CN207598006U - Handle and the window for having the handle - Google Patents
Handle and the window for having the handle Download PDFInfo
- Publication number
- CN207598006U CN207598006U CN201721311178.3U CN201721311178U CN207598006U CN 207598006 U CN207598006 U CN 207598006U CN 201721311178 U CN201721311178 U CN 201721311178U CN 207598006 U CN207598006 U CN 207598006U
- Authority
- CN
- China
- Prior art keywords
- handle
- rotation section
- lock
- lock part
- open position
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Sheet Holders (AREA)
Abstract
The utility model is related to handle and has the window of the handle.In order to solve the problems, such as that cumbersome and safety is low, handle has base portion, it is rotatably installed on the rotation section of base portion, and it is set to the lock part in base portion, rotation section be free to rotation and in closed position, it is switched between half-open position and fully open position, lock part can be slided freely and be switched between lock position and locking releasing position along a first direction, in a state that lock part is located at lock position, rotation section can only turn to half-open position, lock part is rotated to fully open position along carrying out backstop and rotation stop portion to the rotation section for turning to half-open position with the second direction that first direction intersects.In addition, complete half opening mechanism and window that window has above-mentioned handle and connect with handle close locking mechanism.According to the utility model, the convenience of operation and the handle of safety and the window for having the handle can be improved simultaneously by providing.
Description
Technical field
The utility model is related to handle and has the window of the handle.
Background technology
Existing house or mansion window have the function of can be by window standard-sized sheet or half-open.Such window has only can be into
Be about to window open or close (locking) opening and closing operations handle and with operation portion complete half opening mechanism, complete half opening mechanism
Operation portion be provided separately with handle, the complete half-open mechanism action being connect with operation portion is made by user's operation operation portion,
When complete half opening mechanism switches to half-open position, window can be only opened to half-open position, standard-sized sheet shape is switched in complete half opening mechanism
During state, window can be opened to full-gear.
However, in such window, since the operation portion of complete half opening mechanism is provided separately with handle, user needs
Separately be opened and closed window operation and control window is half-open or the operation of standard-sized sheet, the opening and closing of window and full half-open position can not be carried out at the same time
Switching, can not also be performed with one hand the opening and closing of window and the switching of full half-open position, comparatively laborious grade is operated so as to exist
Problem.
Therefore, it is proposed to complete half opening mechanism is operated using handle.For example, it in patent document 1, discloses and passes through operation
Handle and window can be made to close, switch between half-open and full-gear.In addition, in patent document 2, disclose by
Handle is installed on pedestal and connect the handle with complete half opening mechanism and lock assembly via interlocking bar, and turns in handle
When moving all angles, window can be made to close, switched between half-open and full-gear.
But when installing above-mentioned window on some high residential buildings or mansion, it is also necessary in view of the shortages such as children safety
The safety problem of the personnel of consciousness, it is sometimes desirable to window is always maintained in half-open position to improve safety.
Utility model content
The utility model be in view of it is above-mentioned the problem of and careful study as a result, it is intended that provide can be simultaneously
Improve the convenience of operation and the handle of safety and the window for having the handle.
In order to achieve the above objectives, the handle involved by the utility model, which is characterized in that be for being opened and closed window and controlling
Make the window standard-sized sheet or half-open handle, the handle have base portion, the rotation section for being rotatably installed on the base portion,
And be set to the lock part in the base portion, the rotation section be free to rotation and in closed position, half-open position
It is switched between fully open position, the lock part can be slided freely and along a first direction in lock position and locking
Releasing switches between position, and in a state that the lock part is located at the lock position, the rotation section can only turn
Move to the half-open position, the lock part along with the second direction that the first direction intersects to turning to half open position
The rotation section put carries out backstop and the rotation section is prevented to be rotated to the fully open position.
In the handle involved by such the utility model, since handle has both opening and closing window and control window standard-sized sheet or half-open
Function, thus user can by operate the handle and only with a hand complete simultaneously the opening or closing of window (locking) and
The standard-sized sheet of window or the switching of half-open position, so as to improve the convenience of operation.Moreover, because energy is provided in base portion
It is enough that the lock part switched between position is released in lock position and locking, and it is located at the state of lock position in lock part
Under, rotation section can only turn to half-open position, and lock part carries out backstop to the rotation section for turning to half-open position and prevents to turn
Dynamic portion is rotated to fully open position, therefore, by the way that the lock part being set in base portion is switched to lock position in advance, so as to
It is enough rotation section is reliably locked in half-open position with personnel's maloperation handle that children etc. is prevented to lack awareness of safety and by window
Standard-sized sheet, thereby, it is possible to reliably improve safety.
