CN101343974B

CN101343974B - Heat-insulation and heat-preservation sliding composite window

Info

Publication number: CN101343974B
Application number: CN2008100444007A
Authority: CN
Inventors: 杨俊普
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-05-08
Filing date: 2008-05-08
Publication date: 2012-06-20
Anticipated expiration: 2028-05-08
Also published as: CN101343974A

Abstract

The invention relates to a glass window used for fixed buildings, in particular to a thermal insulation and heat preservation sliding side-hung combined window. The thermal insulation and heat preservation sliding side-hung combined window comprises three parts, namely a main body structure of the window, a connecting angle part and a sealed handle lock box body part, wherein the main body structure comprises an outer assembling frame, a sliding assembling frame and a window sash assembly; the connecting angle part comprises a sliding frame connecting angle and a window sash connecting angle. Heat insulating plates arranged inside and outside of the sliding frame and the window frame are adopted in the thermal insulation and heat preservation sliding side-hung combined window, thermal insulation cut-off bridges are arranged between the two sliding rails and the dual-layer glass, sufficient thermal resistance indoors and outdoors is guaranteed, the heat quantity indoors can be effectively prevented from being transmitted to the outside, the energy is conserved, the defect that the heat transfer coefficient of the door or window in the prior art is rather large can be overcome, and the invention meets the requirements for energy conservation of residential construction and is suitable for various residential constructions and other buildings and can be moved onto the existing side-hung windows.

Description

Heat-insulation and heat-preservation sliding composite window

Technical field

The present invention relates to a kind of fixed buildings glass window class, specifically relate to a kind of heat-insulation and heat-preservation sliding composite window that is provided with bridge cut-off.

Background technology

At present, being seen push-and-pull, flat open system row window exist some problems that need solve, sliding sash:, poorly sealed; Two, the safety factor index is low; Three, the heat-insulating and energy-saving effect is undesirable.Casement window: safety factor is high, good sealing effect, and energy-saving heat-insulating, but its shortcoming is inwardly to open to take up space, the bad installation of screen window, and principal item is single, unit price square metre price comparison height.

Formerly patent ZL200520034360.X is multiple functional, installation, easy to use, but it does not have heat-proof device as the aluminium extruded sections window frame, can not effectively prevent the transmission of indoor and outdoor heat, does not reach the purpose of energy-saving heat preserving.

Summary of the invention

The technical problem that the present invention will solve is to the deficiency that exists in the prior art; Provide a kind of safety index high, airtight tight; Inside and outside the sliding sash, be provided with the environmental protection insulating board inside and outside the window frame, at the diversified heat-insulation and heat-preservation sliding composite window of combination that is provided with heat-insulating bridge-cut-off between two slideways and between the heel post.

Heat-insulation and heat-preservation sliding composite window of the present invention is achieved through following technical proposals: a kind of heat-insulation and heat-preservation sliding composite window of the present invention comprises one, the agent structure of window: a) housing group frame, b) push-and-pull frame group frame, c) sash assembly; Two, joint angle part: d) sliding sash joint angle, e) sash joint angle; Three, sealing handle lock casing part f),

One, the agent structure of window:

A) housing group frame comprises the sliding way assembly, the heel post assembly of both sides, glide path assembly;

Described sliding way assembly comprises the square thermal insulation barriers of sliding way, sliding way, and the stairstepping insulating board, the knife-edge weather strip is formed;

The heel post assembly of both sides comprises heel post, the heel post end baffle plate, and the square thermal insulation barriers of heel post is formed;

The glide path assembly comprises detachable glide path, connector, and the glide path frame, the hook-type weather strip, the stairstepping butt hook, detachable glide path end baffle plate, insulating board is formed in the detachable glide path;

B) push-and-pull frame group frame comprises the sliding sash in the outside and inboard sliding sash, and that the sliding sash in the outside comprises is upper and lower, the innner and outer sliding sash is formed, and last sliding sash assembly comprises sliding sash, the wide insulating board of plate shape, the narrow insulating board of plate shape, I-shaped weather strip composition; Following sliding sash assembly comprises sliding sash down, the wide insulating board of plate shape, and the narrow insulating board of plate shape, I-shaped weather strip is formed; The outer sliding frame assembly in the outside comprises outer sliding frame, I-shaped weather strip, and member's font weather strip, insulating board is formed in the outer sliding frame end baffle plate, outer sliding frame; The interior sliding sash assembly in the outside comprises the interior sliding sash in the outside, I-shaped weather strip, and the zigzag weather strip, the dihedral insulating board is formed;

Inboard outer sliding frame, on, the outer sliding frame in the following sliding sash and the outside, on, following sliding sash assembly is identical, and inboard interior sliding sash assembly comprises inboard interior sliding sash, I-shaped weather strip, the U-shaped insulating board is formed;

C) the sash assembly comprises sash, I-shaped weather strip, and U font weather strip, insulating board is formed in the window frame end baffle plate, window frame;

Two, joint angle partly comprises sliding sash joint angle assembly and sash joint angle assembly:

D) sliding sash joint angle assembly comprises horizontal connector, vertical connector, and mounting groove, the wheel carrier hole, the folding hole, plug, plug hole is formed;

E) sash joint angle assembly comprises joint angle, arrow-shaped weather strip chamber, and mounting groove, the arrow-shaped weather strip is formed;

Three, sealing handle lock chest portion branch comprises the casing assembly, slip casing assembly, and the trace assembly:

F) the casing assembly comprises casing, dividing plate, and big cavity, areola, extension spring is formed;

G) slip casing assembly comprises the slip casing, the slip box partition, and middle cavity, the both sides cavity is formed;

H) the trace assembly comprises trace, connector, and seal head, the corner head, spring,

A) the bonding stairstepping insulating board at described sliding way two ends is provided with a square thermal insulation barriers of sliding way that has cavity in the middle of two sliding ways; The inboard vertical edges of two slideways is provided with two the square thermal insulation barriers T of sliding way shape heads; Two slideway sections are square cavity; The cavity below is two aduncate slideway hooks; It is the knife-edge weather strip that a triangle edges is extended in cuboid one bight that two slideways below is provided with to extending below a right angle step edge and inwardly be provided with hook-shaped groove, being provided with section in the hook-shaped groove; The square thermal insulation barriers cavity of described sliding way two outsides have the square thermal insulation barriers dovetail groove of two connections; Two the square thermal insulation barriers T of sliding way shape heads that the inboard vertical edges of two slideways is provided with are installed in the dovetail groove of the square thermal insulation barriers of sliding way; Two back-to-back hook-shaped grooves of the square thermal insulation barriers downside of sliding way vertical extent are provided with the knife-edge weather strip in the hook-shaped groove;

Described glide path assembly comprises detachable glide path, glide path frame, connector, nut, screw, hook-type weather strip, stairstepping butt hook; Described detachable glide path section is the single piece that comprises two boss; Boss bottom, detachable glide path left side is provided with a ladder platform; Boss upper right side, left side is provided with aduncate U type opening, and left side boss lower right horizontal sides and right side boss are made as one, and boss upper right side, right side is provided with outside U type opening; The U type opening lower end of right side boss is provided with an inverted U opening, and the right shoulder of inverted U opening upwards is provided with a perpendicular minor face; Described glide path frame section is three layers of ladder parts; The upper edge portion of its left side first floor ladder platform is to having a glide path frame hook; The second ladder platform along portion to having glide path second hook, the right-hand member of the 3rd layer of ladder platform upwards is provided with the perpendicular minor face of a glide path frame; Described connector section top is provided with the connector dovetail groove, establishes a connector hook in the lower direction of connector dovetail groove left side, establishes a U type groove on the connector dovetail groove right side on the angle; Hook-type weather strip section is hook-type, and stairstepping butt hook section is stairstepping, and a hook is inwardly established in its upper end; In the connector hook that described glide path frame first floor ladder platform upper edge portion establishes in a glide path frame dogging that has is contained in connector dovetail groove left side lower direction; Glide path frame second layer ladder platform along portion in glide path frame second dogging that has is contained in a U type groove of establishing on the angle on the dovetail groove right side of connector; The dogging of hook-type weather strip is on the perpendicular minor face of the glide path frame that the 3rd layer of ladder platform right-hand member of glide path frame upwards is provided with; The inverted U open card that detachable glide path right side lower end is provided with is contained on the hook-type weather strip; Plane drilling on detachable glide path horizontal sides and the connector dovetail groove; Screw is from penetrating, and nut is put into the connector dovetail groove, and screwing with screw connects as one detachable glide path and glide path frame; The dogging of stairstepping butt hook upper end is on the perpendicular minor face that inverted U opening right shoulder in detachable glide path right side upwards is provided with, and its lower end is bonded on the lateral surface of glide path frame right side;

