body upper end both sides are connected with the connecting piece that wholly is L shape respectively, the one end laminating of connecting piece L shape is relied on the fix with screw in structure wall body upper end 16 side, the other end laminating of connecting piece L shape is relied on the fix with screw on ceiling 18.
Therefore, the upper end of the structural wall body serving as a wall body support foundation is connected with the ceiling through the connecting piece, so that the connection and fixation are more stable and reliable. Meanwhile, the upper end parts of the air-conditioning functional wallboards at the two ends of the structural wall body are provided with one lower section, so that a pipeline arrangement space can be conveniently reserved to facilitate wiring.
Wherein a void area 19 is left between the upper end 15 of the structural wall and the ceiling 18.
Therefore, the position and the angle of the wall body can be moved, installed and adjusted more conveniently.
Wherein, the connecting piece is a long strip-shaped component matched with the length of the partition wall.
Therefore, the connection strength can be improved better, and a space between the connecting piece and the structural wall can be reserved conveniently to be filled with the foam material.
Wherein, the hollow space 19 between the connecting piece and the upper end of the structural wall body and the ceiling is filled with foam material.
The connection between structure wall body upper end and the ceiling is inseparabler reliable like this, and foam material has heat preservation thermal-insulated syllable-dividing effect simultaneously, and the preferred foaming material foaming that adopts to have fire-retardant effect during the implementation obtains.
Wherein, a ceiling cover plate 20 is fixedly arranged between the outer side of the upper end part of the air-conditioning functional wallboard and the ceiling.
Therefore, the upper end structure of the structural wall body can be shielded, and the overall appearance attractiveness of the wall body is improved.
Wherein, the ceiling apron 20 lower extreme has a portion of turning over to, and the air conditioning function wallboard upper end outside is close to the up end position and still is provided with a apron mounting groove, and the portion of turning over of ceiling apron 20 is pegged graft and is fixed in the apron mounting groove.
Thus, the installation and fixation of the ceiling cover plate can be better facilitated.
Wherein, the air-conditioning function wallboard side surface of the cover plate installation groove notch upper side is lower than the air-conditioning function wallboard side surface of the notch lower side by the size of one ceiling cover plate 20 thickness.
Therefore, the outer surface of the ceiling cover plate and the outer surface of the air-conditioning functional wallboard are positioned on the same plane, and the appearance attractiveness of the wall body is improved.
Wherein, partition wall assembly structure includes partition wall lower extreme assembly structure, partition wall lower extreme assembly structure is including the lower tip 21 of the structure wall body that is located the centre and the air conditioning function wallboard that is located 21 both sides of structure wall body lower tip 22, 21 butt on floor 23 under the structure wall body, the terminal surface is higher than the terminal surface under the structure wall body under the air conditioning function wallboard so that form the pipeline arrangement space between terminal surface under the air conditioning function wallboard and the floor, structure wall body lower tip both sides are connected with the connecting piece that wholly is L shape respectively, the one end laminating of connecting piece L shape is relied on the fix with screw on structure wall body lower tip both sides side, the other end laminating of connecting piece L shape is relied on the fix with screw on floor 23.
The lower end of the structural wall body serving as the wall body support foundation is connected with the floor through the connecting piece, so that the connection and fixation are more stable and reliable. Meanwhile, the lower ends of the air-conditioning functional wallboards at the two ends of the structural wall body are higher than one section, so that a pipeline arrangement space can be reserved conveniently to facilitate wiring.
Wherein, a skirting line cover plate 24 is fixedly arranged between the outer side of the lower end part of the air-conditioning functional wallboard and the floor bottom plate.
Therefore, the lower end structure of the structural wall body can be shielded, and the overall appearance attractiveness of the wall body is improved. The specific structure of the skirting board can be symmetrical with the ceiling board according to the installation mode, so the specific structure is not repeated here.