In addition, in the handle involved by above-mentioned the utility model or the rotation section has the first protrusion,
The lock part has with the first stopper section of the first stop surface extended along the first direction, at the locking position
In the state of the lock position, first stop surface and turn to the half-open position the rotation section described the
The mode that one protrusion abuts.In this way, by the cooperation of the first protrusion and the first stopper section, so as to be realized by simple structure
Lock part is to the locking of rotation section, moreover, because the first stopper section of lock part has extend along a first direction first to stop
Block face, therefore, when being connected to the first stop surface of the first stopper section of lock part in the first protrusion of rotation section, the of rotation section
One protrusion only acts on the first stopper section of lock part to intersect or the active force in vertical direction, and the active force with first direction
Lock part will not be slided, so as to which rotation section reliably further is locked in half-open position, thus, it is possible into one
Step improves safety.
In addition, it is located at the lock in the handle involved by above-mentioned the utility model or in the lock part
In the state of only releasing position, the rotation section can turn to the fully open position, in the rotation section to the close stance
When putting rotation, the rotation section drives the lock part and the lock part is made to release position from the locking and slides into the lock
The mode that stop bit is put.In this way, when user closes (locking) window, that is, rotation section is made to turn to closed position in user's operation handle
When dynamic, rotation section drives lock part and lock part can be made automatically to be reset to lock position from locking releasing position, therefore, uses
Family does not need to give special heed to lock part whether is reset to lock position when closing (locking) window, so as to pass through one
The closing of window and the switching to half-open position are realized in secondary operation, and then can also prevent the window after closing since the shortages such as children are pacified
The maloperation of the personnel realized entirely and standard-sized sheet, thereby, it is possible to further reliably improve convenience and the safety of operation.
In addition, in the handle involved by above-mentioned the utility model or the rotation section has the second protrusion,
The lock part has with the second stopper section of the second stop surface extended along the second direction, at the locking position
In the locking release position in the state of, when rotate in the rotation section to the closed position, second stop surface and
The mode that second protrusion of the rotation section abuts.In this way, when being rotated in rotation section to closed position, the second of rotation section
Protrusion abuts with the second stop surface of the second stopper section of lock part and lock part is driven to be resetted to lock position, therefore, passes through
Second protrusion and the cooperation of the second stopper section, so as to realize lock part to the automatic multiple of lock position from simple structure
Position, moreover, because the second stopper section of lock part has the second stop surface extended along second direction, therefore, in rotation section
The second protrusion when being connected to the second stop surface of the second stopper section of lock part, the second protrusion of rotation section is to the of lock part
The effect of two stopper sections intersects with second direction or the active force in vertical direction, and the active force drives lock part to slide,
So as to further be reliably achieved lock part automatically reseting to lock position, thus, it is possible to further improve the side of operation
Just property and safety.
In addition, in the handle involved by above-mentioned the utility model or in the corner of second stopper section,
It is formed with the mode of inclined surface intersected with second stop surface.In this way, by being formed with such inclined surface, so as to turn
Second protrusion in dynamic portion drives lock part to slide into after lock position, and rotation section can be detached from lock part along the inclined surface,
Closed state can not be turned to so as to prevent rotation section from interfering with lock part.It, can also be in addition, be not limited to inclined surface
The corner of second stopper section forms the curved surface with the cooperation of the shape of the protrusion of rotation section.
In addition, in the handle involved by above-mentioned the utility model or the rotation section has and is installed on institute
State the handle on the surface of base portion, one end is set to the axis of the handle, is provided with turn of the first axis hole coordinated with the axis
Kinetoplast and the mode for being provided with the second axis hole coordinated with the axis and the rotor containing body of the receiving rotor.This
Sample rotates handle by user's operation handle, so as to which shaft rotation is driven to move, further moves to drive rotation by shaft rotation
Body and the rotation of rotor containing body, thereby, it is possible to the rotation section of handle is made up of simple structure.
In addition, in the handle involved by above-mentioned the utility model or the rotor and the rotor
The mode that containing body is integrally formed.In this way, forming rotor and rotor containing body by integrally formed, handle can be reduced
The component parts of hand, and the structure of handle can be made simple.