Described heel post assembly comprises heel post; The heel post end baffle plate; The square thermal insulation barriers of heel post, described heel post section one side is two boss, and side, two boss inner underside stage casings is provided with two heel post T shape heads; Boss two outer side edges outwards are provided with the perpendicular minor face of two heel posts, and the boss of heel post end baffle plate is bonded in the perpendicular minor face of two heel posts inwardly;

B) the described wide insulating board of sliding sash outside adhesive sheet shape of going up, the narrow insulating board of inboard adhesive sheet shape, last sliding sash section is the square shape section bar, and the section bar lower left corner is provided with one and goes up the sliding sash dovetail groove, and being provided with section in the last sliding sash dovetail groove is I-shaped weather strip; The wide insulating board of the described outside adhesive sheet shape of sliding sash down; The narrow insulating board of inboard adhesive sheet shape, following sliding sash section is the square shape section bar, its upper left corner is provided with a following sliding sash dovetail groove; Establish in the following sliding sash dovetail groove and adorn I-shaped weather strip; It is provided with down sliding sash left side open slot to the inside to having a rectangular cavity in the lower left corner, establishes in the open slot of a following sliding sash left side knife-edge weather strip is housed, and the lower right corner is to having a rectangular cavity and to the right open slot of the following sliding sash of inner corner portion; The vertical head of the right open slot opening of following sliding sash extends the right open slot horizontal sides of sliding sash to central side, establishes dress knife-edge weather strip in the right open slot of following sliding sash;

Described outer sliding frame section configuration is the square shape hollow chamber profile; Its left comer portion is provided with an outer sliding frame dovetail groove; Establish in the outer sliding frame dovetail groove and adorn I-shaped weather strip; Outer sliding frame cavity two left comer portions outwards respectively are provided with its outside of a rectangular cavity and are provided with the outer sliding frame open slot, and establishing the dress section configuration in the outer sliding frame open slot is the whole rectangular round font weather strip that connects on the hollow cylinder; Described sliding sash end baffle plate is bonded in the outer sliding frame outside, and insulating board is bonded in the outer sliding frame inboard in the sliding sash; The interior sliding sash section in the outside is the square shape hollow chamber profile; The bight, the interior sliding sash outside in the outside is provided with the interior sliding sash dovetail groove in the outside; The interior sliding sash cavity in the outside is provided with the long dovetail groove of interior sliding sash in the outside towards the inboard; Establish in the interior sliding sash dovetail groove in the outside I-shaped weather strip is housed, establishing dress section configuration one end in the long dovetail groove of interior sliding sash in the outside is that the I-shaped other end is that sawtooth is the zigzag weather strip that ladder is arranged, and the dihedral insulating board is bonded in the position, interior sliding sash exterior angle in the outside; Inboard interior sliding sash is the square cavity section bar; The interior sliding sash dovetail groove of an inboard is established in the one of which bight; Establish in the inboard interior sliding sash dovetail groove and adorn I-shaped weather strip; U type insulating board section configuration is a U-shaped, and its external angle is an arc chord angle, and U type insulating board is bonded in three avris that inboard interior sliding sash square cavity is not established dovetail groove;

C) described window frame profile assembly comprises the window frame end baffle plate, insulating board in the window frame, window frame; The U-shaped weather strip, worker's shape weather strip, described window frame end baffle plate section is convex plate; The insulating board section is turning shape plate in the window frame, the window frame section cavity that is square, its left side two horizontal minor faces that stretch out; Establish dress window frame end baffle plate in the horizontal minor face, window frame cavity shoulder is inwardly established a window frame dovetail groove, establishes in the window frame dovetail groove and adorns I-shaped weather strip; Window frame is established dress U-shaped weather strip to extending below two perpendicular long limits in the perpendicular long limit;

D) sliding sash joint angle, sliding sash joint angle assembly comprises horizontal connector, vertical connector, mounting groove, the wheel carrier hole, the hinge hole, plug, plug hole is formed; Described level connects first end and is provided with the wheel carrier hole, and the other end is provided with plug hole, and horizontal connector lateral surface is provided with mounting groove; The first end of described vertical connection is provided with plug, and the plug lower end is provided with the hinge hole, and vertical connector lower outside face is provided with mounting groove; The plug of the first end of described vertical connection is inserted into the interior formation of the plug hole sliding sash joint angle of horizontal connector;

E) sash joint angle assembly comprises joint angle, arrow-shaped weather strip chamber, the sash joint angle vertical cavity that arrow-shaped weather strip chamber vertically divides into; Mounting groove, the arrow-shaped weather strip is mended core and is formed; Described sash joint angle is a dihedral hollow chamber profile, and its bight cavity is provided with arrow-shaped weather strip chamber, and its outside, each other vertical both sides is provided with mounting groove; The arrow-shaped weather strip is inserted in the arrow-shaped weather strip chamber, mends core and is inserted in the sash joint angle vertical cavity that vertically is provided with;

F) described sealing handle lock casing assembly comprises that casing, slip casing, trace, dead bolt card constitute; Casing master TV structure is for to be divided into big cavity and areola by dividing plate; The big cavity side of casing top is provided with pin-and-hole, and front, casing lower end is provided with the casing installing hole, and the casing soffit is provided with the casing screw; Casing is provided with the extension spring installing hole at big cavity side end face, and the big cavity side of box top middle part is provided with rectangle to the middle part that faces down and promotes cotter way; Described box back surface middle part is provided with the footing piece identical with casing length, and footing piece vertically is provided with the footing screw, and lower end, casing side is provided with the trace groove; Described slip casing is the cuboid hollow chamber profile; The one of which side is uniformly distributed with by two dividing plates along its length the slip casing is divided into middle cavity and the both sides cavity that pushing pin is set; The positive both sides of slip casing re-entrant portion respectively is provided with the extension spring pin-and-hole that extension spring is installed; Slip casing lower end is provided with circular hole, and slip casing upper end is provided with two extension spring cotter ways; Described trace is a cylinder, and its two ends are provided with square spigot, and the center is provided with a boss; Described trace cover is an axle sleeve, and described connector section is a square, and its center has square hole; Described seal head section is oval; Its center is provided with square seal head hole, and described corner head is a cuboid, and the one of which side is provided with corner head square hole;

G) described slip casing is installed in the big cavity of casing, and another end hook of extension spring is pulled out from the extension spring installing hole of casing upper end with cord, and tension spring pin passes the pin-and-hole of casing upper end and the hook of extension spring upper end is fixed in the casing;

H) the trace assembly comprises trace; The square spigot at trace two ends and middle part are provided with a boss; Described trace is installed in the circular hole of slip casing lower end; Spring housing is contained in trace cover boss one side in the circular hole, and the trace cover is enclosed within the trace two ends respectively, its external surface be bonded in slip casing lower end circular hole in; Connector is bonded in the seal head square hole of seal head; The connector square hole is adhesively fixed on the square spigot of an end of trace; The square hole of the first side of corner is adhesively fixed on the square spigot of a relative side with seal head on the trace, and two extension springs are fixedly mounted in the cavity of slip casing both sides through pin-and-hole and the hook of extension spring that bearing pin passes on the slip tank ends cavity body; Pushing pin penetrates to the middle cavity of slip casing from the promotion cotter way of casing and is adhesively fixed;

Described dead bolt card is one square, is bonded in down the inboard inner corner portion of sliding sash.

Heat-insulation and heat-preservation sliding composite window of the present invention has following beneficial effect compared with prior art: sliding sash adopts the disclosed pulley block frame of patent ZL200520034360.X formerly on the heat-insulation and heat-preservation sliding casement window of the present invention; Make window frame push-and-pull of the present invention convenient; Following sliding sash upper surface is the plane, and wiping, cleaning are easily; Mostly the present invention is assembly, but integral installation, and convenient transportation is installed simply easily.The detachable glide path boss of the present invention upper right side is provided with inside U type opening 27 extends a horizontal sides 19 to the vertical head of the seal groove that has 18 openings to central side with the following sliding sash 15 section bar lower left corners and interlocks, and has increased safety of the present invention; Heat-insulation and heat-preservation sliding composite window particularly of the present invention is inside and outside the sliding sash, be provided with insulating board inside and outside the window frame; Be provided with heat-insulating bridge-cut-off between two slideways and between the double-layer glass; Guaranteed that indoor and outdoor has enough thermal resistances, it is outdoor to prevent effectively that indoor heat from passing to, and has practiced thrift the energy; Overcome the bigger shortcoming of prior art door and window thermal transmittance, met China about the dwelling construction requirements of saving energy.The present invention is applicable to any housing construction and other building, goes back portable to existing casement window.

