mhurhangee/patent-ind-claim-en huggingface dataset:
A radio communication apparatus comprising: a radio communication unit configured to perform radio communication with another radio communication apparatus; and a control unit configured to control processing of - calculating a difference between a designated transmission period and a transmission period of a frame; - calculating a transmission period required for transmitting information to be added to the frame, which information can be used for communication by the another radio communication apparatus which is a transmission destination; - hierarchizing, in a case where said transmission period required for transmitting the information is not smaller than or equal to said difference between the designated transmission period and the transmission period of the frame, the information which can be used for communication by the another radio communication apparatus, wherein the hierarchization indicates dividing the information and determining priority of the information; and - adding the hierarchized information to the frame within such a range that transmission is possible using an assigned radio resource. a radio communication unit configured to perform radio communication with another radio communication apparatus; and a control unit configured to control processing of - calculating a difference between a designated transmission period and a transmission period of a frame; - calculating a transmission period required for transmitting information to be added to the frame, which information can be used for communication by the another radio communication apparatus which is a transmission destination; - hierarchizing, in a case where said transmission period required for transmitting the information is not smaller than or equal to said difference between the designated transmission period and the transmission period of the frame, the information which can be used for communication by the another radio communication apparatus, wherein the hierarchization indicates dividing the information and determining priority of the information; and - adding the hierarchized information to the frame within such a range that transmission is possible using an assigned radio resource. - calculating a difference between a designated transmission period and a transmission period of a frame; - calculating a transmission period required for transmitting information to be added to the frame, which information can be used for communication by the another radio communication apparatus which is a transmission destination; - hierarchizing, in a case where said transmission period required for transmitting the information is not smaller than or equal to said difference between the designated transmission period and the transmission period of the frame, the information which can be used for communication by the another radio communication apparatus, wherein the hierarchization indicates dividing the information and determining priority of the information; and - adding the hierarchized information to the frame within such a range that transmission is possible using an assigned radio resource.
Dolly , for transporting in particular a Cargo container , in particular on the apron of an airport, with - wheels , at least one of which is steerable, - a drawbar which carries a coupling part of a trailer coupling at the front end and is operatively connected to the front wheels for the steering angle, - a coupling part at the rear end of the dolly complementary to the coupling part at the front end, - a control (1*) that controls at least all moving parts of the dolly , - an energy storage device , in particular an electric battery , - an energy access for charging the energy storage device or a changeover device for the energy storage device , characterized by - a loading platform , - a drivable loading device adapted to move the load from the dolly to the receiving vehicle or component, comprising a loading motor and an actuator , - a data memory. - wheels , at least one of which is steerable, - a drawbar which carries a coupling part of a trailer coupling at the front end and is operatively connected to the front wheels for the steering angle, - a coupling part at the rear end of the dolly complementary to the coupling part at the front end, - a control (1*) that controls at least all moving parts of the dolly , - an energy storage device , in particular an electric battery , - an energy access for charging the energy storage device or a changeover device for the energy storage device , characterized by - a loading platform , - a drivable loading device adapted to move the load from the dolly to the receiving vehicle or component, comprising a loading motor and an actuator , - a data memory.
A method of measuring a breath analyte using a gas sampling and analysis system comprising: monitoring a series of breaths with an analyte sensor (S) of the system ; determining a plurality of breath segments of the series of breaths to capture using the analyte sensor (S), wherein each of the plurality of breath segments comprises a duration shorter than an analyte response time of the analyte sensor (S); collecting the plurality of breath segments together in a multiple sample bolus; reversing flow of the multiple sample bolus through the analyte sensor (S); and measuring an analyte concentration of the multiple sample bolus using the analyte sensor (S), wherein the reversed flow of the multiple sample bolus comprises a duration longer than a response time of the analyte sensor (S). monitoring a series of breaths with an analyte sensor (S) of the system ; determining a plurality of breath segments of the series of breaths to capture using the analyte sensor (S), wherein each of the plurality of breath segments comprises a duration shorter than an analyte response time of the analyte sensor (S); collecting the plurality of breath segments together in a multiple sample bolus; reversing flow of the multiple sample bolus through the analyte sensor (S); and measuring an analyte concentration of the multiple sample bolus using the analyte sensor (S), wherein the reversed flow of the multiple sample bolus comprises a duration longer than a response time of the analyte sensor (S).