The partition wall assembly structure further comprises a partition wall butt joint assembly structure, the partition wall butt joint assembly structure comprises a connecting bulge 25 and a connecting groove 26, the connecting bulge is located on the side edge of the structural wall body of the air conditioner partition wall body on one side of the butt joint, the connecting bulge is located on the side edge of the structural wall body of the air conditioner partition wall body on the other side of the butt joint, and the connecting bulge is in clamping fit with the connecting groove; the partition wall butt joint assembly structure further comprises a vertically arranged center seam cover plate 27, and the center seam cover plate 27 is fixed between the outer surfaces of the two adjacent air-conditioning functional wall plates at the butt joint.
Like this, can conveniently realize that the concatenation of two adjacent air conditioner partition wall bodies is fixed.
The horizontal sections of the connecting protrusions and the connecting grooves are of opposite triangular structures.
In this way, the butt-joint can be better facilitated. When the wall connecting structure is implemented, the connecting protrusions and the connecting grooves can be formed by elastic rubber heads, so that the two wall bodies are connected more closely and reliably.
Wherein, air conditioning function wallboard surface both sides are provided with centre joint apron mounting groove, and the both ends of centre joint apron 27 medial surface have outstanding installation stabilizer blade, and the installation stabilizer blade joint of centre joint apron is fixed at centre joint apron mounting groove, and centre joint apron surface and air conditioning function wallboard surface flush the setting.
Therefore, the installation and fixation of the center seam cover plate can be facilitated, and the appearance attractiveness is improved.
Claims (10)
1. An assembled air conditioner partition wall comprises an air conditioner partition wall body and is characterized in that the air conditioner partition wall body comprises a structural wall body serving as a supporting foundation, an air conditioner functional wallboard is arranged on one side or the integral side faces of two sides of the structural wall body, the air conditioner functional wallboard and the structural wall body are detachably connected through a detachable connection structure, the air conditioner functional wallboard is a radiation plate or an air supply pore plate, and a radiation heat exchange medium pipeline is pre-buried in the radiation plate; an air flow channel is arranged in the air supply pore plate, and an air outlet communicated with the air flow channel is arranged on the surface of the air supply pore plate.
2. The fabricated air-conditioning partition wall as claimed in claim 1, wherein the structural wall includes a framework formed by criss-cross longitudinal keels and transverse keels, the framework is made of a metal material, and flame-retardant, sound-insulating and heat-insulating materials are filled in gaps between the frameworks;
the framework is made of bridge-cut aluminum alloy;
the surfaces of two sides of the structural wall are also provided with a surface layer.
3. The fabricated air-conditioning partition wall as claimed in claim 1, wherein the detachable coupling structure comprises a pair of U-shaped or L-shaped hooks respectively disposed oppositely, the pair of hooks being fixed to the side surfaces of the coupling side of the air-conditioning function wall panel and the structural wall body, respectively.
4. The assembled air conditioner partition wall as claimed in claim 1, wherein the radiation plate comprises a bottom plate layer, an insulating layer, a soaking layer and a panel layer which are fixedly arranged in an overlapping manner in sequence, the bottom plate layer and the structural wall are arranged adjacently, the insulating layer is made of foaming materials, the soaking layer is made of heat conducting materials, radiation heat exchange medium pipelines which are integrally arranged in a similar S shape or a similar zigzag shape are embedded in the soaking layer, and ports for connection and disconnection are reserved at the upper end of the radiation plate.
5. The fabricated air conditioner partition wall as claimed in claim 4, wherein the floor layer and the panel layer are made of PP material, the insulating layer is made of EPP material, and the soaking layer is made of PPS material.
6. The assembly type air conditioner partition as claimed in claim 1, wherein the blowing hole plate includes bottom plates at both sides, a plurality of support rib structures are vertically and fixedly connected between the bottom plates at both sides, spaces between the support rib structures form air flow passages, a detachable connection structure is provided on an outer surface of the bottom plate adjacent to the structural wall to be connected to the structural wall, and blowing holes are uniformly distributed on the bottom plate at the other side to form the blowing holes.
