CN203907730U - Skirting line heating system - Google Patents
Skirting line heating system Download PDFInfo
- Publication number
- CN203907730U CN203907730U CN201420299963.1U CN201420299963U CN203907730U CN 203907730 U CN203907730 U CN 203907730U CN 201420299963 U CN201420299963 U CN 201420299963U CN 203907730 U CN203907730 U CN 203907730U
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- heat sink
- hot
- skirting
- water line
- heating system
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Abstract
The utility model relates to a heating system, in particular to a skirting line heating system. The skirting line heating system comprises a skirting line type radiating fin and a hot water supply device supplying heat to the skirting line radiating fin. A decorative board is arranged at the end, away from the wall, of the skirting line radiating fin. The skirting line radiating fin comprises a radiating board attached to the wall. A plurality of parallel hot water pipes are integrally connected to the end, away from the wall, of the radiating board. The hot water pipes are located between the radiating board and the decorative board. The decorative board comprises inner boards and an outer board. The inner boards are arranged between the radiating board and the outer board at intervals. The portions, between the two adjacent inner boards, of the outer board are fixedly connected with the radiating board. The inner boards are attached to the outer board and are in sliding connection with the outer board. Radiating holes which coaxially correspond to each other in position are densely formed in the inner boards and the outer board. The skirting line heating system has the advantages that the contact area between the skirting line radiating fin and the wall can be effectively increased, the connecting strength is improved, the dust storage amount is reduced, and dust is conveniently cleaned away.
Description
Technical field
The utility model relates to a kind of heating system, especially relates to a kind of skirting heating system.
Background technology
Existing skirting heating system arranges hot-water line conventionally on skirting fin, utilizes hot-water line hot-water supply and heat energy, by wall, utilizes skirting fin to use as skirting away from one end end face of hot-water line hot-water line one side.The radiating effect of this class skirting fin is poor, can only dispel the heat by the heat of skirting fin absorption hot-water line itself, and the heat that hot-water line itself distributes is blocked by skirting fin, cannot be directly delivered to indoor.And due to the existence of hot-water line, the contact area between skirting fin and body of wall is little, reduced the intensity being fixedly connected with between skirting fin and body of wall.Between skirting fin and body of wall, need to leave the space that holds hot-water line, cause the gap between skirting fin and body of wall larger, easily store dust, and skirting fin and metope are fixedly not easy to dismounting, be not easy to dust to clear up, dismantle by force heat sink and easily surface of wall is caused to damage.
Utility model content
The utility model be mainly for the hot-water line on existing skirting fin between skirting fin and body of wall, cause skirting fin little with body of wall contact area, be fixedly connected with that intensity is low, the large easily storage dust in gap and the problem such as easy to clean not, provide a kind of and can effectively increase contact area between skirting fin and body of wall, increase bonding strength, reduce space, the upper and lower two ends of hot-water line storage dust amount, be convenient to skirting heating system that whole heating system inside is cleared up.
The purpose of this utility model is mainly achieved by following proposal: a kind of skirting heating system, comprise skirting formula fin, hot-water supply device to the heating of skirting fin, described skirting fin is provided with decorative panel away from one end of metope, described skirting fin comprises the heat sink with metope laminating, heat sink is connected with the some hot-water lines that be arranged in parallel away from one end one of metope, hot-water line is between heat sink and decorative panel, decorative panel comprises inner panel and outside plate, inner panel is disposed between heat sink and outside plate, position on outside plate between adjacent two inner panels is fixedly connected with heat sink, inner panel and outside plate laminating, the top and bottom of outside plate are provided with chute, the top and bottom of inner panel are positioned at chute and are slidably connected with chute, on inner panel and outside plate, be densely covered with the coaxial corresponding louvre in position.Hot-water supply device can adopt existing gas heater or electric heater, adopts hot-water supply device to provide hot water heating to skirting fin.Skirting fin comprises heat sink, and one end of heat sink is fitted on metope and with metope and is fixedly connected with, and increases the contact area of whole skirting fin and metope, improves the firmness being fixedly connected with.Heat sink connects the some hot-water lines that be arranged in parallel away from one end one of metope, the hot water of hot-water supply device supply circulates by hot-water line, hot water transfers heat to hot-water line, hot-water line transfers heat to heat sink, the heat distributing by hot-water line itself and heat sink itself heats to indoor, has improved skirting fin radiating efficiency and heat dissipation capacity.At heat sink, away from one end of metope, decorative panel is set, utilize decorative panel to block hot-water line and heat sink, louvre is set on decorative panel, utilize dissipation of heat that louvre distributes hot-water line and heat sink to indoor, not only can not affect radiating efficiency and heat dissipation capacity, and can utilize decorative panel to use as skirting, improve aesthetic property.Decorative panel comprises inner panel and outside plate, inner panel is disposed between hot-water line and outside plate, inner panel and outside plate laminating, the top and bottom of outside plate are provided with chute, the top and bottom of inner panel are positioned at chute and are slidably connected with chute, can fit outside plate sliding along chute of spaced inner panel, louvre gathers on inner panel and outside plate.When using the heating of skirting fin, utilize the louvre on inner panel and outside plate to stir inner panel slip, make the louvre on inner panel and outside plate coaxial, now, louvre position on inner panel and outside plate overlaps completely and gets through, the heat that heat sink and hot-water line distribute all can be dispersed into by louvre indoor, has effectively improved the efficiency of heat radiation and the heat of heat radiation.When not needing to use the heating of skirting fin, by the louvre on inner panel and outside plate, stirring inner panel moves, movement along with inner panel, louvre on inner panel and the louvre on outside plate stagger gradually, now, the coincidence position of the louvre on inner panel and outside plate reduces gradually, can utilize the gap between the louvre of outside plate to block the louvre on inner panel, prevent that dust from entering the gap location between decorative panel and heat sink, avoids inner dust stratification.Position on outside plate between adjacent two inner panels is fixedly connected with heat sink, not only can not affect the slip of inner panel, and the fixing mode in interval be convenient to outside plate with from heat sink, disassemble, be convenient to the gap between heat sink and inner panel and outside plate to clear up.
