CN201778546U - Dial plate capable of changing into door handle - Google Patents
Dial plate capable of changing into door handle Download PDFInfo
- Publication number
- CN201778546U CN201778546U CN2010201471451U CN201020147145U CN201778546U CN 201778546 U CN201778546 U CN 201778546U CN 2010201471451 U CN2010201471451 U CN 2010201471451U CN 201020147145 U CN201020147145 U CN 201020147145U CN 201778546 U CN201778546 U CN 201778546U
- Authority
- CN
- China
- Prior art keywords
- cup
- slingshot
- runner
- handle
- pellet shot
- 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.)
- Expired - Fee Related
Links
Images
Abstract
The utility model discloses a dial plate capable of changing into a door handle, which comprises a handle shaft, a handle shaft sleeve, a handle housing, and a cup-shaped runner. The handle shaft sleeve is arranged outside the handle shaft; the handle housing is arranged outside the handle shaft sleeve, and a dial point is arranged on the outboard of the handle shaft at one end of the handle shaft sleeve. The dial plate is characterized in that the cup-shaped runner is arranged on the outer side of the handle shaft on one side of the dial point, a guide groove is formed on the end surface of the rim of the cup-shaped runner, and a force bearing point driven by the dial point and driving the cup-shaped runner to rotate is arranged on the cup-shaped runner. In the utility model, a guide groove of a guide rod controlling another lock is formed on the end surface of the rim of the cup-shaped runner, so that when the dialing is correct, the guide rods simultaneously enter the group of guide grooves on the end surface of the rim of the cup-shaped runner to realize that the dial plate is changed into a door handle. Also, a plurality of groups of guide grooves can be formed on the end surface of the rim of a plurality of coaxial cup-shaped runners for controlling a plurality of guide rods, thereby realizing higher interception prevention function. The dial plate provided by the utility model can be widely applied to anti-theft doors, safes, vehicles, containers, and the like.
Description
Technical field
The present invention relates to dial and open the door handle, that is: a kind of dial that becomes the handle that opens the door that a kind of energy and class lockset are used.
Background technology
The dial that is used for safety cabinet or similar national treasury door at present, its control assembly that dials, all be to adopt guide rod to enter one group of guide hole or guide rod on the dialing disc one by one to enter simultaneously and be located at one group of guide groove on the dialing disc edge, control the handle that opens the door and realize opening the door function.Thisly guide hole is being set on the disc or the technology of guide groove is set on the disc edge, the position of its guide hole or guide groove is intercepted out easily, influences the safety of safety cabinet and Ku Men.In addition, open the door handle and dial on existing safety cabinet or the storehouse door all are located at diverse location respectively, can not be integrated, and the dial and the handle that opens the door can not be changed under certain condition mutually, and the handle that opens the door can not dally; The handle that opens the door so also can be given the destructive condition of having created of opening.
Summary of the invention
For overcoming above-mentioned shortcoming, the invention provides a kind of not only preventing interception but also can become the dial of the handle that opens the door.The guide groove that the present invention will control guide rod is located on the rim of a cup end face of the cup-shaped runner of outer likeness in form drag cup shape, correct when dialling, enter the one group of guide groove that is located on the cup-shaped runner rim of a cup end face simultaneously at guide rod, or after guide rod enters the one group of guide groove that is located on several coaxial cup-shaped runner rim of a cup end faces simultaneously, can realize being transformed into the function of the handle that opens the door by dial.The present invention also can be provided with some groups of guide grooves on the rim of a cup end face of several coaxial cup-shaped runners, be applicable to lockset on several the parallel guide rods of office of unblanking.The present invention effectively is integrated the dial and the handle that opens the door, and can change mutually, and in dialing with unblank when correct, dial promptly becomes the handle that opens the door.The present invention has higher preventing interception function.Can be widely used in security door, safety cabinet, vehicle, container etc.
For achieving the above object, a kind of technical scheme that becomes the dial of the handle that opens the door of the present invention is: comprise handle axle, the handle axle sleeve, handle shell, cup-shaped runner, be associated with handle at handle axle one end, a pellet shot from a slingshot hole is arranged in the handle axle, the axle pellet shot from a slingshot has a pellet shot from a slingshot and spring in the hole, the outside jug axle sleeve of handle axle, in the handle axle sleeve, the cover pellet shot from a slingshot hole that communicates with the axle pellet shot from a slingshot hole coupling of handle axle is arranged, the cover pellet shot from a slingshot has the cover pellet shot from a slingshot in the hole, at the outside of handle axle sleeve jug shell, the shell pellet shot from a slingshot hole that communicates with the cover pellet shot from a slingshot hole coupling of handle axle sleeve is arranged in the handle shell, the shell pellet shot from a slingshot has the shell pellet shot from a slingshot in the hole, the outside of handle axle sleeve also is provided with unblanks a little, is provided with pulling point in the handle axle sleeve one end handle axle outside, it is characterized in that: the handle axle outside in pulling point one side is provided with cup-shaped runner, on the rim of a cup end face of cup-shaped runner, guide groove is arranged, on cup-shaped runner, also be provided with the stress point that can be mutually corresponding and mates with pulling point.
Described cup-shaped runner is installed in the cylinder periphery of handle axle, and the cup end of cup-shaped runner is provided with the wheel endoporus, and the wheel endoporus of cup-shaped runner is enclosed on the handle axle cylinder periphery.
Described cup-shaped runner is installed in the cylinder periphery of handle axle, and the cup end of cup-shaped runner is provided with the wheel endoporus, is provided with to contain in the runner that overlaps endoporus in the wheel endoporus and overlaps, and the cover endoporus of cover is enclosed on the cylinder periphery of handle axle in the runner.
Described cup-shaped runner is installed in the end face outside of handle axle, is provided with the wheel endoporus at the cup end of cup-shaped runner, is provided with in the runner in the wheel endoporus and overlaps, and cover is installed in the end face outside of handle axle in the runner.
Described cup-shaped runner is installed in the end face outside of handle axle, is provided with rotating shaft at the cup end of cup-shaped runner, and rotating shaft can be fixedly connected with the end face of handle axle, also can or constitute the shell of this product or coupled parts are fixedly connected with the door body.
Overlap being provided with in second runner with a side grip axle at the bottom of the cup-shaped runner cup of the non-homonymy of the described stress point outside, the cover outside is provided with the second cup-shaped runner in second runner, the second cup-shaped runner is identical with the rim of a cup direction of cup-shaped runner, on the rim of a cup end face of the second cup-shaped runner second guide groove is arranged, be provided with second stress point in second cup-shaped runner one side adjacent with cup-shaped runner, be provided with the power transmission point in cup-shaped runner one side corresponding with second stress point, cover can be by riveting in the cover or second runner in the runner, weldering or fixture and handle shell or with the door body or constitute the shell of this product or coupled parts are fixedly connected.
