• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    Summary The invention relates to a computer mouse with an adjustable cover (2). The lid can be rotated about a joint (15) to a selected rotation width. The computer mouse is provided with a welding means (12, 13a-b, 16) which lasers the lid in the selected position and the computer mouse is provided with a release means (13a-b) which the welding means can be released from the load ldge. The release means (13a-b) can be constituted by a pushbutton (13a) or a knob (13b). In an embodiment of the invention, the lid is held in position by a fastening device (3-5) provided with Milder (4-5), where the laser means (12, 13a) laser fixes the teeth in a long distance where they are in engagement with each other. In a further embodiment of the invention, the lid is held in the lodge by a welding member (13b, 16) which grips the joint so that it cannot be rotated.
    公开号:SE1200020A1
    申请号:SE1200020
    申请日:2012-01-05
    公开日:2013-09-10
    发明作者:Gunnar Drougge
    申请人:Gunnar Drougge Ab；
    IPC主号:
    专利说明:

    The present invention relates to a computer mouse with an adjustable cover according to the preamble of the independent claim.
    Background of the Invention Typical computer moss and similar devices have a substantially symmetrical, curved upper surface and a flat lower surface which, in use, abuts a table surface or the like. This would have been appropriate if the palm were in an unloaded layer horizontally, but the palms are angled towards each other and the top of the computer moss should be bent & angled on a corresponding salt to achieve an ergonomic device. A patent related to the computer moss designed is SE534388, which has an angled lid that can be rotated to the selected height to fit a user's hands.
    The lid may, if the user grasps the computer mouse in the lid to move the mouse, inadvertently open one or more steps further than the low lid was previously fixed in, or reach a surface where the lid is closed. If the computer mouse is lifted up from the ground, the bottom part itself can cause the lid to open, especially if the computer mouse is provided with a cord to the computer.
    An object of the invention is to provide a computer mouse with an adjustable cover which prevents the lid from inadvertently changing during use.
    These and other purposes are achieved by a computer mouse with an adjustable lid according to the features of the independent claim.
    Summary of the invention The invention relates to a computer mouse with a lid 2 which can be adjusted relative to a bottom part 1. The lid can be rotated around a joint 15 to a selected rotation type. The computer mouse is advantageously provided with a laser means 12, 13a-b, 16 which lasers the lid in the selected position and the computer mouse is provided with a release means 13a-b which allows the laser means to be released from the load position. The release means 13a-b can be constituted by a pushbutton button 13a or by a knob 13b.
    In a particularly advantageous embodiment of the invention, the lid is held in position by a fixed device 3 provided with teeth 4-5, where the welding means 12, 13a laser the teeth in a position where they are in engagement with each other.
    In a further advantageous embodiment of the invention, the lid is held in position by a welding member 13b, 16 which grips the joint so that it cannot be rotated.
    Brief description of the figures Fig. 1 shows in cross section a computer mouse according to prior art in three different directions Fig. 2 shows in cross section a computer mouse according to prior art in greater detail Fig. 3 shows in cross section a second embodiment of a computer mouse according to prior art Fig. 4 shows in cross section the second embodiment of the computer mouse according to prior art. Fig. 5 shows in cross section a first embodiment of a computer mouse according to the invention. Fig. 6 shows in stone detail parts of the first embodiment of the computer mouse Fig. 7 Fig. 8 shows in greater detail parts of the second embodiment of the computer mouse. Description of preferred embodiments. Fig. 1 shows in cross section a computer mouse according to the prior art with a lid at the end, to the half. opened and fully opened the law. The computer mouse is illustrated in a cross-section extending perpendicularly through the long axis which in use extends the user's path, i.e. perpendicular to the axis extending from the spirit facing away from the user to the spirit facing away from the user.
    The computer mouse has a bottom part 1 with a projecting left-hand portion against which the user's thumb can rest and a projecting right-hand portion with a recess in which the user's little finger is placed during use. The computer mouse has an angled lid 2 which is illustrated in three different layers; The lid in the completely closed layer is illustrated as a solid line, while the lid in the partially occupied and fully opened layers is illustrated with dashed lines.
    The lid is rotatably fixed along the upper left edge of the computer mouse with a gander-like device, so that the crane is turned up and clockwise to the selected degree. In the interior of the computer mouse there are non-illustrated components which retain the lid to the selected degree of opening, which will be discussed in more detail in the description below. Because the computer mouse cover can be opened in this way, the hand is allowed to rest against the computer mouse cover in a manner adapted to the position a hand normally assumes because the palm is not stretched to lie there at an angle from a completely horizontal position. By allowing the lid to be adjusted stably, the user can choose an angle on the palm that suits him.