As preferably, between described adjacent two hot-water lines, be embedded with timber wedge, the gap location of timber wedge correspondence between adjacent two inner panels, outside plate is connected with timber wedge bolt.Between adjacent two hot-water lines, be embedded with timber wedge, adopt bolt that outside plate and timber wedge are fixed, realize the fixing of decorative panel and skirting fin.When bolt screws in timber wedge, timber wedge is exerted pressure, the direction of pressure is towards heat sink, timber wedge is under pressure and has the trend of compression, along with timber wedge compression broadens, increase the firmness that timber wedge coordinates with position between hot-water line, increase the constant intensity between timber wedge and hot-water line, and then increase the constant intensity of decorative panel and skirting fin.Use along with whole heating system, when mopping floor at ordinary times, sweeping the floor, instrument impinges upon on decorative panel, also can apply the pressure towards heat sink direction to timber wedge, timber wedge also can be along with broaden service time gradually, and between timber wedge and hot-water line, coordinating of gap location becomes gradually tight, becomes jail.The gap location of timber wedge correspondence between adjacent two inner panels, guarantees the gap location of the fixing position of outside plate and heat sink between adjacent two inner panels, can not affect moving horizontally of inner panel.
As preferably, described timber wedge is " T " font, and timber wedge comprises the limiting section that is greater than Embedded Division for being embedded in Embedded Division between hot-water line and width.Timber wedge is " T " font, timber wedge comprises the limiting section that is greater than Embedded Division for being embedded in Embedded Division between hot-water line and width, Embedded Division is between adjacent two hot-water lines, limiting section is for carrying out spacing to Embedded Division built-in length, along with bolt screws in timber wedge, Embedded Division is under pressure and compresses and slightly broaden.
As preferably, described inner panel comprises the first baffle plate of vertical setting, the first baffle plate upper end-face edge is provided with horizontally disposed sliding guide, outside plate comprises the second baffle with the first baffle plate laminating, edge, second baffle top and bottom is bent to form described chute, the lower end of sliding guide and the first baffle plate lays respectively in chute, and louvre is positioned on the first baffle plate and second baffle.The first baffle plate of inner panel and the second baffle of outside plate fit, utilize the louvre on the first baffle plate and second baffle to regulate, the sliding guide of the first baffle plate upper end-face edge can slide in the chute of second baffle upper end-face edge, because chute is that edge is bent to form, therefore, chute not only can lead to sliding guide, and can realize the laminating of inner panel and outside plate, avoids inner panel and outside plate to depart from.In like manner, the lower edge of the first baffle plate is positioned at the chute of second baffle lower end, guarantees that inner panel can, along chute translation, tilt while avoiding inner panel to move.
As preferably, between the first described baffle plate and sliding guide, be provided with the first shield of inclination, between second baffle and chute, be provided with the second shield with the first shield laminating.The first baffle plate and second baffle are used for blocking the also vertical end face of decorative skirting fin, the first shield and the second shield are obliquely installed, the top of blocking and decorate hot-water line that can tilt, the chute that guarantees the upper end of outside plate is fitted on metope, and whole skirting fin and hot-water line are blocked completely.
As preferably, the two ends up and down of the outer wall of described hot-water line are provided with the heat sink strip group being connected with hot-water line one, and heat sink strip group comprises some vertical heat sink strips, is provided with radiatinig corrugated on heat sink strip.The two ends up and down of the outer wall of hot-water line are provided with the heat sink strip group being connected with hot-water line one, heat sink strip group comprises some vertical heat sink strips, when the heat of hot-water line is delivered to heat sink, can pass on each heat sink strip in heat sink strip group, increased the contact area of radiator portion and air, on heat sink strip, be provided with radiatinig corrugated, further increase the contact area between heat sink strip and air, contact area is larger, and dissipation of heat is also delivered to that heat in room air is larger, radiating efficiency is higher.
