CN206989374U

CN206989374U - Radiant panel

Info

Publication number: CN206989374U
Application number: CN201720504636.9U
Authority: CN
Inventors: 王有志; 沙群淮
Original assignee: Bo Reed (kunshan) Environmental Equipment Co Ltd
Current assignee: Bo Reed (kunshan) Environmental Equipment Co Ltd
Priority date: 2017-05-09
Filing date: 2017-05-09
Publication date: 2018-02-09
Anticipated expiration: 2027-05-09

Abstract

The utility model discloses a kind of radiant panel, for installed in building ceiling joist, the warming plate of tube seat, the metal heat-conducting layer for being covered in warming plate lower surface are offered including lower surface, is fixed in tube seat and the internal resistance oxygen plastic tube for passing to high/low temperature flow media, tube seat has along the longitudinal cross-section in inverted U-shape of longitudinally cutting, have in the two opposite side walls of tube seat along the tube seat horizontal cross-section direction projection that center position extends into tube seat, the width of rebate of tube seat is less than the width of bottom land, and the radiant panel thermal radiation effect in this case is more preferable.

Description

Radiant panel

Technical field

Indoor air-conditioning system is the utility model is related to, specifically, being related to a kind of suspended ceiling radiant panel.

Background technology

Suspended ceiling radiant panel is generally installed by ceiling joist on ceiling/ceiling indoors, and radiant panel is typically fixed or outstanding Hang over below ceiling joist；Radiant panel generally includes a heat-conducting plate, inside passes to the capillary of high/low temperature flow media and covered Cover on heat-conducting plate lower surface and cover the metal heat-conducting layer of envelope capillary；It is typically provided with heat-conducting plate for fixed capillary Tube seat, capillary are arranged in tube seat, and capillary is mostly the copper core pipe of inner hollow, it is necessary to by bending equipment first by capillary edge Tube seat to move towards in bending, then embedded tube seat, waste time and energy；Capillary is sealed by metal heat-conducting layer lid, limits part radiating Effect.

Utility model content

In order to solve the above-mentioned technical problem, the purpose of this utility model is to provide one kind and is easy to manufacture processing, heat radiation effect The more preferable radiant panel of fruit.

In order to realize the purpose of above-mentioned utility model, the utility model adopts the following technical scheme that：

A kind of radiant panel, including for the radiant panel on building ceiling joist, under described radiant panel includes Surface offer the warming plate of tube seat, the metal heat-conducting layer for being covered in warming plate lower surface, be fixed in described tube seat and Inside passes to the resistance oxygen plastic tube of high/low temperature flow media, and described tube seat has along longitudinally cutting in the vertical of inverted U-shape To section, in the two opposite side walls of described tube seat have along tube seat horizontal cross-section direction into the tube seat center side To the projection of extension, the width of rebate of described tube seat is less than the width of bottom land.

In above-mentioned technical proposal, it is preferred that described warming plate is made up of expanded material.

In above-mentioned technical proposal, it is preferred that described expanded material is EPP materials.

In above-mentioned technical proposal, it is preferred that described resistance oxygen plastic tube is flexible plastic pipe.

In above-mentioned technical proposal, it is preferred that described radiant panel includes the warming plate described in polylith, the insulation described in polylith Seamless overlap joint between plate.

In above-mentioned technical proposal, it is preferred that the warming plate junction described in adjacent two pieces is fixed with ceiling molding and lower press strip, Described warming plate, metal heat-conducting layer and resistance oxygen plastic tube is clamped and fixed between ceiling molding and lower press strip, and described is upper and lower Fixed between press strip by fastener.

In above-mentioned technical proposal, it is preferred that tube seat on the warming plate include the straightway that multistage is parallel to each other and with The arc section that straightway described in multistage connects respectively, the end to end formation of straightway and arc section one described in multistage are continuous , disc-shaped tube seat, the straightway of described tube seat is located at the centre position of described radiant panel, the circular arc of described tube seat Section is located at the end positions of described radiant panel, and the spacing between the straightway of the adjacent tube seat is described resistance oxygen plastic tube 1 times to 1.5 times of caliber.

The utility model obtains following beneficial effect compared with prior art：Have in the two opposite side walls of tube seat along pipe The groove horizontal cross-section direction projection that center position extends into tube seat, the width of rebate of tube seat are less than the width of bottom land；So that spoke Plate is penetrated in manufacture and installation, directly can be entered soft resistance oxygen plastic tube crushing failure at high speed in the tube seat with projection, it is time saving and energy saving And resistance oxygen plastic tube is fixed.