In addition, in the handle involved by above-mentioned the utility model or the lock part has in the lock
Stop be located at the rotation section for turning to the half-open position is carried out in the state of the lock position backstop lock banking stop,
And the sliding block in the sliding slot of the base portion is slidably disposed in, the lock banking stop and sliding block is engaged or shape
The mode being integrally formed.In this way, using lock banking stop and sliding block engaged or be formed as one, lock part is by simply tying
Structure and can freely slide along a first direction as a whole, for example, when user pulls sliding block, sliding block drive lock banking stop and
Lock banking stop is made to be switched between releasing position in lock position and locking, in addition, the active force for passing through rotation section in lock banking stop
And when sliding, lock banking stop makes sliding block be switched between releasing position in lock position and locking with movable slider.
In addition, in the handle involved by above-mentioned the utility model or the handle is also equipped with and described turn
It moves portion's elastic connection and the rotation section is positioned at the closed position, the half-open position and the fully open position respectively
Positioning region, the positioning region have spring and are inserted in the slippery fellow of the spring, in the rotation section, be provided with and the slippery fellow
The mode of chimeric multiple recess portions.In this way, due to positioning region and rotation section elastic connection, when rotating rotation section, rotation
Portion's compressed spring makes foxy disengaging recess portion and can smoothly carry out rotation, and closed position, half-open position are turned in rotation section
It is foxy again chimeric with the recess portion positioned at the rotation section of the position and rotation section can be determined during with any position of fully open position
Positioned at the position, as a result, using simple structure, it can easily rotate rotation section and rotation section is positioned at close stance
It puts, half-open position or fully open position.
Window involved by the utility model, which is characterized in that have above-mentioned handle and connect with the handle complete
Half opening mechanism and window close locking mechanism.
In the window involved by such the utility model, when handle is turned to closed state, that is, by handle
When rotation section turns to closed position, complete half opening mechanism being connect with handle is controlled in half-open position, and window closes locking mechanism
Lock-out state is controlled in, so as to which window can not be opened.When handle is turned to half-open position, that is, by the rotation of handle
When portion turns to half-open position, complete half opening mechanism being connect with handle is controlled in half-open position, and window is closed locking mechanism and is controlled
Unlocked state is formed on, so as to which window can be half-open.When handle is turned to full-gear, that is, rotated by the rotation section of handle
During to fully open position, complete half opening mechanism being connect with handle is controlled in full-gear, and window closes locking mechanism and is controlled in solution
Lock status, so as to which window being capable of standard-sized sheet.Thereby, it is possible to only realize the opening and closing of window and cutting for full half-open position by operating handle
It changes, so as to improve convenience and the safety of operation simultaneously.
According to the utility model, the convenience of operation and the handle of safety can be improved and have this simultaneously by providing
The window of handle.
Description of the drawings
Fig. 1 is the schematical stereogram for the half-open position for representing the window involved by present embodiment.
Fig. 2 is the schematical stereogram for the full-gear for representing the window involved by present embodiment.
Fig. 3 is the exploded perspective view for the general configuration for representing the handle involved by present embodiment.
Fig. 4 is the feelings when handle for representing involved by present embodiment is closed and lock part is located at lock position
The schematical vertical view of condition.
Fig. 5 is the feelings when handle for representing involved by present embodiment is in half-open position and lock part is located at lock position
The schematical vertical view of condition.
Fig. 6 is the A portions enlarged drawing of Fig. 5.
When Fig. 7 is that the handle for representing involved by present embodiment is in half-open position and lock part is located at locking and releases position
Situation schematical vertical view.
When Fig. 8 is that the handle for representing involved by present embodiment is shown in a fully open operation and lock part is located at locking and releases position
Situation schematical vertical view.
Fig. 9 is to represent the situation of midway that the handle involved by present embodiment is rotated from full-gear to closed state
Schematical vertical view.
Figure 10 is showing for the situation of midway that the handle involved by present embodiment is rotated from full-gear to closed state
The vertical view of meaning property.
Specific embodiment
Hereinafter, with reference to attached drawing, the preferred embodiment of the utility model is described in detail.Here, in attached drawing
Explanation in, identical symbol is marked to element identically or comparably, the repetitive description thereof will be omitted.Moreover, wait up and down
Position relationship is not particularly illustrated based on the position relationship shown in drawing.Moreover, the dimensional ratios of drawing in addition to draw figure with
Outside, it is not limited to the ratio of diagram.In addition, for convenience of description, using the length direction of the pedestal of handle as X-direction, by handle
The width direction of pedestal be indicated as Y-direction.