As preferably, described hot-water line number is two and is divided into top tube and down tube, heat sink strip free end in the heat sink strip group of upper pipe lower end is positioned at same level, heat sink strip free end in the heat sink strip group of lower pipe upper end is positioned on same horizontal plane, and timber wedge is embedded between the heat sink strip group of pipe lower end and the heat sink strip group of lower pipe upper end.Hot-water line number is two and is divided into top tube and down tube, heat sink strip free end in the heat sink strip group of upper pipe lower end is positioned at same level, heat sink strip free end in the heat sink strip group of lower pipe upper end is positioned on same horizontal plane, between top tube and down tube, can hold the width of timber wedge identical and keep constant, when timber wedge embeds between top tube and down tube, can be out of shape and clamp-on the gap location between adjacent two heat sink strips along with using, heat sink strip can be spacing to the timber wedge after distortion, increase the fixing firmness of timber wedge, and then increase decorative panel and the fixing firmness of skirting fin.
As preferably, the free end height of the heat sink strip in the heat sink strip group of described upper pipe upper end is successively decreased towards the direction of decorative panel successively by heat sink, and the free end height of the heat sink strip in the heat sink strip group of described lower pipe lower end is successively decreased towards the direction of decorative panel successively by heat sink.The free end height of the heat sink strip in the heat sink strip group of upper pipe upper end is successively decreased towards the direction of decorative panel successively by heat sink, the heat sink strip height of close decorative panel is lower than the heat sink strip away from decorative panel, guarantee can not cause interference to the heat radiation of the heat sink strip away from decorative panel near the heat sink strip of decorative panel, increase rate of heat dissipation and heat dissipation capacity.In like manner, the free end height of the heat sink strip in the heat sink strip group of lower pipe lower end is successively decreased towards the direction of decorative panel successively by heat sink.
As preferably, on described heat sink, be provided with bolt mounting holes, heat sink is connected with metope bolt by bolt mounting holes.Increase heat sink and metope fix tightly soundness, and can also to heat sink, change as required and safeguard.
As preferably, the end of described skirting fin is provided with the tube connector for splicing, and one end of tube connector is positioned at hot-water line.The end of skirting fin is provided with the tube connector for splicing, and utilizes tube connector as required the hot-water line of adjacent two skirting fin to be positioned, to be connected and to seal.
As preferably, the two ends of described tube connector are provided with at least one around the draw-in groove of tube connector outer surface, in draw-in groove, be provided with sealing ring, the size of sealing ring is more than or equal to the internal diameter of hot-water line, the middle part of tube connector is provided with locating slot, in locating slot, be provided with centring ring, the size of centring ring is greater than the internal diameter of hot-water line.Two skirting fin are when splicing, the two ends of tube connector are inserted into respectively in the hot-water line of two skirting fin, the two ends of tube connector all arrange draw-in groove, in draw-in groove, be embedded sealing ring, the size of sealing ring is more than or equal to the internal diameter of hot-water line, in the time of within sealing ring is communicated with tube connector insertion hot-water line, sealing ring can seal the internal diameter of hot-water line, and hot water is flow in the hot-water line that flow into again adjacent skirting fin in tube connector along hot-water line.Sealing ring can seal hot-water line effectively, guarantees that the hot-water line of the skirting fin of splicing can not leak.Because the size of the centring ring being embedded in the locating slot on tube connector is greater than the internal diameter of hot-water line, when tube connector inserts the hot-water line of skirting radiating tube, centring ring can carry out the tube wall of hot-water line spacing, guarantees that the degree of depth that tube connector is inserted into skirting radiating tube only limits to centring ring to the distance between tube connector end.In like manner, the other end of tube connector can carry out spacing to another skirting fin of splicing too.Tube connector not only can seal hot-water line inside, and can carry out tube connector insertion depth spacingly, guarantees that tube connector two ends built-in length equates or two ends are even, guarantees stability and sealing that tube connector connects.
As preferably, described draw-in groove width and sealing ring tight fit, described centring ring and locating slot tight fit.Draw-in groove width and sealing ring tight fit, draw-in groove can carry out sealing ring spacing, prevents from when tube connector from inserting hot-water line causing sealing ring position to move, and can improve the sealing between sealing ring and draw-in groove, and then improve the sealing of whole tube connector.Centring ring and locating slot tight fit, locating slot can carry out centring ring spacing, guarantees the stability of centring ring location, avoids centring ring position to move, and guarantees that tube connector two ends built-in length is even.
