TW201331460A - Window/door handle structure - Google Patents

Abstract

A window/door handle structure comprising: a handle rotatably pivoted in the handle base, and the handle base opened with a plurality of positioning slots; a control element convexly installed at the handle, a swing element pivoted in the handle; a top part is formed at the pivot end of the swing element and a pressing part formed at the other end, and the top part abutting against the control element; one end of the sliding element is convexly arranged with a latch, and the other end abutting against a spring. A linking slot of the sliding element is opened between the latch and the spring, which is provided for the insertion of the pressing part of the swing element. Normally, the latch can be inserted into the positioning slot of the handle base in order to position the handle. By using the pressing part of the swing part to drive the sliding element pressing the spring, the latch is enabled to escape from the positioning slot to form easy control of the handle rotation, thereby to achieve the usage effect of multi-stage control.

Description

Door and window grip structure

The present invention relates to a grip structure, and more particularly to a simple door and window grip structure having a plurality of stages of control.

At present, the structure of the door and window handles is as follows: "The window fastener safety handle" of the Public Notice No. 431519 approved on April 21, 1990. The application date is July 25, 1989. The utility model mainly comprises a handle, a pressing mechanism, a pivoting mechanism and a base. The handle is provided with a body at the top, the block body is provided with an opening to the right, and an opening is provided to the left. The space is connected to the slot, and a pressing mechanism is disposed in the slot, and includes a pressing rod and a set of bodies. The center of the sleeve is provided with a passage for providing the pressing rod, and a pivoting mechanism is provided for the receiving space. The inner end is located at the left end of the pressing rod, and comprises a driving block body, a positioning frame, a mandrel and a spring, wherein the driving block body comprises a pressing portion, a clamping portion and a shaft hole between the pressing portion and the clamping portion The spring is disposed at the bottom end of the pressing portion, and the spring and the shaft hole are pivotally disposed on two sides of the positioning frame by a spindle, one end of the base is pivoted on the upper end of the block of the handle, and the other end is clamped The hole is blocked by providing the card portion to slide inside, and the application is It can be analyzed in the range and the drawing that it still has the following defects: the handle has only a single limit effect between the handle and the base, and thus can not be controlled in multiple stages according to various usage forms of the door and window, for example, the door and window are The design of opening, closing or multi-segment locking is therefore not applicable to a variety of different doors and windows, but there is a lack of practicality.

In view of this, the inventors have been engaged in the manufacturing development and design experience of related products for many years, and after detailed design and careful evaluation of the above objectives, the present invention has finally become practical.

The technical problem to be solved by the present invention is to provide a door and window grip structure in view of the above-mentioned shortcomings existing in the prior art.

A grip is rotatably pivoted to a handle seat, and a plurality of positioning slots are defined in the handle base, and a control member is protruded from the grip, and a sleeve is protruded from the grip, and the sleeve is annular Forming a groove and axially cutting all the grooves, and inserting a shaft rod at the sleeve, and the shaft rod has a fixing pin penetrating through the sleeve groove, and a C is inserted through the groove of the sleeve The buckle is arranged to stop the C-shaped buckle from the fixing pin at the slot, and the handle seat is provided with a shaft hole for pivoting the shaft, and the outer edge of the other shaft hole is convexly provided with a support tube, the handle is placed on the shaft The sleeve is provided with a limiting piece, and the limiting piece is convexly provided with at least one clamping block on the inner edge, and the clamping block is located at the slot of the sleeve to form a synchronous rotation of the grip and the limiting piece, and the limiting position The slanting member is pivotally disposed at one end thereof, and a oscillating member is pivotally disposed inside the grip. The oscillating member is formed at one end of the pivoting portion to form a pressing portion at the top and the other end, the top portion is in contact with the control member, The sliding member is mounted on the outer side of the swinging member at the grip, and the sliding member has a latch at one end and the other end A spring, and the sliding member between the tenons and the spring defines a linking groove, the interlocking groove lines provide pressure swing member of the drilled, while tenons can normally disposed through the handle base of the positioning groove is formed positioned grip of.

