TWI621771B - Window structure with built-in folding yarn and frame material positioning member thereof and assembly method thereof - Google Patents

Abstract

a window structure having a built-in crease, comprising an outer frame and a crease; wherein the inner edge of the outer frame is provided with at least one sash, and the crease is disposed at an inner edge of the outer frame and adjacent to the sash; Moreover, two frame material positioning members are arranged on the inner edge of the outer frame, and each frame material positioning member has two positioning portions, and at least one positioning portion is disposed on the outer side of the frame material for folding the yarn, and the frame is folded. The material can be easily disassembled and separated directly from the positioning portion; therefore, by the arrangement of the frame material positioning member, the conventional technology can be completely overcome due to the interference of the conventional folding yarn during the built-in folding yarn, and the folding yarn can be completely eliminated. It is easy to have bruises and other things during the transportation process.

Description

Window structure with built-in folding yarn and frame material positioning member thereof and assembly method thereof

The present invention relates to window opening, and more particularly to a window having a built-in crease and a positioning structure for positioning the built-in crease in the fenestration and assembling method thereof.

According to our knowledge, in the current window opening structure, a folding yarn is set, and the opening of the opening window is opened and closed by the expansion and storage of the folding yarn, thereby achieving air circulation and blocking the entry of mosquitoes into the room. The other is that the current method of installing the crease in the window structure is mostly external and built-in. The external method mainly uses a plurality of screw-solid elements to directly screw a yam structure to the window. On the outside, the way of this kind of external folding yarn often gives an uncoordinated visual feeling in appearance, which affects the beauty of the product, so that there are many window structure options at present, the folding yarn is built into the window opening. Improve the shortcomings of opening the window and folding the yarn.

Therefore, the current method of folding the yarn in the window structure is to directly install the conventional yarn folding structure into the window. However, the direct mounting method is often caused by the folding frame and the window frame. The interference phenomenon is difficult to install, and even if the opening size of the window opening is increased, the folding yarn can be easily installed into the window, but the arrangement is not hidden in the window when the yarn is stored. , and caused the appearance of the uncoordinated, so recently there is a gradual development of the yarn will be stored All hidden in the window, such as: TW370003, CN201020606856.0, CN201110208998.0 and CN201120490710.9, etc., but these patented technologies still do not take off a folding fabric directly into the window structure, but In the process of transportation, the yarn of the crepe is still prone to bruises and seriously affects the quality of the product, and there are also problems such as difficulty in assembly.

The main purpose of the present invention is to provide a frame positioning member, which is mainly disposed at the intersection of two frame materials, so that at least one outer side of the frame material can be positioned thereon, so that the frame material can be conveniently positioned from the frame material. The pieces are disassembled and separated.

Another main object of the present invention is to provide a fenestration structure having a built-in crease, and the present invention can utilize the frame locating member to position the horizontal frame material and the like in the crease in the fenestration structure, and then The other members of the crease are installed in the window, so that the interference phenomenon caused by the conventional technique of inserting the crease into the window can be overcome, and the installation is difficult, and the folding of the crepe member can be prevented. occur.

Another main object of the present invention is to provide an assembly method for a window structure having a built-in crease. Since the present invention utilizes a frame locating member to assemble a horizontal frame material or a frame material of a crease prior to opening a window, The movable frame material, the fixed frame material and the gauze of the crease are combined into a module to be placed in the window structure, thereby simplifying the process of installation and detachment, and the benefits of easy assembly and disassembly.

Therefore, in order to achieve the above object, the present invention provides a frame positioning member, comprising: a body having at least two positioning portions, and the two positioning portions are two-phase The adjacent frame materials are oppositely disposed, and at least one positioning portion is disposed on the outer side of the corresponding frame material, so that the frame material can be easily disassembled and separated from the positioning portion.