Brief description of the drawings

Accompanying drawing 1 is the schematic perspective view of the utility model radiant panel；

Accompanying drawing 2 is the elevational schematic view of the utility model radiant panel；

Accompanying drawing 3 is the exploded schematic perspective view of the utility model radiant panel；

Accompanying drawing 4 is the A-A cut-away illustrations of the utility model radiant panel.

Wherein：1st, ceiling joist；11st, keel suspension rod；12nd, main joist；121st, keel slide fastener；13rd, false keel；2nd, radiate Plate；21st, warming plate；211st, tube seat；2111st, straightway；2112nd, arc section；2113rd, it is raised；22nd, metal heat-conducting layer；23rd, oxygen is hindered Plastic tube；231st, water inlet end；232nd, water side；24th, laterally pressurize shell fragment；241st, pressurization part；242nd, hook portion；25th, ceiling molding； 251st, locating part；26th, lower press strip.

Embodiment

To describe technology contents, construction feature, institute's reached purpose and effect of utility model in detail, below in conjunction with implementation Example simultaneously coordinates accompanying drawing to be described in detail.

Furred ceiling heating/refrigeration system includes outdoor heating/refrigeration machine, the multiple combination furred ceilings of installation indoors, and combination is hung Top includes multiple radiant panels 2 on indoor suspended ceiling keel 1 and is covered in the gypsum of multiple described lower sections of radiant panel 2 Plate, radiant panel 2 offer the warming plate 21 of tube seat 211 including lower surface, are covered in the metal heat-conducting layer of the lower surface of warming plate 21 22nd, it is fixed in tube seat 211 and inside passes to the resistance oxygen plastic tube 23 of high/low temperature flow media, metal heat-conducting layer 22 has portion Point in the tube seat 211 and with hindering the thermal conductive contact of oxygen plastic tube 23, metal heat-conducting layer 22 formed for and plasterboard thermal conductive contact Heat-conducting planar.

As shown in accompanying drawing 1,3,4, ceiling joist 1 is fixedly mounted on architecture indoor ceiling/ceiling, and ceiling joist 1 wraps Include keel suspension rod 11, be fixed on the main joist 12 of the lower end of keel suspension rod 11 and be fixed on main joist 12 and with the phase of main joist 12 Mutually two vertical false keels 13；Activity is equipped with keel slide fastener 121 on main joist 12, and false keel 13 is installed on keel slide fastener Can be slided on 121 and by keel slide fastener 121 along the axial direction of main joist 12, so adjust two neighboring false keel 13 it Between spacing；Radiant panel 2 is housed between two false keels 13.

Radiant panel 2 includes warming plate 21, metal heat-conducting layer 22 and resistance oxygen plastic tube 23；Warming plate 21 is by EPP materials It is made, EPP is the abbreviation of expanded polypropylene（Expandedpolyproplene）, it is a kind of abbreviation of novel foamed plastic, tool There are high light specific gravity, antidetonation resistance to compression, Recovery, resistance to various chemical solvents, insulation, heat-resisting, with made of this material Warming plate 21 can continue to be incubated, and then the radiating effect of enhanced rad plate；Radiant panel 2 is spliced by polylith warming plate 21, Adjacent two pieces of warming plates 21 junction is fixed with ceiling molding 25 and lower press strip 26, warming plate 21, metal heat-conducting layer 22 and resistance oxygen modeling Expects pipe 23 is clamped and fixed between ceiling molding 25 and lower press strip 26, is fixed between upper and lower press strip by fasteners such as bolts.

The both ends of ceiling molding 25 are articulated and connected locating part 251, and locating part 251 can rotate around the pin joint at the both ends of ceiling molding 25 90 °, therefore locating part 251 has expansion and folded state, when locating part 251 is in folded state, the width of radiant panel 2 is small Width between two false keels 13 positioned at the left and right sides of radiant panel 2；It is multiple when locating part 251 is in deployed condition Locating part 251 is kept off above the false keel 13 positioned at the left and right sides of radiant panel 2；And then by radiant panel 2 from two false keels 13 it Between installation or depart from；Being abutted on the upper surface of radiant panel 2 has laterally pressurization shell fragment 24.

Laterally pressurization 24 flexible deformation state of shell fragment and reset condition, the shell fragment 24 that laterally pressurizes include a pressurization part 241 and the hook portion 242 positioned at laterally pressurization shell fragment 24 left and right ends, when horizontal pressurization shell fragment 24 in a state of nature when, hook The lower surface in portion 242 is higher than the lower surface of pressurization part 241；When laterally pressurization shell fragment 24 is in elastic deformation, laterally add The hook portion 242 at pressure shell fragment 24 both ends is hooked on the false keel 13 of the left and right sides of radiant panel 2 respectively, and pressurization part 241 is pushed against Apply downward elastic force on the upper surface of radiant panel 2 and to the upper surface of radiant panel 2；The lower surface of radiant panel 2 and false keel Lower surface of 13 lower surface flush or below false keel 13.