Description of drawings

A kind of heat-insulation and heat-preservation sliding composite window of the present invention has following accompanying drawing:

Fig. 1 is a heat-insulation and heat-preservation sliding composite window master TV structure sketch map of the present invention;

Fig. 2 is the vertical sectional structure sketch map of heat-insulation and heat-preservation sliding composite window of the present invention;

Fig. 3 is the horizontal sectional structure sketch map of heat-insulation and heat-preservation sliding composite window of the present invention;

Fig. 4 vertically analyses and observe the mounting structure sketch map for heat-insulation and heat-preservation sliding composite window of the present invention;

Fig. 5 laterally analyses and observe the mounting structure sketch map for heat-insulation and heat-preservation sliding composite window of the present invention;

Fig. 6 is heat-insulation and heat-preservation sliding composite window glide path frame 21 connectors 22 of the present invention and detachable glide path 20 mounting structure sketch mapes;

Fig. 7 is the right TV structure sketch map of heat-insulation and heat-preservation sliding composite window sliding sash joint angle of the present invention;

Fig. 8 is a heat-insulation and heat-preservation sliding composite window sliding sash joint angle master TV structure sketch map of the present invention;

Fig. 9 is a heat-insulation and heat-preservation sliding composite window sliding sash joint angle plan structure sketch map of the present invention;

Figure 10 is the right TV structure sketch map of heat-insulation and heat-preservation sliding composite window sash joint angle of the present invention;

Figure 11 is a heat-insulation and heat-preservation sliding composite window sash joint angle master TV structure sketch map of the present invention;

Figure 12 is joint angle master TV structure sketch map in the heat-insulation and heat-preservation sliding composite window sash of the present invention;

Figure 13 is joint angle left side TV structure sketch map in the heat-insulation and heat-preservation sliding composite window sash of the present invention;

Figure 14 is heat-insulation and heat-preservation sliding composite window casing 70 main TV structure sketch mapes of the present invention;

Figure 15 is heat-insulation and heat-preservation sliding composite window casing 70 plan structure sketch mapes of the present invention;

Figure 16 is a heat-insulation and heat-preservation sliding composite window casing 70C-C sectional structure sketch map of the present invention;

Figure 17 is a heat-insulation and heat-preservation sliding composite window slip casing assembly structure sketch map of the present invention;

Figure 18 is a heat-insulation and heat-preservation sliding composite window slip casing plan structure sketch map of the present invention;

Figure 19 is heat-insulation and heat-preservation sliding composite window slip casing of the present invention left side TV structure sketch map;

Figure 20 is heat-insulation and heat-preservation sliding composite window seal head 96 assembly structure sketch mapes of the present invention;

Figure 21 looks up structural representation for heat-insulation and heat-preservation sliding composite window seal head of the present invention;

Figure 22 is a heat-insulation and heat-preservation sliding composite window casing package assembly sketch map of the present invention;

Figure 23 is heat-insulation and heat-preservation sliding composite window casing assembling plan structure sketch map of the present invention;

Figure 24 is heat-insulation and heat-preservation sliding composite window casing assembling D-D sectional structure sketch map of the present invention.

Wherein: 1, stairstepping insulating board; 2, sliding way; 3, the square thermal insulation barriers of sliding way; 4, square thermal insulation barriers dovetail groove; 5, hook-shaped groove; 6, knife-edge weather strip; 7, the square thermal insulation barriers T of sliding way shape head; 8, slideway hook; 9, hook-shaped groove; 10, go up sliding sash; 11, the wide insulating board of plate shape; 12, the narrow insulating board of plate shape; 13, go up the sliding sash dovetail groove; 14, I-shaped weather strip; 15, following sliding sash; 16, following sliding sash dovetail groove; 17, the left open slot of following sliding sash; 18, the right open slot of following sliding sash; 19, the right open slot horizontal sides of following sliding sash; 20, detachable glide path; 21, glide path frame; 22, connector; 23, nut; 24, screw; 25, hook-type weather strip; 26, stairstepping butt hook; 27, U type opening; 28, inverted U opening; 29, perpendicular minor face; 30, connector dovetail groove; 31, connector hook; 32, U type groove; 33, window frame end baffle plate; 34, insulating board in the window frame; 35, window frame; 36, U-shaped weather strip; 37, worker's shape weather strip; 38, horizontal minor face; 39; 40, perpendicular long limit; 41, heel post end baffle plate; 42, the square thermal insulation barriers of heel post; 43, the square thermal insulation barriers dovetail groove of heel post; 44, heel post; 45, heel post T shape head; 46, the perpendicular minor face of heel post; 47, outer sliding frame; 48, Casement cocks; 49, justify the font weather strip; 50, outer sliding frame open slot; 51, sliding sash end baffle plate; 52, insulating board in the sliding sash; 53, the interior sliding sash in the outside; 54, dihedral insulating board; 55, the interior sliding sash dovetail groove in the outside; 56, the long dovetail groove of interior sliding sash in the outside; 57, zigzag weather strip; 58, the interior sliding sash of inboard; 59, U-shaped insulating board; 60, sliding sash dovetail groove in the interior window frame; 61, hollow glass; 62, heat-protecting glass; 63, heat insulating belt; 64; 65, glide path frame hook; 66, glide path frame second hook; 67, the perpendicular minor face of glide path frame; 68, sash joint angle vertical cavity; 69, casing footing piece; 70, casing; 71, big cavity; 72, footing screw; 73, pin-and-hole; 74, extension spring installing hole; 75, promote cotter way; 76, areola; 77, box partition; 78, screw hole; 79, casing installing hole; 80, trace groove; 81, extension spring; 82, tension spring pin; 83, slip casing; 84, slip box partition; 85, middle cavity; 86, both sides cavity; 87, extension spring pin-and-hole; 88, circular hole; 89, extension spring cotter way; 90, trace; 91, square spigot; 92, boss; 93, trace cover; 94, connector; 95, connector square hole; 96, seal head; 97, seal head square hole; 98, corner head; 99, corner head square hole; 100, spring; 101, pushing pin; 102, dead bolt card; 103, mend core; 104, detachable glide path end baffle plate; 105, insulating board in the detachable glide path; 106, horizontal connector; 107, mounting groove; 108, wheel carrier hole; 109, hinge hole; 110 plugs; 111, plug hole; 112, vertical connector; 113, sash joint angle; 114, arrow-shaped weather strip chamber; 115, mounting groove; 116, arrow-shaped weather strip; 117, movable hinge seat; 118, movable hinge; 119, sliding way and heel post joint angle; 120, rivet; 121, Lu's font cuboid junction plate; 122, stairstepping cuboid junction plate; 123, screw; 124, connect fixing head; 125, screw; 126, dovetail groove; 127, the detachable angle-shaped piece of sash; 128, screw cover; 129, ladder macropore; 130, ladder aperture; 131, hexagon socket head cap screw; 132, the detachable angle-shaped piece mounting groove of sash; 133, wheel carrier; 134, wheel carrier fixed bolster; 135, wheel carrier fixed screw; 136, I shape spare; 137, yi word pattern spare.

The specific embodiment

Below in conjunction with accompanying drawing and embodiment a kind of heat-insulation and heat-preservation sliding composite window technical scheme of the present invention is further described.