Overlap being provided with in second runner with a side at the bottom of the cup-shaped runner cup of the non-homonymy of described stress point, the cover outside is provided with the second cup-shaped runner in second runner, the second cup-shaped runner is identical with the rim of a cup direction of cup-shaped runner, on the rim of a cup end face of the second cup-shaped runner second guide groove is arranged, be provided with second stress point in second cup-shaped runner one side adjacent with cup-shaped runner, be provided with the power transmission point in cup-shaped runner one side corresponding with second stress point, cover can be by riveting in the cover or second runner in the runner, weldering or fixture and handle shell or with the door body or constitute the shell of this product or coupled parts are fixedly connected.
The present invention is simple and reasonable, and applied range is easy to use.The present invention can also be used for locksets such as lockset that rotational lock core unblanks, automatically controlled, remote control and smart card except being used for the translation lockset, can prevent effectively that the cyclic code transmitter from unblanking and signal is examined and listened a technology unlocking, the safety that has improved lockset.
Description of drawings:
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is one embodiment of the invention structure longitudinal sectional view.
Fig. 2 is the left view of cup-shaped rotaring wheel structure among Fig. 1.
Fig. 3 is another embodiment of the present invention structure longitudinal sectional view.
Fig. 4 is the present invention's another example structure longitudinal sectional view again.
Fig. 5 is the present invention's another example structure longitudinal sectional view again.
Fig. 6 is the present invention's another example structure longitudinal sectional view again.
Fig. 7 is the present invention's another example structure longitudinal sectional view again.
Fig. 8 is the present invention's another example structure longitudinal sectional view again.
Among the figure: 23. offices of unblanking, 231. pellet shot from a slingshot guide rods, 232. guide rods, 22. the magnetic pole pellet shot from a slingshot, 6. handle axle, 61. pellet shot from a slingshot holes, 62. the axle pellet shot from a slingshot, 63. springs, 64. fixing chutes, 65. handle, 66. pulling points, 7. handle axle sleeve, 71. cover pellet shot from a slingshot hole, 72. cover pellets shot from a slingshot, 73. unblank a little, 9. handle shell, 91. shell pellet shot from a slingshot holes, 92. shell pellets shot from a slingshot, 93. pellet shot from a slingshot guide rod chute, 94. fixed pin holes, 95. steady pins, 101. cup-shaped runner, 19. rotating shafts, 111. second cup-shaped runners, 102. guide groove, 112. second guide grooves, 103. stress points, 113. second stress point, cover in the 104. power transmissions point, 105. runners, 115. cover in second runner, 106. fixing holes, 116. fixing holes, 107. fixture, 108. bodies or constitute the shell of this product or coupled parts, 125. cover endoporus, 135. the second cover endoporus, 126. take turns endoporus, and 136. second take turns endoporus, 127. jube, 137. second jubes, 47. the 3rd jubes.
The specific embodiment:
Embodiment 1
As depicted in figs. 1 and 2, present embodiment can have the dial feature of one group of two password.Fig. 1 is a present embodiment structure longitudinal sectional view, and Fig. 2 is the structure left view of cup-shaped runner 101 among Fig. 1.Select cylinder as handle axle 6, can adopt the manufacture craft and the technology of existing cylinder lock, produce as shown in Figure 1 handle axle 6 and axle pellet shot from a slingshot hole 61 in the handle axle 6 and fixing shell pellet shot from a slingshot hole 91 and pellet shot from a slingshot guide rod chute 93 and the fixed pin holes 94 in cover pellet shot from a slingshot hole 71, handle shell 9 and the handle shell 9 of chute 64, handle axle sleeve 7 and handle axle sleeve 7, pellet shot from a slingshot guide rod chute 93 can be arranged in the handle shell 9 as required; Cover pellet shot from a slingshot 72 in axle pellet shot from a slingshot 62 in the axle pellet shot from a slingshot hole 61, the cover pellet shot from a slingshot hole 71, the shell pellet shot from a slingshot 92 in the shell pellet shot from a slingshot hole 92 can adopt plain edition pellet shot from a slingshot or special-shaped pellet shot from a slingshot.Can be during making by axle pellet shot from a slingshot 62, the shell pellet shot from a slingshot 92 required direction of motion when opening, the aperture in axle pellet shot from a slingshot hole 61 or cross section can more than or equal to or less than the aperture or the cross section in cover pellet shot from a slingshot hole 71, among Fig. 1, from being latched to opening, the direction of motion of axle pellet shot from a slingshot 62 and shell pellet shot from a slingshot 92 is towards the axle center, for guaranteeing handle axle 6 idle running, the cross section of axle pellet shot from a slingshot 62 needs the cross section greater than cover pellet shot from a slingshot hole 71, makes a pellet shot from a slingshot 62 can not enter cover pellet shot from a slingshot hole 71.Can be by the manufacture craft and the technology of existing common spring lock, in axle pellet shot from a slingshot hole 61, pack into spring 63 and common profile shaft pellet shot from a slingshot 62; At handle axle 6 outside mounting knob axle sleeves 7, at handle axle sleeve 7 outside mounting knob shells 9, and the common jacket pellet shot from a slingshot 72 in preparation and the installation sleeve pellet shot from a slingshot hole 71, the common shell pellet shot from a slingshot 92 in the shell pellet shot from a slingshot hole 91.The specific requirement of pellet shot from a slingshot coupling is: when nothing is unblanked the pellet shot from a slingshot guide rod 231 of office 23 when acting on shell pellet shot from a slingshot 92, there are cover pellet shot from a slingshot 72 or shell pellet shot from a slingshot 92 to block between handle axle sleeve 7 and the handle shell 9, non-marble blocks between handle axle 6 and the handle axle sleeve 7, and handle axle 6 can dally; When realizing having pellet shot from a slingshot guide rod 231 to act on shell pellet shot from a slingshot 92 fully when unblanking, no any pellet shot from a slingshot blocks between handle axle sleeve 7 and the handle shell 9, have cover pellet shot from a slingshot 72 or axle pellet shot from a slingshot 62 to block between handle axle 6 and the handle axle sleeve 7, handle axle sleeve 7 can rotate together with handle axle 6 at this moment.Install in the outside of handle axle sleeve 7 and to unblank a little 73, be used for directly or indirectly driving the latch of similar door, or be used for driving the existing lock body parts relevant with dead bolt, the influence that 73 installation and its scope of activities of unblanking a little will be avoided handle shell 9 can be left a chute in handle shell 9 appropriate locations and be used for installing and unblank a little 73 when needing.Steady pin 95 is packed in the fixed pin holes 94 corresponding with fixing chute 64, with the axial displacement of control handle shell 9 relative handle axle 6.The technology and the method that also can adopt existing lockset and handle to make are come control handle axle 6, handle axle sleeve 7 and handle shell 9 axial displacement to each other.Produce cover 105 in the runner that contains jube 127 and cover endoporus 125 as shown in Figure 1 again, jube 127 can with runner in the cover 105 integral productions, also can separately make the back in combination, jube 127 can be sheet or column or convex, its objective is the location that helps cup-shaped runner 101.Be provided with pulling point 66 in handle axle sleeve 7 one end handle axle 6 outsides.Among Fig. 1, cover 105 and cup-shaped runner 101 are positioned at the cylinder periphery of pulling point 66 1 side grip axles 6 in the runner, cover is provided with cover endoporus 125 in 105 in runner, cover endoporus 125 will with the size match of the cylinder periphery of hand axle 6, cover endoporus 125 is enclosed in the cylinder periphery of handle axle 6.It is fixing with handle shell 9 that fixing hole 106 is used for the interior cover 105 of runner, also can directly or indirectly be fixedly connected with the door body, among Fig. 1, cover 105 is fixedly connected with handle shell 9 by fixing hole 106 and fixing hole 116 and fixture 107 and also can be fixedly connected by riveting, welding technology and handle shell 9 in the runner.Produce the cup-shaped runner 101 that contains wheel endoporus 126 and guide groove 102 and stress point 103 among Fig. 1 and Fig. 2 with prior art again, the general shape of cup-shaped runner 101 can also be a bowl-type, truncated cone-shaped, conical, wheel endoporus 126 is positioned at the cup end of cup-shaped runner 101, and communicate with the inboard and the outside at the bottom of 101 glasss of the cup-shaped runners, guide groove 102 is located on the rim of a cup end face of cup-shaped runner 101, the size of guide groove 102 will with can the meet size match of required displacement of the size at position and guide rod 232 of the guide rod 232 that links to each other with another lockset, the size of wheel endoporus 126 also will with the outside coupling of cover 105 in the runner.
