mhurhangee/patent-ind-claim-en huggingface dataset:
Separating blade for the material-removing machining of a mineral-containing hard material, comprising a machining section (2; 38, 39; 44-46), situated radially on the outside with respect to a central separating blade axis, for material removal of the hard material, wherein the separating blade is designed to be set in rotation by means of a drivable flange arrangement , and wherein a liquid coolant can be supplied to the separating blade for a machining mode, wherein, in an inner volume of the separating blade that is surrounded by parts of the separating blade , an inner structure for providing a flow path, through which the coolant can flow, between an inlet point of the separating blade for supplying the coolant and an outlet point of the separating blade for the discharge of the coolant is formed in such a way that, in the connected state with the flange arrangement , an outflow of portions of the supplied coolant from the inner volume is prevented along the flow path during the machining mode of the separating blade , thus ensuring that no coolant reaches the machining section (2; 38, 39; 44-46) on the outside of the separating blade , wherein the inlet point is in a hub region of the separating blade and wherein the inner structure defines a flow path for the coolant that can be supplied, according to which, in the machining mode, the coolant flows radially with respect to the separating blade axis from the inside outwards from the inlet point , characterized in that the outlet point is also in the hub region of the separating blade , wherein the coolant flows radially with respect to the separating blade axis from the outside inwards to the outlet point .
An apparatus, comprising: a housing having a periphery configured to operate as a first antenna , a second antenna , and a third antenna , the periphery including: a top wall having a first slot formed therein; a first side wall having a second slot formed therein; and a second side wall having a third slot formed therein, the top wall arranged between the first side wall and the second side wall , wherein a top portion of the periphery is between the second slot and the third slot , wherein the top portion is divided into a first top side portion and a second top side portion via the first slot , wherein the first top side portion has no slot, and is between the first slot formed in the top wall and the second slot formed in the first side wall , and is configured to operate as the first antenna , wherein the second top side portion has no slot, and is between the first slot formed in the top wall and the third slot formed in the second side wall , and is configured to operate as both the second antenna and the third antenna , wherein the first antenna has a first antenna feed member and a first antenna ground , the second antenna has a second antenna feed member and a second antenna ground , and the third antenna has a third antenna feed member and a third antenna ground , and wherein the first slot , the second slot and the third slot are of a same width that is in a range of 0.5-5 mm. a top wall having a first slot formed therein; a first side wall having a second slot formed therein; and a second side wall having a third slot formed therein, the top wall arranged between the first side wall and the second side wall , wherein a top portion of the periphery is between the second slot and the third slot , wherein the top portion is divided into a first top side portion and a second top side portion via the first slot , wherein the first top side portion has no slot, and is between the first slot formed in the top wall and the second slot formed in the first side wall , and is configured to operate as the first antenna , wherein the second top side portion has no slot, and is between the first slot formed in the top wall and the third slot formed in the second side wall , and is configured to operate as both the second antenna and the third antenna , wherein the first antenna has a first antenna feed member and a first antenna ground , the second antenna has a second antenna feed member and a second antenna ground , and the third antenna has a third antenna feed member and a third antenna ground , and wherein the first slot , the second slot and the third slot are of a same width that is in a range of 0.5-5 mm.
A method comprising: receiving a signaling indication at a user equipment from a network entity, wherein the signaling indication indicates a configuration for sounding reference signal transmission via at least one of antenna switching or repetition using a resource group, wherein the resource group comprises a plurality of resources that have a limited time interval between at least two of the plurality of resources within the resource group; and transmitting the sounding reference signal from the user equipment to the network entity via at least one of the antenna switching or the repetition using the resource group, wherein the resource group comprises a common characteristic, wherein the common characteristic comprises at least one of a sounding reference signal bandwidth, frequency hopping bandwidth, number of antenna ports, or a period to simplify configuration signaling of the sounding reference signal. receiving a signaling indication at a user equipment from a network entity, wherein the signaling indication indicates a configuration for sounding reference signal transmission via at least one of antenna switching or repetition using a resource group, wherein the resource group comprises a plurality of resources that have a limited time interval between at least two of the plurality of resources within the resource group; and transmitting the sounding reference signal from the user equipment to the network entity via at least one of the antenna switching or the repetition using the resource group, wherein the resource group comprises a common characteristic, wherein the common characteristic comprises at least one of a sounding reference signal bandwidth, frequency hopping bandwidth, number of antenna ports, or a period to simplify configuration signaling of the sounding reference signal.