The main purpose of the present invention is that the grip is pivotally connected to the handle base, and the grip is provided with a swinging member and a sliding member. When the control member of the grip is pressed, the control member presses the swinging member. At the top, the pressing portion of the swinging member drives the sliding member to press against the spring end, so that the clicker can be separated from the positioning groove to form the grip rotation, and the grip can be switched by a simple operation mode to achieve the multi-stage control effect. .

A secondary object of the present invention is that the grip is coupled to the limiting piece at the sleeve, and the scallop of the limiting piece will abut against the handle seat while the grip is rotated, thereby controlling the angle at which the grip can be rotated, and Each rotation of the grip can be positioned at the position of the latch alignment slot, so as to achieve operational convenience.

Another object of the present invention is that the handle base defines a shaft hole for pivoting the shaft, and a support tube is protruded from the outer edge of the other shaft hole, and the support tube is sleeved at the sleeve of the grip by the support The strength of the pivotal connection between the handle and the handle base can effectively shorten the length of the shaft and improve its practicability.

Other objects, advantages and novel features of the invention will be apparent from the description and appended claims.

In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [Simplified Description of the Drawings] for details:

First, as shown in Figures 1 and 2, a door and window grip structure includes: a grip (10), a swinging member (20), and a sliding member (30), a grip ( 10) is rotatably pivoted to a handle base (11), and the handle base (11) is provided with a plurality of positioning slots (111), and a control member (12) is protruded from the grip (10) to control The sleeve (12) can be a key base or a push button (as shown in Fig. 6), and a sleeve (13) is protruded from the grip (10), and the sleeve (13) is formed in a ring shape. The groove (131) has a groove (132) cut in the axial direction, and a shaft (14) is inserted into the sleeve (13), and the shaft (14) is slotted in the sleeve (13) (132) a fixing pin (141) is penetrated through the groove (131) of the sleeve (13), and a C-shaped buckle (15) is sleeved to stop the C-shaped buckle (15) at the slot (132). The fixing pin (141) fixes the shaft (14) to the sleeve (13), and the handle seat (11) defines a shaft hole (112) for providing pivoting of the shaft (14), and the other shaft A support tube (113) is protruded from the outer edge of the hole (112), and the support tube (113) is sleeved on the sleeve (13) of the grip (10), and the grip (10) is lifted by the support tube (113). The pivot strength of the handle seat (11) That is, the length of the shaft (14) can be effectively shortened, wherein the grip (10) is additionally provided with a limiting piece (16) at the sleeve (13), and the limiting piece (16) is convexly disposed on the inner edge. At least one block (161), and the block (161) is located at the slot (132) of the sleeve (13) to form a synchronous rotation of the grip (10) and the limiting piece (16), and the limiting piece (16) extending toward one end with a divergent fan-shaped portion (162), swaying against the inner wall of the handle seat (11) by the scallop portion (162), thereby limiting the angle at which the grip (10) can swing, and the limit The fan-shaped opening (162) of the piece (16) has a fan-shaped opening degree of 60 degrees, so that the limiting piece (16) limits the rotation angle of the grip (10) to 180 degrees, that is, a three-stage switching can be formed, and a swinging piece ( 20) is pivotally disposed inside the grip (10), the swinging member (20) is formed at one end of the pivoting end with a top portion (21) and the other end is formed with a pressing portion (22), the top portion (21) is in contact with the control member (12), the swinging member (20) is pivoted by a latch (23), and the latch (23) is fixed to a positioning plate (24), and the positioning plate (24) is assembled to the grip (10). ) forming a pair of oscillating members (20), and the positioning plate (24) is provided with a through opening (241) for pressing the oscillating member (20) (22) can be pierced through the opening (241), a sliding member (30) is mounted on the outer side of the swinging member (20) at the grip (10), and the sliding member (30) is convexly disposed at one end. (31), and the other end abuts a spring (32), and the sliding member (30) defines an interlocking groove (33) between the latch (31) and the spring (32), and the linking groove (33) is provided The pressing portion (22) of the swinging member (20) is pierced, and the locking jaw (31) can normally pass through the positioning groove (111) of the handle seat (11) to form the position of the grip (10), and the grip ( 10) A fixing cover (17) is further assembled, and the fixing cover (17) is recessed with an accommodating space (171), and the sliding space (30) is restricted by the accommodating space (171), so that the sliding member (30) The other end of the spring (32) abuts against the accommodating space (171). With the above structure, when the control member (12) is pressed, the control member (12) presses the top of the oscillating member (20) (21) The pressing portion (22) of the swinging member (20) drives the sliding member (30) to press against the spring (32) end, so that the click (31) can be disengaged from the positioning groove (111) to form a simple control of the rotation of the grip (10). , in order to achieve the use of multi-stage control.