As preferably, described tube connector is type or be " L " font or be " U " font linearly.Tube connector is type linearly, and for the plane splicing of baseboard fin, centring ring is positioned at the midline of tube connector, guarantees that intubating length that tube connector two ends are inserted into two baseboard fin equates or two ends are even.Tube connector also can be L-shaped, for the splicing of the inner corner trim of baseboard fin or the right angle of external corner, the two ends of tube connector are provided with near center that intubating length that centring ring guarantees that tube connector two ends are inserted into two baseboard fin equates or two ends are even.Tube connector also can be " U " shape, while refluxing for baseboard end, has two parallel hot-water lines on same baseboard fin, and the tube connector by " U " shape is by hot water return.
Therefore, skirting heating system of the present utility model possesses following advantage: 1, skirting fin comprises heat sink, one end of heat sink is fitted on metope and with metope and is fixedly connected with, increase the contact area of whole skirting fin and metope, improve the firmness being fixedly connected with, heat sink connects the some hot-water lines that be arranged in parallel away from one end one of metope, the hot water of hot-water supply device supply circulates by hot-water line, hot water transfers heat to hot-water line, hot-water line transfers heat to heat sink, the heat distributing by hot-water line itself and heat sink itself heats to indoor, skirting fin radiating efficiency and heat dissipation capacity have been improved, 2, at heat sink, away from one end of metope, decorative panel is set, utilize decorative panel to block hot-water line and heat sink, louvre is set on decorative panel, utilize dissipation of heat that louvre distributes hot-water line and heat sink to indoor, not only can not affect radiating efficiency and heat dissipation capacity, and can utilize decorative panel to use as skirting, improve aesthetic property.Decorative panel comprises inner panel and outside plate, inner panel is disposed between hot-water line and outside plate, inner panel and outside plate laminating, the top and bottom of outside plate are provided with chute, the top and bottom of inner panel are positioned at chute and are slidably connected with chute, can fit outside plate sliding along chute of spaced inner panel, louvre gathers on inner panel and outside plate, when using the heating of skirting fin, utilize the louvre on inner panel and outside plate to stir inner panel slip, make the louvre on inner panel and outside plate coaxial, now, louvre position on inner panel and outside plate overlaps completely and gets through, the heat that heat sink and hot-water line distribute all can be dispersed into by louvre indoor, the efficiency of heat radiation and the heat of heat radiation have effectively been improved.When not needing to use the heating of skirting fin, by the louvre on inner panel and outside plate, stirring inner panel moves, movement along with inner panel, louvre on inner panel and the louvre on outside plate stagger gradually, now, the coincidence position of the louvre on inner panel and outside plate reduces gradually, can utilize the gap between the louvre of outside plate to block the louvre on inner panel, prevent that dust from entering the gap location between decorative panel and heat sink, avoids inner dust stratification, 3, when bolt screws in timber wedge, timber wedge is exerted pressure, the direction of pressure is towards heat sink, timber wedge is under pressure and has the trend of compression, along with timber wedge compression broadens, increase the firmness that timber wedge coordinates with position between hot-water line, increase the constant intensity between timber wedge and hot-water line, and then the constant intensity of increase decorative panel and skirting fin, use along with whole heating system, mop floor at ordinary times, while sweeping the floor, instrument impinges upon on decorative panel, also can apply the pressure towards heat sink direction to timber wedge, timber wedge also can be along with broaden service time gradually, between timber wedge and hot-water line, coordinating of gap location become gradually tight, become jail, 4, hot-water line number is two and is divided into top tube and down tube, heat sink strip free end in the heat sink strip group of upper pipe lower end is positioned at same level, heat sink strip free end in the heat sink strip group of lower pipe upper end is positioned on same horizontal plane, between top tube and down tube, can hold the width of timber wedge identical and keep constant, when timber wedge embeds between top tube and down tube, can be out of shape and clamp-on the gap location between adjacent two heat sink strips along with using, heat sink strip can be spacing to the timber wedge after distortion, increase the fixing firmness of timber wedge, and then increase decorative panel and the fixing firmness of skirting fin, 5, the free end height of the heat sink strip in the heat sink strip group of upper pipe upper end is successively decreased towards the direction of decorative panel successively by heat sink, the heat sink strip height of close decorative panel is lower than the heat sink strip away from decorative panel, guarantee can not cause interference to the heat radiation of the heat sink strip away from decorative panel near the heat sink strip of decorative panel, increase rate of heat dissipation and heat dissipation capacity, in like manner, the free end height of the heat sink strip in the heat sink strip group of lower pipe lower end is successively decreased towards the direction of decorative panel successively by heat sink, 6, the end of skirting fin is provided with the tube connector for splicing, and utilizes tube connector as required the hot-water line of adjacent two skirting fin to be positioned, to be connected and to seal.