A vehicle driving assembly with transversely placed double power sources, connected to a vehicle axle half shaft, wherein the vehicle driving assembly comprises a first power source, a second power source and an automatic transmission , the automatic transmission is provided with a first input shaft and a second input shaft , the power sources are individually connected to the two input shafts, and a differential is provided at a joint of the automatic transmission and the vehicle axle half shaft, the first power source is a combination of an engine and an ISG electric motor ; in the automatic transmission , a first intermediate shaft is provided parallel to the first input shaft , a second intermediate shaft is provided in the direction coaxial with the first input shaft , a third intermediate shaft is provided in the direction coaxial with the first intermediate shaft , a first clutch is provided between the first intermediate shaft and the third intermediate shaft , and a second clutch is provided between the first input shaft and the second intermediate shaft ; the first input shaft is provided with a first gear , the first intermediate shaft is provided with a second gear , and the first gear and the second gear are engaged to transmit power; the second intermediate shaft is provided with a third gear , the third intermediate shaft is provided with a fourth gear , and the third gear and the fourth gear are engaged to transmit power; and the third intermediate shaft is further provided with a fifth gear , the differential is provided with a sixth gear , and the fifth gear and the sixth gear are engaged to transmit power; and the second input shaft is provided with a seventh gear , and the seventh gear and the third gear are engaged to transmit power.
A module system for a modular plug connector, comprising: a module block to be received in the modular plug connector, wherein the module block ') is designed with a plurality of contact receptacles which are each provided to receive a contact of a first type, and an adaptation component which is designed to be received in one said contact receptacle of the module block , wherein the adaptation component is provided to receive a contact of a second type, wherein the contact of the second type has a smaller cross-section than the contact of the first type. a module block to be received in the modular plug connector, wherein the module block ') is designed with a plurality of contact receptacles which are each provided to receive a contact of a first type, and an adaptation component which is designed to be received in one said contact receptacle of the module block , wherein the adaptation component is provided to receive a contact of a second type, wherein the contact of the second type has a smaller cross-section than the contact of the first type.
Method for accessing a shared communication medium, known as the medium, access to the medium being of "carrier-sense multiple access" type, wherein, in order to be able to send a message over the medium, the message comprising an item of information representative of a message type, an electronic device waits for a waiting time before checking whether the medium is available for sending the message, the waiting time being determined randomly and being between a minimum waiting time and a maximum waiting time (Tmax), the method comprising, for each message to be sent, a step of: - determining the type of the message to be sent from among a first message type known as a "data message" and a second message type known as a "control message" on the basis of the item of information representative of a message type of said message to be sent, the method being characterized in that , a first list comprising at least the first message type being associated with a first maximum waiting time, and at least one second list comprising at least the second message type being associated with a second maximum waiting time: - the maximum waiting time Tmax is chosen so as to be equal to the maximum waiting time associated with the list comprising the type of the message to be sent, which is determined by the following formula: Tmax = min 2 txAttemps + macCSMAR 1 + macCSMAR 2 macSCPLength 2 with " txAttemps " and "macSCPLength" being predefined variables, the method being characterized in that values of the variables " macCSMAR1 " and "macCSMAR2" are determined on the basis of the type of message to be sent by the electronic device. - determining the type of the message to be sent from among a first message type known as a "data message" and a second message type known as a "control message" on the basis of the item of information representative of a message type of said message to be sent, - the maximum waiting time Tmax is chosen so as to be equal to the maximum waiting time associated with the list comprising the type of the message to be sent, which is determined by the following formula: Tmax = min 2 txAttemps + macCSMAR 1 + macCSMAR 2 macSCPLength 2 with " txAttemps " and "macSCPLength" being predefined variables, the method being characterized in that values of the variables " macCSMAR1 " and "macCSMAR2" are determined on the basis of the type of message to be sent by the electronic device.
