mhurhangee/patent-ind-claim-en huggingface dataset:
A security sheet for an identity document comprising: a plastic substrate formed from a plurality of plastic layers ; and at least one security element in the form of personal data, the at least one security element being located in and/or on the plastic substrate , characterised in that the plastic substrate comprises a plurality of windows , each window having a maximum width in the range of from approximately 0,5 mm to approximately 10 mm; and in that the at least one security element is located adjacent to the plurality of windows; and in that the at least one security element forms an image comprising a portrait image of a holder of the identity document and the plurality of windows are disposed around the portrait image. a plastic substrate formed from a plurality of plastic layers ; and at least one security element in the form of personal data, the at least one security element being located in and/or on the plastic substrate , characterised in that the plastic substrate comprises a plurality of windows , each window having a maximum width in the range of from approximately 0,5 mm to approximately 10 mm; and in that the at least one security element is located adjacent to the plurality of windows; and in that the at least one security element forms an image comprising a portrait image of a holder of the identity document and the plurality of windows are disposed around the portrait image.
An anode active material for a lithium secondary battery, comprising a first anode active material and a second anode active material, each of which comprises a carbon-based active material and has a crystallite size defined as Equation 1 in a range from 50 nm to 60 nm, wherein an XRD orientation ratio of the first anode active material is in a range from 0.9 to 1.2, and an XRD orientation ratio of the second anode active material is in a range from 1 to 5, and the XRD orientation ratio is defined as I /I which is a ratio of a peak intensity at a plane relative to a peak intensity at a plane: L = 1.84 λ βcosθ wherein, in Equation 1, L is the crystallite size, λ is an X-ray wavelength in nm used in an XRD analysis, β is a full width at half maximum in rad of the plane, and θ is a diffraction angle in rad, wherein the XRD analysis is performed by the method defined in the description. wherein an XRD orientation ratio of the first anode active material is in a range from 0.9 to 1.2, and an XRD orientation ratio of the second anode active material is in a range from 1 to 5, and the XRD orientation ratio is defined as I /I which is a ratio of a peak intensity at a plane relative to a peak intensity at a plane: L = 1.84 λ βcosθ wherein, in Equation 1, L is the crystallite size, λ is an X-ray wavelength in nm used in an XRD analysis, β is a full width at half maximum in rad of the plane, and θ is a diffraction angle in rad, wherein the XRD analysis is performed by the method defined in the description.
An injection applicator comprising an injectable composition, the injectable composition comprising a compressed silk fibroin foam having an interconnected pore structure and a porosity of at least 50% for use in a method of repairing or augmenting a tissue in a subject, wherein the foam is compressed prior to injection and expands when released from the compression upon injection into the tissue, and retains at least 1% of its original expanded volume within the tissue for at least 2 weeks, wherein the foam and the injection applicator are dimensioned relative to one another to provide compression of the foam when located within the injection applicator prior to injection.