Moreover, the present invention provides a fenestration structure having a built-in crease, comprising an outer frame and a crease; wherein the inner edge of the outer frame is provided with at least one sash; the crease is disposed at the inner edge of the outer frame And the sash is disposed adjacent to the sash, and the crease has at least one movable frame material, one fixed frame material, one gauze net, two horizontal frame materials and two frame material positioning members; wherein the movable frame material and the fixed frame The material system is disposed in the outer frame, and the two ends of the gauze are respectively disposed on the movable vertical frame material and the fixed vertical frame material, and the two horizontal frame materials are disposed on the movable vertical frame material and the fixed vertical frame material The two frame material positioning members are disposed at two ends of the fixed frame material and the two horizontal frame materials, and the two frame materials are disposed at the inner edges of the upper and lower horizontal frame materials of the outer frame at both ends The positioning member includes at least two positioning portions, and at least one positioning portion is disposed on the outer side of the fixed vertical frame material or the outer side of the movable vertical frame material.

In addition, the present invention further provides an assembly method for a window structure having a built-in crease, which has at least the following steps: Step 1: Positioning one of the positioning portions of the two frame locating members on two traverses of a crease; Two: the two frame material positioning members and the two horizontal frame materials are fixed on the inner edge of a window; step three: the assembly of the frame material, the fixed frame material and the gauze combination of the folding yarn Placed between the two horizontal frame materials; Step 4: The fixed vertical frame material is pushed, so that the outer side of the upper and lower sections of the fixed vertical frame material is positioned at the other positioning portion of the two frame material positioning members.

(1) ‧‧‧ Ontology

(2) ‧ ‧ yam

(3) ‧‧‧ frame

(4) ‧ ‧ yam

(11) ‧‧‧First Positioning Department

(11’)‧‧‧First Positioning Department

(12) ‧‧‧Second Positioning Department

(13) ‧‧‧Fixed Department

(21)‧‧‧ Frame material (horizontal frame material)

(22)‧‧‧ Frame material (frame material)

(31) ‧‧‧Upper frame

(32)‧‧‧Left frame materials

(33)‧‧‧

(34) ‧‧‧Right frame material

(35) ‧ ‧ openings

(36)‧‧‧window

(41) ‧‧‧Active frame materials

(42) ‧‧‧Fixed frame materials

(43)‧‧‧ gauze

(44)‧‧‧ Horizontal frame material

(45)‧‧‧Frame locating parts

(111)‧‧‧Insert mail

(111’)‧‧‧ Inserted pieces

(112) ‧‧‧ Arrival

(112’) ‧‧‧ Arrival

(121)‧‧‧Snap fasteners

(122)‧‧‧Snap fasteners

(123)‧‧‧ convex card department

(124) ‧ ‧ convex card department

(211)‧‧‧ Ribs

(212) ‧‧‧ positioning slots

(221)‧‧‧Deductions

(222)‧‧‧Deductions

(223) ‧‧‧ hooks

(224) ‧‧‧ hooks

(421)‧‧‧Deductions

(422)‧‧‧Deductions

(423) ‧‧‧ hooks

(424)‧‧‧Cut hooks

(441)‧‧‧ Ribs

(442)‧‧‧ positioning slots

(451)‧‧‧First Positioning Department

(452) ‧‧‧Second Positioning Department

(453)‧‧‧ Inserted parts

(454) ‧‧‧ Arrival

(455)‧‧‧Card fasteners

(456)‧‧‧Card fasteners

(457) ‧ ‧ convex card department

(458) ‧ ‧ convex card department

(459)‧‧‧ Fixed Department

(A) ‧‧‧ Screw elements

The first figure is a perspective view of a frame positioning member in the present invention.

Second Figure: is a perspective view of another embodiment of the frame locating member of the present invention.

Third figure: is a schematic view of the window opening structure of the present invention.

Figure 4 is a schematic view of the crease in the present invention.

Fig. 5 is a schematic view showing a frame positioning member in the window opening structure of the present invention.

Fig. 6 is a schematic view showing another embodiment of the frame positioning member in the window opening structure of the present invention.

The seventh figure is a schematic cross-sectional view of the frame material positioning member combined with the fixed vertical frame material in the window structure of the present invention.

Figure 8 is a flow chart of the assembly method of the present invention.

Ninth diagram: One of the flowcharts of still another assembly method of the present invention.

Figure 9A is a second flow chart of another assembly method of the present invention.

Figure 9B is a third flow chart of another assembly method of the present invention.

Figure 10 is a flow chart of another assembly method of the present invention.

Figure 11 is a flow chart showing another assembly method of the present invention.