Device comprising: - a photovoltaic cell equipped with a structure capable of emitting a light radiation, said photovoltaic cell including on a region of a main face , a first layer through which one or more patterns are engraved, said one or more patterns being distributed according to a predetermined arrangement corresponding to at least one information symbol, in particular a given information item relating to said cell, said first layer resting on a second layer with which said first layer forms a junction, said junction being, when it is reverse biased, capable of emitting a light radiation displaying said one or more patterns engraved in said first layer , the device being characterised in that it comprises: - a bias circuit configured to reverse bias said junction. - a photovoltaic cell equipped with a structure capable of emitting a light radiation, said photovoltaic cell including on a region of a main face , a first layer through which one or more patterns are engraved, said one or more patterns being distributed according to a predetermined arrangement corresponding to at least one information symbol, in particular a given information item relating to said cell, said first layer resting on a second layer with which said first layer forms a junction, said junction being, when it is reverse biased, capable of emitting a light radiation displaying said one or more patterns engraved in said first layer , the device being characterised in that it comprises: - a bias circuit configured to reverse bias said junction. - a bias circuit configured to reverse bias said junction.
Temporary spacer device , for an articulation of the human body such for example as a knee joint, comprising a first component or femoral component , suitable to be constrained, in use, to a bone or to the femoral bone of a patient, at the joint of the human body such for example as a knee joint, a second component or tibial component , suitable to be constrained, in use, to a bone or tibial bone of a patient, at the articulation of the human body such for example as a knee joint, and at least one stem provided with a proximal end , wherein said at least one stem has a rod-like configuration, a longitudinal axis (Y), and comprises an elongated body which extends from said proximal end up to a distal end , opposite to said proximal end , wherein said first component or femoral component and/or said second component or tibial component comprise at least one housing seat for said proximal end of said at least one stem , adapted to allow the inclination and/or rotation of said at least one stem with respect to an insertion axis (X) of said proximal end in said at least one housing seat , characterized in that said elongated body comprises at least one recess , suitable to contain a filling material .
A method of capacitive sensing using an integrated capacitive sensor device and display device, said method comprising: transmitting a transmitter signal with a combination electrode of said integrated capacitive sensor device and display device, said combination electrode configured for both capacitive sensing and display updating, wherein said transmitter signal transitions at least twice during a non-display update time period associated with row update of said display device; updating a display of said display device during an update time period; and receiving a resulting signal with a receiver electrode of said integrated capacitive sensor device and display device during said non-display update time period, said resulting signal corresponding to said transmitter signal; said method of capacitive sensing further comprising, for the given resulting signal, acquiring a first demodulated output by demodulating said given resulting signal using a first demodulation scheme; acquiring a second demodulated output by demodulating said given resulting signal using a second demodulation scheme, wherein said first and second demodulation schemes involve different demodulation frequencies; measuring an amount of interference for the first and second demodulation schemes; and using the demodulated output from the first and second demodulated outputs with the lowest amount of interference for determining positional information. transmitting a transmitter signal with a combination electrode of said integrated capacitive sensor device and display device, said combination electrode configured for both capacitive sensing and display updating, wherein said transmitter signal transitions at least twice during a non-display update time period associated with row update of said display device; updating a display of said display device during an update time period; and receiving a resulting signal with a receiver electrode of said integrated capacitive sensor device and display device during said non-display update time period, said resulting signal corresponding to said transmitter signal; said method of capacitive sensing further comprising, for the given resulting signal, acquiring a first demodulated output by demodulating said given resulting signal using a first demodulation scheme; acquiring a second demodulated output by demodulating said given resulting signal using a second demodulation scheme, wherein said first and second demodulation schemes involve different demodulation frequencies; measuring an amount of interference for the first and second demodulation schemes; and using the demodulated output from the first and second demodulated outputs with the lowest amount of interference for determining positional information.