Cold start management system, comprising: - a diesel combustion engine (E), comprising a cylinder, a piston (P) mounted for reciprocating movement in the cylinder, a cylinder head (H) mounted to overlie the cylinder; - the cylinder and a face (F) of the piston defining a combustion chamber (CH) and a surface (CR) surrounding the combustion chamber; wherein said reciprocating movement defines, when the piston is in a top dead center position with respect to said cylinder head, a gap (G) between said surface (CR) and said cylinder head (H); - minimization means configured to minimize said gap on the basis of an engine temperature; characterized by comprising a noise sensor associated with said engine head, wherein said gap (G) is adjusted on the basis of a signal generated by said noise sensor, thereby increasing said gap (G) when a slight collision is detected between said piston (P) and said engine head (H). - a diesel combustion engine (E), comprising a cylinder, a piston (P) mounted for reciprocating movement in the cylinder, a cylinder head (H) mounted to overlie the cylinder; - the cylinder and a face (F) of the piston defining a combustion chamber (CH) and a surface (CR) surrounding the combustion chamber; wherein said reciprocating movement defines, when the piston is in a top dead center position with respect to said cylinder head, a gap (G) between said surface (CR) and said cylinder head (H); - minimization means configured to minimize said gap on the basis of an engine temperature;
An apparatus for use in a user equipment, UE, comprising one or more baseband processors configured to: store a plurality of device profiles comprised of device profile components that characterize a behavior of the UE; select a device profile from the plurality of device profiles to use during an initial registration of the UE with an evolved packet core, EPC, network, during a service establishment via a service request message or during a radio resource control, RRC, connection establishment; generate , for an evolved node B, eNodeB, uplink data comprising the selected device profile ; receive , from the eNodeB, a plurality of configurations based on the selected device profile ; and configure access of the UE to an evolved packet core, EPC, network based on the plurality of configurations. store a plurality of device profiles comprised of device profile components that characterize a behavior of the UE; select a device profile from the plurality of device profiles to use during an initial registration of the UE with an evolved packet core, EPC, network, during a service establishment via a service request message or during a radio resource control, RRC, connection establishment; generate , for an evolved node B, eNodeB, uplink data comprising the selected device profile ; receive , from the eNodeB, a plurality of configurations based on the selected device profile ; and configure access of the UE to an evolved packet core, EPC, network based on the plurality of configurations.
UWB antenna comprising: a feed terminal , a ground terminal , a first substrate layer with a fist side and an opposed second side, a second substrate layer with a first side and an opposed second side, wherein the second substrate layer is arranged above the first substrate layer such that the second side of the first substrate layer faces the first side of the second substrate layer , a conductive ground layer arranged on the first side of the first substrate layer and connected to the ground terminal, a first conductive layer arranged between the first substrate layer and the second substrate layer , wherein a central portion of the first conductive layer is conductively connected to the feed terminal , wherein the first conductive layer has a shape with a plurality of arms extending radially from the central portion in the plane of the first conductive layer , wherein each of the plurality of arms is connected in its distal portion with the ground layer by interlayer connectors , a second conductive layer arranged on the second side of the second substrate layer , wherein the first substrate layer , the second substrate layer , the first conductive layer , the second conductive layer and the ground layer are realised with a multilayer circuit board. a feed terminal , a ground terminal , a first substrate layer with a fist side and an opposed second side, a second substrate layer with a first side and an opposed second side, wherein the second substrate layer is arranged above the first substrate layer such that the second side of the first substrate layer faces the first side of the second substrate layer , a conductive ground layer arranged on the first side of the first substrate layer and connected to the ground terminal, a first conductive layer arranged between the first substrate layer and the second substrate layer , wherein a central portion of the first conductive layer is conductively connected to the feed terminal , wherein the first conductive layer has a shape with a plurality of arms extending radially from the central portion in the plane of the first conductive layer , wherein each of the plurality of arms is connected in its distal portion with the ground layer by interlayer connectors , a second conductive layer arranged on the second side of the second substrate layer , wherein the first substrate layer , the second substrate layer , the first conductive layer , the second conductive layer and the ground layer are realised with a multilayer circuit board.
A method for configuring a communication gap, comprising: receiving (S302), by a Base Station, BS, a request for a communication gap at an inter-UE interface sent by a User Equipment, UE; and informing (S304) the UE by the BS according to the request for the communication gap at the inter-UE interface, of an interface communication gap configuration, wherein the UE configures the communication gap at the inter-UE interface according to the interface communication gap configuration, and the UE communicates based on the communication gap configured; the method characterized in that it further comprises: in response to that the UE is in random access or a measurement gap, setting a second priority of communication via an interface Uu to be higher than a first priority of communication via the inter-UE interface; and in that the request for the communication gap at the inter-UE interface comprises information on a location of an interface communication gap sub-frame, the interface communication gap sub-frame is for communication between interfaces, and the information on the location of the interface communication gap sub-frame is indicated by a gap cycle, and a bitmap. receiving (S302), by a Base Station, BS, a request for a communication gap at an inter-UE interface sent by a User Equipment, UE; and informing (S304) the UE by the BS according to the request for the communication gap at the inter-UE interface, of an interface communication gap configuration, wherein the UE configures the communication gap at the inter-UE interface according to the interface communication gap configuration, and the UE communicates based on the communication gap configured; the method characterized in that it further comprises: in response to that the UE is in random access or a measurement gap, setting a second priority of communication via an interface Uu to be higher than a first priority of communication via the inter-UE interface; and in that the request for the communication gap at the inter-UE interface comprises information on a location of an interface communication gap sub-frame, the interface communication gap sub-frame is for communication between interfaces, and the information on the location of the interface communication gap sub-frame is indicated by a gap cycle, and a bitmap.