The combination of the structures is also shown in Figures 2 and 3. The swinging member (20) is pivotally connected to the positioning plate (24) by a bolt (23) and is coupled by a positioning plate (24). Fixed in the grip (10), the top (21) of the swinging member (20) is in contact with the control member (12) of the grip (10), and the pressing portion (22) of the swinging member (20) is worn. The through hole (241) of the positioning plate (24) is further provided with a sliding member (30) in the accommodating space (171) of the fixing cover (17), so that the slider (31) end of the sliding member (30) The fixing cover (17) is passed through, and the spring (32) of the sliding member (30) is interposed between the accommodating space (171) and the sliding member (30), thereby forming a spring (32) pair of the sliding member (30). Elastic pushing, and then fixing the fixing cover (17) to the outer side of the positioning plate (24), so that the pressing portion (22) of the swinging member (20) is disposed at the linking groove (33) of the sliding member (30) That is, the combination of the swinging member (20) and the sliding member (30) at the grip (10) is completed, and the grip (10) is provided with the shaft (14) at the sleeve (13), and the shaft is (14) A fixing pin (141) is inserted at a position of the slot (132) of the sleeve (13), and the end of the shaft (14) penetrates the shaft hole (112) of the handle seat (11) to allow the handle Shaft hole (112) and grip (10) The sleeve (13) is pivoted, and then the limiting piece (16) and the C-shaped buckle (15) are sequentially sleeved on the sleeve (13) at the other end of the handle seat (11), and the limiting piece ( 16) The clamp (161) is limited to the slot (132) of the sleeve (13), and the C-shaped buckle (15) is fastened to the recess (131) of the sleeve (13), that is, the C-shaped buckle is utilized. (15) Restricting the limiting piece (16), the shaft (14) and the sleeve (13) to the handle seat (11), so that the grip (10) can be pivoted smoothly on the handle seat (11). That is, complete its combination.

For the actual use, please refer to Figure 3, 4, and 5 in conjunction with Figure 2. When the user wants to control the opening and closing or locking of the door and window, the control can be pressed. ), the control member (12) is slid toward the inside of the grip (10), and the other end of the control member (12) abuts against the top portion (21) of the swinging member (20), and the swinging member (20) is made by the top portion (21). Producing a swing so that the pressing portion (22) of the swinging member (20) generates a pressing action at the linking groove (33) of the sliding member (30), thereby moving the sliding member (30) to compress the spring (32), At this time, the sliding member (30) extracts the latch (31) which is originally fastened at the positioning groove (111) of the handle base (11), thereby forming a form in which the grip (10) is not fixed to the handle base (11). That is, the grip (10) can be switched by a simple operation mode, and the grip (10) is connected to the limit piece (16) at the sleeve (13), and the limit piece (16) is fan-shaped. The portion (162) will resist the handle seat (11) while the grip (10) is rotated, thereby controlling the angle at which the grip (10) can be rotated, and allowing the grip (10) to be positioned in the cassette each time the grip (10) is rotated. (31) Align the position of the positioning groove (111) to achieve operational Lee sex.