The cup-shaped runner 101 that contains guide groove 102 and stress point 103 that to make again is installed in the runner and overlaps on 105.In the present embodiment, the outside at the bottom of 101 glasss of the cup-shaped runners can meet the guide groove 102 among Fig. 1 with guide rod 232 than an end face of the more close handle axle sleeve 7 in inboard at the cup end; The pulling point 66 that can act on stress point 103 and can drive cup-shaped runner 101 rotations is installed on the handle axle 6 of cover 105 1 sides in runner, and stress point 103 in the present embodiment and pulling point 66 are positioned at the inboard of cup-shaped runner 101.Put in runner the 3rd jube 47 is installed, jube 127 and the 3rd jube 47 are used to prevent that runner 101 from coming off and stablize its positioning action.Handle 65 is installed on handle axle 6, and handle 65 can be made into the circle that has dial, also can together make with handle axle 6.Can use by existing technology encapsulation.
During use, before unblanking, because non-marble guide rod 231 acts on shell pellet shot from a slingshot 92, there are cover pellet shot from a slingshot 72 or shell pellet shot from a slingshot 92 to block between handle axle sleeve 7 and the handle shell 9, because the cross-sectional area of axle pellet shot from a slingshot 62 under the effect of spring 63, or is pressed the pre-configured of pellet shot from a slingshot greater than the aperture in cover pellet shot from a slingshot hole 71, non-marble blocks between handle axle 6 and the handle axle sleeve 7, and handle axle 6 can dally.Can be by setting in advance, more than a left side or right rotation handle 65 1 enclose, with the anchor point on a certain markers align door dignity plate on the handle 65, in rotary handle 65 processes, the pulling point 66 of handle axle 6 acts on stress point 103, drive cup-shaped runner 101 and rotate, make guide groove 102 corresponding with the guide rod 232 that the office 23 of unblanking links to each other; Press setting in advance again, in rotary handle 65 1 circles,, alignd in the axle pellet shot from a slingshot hole 61 on the handle axle 6 with cover pellet shot from a slingshot hole 71 or shell pellet shot from a slingshot hole 91 in the opposite direction the anchor point on another markers align door dignity plate on the handle 65; Unblank this moment, with the guide rods 232 of office's 23 interlocks of unblanking when entering guide groove 102, the pellet shot from a slingshot guide rod 231 of office on 23 of unblanking also acts on shell pellet shot from a slingshot 92; When pellet shot from a slingshot guide rod 231 acts on shell pellet shot from a slingshot 92, because shell pellet shot from a slingshot 92, cover pellet shot from a slingshot 72 and axle pellet shot from a slingshot 62 produce displacement by size that pre-sets and spacing, make that no any pellet shot from a slingshot blocks between handle axle sleeve 7 and the handle shell 9, there is cover pellet shot from a slingshot 72 to block between handle axle 6 and the handle axle sleeve 7, handle axle sleeve 7 can drive a little 73 latches realizations that directly or indirectly drive similar of unblanking and open the door together with handle axle 6 by the direction rotation that sets at this moment.Can press setting in advance during locking again, turning handle 65 makes and overlaps 91 alignment in shell pellet shot from a slingshot hole of pellet shot from a slingshot hole 71, also can utilize this moment and unblank a little 73 door body latch to be placed locking states, when supporting with it lockset is in locking states, when pellet shot from a slingshot guide rod 232 does not act on shell pellet shot from a slingshot 92, under the effect of spring 63, handle has promptly recovered lost motion functionality.
For handle axle 6 can be automatically reset, can between handle axle sleeve 7 and the handle shell 9 or handle axle sleeve 7 and being mounted install between certain parts of a body can back-moving spring.
In actual applications, in order to prevent guide rod 232 turning handle 65 to be realized opening the door again after entering guide groove 102, pulling point 66 and stress point 103 can stop handle 65 to rotate on a certain direction of opening the door, when actual fabrication, can be according to handle 65 required turning on the direction of opening the door, determine pulling point 66 can with a certain contacts side surfaces of stress point 103; Also can adopt elasticity material pulling point 66 preferably, the external force of rotary handle 65 is when surpassing when a certain amount of, and pulling point 66 can slip over from stress point 103.
Embodiment 2
As shown in Figure 3, Fig. 3 is the longitudinal sectional view of present embodiment structure.Among the figure, handle axle 6, axle pellet shot from a slingshot hole 61, axle pellet shot from a slingshot 62, spring 63, handle axle sleeve 7, cover pellet shot from a slingshot hole 71, cover pellet shot from a slingshot 72, handle shell 9, shell pellet shot from a slingshot hole 91, shell pellet shot from a slingshot 92, can be with described in the embodiment 1 identical.As different from Example 1, cup-shaped runner 101 is installed in the cylinder periphery of lock core 6 in embodiment 1, on stress point 103 be located at the inboard of cup-shaped runner 101.And cup-shaped runner 101 is installed in outside the end face of handle axle 6 in the present embodiment, and stress point 103 is located at the outside of the cup-shaped runner 101 of pulling point 66 1 sides.Overlap 115 being provided with in second runner with a side at the bottom of 101 glasss of the cup-shaped runners of described stress point 103 non-homonymies, as can be seen from Figure 3, stress point 103 is positioned at the outside of cup-shaped runner 101, and with the outside homonymy of cup-shaped runner 101, cover 115 is positioned at the side at the bottom of 101 inboard glasss of the cup-shaped runners in second runner; Cover 115 outsides are provided with the second cup-shaped runner 111 in second runner, the second cup-shaped runner 111 is identical with the rim of a cup direction of cup-shaped runner 101, second guide groove 112 is arranged on the rim of a cup end face of the second cup-shaped runner 111, be provided with second stress point 113 in second cup-shaped runner 111 1 sides adjacent with cup-shaped runner 101, be provided with power transmission point 104 in cup-shaped runner 101 1 sides corresponding with second stress point 113, cover 115 can be by riveting in cover 105 or second runner in the runner, weldering or fixture 107 and handle shell 9 or with the door body or constitute the shell of this product or coupled parts 108 are fixedly connected.In the runner in cover 105 and the runner cover 115 by fixture 107 and door body or constitute the shell of this product or coupled parts 108 are fixedly connected.