A medical device for preserving previously removed corneal tissue , the device comprising an at least partially transparent base , at least one side wall , means for receiving and locking the corneal tissue , and an applanation lid for covering an opening opposite the base , the applanation lid including a transparent window , characterized in that the applanation lid further includes a support between the window and the side wall , the support having means for translating the window relative to the side wall of the device.
A sensor package for detecting food information related to food by kinds of food to be refrigerated or frozen, comprising: a battery providing electric power to the sensor package, an operation switch configured to cut off or permit power supply from the battery , a memory configured to store food information corresponding to the kind of the indicated food, a mark indicating a kind of food to the sensor package disposed on an appearance of the sensor package to prevent a use of the sensor package with another food kind, a sensor communication module configured to perform communication with a display disposed in a refrigerator , a sensing module configured to sense state information related to a state of food corresponding to the sensor package, wherein the sensing module is in the body of the sensor package, and a sensor control module configured to control the sensor communication module to initiate communication between the sensor package and the display of a refrigerator on the basis of state information sensed by the sensing module characterized by : an attachment member attaching the sensor package to food, wherein the attachment member is detachable from a body of the sensor package. a battery providing electric power to the sensor package, an operation switch configured to cut off or permit power supply from the battery , a memory configured to store food information corresponding to the kind of the indicated food, a mark indicating a kind of food to the sensor package disposed on an appearance of the sensor package to prevent a use of the sensor package with another food kind, a sensor communication module configured to perform communication with a display disposed in a refrigerator , a sensing module configured to sense state information related to a state of food corresponding to the sensor package, wherein the sensing module is in the body of the sensor package, and a sensor control module configured to control the sensor communication module to initiate communication between the sensor package and the display of a refrigerator on the basis of state information sensed by the sensing module characterized by : an attachment member attaching the sensor package to food, wherein the attachment member is detachable from a body of the sensor package.
A method, comprising: receiving at least one first input indicating the congestion level of a network area in which there is a first user device , the first user device having a user associated therewith, the first user device having a first bearer channel established between the first user device and a gateway , the first bearer channel having a first quality of service level; determining whether to modify the first user device to a second quality of service level based upon the received congestion level; and sending a first request to a first network element instructing the first network element to modify the first user device to the second quality of service level ; characterized by the step of determining whether the first user device leaves the network area; and when the first user device leaves the network area, sending a second request to the first network element instructing the first network element to recover the first user device to the first quality of service level. receiving at least one first input indicating the congestion level of a network area in which there is a first user device , the first user device having a user associated therewith, the first user device having a first bearer channel established between the first user device and a gateway , the first bearer channel having a first quality of service level; determining whether to modify the first user device to a second quality of service level based upon the received congestion level; and sending a first request to a first network element instructing the first network element to modify the first user device to the second quality of service level ; characterized by the step of determining whether the first user device leaves the network area; and when the first user device leaves the network area, sending a second request to the first network element instructing the first network element to recover the first user device to the first quality of service level.