Fig. 1 is the schematical stereogram for the half-open position for representing the window involved by present embodiment.Fig. 2 is to represent this reality
Apply the schematical stereogram of the full-gear of the window involved by mode.As shown in Figure 1 and Figure 2, window 1, which has, is fixed on wall
Deng window frame 10, be rotatably installed on by hinge etc. window frame 10 sash 20, be installed on sash 20 and for being opened and closed sash
20 and 20 standard-sized sheet of sash or half-open handle 30 and complete half opening mechanism 40 and window that are connect with handle 30 is controlled to close locking
Mechanism 50.
In addition, the hand that handle 30 has by the operation of user and can be freely rotatable in the plane residing for sash 20
Handle 301 and the pedestal 302 for being installed on sash 20.In Fig. 1 and Fig. 2, the length direction of pedestal 302 is parallel to sash 20
Length direction, the width direction of pedestal 302 is parallel to the width direction of sash 20.In addition, being installed on Fig. 1 and Fig. 2 institutes
In the case of the window 1 shown, the length direction X of pedestal 302 is vertical direction, and the length direction Y of pedestal 302 is horizontal direction.
In the present embodiment, complete half opening mechanism 40 and window is made to close locking mechanism 50 and move by swing handle 30
Make.When handle 30 is in (locking) state of closing, that is, it is 0 to be in the handle 301 of handle 30 with direction X angulations
During state (the vertical state) of degree, complete half opening mechanism 40 is controlled in half-open position, and window closes locking mechanism 50 and is controlled in lock
State is determined, so as to which window can not be opened.When handle 30 is in half-open position, that is, be in and direction in the handle 301 of handle 30
When X angulations are 90 degree of state (horizontality), complete half opening mechanism 40 is controlled in half-open position, and window closes locking machine
Structure 50 is controlled in unlocked state, so as to which window can be half-open.When handle 30 is shown in a fully open operation, that is, in the handle of handle 30
301 are in direction X angulations when being 150 degree of state, and complete half opening mechanism 40 is controlled in full-gear, and window, which is closed, to be locked
Determine mechanism 50 and be controlled in unlocked state, so as to which window being capable of standard-sized sheet.Thereby, it is possible to the opening and closing of window is only realized by operating handle
With the switching of full half-open position, so as to improve convenience and the safety of operation simultaneously.
Fig. 3 is the exploded perspective view for the general configuration for representing the handle involved by present embodiment.Fig. 4 is to represent this implementation
The schematical vertical view of situation when handle involved by mode is closed and lock part is located at lock position.Fig. 5
It is the schematic of the situation when handle for representing involved by present embodiment is in half-open position and lock part is located at lock position
Vertical view.Fig. 6 is the A portions enlarged drawing of Fig. 5.Fig. 7 is to represent that the handle involved by present embodiment is in half-open position and lock
Stop be located at locking release position when situation schematical vertical view.Fig. 8 is the handle represented involved by present embodiment
Be shown in a fully open operation and lock part be located at locking release position when situation schematical vertical view.Fig. 9 is to represent this implementation
The schematical vertical view for the situation of midway that handle involved by mode is rotated from full-gear to closed state.Figure 10 is this
The schematical vertical view for the situation of midway that handle involved by embodiment is rotated from full-gear to closed state.
As shown in figure 3, handle 30 has handle 301, pedestal 302, axis 303, rotor 304, the rotor of generally L-shaped
Containing body 305, baffle 306, lock banking stop 307, sliding block 308, a pair of of spring 309 and a pair of of slippery fellow 310.Handle 301 is via pad
Piece 311 and the surface 302S for being freely rotatably mounted at pedestal 302.Rotor 304 is housed inside rotor containing body 305
In groove 305b, rotor 304 and rotor containing body 305 are installed in pedestal 302 via sheet metal 312 and gasket 313
It is interior.Slippery fellow 310 is inserted into spring 309, and slippery fellow 310 and spring 309 are installed in together in pedestal 302.Lock banking stop 307 is with sliding
Block 308 is engaged and is installed in together in pedestal 302.Baffle 306 covers being opened with surface 302S opposite sides for pedestal 302
Mouthful.Axis 303 via the hole 306a of baffle 306, the matching hole 305a of rotor containing body 305, rotor 304 matching hole
304a, the hole 312a of sheet metal 312, the hole 313a of gasket 313, the hole 302a of pedestal 302 and gasket 311 hole 311a and
It is installed in handle 301, that is, one end 303a of axis 303 is arranged at handle 301, and other end 303b is through not shown linkage
Bar and be connected to complete half opening mechanism 40 and window and close locking mechanism 50.The matching hole 305a of rotor containing body 305 and rotation
The matching hole 304a of body 304 have with 303 matched size of axis, rotor 304 and rotor can be driven so as to axis 303
Containing body 305 rotates.