In another use state of the present invention, as illustrated in Figures 7 and 8, the grip (10) is additionally provided with a limit piece (16) at the sleeve (13), and the limit piece ( 16) extending a flared scallop (162) to one end, and swinging against the inner wall of the handle seat (11) by the scallop (162), thereby limiting the angle at which the grip (10) can swing, so that the slider ( 30) The cassette (31) is easily inserted into the positioning groove (111) of the handle base (11), and the inner wall of the handle base (11) forms a semi-circular space, and the sector of the limiting piece (16) (162) The fan shape opening degree is 90 degrees, so that the limit piece (16) limits the rotation angle of the grip (10) to 90 degrees, that is, a two-stage switching can be formed.

With the structure of the above specific embodiment, the following benefits can be obtained: (1) the grip (10) is pivotally connected to the handle base (11), and the grip (10) is provided with a swinging member (20). And a slider (30), when pressing the control member (12) of the grip (10), the control member (12) presses the top portion (21) of the swing member (20) to cause the swing member (20) The pressing portion (22) drives the sliding member (30) to press against the spring (32) end, so that the locking jaw (31) can be disengaged from the positioning groove (111) to form the rotation of the grip (10), thereby allowing the grip to be easily operated. (10) Perform position switching to achieve the effect of multi-segment control; (2) the grip (10) is linked to the limiting piece (16) at the sleeve (13), and the limiting piece (16) is fan-shaped The portion (162) will resist the handle seat (11) while the grip (10) is rotated, thereby controlling the angle at which the grip (10) can be rotated, and allowing the grip (10) to be positioned in the cassette each time the grip (10) is rotated. (31) aligning the position of the positioning groove (111) to achieve operational convenience; (3) the handle base (11) defines a shaft hole (112) for providing pivoting of the shaft (14), The outer edge of the shaft hole (112) is convexly provided with a support tube (113), and the support tube (113) is sleeved on the shaft of the grip (10). At the sleeve (13), the pivoting strength of the grip (10) and the handle base (11) is raised by the support tube (113), so that the length of the shaft (14) can be effectively shortened, thereby improving the utility.

In summary, the present invention has indeed achieved a breakthrough structural design, and has improved invention content, and at the same time, can achieve industrial utilization and progress, and the present invention is not found in any publication, but also novel, when In accordance with the provisions of the relevant laws and regulations of the Patent Law, the application for invention patents is filed according to law, and the examination authority of the bureau is required to grant legal patent rights.

The above is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent variations and modifications made by the scope of the present invention should still belong to the present invention. Within the scope of the patent.

Part of the invention:

(10). . . Grip

(11). . . Handle seat

(111). . . Positioning slot

(112). . . Shaft hole

(113). . . Support tube

(12). . . Control

(13). . . Bushing

(131). . . Groove

(132). . . Grooving

(14). . . Shaft

(141). . . Fixed pin

(15). . . C buckle

(16). . . Limit piece

(161). . . Block

(162). . . Sector

(17). . . Fixed cover

(171). . . Housing space

(20). . . Swinging piece

(twenty one). . . top

(twenty two). . . Pressure department

(twenty three). . . plug

(twenty four). . . Positioning plate

(241). . . Wear mouth

(30). . . Slide

(31). . . Latch

(32). . . spring

(33). . . Linkage slot

Fig. 1 is a perspective view of the present invention.

Fig. 2 is a perspective exploded view of the present invention.

Figure 3 is a cross-sectional view of the present invention.

Figure 4 is a cross-sectional view showing the operation of the present invention.

Fig. 5 is a schematic view showing the angle of switching of the grip of the present invention.

Fig. 6 is a perspective view showing another control member pattern of the present invention.

Figure 7 is an exploded perspective view showing another state of use of the present invention.

Figure 8 is a schematic view showing the state of use of another state of use of the present invention.