Referring to the first embodiment, a preferred embodiment of a frame locating member of the present invention comprises: a body (1) having a first positioning portion (11) and a body (1) a second positioning portion (12), wherein the first positioning portion (11) and the second positioning portion (12) are disposed corresponding to the two adjacent frame materials (21), (22), and in the present embodiment In the example, the two frame materials (21) and (22) may be respectively a horizontal frame material and a vertical frame material in a folded yarn structure, but not limited thereto; and the first positioning portion (11) and the first At least one of the positioning portions (11) and/or (12) of the two positioning portions (12) is adapted to be positioned on the outer side of the frame material (21)/or (22) opposite to the frame material (21). And / or (22) can be easily disassembled and separated from the positioning portion (11) / or (12).

Referring to the first and second figures, in the embodiment, the first positioning portion (11) includes a plug member (111) and two abutting members (112), and the first positioning portion The frame material of the portion (11) is a horizontal frame material (21) of a folded yarn (2), and the outer frame side of the horizontal frame material (21) has a convex rib (211) on the outer side, and the convex rib (211) is provided with a positioning slot (212), and the positioning slot (212) is for the insertion portion (111) of the first positioning portion (11) to be fixedly inserted therein, the first positioning portion ( 11) the two abutting members (112) also respectively abut against the two sides of the rib (211), so that the first positioning portion (11) can be positioned on the rib of the horizontal frame material (21) (211), without the detachment, and once the detachment is required, only the insertion piece (111) of the first positioning portion (11) needs to be from the positioning groove of the horizontal frame material (21) (212) It is easy to disassemble and disassemble, and the first positioning portion (11) has two different implementations; one embodiment is: the first positioning portion ( 11) is disposed on a side of the body (1) (as shown in the first figure), so that the insertion piece (111) can be used by the positioning groove (212) The middle opening is inserted and positioned therein, and the two abutting members (112) respectively abut against the two sides of the protruding rib (211); and the other embodiment is: the first positioning portion (11' ) is disposed at the bottom of the body (1) (as shown in the second figure), so that the insert member (111') can be inserted into the positioning groove (212) from top to bottom, and at the same time the two abutting members (112') is respectively abutted on both sides of the rib (211).

Continuing to refer to the first and second figures, in the embodiment, the second positioning portion (12) is two fastening members (121) and (122), and the two fastening members (121) And (122) are separated by a distance, and the opposite sides of the two fastening members (121) and (122) are respectively provided with a convex portion (123) and (124), and opposite to the second positioning portion (12) The frame material is the vertical frame material (22) of the folding yarn (2), and the vertical frame material (22) is opposite to the two fastening members (121) and (122) of the second positioning portion (12). The outer side of the fastening member has two fastening members (221) and (222), and the ends of the two fastening members (221) and (222) are outwardly provided with a card. The hook portions (223) and (224) are such that the frame material (22) is supported by the hook portions (223) and (224) of the two fastening members (221) and (222). The convex portions (123) and (124) of the two fastening members (121) and (122) of the second positioning portion (12) form a card joint, and the outer side of the vertical frame material (22) The outer surface of the vertical frame material (22) can be conveniently separated from the second positioning portion (12).

Furthermore, the body (1) further includes a fixing portion (13), and the fixing portion (13) is for fixing the inner edge of the frame outside the window (not shown), and the body (1) Positioning on the inner edge of the frame outside the window; in the embodiment, the fixing portion (13) is a through hole for a screwing member (A) to be threaded and screwed to the window The inner edge of the outer frame; however, the above-mentioned fixing means is not limited to the screwing only manner, and the means for attaching the fixing portion (13) to the inner edge of the outer frame of the window opening are all in the scope of use of the present invention.

Referring to the third to seventh embodiments, a preferred embodiment of the fenestration structure having a built-in crease comprises an outer frame (3) and a crease (4); The frame (3) is formed by sequentially assembling a frame material such as an upper horizontal frame material (31), a left vertical frame material (32), a lower horizontal frame material (33) and a right vertical frame material (34). And the inner edge of the frame material defines an opening (35), and the inner edge of the opening (35) is provided with at least one sash (36) for opening and closing the opening (35).