Accompanying drawing explanation
Accompanying drawing 1 is a kind of cutaway view of the present utility model;
Accompanying drawing 2 is side views of skirting fin in the utility model;
Accompanying drawing 3 is cutaway views of timber wedge in the utility model;
Accompanying drawing 4 is structural representations of decorative panel in the utility model;
Accompanying drawing 5 is explosive views of decorative panel in the utility model;
Accompanying drawing 6 is front views of inner panel in the utility model;
Accompanying drawing 7 is side views of accompanying drawing 6;
Accompanying drawing 8 is front views of outside plate in the utility model;
Accompanying drawing 9 is side views of accompanying drawing 8;
Accompanying drawing 10 is inner panel and outside plate structural representations while staggering state;
Accompanying drawing 11 is structural representations of the tube connector of the utility model in embodiment 1;
Accompanying drawing 12 is the utility model structural representations while splicing in embodiment 1;
Accompanying drawing 13 is that the utility model splices the structural representation of completion status in embodiment 1;
The structural representation of the tube connector of accompanying drawing 14 the utility model in embodiment 2;
Accompanying drawing 15 is structural representations that the utility model tube connector in embodiment 2 is used state;
Accompanying drawing 16 is structural representations of the tube connector of the utility model in embodiment 3.
Illustrate: 01-ground, 02-metope, 03-decorative panel, 031-inner panel, 0311-the first baffle plate, 0312-the first shield, 0313-sliding guide, 032-outside plate, 0321-second baffle, 0322-the second shield, 0323-chute, 033-louvre, 04-skirting fin, 041-heat sink, the upper pipe of 042-, manages 044-heat sink strip under 043-, 05-timber wedge, 051-Embedded Division, 052-limiting section, 06-tube connector, 07-draw-in groove, 08-sealing ring, 09-locating slot, 10-centring ring.
The specific embodiment
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment 1: as shown in Figure 1, a kind of skirting heating system, comprises skirting formula fin 04, the hot-water supply device to the heating of skirting fin, and skirting fin 04 is provided with decorative panel 03 away from one end of metope 02.As shown in Figure 2, the heat sink 041 that skirting fin comprises and metope is fitted, on heat sink 041, interval has bolt mounting holes, and heat sink is connected with metope bolt by bolt mounting holes.Heat sink is connected with the hot-water line of two parallel distributions away from one end one of metope, two hot-water lines are respectively pipe 042 and lower pipe 043, and hot-water line is between heat sink and decorative panel.The two ends up and down of the outer wall of hot-water line are provided with the heat sink strip group being connected with hot-water line one, and heat sink strip group comprises four vertical heat sink strips 044, is provided with radiatinig corrugated on heat sink strip.Heat sink strip free end in the heat sink strip group of upper pipe lower end is positioned at same level, and the heat sink strip free end in the heat sink strip group of lower pipe upper end is positioned on same horizontal plane.The free end height of the heat sink strip in the heat sink strip group of upper pipe upper end is successively decreased towards the direction of decorative panel successively by heat sink, and the free end height of the heat sink strip in the heat sink strip group of lower pipe lower end is successively decreased towards the direction of decorative panel successively by heat sink.As shown in Fig. 4,10, decorative panel comprises inner panel 031 and outside plate 032, and inner panel 031 is disposed between heat sink and outside plate, is densely covered with the coaxial corresponding louvre 033 in position on inner panel and outside plate.Between the heat sink strip of the heat sink strip of upper pipe lower end and lower pipe upper end, be embedded with timber wedge 05, the gap location of timber wedge correspondence between adjacent two inner panels, outside plate is connected with timber wedge bolt.As shown in Figure 3, timber wedge is " T " font, and timber wedge comprises the limiting section 052 that is greater than Embedded Division for being embedded in Embedded Division 051 between hot-water line and width.As shown in Fig. 5,6,7, inner panel comprises the first baffle plate 0311 of vertical setting, the first baffle plate upper end-face edge is provided with horizontally disposed sliding guide 0313, between the first baffle plate and sliding guide, by the first shield 0312 being obliquely installed, be connected, louvre gathers on the first baffle plate and the first shield.As shown in Fig. 5,8,9, outside plate comprises the second baffle 0321 with the first baffle plate laminating, second baffle upper end tilts to be bent with the second shield 0322, the second shield 0322 and the laminating of the first shield, the second shield upper end-face edge and second baffle lower edge are all bent to form chute 0323, chute 0323 bending is " U " shape, and the lower end of sliding guide and the first baffle plate lays respectively in chute.As shown in figure 12, the end of skirting fin is provided with the tube connector 06 for splicing, and one end of tube connector 06 is positioned at hot-water line.As shown in figure 11, tube connector is type linearly, and the two ends of tube connector all have two, around the draw-in groove 07 of tube connector outer surface, sealing ring 08 are installed in draw-in groove, the width of draw-in groove and sealing ring 08 tight fit.The size of sealing ring is more than or equal to the internal diameter of hot-water line, and the middle part of tube connector has locating slot 09, and centring ring 10 is installed in locating slot 09, the width of locating slot 09 and centring ring 10 tight fits, and the size of centring ring is greater than the internal diameter of hot-water line.