(10). . . Grip

(11). . . Handle seat

(111). . . Positioning slot

(112). . . Shaft hole

(113). . . Support tube

(12). . . Control

(13). . . Bushing

(131). . . Groove

(132). . . Grooving

(14). . . Shaft

(141). . . Fixed pin

(15). . . C buckle

(16). . . Limit piece

(161). . . Block

(162). . . Sector

(17). . . Fixed cover

(171). . . Housing space

(20). . . Swinging piece

(twenty one). . . top

(twenty two). . . Pressure department

(twenty three). . . plug

(twenty four). . . Positioning plate

(241). . . Wear mouth

(30). . . Slide

(31). . . Latch

(32). . . spring

(33). . . Linkage slot

Claims (10)

The utility model relates to a door and window grip structure, which comprises: a grip, the grip is rotatably pivoted on a handle seat, and the handle seat is provided with a plurality of positioning grooves, and the handle is convexly provided with a control member a oscillating member pivotally disposed inside the grip, and the oscillating member is formed at one end of the pivoting portion with a top portion and the other end forming a pressing portion, and the top portion is in contact with the control member; a sliding member, The sliding member is mounted on the outer side of the swinging member at the grip. The sliding member has a latch at one end and a spring at the other end, and the sliding member defines a linking groove between the latch and the spring. Further, the interlocking groove system provides the pressing portion of the swinging member, and the latching member can be normally disposed in the positioning groove of the handle seat to form the grip, and the pressing portion of the swinging member drives the sliding member to press the spring end, thereby enabling The cassette is separated from the positioning groove to form a simple control of the rotation of the grip, so as to achieve the effect of multi-stage control. The door and window grip structure according to claim 1, wherein the swinging member is pivotally connected by a latch, and the latch is fixed to a positioning plate, and the positioning plate is assembled at the grip. For the clamping of the swinging member, the positioning plate is provided with a through opening, so that the pressing portion of the swinging member can be pierced through the opening. The door and window grip structure according to the first aspect of the invention, wherein the grip is additionally provided with a fixing cover, the fixing cover is recessed with an accommodating space, and the sliding member is restricted by the accommodating space, so that the sliding member The other end of the spring abuts against the accommodating space. The door and window grip structure according to claim 1, wherein the control member is a push button. The door and window grip structure according to claim 1, wherein the control member is a key holder. The door and window grip structure according to claim 1, wherein the grip protrudes from a sleeve, the sleeve is annularly formed with a groove and the axial section is cut with all the slots, and the sleeve is A shaft rod is inserted therein, and the shaft rod penetrates a fixing pin at the slot of the sleeve sleeve, and a C-shaped buckle is sleeved through the groove of the sleeve sleeve, so that the C-shaped buckle stops the fixing pin at the slot. The shaft is fixed to the sleeve, and the handle seat is provided with a shaft hole to provide pivoting of the shaft. The door and window grip structure according to the sixth aspect of the invention, wherein the grip is additionally provided with a limiting piece at the sleeve, and the limiting piece has at least one block protruding from the inner edge, the block The sleeve is located at the slot of the sleeve to form a synchronous rotation of the grip and the limiting piece, and the limiting piece extends to one end with a diverging fan-shaped portion, and the scallop is swung against the inner wall of the handle seat to limit the grip The angle at which the swing can be made makes the click of the slider easy to be inserted into the positioning groove of the handle seat. The door and window grip structure according to claim 6, wherein the inner wall of the handle seat forms a semi-circular space, and the fan-shaped opening of the limiting piece has a fan-shaped opening of 60 degrees, so that the limiting piece limits the grip. The angle of rotation is 180 degrees. The door and window grip structure according to claim 6, wherein the inner wall of the handle seat forms a semi-circular space, and the fan-shaped opening of the limiting piece has a fan-shaped opening degree of 90 degrees, so that the limiting piece limits the grip The angle of rotation is 90 degrees. The door and window grip structure according to the sixth aspect of the invention, wherein the handle base protrudes from the outer edge of the shaft hole with a support tube, the support tube is sleeved at the sleeve of the grip, and the support tube is lifted by the support tube. The strength of the pivotal connection with the handle seat can effectively shorten the length of the shaft.