As shown in the third to fifth figures, the folding yarn (4) is disposed on the inner edge of the outer frame (3) and disposed adjacent to the sash (36); that is, in the embodiment, The crease (4) is not limited to the outdoor side or the indoor side of the fenestration (3), and the fenestration type may be one of an external window, an inner window or a casement window; The folding yarn (4) has at least one movable frame material (41), a fixed vertical frame material (42), a gauze mesh (43), two horizontal frame materials (44) and two frame material positioning members (45). Where the active frame The material (41) and the fixed frame material (42) are disposed in the opening (35) of the outer frame (3), and the two ends of the gauze (43) are respectively disposed on the movable frame material ( 41) and the fixed frame material (42), and the two horizontal frame materials (44) are disposed on the movable frame material (41) and the outer frame (3) at both ends of the fixed vertical frame material (42) On the inner edge.

As shown in the fifth to seventh figures, the two frame positioning members (45) are disposed between the two ends of the fixed frame material (42) and the two horizontal frame materials (44), and each frame A first positioning portion (451) and a second positioning portion (452) are respectively disposed at the material positioning member (45) opposite to the horizontal frame material (44) and the fixed vertical frame material (42); in the embodiment, the The first positioning portion (451) includes a splicing member (453) and two abutting members (454), and the transverse frame material (44) opposite to the first positioning portion (451) has a convex shape a rib (441), and the rib (441) is provided with a positioning groove (442), and the positioning groove (442) is provided for the insertion piece (453) of the first positioning portion (451) In addition, the two abutting members (454) of the first positioning portion (451) also respectively abut against the two sides of the rib (441), so that the first positioning portion (451) can be positioned on the horizontal portion. The rib (441) of the frame material (44) is free from the detachment, and once the detachment is required, only the insertion piece (453) of the first positioning portion (451) needs to be from the horizontal The positioning groove (442) of the frame material (44) can be pulled out, and the disassembly and assembly is very convenient and fast; please refer to the fifth and sixth figures again. In this embodiment, the first positioning portion (451) can be positioned on the top and the side of the positioning groove (442) of the horizontal frame material (44); In that embodiment, the horizontal frame material (44) can be easily separated from the first positioning portion (451).

Continuing to refer to the fifth and sixth figures, in the embodiment, the second positioning portion (452) is two fasteners (455) and (456), and the two fastening members (455) And (456) are separated by a distance, and the opposite sides of the two fastening members (455) and (456) are respectively provided with a convex portion (457) and (458), and opposite to the second positioning portion (452) The frame material is the frame material (42) of the fold yarn (4), and the frame material is (42) the outer side surface of the second positioning portion (452) opposite to the two fastening members (455) and (456) has two fastening members (421) and (422), and the two fastening members The ends of (421) and (422) are outwardly provided with a hook portion (423) and (424), so that the frame material (42) can be used by the two fasteners (421) and 422) the hook portions (423) and (424), and the two latching members (455) and (456) of the second positioning portion (452), the convex portion (457) and (458) Forming a cassette connection, so that the outer side of the vertical frame material (42) can be positioned on the second positioning portion (452), and the outer side surface of the vertical frame material (42) can be conveniently located from the second positioning portion. The part (452) is separated from each other.

Furthermore, the frame locating members (45) each have a fixing portion (459), and the fixing portion (459) is fixed to the inner edge of the outer frame (3); in this embodiment, the The fixing portion (459) is a perforation for a screwing member (A) to be pierced, and the frame positioning member (45) is screwed on the inner edge of the outer frame (3); The fixing means is not limited to the screwing method, and any technical means for connecting the fixing portion (459) to the inner edge of the outer frame (3) is used in the scope of the present invention.

Referring to the eighth embodiment, the present invention is an assembly method of a window structure having a built-in fold yarn. When the invention is assembled, the positioning portion (451) of the two frame material positioning members (45) is firstly first. Positioned on the two horizontal materials (44) of the folding yarn (4), and then the two frame material positioning members (45) are fixed on the outer frame (3) above the horizontal frame material (31) and the right vertical frame material (34) and the inner edge of the intersection of the lower cross frame material (33) and the right vertical frame material (34), and the two horizontal frame materials (44) of the folding yarn (4) are placed upside down and opposite each other. Thereafter, the two horizontal frame materials (44) are fixed to the inner edge of the outer frame (3); and the movable frame material (41) of the folding yarn (4), the fixed vertical frame material (42) and the yarn are successively connected. The module of the combination of the net (43) is placed between the two horizontal frame materials (44), and then the fixed vertical frame material (42) is moved to position the outer side of the upper and lower sections of the fixed vertical frame material (42). The positioning portion (452) of the two frame positioning members (45) is completed, and the installation process of the entire built-in folding yarn is completed.

