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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	耳机线控装置	CN201410081963.9	2014-03-07	CN103888864B	2017-12-26	郑文团; 刘秀; 徐江涛
一种耳机线控装置，包括：上盖；中盖，所述中盖与所述上盖可拆卸的固定连接，并且在上盖和中盖之间围成供控制板设置的设置空间；下盖，所述下盖与所述中盖固定连接，并且所述下盖与所述上盖相对形成包围所述控制板和中盖的壳体；所述中盖的两侧边缘形成遮蔽部，所述遮蔽部用于对应封闭上盖与下盖相对的边缘之间的间隙。本发明通过采用上述结构，可以实现多功能控制，同时通过简单的卡接方式，方便拆卸及更换损坏的零部件，成本低廉，同时通过中盖的遮蔽部可以防止汗渍及灰尘进入线控组件内部，避免控制板遭腐蚀而影响功能。
2	操作装置	CN201480008050.2	2014-02-04	CN105122012B	2017-05-03	岩本卓绅
一种操作装置，具备棒状的旋钮(110)和环状的弹性体(120)。对弹性体(120)进行限位的限位部(114)具有在旋钮(110)的长边方向上配置在弹性体(120)的一侧的至少一个第一凸起物(114a)、和在旋钮(110)的长边方向上配置在弹性体(120)的另一侧的至少一个第二凸起物(114b)。至少一个第一凸起物(114a)以及至少一个第二凸起物(114b)在不超过弹性体(120)的范围内从旋钮(110)的外周部(113)向径向外侧突出。
3	操作装置	CN201480008050.2	2014-02-04	CN105122012A	2015-12-02	岩本卓绅
一种操作装置，具备棒状的旋钮(110)和环状的弹性体(120)。对弹性体(120)进行限位的限位部(114)具有在旋钮(110)的长边方向上配置在弹性体(120)的一侧的至少一个第一凸起物(114a)、和在旋钮(110)的长边方向上配置在弹性体(120)的另一侧的至少一个第二凸起物(114b)。至少一个第一凸起物(114a)以及至少一个第二凸起物(114b)在不超过弹性体(120)的范围内从旋钮(110)的外周部(113)向径向外侧突出。
4	耳机线控装置	CN201410081963.9	2014-03-07	CN103888864A	2014-06-25	郑文团; 刘秀; 徐江涛
一种耳机线控装置，包括：上盖；中盖，所述中盖与所述上盖可拆卸的固定连接，并且在上盖和中盖之间围成供控制板设置的设置空间；下盖，所述下盖与所述中盖固定连接，并且所述下盖与所述上盖相对形成包围所述控制板和中盖的壳体；所述中盖的两侧边缘形成遮蔽部，所述遮蔽部用于对应封闭上盖与下盖相对的边缘之间的间隙。本发明通过采用上述结构，可以实现多功能控制，同时通过简单的卡接方式，方便拆卸及更换损坏的零部件，成本低廉，同时通过中盖的遮蔽部可以防止汗渍及灰尘进入线控组件内部，避免控制板遭腐蚀而影响功能。
5	OPERATING DEVICE	US14766273	2014-02-04	US20150380186A1	2015-12-31	Takanobu IWAMOTO
An operating device includes a knob, which is formed into a rod form, and a resilient body, which is formed into a ring form. Position limiting parts, which limit a position of the resilient body, include at least one primary rib, which is placed on one side of the resilient body in a longitudinal direction of the knob, and at least one secondary rib, which is placed on another side of the resilient body in the longitudinal direction of the knob. The at least one primary rib and the at least one secondary rib radially outwardly project from the outer peripheral portion of the knob within an extent that does not extend beyond the resilient body.
6	Operating device	US14766273	2014-02-04	US09697966B2	2017-07-04	Takanobu Iwamoto
An operating device includes a knob, which is formed into a rod form, and a resilient body, which is formed into a ring form. Position limiting parts, which limit a position of the resilient body, include at least one primary rib, which is placed on one side of the resilient body in a longitudinal direction of the knob, and at least one secondary rib, which is placed on another side of the resilient body in the longitudinal direction of the knob. The at least one primary rib and the at least one secondary rib radially outwardly project from the outer peripheral portion of the knob within an extent that does not extend beyond the resilient body.
7	LINE CONTROL DEVICE OF EARPHONE	US15124330	2015-03-05	US20170064430A1	2017-03-02	Wentuan ZHENG; Xiu LIU; Jiangtao XU
A line control device of an earphone, comprising: an upper cover; a middle cover being detachably and fixedly connected to the upper cover, wherein, an arranging space for arranging a control panel is enclosed between the upper cover and the middle cover; and a lower cover being fixedly connected to the middle cover, wherein, shielding parts are formed on the edges at both sides of the middle cover, and the shielding parts are used for sealing the gaps between the upper cover and the lower cover. The present invention can achieve multi-function control by using the above structure, meanwhile, it is convenient to disassemble and replace damaged parts and components in a simple snap-fitting manner, so that the costs are low, besides, perspirations and dusts can be prevented from entering the line control assembly, so that it is avoided that the function is influenced because the control panel is corroded.
8	Key switch	US924337	1986-10-29	US4733024A	1988-03-22	Masaji Takeshima; Kiyoshi Kinugawa
A key switch is provided with a depressable part having a contact set in its underside and held apart from a stationary contact located below it. The depressable part has a key switch surface located to one side of the center on the upper surface of the depressable part. The key switch is also provided with a rotation fulcrum in the center of the underside of the depressable part. The movable contact is located to one side of the center on the underside of the depressable part to allow the depressable part to turn on the fulcrum so that the movable and stationary contacts can touch each other.
9	Postage meter	JP3100591	1991-05-07	JPH0615307Y2	1994-04-20	ダニロ・ピー・ブアン

10	Line control device of earphone	US15124330	2015-03-05	US09949012B2	2018-04-17	Wentuan Zheng; Xiu Liu; Jiangtao Xu
A line control device of an earphone includes an upper cover; a middle cover being detachably and fixedly connected to the upper cover, wherein, an arranging space for arranging a control panel is enclosed between the upper cover and the middle cover; and a lower cover being fixedly connected to the middle cover, wherein, shielding parts are formed on the edges at both sides of the middle cover, and the shielding parts are used for sealing the gaps between the upper cover and the lower cover.
11	Delayed response touch switch controller	US165591	1988-03-08	US4963793A	1990-10-16	John F. DePauli
The present invention provides a very low actuation force touch control switch for use in brightness control of illumination devices. The control switch comprises a flexible membrane having a plurality of conductors disposed on one surface and secured to a rigid support surface. The conductors are interwoven in a present pattern with portions of the conductors being exposed. A conductive surface is formed in an area under the exposed conductors. The membrane is fastened to the rigid support surface so that a very small spacing is maintained between the exposed conductors and the fixed conductive surface, allowing a very light touch to cause one or more exposed conductors to be shorted to the conductive surface. A microprocessor periodically polls the leads of the membrane to determine which are shorted together and causes an output power level to be adjusted accordingly. The touch control system employs a Delayed-Off feature in which the microprocessor causes a discernible dimming to occur when a DELAYED-OFF selection are on the memberane is pressed but which delays the turning off of the illumination device until a preselected amount of time has passed, thereby allowing a switch operator to leave an area before becoming dark. In addition, Soft-On and Soft-Off processing is employed so that on and off transitions are more gradual and aesthetically pleasing and to provide a period in which to select an alternate brightness level.
12	Touch switching system	US148767	1988-01-26	US4939428A	1990-07-03	John F. DePauli
The described embodiment of the present invention provides a very low pressure electrical switch for use in brightness control of lamps. The electrical switch includes a flexible membrane on which printed leads are interlaced in a regular fashion. Portions of the interlaced electrical leads are exposed. The membrane is fastened to the surface of a rigid surface. In the area under the exposed conductor, a fixed conductor is formed. The membrane is fastened to the surface of the rigid surface so that a very small spacing is maintained between the exposed conductors and the fixed conductor. Because of this small spacing, a very light touch is required to cause the exposed conductors to be shorted to the fixed conductor. A microprocessor then determines which leads of the membranes are shorted together and causes the light to dim appropriately. The lighting system also contains a delay off feature in which the microprocessor causes a discernible dimming to occur when the delay off feature switch is pressed but which does not shut off the lamp until a fixed period of time has passed, thereby allowing the operator to leave the room completely before the lamp is shut off.
13	Machine-operator interface methods	US64726	1987-06-22	US4799083A	1989-01-17	Ruediger W. Knodt
The present invention is a membrane switch having first and second contacts, a graphic overlay, and a bezel combination, the graphic overlay molded to the bezel, the graphic overlay supporting a tactile actuator, the actuator being molded to the overlay and disposed in relation to the contacts for engagement of the contacts upon application of pressure to said actuator. A plasma, solid area illuminator behind an LCD display is also provided as well as a scrolling device to layer information presented to an operator.
14	Postage meter having shielded keyboard to protect against electromagnetic radiation	US122791	1980-02-19	US4336529A	1982-06-22	Danilo P. Buan
A shielded switch structure is disclosed. The switch structure is adapted for use in a system which is susceptible to being affected by electromagnetic radiation. The structure includes a conductive flexible sheet disposed adjacent to a plurality of switch contacts. The sheet is operable to enable a force applied to the sheet to actuate selected switch contacts. The shielded switch structure is mounted on a postage meter conductive housing. The housing includes a recessed area adapted to receive the keyboard. The conductive flexible sheet is positioned above the conductive housing recessed area and of a size so that the margins of the flexible sheet physically engage non recessed areas of the housing.
15	操作装置	JP2013190695	2013-09-13	JP5754485B2	2015-07-29	岩本卓紳

16	Manipulating apparatus	JP2013190695	2013-09-13	JP2014169989A	2014-09-18	IWAMOTO TAKANOBU
PROBLEM TO BE SOLVED: To provide a manipulating apparatus that enables unusual noise caused by vibration from a knob and a cover to be restrained more effectively.SOLUTION: In a manipulating apparatus equipped with a rod-shaped knob 110 and a ring-shaped elastic body 120, ribs 114 so arranged in the lengthwise direction of the knob 110 as to hold the elastic body 120 in and protruding from the outer peripheral part 113 of the knob 110 within the range of not going over the elastic body 120 serve as a position regulator 114 that regulates the position of the elastic body 120. These ribs 114 are formed intermittently or continuously in the circumferential direction of the knob 110.
17	JPH0350585Y2 -	JP17168085	1985-11-07	JPH0350585Y2	1991-10-29

18	JPH04120133U -	JP3100591	1991-05-07	JPH04120133U	1992-10-27

19	JPS6279338U -	JP17168085	1985-11-07	JPS6279338U	1987-05-21

20	Sealed keyboard	JP2362881	1981-02-19	JPS56132720A	1981-10-17	DANIRO PII BUAN

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