Like Fig. 1-shown in Figure 24, a kind of heat-insulation and heat-preservation sliding composite window comprises one, the agent structure of window: a) housing group frame, b) push-and-pull frame group frame, c) sash assembly; Two, joint angle part: d) sliding sash joint angle, e) sash joint angle; Three, sealing handle lock casing part f),

One, the agent structure of window:

Described sliding way assembly comprises the square thermal insulation barriers 3 of sliding way, sliding way 2, and stairstepping insulating board 1, knife-edge weather strip 6 is formed;

The heel post assembly of both sides comprises heel post 44, heel post end baffle plate 41, and the square thermal insulation barriers 42 of heel post is formed;

The glide path assembly comprises detachable glide path 20, connector 22, and glide path frame 21, hook-type weather strip 25, stairstepping butt hook 26, detachable glide path end baffle plate 104, insulating board 105 is formed in the detachable glide path;

B) push-and-pull frame group frame comprises the sliding sash in the outside and inboard sliding sash, and that the sliding sash in the outside comprises is upper and lower, the innner and outer sliding sash is formed, and last sliding sash assembly comprises sliding sash 10, the wide insulating board 11 of plate shape, the narrow insulating board 12 of plate shape, I-shaped weather strip 14 compositions; Following sliding sash assembly comprises sliding sash 15 down, the wide insulating board 11 of plate shape, and the narrow insulating board 12 of plate shape, I-shaped weather strip 14 is formed; The outer sliding frame assembly in the outside comprises outer sliding frame 47, I-shaped weather strip 14, and member's font weather strip 49, insulating board 52 is formed in the sliding sash end baffle plate 51, sliding sash; The interior sliding sash assembly in the outside comprises the interior sliding sash 53 in the outside, I-shaped weather strip 14, and zigzag weather strip 57, dihedral insulating board 54 is formed;

Inboard outer sliding frame, on, the outer sliding frame in the following sliding sash and the outside, on, following sliding sash assembly is identical, and inboard interior sliding sash assembly comprises inboard interior sliding sash 58, I-shaped weather strip 14, U-shaped insulating board 59 is formed;

C) the sash assembly comprises sash 35, I-shaped weather strip 14, and U font weather strip 36, insulating board 34 is formed in the window frame end baffle plate 33, window frame;

D) sliding sash joint angle assembly comprises horizontal connector 106, vertical connector 112, and mounting groove 107, wheel carrier hole 108, folding hole 109, plug 110, plug hole 111 is formed;

E) sash joint angle assembly comprises sash joint angle 113, arrow-shaped weather strip chamber 114, and mounting groove 115, arrow-shaped weather strip 116 is formed;

F) the casing assembly comprises casing 70, dividing plate 77, and big cavity 71, areola 76, extension spring 81 is formed;

G) slip casing assembly comprises slip casing 83, slip box partition 84, and middle cavity 85, both sides cavity 86 is formed;

H) the trace assembly comprises trace 90, connector 94, seal head 96, corner head 98, spring 100.

The present invention is characterized as:

A) in the middle of 1, two sliding way of bonding stairstepping insulating board 2 at described sliding way 2 two ends a square thermal insulation barriers 3 of sliding way that has cavity is set; Two slideways, 2 inboard vertical edges are provided with two the square thermal insulation barriers T of sliding way shapes 7; Two slideways, 2 sections are square cavity; The cavity below is two aduncate slideway hooks 8; It is the knife-edge weather strip 6 that a triangle edges is extended in cuboid one bight that two slideways, 2 belows are provided with to extending below a right angle step edge and inwardly be provided with hook-shaped groove 9, being provided with section in the hook-shaped groove 9; Square thermal insulation barriers 3 cavitys of described sliding way two outsides have the square thermal insulation barriers dovetail groove 4 of two connections; Two the square thermal insulation barriers T of sliding way shapes that two slideways, 2 inboard vertical edges are provided with 7 are installed in the dovetail groove 4 of the square thermal insulation barriers 3 of sliding way; Two back-to-back hook-shaped grooves 5 of the square thermal insulation barriers 3 downside vertical extent of sliding way are provided with knife-edge weather strip 6 in the hook-shaped groove 5;

Described glide path assembly comprises detachable glide path 20, glide path frame 21, connector 22, nut 23, screw 24, hook-type weather strip 25, stairstepping butt hook 26; Described detachable glide path 20 sections are the single piece that comprises two boss; Detachable boss bottom, glide path 20 left side is provided with a ladder platform; Boss upper right side, left side is provided with aduncate U type opening 27, and left side boss lower right horizontal sides and right side boss are made as one, and boss upper right side, right side is provided with outside U type opening 27; U type opening 27 lower end of right side boss are provided with an inverted U opening 28, and the right shoulder of inverted U opening 28 upwards is provided with a perpendicular minor face 29; Described glide path frame 21 sections are three layers of ladder parts; The upper edge portion of its left side first floor ladder platform is to having a glide path frame hook 65; The second ladder platform upwards be provided with the perpendicular minor face 67 of a glide path frame along portion to the right-hand member that has 66, the three layers of ladder platform of a glide path second hook; Described connector 22 section tops are provided with connector dovetail groove 30, establish a connector hook 31 in the connector dovetail groove 30 left side lower directions, establish a U type groove 32 on connector dovetail groove 30 right sides on the angle; Hook-type weather strip 25 sections are hook-type, and stairstepping butt hook 26 sections are stairstepping, and a hook is inwardly established in its upper end; In the connector hook 31 that described glide path frame 21 first floor ladder platform upper edge portions establish in a glide path frame hook 65 that has is installed on connector 22 dovetail grooves 30 left side lower directions; Glide path frame 21 second layer ladder platforms along portion in a glide path frame second hook 66 that has is installed on a U type groove 32 of establishing on the angle on dovetail groove 30 right sides of connector 22; The dogging of hook-type weather strip 25 is on the perpendicular minor face 67 of the glide path frame that the 3rd layer of ladder platform right-hand member of glide path frame 21 upwards is provided with; The inverted U opening 28 that detachable glide path 20 right side lower end are provided with is installed on the hook-type weather strip 25; Plane drilling on detachable glide path 20 horizontal sides and the connector dovetail groove 30; Screw 24 is from penetrating; Nut 23 is put into connector dovetail groove 30, and screwing with screw 24 connects as one detachable glide path 20 with glide path frame 21; The dogging of stairstepping butt hook 26 upper ends is on the perpendicular minor face 29 that the right shoulder of detachable glide path 20 right side inverted U openings upwards is provided with, and its lower end is bonded on the glide path frame 21 right side lateral surfaces;

Described heel post assembly comprises heel post 44; Heel post end baffle plate 41; The square thermal insulation barriers 42 of heel post, described heel post 44 sections one side is two boss, and side, two boss inner underside stage casings is provided with two heel post T shapes 45; Boss two outer side edges outwards are provided with the perpendicular minor face 46 of two heel posts, and the boss of heel post end baffle plate 41 is bonded in the perpendicular minor face 46 of two heel posts inwardly;

B) the described wide insulating board 11 of sliding sash 10 outside adhesive sheet shapes of going up; The narrow insulating board 12 of inboard adhesive sheet shape; Last sliding sash 10 sections are the square shape section bar, and the section bar lower left corner is provided with one and goes up sliding sash dovetail groove 13, and being provided with section in the last sliding sash dovetail groove 13 is I-shaped weather strip 14; The described wide insulating board 11 of sliding sash 15 outside adhesive sheet shapes down; The narrow insulating board 12 of inboard adhesive sheet shape; Following sliding sash 15 sections are the square shape section bar; Its upper left corner is provided with a following sliding sash dovetail groove 16, establishes in the following sliding sash dovetail groove 16 and adorns I-shaped weather strip 14, and it is provided with down sliding sash left side open slot 17 to the inside to having a rectangular cavity in the lower left corner; Establish in the open slot 17 of a following sliding sash left side knife-edge weather strip 6 is housed; The lower right corner is to having a rectangular cavity and to the right open slot 18 of the following sliding sash of inner corner portion, the vertical head of right open slot 18 openings of following sliding sash extends the right open slot horizontal sides 19 of sliding sash to central side, establishes dress knife-edge weather strip 6 in the right open slot 18 of following sliding sash;

Described outer sliding frame 47 section configurations are the square shape hollow chamber profile; Its left comer portion is provided with an outer sliding frame dovetail groove 13; Establish in the outer sliding frame dovetail groove 13 and adorn I-shaped weather strip 14; Outer sliding frame 47 cavitys two left comer portions outwards respectively are provided with its outside of a rectangular cavity and are provided with outer sliding frame open slot 50, and establishing the dress section configuration in the outer sliding frame open slot 50 is the whole rectangular round font weather strip 49 that connects on the hollow cylinder; Described sliding sash end baffle plate 51 is bonded in outer sliding frame 47 outsides, and insulating board 52 is bonded in outer sliding frame 47 inboards in the sliding sash; Interior sliding sash 53 sections in the outside are the square shape hollow chamber profile; The bight, interior sliding sash 53 outside in the outside is provided with the interior sliding sash dovetail groove 55 in the outside; Interior sliding sash 53 cavitys in the outside are provided with the long dovetail groove 56 of interior sliding sash in the outside towards the inboard; Establish in the interior sliding sash dovetail groove 55 in the outside I-shaped weather strip 14 is housed; Establishing dress section configuration one end in the long dovetail groove 56 of interior sliding sash in the outside is that the I-shaped other end is that sawtooth is the zigzag weather strip 57 that ladder is arranged, and dihedral insulating board 54 is bonded in interior position, sliding sash 53 exterior angle; Inboard interior sliding sash 58 is the square cavity section bar; The interior sliding sash dovetail groove 60 of an inboard is established in the one of which bight; Establish in the inboard interior sliding sash dovetail groove 60 and adorn I-shaped weather strip 14; U type insulating board 59 section configurations are U-shaped, and its external angle is an arc chord angle, and U type insulating board 59 is bonded in three avris that inboard interior sliding sash 58 square cavity are not established dovetail groove;