In the present embodiment, handle 301, axis 303, rotor 304 and rotor containing body 305 are referred to as rotating
Portion, base portion is referred to as by pedestal 302 and baffle 306, and lock banking stop 307 and sliding block 308 are referred to as lock part, by spring 309
Positioning region is referred to as with slippery fellow 310.
In addition, in the present embodiment, base portion is fixed by screw etc. and is installed on sash 20 and is passed through screw cap 314
Cover screw hole 302b.
In addition, in the present embodiment, rotate handle 301 by user's operation handle 301, and by handle 301
Rotate with moving axis 303 and with axis 303 coordinate rotor 304 and rotor containing body 305 rotate, so as to by handle 301,
The rotation section that axis 303, rotor 304 and rotor containing body 305 are formed be free to rotation and in closed position, half-open
It is switched between position and fully open position.
Here, the closed position of so-called rotation section, refers to position when handle 30 as described above is in (locking) state of closing
It puts, that is, refer to that the handle 301 of handle 30 is in direction X angulations position when being 0 degree of state (vertical state).
The half-open position of so-called rotation section refers to position when handle 30 as described above is in half-open position, that is, refer to the hand of handle 30
Position during state (horizontality) that handle 301 is in direction X angulations are 90 degree.The standard-sized sheet position of so-called rotation section
It puts, refers to position when handle 30 as described above is shown in a fully open operation, that is, refer to that the handle 301 of handle 30 is in and direction X institutes
Into angle be 150 degree of state when position.
In addition, in the present embodiment, positioning region and rotation section elastic connection and rotation section is positioned at close stance respectively
It puts, half-open position and fully open position.Specifically, it in the side of rotor containing body 305, is equally spaced set with 90 degree of interval
Be equipped with 310 chimeric multiple recess portion 305c of slippery fellow, by the contraction or elongation of spring 309, slippery fellow 310 can be driven to be fitted to
It is detached from recess portion 305c or from recess portion 305c.In this way, due to positioning region and rotation section elastic connection, in rotation rotation section
When, rotation section compressed spring makes foxy disengaging recess portion and can smoothly carry out rotation, and closed position, half are turned in rotation section
During any position of open position and fully open position, slippery fellow is again chimeric with the recess portion positioned at the rotation section of the position and can will turn
Dynamic portion is positioned at the position, as a result, using simple structure, can easily rotate rotation section and rotation section is positioned at pass
Closed position, half-open position or fully open position.
In addition, in the present embodiment, sliding block 308 is slidably disposed in the sliding slot of pedestal 302, and with exposing
In pedestal 302 pulling part 308a and be embedded into lock banking stop 307 notch 307a protrusion 308b.It is pulled by user
Dynamic portion 308a, so as to sliding block 308 can be slided freely along the X direction and between lock position L1 and locking release position L2
It switches over.Here, in the X direction, lock position L1 is located at the lower section that locking releases position L2.
In addition, it is embedded into the notch 307a of lock banking stop 307 by the protrusion 308b of sliding block 308, so as to sliding block 308 and locking
Piece 307 is mutually twisted, and therefore, when sliding block 308 slides along the X direction, sliding block 308 drives lock banking stop 307 to slide along the X direction
It is dynamic.In this way, using engaged lock banking stop and sliding block, lock part can be as a whole along first party by simple structure
To freely sliding, for example, when user pulls sliding block, sliding block drives lock banking stop and makes lock banking stop in lock position and locking solution
Except being switched between position, in addition, in lock banking stop by the active force of rotation section and when sliding, lock banking stop makes with movable slider
Sliding block switches between releasing position in lock position and locking.
In addition, in the present embodiment, rotor 304 has protrusion 304b, protrusion 304c and is connected to protrusion 304b
Curved portion 304d between the 304c of protrusion.