    Fig. 2 shows in cross section a computer mouse according to prior art in stone detail, with the lid 1 in a partially raised position. The lid is kept in a striking position by an arm 3 with Vander 4 which cooperates with Milder 5 arranged on the bottom part 1 of the computer mouse. The bottom part of the computer mouse has in its right part a portion 6 which projects upwards towards the lid and this portion has a left side which projects upwards where the teeth ph bottom part 5 are arranged. The upwardly extending portion 6 has a curved shape which bends from left to right in the figure to match the rotating movement of the arm so that the teeth interlock in the best way.
    The lid has a lower surface which matches the bottom part with a lower left-hand portion and a right-sided upper recessed portion which receives the upwardly extending portion 6 on the bottom part. The arm 1 is arranged in the right-hand raised part of the lid and is rotatably fixed there with a fixed part 7. The arm is rotatably fixed to the fixed part 7a about an axis of rotation 8. The shaft is further connected to the lid with a = Adder 9a which is connected to the arm at a point to the right of the shoulder, so that the fourth strands to the right and forces the other 4 of the arm into the teeth 5 on the bottom part.
    The teeth of the arm can interact with the teeth on the bottom part with the lid in a number of different degrees of opening defined by the teeth. Above the uppermost tooth in the row of teeth on the bottom part there is a projecting element 10 which extends further from the upwardly extending portion 6 of the bottom part. When the lid is opened sufficiently far, the arm pulls this projecting element and is forced out of the teeth in the bottom part.
    The lid is connected to the bottom part with a closing fiader 11 which tries to close the data nozzle by forcing the lid against the bottom part. With the arm in position A. that the teeth of the arm cooperate with the teeth in the bottom part, this is prevented and the lid remains in position. However, when the lid has been forced up as far as 3 of the arm is driven away from the teeth in the bottom part of the projecting element 10, the closing spring can quickly close the lid before the arm has time to reach the teeth in the bottom part. On such salt, the lid can be gradually opened up to a maximum opened layer where the lid is then closed.
    The disadvantage of the construction is that if the user grips the computer mouse in the lid before moving the mouse, the lid can be inadvertently opened another one or more steps longer than the low lid was previously fixed in, or in the case where the lid is closed. If the computer mouse is lifted up from the ground, the bottom self-weight can cause the lid to open, especially if the computer mouse is equipped with a cord for the computer. This is the undesirable effect that the invention intends to release.
    Fig. 3 shows in cross-section a second embodiment of a computer mouse according to the prior art in the tip layer, while Fig. 4 shows in cross-section the same embodiment of the computer mouse in the closed layer. This embodiment of the computer mouse also has a lid 2 and a bottom part with an outer contour similar to those according to prior art in the field. Here, too, the lid can be turned relative to the bottom part along a joint 15 which is clearly illustrated in the figure below. The lid is read in length relative to the bottom part by means of a toothed arm 3 which is rotatably fixed to a fixed part 7c which extends fled & from the inside of the lid. The tines of the arm cooperate with the corresponding teeth on a laterally extending portion 6 on the bottom part.
    Above the teeth on the upwardly extending portion 6 there is a projecting element 10 which ensures that the arm ends up out of engagement with the lid at night after the top layer and so on. sat the lid phase aft can be pulled down to sift bottom ldge. The arm is normally kept pressed against the teeth on the bottom part 5 of the spring 9a as this normally extends to the right of the axis of rotation 8, but when the arm touches the projecting element 10 the arm is forced so far from the teeth on the bottom, to the left in the figure. to the left of the axis of rotation 8 and the arm is pulled back to the left and out of engagement with the teeth on the bottom part. The movement At the left is bounded by a stop 17, so that the arm when it is at the most angled frail the teeth on the bottom part and. stacks obliquely downwards to hoger.
    With the arm pulled to the maximum to the left, the lid can be lowered so that the teeth of the arm end up at the height of the lower teeth on the bottom part, but without being in engagement with these. When the lid then approaches the sift bottom ldge, the arm touches the bottom which forces it so far that the right of the teeth end up in engagement with each other. In this motion the arm spring 9a reaches a length when this Ater extends to Niger about the axis of rotation 8 and forces the arm At hoger so that the engagement of the teeth in 4 each other remains.