See also Fig. 3, the cup end at described cup-shaped runner 101 offers wheel endoporus 126, wheel being equipped with cover 105 in the runner in the endoporus 126, and cup-shaped runner 101 is installed in the outside of cover 105 in runner, an end face of the inboard more close handle axle sleeve 7 of the outside at the bottom of cup-shaped runner 101 its glasss at the bottom of than its glass; Overlap 115 in cover 105 arranged outside second runner in runner, the second cup-shaped runner 111 is installed in the outside of overlapping in second runner, and among Fig. 3, the second cup-shaped runner 111 is positioned at the inboard of cup-shaped runner 101, and its direction is identical with cup-shaped runner 101; Again cover 115 in cover 105 and second runner in the runner is interfixed by riveting, weldering, and by fixture 107 and door body or constitute the shell of this product or coupled parts 108 are fixedly connected in the end face outside of handle axle 6.
As can be seen from Figure 3, the rectilinear direction of cup-shaped runner 101 rim of a cup end faces has two guide grooves 102 up and down, the rectilinear direction of the second cup-shaped runner 111 rim of a cup end faces also have with two guide grooves 102 with two second corresponding guide grooves 112 of radian, each guide groove 102 and form one group of guide groove with second guide groove 112 of its contraposition, guide rod 232 forms the straight-bar of " an one " font, have only when guide rod 232 when simultaneously and up and down two groups of guide grooves 102 and second guide groove 112 meet, can realize the handle function of opening the door.In actual use, also can on the rim of a cup end face of several coaxial cup-shaped runners, some groups of guide grooves be set as required, guide rod 232 also can non-linear shape, to be suitable for the many group guide rods parallel with the office 23 of unblanking, can further improve the ability of dial preventing interception like this.All the other can be identical with embodiment 1.
In the present embodiment, one end face of the inboard more close handle axle sleeve 7 of the outside at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, can as required the rim of a cup of the cup-shaped runner 101 and the second cup-shaped runner 111 be installed conversely in actual applications, that is: an end face of the outside more close handle axle sleeve 7 of the inboard at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, stress point 103 still is positioned at a side of the cup-shaped runner 101 of pulling point 66 1 sides.All the other can be identical with embodiment 1.
Can be as required when actual fabrication the rim of a cup height of the cup-shaped runner 101 and the second cup-shaped runner 111 be positioned at same level or height after installation, also can be positioned at different levels and height, as long as do not influence guide rod 232 work after guide groove 102 and 112 contrapositions of second guide groove.
Embodiment 3
As shown in Figure 4, Fig. 4 is the longitudinal sectional view of present embodiment structure.Among the figure, what the making of cover 105, jube 127, cup-shaped runner 101, handle axle 6, axle pellet shot from a slingshot hole 61, axle pellet shot from a slingshot 62, spring 63 and mounting method can be with described in the embodiment 1 in the runner is identical.As different from Example 1, present embodiment is to adopt two runner combinations, realizes the dial feature of one group of three password.With a side grip axle 6 outsides at the bottom of 101 glasss of the cup-shaped runners of described stress point 103 non-homonymies, increase cover 115 in one second runner, as can be seen from Figure 4, stress point 103 is positioned at the inboard of cup-shaped runner 101, and with the inboard homonymy of cup-shaped runner 101, cover 115 is positioned at the side at the bottom of cup-shaped runner 101 outside cups in second runner; There is the second cup-shaped runner 111 in cover 115 outsides in second runner, cup-shaped runner 101 is identical with the rim of a cup direction of the second cup-shaped runner 111, second guide groove 112 is arranged on the rim of a cup end face of the second cup-shaped runner 111, be provided with second stress point 113 in second cup-shaped runner 111 1 sides adjacent with cup-shaped runner 101, be provided with power transmission point 104 in cup-shaped runner 101 1 sides corresponding with second stress point 113, cover 115 can be by riveting in cover 105 and second runner in the runner, weldering or decide part 107 and handle shell 9 or with the door body or constitute the shell of this product or coupled parts 108 are fixedly connected.Present embodiment and embodiment 1 are another different to be, described shell pellet shot from a slingshot 92 is for containing the pellet shot from a slingshot of magnetic polarity, the pellet shot from a slingshot that contains magnetic polarity 22 of shell pellet shot from a slingshot 92 couplings that on pellet shot from a slingshot guide rod 231, are provided with and contain magnetic polarity, two faces that shell pellet shot from a slingshot 92 and pellet shot from a slingshot 22 can be adjacent are made as the same polarity magnetic pole of mutual repulsion; In order effectively to control pellet shot from a slingshot 22 after interacting with shell pellet shot from a slingshot 92, shell pellet shot from a slingshot 92 can effectively promote to overlap pellet shot from a slingshot 72, axle pellet shot from a slingshot 62, making has cover pellet shot from a slingshot 72 to block between handle axle 6 and the handle axle sleeve 7, non-marble blocks between handle axle sleeve 7 and the handle shell 9, during making, the cross section of shell pellet shot from a slingshot 92 can be made into cross section greater than cover pellet shot from a slingshot hole 71, also shell pellet shot from a slingshot 92 can be made into " T " font, and mate mutually with the shape of " T " font shell pellet shot from a slingshot 92 in shell pellet shot from a slingshot hole 91, in any case make, as long as can effectively control the displacement of shell pellet shot from a slingshot 92.