Please refer to the ninth figure, which is a further assembly method of the window structure with built-in folding yarn, which mainly locates the positioning portion (452) of the two frame material positioning members (45) on the folding yarn. (4) one of the two ends of the fixed frame material (42), and then the two frame material positioning members (45) are fixed to the inner edge of the window frame (3); and the two of the folding yarns (4) One end of the horizontal frame material (44) is positioned on the positioning portion (451) of the two frame material positioning members (45), and then fixed on the inner edge of the outer frame (3); 4) The movable frame material (41) and the gauze (43) are assembled between the two horizontal frame materials (44), that is, the steps of completing the installation; and then refer to the ninth figure A and the ninth figure B In this embodiment, the positioning portion (451) of the two frame material positioning member (45) is fixed before or after the inner edge of the outer frame (3), and the fixed frame material (42) can be solidified. It is disposed on the inner edge of the outer frame (3) to gain the stability of the folding yarn (4).

Referring to FIG. 10, a further assembly method of the window structure with built-in folding yarns is mainly for fixing the two frame positioning members (45) to the window frame (3). An inner edge, and two ends of the fixed frame material (42) of the folding yarn (4) are respectively positioned at the positioning portion (452) of the two frame material positioning members (45); and the two of the folding yarns (4) One end of the horizontal frame material (44) is respectively positioned after the positioning portion (451) of the two frame material positioning members (45), and then positioned at the inner edge of the outer frame (3); 4) The active frame material (41) and the gauze (43) are assembled between the two horizontal frame materials (44), that is, the assembly process is completed.

Continuing to refer to FIG. 11 , another assembly method of the fenestration structure with built-in creases of the present invention is mainly to fix the two frame locating members ( 45 ) to the fenestration frame ( 3 ) After the inner edge of the two-frame material (44) of the folding yarn (4) is positioned at the positioning portion (451) of the two frame positioning member (45), the two horizontal frame materials are 44) positioned at an inner edge of the outer frame (3); and two ends of the fixed vertical frame material (42) of the folding yarn (4) are respectively positioned at positioning portions of the two frame material positioning members (45) (452) Continuing, the movable frame material (41) and the gauze (43) in the folding yarn (4) are combined with the two horizontal frame materials. Between (44), the assembly process of the present invention is completed.

It can be seen that the above assembly method can effectively simplify the process of installation and detachment, and the benefits of the easy-to-install and easy-to-demolition of the easy-to-install, and the interference phenomenon generated by the conventional technology in the folding of the built-in window can be overcome, and At the same time, it will prevent the occurrence of bruises in the delivery process.

The above is only the preferred embodiment of the present invention, and is not intended to limit the features of the present invention. The invention of the present invention is still within the scope of the invention. The statements of the invention and the description of the specification are not intended to limit the scope of the invention, and any equivalents and modifications of the invention may be included in the invention without departing from the spirit and scope of the invention. Within the scope, the party is reasonable.

Claims (18)