    The lid does not strike the bottom part and is forced to breathe down towards it when the arm has come out of engagement by the action of a closing spring 11 which extends between the lid and the bottom part. If the computer mouse is lifted in the lid, the closure liner 11 retains the lid in the position relative to the bottom part defined by the teeth of the arm. The teeth of the arm are pressed against the tandem. the bottom part by means of arm springs 9a corresponding to that in the first embodiment according to land technology.
    Fig. 5 shows in cross-section a first embodiment of a computer mouse according to the invention which, in the same way as computer moss according to prior art, has a lid 2 and a bottom part 1, where in the figure the lid is illustrated in a partially striking length. The bottom part 1 of the computer mouse has a corresponding projecting left-hand portion against which the user's thumb can rest and a projecting right-hand portion with a recess in which the user's little finger is placed during use. The lid 2 can be angled ph the same aft as computer moss according to prior art with an und illustrated thread-like element in the right edge of the lid.
    The lid can be locked to the desired degree of angling using internal construction details which are illustrated more clearly and on a stone scale in Figure 6, A. The construction of the first embodiment of the computer mouse is described below with reference to both Figures 5 and 6. The lid is kept partially folded. make an arm 3 with teeth 4 which cooperate with teeth 5 arranged on the bottom part 1 of the computer mouse. The bottom part of the computer mouse has in its right part an upwardly extending portion 6 and this portion has a left side where the teeth on the bottom part 5 are arranged. The upwardly extending portion 6 has a curved shape which bends to the left in the figure to match the rotating movement of the arm A. since the teeth grip each other in the best way.
    The shaft is connected to the upwardly extending portion 6 on the bottom part with an arm spring 9b, so that the spring pushes At higher and forces the arm 4 of the arm into the ends 5 of the bottom part. The spring has such a strong spring action even if the computer mouse is lifted in the lid, the teeth remain in engagement with each other and the length of the lid relative to the bottom part remains unchanged.
    The arm is rotatably attached to the lid via a fixed part 7b, where the arm can rotate about an axis 8 ph the first part. Arm spring 9b normally holds the teeth of the arm in cooperation with the teeth of the bottom part, so that the arm cannot be rotated around the shaft, but the computer mouse is provided with a release device which can force the teeth of the arm out of engagement with the teeth on the bottom part. From the upwardly extending portion of the portion 6 on the bottom portion, i.e. its outside, a release arm 12 extends to the arm 3 which can press the arm out of load.
    The unloading arm 12 has a push button 13a in the spirit of the unloading arm which is arranged furthest from the arm 3 and this push button 13a extends along the outside of the upwardly extending portion 6. Under the pushbutton on the outside of the upwardly extending portion 6 there is a recess which allows the button to be pressed in again and the release arm then forces the arm out of engagement.
    The unloading arm extends to the arm and reaches a groove 14 which extends along the center of the elongate arm along its longitudinal extension. The release arm is slidably fixed in the recess so that the arm can move relative to the release arm, but the release arm cannot completely move the arm.
    Fig. 7 shows in partial cross-section a second embodiment of a computer mouse according to the invention. The second embodiment describes a computer mouse with a similar outer contour and corresponding angular cover as in the first embodiment and in the previously illustrated embodiments of computer moss according to prior art. The lid is connected to the bottom part with a joint 15, but the joint is surrounded by an openable laser ring 16. The laser ring grips the joint with force and lasers it in the selected position. Intimately, the computer mouse can comprise an arm with a Cinder in the same way as before, but this is not necessary because the laser ring can lock the joint in whichever load is lifted. For further stability, however, it may be appropriate if the computer mouse also has a toothed arm and associated organs. The welding ring can be welded in a position so that it grips the joint with a welding fastener 13b and by turning up the %% stet, the welding ring is loosened so that the length of the lid can be changed.
    Fig. 8 shows in greater detail the welding ring 16 with the welding fastener 13b. The laser ring consists of a band which in an unloaded layer extends along part of a circle. The band is in one spirit fixed in a rotatable welding fastener and %% stet can receive the band's other fasteners. With the strap's second fastener received in the %% position, the locking strap can be rotated relative to the closed ring which the strap then forms, in such a way that the center of the strap is tightened and the circumference of the ring is reduced.
    With the belt arranged Laing joint 15, the components of the joint are compressed so that they are prevented from moving relative to each other. The joint then prevents the lid from moving relative to the bottom part and the welding fastener then lies on the outside of the longitudinal lid. The welding fixture springs against this age, but can be forced by a user so that from the lid the welding ring slips slightly around the joint.