Among Fig. 4, because the second cup-shaped runner 111 is positioned at cup-shaped runner 101 outsides, the internal diameter of the second cup-shaped runner 111 is greater than the external diameter of cup-shaped runner 101.On cup-shaped runner 101 outsides, increased power transmission point 104, power transmission point 104 will with second stress point, the 113 corresponding couplings on the second cup-shaped runner 111, be used to act on second stress point 113, drive second cup-shaped runner 111 rotations, make second guide groove 112 on the second cup-shaped runner 111 be positioned at the desired position.For preventing friction that the second cup-shaped runner 111 is produced when the position rotating by handle axle 6 and cup-shaped runner 101 after the being positioned location that influences each other, and cup-shaped runner 101 is located by the frictional influence of handle axle 6, among Fig. 4, second jube 137 in jube 127 in the runner on the cover 105 and the 3rd jube 47 and second runner on the cover 115 can be used for preventing above-mentioned various influences.But integral manufacturing goes out to contain cover 105 in the runner of jube 127, contain cover 115 in second runner of second jube 137, and corresponding again assembling is in aggregates after also it separately can being made.Can adopt welding or follow closely riveting technical battery and be in the same place cover 115 is housed in the runner of cup-shaped runner 101 in the cover 105 and second runner that the second cup-shaped runner 111 is housed, be fixedly connected with handle shell 9 again or can be fixed in as required be mounted the door body on, can drive the rotation and the slip of cover 115 in cover 105 and second runner in the runner with the pivoting friction that prevents handle axle 6, influence the location of the cup-shaped runner 101 and the second cup-shaped runner 111.Among Fig. 4, second of the cover 115 cover endoporus 135 will mate with the outside of handle axle 6 in second runner, endoporus 136 couplings will be taken turns with second at the bottom of 111 glasss of the second cup-shaped runners in the outside of cover 115 in second runner, second takes turns endoporus 136 also will communicate with the inboard and the outside at the bottom of 111 glasss of the second cup-shaped runners, and second jube 137 and jube 127 also can be used for limiting the axial displacement of the second cup-shaped runner 111.During installation, can on handle axle sleeve 7 one end handle axle 6, install in second runner earlier and overlap 115, and cover 115 is fixedly connected by fixture 107 and handle shell 9 in will taking turns, by shown in Figure 4, the second cup-shaped runner 111 that contains second guide groove 112 and second stress point 113 is installed on the cover 115 in second runner again; Cover 115 outer ends in second runner again, promptly in the cup of the second cup-shaped runner 111 installation can with overlap 105 in cover 115 runners that interfix in second runner, cup-shaped runner 101 and the 3rd jube 47 are installed on the cover 105 in runner.Pulling point 66 with stress point 103 corresponding couplings is installed on handle axle 6.
As can be seen from Figure 4, the rectilinear direction of cup-shaped runner 101 rim of a cup end faces has two guide grooves 102 up and down, the rectilinear direction of the second cup-shaped runner 111 rim of a cup end faces also have with two guide grooves 102 with two second corresponding guide grooves 112 of radian, each guide groove 102 and form one group of guide groove with second guide groove 112 of its contraposition, guide rod 232 forms the straight-bar of " an one " font, have only when guide rod 232 when simultaneously and up and down two groups of guide grooves 102 and second guide groove 112 meet, can realize the handle function of opening the door.In actual use, also can on the rim of a cup end face of several coaxial cup-shaped runners, some groups of guide grooves be set as required, guide rod 232 also can non-linear shape, to be suitable for the many group guide rods parallel with the office 23 of unblanking, can further improve the ability of dial preventing interception like this.All the other can be identical with embodiment 1.All the other can be referring to embodiment 1.
During use, before unblanking, can operate by existing mode of operation of protecting limit cabinet password dial, for example: can be by preestablishing, as 65 liang on right rotation collar plate shape handle more than the circle and with anchor point on a certain markers align door dignity plate on the handle 65, make two second guide grooves 112 up and down on the second cup-shaped runner 111 corresponding with guide rod 232 and guide rod 233 respectively, again anticlockwise handle 65 one enclose two circles with interior and with handle 65 on anchor point on another markers align door dignity plate, make two guide grooves 102 up and down on the cup-shaped runner 101 also corresponding with guide rod 232 respectively, again right rotation handle 65 a circle with interior and with handle 65 on anchor point on the another markers align door dignity plate, make axle pellet shot from a slingshot hole 61 corresponding with cover pellet shot from a slingshot hole 71, this moment is under 23 effects of unblanking that link to each other with another lockset, guide rod 232 enters the guide groove 102 and second guide groove 112, and drive magnetic pole pellet shot from a slingshot 22 in the pellet shot from a slingshot guide rod 231 act on shell pellet shot from a slingshot 92, to overlap pellet shot from a slingshot 72 and release shell pellet shot from a slingshot hole 91, handle axle 6 can realize unblanking together with 7 rotations of handle axle sleeve.
In actual applications, can be as required, also can be with reference to present embodiment, embodiment 1 and Fig. 1 are re-established as: with opposite side handle axle 6 outsides at the bottom of 101 glasss of the cup-shaped runners of described stress point 103 non-homonymies on, increase cover 115 in one second runner, there is the second cup-shaped runner 111 in cover 115 outsides in second runner, cup-shaped runner 101 is identical with the rim of a cup direction of the second cup-shaped runner 111, second guide groove 112 is arranged on the rim of a cup end face of the second cup-shaped runner 111, be provided with second stress point 113 in second cup-shaped runner 111 1 sides adjacent with cup-shaped runner 101, be provided with power transmission point 104 in cup-shaped runner 101 1 sides corresponding with second stress point 113, cover 115 can be by riveting in cover 105 or second runner in the runner, weldering or fixture 107 and handle shell 9 or with the door body or constitute the shell of this product or coupled parts 108 are fixedly connected.
Can as required the cup-shaped runner 101 of this enforcement and the rim of a cup of the second cup-shaped runner 111 be installed conversely in actual applications, that is: an end face of the outside more close handle axle sleeve 7 of the inboard at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, stress point 103 still is positioned at a side of the cup-shaped runner 101 of pulling point 66 1 sides.All the other can be identical with embodiment 1.
Embodiment 4
As shown in Figure 5, among the figure, handle axle 6, handle axle 6, axle pellet shot from a slingshot hole 61, axle pellet shot from a slingshot 62, spring 63, handle axle sleeve 7, cover pellet shot from a slingshot hole 71, cover pellet shot from a slingshot 72, handle shell 9, shell pellet shot from a slingshot hole 91, shell pellet shot from a slingshot 92, can be with described in embodiment 1 or the embodiment 2 identical.Present embodiment is as different from Example 3: in the present embodiment, the rim of a cup direction of the cup-shaped runner 101 and the second cup-shaped runner 111 is opposite with embodiment 3, and present embodiment is an inboard end face than the more close handle axle sleeve 7 in the outside at the bottom of its glass at the bottom of the cup end cup of cup-shaped runner 101 and cup-shaped runner 111; Shell pellet shot from a slingshot 92 in embodiment three is the pellet shot from a slingshot that contains magnetic polarity, and shell pellet shot from a slingshot 92 in the present embodiment is the plain edition pellet shot from a slingshot.On the handle axle 6 of handle axle sleeve 7 one ends, be provided with pulling point 66, handle axle cylinder periphery in pulling point 66 1 sides, be provided with cover 105 in the runner, the outside of cover 105 is provided with cup-shaped runner 101 in runner, and cup-shaped runner 101 sides adjacent with pulling point are provided with stress point 103.With a side grip axle 6 outsides at the bottom of 101 glasss of the cup-shaped runners of described stress point 103 non-homonymies on, be provided with cover 115 in second runner, as can be seen from Figure 5, stress point 103 is positioned at the outside of cup-shaped runner 101, and with the outside homonymy of cup-shaped runner 101, cover 115 is positioned at the side at the bottom of 101 inboard glasss of the cup-shaped runners in second runner; There is the second cup-shaped runner 111 in cover 115 outsides in second runner, cup-shaped runner 101 is identical with the rim of a cup direction of the second cup-shaped runner 111, second guide groove 112 is arranged on the rim of a cup end face of the second cup-shaped runner 111, be provided with second stress point 113 in second cup-shaped runner 111 1 sides adjacent with cup-shaped runner 101, be provided with power transmission point 104 in cup-shaped runner 101 1 sides corresponding with second stress point 113, among Fig. 5, the cover 115 and second cup-shaped runner 111 is arranged on the inboard of cup-shaped runner 101 in second runner, and cover 115 can be by riveting in cover 105 or second runner in the runner, weldering or fixture 107 and handle shell 9 or with the door body or constitute the shell of this product or coupled parts 108 are fixedly connected.