A wireless communication apparatus comprising: a subcarrier allocation section adapted to allocate first data satisfying a predetermined condition to a subcarrier or a subcarrier block, and further adapted to allocate second data different from the first data to a first fixed preassigned subcarrier or a first fixed preassigned subcarrier block; and a transmission section adapted to transmit the first data and the second data allocated to the subcarrier or the subcarrier block by the subcarrier allocation section; characterized in that the selection of the subcarrier or the subcarrier block is based on reception quality information indicating reception quality of each communicating party; and the subcarrier allocation section is further adapted to allocate the first data to a second preassigned fixed subcarrier or a second preassigned fixed subcarrier block in a case where the transmission section retransmits the first data. a subcarrier allocation section adapted to allocate first data satisfying a predetermined condition to a subcarrier or a subcarrier block, and further adapted to allocate second data different from the first data to a first fixed preassigned subcarrier or a first fixed preassigned subcarrier block; and a transmission section adapted to transmit the first data and the second data allocated to the subcarrier or the subcarrier block by the subcarrier allocation section; characterized in that the selection of the subcarrier or the subcarrier block is based on reception quality information indicating reception quality of each communicating party; and the subcarrier allocation section is further adapted to allocate the first data to a second preassigned fixed subcarrier or a second preassigned fixed subcarrier block in a case where the transmission section retransmits the first data.
Closure device for a closing element , in particular a sliding door, which can be displaced back and forth between an open position and a closed position, having an actuating element which can be rotated or pivoted about an actuation axis of rotation (B) and having a closure element which can be actuated by way of the actuating element , wherein the closure element and the actuating element are coupled to one another by way of an emergency decoupling device , wherein the closure element can be rotated about a relative axis of rotation (R), characterized in that the actuation axis of rotation (B) and the relative axis of rotation (R) are arranged parallel to each other.
A mobile device , comprising: a location information acquiring unit configured to acquire a location of the mobile device ; an image pickup unit configured to capture an image comprising a building; a first sensor configured to detect a direction of the building and a second sensor configured to detect a distance to the building; a display ; a communication unit configured to communicate with a server ; and a control unit configured to: control the communication unit to transmit the location , the direction and the distance to the server for calculation of a location on a map; receive, from the server , building information corresponding to the location on a map; control the display to display the received building information on the captured image comprising the building; and the control unit is further configured to, in response to a category being selected by a user among a plurality of categories, control the display to display building information corresponding to the selected category among the received building information distinctively from building information corresponding to remaining categories. a location information acquiring unit configured to acquire a location of the mobile device ; an image pickup unit configured to capture an image comprising a building; a first sensor configured to detect a direction of the building and a second sensor configured to detect a distance to the building; a display ; a communication unit configured to communicate with a server ; and a control unit configured to: control the communication unit to transmit the location , the direction and the distance to the server for calculation of a location on a map; receive, from the server , building information corresponding to the location on a map; control the display to display the received building information on the captured image comprising the building; and the control unit is further configured to, in response to a category being selected by a user among a plurality of categories, control the display to display building information corresponding to the selected category among the received building information distinctively from building information corresponding to remaining categories. control the communication unit to transmit the location , the direction and the distance to the server for calculation of a location on a map; receive, from the server , building information corresponding to the location on a map; control the display to display the received building information on the captured image comprising the building; and the control unit is further configured to, in response to a category being selected by a user among a plurality of categories, control the display to display building information corresponding to the selected category among the received building information distinctively from building information corresponding to remaining categories.