In addition, in the present embodiment, lock banking stop 307 has with the backstop of stop surface 307b extended along the X direction
Portion 307c and with the stopper section 307e of stop surface 307d that extends along the Y direction.
Hereinafter, to rotation section to be switched to closed position, half-open position and fully open position respectively by rotational handle 301
Action illustrate.
First, as shown in figure 4, the state (vertical state) that handle 301 is in direction X angulations are 0 degree, handle
30 are located at lock position L1 in (locking) state of closing, sliding block 308.At this point, complete half opening mechanism 40 is controlled in half-open position,
Window closes locking mechanism 50 and is controlled in lock-out state, so as to which window can not be opened.
Then, as shown in figure 5, handle 301 is turned to and direction X institutes clockwise from state shown in Fig. 4
Into angle be 90 degree of state (horizontality), sliding block 308 is located at lock position L1.At this point, the stop surface of stopper section 307c
The protrusion 304c of rotors 304 of the 307b with turning to half-open position is abutted.That is, lock part along the direction vertical with direction X,
That is direction Y carries out backstop to the rotation section for turning to half-open position and rotation stop portion is rotated to fully open position.Shown in Fig. 5
Under state, rotation section can only turn to half-open position, and lock part is located at lock position L1.In this case, complete half opening mechanism
40 are controlled in half-open position, and window closes locking mechanism 50 and is controlled in unlocked state, so as to which window can be half-open.
In this way, since handle has both opening and closing window and control window standard-sized sheet or half-open function, thus user can pass through operation
The handle and only complete the standard-sized sheet for opening or closing (locking) and window of window or the switching of half-open position simultaneously with a hand, from
And the convenience of operation can be improved.Moreover, because position can be released in lock position and locking by being provided in base portion
Between the lock part that switches over, and in a state that lock part is located at lock position, rotation section can only turn to half open position
It puts, lock part carries out backstop to the rotation section for turning to half-open position and rotation stop portion is rotated to fully open position, therefore, passes through
The lock part being set in base portion is switched into lock position in advance, so as to which rotation section reliably is locked in half open position
It puts to prevent that children etc. lack personnel's maloperation handle of awareness of safety and by window standard-sized sheet, thereby, it is possible to reliably improve safety
Property.Moreover, by the cooperation of protrusion 304c and stopper section 307c, so as to realize lock part to rotation section by simple structure
Locking, moreover, because the stopper section 307c of lock part has the stop surface 307b that extends along direction X, therefore, in rotor
When 304 protrusion 304c is connected to the stop surface 307b of the stopper section 307c of lock banking stop 307,304c pairs of the protrusion of rotor 304
The stopper section 307c of lock banking stop 307 only acts on the direction vertical with direction X, the i.e. active force of direction Y, and the active force will not make
Lock part slides, and so as to which rotation section reliably further is locked in half-open position, thus, it is possible to further improve
Safety.
Then, as shown in fig. 7, sliding block 308 is slid into locking releases position L2, so as to which sliding block 308 drives lock banking stop 307
It is moved up along direction X.In this case, the protrusion 304c and stopper section 307c of rotor 304 are no longer interfere with, so as to rotate
Portion can turn to fully open position.
Then, as shown in figure 8, by handle 301 from direction X angulations be 90 degree state (horizontality) along
It is rotated further clockwise to being 150 degree of state with direction X angulations, so that rotation section is turned to standard-sized sheet position
It puts.In the state of can turning to fully open position in rotation section, complete half opening mechanism 40 is controlled in full-gear, and window closes locking
Mechanism 50 is controlled in unlocked state, so as to which window being capable of standard-sized sheet.
Then, as shown in figure 9, by handle 301 from state shown in Fig. 8 counterclockwise to it is shown in Fig. 4 with it is square
It is rotated to the state that X angulations are 0 degree, in the midway of rotation, the protrusion 304b of rotor 304 and stopping for lock banking stop 307
Stopper 307e is abutted.Specifically, in the midway of rotation, the protrusion 304b of the rotor 304 and stopper section 307e of lock banking stop 307
Stop surface 307d abut.In this way, due to stop surface 307d along direction Y extend, in the protrusion 304b of rotor 304
When being abutted with the stop surface 307d of the stopper section 307e of lock banking stop 307, protrusion 304b the stopping to lock banking stop 307 of rotor 304
The active force of the stopper 307e effects direction vertical with direction Y, i.e. X-direction, and the active force drives lock part to slide, from
And lock part automatically reseting to lock position can be further reliably achieved, thus, it is possible to further improve the convenience of operation
Property and safety.