During installation, the interior cover 115 of second runner that will contain second jube 137 and the second cover endoporus 135 earlier is installed on the cylinder periphery of handle axle 6, and itself and handle shell 9 being fixedly connected with fixture 107, the second cup-shaped runner 111 that contains the second cover endoporus 136 and stress point 113 is installed in cover 115 outsides in second runner; Install on the cylinder periphery of cover 115 outer end handle axle 6 in the runner that contains jube 127 and cover endoporus 125 in second runner and overlap 105, the cup-shaped runner 101 that contains wheel endoporus 126 and stress point 103 and power transmission point 104 is installed in the outside of cover 105 in runner; Pulling point 66 with stress point 103 corresponding couplings is installed on handle axle 6 again.All the other can be described referring to embodiment 3 or embodiment 1.
In the present embodiment, one end face of the outside more close handle axle sleeve 7 of the inboard at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, can as required the rim of a cup of the cup-shaped runner 101 and the second cup-shaped runner 111 be installed conversely in actual applications, that is: an end face of the inboard more close handle axle sleeve 7 of the outside at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, stress point 103 still is positioned at a side of the cup-shaped runner 101 of pulling point 66 1 sides.
Embodiment 5
As shown in Figure 6, among the figure, handle axle 6, handle axle 6, axle pellet shot from a slingshot hole 61, axle pellet shot from a slingshot 62, spring 63, handle axle sleeve 7, cover pellet shot from a slingshot hole 71, cover pellet shot from a slingshot 72, handle shell 9, shell pellet shot from a slingshot hole 91, shell pellet shot from a slingshot 92, can be with described in embodiment 1 or the embodiment 2 identical.Pulling point 66 is arranged on handle axle 6 outsides of handle axle sleeve 7 one ends, as different from Example 2: in the present embodiment, described cup-shaped runner 101 is installed in the end face outside of handle axle 6, the cup end at cup-shaped runner 101 is provided with rotating shaft 19, rotating shaft 19 can be fixedly connected with the end face of handle axle 6, also can or constitute the shell of this product or coupled parts 108 are fixedly connected with the door body; In Fig. 6, rotating shaft 19 both was fixedly connected with the end face of handle axle 6, again by cover 115 in second runner and door body or constitute the shell of this product or coupled parts 108 are fixedly connected.Overlap 115 being provided with in second runner with a side at the bottom of 101 glasss of the cup-shaped runners of described stress point 103 non-homonymies, as can be seen from Figure 6, stress point 103 is positioned at the outside of cup-shaped runner 101, and with the outside homonymy of cup-shaped runner 101, cover 115 is positioned at the side at the bottom of 101 inboard glasss of the cup-shaped runners in second runner; The outside of cover 115 is provided with the second cup-shaped runner 111 in second runner, the second cup-shaped runner 111 is identical with the rim of a cup direction of cup-shaped runner 101, second guide groove 112 is arranged on the rim of a cup end face of the second cup-shaped runner 111, be provided with second stress point 113 in second cup-shaped runner 111 1 sides adjacent with cup-shaped runner 101, being provided with in power transmission point 104, the second runners cover 115 in cup-shaped runner 101 1 sides corresponding with second stress point 113 can be by riveting, weldering or fixture 107 and handle shell 9 or with the door body or constitute the shell of this product or coupled parts 108 are fixedly connected.
See also among Fig. 6, one end face of the inboard more close handle axle sleeve 7 of the outside at the bottom of described cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, the rotating shaft 19 of cup-shaped runner 101 is overlapped between 115 in handle axle 6 and runner, and simultaneously with handle axle 6 and runner in cover 115 carry out that two is rotatable to be connected and fixed; In actual applications can be as required, rotating shaft 19 also can be carried out single being connected and fixed with cover in handle axle 6 or the runner 115, in any case be connected and fixed, as long as can guarantee the operate as normal of the cup-shaped runner 101 and the second cup-shaped runner 111.All the other can participate in embodiment 2 and embodiment 1.
In the present embodiment, one end face of the inboard more close handle axle sleeve 7 of the outside at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, can as required the rim of a cup of the cup-shaped runner 101 and the second cup-shaped runner 111 be installed conversely in actual applications, that is: an end face of the outside more close handle axle sleeve 7 of the inboard at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, stress point 103 still is positioned at a side of the cup-shaped runner 101 of pulling point 66 1 sides.
As shown in Figure 7, among the figure, handle axle 6, handle axle 6, axle pellet shot from a slingshot hole 61, axle pellet shot from a slingshot 62, spring 63, handle axle sleeve 7, cover pellet shot from a slingshot hole 71, cover pellet shot from a slingshot 72, handle shell 9, shell pellet shot from a slingshot hole 91, shell pellet shot from a slingshot 92, can be with described in embodiment 1 or the embodiment 2 identical.Present embodiment is as different from Example 3: described cup-shaped runner 101 is installed in the cylinder periphery of handle axle 6, is provided with wheel endoporus 126 at the cup end of cup-shaped runner 101, and wheel endoporus 126 is enclosed in the cylinder periphery of handle axle.Overlap 115 being provided with in second runner with a side at the bottom of 101 glasss of the cup-shaped runners of described stress point 103 non-homonymies, as can be seen from Figure 7, stress point 103 is positioned at the inboard of cup-shaped runner 101, and with the inboard homonymy of cup-shaped runner 101, cover 115 is positioned at the side at the bottom of cup-shaped runner 101 outside cups in second runner; The outside of cover 115 is provided with the second cup-shaped runner 111 in second runner, the second cup-shaped runner 111 is identical with the rim of a cup direction of cup-shaped runner 101, second guide groove 112 is arranged on the rim of a cup end face of the second cup-shaped runner 111, be provided with second stress point 113 in second cup-shaped runner 111 1 sides adjacent with cup-shaped runner 101, being provided with in power transmission point 104, the second runners cover 115 in cup-shaped runner 101 1 sides corresponding with second stress point 113 can be by riveting, weldering or fixture 107 and handle shell 9 or with the door body or constitute the shell of this product or coupled parts 108 are fixedly connected; Described shell pellet shot from a slingshot 92 is common cylindricality pellet shot from a slingshot.All the other are identical with embodiment 3.