7. The assembled air conditioner partition as claimed in claim 1, further comprising a partition assembly structure including an upper structural wall portion at the center and upper air conditioning function wall panels at both sides of the upper structural wall portion, the upper air conditioning function wall panels being lower in height than the upper structural wall portion so as to form a pipeline arrangement space between the upper air conditioning function wall panels and the ceiling, the both sides of the upper structural wall portion being respectively connected with connecting members having an L-shape as a whole, one end of the L-shape of the connecting member being attached to and fixed to the side of the upper structural wall portion by means of screws, and the other end of the L-shape of the connecting member being attached to and fixed to the ceiling by means of screws.
8. The fabricated air conditioning partition of claim 7, wherein a space area is left between the upper end of the structural wall and the ceiling;
the connecting piece is a long strip-shaped member matched with the length of the partition wall; foam materials are filled in the empty space areas between the upper end parts of the connecting pieces and the structural wall body and between the ceiling and the structural wall body;
a ceiling cover plate is fixedly arranged between the outer side of the upper end part of the air-conditioning functional wallboard and the ceiling; the lower end of the ceiling cover plate is provided with a folded part, the outer side of the upper end part of the air-conditioning functional wallboard is also provided with a cover plate mounting groove close to the upper end surface, and the folded part of the ceiling cover plate is inserted and fixed in the cover plate mounting groove; the air-conditioning function wallboard side surface of the upper side of the notch of the cover plate mounting groove is lower than the air-conditioning function wallboard side surface of the lower side of the notch by the thickness of a ceiling cover plate.
9. The assembled air-conditioning partition wall as claimed in claim 7, wherein the partition wall assembly structure comprises a partition wall lower end assembly structure, the partition wall lower end assembly structure comprises a lower end portion of a structural wall body in the middle and lower end portions of air-conditioning functional wall panels on both sides of the lower end portion of the structural wall body, the lower end portion of the structural wall body abuts against the floor plate, the lower end surface of the air-conditioning functional wall panel is higher than the lower end surface of the structural wall body so that a pipeline arrangement space is formed between the lower end surface of the air-conditioning functional wall panel and the floor plate, both sides of the lower end portion of the structural wall body are respectively connected with connecting pieces in an L shape integrally, one end of the L-shape of the connecting piece is fitted and fixed on both side surfaces of the lower end portion of the structural wall body by means of screws, and the other end of the L-shape of the connecting piece is fitted and fixed on the floor plate by means of screws; a skirting line cover plate is fixedly arranged between the outer side of the lower end part of the air-conditioning functional wallboard and the floor bottom plate.
10. The assembly type air conditioner partition wall as claimed in claim 7, wherein the partition wall assembly structure further comprises a partition wall docking assembly structure comprising a coupling projection protruding outward from a side of the structural wall body of the air conditioner partition wall body on one side of the docking station and a coupling recess recessed inward from a side of the structural wall body of the air conditioner partition wall body on the other side of the docking station, the coupling projection being snap-fitted into the coupling recess; the partition wall butt joint assembly structure also comprises a vertically arranged center seam cover plate, and the center seam cover plate is fixed between the outer surfaces of two adjacent air conditioner function wall plates at the butt joint;
the horizontal sections of the connecting bulges and the connecting grooves are of opposite triangular structures;
the air conditioning function wallboard surface both sides are provided with centre joint apron mounting groove, and the both ends of centre joint apron medial surface have outstanding installation stabilizer blade, and the installation stabilizer blade joint of centre joint apron is fixed at centre joint apron mounting groove, and centre joint apron surface and air conditioning function wallboard surface flush the setting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121146248.0U CN214941345U (en) | 2021-05-26 | 2021-05-26 | Assembled air conditioner partition wall |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121146248.0U CN214941345U (en) | 2021-05-26 | 2021-05-26 | Assembled air conditioner partition wall |
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| CN214941345U true CN214941345U (en) | 2021-11-30 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114135050A (en) * | 2021-12-02 | 2022-03-04 | 江苏和天下节能科技股份有限公司 | Prefabricated wallboard convenient to installation |
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2021
- 2021-05-26 CN CN202121146248.0U patent/CN214941345U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114135050A (en) * | 2021-12-02 | 2022-03-04 | 江苏和天下节能科技股份有限公司 | Prefabricated wallboard convenient to installation |
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