Process for controlling the displaying of media on a display device, such as a digital frame , under the control of a centralized server accessing a contextual database , the process being based on the periodical transmission by said frame of a request comprising an identifier of said display device and also comprising headers defining contextual information reported to said server and stored within said contextual database , said server responding to said request by means of a response defining the media to display, accompanied by headers defining one or more actions to be executed by said display device ; characterised in that said request are HTTP GET or POST requests comprising the identifier of the frame and the IP address accompanied by headers defining contextual information to be reported to said server for the purpose of being stored within said database , and which responses received from said server comprise a XML file including a list of URL defining the images to download and display together with the duration of display, said response also comprising headers defining one or more actions to be executed by said display device ; and wherein the display device performs a comparison of the XML file with the file being currently displayed for the purpose of detecting any response which would be received from a cache instead of said server ; wherein the detection of responses received from a cache instead of from the server occurs when the received XML file and the file currently displayed are identical; wherein said detection resulting in the continuation of the displaying of the current media by said display device.
A method, comprising: forming , by a wireless system, a signal structure to match a structure of an interfering signal with repetitive time structure; using the formed signal structure to eliminate interference caused by the interfering signal; wherein the signal structure comprises parts that are synchronized with repeated parts of the interfering signal structure to cancel interference caused by the repeated parts, and the signal structure further comprises another part synchronized with non-repeated parts of the interfering signal. forming , by a wireless system, a signal structure to match a structure of an interfering signal with repetitive time structure; using the formed signal structure to eliminate interference caused by the interfering signal; wherein the signal structure comprises parts that are synchronized with repeated parts of the interfering signal structure to cancel interference caused by the repeated parts, and the signal structure further comprises another part synchronized with non-repeated parts of the interfering signal.
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Lane separation device , in particular as a passive safety device for vehicles, comprising separating elements which are arranged in a row, in a longitudinal axis, along side edges of a roadway and are connected to one another, and which are provided with connecting members on their end faces oriented transversely to the longitudinal axis, which connecting members bring about a connection to adjacent separating elements when the separating elements are placed close to one another at the end faces thereof, at least one separating element being provided with a coating on a face facing away from the roadway, in order to prevent fragments of the separating element from chipping off in the event of a collision with a vehicle, characterized in that the coating is an elastic plastics coating, and in that the at least one separating element is additionally provided with the elastic plastics coating on one or both end faces , starting from the face facing away from the roadway.
A multiple-optical-axis photoelectric sensor comprising a light projector and a light receiver , wherein each of the light projector and the light receiver includes at least: a case body having openings in both end faces in a longitudinal direction and a front face through which light is passed; a light transmission plate that closes the opening in the front face of the case body , the light transmission plate being longer than the case body ; and a pair of caps that closes the openings in the end faces of the case body , the case body includes a pair of first supports that partially support both side edges of the light transmission plate , the caps respectively include second supports continuous with the pair of first supports , the second supports supporting portions of the light transmission plate protruding from the end faces of the case body , the light transmission plate is supported by the pair of first supports and the pair of second supports with an elastic member interposed between the light transmission plate and the first and second supports , characterized in that the caps are fixed to the case body while a seal member separate from the caps and abutting on the end face of the case body is interposed between each of the caps and the case body , and a cured liquid sealing agent is interposed between leading ends of the seal member and the elastic member . each of the light projector and the light receiver includes at least: a case body having openings in both end faces in a longitudinal direction and a front face through which light is passed; a light transmission plate that closes the opening in the front face of the case body , the light transmission plate being longer than the case body ; and a pair of caps that closes the openings in the end faces of the case body , the case body includes a pair of first supports that partially support both side edges of the light transmission plate , the caps respectively include second supports continuous with the pair of first supports , the second supports supporting portions of the light transmission plate protruding from the end faces of the case body , the light transmission plate is supported by the pair of first supports and the pair of second supports with an elastic member interposed between the light transmission plate and the first and second supports , the caps are fixed to the case body while a seal member separate from the caps and abutting on the end face of the case body is interposed between each of the caps and the case body , and a cured liquid sealing agent is interposed between leading ends of the seal member and the elastic member .