Then, as shown in Figure 10, handle 301 is continued counterclockwise from state shown in Fig. 9 to shown in Fig. 4
With the state rotation that direction X angulations are 0 degree, during rotation, the protrusion 304b of rotor 304 drives lock banking stop
307 and make lock part from locking release position L2 slide into lock position L1.In this way, when user closes (locking) window, that is,
User's operation handle make rotation section to closed position rotate when, rotation section drive lock part and can make lock part automatically from lock
It only releases position and is reset to lock position, therefore, whether user does not need to give special heed to when closing (locking) window will lock
Stop is reset to lock position, the switching so as to the closing that window is realized by once-through operation and to half-open position, Jin Erye
Can prevent close after window due to children etc. lack awareness of safety personnel maloperation and standard-sized sheet, thereby, it is possible to further
Reliably improve convenience and the safety of operation.
Then, as shown in figure 4, handle 301 is turned to from state shown in Fig. 10 counterclockwise shown in Fig. 4
State.So as to complete the rotation of a cycle of rotation section.
In addition, it in the present embodiment, as shown in fig. 6, in the corner of stopper section 307e, is formed with and is handed over stop surface 307d
The inclined surface 307f of fork.In this way, by being formed with such inclined surface, so as to drive locking in the protrusion 304b of rotor 304
Piece 307 is slid into after the L1 of lock position, and rotor 304 can be detached from lock banking stop 307 along inclined surface 307f, so as to
Prevent rotation section from interfering with lock part and closed state can not be turned to.
In addition, in the present embodiment, in stopper section, the corner of 307e is formed with the inclined surface 307f of roughly planar, but
It is the inclined surface for being not limited to roughly planar, the protrusion 304b with rotor 304 can also be formed in the corner of stopper section 307e
Shape cooperation curved inclined surface.
In addition, in the present embodiment, rotor 304 and rotor containing body 305 are separately formed, it is however not limited to
This, rotor 304 and rotor containing body 305 can also be integrally formed.In this way, by it is integrally formed come formed rotor and
Rotor containing body can reduce the component parts of handle, and the structure of handle can be made simple.
In addition, in the present embodiment, lock banking stop 307 and sliding block 308 are engaged, it is however not limited to this, lock banking stop
307 and sliding block 308 can also be formed as one.
In addition, it in the present embodiment, lists and is positioned with X-direction angulation for 0 degree, 90 degree and 150 degree this 3
Angle corresponds respectively to closed state, half-open position and full-gear, still, however it is not limited to this, by change positioning region with
And the specific structure of recess portion that is fitted into of positioning region or position, it can arbitrarily set orientation angle.
More than, the embodiment of the utility model is illustrated, still, those skilled in the art are without departing from this reality
The utility model can be deformed and be changed as needed in the case of novel connotation and range.These deformations
It is each fallen in the scope of the utility model with variation.
For example, in the above-described embodiment, using X-direction as first direction, using Y-direction as second direction, still, and
Without being limited thereto, first direction can also be deviated from X-direction, and second direction can also be deviated from Y-direction.
In addition, in the above-described embodiment, the second direction example vertical with first direction is listed, and still, and it is unlimited
In this, second direction can also intersect with first direction.
Claims (10)
1. a kind of handle, which is characterized in that
Be for being opened and closed window and controlling the window standard-sized sheet or half-open handle,
The handle has base portion, the rotation section for being rotatably installed on the base portion and is set to the base portion
Interior lock part,
The rotation section is free to rotate and switch between closed position, half-open position and fully open position,
The lock part can be slided freely and be cut between lock position and locking releasing position along a first direction
It changes,
In a state that the lock part is located at the lock position, the rotation section can only turn to the half-open position,
The lock part along with the second direction that the first direction intersects to turn to the rotation section of the half-open position into
Whereabouts keep off and the rotation section are prevented to be rotated to the fully open position.
2. handle as described in claim 1, which is characterized in that
The rotation section has the first protrusion, and the lock part has with the first stop surface extended along the first direction
The first stopper section,
In a state that the lock part is located at the lock position, first stop surface is with turning to the half-open position
First protrusion of the rotation section abuts.
3. handle as described in claim 1, which is characterized in that
In a state that the lock part is located at locking releasing position, the rotation section can turn to the standard-sized sheet position
Put, when being rotated in the rotation section to the closed position, the rotation section drive the lock part and make the lock part from
The locking releases position and slides into the lock position.