Hot-water supply device can adopt existing gas heater or electric heater, adopts hot-water supply device to provide hot water heating to skirting fin.Skirting fin comprises heat sink, and one end of heat sink is fitted on metope and with metope and is fixedly connected with, and increases the contact area of whole skirting fin and metope, improves the firmness being fixedly connected with.Heat sink connects the some hot-water lines that be arranged in parallel away from one end one of metope, the hot water of hot-water supply device supply circulates by hot-water line, hot water transfers heat to hot-water line, hot-water line transfers heat to heat sink, the heat distributing by hot-water line itself and heat sink itself heats to indoor, has improved skirting fin radiating efficiency and heat dissipation capacity.At heat sink, away from one end of metope, decorative panel is set, utilize decorative panel to block hot-water line and heat sink, louvre is set on decorative panel, utilize dissipation of heat that louvre distributes hot-water line and heat sink to indoor, not only can not affect radiating efficiency and heat dissipation capacity, and can utilize decorative panel to use as skirting, improve aesthetic property.Decorative panel comprises inner panel and outside plate, inner panel is disposed between hot-water line and outside plate, inner panel and outside plate laminating, the top and bottom of outside plate are provided with chute, the top and bottom of inner panel are positioned at chute and are slidably connected with chute, can fit outside plate sliding along chute of spaced inner panel, louvre gathers on inner panel and outside plate.When using the heating of skirting fin, utilize the louvre on inner panel and outside plate to stir inner panel slip, make the louvre on inner panel and outside plate coaxial, now, louvre position on inner panel and outside plate overlaps completely and gets through, the heat that heat sink and hot-water line distribute all can be dispersed into by louvre indoor, has effectively improved the efficiency of heat radiation and the heat of heat radiation.When not needing to use the heating of skirting fin, by the louvre on inner panel and outside plate, stirring inner panel moves, movement along with inner panel, louvre on inner panel and the louvre on outside plate stagger gradually, now, the coincidence position of the louvre on inner panel and outside plate reduces gradually, can utilize the gap between the louvre of outside plate to block the louvre on inner panel, prevent that dust from entering the gap location between decorative panel and heat sink, avoids inner dust stratification.Position on outside plate between adjacent two inner panels is fixedly connected with heat sink, not only can not affect the slip of inner panel, and the fixing mode in interval be convenient to outside plate with from heat sink, disassemble, be convenient to the gap between heat sink and inner panel and outside plate to clear up.Between adjacent two hot-water lines, be embedded with timber wedge, adopt bolt that outside plate and timber wedge are fixed, realize the fixing of decorative panel and skirting fin.When bolt screws in timber wedge, timber wedge is exerted pressure, the direction of pressure is towards heat sink, timber wedge is under pressure and has the trend of compression, along with timber wedge compression broadens, increase the firmness that timber wedge coordinates with position between hot-water line, increase the constant intensity between timber wedge and hot-water line, and then increase the constant intensity of decorative panel and skirting fin.Use along with whole heating system, when mopping floor at ordinary times, sweeping the floor, instrument impinges upon on decorative panel, also can apply the pressure towards heat sink direction to timber wedge, timber wedge also can be along with broaden service time gradually, and between timber wedge and hot-water line, coordinating of gap location becomes gradually tight, becomes jail.The gap location of timber wedge correspondence between adjacent two inner panels, guarantees the gap location of the fixing position of outside plate and heat sink between adjacent two inner panels, can not affect moving horizontally of inner panel.Timber wedge is " T " font, timber wedge comprises the limiting section that is greater than Embedded Division for being embedded in Embedded Division between hot-water line and width, Embedded Division is between adjacent two hot-water lines, limiting section is for carrying out spacing to Embedded Division built-in length, along with bolt screws in timber wedge, Embedded Division is under pressure and compresses and slightly broaden.The first baffle plate of inner panel and the second baffle of outside plate fit, utilize the louvre on the first baffle plate and second baffle to regulate, the sliding guide of the first baffle plate upper end-face edge can slide in the chute of second baffle upper end-face edge, because chute is that edge is bent to form, therefore, chute not only can lead to sliding guide, and can realize the laminating of inner panel and outside plate, avoids inner panel and outside plate to depart from.In like manner, the lower edge of the first baffle plate is positioned at the chute of second baffle lower end, guarantees that inner panel can, along chute translation, tilt while avoiding inner panel to move.The first baffle plate and second baffle are used for blocking the also vertical end face of decorative skirting fin, the first shield and the second shield are obliquely installed, the top of blocking and decorate hot-water line that can tilt, the chute that guarantees the upper end of outside plate is fitted on metope, and whole skirting fin and hot-water line are blocked completely.The two