In the present embodiment, one end face of the inboard more close handle axle sleeve 7 of the outside at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, can as required the rim of a cup of the cup-shaped runner 101 and the second cup-shaped runner 111 be installed conversely in actual applications, that is: an end face of the outside more close handle axle sleeve 7 of the inboard at the bottom of cup-shaped runner 101 and second cup-shaped runner 111 its glasss at the bottom of than its glass, stress point 103 still is positioned at a side of the cup-shaped runner 101 of pulling point 66 1 sides.
As shown in Figure 8, among the figure, handle axle 6, handle axle 6, axle pellet shot from a slingshot hole 61, axle pellet shot from a slingshot 62, spring 63, handle axle sleeve 7, cover pellet shot from a slingshot hole 71, cover pellet shot from a slingshot 72, handle shell 9, shell pellet shot from a slingshot hole 91, shell pellet shot from a slingshot 92, can be with described in embodiment 1 or embodiment 2 or the embodiment identical.Present embodiment is compared with embodiment 6 and different is, present embodiment is to take turns to have increased in the runner between endoporus 126 and the handle axle 6 at described cup-shaped runner 101 to overlap 105, be connected with jube 127 and the 3rd jube 47 on the cover 105 in the runner, in the runner in cover 105 and the runner cover 115 be fixedly connected by riveting, weldering or fixture 117, and be fixedly connected by fixture 107 and handle shell 9.Present embodiment as different from Example 3, the described shell pellet shot from a slingshot 92 of present embodiment is the plain edition pellet shot from a slingshot.All the other are identical with embodiment 6.Also can be described referring to embodiment 3.
In actual applications, can omit cover 105 in the runner described in embodiment 1, embodiment 3, the embodiment 4 as required, the cup end at cup-shaped runner 101 is provided with the wheel endoporus 126 that mates with handle axle 6 cylinder periphery, wheel endoporus 126 is enclosed within the cylinder periphery of handle axle 6.
In actual applications can be as required, with common profile shaft pellet shot from a slingshot 62, common jacket pellet shot from a slingshot 72 and common shell pellet shot from a slingshot 92 these shell pellets shot from a slingshot 92 that are set as common profile shaft pellet shot from a slingshot 62, common jacket pellet shot from a slingshot 72 and contain magnetic polarity among embodiment 1, embodiment 2, embodiment 4, embodiment 5, the embodiment 6 as present embodiment.
Being the part embodiment of the present invention's design more than, is not that design of the present invention is done to limit explanation.Can adopt in actual use increases the number that cup-shaped runner number increases required password.Also can adopt the screw and nut technology in actual use, on handle axle 6 or runner 101 or runner 111, stay the screw hole that several can be used for installing pulling point 66, stress point 103, second stress point 113, power transmission point 104, realize to revise the function of dialing password.The general shape of cup-shaped runner of the present invention can be also truncated cone-shaped of a column type.In actual applications, can between handle axle sleeve 7 of the present invention and handle shell 9, increase the second in command axle sleeve identical with handle axle sleeve 7 structures, make it can be used to contain the lockset of two grades of translations of AB, that is: when with A money key unlocking, the translational movement of lockset is the A segment distance, handle axle sleeve 7 and handle axle 6 can be rotated together, realize driving the door body dead bolt of A money key control; When with B money key unlocking, the translational movement of lockset will be greater than the B segment distance of A segment distance, and second in command's axle sleeve and handle axle sleeve 7 can rotate together with handle axle 6, realizes driving the door body dead bolt of B money key control.Between handle axle sleeve 7 of the present invention and handle shell 9, increase the second in command axle sleeve identical with handle axle sleeve 7 structures, can consult the patent No. in detail is: 200720130822.7, patent name is: " a kind of lockset of two grades of translations and handle of suitable translation lockset of containing ", for saving space, seldom state here.
Claims (10)
1. dial that becomes the handle that opens the door, comprise handle axle (6), handle axle sleeve (7), handle shell (9), cup-shaped runner (101), be associated with handle (65) at handle axle (6) one ends, a pellet shot from a slingshot hole (61) is arranged in the handle axle (6), in the axle pellet shot from a slingshot hole (61) pellet shot from a slingshot (62) and spring (63) are arranged, the outside jug axle sleeve (7) of handle axle (6), the cover pellet shot from a slingshot hole (71) that communicates with axle pellet shot from a slingshot hole (61) coupling is arranged in handle axle sleeve (7), in the cover pellet shot from a slingshot hole (71) cover pellet shot from a slingshot (72) is arranged, at the outside of handle axle sleeve (7) jug shell (9), the shell pellet shot from a slingshot hole (91) that communicates with axle pellet shot from a slingshot hole (61) and cover pellet shot from a slingshot hole (71) coupling is arranged in the handle shell (9), shell pellet shot from a slingshot (92) is arranged in the shell pellet shot from a slingshot hole (91), the outside of handle axle sleeve (7) also is provided with the point (73) of unblanking, be provided with pulling point (66) in handle axle sleeve (7) one end handle axle (6) outside, it is characterized in that: handle axle (6) outside in pulling point (66) one sides is provided with cup-shaped runner (101), guide groove (102) is arranged on the rim of a cup end face of cup-shaped runner (101), on cup-shaped runner (101), also be provided with the stress point (103) that can be mutually corresponding and mates with pulling point (66).
2. a kind of dial that becomes the handle that opens the door as claimed in claim 1, it is characterized in that: described cup-shaped runner (101) is installed in the cylinder periphery of handle axle (6), the cup end at cup-shaped runner (101) is provided with wheel endoporus (126), and the wheel endoporus (126) of cup-shaped runner (101) is enclosed on handle axle (6) the cylinder periphery; Perhaps described cup-shaped runner (101) is installed in the cylinder periphery of handle axle (6), the cup end at cup-shaped runner (101) is provided with wheel endoporus (126), be provided with cover (105) in the runner that contains cover endoporus (125) in wheel endoporus (126), the cover endoporus (125) of cover (105) is enclosed on the cylinder periphery of handle axle (6) in the runner.
3. a kind of dial that becomes the handle that opens the door as claimed in claim 1, it is characterized in that: described cup-shaped runner (101) is installed in the end face outside of handle axle (6), the cup end at cup-shaped runner (101) is provided with wheel endoporus (126), be provided with cover (105) in the runner in wheel endoporus (126), cover (105) is installed in the end face outside of handle axle (6) in the runner; Perhaps described cup-shaped runner (101) is installed in the end face outside of handle axle (6), the cup end at cup-shaped runner (101) is provided with rotating shaft (19), rotating shaft (19) can be fixedly connected with the end face of handle axle (6), also can or constitute the shell of this product or coupled parts (108) are fixedly connected with the door body.