C) described window frame profile assembly comprises window frame end baffle plate 33, insulating board 34 in the window frame, window frame 35; U-shaped weather strip 36, worker's shape weather strip 14, described window frame end baffle plate 33 sections are convex plate; Insulating board 34 sections are turning shape plate in the window frame, the window frame 35 sections cavity that is square, its left side two horizontal minor faces 38 that stretch out; Establish dress window frame end baffle plate 33 in the horizontal minor face 38, window frame 35 cavity shoulders are inwardly established a window frame dovetail groove 13, establish in the window frame dovetail groove 13 and adorn I-shaped weather strip 14; Window frame 35 is established dress U-shaped weather strip 36 to extending below two perpendicular long limits 40 in the perpendicular long limit 40;

D) sliding sash joint angle, sliding sash joint angle assembly comprises horizontal connector 106, vertical connector 112, mounting groove 107, wheel carrier hole 108, hinge hole 109, plug 110, plug hole 111 is formed; Described horizontal connector 106 1 ends are provided with wheel carrier hole 108, and the other end is provided with plug hole 111, and horizontal connector 106 lateral surfaces are provided with mounting groove 107; Described vertical connector 112 1 ends are provided with plug 110, and plug 110 lower ends are provided with hinge hole 109, and vertical connector 112 lower outside faces are provided with mounting groove 107; The plug 110 of described vertical connector 112 1 ends is inserted into the plug hole 111 interior formation sliding sash joint angles of horizontal connector 106;

E) sash joint angle assembly comprises joint angle 113; Arrow-shaped weather strip chamber 114, the sash joint angle vertical cavity 68 that arrow-shaped weather strip chamber vertically divides into, mounting groove 115; Arrow-shaped weather strip 116 is formed; Described sash joint angle 113 is a dihedral hollow chamber profile, and its bight cavity is provided with arrow-shaped weather strip chamber 114, and its outside, each other vertical both sides is provided with mounting groove 115; Arrow-shaped weather strip 116 is inserted in the arrow-shaped weather strip chamber 114, mends core 103 and is inserted in the sash joint angle vertical cavity 68 that sash joint angle 113 vertical sides are provided with;

F) described sealing handle lock casing assembly comprises that casing 70, slip casing 83, trace 90, dead bolt card 102 constitute; Casing 70 main TV structures are for being divided into big cavity 71 and areola 76 by dividing plate 77; Casing 70 big cavity 71 upper lateral parts are provided with pin-and-hole 73; Front, casing 70 lower end is provided with casing installing hole 79; Casing 70 soffits are provided with casing screw 78, and casing 70 is provided with extension spring installing hole 74 at big cavity 71 side end faces, and big cavity 71 middle side parts of casing 70 end faces are provided with rectangle to the middle part that faces down and promote cotter way 75; Middle part, described casing 70 back sides is provided with the footing piece 69 identical with casing 70 length, and footing piece 69 vertically is provided with footing screw 72, and lower end, casing 70 side is provided with trace groove 80; Described slip casing 83 is the cuboid hollow chamber profile; The one of which side is uniformly distributed with by two dividing plates 84 along its length slip casing 83 is divided into middle cavity 85 and the both sides cavity 86 that pushing pin 101 is set; Slip casing 83 positive both sides re-entrant portions respectively are provided with the extension spring pin-and-hole 87 that extension spring 81 is installed; Slip casing 83 lower ends are provided with circular hole 88, and slip casing 83 upper ends are provided with two extension spring cotter ways 89; Described trace 90 is a cylinder, and its two ends are provided with square spigot 91, and the center is provided with a boss 92; Described trace cover 93 is an axle sleeve, and described connector 94 sections are a square, and its center has square hole 95; Described seal head 96 sections are oval; Its center is provided with square seal head hole 97, and described corner head 98 is a cuboid, and the one of which side is provided with corner head square hole 99;

G) described slip casing 83 is installed in the casing 70 big cavitys 71, and extension spring 81 another end hooks are pulled out from the extension spring installing hole 74 of casing 70 upper ends with cord, and tension spring pin 82 passes the pin-and-hole 73 of casing 70 upper ends and the hook of extension spring 81 upper ends is fixed in the casing 70;

H) the trace assembly comprises trace 90; The square spigot 91 and the middle part at trace 90 two ends are provided with a boss 92; Described trace 90 is installed in the circular hole 88 of slip casing 83 lower ends; Spring 100 is sleeved on that traces overlap 93 boss, 92 1 sides in the circular hole 88, and trace cover 93 is enclosed within trace 90 two ends respectively, its external surface be bonded in slip casing 83 lower ends circular hole 88 in; Connector 94 is bonded in the seal head square hole 97 of seal head 96; Connector square hole 95 is adhesively fixed on the square spigot 91 of an end of trace 90; The square hole 99 of corner head 98 1 sides is adhesively fixed on the trace 90 on the square spigot 91 with seal head 96 relative sides, and two extension springs 81 are fixedly mounted in the slip casing 83 both sides cavitys 86 through pin-and-hole 87 and the hook of extension spring 81 that bearing pin 82 passes on the slip casing 83 two ends cavity body; Pushing pin 101 penetrates to the middle cavity 85 of slip casing 83 from the promotion cotter way 75 of casing and is adhesively fixed;

Described dead bolt card 102 is one square, is bonded in down the inboard inner corner portion of sliding sash 15.

Described heel post 44, outer sliding frame 47, side bonds heat insulating belt 63 in the end baffle plate of window frame 35 and interior sliding sash 53, heat insulating belt 63 outer side bonds heat-protecting glasses 62.

Described heat insulating belt 63 is any materials in sheet asbestos or other heat-barrier materials; Described heat-protecting glass 62 is any materials in glass or armour or the illuminating part.

Embodiment 1.

A kind of heat-insulation and heat-preservation sliding composite window of the present invention comprises one, the agent structure of window: a) housing group frame, b) push-and-pull frame group frame, c) sash assembly; Two, joint angle part: d) sliding sash joint angle, e) sash joint angle; Three, sealing handle lock casing part f),

One, the agent structure of window: as shown in Figure 1,

Described sliding way assembly comprises the square thermal insulation barriers 3 of sliding way, sliding way 2, and stairstepping insulating board 1, knife-edge weather strip 6 is formed, and is as shown in Figure 4;

The heel post assembly of both sides comprises heel post 44, heel post end baffle plate 41, and the square thermal insulation barriers 42 of heel post is formed, and is as shown in Figure 5;

The glide path assembly comprises detachable glide path 20, connector 22, and glide path frame 21, hook-type weather strip 25, stairstepping butt hook 26, detachable glide path end baffle plate 104, insulating board 105 is formed in the detachable glide path, and is as shown in Figure 4;

B) push-and-pull frame group frame comprises the sliding sash in the outside and inboard sliding sash, and that the sliding sash in the outside comprises is upper and lower, the innner and outer sliding sash is formed, and last sliding sash assembly comprises sliding sash 10, the wide insulating board 11 of plate shape, the narrow insulating board 12 of plate shape, I-shaped weather strip 14 compositions; Following sliding sash assembly comprises sliding sash 15 down, the wide insulating board 11 of plate shape, and the narrow insulating board 12 of plate shape, I-shaped weather strip 14 is formed; The outer sliding frame assembly in the outside comprises outer sliding frame 47, I-shaped weather strip 14, and member's font weather strip 49, insulating board 52 is formed in the sliding sash end baffle plate 51, sliding sash; The interior sliding sash assembly in the outside comprises the interior sliding sash 53 in the outside, I-shaped weather strip 14, and zigzag weather strip 57, dihedral insulating board 54 is formed, and is as shown in Figure 4;