A method for detecting inconsistencies in a structure, the method comprising: sending signals into a first surface of a structure using an ultrasonic transducer ; receiving ultrasound response signals at the ultrasonic transducer for detecting inconsistencies in the structure ; heating a portion of a second surface of the structure while the ultrasonic transducer is sending signals into the first surface , wherein the second surface is on an opposite side of the structure from the first surface and said heating is performed by directing radiation of a heat lamp or a flash lamp on the second surface; and taking infrared images of the portion of the second surface of the structure after heating the second surface for detecting inconsistencies in the structure sending signals into a first surface of a structure using an ultrasonic transducer ; receiving ultrasound response signals at the ultrasonic transducer for detecting inconsistencies in the structure ; heating a portion of a second surface of the structure while the ultrasonic transducer is sending signals into the first surface , wherein the second surface is on an opposite side of the structure from the first surface and said heating is performed by directing radiation of a heat lamp or a flash lamp on the second surface; and taking infrared images of the portion of the second surface of the structure after heating the second surface for detecting inconsistencies in the structure
A method for detecting cancer in a tissue specimen, comprising: preparing a cell lysate from the tissue specimen or a cell lysate from a region suspected to be cancer isolated from the tissue specimen; and evaluating a taxis behavior of a nematode for the cell lysate, wherein the taxis behavior means attraction behavior or avoidance behavior of the nematode to the cell lysate, wherein if the nematode exhibits an attraction behavior to the cell lysate, then it is indicated that the tissue specimen or the region suspected to be cancer which the cell lysate is derived from has cancer or a possibility of having cancer. preparing a cell lysate from the tissue specimen or a cell lysate from a region suspected to be cancer isolated from the tissue specimen; and evaluating a taxis behavior of a nematode for the cell lysate, wherein the taxis behavior means attraction behavior or avoidance behavior of the nematode to the cell lysate, wherein if the nematode exhibits an attraction behavior to the cell lysate, then it is indicated that the tissue specimen or the region suspected to be cancer which the cell lysate is derived from has cancer or a possibility of having cancer.
A DNA vector for transformation and integration with Leishmania tarentolae chromosome containing a gene according to Seq.3 or Seq.7 or Seq.8 encoding a truncated version of equine BChE, devoid of the tetrameric domain, the vector being for biosynthesis of a recombinant protein from the Open Reading Frame contained in the gene, wherein gene contains the Open Reading Frame encoding a protein with Seq.1 containing 564 amino acid residues and bearing at an N-terminus a secreted Leishmania sequence with 23 amino acid residues and additionally containing 2 Gly-Ala amino acid residues, and at the C-terminus containing 4 Leu-Lys-Gly-Thr amino acid residues and a 6-residue His-tag.
A device for treating a target tissue, comprising: a clip including a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, proximal ends of a pair of clip arms slidably received within the channel so that the pair of clip arms are movable between an open configuration, in which distal ends thereof are separated from one another, and a closed configuration, in which the distal ends thereof are moved toward one another, the capsule further including a cap coupled to a distal end of a longitudinal body so that, when a predetermined force is exerted on the cap via engaging features of the clip arms , the cap is moved from a pre-deployed configuration to the deployed configuration, in which the cap is moved proximally relative to the longitudinal body to reduce a length of the capsule ; and a proximal portion configured to permit insertion of the clip through a working channel of an endoscope, the proximal portion including a flexible shaft extending from a proximal end to a distal end configured to be releasably coupled to the proximal end of the capsule and a control member extending through the flexible shaft to a distal end releasably coupled to proximal ends of the clip arms so that moving the control member longitudinally relative to the flexible shaft moves the clip arms between the open and the closed configurations. a clip including a capsule extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, proximal ends of a pair of clip arms slidably received within the channel so that the pair of clip arms are movable between an open configuration, in which distal ends thereof are separated from one another, and a closed configuration, in which the distal ends thereof are moved toward one another, the capsule further including a cap coupled to a distal end of a longitudinal body so that, when a predetermined force is exerted on the cap via engaging features of the clip arms , the cap is moved from a pre-deployed configuration to the deployed configuration, in which the cap is moved proximally relative to the longitudinal body to reduce a length of the capsule ; and a proximal portion configured to permit insertion of the clip through a working channel of an endoscope, the proximal portion including a flexible shaft extending from a proximal end to a distal end configured to be releasably coupled to the proximal end of the capsule and a control member extending through the flexible shaft to a distal end releasably coupled to proximal ends of the clip arms so that moving the control member longitudinally relative to the flexible shaft moves the clip arms between the open and the closed configurations.
Suspended bag as a conveyed-goods container for transporting conveyed goods in a suspended conveying device, having a first bag sidewall and a second bag sidewall , which, opposing each other, delimit a conveyed-goods receiving area between them and are connected to each other in a hinged connection area in such a manner that they can be folded apart and folded together for opening and closing the conveyed-goods receiving area , and having a suspension means for suspending the suspended bag on a guide rail arrangement of a suspension conveying device, wherein the first bag sidewall includes a rigid edge contouring area and thereon is connected to the suspension means so as to be pivotally movable around a pivot axis , and wherein the second bag sidewall is connected to the suspension means or can be acted upon thereby in such a manner that by pivoting the first bag sidewall around the pivot axis , the first and second bag sidewalls are unfoldable and foldable, wherein the suspended bag comprises a base assembly and an exchangeable member , wherein the base assembly comprises the suspension means and the rigid edge contouring area , and wherein the exchangeable member comprises at least a part of the second bag sidewall , preferably the entire second bag sidewall , characterised in that the exchangeable member is exchangeably provided on the base assembly by means of a clamping bracket .