A frame positioning member includes: a body having at least two positioning portions, wherein the two positioning portions are opposite to two adjacent frame materials, and at least one positioning portion is provided for a corresponding frame material The side is positioned thereon, so that the frame material can be easily disassembled and separated from the positioning portion. The frame positioning member according to the first aspect of the invention, wherein the positioning portion is a mortise member, and a corresponding positioning groove is disposed on the outer side of the corresponding frame material. The frame locating member of claim 2, wherein the outer side of the corresponding frame further comprises a rib, and the positioning groove is disposed on the rib. The frame positioning member according to claim 1, wherein the other positioning portion is two fastening members, and the opposite side of the frame material is provided with two fastening members, and the two fastening members are It can be combined with the two snap-shaped clips. The frame positioning member according to claim 1, wherein the body further comprises a fixing portion. The frame positioning member according to claim 5, wherein the fixing portion is a perforation. a window structure having a built-in crease, comprising an outer frame and a crease; wherein an inner edge of the outer frame is provided with at least one sash; and the crease is disposed at an inner edge of the outer frame and the sash Adjacently disposed, the fold yarn has at least one movable vertical frame material, one fixed vertical frame material, one gauze net, two horizontal frame materials and two frame material positioning members; wherein the movable vertical frame material and the fixed vertical frame material are disposed on the An outer frame, wherein the two ends of the gauze are respectively disposed on the movable frame material and the fixed frame material, and the two horizontal frame materials are disposed on the movable frame material and the two ends of the fixed frame material. The two frame material positioning members are disposed between the two ends of the fixed frame material and the two horizontal frame materials, and the two frame material positioning members include at least two Positioning portions, and at least one positioning portion is for the outer side of the fixed frame material/or the movable stand The outer side of the frame material is positioned thereon. The fenestration structure having a built-in crease as described in claim 7 , wherein one of the positioning portions of the frame locating member comprises a splicing member, and the outer side of the fixed slat material or the movable erect A positioning groove is arranged on the outer side of the frame material. The fenestration structure having a built-in crease as described in claim 8 wherein the locating groove is provided on a rib. The fenestration structure with a built-in crease as described in claim 7 wherein the other positioning portion of the frame locating member is a two-fastening member, and the outer side of the fixed lining material or the movable erect The outer side of the frame material is provided with two fastening members, and the two fastening members are combined with the two fastening member-shaped buckles. The fenestration structure having a built-in crease as described in claim 7 , wherein the frame locating member further comprises a fixing portion. The fenestration structure having a built-in crease as described in claim 11 wherein the fixing portion is a perforation. An assembly method for a window structure having a built-in folding yarn, which has at least the following steps: Step 1: positioning one of the positioning parts of the two frame material positioning members on two widths of a folding yarn; Step 2: the two frames The material positioning member and the two horizontal frame materials are fixed on the inner edge of the outer frame of the opening window; and the third step: the movable frame material, the fixed vertical frame material and the gauze of the folding yarn are assembled between the two horizontal frame materials; And step 4: shifting the fixed vertical frame material so that the outer side surfaces of the upper and lower sections of the fixed vertical frame material are respectively positioned and positioned on the other positioning portion of the two frame material positioning members. An assembly method for a window structure having a built-in folding yarn, which has at least the following steps: Step 1: positioning one of the positioning parts of the two frame material positioning members on one end of one of the folding fabrics; : fixing the two frame locating members to the inner edge of a window frame; Step 3: After positioning one end of the two horizontal frame materials on the other positioning portion of the two frame material positioning members, the two horizontal frame materials are fixed on the inner edge of the window frame outer frame; and step four: One of the movable frame materials and a gauze mesh are assembled between the two horizontal frame materials. The assembly method of the fenestration structure with built-in crease as described in claim 14, wherein the first step and the second step further comprise a step one of 1, and the step one of 1: the fixing The frame material is fixed on the inner edge of the window frame. The assembly method of the fenestration structure with built-in crease as described in claim 14, wherein the second step and the third step further comprise a step two of 1, and the step two of 1: the fixing The frame material is fixed on the inner edge of the window frame. The assembly method of the window structure with built-in folding yarn has at least the following steps: Step 1: Fixing the two frame positioning members on the inner edge of a window frame; Step 2: fixing one of the folding yarns The two ends of the frame material are respectively positioned on one of the positioning parts of the two frame material positioning members; Step 3: one end of the two horizontal frame materials of the folding yarn is positioned at another positioning portion of the two frame material positioning members, Positioning the two horizontal frame materials on the inner edge of the window frame; and step four: assembling one of the movable frame materials and a gauze between the two yarn frames. An assembly method for a window structure having a built-in fold yarn, which has at least the following steps: Step 1: Fixing the two frame material positioning members on the inner edge of a window frame; Step 2: Two-folding the yarn After one end of the frame material is positioned on one of the positioning portions of the two frame material positioning members, the two horizontal frame materials are positioned on the inner edge of the window frame outer frame; and step three: one of the folding yarns is fixed to the frame material The ends are respectively positioned on the other positioning portion of the two frame positioning members; and the fourth step: one of the movable frame materials and a gauze of the folding yarn is assembled between the two horizontal frame materials.