Inboard outer sliding frame, on, the outer sliding frame in the following sliding sash and the outside, on, following sliding sash assembly is identical, and inboard interior sliding sash assembly comprises inboard interior sliding sash 58, I-shaped weather strip 14, U-shaped insulating board 59 is formed, and is as shown in Figure 5;

C) the sash assembly comprises sash 35, I-shaped weather strip 14, and U font weather strip 36, insulating board 34 is formed in the window frame end baffle plate 33, window frame, and is as shown in Figure 4;

D) sliding sash joint angle assembly comprises horizontal connector 106, vertical connector 112, and mounting groove 107, wheel carrier hole 108, folding hole 109, plug 110, plug hole 111 is formed, like Fig. 9, Figure 10, shown in Figure 11;

E) sash joint angle assembly comprises sash joint angle 113, arrow-shaped weather strip chamber 114, and mounting groove 115, arrow-shaped weather strip 116 is formed, and is like Figure 12, shown in Figure 13;

F) the casing assembly comprises casing 70, dividing plate 77, and big cavity 71, areola 76, extension spring 81 is formed, like Figure 16, Figure 17, shown in Figure 180;

G) slip casing assembly comprises slip casing 83, slip box partition 84, and middle cavity 85, both sides cavity 86 is formed, like Figure 19, Figure 20, shown in Figure 21;

H) the trace assembly comprises trace 90, connector 94, and seal head 96, corner head 98, spring 100, like Figure 19, Figure 22, shown in Figure 23; Characteristic of the present invention is:

The joint angle 119 that is used to connect sliding way assembly and heel post assembly is processed for 90 ° for the channel-section steel folding; Its horizontal ends is riveted on rivet 120 in the cavity of square thermal insulation barriers 3 of sliding way 2, and joint angle 119 vertical end are riveted in the cavity of the square thermal insulation barriers 42 of side post 44 upper end side columns with rivet 120; Being connected by being adhesive in cuboid solid slab connector 121 that section in detachable glide path 20 end portion cavity is Lu's font and being three grades of stairstepping cuboid solid slab connectors 122 and being connected of the lower end of heel post assembly and detachable glide path assembly end, being screwed on Lu's font cuboid solid slab connector 121 with being screwed in to be on three grades of stairstepping cuboid solid slab connectors 122 to be connected heel post 44 and detachable glide path 20 with glide path frame 21 with screw 123 and fixing by being adhesive in section in glide path frame 21 end portion cavity.

Described outer sliding frame 47 section configurations are the square shape hollow chamber profile; Its left comer portion is provided with an outer sliding frame dovetail groove 13; Establish in the outer sliding frame dovetail groove 13 and adorn I-shaped weather strip 14; Outer sliding frame 47 cavitys two left comer portions outwards respectively are provided with its outside of a rectangular cavity and are provided with outer sliding frame open slot 50, and establishing the dress section configuration in the outer sliding frame open slot 50 is the whole rectangular round font weather strip 49 that connects on the hollow cylinder; Described sliding sash end baffle plate 51 is bonded in outer sliding frame 47 outsides, and insulating board 52 is bonded in outer sliding frame 47 inboards in the sliding sash; Interior sliding sash 53 sections in the outside are the square shape hollow chamber profile; The bight, interior sliding sash 53 outside in the outside is provided with the interior sliding sash dovetail groove 55 in the outside; Interior sliding sash 53 cavitys in the outside are provided with the long dovetail groove 56 of interior sliding sash in the outside towards the inboard; Establish in the interior sliding sash dovetail groove 55 in the outside I-shaped weather strip 14 is housed; Establishing dress section configuration one end in the long dovetail groove 56 of interior sliding sash in the outside is that the I-shaped other end is that sawtooth is the zigzag weather strip 57 that ladder is arranged, and dihedral insulating board 54 is bonded in the position, interior sliding sash 53 exterior angle in the outside; Inboard interior sliding sash 58 is the square cavity section bar; The interior sliding sash dovetail groove 60 of an inboard is established in the one of which bight; Establish in the inboard interior sliding sash dovetail groove 60 and adorn I-shaped weather strip 14; U type insulating board 59 section configurations are U-shaped, and its external angle is an arc chord angle, and U type insulating board 59 is bonded in three avris that inboard interior sliding sash 58 square cavity are not established dovetail groove;

E) sash joint angle assembly comprises joint angle 113; Arrow-shaped weather strip chamber 114, the sash joint angle vertical cavity 68 of arrow-shaped weather strip chamber vertical lower side, mounting groove 115; Arrow-shaped weather strip 116 is formed; Described sash joint angle 113 is a dihedral hollow chamber profile, and its bight cavity is provided with arrow-shaped weather strip chamber 114, and its outside, each other vertical both sides is provided with mounting groove 115; Arrow-shaped weather strip 116 is inserted in the arrow-shaped weather strip chamber 114, mends core 103 and is inserted in the sash joint angle vertical cavity 68 that sash joint angle 113 vertical sides are provided with;

Last sliding sash 10; Following sliding sash 15; Outer sliding frame 47 for the right angle connects, inserts the both ends of going up sliding sash 10 and following sliding sash 15 with the horizontal connector 106 of sliding sash joint angle between the interior sliding sash 53; Both ends with the vertical connector 112 of sliding sash joint angle inserts outer sliding frame 47 and interior sliding sash 53 get final product being pressed into mounting groove 107 outside the sliding sash section bar with special tool at upper and lower, outer, interior sliding sash and sliding sash joint angle mounting groove 107 positions.

Movable hinge seat 117 is inserted in the hinge hole 109 that sliding sash joint angle vertical end leave; Fixing with screw 123; Movable hinge 118 is placed on sash joint angle 113 vertical sides, and the fixing hole that screw 123 is passed movable hinge 118 with the mode of drilling is screwed on the benefit core 103 that is placed in the sash joint angle vertical cavity 68 fixedly movable hinge 118.

The pulley of wheel carrier 133 upper ends is packed in the slideway hook 8 of sliding way 2; Insert in the wheel carrier hole 108 of going up the horizontal connector 106 of sliding sash 10 two ends sliding sash joint angles wheel carrier 133 lower ends; Wheel carrier fixed bolster 134 is placed on wheel carrier 133 bottoms; Wheel carrier fixed screw 135 is screwed in wheel carrier 133 lower end Embeded nuts, and wheel carrier 133 promptly fixedly finishes.

Window frame 35 outsides are connected with window frame up and down adopts sash joint angle 113; Sash joint angle 113 horizontal ends are inserted upper window frame 35 outer ends; Sash joint angle 113 vertical end are inserted window frame 35 upper and lower end parts near the outer sliding frame end, with special tool sliding sash section bar outside is pressed into mounting groove 115 in mounting groove 115 positions of window frame 35 ends and sash joint angle 113 and gets final product; The window frame 35 inboard lower that go up adopt the detachable angle-shaped piece 127 of sash to connect, and this joint angle overlaps 128 by fixing head 124; Hexagon socket head cap screw 131 is formed, and fixing head 124 is cuboid, and its horizontal center is provided with screw 125; Its waist is provided with a dovetail groove 126, and angle-shaped piece 127 left sides are regarded as square dihedral, and horizontal square center is provided with ladder hole; Its aperture 130 is located at vertical end bight side; Be bonded with cover 128 in the macropore 129, cover is installed with the interior six side screws 131 of head surface to the bight in 128, and screw 131 is screwed in the screw 125 that fixing head 124 is provided with.Angle-shaped piece 127 is had fixing head 124 horizontal side insert window frame 35 horizontal pane medial ends up and down, window frame 35 external surfaces are crimped on dovetail groove 126 positions that are provided with fixing head 124 sides with special tool.Angle-shaped piece 127 vertical sides insert window frame 35 top and bottom of vertically setting up, and with special tool window frame 35 frame external surfaces are crimped on mounting groove 132 positions of leaving with angle-shaped piece 127 vertical sides and get final product.

Casing assembly 70 through screw 123 pass footing screw 72 will the footing piece 69 identical screw with casing 70 length screw 123 footing piece 69 is fixed on the sidewall of sliding sash 58 indoor upper and lower sides; Screw 123 passes casing installing hole 79; Insert screw hole 78 screw 123 casing 70 is fixed in sliding sash 58 be on the sidewall of the adjacent side upper and lower side of 90 degree with the indoor, like Fig. 2, Fig. 3; Figure 14, shown in Figure 16.

Embodiment 2.

With described heel post 44, outer sliding frame 47, side bonds heat insulating belt 63 in the end baffle plate of window frame 35 and interior sliding sash 53 changes into, heat insulating belt 63 outer side bonds heat-protecting glasses 62.