ends up and down of the outer wall of hot-water line are provided with the heat sink strip group being connected with hot-water line one, heat sink strip group comprises some vertical heat sink strips, when the heat of hot-water line is delivered to heat sink, can pass on each heat sink strip in heat sink strip group, increased the contact area of radiator portion and air, on heat sink strip, be provided with radiatinig corrugated, further increase the contact area between heat sink strip and air, contact area is larger, and dissipation of heat is also delivered to that heat in room air is larger, radiating efficiency is higher.Hot-water line number is two and is divided into top tube and down tube, heat sink strip free end in the heat sink strip group of upper pipe lower end is positioned at same level, heat sink strip free end in the heat sink strip group of lower pipe upper end is positioned on same horizontal plane, between top tube and down tube, can hold the width of timber wedge identical and keep constant, when timber wedge embeds between top tube and down tube, can be out of shape and clamp-on the gap location between adjacent two heat sink strips along with using, heat sink strip can be spacing to the timber wedge after distortion, increase the fixing firmness of timber wedge, and then increase decorative panel and the fixing firmness of skirting fin.The free end height of the heat sink strip in the heat sink strip group of upper pipe upper end is successively decreased towards the direction of decorative panel successively by heat sink, the heat sink strip height of close decorative panel is lower than the heat sink strip away from decorative panel, guarantee can not cause interference to the heat radiation of the heat sink strip away from decorative panel near the heat sink strip of decorative panel, increase rate of heat dissipation and heat dissipation capacity.In like manner, the free end height of the heat sink strip in the heat sink strip group of lower pipe lower end is successively decreased towards the direction of decorative panel successively by heat sink.Increase heat sink and metope fix tightly soundness, and can also to heat sink, change as required and safeguard.The end of skirting fin is provided with the tube connector for splicing, and utilizes tube connector as required the hot-water line of adjacent two skirting fin to be positioned, to be connected and to seal.As shown in figure 13, two skirting fin are when splicing, the two ends of tube connector are inserted into respectively in the hot-water line of two skirting fin, the two ends of tube connector all arrange draw-in groove, in draw-in groove, be embedded sealing ring, the size of sealing ring is more than or equal to the internal diameter of hot-water line, in the time of within sealing ring is communicated with tube connector insertion hot-water line, sealing ring can seal the internal diameter of hot-water line, and hot water is flow in the hot-water line that flow into again adjacent skirting fin in tube connector along hot-water line.Sealing ring can seal hot-water line effectively, guarantees that the hot-water line of the skirting fin of splicing can not leak.Because the size of the centring ring being embedded in the locating slot on tube connector is greater than the internal diameter of hot-water line, when tube connector inserts the hot-water line of skirting radiating tube, centring ring can carry out the tube wall of hot-water line spacing, guarantees that the degree of depth that tube connector is inserted into skirting radiating tube only limits to centring ring to the distance between tube connector end.In like manner, the other end of tube connector can carry out spacing to another skirting fin of splicing too.Tube connector not only can seal hot-water line inside, and can carry out tube connector insertion depth spacingly, guarantees that tube connector two ends built-in length equates or two ends are even, guarantees stability and sealing that tube connector connects.Draw-in groove width and sealing ring tight fit, draw-in groove can carry out sealing ring spacing, prevents from when tube connector from inserting hot-water line causing sealing ring position to move, and can improve the sealing between sealing ring and draw-in groove, and then improve the sealing of whole tube connector.Centring ring and locating slot tight fit, locating slot can carry out centring ring spacing, guarantees the stability of centring ring location, avoids centring ring position to move, and guarantees that tube connector two ends built-in length is even.
Embodiment 2: the structure of the present embodiment and embodiment 1 is basic identical, and difference is, as shown in Figure 14,15, tube connector is " U " shape, while refluxing for baseboard end, have two parallel hot-water lines on same baseboard fin, the tube connector by " U " shape is by hot water return.
Embodiment 3: the structure of the present embodiment and embodiment 1 is basic identical, difference is, as shown in figure 16, tube connector also can be L-shaped, for the splicing of the inner corner trim of baseboard fin or the right angle of external corner, the two ends of tube connector are provided with near center that intubating length that centring ring guarantees that tube connector two ends are inserted into two baseboard fin equates or two ends are even.
Should be understood that this embodiment is only not used in restriction scope of the present utility model for the utility model is described.In addition should be understood that those skilled in the art can make various changes or modifications the utility model after having read the content of the utility model instruction, these equivalent form of values fall within the application's appended claims limited range equally.