As shown in accompanying drawing 2,4, the slot bottom width that tube seat 211 and tube seat 211 are offered on warming plate 21 is more than width of rebate, Tube seat 211 includes the multistage straightway 2111 being parallel to each other and the arc section 2112 to connect respectively with multistage straightway 2111, directly Line segment 2111 and one continuous, the disc-shaped tube seat 211 of end to end formation of arc section 2112；Straightway 2111 is positioned at radiation The centre position of plate 2, arc section 2112 are located between the end positions of radiant panel 2 and adjacent two straightway 2111 of tube seat 211 Spacing be 1 times to 1.5 times of the caliber of resistance oxygen plastic tube 23, the inwall both sides of tube seat 211 have along flat where tube seat cross section Towards the projection 2113 of tube seat center extension.

For the radiating effect of enhanced rad plate, one layer of gold made of foil is covered in the lower surface of warming plate 21 Belong to heat-conducting layer 22, metal heat-conducting layer 22 has part to go deep into tube seat 211 and is close to the inwall of tube seat 211, in the lower surface of radiant panel 2 Outer side covers upper, positioned at metal heat-conducting layer 22 have one layer of plasterboard and with the thermal conductive contact of metal heat-conducting layer 22, the thickness of plasterboard Spend for 3 to 5 centimetres.

For the ease of processing and installation, resistance oxygen plastic tube 23 is made of flexible plastic, when mounted, will hinder oxygen plastic tube 23 squeeze into tube seat 211, and resistance oxygen plastic tube 23 includes a water inlet end 231 and a water side 232 and water inlet end 231 and water side 232 are stretched out from the side of radiant panel 2 simultaneously, and high/low temperature mobility medium, such as cold/hot water etc. are passed in resistance oxygen plastic tube 23.

For above-described embodiment only to illustrate technical concepts and features of the present utility model, its object is to allow be familiar with technique Personage can understand content of the present utility model and implement according to this, the scope of protection of the utility model can not be limited with this. All equivalent change or modifications made according to the utility model spirit, should all cover within the scope of protection of the utility model.

Claims

A kind of 1. radiant panel, for installed in building ceiling joist（1）On, described radiant panel（2）Opened up including lower surface There is tube seat（211）Warming plate（21）, be covered in warming plate（21）The metal heat-conducting layer of lower surface（22）, be fixed on described pipe Groove（211）The interior and internal resistance oxygen plastic tube for passing to high/low temperature flow media（23）, it is characterised in that：Described tube seat （211）With along the longitudinal cross-section in inverted U-shape of longitudinally cutting, described tube seat（211）Two opposite side walls on have Along the tube seat（211）Horizontal cross-section direction is to the tube seat（211）The projection of interior center position extension（2113）, it is described Tube seat（211）Width of rebate be less than bottom land width.
2. radiant panel according to claim 1, it is characterised in that：Described warming plate（21）It is made up of expanded material.
3. radiant panel according to claim 2, it is characterised in that：Described expanded material is EPP materials.
4. radiant panel according to claim 1, it is characterised in that：Described resistance oxygen plastic tube（23）For flexible plastic pipe.
5. radiant panel according to claim 1, it is characterised in that：Described radiant panel（2）Including the insulation described in polylith Plate（21）, the warming plate described in polylith（21）Between seamless overlap joint.
6. radiant panel according to claim 5, it is characterised in that：Warming plate described in adjacent two pieces（21）Junction is fixed There is ceiling molding（25）With lower press strip（26）, described warming plate（21）, metal heat-conducting layer（22）With resistance oxygen plastic tube（23）Pressed from both sides Fasten in ceiling molding（25）With lower press strip（26）Between, fixed between described upper and lower press strip by fastener.
7. radiant panel according to claim 1, it is characterised in that：The warming plate（21）On tube seat（211）Including more The straightway that section is parallel to each other（2111）With with the straightway described in multistage（2111）The arc section to connect respectively（2112）, multistage Described straightway（2111）And arc section（2112）One continuous, disc-shaped tube seat of end to end formation（211）, it is described Tube seat（211）Straightway（2111）Positioned at described radiant panel（2）Centre position, described tube seat（211）Circular arc Section（2112）Positioned at described radiant panel（2）End positions, the adjacent tube seat（211）Straightway（2111）Between between Away from for described resistance oxygen plastic tube（23）1 times to 1.5 times of caliber.