Described heat insulating belt 63 is any materials in sheet asbestos or other heat-barrier materials; Described heat-protecting glass 62 is any materials in glass or armour or the illuminating part.When star hotel or public place use, can illuminating part be installed as the fluorescent material, on housing group frame of the present invention, neon light can be installed.

Described heel post 44, outer sliding frame 47, window frame 35 can not done veneer earlier with interior sliding sash 53 indoors, when treating upholster, again according to each family demand and class selected its surface lining of decision and color.

All the other installations are identical with embodiment 1.

Embodiment 3.

When the present invention is used for classical architecture; Can change the window frame end baffle plate 33 that is bonded on the window frame 35 into I shape spare 136 and yi word pattern spare 137; I shape spare 136 long limits are bonded in window frame 35 surroundings outwardly; The inboard is bonded on glass, between I shape spare 136 per two minor faces with the yi word pattern spare 137 bonding Greco-Roman Style window frames that are connected to form.All the other installations are identical with embodiment 1 or embodiment 2.

Embodiment 4.

Can paper-cut works among the people be bonded on the plank, scribe and get off to be bonded in window frame and on glass, improve artistry of the present invention.All the other installations are identical with embodiment 1 or embodiment 2.

Claims

1. heat-insulation and heat-preservation sliding composite window comprises one, the agent structure of window: a) housing group frame, b) push-and-pull frame group frame, c) sash assembly; Two, joint angle part: d) sliding sash joint angle, e) sash joint angle; Three, sealing handle lock casing part f),

One, the agent structure of window:

Described sliding way assembly comprises the square thermal insulation barriers of sliding way (3), sliding way (2), and stairstepping insulating board (1), knife-edge weather strip (6) is formed;

The heel post assembly of both sides comprises heel post (44), heel post end baffle plate (41), and the square thermal insulation barriers of heel post (42) is formed;

The glide path assembly comprises detachable glide path (20), connector (22), and glide path frame (21), hook-type weather strip (25), stairstepping butt hook (26), detachable glide path end baffle plate (104), insulating board (105) is formed in the detachable glide path;

B) push-and-pull frame group frame comprises the sliding sash and inboard sliding sash in the outside, and the sliding sash in the outside comprises upper and lower, inside and outside sliding sash assembly, and last sliding sash assembly comprises sliding sash (10), the long insulating board of plate shape (11), and the short insulating board (12) of plate shape, I-shaped weather strip (14) is formed; Following sliding sash assembly comprises sliding sash (15) down, the long insulating board of plate shape (11), and the short insulating board (12) of plate shape, I-shaped weather strip (14) is formed; The outer sliding frame assembly in the outside comprises outer sliding frame (47), I-shaped weather strip (14), and member's font weather strip (49), insulating board (52) is formed in the outer sliding frame end baffle plate (51), outer sliding frame; The interior sliding sash assembly in the outside comprises interior sliding sash (53), I-shaped weather strip (14), and zigzag weather strip (57), dihedral insulating board (54) is formed;

Inboard outer sliding frame, on, the outer sliding frame in the following sliding sash and the outside, on, following sliding sash assembly is identical, and inboard interior sliding sash assembly comprises inboard interior sliding sash (58), I-shaped weather strip (14), U-shaped insulating board (59) is formed;

C) the sash assembly comprises sash (35), I-shaped weather strip (14), and U font weather strip (36), insulating board (34) is formed in the window frame end baffle plate (33), window frame;

D) sliding sash joint angle assembly comprises horizontal connector (106), vertical connector (112), and mounting groove (107), wheel carrier hole (108), and folding hole (109), plug (110), plug hole (111) is formed;

E) sash joint angle assembly comprises joint angle (113), arrow-shaped weather strip chamber (114), and mounting groove (115), arrow-shaped weather strip (116) is formed;

F) the casing assembly comprises casing (70), dividing plate (77), and big cavity (71), areola (76), extension spring (81) is formed;

G) slip casing assembly comprises slip casing (83), slip box partition (84), and middle cavity (85), both sides cavity (86) is formed;

H) the trace assembly comprises trace (90), connector (94), and seal head (96), corner head (98), spring (100) is characterized in that:

A square thermal insulation barriers of sliding way (3) that has cavity is set in the middle of a) the bonding stairstepping insulating boards in the two ends of described sliding way (2) (1), two sliding ways (2); The inboard vertical edges of two slideways (2) is provided with two the square thermal insulation barriers T of sliding way shape heads (7); Two slideways (2) section is a square cavity; The cavity below is two aduncate slideway hooks (8); It is the knife-edge weather strip (6) that a triangle edges is extended in rectangle one bight that two slideways (2) below is provided with to extending below a right angle step edge and inwardly be provided with hook-shaped groove (9), being provided with section in the hook-shaped groove (9); The square thermal insulation barriers of described sliding way (3) cavity two outsides have the square thermal insulation barriers dovetail groove (4) of two connections; Two the square thermal insulation barriers T of sliding way shape heads (7) that the inboard vertical edges of two slideways (2) is provided with are installed in the dovetail groove (4) of the square thermal insulation barriers of sliding way (3); The square thermal insulation barriers of sliding way (3) two back-to-back hook-shaped grooves of downside vertical extent (5) are provided with knife-edge weather strip (6) in the hook-shaped groove (5);

Described glide path assembly comprises detachable glide path (20), glide path frame (21), connector (22), nut (23), screw (24), hook-type weather strip (25), stairstepping butt hook (26); Described detachable glide path (20) section is the single piece that comprises two boss; Boss bottom, detachable glide path (20) left side is provided with a ladder platform; Boss upper right side, left side is provided with aduncate U type opening (27); Left side boss lower right horizontal sides and right side boss are made as one; Boss upper right side, right side is provided with inside U type opening (27), and U type opening (27) lower end of right side boss is provided with an inverted U opening (28), and the right shoulder of inverted U opening (28) upwards is provided with a perpendicular minor face (29); Described glide path frame (21) section is three layers of ladder parts; The upper edge portion of its left side first floor ladder platform is to having a glide path frame hook (65); The second ladder platform along portion to having glide path second hook (66), the right-hand member of the 3rd layer of ladder platform upwards is provided with the perpendicular minor face (67) of a glide path frame; Described connector (22) section top is provided with connector dovetail groove (30), establishes a connector hook (31) in the lower direction of connector dovetail groove (30) left side, establishes a U type groove (32) on the angle on connector dovetail groove (30) right side; Hook-type weather strip (25) section is hook-type, and stairstepping butt hook (26) section is stairstepping, and a hook is inwardly established in its upper end; In the connector hook (31) that described glide path frame (21) first floor ladder platform upper edge portion establishes in a glide path frame hook (65) that has is installed on connector (22) dovetail groove (30) left side lower direction; Glide path frame (21) second layer ladder platform along portion in glide path frame second hook (66) that has is installed on a U type groove (32) of establishing on the angle on dovetail groove (30) right side of connector (22); The dogging of hook-type weather strip (25) is on the perpendicular minor face (67) of the glide path frame that the 3rd layer of ladder platform right-hand member of glide path frame (21) upwards is provided with; The inverted U opening (28) that detachable glide path (20) right side lower end is provided with is installed on the hook-type weather strip (25); Go up the plane drilling from detachable glide path (20) horizontal sides and connector dovetail groove (30); Screw (24) is from penetrating; Nut (23) is put into connector dovetail groove (30), and screwing with screw (24) connects as one detachable glide path (20) and glide path frame (21); The dogging of stairstepping butt hook (26) upper end is on the perpendicular minor face (29) that inverted U opening right shoulder in detachable glide path (20) right side upwards is provided with, and its lower end is bonded on the lateral surface of glide path frame (21) right side;

Described heel post assembly comprises heel post (44); Heel post end baffle plate (41); The square thermal insulation barriers of heel post (42), described heel post (44) section one side is two boss, and side, two boss inner underside stage casings is provided with two heel post T shape heads (45); Boss two outer side edges outwards are provided with the perpendicular minor face (46) of two heel posts, and the boss of heel post end baffle plate (41) is bonded in the perpendicular minor face (46) of two heel posts inwardly; The square thermal insulation barriers of heel post (42) is a cuboid, respectively is provided with two square thermal insulation barriers dovetail grooves of heel post (43) in the cuboid two side ends, and heel post T shape head (45) is inserted in the square thermal insulation barriers dovetail groove of heel post (43);

B) described sliding sash (10) the outside long insulating board of adhesive sheet shape (11) of going up; The short insulating board (12) of inboard adhesive sheet shape; Last sliding sash (10) section is the square shape section bar, and the section bar lower left corner is provided with one and goes up sliding sash dovetail groove (13), and being provided with section in the last sliding sash dovetail groove (13) is I-shaped weather strip (14); Described sliding sash (15) the down outside long insulating board of adhesive sheet shape (11); The short insulating board (12) of inboard adhesive sheet shape; Following sliding sash (15) section is the square shape section bar; Its upper left corner is provided with a following sliding sash dovetail groove (16), establishes in the following sliding sash dovetail groove (16) and adorns I-shaped weather strip (14), and it is provided with down sliding sash left side open slot (17) to the inside to having a rectangular cavity in the lower left corner; Establish in the following sliding sash left side open slot (17) knife-edge weather strip (6) is housed; It is provided with down the right open slot (18) of sliding sash to the inside to having a rectangular cavity in the lower right corner, and the vertical head of right open slot (18) opening of following sliding sash extends the right open slot horizontal sides (19) of sliding sash to central side, establishes dress knife-edge weather strip (6) in the right open slot of following sliding sash (18);

Described outer sliding frame (47) section configuration is the square shape hollow chamber profile; Its left comer portion is provided with an outer sliding frame dovetail groove (13); Establish in the outer sliding frame dovetail groove (13) and adorn I-shaped weather strip (14); Outer sliding frame (47) cavity two left comer portions outwards respectively are provided with its outside of a rectangular cavity and are provided with outer sliding frame open slot (50), and establishing the dress section configuration in the outer sliding frame open slot (50) is the whole rectangular round font weather strip (49) that connects on the hollow cylinder; Described outer sliding frame end baffle plate (51) is bonded in outer sliding frame (47) outside, and insulating board (52) is bonded in outer sliding frame (47) inboard in the outer sliding frame; Interior sliding sash (53) section is the square shape hollow chamber profile; Sliding sash dovetail groove (55) in bight, interior sliding sash (53) outside is provided with; The long dovetail groove of interior sliding sash (53) cavity sliding sash in the inboard is provided with (56); Establish in the interior sliding sash dovetail groove (55) I-shaped weather strip (14) is housed, establishing dress section configuration one end in the long dovetail groove of interior sliding sash (56) is that the I-shaped other end is that sawtooth is the zigzag weather strip (57) that ladder is arranged, and dihedral insulating board (54) is bonded in interior sliding sash (53) position, exterior angle; Inboard interior sliding sash (58) is the square cavity section bar; The interior sliding sash dovetail groove (60) of an inboard is established in the one of which bight; Establish in the inboard interior sliding sash dovetail groove (60) and adorn I-shaped weather strip (14); U type insulating board (59) section configuration is a U-shaped, and its external angle is an arc chord angle, and U type insulating board (59) is bonded in three avris that inboard interior sliding sash (58) square cavity is not established dovetail groove;

C) described window frame profile assembly comprises window frame end baffle plate (33), insulating board (34) in the window frame, window frame (35); U-shaped weather strip (36), worker's shape weather strip (14), described window frame end baffle plate (33) section is convex plate; Insulating board (34) section is turning shape plate in the window frame, window frame (35) the section cavity that is square, its left side two horizontal minor faces (38) that stretch out; Establish dress window frame end baffle plate (33) in the horizontal minor face (38), window frame (35) cavity shoulder is inwardly established a window frame dovetail groove (13), establishes in the window frame dovetail groove (13) and adorns I-shaped weather strip (14); Window frame (35) is established dress U-shaped weather strip (36) to extending below two perpendicular long limits (40) in the perpendicular long limit (40);

D) sliding sash joint angle assembly comprises horizontal connector (106), vertical connector (112), and mounting groove (107), wheel carrier hole (108), and hinge hole (109), plug (110), plug hole (111) is formed; Described horizontal connector (106) one ends are provided with wheel carrier hole (108), and the other end is provided with plug hole (111), and horizontal connector (106) lateral surface is provided with mounting groove (107); Described vertical connector (112) one ends are provided with plug (110), and plug (110) lower end is provided with hinge hole (109), and vertical connector (112) lower outside face is provided with mounting groove (107); The plug (110) of described vertical connector (112) one ends is inserted into the interior formation of plug hole (111) the sliding sash joint angle of horizontal connector (106);

E) sash joint angle assembly comprises joint angle (113); Arrow-shaped weather strip chamber (114), mounting groove (115), arrow-shaped weather strip (116) is formed; Described sash joint angle (113) is a dihedral hollow chamber profile; Its outside, each other vertical both sides is provided with mounting groove (115), and its bight cavity is provided with arrow-shaped weather strip chamber (114), and arrow-shaped weather strip (116) is inserted in the arrow-shaped weather strip chamber (114);

F) described sealing handle lock casing assembly comprises that casing (70), slip casing (83), trace (90), dead bolt card (102) constitute; The main TV structure of casing (70) is for to be divided into big cavity (71) and areola (76) by dividing plate (77); Big cavity (71) upper lateral part of casing (70) is provided with pin-and-hole (73); Casing (70) front, lower end is provided with casing installing hole (79); Casing (70) soffit is provided with casing screw (78), and casing (70) is provided with extension spring installing hole (74) at big cavity (71) side end face, and big cavity (71) the end face middle part of casing (70) is provided with rectangle and promotes cotter way (75) to the middle part that faces down; Middle part, described casing (70) back side is provided with the footing piece (69) identical with casing (70) length, and footing piece (69) vertically is provided with footing screw (72), and casing (70) lower end, side is provided with trace groove (80); Described slip casing (83) is the cuboid hollow chamber profile; The one of which side is uniformly distributed with by two dividing plates (84) along its length slip casing (83) is divided into middle cavity (85) and the both sides cavity (86) that pushing pin (101) are set; The positive both sides of slip casing (83) re-entrant portion respectively is provided with the extension spring pin-and-hole (87) that extension spring (81) is installed; Slip casing (83) lower end is provided with circular hole (88), and slip casing (83) upper end is provided with two extension spring cotter ways (89); Described trace (90) is a cylinder, and its two ends are provided with square spigot (91), and the center is provided with a boss (92); Described trace cover (93) is an axle sleeve, and described connector (94) section is a square, and its center has square hole (95); Described seal head (96) section is oval; Its center is provided with square seal head hole (97), and described corner head (98) is a cuboid, and the one of which side is provided with corner head square hole (99);

G) described slip casing (83) is installed in the big cavity (71) of casing (70); Another end hook of extension spring (81) is pulled out from the extension spring installing hole (74) of casing (70) upper end with cord, and tension spring pin (82) passes the pin-and-hole (73) of casing (70) upper end and the hook of extension spring (81) upper end is fixed in the casing (70);

H) the trace assembly comprises trace (90); The square spigot (91) and the middle part at trace (90) two ends are provided with a boss (92); Described trace (90) is installed in the circular hole (88) of slip casing (83) lower end; Spring (100) is sleeved on the interior trace cover of circular hole (88) (93) boss (92) one sides, and trace cover (93) is enclosed within trace (90) two ends respectively, its external surface be bonded in slip casing (83) lower end circular hole (88) in; Connector (94) is bonded in the seal head square hole (97) of seal head (96); Connector square hole (95) is adhesively fixed on the square spigot (91) of an end of trace (90); The square hole (99) of corner head (98) one sides be adhesively fixed on that trace (90) is gone up and the square spigot (91) of the relative side of seal head (96) on, two extension springs (81) are fixedly mounted in slip casing (83) the both sides cavitys (86) through pin-and-hole (87) and the hook of extension spring (81) that bearing pin (82) passes on the cavity body of slip casing (83) two ends; Pushing pin (101) penetrates to the middle cavity (85) of slip casing (83) from the promotion cotter way (75) of casing and is adhesively fixed;

Described dead bolt card (102) is one square, is bonded in down the inboard inner corner portion of sliding sash (15).

2. heat-insulation and heat-preservation sliding composite window according to claim 1; It is characterized in that: described heel post (44); Side bonds heat insulating belt (63) in the outer sliding frame (47), the end baffle plate of window frame (35) and interior sliding sash (53), the outer side bonds heat-protecting glass of heat insulating belt (63) (62).

3. heat-insulation and heat-preservation sliding composite window according to claim 2 is characterized in that: described heat insulating belt (63) is a sheet asbestos.