Claims (10)
1. a skirting heating system, comprise skirting formula fin, hot-water supply device to the heating of skirting fin, it is characterized in that, described skirting fin is provided with decorative panel away from one end of metope, described skirting fin comprises the heat sink with metope laminating, heat sink is connected with the some hot-water lines that be arranged in parallel away from one end one of metope, hot-water line is between heat sink and decorative panel, decorative panel comprises inner panel and outside plate, inner panel is disposed between heat sink and outside plate, position on outside plate between adjacent two inner panels is fixedly connected with heat sink, inner panel and outside plate laminating, the top and bottom of outside plate are provided with chute, the top and bottom of inner panel are positioned at chute and are slidably connected with chute, on inner panel and outside plate, be densely covered with the coaxial corresponding louvre in position.
2. skirting heating system according to claim 1, is characterized in that, between described adjacent two hot-water lines, is embedded with timber wedge, the gap location of timber wedge correspondence between adjacent two inner panels, and outside plate is connected with timber wedge bolt.
3. skirting heating system according to claim 2, is characterized in that, described timber wedge is " T " font, and timber wedge comprises the limiting section that is greater than Embedded Division for being embedded in Embedded Division between hot-water line and width.
4. according to the skirting heating system described in claim 1 or 2 or 3, it is characterized in that, described inner panel comprises the first baffle plate of vertical setting, the first baffle plate upper end-face edge is provided with horizontally disposed sliding guide, outside plate comprises the second baffle with the first baffle plate laminating, edge, second baffle top and bottom is bent to form described chute, and the lower end of sliding guide and the first baffle plate lays respectively in chute, and louvre is positioned on the first baffle plate and second baffle.
5. skirting heating system according to claim 4, is characterized in that, is provided with the first shield of inclination between the first described baffle plate and sliding guide, is provided with the second shield with the first shield laminating between second baffle and chute.
6. according to the skirting heating system described in claim 1 or 2 or 3, it is characterized in that, the two ends up and down of the outer wall of described hot-water line are provided with the heat sink strip group being connected with hot-water line one, and heat sink strip group comprises some vertical heat sink strips, is provided with radiatinig corrugated on heat sink strip.
7. skirting heating system according to claim 6, it is characterized in that, described hot-water line number is two and is divided into top tube and down tube, heat sink strip free end in the heat sink strip group of upper pipe lower end is positioned at same level, heat sink strip free end in the heat sink strip group of lower pipe upper end is positioned on same horizontal plane, and timber wedge is embedded between the heat sink strip group of pipe lower end and the heat sink strip group of lower pipe upper end.
8. skirting heating system according to claim 7, it is characterized in that, the free end height of the heat sink strip in the heat sink strip group of described upper pipe upper end is successively decreased towards the direction of decorative panel successively by heat sink, and the free end height of the heat sink strip in the heat sink strip group of described lower pipe lower end is successively decreased towards the direction of decorative panel successively by heat sink.
9. according to the skirting heating system described in claim 1 or 2 or 3, it is characterized in that, on described heat sink, be provided with bolt mounting holes, heat sink is connected with metope bolt by bolt mounting holes.
10. according to the skirting heating system described in claim 1 or 2 or 3, it is characterized in that, the end of described skirting fin is provided with the tube connector for splicing, and one end of tube connector is positioned at hot-water line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420299963.1U CN203907730U (en) | 2014-06-06 | 2014-06-06 | Skirting line heating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420299963.1U CN203907730U (en) | 2014-06-06 | 2014-06-06 | Skirting line heating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203907730U true CN203907730U (en) | 2014-10-29 |
Family
ID=51782001
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420299963.1U Withdrawn - After Issue CN203907730U (en) | 2014-06-06 | 2014-06-06 | Skirting line heating system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203907730U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104101017A (en) * | 2014-06-06 | 2014-10-15 | 南京暖嘉节能工程有限公司 | Skirting line-type heating and radiating system |
| CN104864479A (en) * | 2015-06-08 | 2015-08-26 | 青岛颐科创新散热器有限公司 | Efficient heat dissipation heating radiator and heating radiator set |
| CN107062377A (en) * | 2017-05-12 | 2017-08-18 | 合肥安诺新型建材有限公司 | A kind of Sirting line type heating aluminium alloy heat radiator of composite construction |
-
2014
- 2014-06-06 CN CN201420299963.1U patent/CN203907730U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104101017A (en) * | 2014-06-06 | 2014-10-15 | 南京暖嘉节能工程有限公司 | Skirting line-type heating and radiating system |
| CN104101017B (en) * | 2014-06-06 | 2017-06-23 | 南京暖嘉节能工程有限公司 | Skirt wire type heating radiator system |
| CN104864479A (en) * | 2015-06-08 | 2015-08-26 | 青岛颐科创新散热器有限公司 | Efficient heat dissipation heating radiator and heating radiator set |
| CN107062377A (en) * | 2017-05-12 | 2017-08-18 | 合肥安诺新型建材有限公司 | A kind of Sirting line type heating aluminium alloy heat radiator of composite construction |
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Legal Events
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141029 Effective date of abandoning: 20170623 |
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| AV01 | Patent right actively abandoned |