| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 41 | Rubber mat keyboard, particularly a silicone mat keyboard | US14733319 | 2015-06-08 | US09734964B2 | 2017-08-15 | Klaus Schmoeger |
| A data input and/or operator control system, particularly a keypad, also a POS keypad, having a lower portion and an upper portion and also at least one printed circuit board and at least one retaining plate. Inside, one or more protective mat(s) made of an elastic material is/are preferably adhesively bonded to the printed circuit board. In this protective mat, the components of the printed circuit board are recessed to as small an extent as possible and air ducts are incorporated in order to ensure that the keys are ventilated in relation to one another. | ||||||
| 42 | Rubber mat keyboard, particularly a silicone mat keyboard | US14733267 | 2015-06-08 | US09552938B2 | 2017-01-24 | Klaus Schmoeger |
| A data entry and/or operating system, particularly a keyboard, also a POS keyboard, includes a lower part and an upper part as well as at least one circuit board and at least one retainer plate, the retainer plate lying on the lower part. One or more bushings are integrated for the purpose of connecting the circuit board to the retainer plate. The upper part is formed from a rubber mat having keys, and the stability of the keyboard is assured by the circuit board, bushing and metal retainer sheet. The lower part is connected to the upper part in a sealed manner. | ||||||
| 43 | CARD READER AND DETECTION MECHANISM | US14894835 | 2014-04-07 | US20160140365A1 | 2016-05-19 | Hideyuki TAKAHASHI |
| A card reader which is attached and used in a host device may include a detection switch disposed on the card reader side attaching face and structured to detect whether the card reader has been detached from the host device; and a first sealing member disposed so as to be sandwiched between the host device side attaching face and the detection switch, the first sealing member covering the detection switch and being structured to prevent penetration of water to the detection switch. The detection switch may include a pressed part and is structured to turn to “ON” or “OFF” when the pressed part is pressed. The first sealing member may be formed with a pressing protruded part structured to press the pressed part. | ||||||
| 44 | SWITCH SPRING ARRANGEMENT | US14377884 | 2013-02-14 | US20150041296A1 | 2015-02-12 | Michael S. Bertsch |
| The invention relates to a switch spring arrangement for operating a switch, comprising a first spring arm that can be actuated by a card, and at least one second spring arm, with a contact dome at the free end thereof, for operating a switch that is located beneath the contact dome of the second spring arm, wherein the first spring arm can be actuated by the second spring arm. | ||||||
| 45 | Rugged Keypad | US13873523 | 2013-04-30 | US20130306450A1 | 2013-11-21 | Christopher Wolfe; Steve Dunham |
| A tamper-resistant or tamper-evident keypad device for use in secure transactions. The keypad comprises multiple security mechanisms to prevent tampering to the device, and thus access to users' private information. The keypad is made of resilient materials and contains a tamper-resistant collar for housing the keypad's connector interface. The keypad comprises a multi-layered printed circuit board with at least two internal security-shield layers comprising switch trace protection, as well as additional security layers for tamper protection. The keypad comprises a silicon-rubber keypad actuator that engages tamper switches on the flexible security circuit. The keypad comprises an optional dome layer. | ||||||
| 46 | Protection device for electronic system | US12933456 | 2009-03-16 | US08497444B2 | 2013-07-30 | Alain Eck; Eric Bonnet; Eric Dubois |
| An electronic system including an electronic circuit, an actuation device, a spacer and a protection device. The electronic circuit has a surface on which at least two first conductive tracks are arranged. The actuation device includes at least one first bearing element. The spacer is interposed between the electronic circuit and the actuation device and includes at least one opening at least partially receiving the bearing element. The protection device is interposed between the electronic circuit and the spacer and includes at least one second conductive track having ends respectively connected to first conductive portions of first deformable regions of the protection device. Each first portion is capable of contacting one of the first conductive tracks of the electronic circuit to electrically supply the second track under the effect of a deformation of first regions. | ||||||
| 47 | Privacy-enabled keypad | US11981306 | 2007-10-31 | US08061590B2 | 2011-11-22 | Philip N. Day; Lynne M. Coventry |
| A privacy-enabled keypad comprising: a keypad; an opaque shield upstanding around the keypad for restricting viewing of the keypad to a user of the keypad; and at least one illumination source disposed on a portion of the shield facing the keypad, and oriented to illuminate the keypad. A public access terminal incorporating the privacy-enabled keypad is also disclosed. | ||||||
| 48 | TAMPER RESISTANT ELECTRONIC TRANSACTION ASSEMBLY | US12118294 | 2008-05-09 | US20080278353A1 | 2008-11-13 | Peter R. Smith; Susan H. Zaks |
| A tamper resistant user interface device includes a substantially planar sensor. The sensor includes a plurality of user activated membrane switches. At least one multilayer structure is folded around and overlays the planar sensor. The structure includes at least one layer to detect tampering with the sensor. | ||||||
| 49 | Tamper switch actuator arrangement | US11231832 | 2005-09-22 | US20070062791A1 | 2007-03-22 | Herve Quinque; Ki Yuen; Craig Cochran |
| A tamper switch actuator is used in combination with a circuit board held between two outer structural members. The tamper switch actuator includes a suspended displacement member moveable to a conducting position after a given amount of compression of a compressing member. The compressing member cooperates with an outer protecting sleeve and is positioned within and moveable in the axial direction of the sleeve. The tamper switch actuator separates the outer protecting sleeve from the displacement member. With this arrangement the electrical conducting surface of the displacement member can quickly respond to separation of the casing to produce a non-conducting condition or tamper indicating conditions while remaining protected within the outer protecting sleeve. | ||||||
| 50 | Keyboard, especially for electronic payment terminals, and keypad | US10419819 | 2003-04-22 | US07009121B2 | 2006-03-07 | Gerhard Hochgesang; Klaus Schmoeger; Dieter Weber |
| A one-piece keyboard housing in a simple but compact manner is provided by using an internal gas pressure injection molding process (air mold process). With this process, the keyboard housing can be formed as a one-piece molded part with recesses and cavities. The cavity serves to reduce weight, and the process itself improves stability within the keyboard housing. The molded part is formed of a traylike first housing shell, in which a keypad can be mounted, and a second housing shell with recesses that joins the first housing shell in an n-shape. | ||||||
| 51 | Keyboard, preferably for electronic payment terminals | US10413554 | 2003-04-15 | US06860660B2 | 2005-03-01 | Gerhard Hochgesang; Andrzej Malinowski; Klaus Schmoeger |
| A keyboard having a housing, which is designed as one piece and wherein a top open housing shell is designed in conjunction with a keypad such that the top shell is traylike and is attached within the housing at an angle. A bottom base of the top open housing shell forms a bottom open housing shell. The bottom open housing shell has at least one recess provided for the installation of a card reader. | ||||||
| 52 | Keyboard, preferably for cashier registers | US09902539 | 2001-07-11 | US06736323B2 | 2004-05-18 | Gerhard Hochgesang; Klaus Schmoeger; Michael Martin; Manfred Schreiber |
| A keyboard housing is built of one piece of material, with the keyboard housing being formed of an upper housing shell and a joining S-shaped lower housing shell. In this regard, the keyboard housing is preferably of resinous plastic. The keypad and, for example, the keyboard electronic circuitry are contained in the upper housing shell, with the auxiliary components being the lower housing shell. | ||||||
| 53 | Keyboard, preferably for cashier registers | US09902539 | 2001-07-11 | US20020056748A1 | 2002-05-16 | Gerhard Hochgesang; Klaus Schmoeger; Michael Martin; Manfred Schreiber |
| The invention concerns a keyboard, preferably for cashier registers. Known keyboards (20) have a plurality of keyboard housing (1) parts so that, when they are serviced, exchanging or refurbishing the keypad (5), also often the associated keyboard electronic circuitry (8) must be taken out of the keyboard housing (1) in order to replace defective, or integrate additional, auxiliary components (19) in the keyboard (20) or the keyboard housing (1). Contrary to this, in the solution disclosed herein, the keyboard housing (1) is built of one piece of material, with the keyboard housing being formed of an upper housing shell (2) and a joining S-shaped lower housing shell (3). In this regard, the keyboard housing (1) is preferably of resinous plastic. The keypad (5) and, for example, the keyboard electronic circuitry are contained in the upper housing shell (2), with the auxiliary components (19) being in the lower housing shell (3). | ||||||
| 54 | Switch for display | US879809 | 1997-06-20 | US5900599A | 1999-05-04 | Shigeo Ohashi; Nobuo Misaki; Tatsuya Minagawa; Toyonaru Tanaka |
| A display switch includes switch elements disposed on a display which is capable of electrically changing images displayed thereon. Above the switch elements are disposed a plurality of buttons formed of a transparent material and supported by a frame member. A depression is formed in each of at least two opposite side surfaces of each button, and the frame member has flange portions that engage with the depressions in order to limit movement of the buttons. Also, elastic members are disposed under the buttons in order to allow each button to move during operation while imparting a feel to a user and to automatically return the button to its original position. | ||||||
| 55 | Keyboard actuator with catch hooks and weakened portion | US193190 | 1994-02-14 | US5614702A | 1997-03-25 | Horst Kraft; Gerhard Dekorsy |
| A keyboard for a fully electronic, microcomputer-controlled commercial scale with call-up memory, in particular for self-service or quick-service purposes, comprises a keyboard consisting of a plurality of individual keys with actuating elements, whereby symbols and/or alphanumerical characters are assigned to the individual keys. The keyboard has a guide plate with a plurality of individual keys arranged at a certain grid distance from each other. The guide plate is provided over its entire surface with actuating elements for the individual keys. | ||||||
| 56 | Panel unit of dealing board | US358570 | 1994-12-13 | US5461377A | 1995-10-24 | Fumiyoshi Oono; Tomonobu Watanabe; Yoshitada Yaginuma |
| A panel unit for a dealing board has a display and a keyboard unit provided with buttons. The display is divided into individual indications which display function names corresponding to the buttons. The keyboard unit has a printed substrate arranged on the display, fixed contacts which form switches provided for the buttons, and electric conductive contact rubber located on the printed substrate and provided with moving contacts opposing the fixed contacts. A panel is positioned on the electric conductive rubber and provided with the buttons. The panel has holes, the buttons are fitted into the holes to be vertically movable so that the fixed contacts of the printed substrate come into contact with the movable contacts of the electric conductive rubber. The buttons are provided with an engagement portion for preventing the buttons from coming off the panel and the electric conductive contact rubber and the printed contact have relief holes in which the buttons are fitted when the engagement portion holds the buttons, as well as belt-like through holes for making the individual indications corresponding to the buttons visible. | ||||||
| 57 | Motion detector and associated system | US834891 | 1992-02-11 | US5324898A | 1994-06-28 | Brian C. McCormack; James R. Cox; Richard H. Wallace; Kevin S. Hodge |
| A detector assembly (20) detects motion by utilizing a plurality of motion detectors (22-28), each detector having a first finger (40) and a second finger (42 ). First finger (40 ) has a signal line (36) on the inner surface (32) and second finger (42) has a ground line (38) disposed on another portion of inner surface (32). Spacer (46) keeps fingers (40) and (42) out of physical contact in the normal position so that there is an open circuit between signal line (36) and ground line (38). When a moving object (50) strikes first finger (40), first finger (40) is deflected downward so that first finger (40) and second finger (42) make physical contact at contact point (48), thereby establishing a closed circuit between signal line (36) and ground line (38). In this fashion a detection pulse is generated. The substrate (30) of detector assembly (20 ) is made of a resilient, flexible material such as a synthetic resin, for enhanced sensitivity. Due to the enhanced sensitivity of detector assembly (20), the motion of objects (50) can be detected even though such motion is random, i.e. the motion of objects does not have to be precisely controlled in the vicinity of detector assembly (20). | ||||||
| 58 | Switch assembly | US661375 | 1991-02-28 | US5193669A | 1993-03-16 | Gregory B. Demeo; Henry E. Molvar; David R. Bergerson |
| A switch assembly comprising a housing, a rigid operating member mounted for movement relative to the housing and accessible to an operator, an electrical contact operable by movement of the operating member from a rest position to an operative position relative to the housing, a flexible seal between the operating member and the electrical contact and capable of transmitting operative movement of the operating member to the contact while preventing passage of moisture and other contaminants from the region of the operating member to the contact, and, a limit preventing movement of the operating member relative to the contact beyond the position at which the contact is operated. The switch can include further operating members and associated contacts and limits carried by the housing and if desired the assembly can incorporate a heater for heating the operating member region of the assembly. | ||||||
| 59 | Encoding keyboard | US713833 | 1985-03-20 | US4609792A | 1986-09-02 | Joseph L. Levasseur |
| An encoding keyboard construction comprising a common input lead, a plurality N of output leads, and a plurality Y of key locations, each of which key locations has associated therewith aligned first and second contact sites defining a contact site pair, which contact sites are biased apart but can be moved into engagement with one another to establish contact therebetween. Each contact side pair includes three electrodes, one of which electrodes is connected to the common input lead, and each contact site includes at most two electrodes, each of which electrodes is connected to a respective single output lead. The output leads are each respectively connected to one or more selected contact sites such that, for each actuation of a key location, contact is effected between the contact sites of the contact site pair associated with such key location, which contact effects application of the signal present on the common input lead to a distinct pair of output leads, thereby effecting production of a distinct 2-of-N multi-bit output signal representative of such key location. | ||||||
| 60 | Touch selection panel for a vending machine | US557320 | 1983-12-02 | US4554419A | 1985-11-19 | Eddie W. King; Herman K. Duke; Don S. Summerville |
| A touch-sensitive selection panel structure for a vending machine including a pressure-sensitive membrane-type switch contained between first and second polycarbonate panels comprising the display panel of the vending machine. The touch-sensitive switch configuration is totally transparent to visible light. A product selector window array on the first polycarbonate panel is back-illuminated from within the vending machine with images of the vendable products available, for display in the selector windows on the front face of the vending machine display panel. The images are provided on the back face of the second polycarbonate panel within the vending machine and illuminated from behind in order to project the names and product logos through the membrane switch, and the first polycarbonate panel for viewing by a potential customer. The membrane switch contacts are easily actuatable by merely pressing on a flexible product window area defined in the first polycarbonate sheet, which causes selected membrane switch contacts to close and initiate the vend of a corresponding product. In an alternative embodiment, the membrane switch is replaced by discrete touch-sensitive switches disposed in portions of each of the window areas. | ||||||
QQ群二维码
意见反馈
意见反馈