    The laser ring described in connection with the second embodiment can of course be applied to other embodiments and can for instance be used with the computer mouse of land technology illustrated in figures 3-4. The two embodiments illustrated are obviously merely examples, but have the joint of the lid held in the selected length until an intervention Ors which relaxes a welding function, has at the push of a button or by aft angled up after welding. Other embodiments are first of all conceivable, where the lid is locked in position with some other mechanism which can then be released with the selected member. The illustrated embodiments refer to what is hereinafter referred to as computer mice and the same terminology is used in the claims, but of course this term means which inputs also indicate a position for a computer which is independent of the type of inputs actually provided with adjustable lid with welding.
    权利要求:
    Claims (4)
    [1]
    Claim 1 A computer mouse with a lid (2) which can be adjusted relative to a bottom part (1), where the lid can be rotated about a joint (15) to a selected type of rotation, can be characterized by the computer mouse being provided with a welding means (12, 13a-b , 16) as the laser cover in the selected Idge and the computer mouse is provided with a unloading means (13a-b) which the laser means can be unloaded from the load layer.
    [2]
    A computer mouse according to claim 1, characterized by the release means (13a-b) being constituted by a push button (13a).
    [3]
    A computer mouse according to claim 1, characterized by the release means (13a-b) being constituted by a knob (13b).
    [4]
    A computer mouse according to any one of the preceding claims, characterized by the lid being held in place by a fastening device (3-5) provided with teeth (4-5) and the laser means (12, 13a) lasering the teeth in a low position. they dr in engagement with each other. A computer mouse according to claim 4, characterized by the locking means (12, 13a) with the lid (2) in a supreme layer strands against the set teeth from a blank where they engage with each other and where the welding means (12, 13a) with the lid ( 2) in a lower layer return to aft strut against all set teeth in a low valley where they engage with each other. 6 A computer mouse according to any one of the foregoing oceans, characterized by the lid being held in position by a welding means (13b, 16) which grips the joint so that it cannot be rotated. 1 / / ...... Its .......... „„. II I I I I / /
    类似技术:
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    同族专利:
    公开号 | 公开日
    WO2013103315A3|2013-10-17|
    US9569014B2|2017-02-14|
    SE537583C2|2015-06-30|
    EP2801014A4|2015-08-19|
    US20150022451A1|2015-01-22|
    WO2013103315A2|2013-07-11|
    EP2801014A2|2014-11-12|
    EP2801014B1|2019-03-06|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US5260696A|1991-02-19|1993-11-09|Maynard Jr Stuart T|Multiple signaling mouse with faceted surfaces|
    US5870081A|1996-10-03|1999-02-09|Primax Electronics Ltd.|Mouse housing structure|
    US7109972B2|2003-08-08|2006-09-19|Liang Fu|Adjustable pointing and control device with automatic handedness switch|
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    WO2010107800A1|2009-03-16|2010-09-23|Ergowerx International, Llc|Mouse|CN107111385B|2014-12-02|2020-11-06|康杜尔设计公司|Adjustable mouse|
    KR101576536B1|2015-01-12|2015-12-10|김태수|Mouse for computer|
    KR101625442B1|2015-09-26|2016-05-30|이재욱|Mouse for adjusting angle|
    US10258873B2|2017-02-14|2019-04-16|Dexin Electronic Ltd.|Computer mouse with swingable palm rest cover|
    USD834576S1|2017-04-20|2018-11-27|Contour Design, Inc.|Adjustable computer mouse|
    TW201901373A|2017-05-12|2019-01-01|致伸科技股份有限公司|Mouse|
    CN111344655A|2017-08-21|2020-06-26|康杜尔设计公司|Adjustable mouse|
    EP3673349A4|2017-12-21|2021-04-21|Hewlett-Packard Development Company, L.P.|Adjustable pointing devices|
    CN113961087A|2020-07-21|2022-01-21|伟训科技股份有限公司|Mouse |
    法律状态:
    2022-01-25| CANC| Patent cancelled, revoked after opposition|
    优先权:
    申请号 | 申请日 | 专利标题
    SE1200020A|SE537583C2|2012-01-05|2012-01-05|Computer mouse with adjustable lid|SE1200020A| SE537583C2|2012-01-05|2012-01-05|Computer mouse with adjustable lid|
    US14/370,271| US9569014B2|2012-01-05|2013-01-02|Computer mouse with adjustable top part|
    EP13733677.2A| EP2801014B1|2012-01-05|2013-01-02|Computer mouse with adjustable top part|
    PCT/SE2013/000001| WO2013103315A2|2012-01-05|2013-01-02|Computer mouse with adjustable top part|
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