4. handle as claimed in claim 3, which is characterized in that
The rotation section has the second protrusion, and the lock part has with the second stop surface extended along the second direction
The second stopper section,
In a state that the lock part is located at locking releasing position, rotated in the rotation section to the closed position
When, second stop surface is abutted with second protrusion of the rotation section.
5. handle as claimed in claim 4, which is characterized in that
In the corner of second stopper section, it is formed with the inclined surface intersected with second stop surface.
6. the handle as described in any one of Claims 1 to 5, which is characterized in that
The rotation section has the handle on the surface for being installed on the base portion, one end is set to the axis of the handle, is provided with
With the rotor of the first axis hole of axis cooperation and being provided with the second axis hole coordinate with the axis and the receiving rotation
The rotor containing body of body.
7. handle as claimed in claim 6, which is characterized in that
The rotor and the rotor containing body are integrally formed.
8. the handle as described in any one of Claims 1 to 5, which is characterized in that
The lock part has in a state that the lock part is located at the lock position to turning to the half-open position
The sliding block that the rotation section carries out the lock banking stop of backstop and is slidably disposed in the sliding slot of the base portion, the lock
Limited step and the sliding block are engaged or be formed as one.
9. the handle as described in any one of Claims 1 to 5, which is characterized in that
The handle is also equipped with the rotation section elastic connection and the rotation section is positioned at the closed position, institute respectively
The positioning region of half-open position and the fully open position is stated,
The positioning region has spring and is inserted in the slippery fellow of the spring,
In the rotation section, it is provided with the multiple recess portions chimeric with the slippery fellow.
10. a kind of window, which is characterized in that
Complete half opening mechanism and window for having the handle described in any one of claim 1~9 and being connect with the handle close
Close locking mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721311178.3U CN207598006U (en) | 2017-10-12 | 2017-10-12 | Handle and the window for having the handle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721311178.3U CN207598006U (en) | 2017-10-12 | 2017-10-12 | Handle and the window for having the handle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207598006U true CN207598006U (en) | 2018-07-10 |
Family
ID=62755967
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721311178.3U Active CN207598006U (en) | 2017-10-12 | 2017-10-12 | Handle and the window for having the handle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207598006U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111173365A (en) * | 2018-11-13 | 2020-05-19 | 派阁国际(香港)有限公司 | Handle |
-
2017
- 2017-10-12 CN CN201721311178.3U patent/CN207598006U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111173365A (en) * | 2018-11-13 | 2020-05-19 | 派阁国际(香港)有限公司 | Handle |
| CN111173365B (en) * | 2018-11-13 | 2021-08-06 | 派阁国际(香港)有限公司 | Handle |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102549228B (en) | Casement window unit | |
| AU2005213581A1 (en) | Self latching device | |
| KR100934781B1 (en) | Push pull type door lock device | |
| CN207598006U (en) | Handle and the window for having the handle | |
| CN110199072A (en) | With the door system for swinging interlock system | |
| KR100797158B1 (en) | Windows | |
| JP5844626B2 (en) | Opening-reducing tablet | |
| JP2019015070A (en) | Latch lock and grip member | |
| CN208251828U (en) | Machine automatization door lock | |
| EP1686225A2 (en) | A handle for turn opening or tilt and turn opening doors or windows. | |
| JP6697189B2 (en) | Switchgear for windows | |
| KR101249150B1 (en) | Locking section assembly of digital locking device for window | |
| JP5083962B2 (en) | Opening / closing mechanism and opening device including the same | |
| JP4538413B2 (en) | Locking device and joinery | |
| JP3073438B2 (en) | Opening door handle | |
| JP4220540B2 (en) | Locking device and joinery | |
| CN109881979B (en) | Sliding telescopic and rotary spring bolt control mechanism | |
| KR101158217B1 (en) | Right and left combination door look for possibility of a space adjustment | |
| JP2019178557A (en) | Fitting | |
| KR200415618Y1 (en) | Hardware for window | |
| JP4106946B2 (en) | Locking device in shutter device for building | |
| JP2575328B2 (en) | Folding door | |
| JP7075457B2 (en) | Door device and door mechanism | |
| JP2003221959A (en) | Locking device for emergency entrance door for high-rise building | |
| KR100657702B1 (en) | An operation apparatus of sunglass case for vehicle |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |