mhurhangee/patent-ind-claim-en huggingface dataset:
A modular electrical device for switches, sockets and other electrical components to be applied to a wall, comprising a frame and one or more electrical components that can be fixed to the frame ; said frame having engagement means , each of said engagement means engaging a grip member provided on an electrical component to be associated with said frame ; said engagement means comprising a lock means for locking the axial movement of said electrical component with respect to said frame , said grip members comprising an axial guiding means that guides said electrical component to slide with respect to said frame , guiding means comprising dovetail members provided on opposite walls of said electrical component , said dovetail members being inserted and sliding along external profiles of said frame ; said device being characterized in that said lock means comprise a groove which is formed within each of guiding members of said frame and a recess which is arranged below each guiding member and accommodates a tooth of a flexible engagement member provided on opposite walls of said electric component ; said lock means further comprising a protruding member , which is formed on said electrical component at said flexible engagement member on the same axis as said tooth , said protruding member abutting against a final rear part of said groove of said guiding member , said tooth abutting inside said recess .
A printing assembly , wherein the printing assembly has at least one frame , which has at least two side walls , between which a transport path provided for a transport of printing material at least partially extends and wherein at least one transport direction is defined by the transport path provided for the transport of printing material and wherein the printing assembly has at least two crossmembers spaced apart from each other in the transport direction, which each extend from one of the side walls to another of the side walls and wherein the printing assembly has at least one supporting body which can be moved relative to the frame in at least one parking direction (C) by means of at least one parking drive , said supporting body extending at least in the transverse direction (A) between the side walls and wherein at least two printing heads are arranged on the at least one supporting body and can be moved jointly with the at least one supporting body , wherein in each case between two adjacent crossmembers of the at least two crossmembers in the transport direction in each case one printing head chamber lies, in which in each case at least one printing head is arranged and/or can be arranged and wherein each of the at least two crossmembers has at least one first crossbeam and at least one second crossbeam spaced apart therefrom, which jointly bound at least one interior of the respective crossmember at least partially in and against the transport direction and that at least one component of a gas transport device and/or at least one additional device (247; 263; 601; 602; 603; 604; 607; 608) for supplying at least one printing head with energy and/or operating media and/or printing fluid and/or data and/or at least a gas and/or at least one inner additional device (247; 263; 601; 602; 603; 604; 607; 608) for cleaning and/or maintaining and/or covering at least one printing head is arranged in the at least one interior in each case and wherein at least one spacer is arranged between the respective at least one first crossbeam and the respective at least one second crossbeam and wherein the at least one spacer has a distance to each of the at least two side walls which corresponds to at least 20% of a working width of the printing assembly .
A backward movement indicator apparatus for a vehicle having an alert device , the backward movement indicator apparatus comprising: an image capture device configured to capture image data which is representative of objects in front of the vehicle, wherein the image capture device is configured to capture a first image and configured to capture a second image, characterized by comprising a radar device configured to capture radar data which is representative of locations of objects in front of the vehicle; and an electronic controller configured to process the captured radar data to classify the objects in front of the vehicle and process the captured image data and the captured radar data to identify locations of three stationary objects in the first image and to identify locations of the three stationary objects in the second image; wherein, the electronic controller is configured to determine if the vehicle is moving backwards based upon comparing the locations of the three objects in the first image relative to the locations of the three objects in the second image; and wherein, the electronic controller is configured to provide a signal to the alert device to activate the alert device which is indicative of the vehicle moving backwards. an image capture device configured to capture image data which is representative of objects in front of the vehicle, wherein the image capture device is configured to capture a first image and configured to capture a second image, characterized by comprising a radar device configured to capture radar data which is representative of locations of objects in front of the vehicle; and an electronic controller configured to process the captured radar data to classify the objects in front of the vehicle and process the captured image data and the captured radar data to identify locations of three stationary objects in the first image and to identify locations of the three stationary objects in the second image; wherein, the electronic controller is configured to determine if the vehicle is moving backwards based upon comparing the locations of the three objects in the first image relative to the locations of the three objects in the second image; and wherein, the electronic controller is configured to provide a signal to the alert device to activate the alert device which is indicative of the vehicle moving backwards.
A method for controlling multiple external electronic devices by using a single remote controller, the method being performed in a television, the method comprising: connecting to at least one external electronic device; entering into an universal remote controller setting mode in response to a first request signal from the single remote controller; selecting an input terminal to which a specific external electronic device is connected in response to a second request signal from the single remote controller; selecting product information of the connected specific external electronic device in response to a third request signal from the single remote controller; displaying video data from the connected specific external electronic device in the universal remote controller setting mode; requesting at least one IR code value necessary to control at least one function of the connected specific external electronic device to an external server; receiving the at least one IR code value from the external server; storing the received at least one IR code value; and performing a test by: displaying a channel up image for testing with the displaying the video data in the universal remote controller setting mode; and displaying another video data of a changed channel when the displayed channel up image is selected by using the single remote controller. connecting to at least one external electronic device; entering into an universal remote controller setting mode in response to a first request signal from the single remote controller; selecting an input terminal to which a specific external electronic device is connected in response to a second request signal from the single remote controller; selecting product information of the connected specific external electronic device in response to a third request signal from the single remote controller; displaying video data from the connected specific external electronic device in the universal remote controller setting mode; requesting at least one IR code value necessary to control at least one function of the connected specific external electronic device to an external server; receiving the at least one IR code value from the external server; storing the received at least one IR code value; and performing a test by: displaying a channel up image for testing with the displaying the video data in the universal remote controller setting mode; and displaying another video data of a changed channel when the displayed channel up image is selected by using the single remote controller. displaying a channel up image for testing with the displaying the video data in the universal remote controller setting mode; and displaying another video data of a changed channel when the displayed channel up image is selected by using the single remote controller.
Vehicle door for a motor vehicle, comprising a support structure , wherein the support structure forms part of a space-frame structure of the vehicle door, an inner shell and an outer panelling , wherein the inner shell is fixed to the support structure and the outer panelling is fixed to the inner shell , wherein the inner shell is a plastic component, wherein the inner shell is formed and connected to the support structure in such a way that it is a load-bearing component increasing the rigidity of the vehicle door, wherein the inner shell forms that surface of the vehicle door which is visible from inside, wherein the inner shell extends substantially over the entire height and the entire width of the vehicle door, wherein the outer panelling is connected to the inner shell in the region of the respective outer edges thereof, characterized in that the outer panelling is adhesively bonded all around to the inner shell in the region of the respective outer edges thereof, with the result that no further sealing is necessary.
A refrigerator for storing food, the refrigerator having an access opening located in a vertical plane and adapted to be closed by a pivotable or slidable and multiple-glazed refrigerator door , wherein the refrigerator door comprises at least two transparent glass panes which are spaced apart from each other via edge-side spacer elements , said glass panes being enclosed at the edge sides by horizontal separate frame elements to which the refrigerator door is mounted, wherein at at least one transparent vertical edge of the refrigerator door a vertical transparent spacer element (57'; 157') made of a transparent material is provided and no frame element is provided, and wherein the spacer element assigned to one frame element is made of a non-transparent material differing from that of the transparent spacer element .
An electrical apparatus comprising: an earth input for connection to an earth wire of an electrical supply from a distribution network; an earth interface for providing an earth connection from the earth input to an appliance ; current sensing means for sensing a current flow through the earth input ; earth-wire disconnection means for disconnecting the earth interface from the earth input when a sensed current flow through the earth input satisfies an earth-wire disconnection condition; and live-wire disconnection means for initiating a disconnection of a live wire of the electrical supply to the appliance before or at the same time as the disconnecting of the earth interface; and characterized by further comprising an interlock for preventing the live wire from being connected to the appliance unless the earth interface is already connected to the earth input . an earth input for connection to an earth wire of an electrical supply from a distribution network; an earth interface for providing an earth connection from the earth input to an appliance ; current sensing means for sensing a current flow through the earth input ; earth-wire disconnection means for disconnecting the earth interface from the earth input when a sensed current flow through the earth input satisfies an earth-wire disconnection condition; and live-wire disconnection means for initiating a disconnection of a live wire of the electrical supply to the appliance before or at the same time as the disconnecting of the earth interface; and
An L-lysine producing microorganism of the genus of Corynebacterium in which at least one secretory protein selected from the group consisting of amino acid sequences of SEQ ID NOs: 7 and 13 is inactivated.
A method of obtaining network connection information for a wireless wide area network device, the method comprising: sending a request from a wireless wide area network device to a provisioning server via the internet, the request comprising a user identification and elements defining a request for network connection information related to a wireless wide area network; and receiving the network connection information from the provisioning server , the network connection information having been selected by the provisioning server based on the information contained in the request sent by the wireless wide area network device, wherein the network connection information comprises configuration information; an identification of a wireless data roaming network approved for use ; cost information regarding a data subscriber plan associated with the wireless wide area network device; and cost information regarding the wireless data roaming network approved for use, checking signal strength of the approved wireless data roaming network; and the method further comprises selectively initiating a connection with the approved wireless data roaming network in response to the network connection information and signal strength. sending a request from a wireless wide area network device to a provisioning server via the internet, the request comprising a user identification and elements defining a request for network connection information related to a wireless wide area network; and receiving the network connection information from the provisioning server , the network connection information having been selected by the provisioning server based on the information contained in the request sent by the wireless wide area network device, wherein the network connection information comprises configuration information; an identification of a wireless data roaming network approved for use ; cost information regarding a data subscriber plan associated with the wireless wide area network device; and cost information regarding the wireless data roaming network approved for use, checking signal strength of the approved wireless data roaming network; and the method further comprises selectively initiating a connection with the approved wireless data roaming network in response to the network connection information and signal strength.
An implantable neurostimulator comprising: an electrical circuit capable of delivering, through at least one electrode contact , a train of electrical stimuli that has at least n number of stimuli, wherein n is 3 or a greater whole number, such that each stimulus is represented by N1, N2, ...., N-Last in one time window, wherein the train of stimuli does not have a fixed frequency but the frequency is variable as measured between the time duration between N1 and N2 compared to the time duration between N2 and N3, wherein the duration between adjacent stimuli is entirely randomized with no fixed frequency, and wherein the total number of stimuli N1, N2, ...., N-Last occurring in the time window is selected through software programming resident in the neurostimulator.
A composition for use for treating, inhibiting, reducing the severity of, slowing progression of and/or promoting prophylaxis of diabetes and/or obesity in a subject in need thereof, the composition comprising one or more bitter oligopeptides that increases gut hormone release, wherein the one or more bitter oligopeptides comprise one or more of YGLF, IPAVF, LLF, or a combination thereof.
A data carrier puncher for removing detachable part of data carriers , the data carrier puncher comprising: a punch housing that receives a data carrier with at least one detachable part , the punch housing including: a form changing part aperture that corresponds to a size of a particular detachable part configured to be removed from the data carrier , the form changing part aperture configured to permit the particular detachable part to pass therethrough; and one or more projection be disposed off-center from a central axis of the punch housing , the one or more projection corresponding to one or more notches on an edge of a primary card body of the data carrier ; a switch disposed adjacent to the one or more projection , the switch , when activated, causing removal of the detachable part from the data carrier ; and a punch operably connected to the switch , when activated by the switch , the punch breaking at least one fixing portion connecting the detachable part to the data carrier in response to activation of the switch , wherein the one or more projection are configured to permit the data carrier to engage the switch to prevent improper activation of the switch and damage to an integrated circuit component of the at least one detachable part , wherein the form changing part aperture is disposed on a punch template , wherein the punch template is exchangeable, so that in use each exchangeable punch template having a corresponding form changing part aperture has a size that corresponds to respective form changing part sizes . a form changing part aperture that corresponds to a size of a particular detachable part configured to be removed from the data carrier , the form changing part aperture configured to permit the particular detachable part to pass therethrough; and one or more projection be disposed off-center from a central axis of the punch housing , the one or more projection corresponding to one or more notches on an edge of a primary card body of the data carrier ; a switch disposed adjacent to the one or more projection , the switch , when activated, causing removal of the detachable part from the data carrier ; and a punch operably connected to the switch , when activated by the switch , the punch breaking at least one fixing portion connecting the detachable part to the data carrier in response to activation of the switch , wherein the one or more projection are configured to permit the data carrier to engage the switch to prevent improper activation of the switch and damage to an integrated circuit component of the at least one detachable part , wherein the form changing part aperture is disposed on a punch template , wherein the punch template is exchangeable, so that in use each exchangeable punch template having a corresponding form changing part aperture has a size that corresponds to respective form changing part sizes .
Flexible, pressure-sensitively adhesive sheetlike structure for structural bonding, more particularly for clearance compensation, comprising (a) an open-cell flexible foam substrate with (b) at least one layer of a thermally curable pressure sensitive adhesive on both sides of the open-cell flexible foam substrate, wherein the open-cell foam substrate (a) is a chemically crosslinked foam, wherein the thermally curable pressure sensitive adhesive comprises at least (i) a polymer, at least (ii) a reactive component, at least (iii) an activator, and optionally (iv) a tackifier resin, wherein the thermally curable pressure sensitive adhesive comprises at least 100 parts of reactive component (ii) per 100 parts of polymer (i) and, where used, tackifier resin (iv). wherein the open-cell foam substrate (a) is a chemically crosslinked foam, wherein the thermally curable pressure sensitive adhesive comprises at least (i) a polymer, at least (ii) a reactive component, at least (iii) an activator, and optionally (iv) a tackifier resin, wherein the thermally curable pressure sensitive adhesive comprises at least 100 parts of reactive component (ii) per 100 parts of polymer (i) and, where used, tackifier resin (iv).
An apparatus comprising a navigation analyzer configured to determine a turn center location based on a radius of curvature for a curved navigation path for a vehicle to follow and to determine a distance between the turn center location and at least one of a front axle or a rear axle of the vehicle ; a feedforward wheel angle determiner configured to determine a wheel steering angle based on the distance between the turn center location and the at least one of the front axle or the rear axle and a distance between the front axle and the rear axle ; a heading error offset determiner configured to determine a heading error offset adjustment based on a distance; and a steering controller configured to cause the vehicle to follow the curved navigation path based on the wheel steering angle and the heading error offset adjustment; characterized in that the navigation analyzer is configured to determine a distance between a location sensor and the turn center location ; and that the heading error offset determiner is configured to determine the heading error offset adjustment based on the distance between the location sensor and the turn center location and the distance between the location sensor and at least one of the front axle or the rear axle . a navigation analyzer configured to determine a turn center location based on a radius of curvature for a curved navigation path for a vehicle to follow and to determine a distance between the turn center location and at least one of a front axle or a rear axle of the vehicle ; a feedforward wheel angle determiner configured to determine a wheel steering angle based on the distance between the turn center location and the at least one of the front axle or the rear axle and a distance between the front axle and the rear axle ; a heading error offset determiner configured to determine a heading error offset adjustment based on a distance; and a steering controller configured to cause the vehicle to follow the curved navigation path based on the wheel steering angle and the heading error offset adjustment; characterized in that the navigation analyzer is configured to determine a distance between a location sensor and the turn center location ; and that the heading error offset determiner is configured to determine the heading error offset adjustment based on the distance between the location sensor and the turn center location and the distance between the location sensor and at least one of the front axle or the rear axle .
A method of scheduling a content update of a mobile widget, comprising: receiving a widget update consideration including widget depth to which a user views mobile widget content and a frequency at which a user views mobile widget content and an update priority among respective mobile widgets such that less accessed widgets are provided less frequent content updates; generating a content update schedule for a mobile widget based on the update consideration , wherein a content update for a less frequently used mobile widget is updated according to the content update schedule of a mobile widget having a more frequent content update schedule ; and storing the generated content update schedule for use in updating a content of the mobile widget . receiving a widget update consideration including widget depth to which a user views mobile widget content and a frequency at which a user views mobile widget content and an update priority among respective mobile widgets such that less accessed widgets are provided less frequent content updates; generating a content update schedule for a mobile widget based on the update consideration , wherein a content update for a less frequently used mobile widget is updated according to the content update schedule of a mobile widget having a more frequent content update schedule ; and storing the generated content update schedule for use in updating a content of the mobile widget .