4. a kind of dial that becomes the handle that opens the door as claimed in claim 1 or 2, it is characterized in that: be provided with cover (115) in second runner in a side grip axle (6) outside with the cup-shaped runner of the non-homonymy of described stress point (103) (101) the cup end, cover (115) outside is provided with the second cup-shaped runner (111) in second runner, the second cup-shaped runner (111) is identical with the rim of a cup direction of cup-shaped runner (101), second guide groove (112) is arranged on the rim of a cup end face of the second cup-shaped runner (111), be provided with second stress point (113) in second cup-shaped runner (111) one sides adjacent with cup-shaped runner (101), be provided with power transmission point (104) in the cup-shaped runner corresponding with second stress point (113) (101) one sides, cover (115) can be by riveting in the cover (105) or second runner in the runner, weldering or fixture (107) and handle shell (9) or with the door body or constitute the shell of this product or coupled parts (108) are fixedly connected.
5. as claim 1 or 3 described a kind of dials that become the handle that opens the door, it is characterized in that: be provided with cover (115) in second runner in a side with the cup-shaped runner of the non-homonymy of described stress point (103) (101) the cup end, cover (115) outside is provided with the second cup-shaped runner (111) in second runner, the second cup-shaped runner (111) is identical with the rim of a cup direction of cup-shaped runner (101), second guide groove (112) is arranged on the rim of a cup end face of the second cup-shaped runner (111), be provided with second stress point (113) in second cup-shaped runner (111) one sides adjacent with cup-shaped runner (101), be provided with power transmission point (104) in the cup-shaped runner corresponding with second stress point (113) (101) one sides, cover (115) can be by riveting in the cover (105) or second runner in the runner, weldering or fixture (107) and handle shell (9) or with the door body or constitute the shell of this product or coupled parts (108) are fixedly connected.
6. a kind of dial that becomes the handle that opens the door as claimed in claim 4 is characterized in that: an end face of the outside more close handle axle sleeve (7) of the inboard at the bottom of described cup-shaped runner (101) and second its glass of cup-shaped runner (111) at the bottom of than its glass; An or end face of the inboard more close handle axle sleeve (7) of the outside at the bottom of described cup-shaped runner (101) and second its glass of cup-shaped runner (111) at the bottom of than its glass.
7. a kind of dial that becomes the handle that opens the door as claimed in claim 5 is characterized in that: an end face of the outside more close handle axle sleeve (7) of the inboard at the bottom of described cup-shaped runner (101) and second its glass of cup-shaped runner (111) at the bottom of than its glass; An or end face of the inboard more close handle axle sleeve (7) of the outside at the bottom of described cup-shaped runner (101) and second its glass of cup-shaped runner (111) at the bottom of than its glass.
8. a kind of dial that becomes the handle that opens the door as claimed in claim 6, it is characterized in that: described axle pellet shot from a slingshot (62), cover pellet shot from a slingshot (72) and shell pellet shot from a slingshot (92) are the plain edition pellets shot from a slingshot, perhaps described axle pellet shot from a slingshot (62) and cover pellet shot from a slingshot (72) are the plain edition pellet shot from a slingshot, and described shell pellet shot from a slingshot (92) is for containing the pellet shot from a slingshot of magnetic polarity.
9. a kind of dial that becomes the handle that opens the door as claimed in claim 7, it is characterized in that: described axle pellet shot from a slingshot (62), cover pellet shot from a slingshot (72) and shell pellet shot from a slingshot (92) are the plain edition pellets shot from a slingshot, perhaps described axle pellet shot from a slingshot (62) and cover pellet shot from a slingshot (72) are the plain edition pellet shot from a slingshot, and described shell pellet shot from a slingshot (92) is for containing the pellet shot from a slingshot of magnetic polarity.
10. as claim 1 or 2 or 3 described a kind of dials that become the handle that opens the door, it is characterized in that: described axle pellet shot from a slingshot (62), cover pellet shot from a slingshot (72) and shell pellet shot from a slingshot (92) are the plain edition pellets shot from a slingshot; Perhaps described axle pellet shot from a slingshot (62) and cover pellet shot from a slingshot (72) are the plain edition pellet shot from a slingshot, and described shell pellet shot from a slingshot (92) is for containing the pellet shot from a slingshot of magnetic polarity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201471451U CN201778546U (en) | 2010-03-25 | 2010-03-25 | Dial plate capable of changing into door handle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201471451U CN201778546U (en) | 2010-03-25 | 2010-03-25 | Dial plate capable of changing into door handle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201778546U true CN201778546U (en) | 2011-03-30 |
Family
ID=43791760
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201471451U Expired - Fee Related CN201778546U (en) | 2010-03-25 | 2010-03-25 | Dial plate capable of changing into door handle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201778546U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102199955A (en) * | 2010-03-25 | 2011-09-28 | 颜群 | Dial capable of being changed into handle for opening door |
-
2010
- 2010-03-25 CN CN2010201471451U patent/CN201778546U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102199955A (en) * | 2010-03-25 | 2011-09-28 | 颜群 | Dial capable of being changed into handle for opening door |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206086361U (en) | Connection structure and vehicle are opened and close to filler cap | |
| CN107461083A (en) | A kind of passive idle-run lock pin | |
| CN104229125A (en) | Novel undercarriage wheel lock | |
| CN201087612Y (en) | Door handle clutch of strong theft-proof lock | |
| CN201778546U (en) | Dial plate capable of changing into door handle | |
| CN105715114A (en) | Rolling gate lock device with password dial | |
| CN102199955A (en) | Dial capable of being changed into handle for opening door | |
| CN203051528U (en) | Spherical-hinge type universal coupling | |
| CN204492350U (en) | A kind of lock core with sliding mechanism | |
| CN201649878U (en) | Lock head with password dial | |
| CN203160833U (en) | Unlocking door handle comprising cam and restoring spring and capable of idling | |
| CN201991343U (en) | Portable lock with non-rotating lock core | |
| CN203230235U (en) | Door opening handle with cam | |
| CN103388423A (en) | Burglarproof door lock comprising idle door-opening handle and capable of being automatically locked | |
| CN211818679U (en) | Integrated intelligent manhole cover lock | |
| CN203374081U (en) | Tapered end with push-piece and unmovable lock pin | |
| CN201794389U (en) | Dial plate for electric control lock and door opening handle | |
| CN201924672U (en) | Lock with fixed irrational lock core | |
| CN103711362A (en) | Antitheft panel, handle and cylinder combination | |
| CN206636362U (en) | A kind of new tripper for rail traffic vehicles door system | |
| CN101457599A (en) | Lockset containing two-gear translation and handle suitable for translation lockset | |
| CN202831803U (en) | Anti-theft door lock containing idling opening handle and achieving automatic locking | |
| CN103821408A (en) | Door handle with cam and lock suitable for door handle | |
| CN201246019Y (en) | Magnetic lock | |
| CN102199956A (en) | Lock head with password dial plate |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110330 Termination date: 20130325 |