A computer-implemented method executed by a mobile computing device, the method comprising: determining a decreasing sequence of scan ratios , each scan ratio indicating a proportion of time over which the mobile computing device scans one or more frequencies to attempt connection with a wireless network during a disconnected time window when the mobile computing device is disconnected from the wireless network; determining a connected time window when the mobile computing device is connected to the wireless network, the connected time window occurring after the disconnected time window; determining a ping-pong rate for the mobile computing device based at least on a duration of the connected time window, wherein the ping-pong rate is representative of a rate at which the mobile computing device changes between being connected to, and being disconnected from, the wireless network; selecting a scan ratio from the decreasing sequence of scan ratios based on the ping-pong rate, wherein the ping-pong rate determines how far back in the sequence to reset the scan ratio; and scanning the one or more frequencies in accordance with the decreasing sequence of scan ratios and starting from the selected scan ratio to cause the mobile computing device to attempt connection with the wireless network. determining a decreasing sequence of scan ratios , each scan ratio indicating a proportion of time over which the mobile computing device scans one or more frequencies to attempt connection with a wireless network during a disconnected time window when the mobile computing device is disconnected from the wireless network; determining a connected time window when the mobile computing device is connected to the wireless network, the connected time window occurring after the disconnected time window; determining a ping-pong rate for the mobile computing device based at least on a duration of the connected time window, wherein the ping-pong rate is representative of a rate at which the mobile computing device changes between being connected to, and being disconnected from, the wireless network; selecting a scan ratio from the decreasing sequence of scan ratios based on the ping-pong rate, wherein the ping-pong rate determines how far back in the sequence to reset the scan ratio; and scanning the one or more frequencies in accordance with the decreasing sequence of scan ratios and starting from the selected scan ratio to cause the mobile computing device to attempt connection with the wireless network.
A battery cell , comprising: an electrode assembly , comprising a main body and tabs ; a housing with an opening, wherein the housing is used to accommodate the electrode assembly ; an end cover assembly used to cover the opening; and a support piece located between the main body and the end cover assembly , wherein the tabs are bent around the support piece , and the support piece is configured to prevent the main body from moving along a direction facing the end cover assembly ; wherein the end cover assembly is provided with a first recessed portion facing the main body , and the first recessed portion is configured to accommodate at least a part of the support piece ; wherein the first recessed portion is configured to accommodate at least a part of the tabs . an electrode assembly , comprising a main body and tabs ; a housing with an opening, wherein the housing is used to accommodate the electrode assembly ; an end cover assembly used to cover the opening; and a support piece located between the main body and the end cover assembly , wherein the tabs are bent around the support piece , and the support piece is configured to prevent the main body from moving along a direction facing the end cover assembly ; wherein the end cover assembly is provided with a first recessed portion facing the main body , and the first recessed portion is configured to accommodate at least a part of the support piece ; wherein the first recessed portion is configured to accommodate at least a part of the tabs .
A method for face liveness detection, comprising: receiving a first image comprising a portion corresponding to a face of a user; detecting two-dimensional, 2D, image information related to the face of the user based on the first image, wherein the 2D image information includes one or more 2D facial landmark points determined based on the first image; obtaining three-dimensional, 3D, shape information of the face of the user based on a 3D face model for the user, wherein the 3D shape information includes one or more corresponding 3D facial landmark points that are projected based on a 3D pose in the 3D face model for the user, wherein the 3D pose of the face in the first image is determined based on the one or more determined 2D facial landmark points and the one or more 3D facial landmark points in the 3D face model for the user; performing a homography mapping by determining correspondences between the one or more 2D facial landmark points and the one or more corresponding 3D facial landmark points that are perspectively projected based on the 3D pose; and identifying liveness of the face in the first image based on the homography mapping by determining a deviation of the homography mapping. receiving a first image comprising a portion corresponding to a face of a user; detecting two-dimensional, 2D, image information related to the face of the user based on the first image, wherein the 2D image information includes one or more 2D facial landmark points determined based on the first image; obtaining three-dimensional, 3D, shape information of the face of the user based on a 3D face model for the user, wherein the 3D shape information includes one or more corresponding 3D facial landmark points that are projected based on a 3D pose in the 3D face model for the user, wherein the 3D pose of the face in the first image is determined based on the one or more determined 2D facial landmark points and the one or more 3D facial landmark points in the 3D face model for the user; performing a homography mapping by determining correspondences between the one or more 2D facial landmark points and the one or more corresponding 3D facial landmark points that are perspectively projected based on the 3D pose; and identifying liveness of the face in the first image based on the homography mapping by determining a deviation of the homography mapping.
A method for generating a digital value for a physically unclonable function, the method comprising: receiving a first voltage value; receiving a second voltage value; generating a thermometer code, wherein the thermometer code includes a number of consecutive bits of a first bit value and wherein the number of consecutive bits of a first bit value is proportional to a magnitude of a voltage difference between the first voltage value and the second voltage value; and in which generating a thermometer code includes one of: (i) applying a voltage corresponding to the first voltage value to even numbered inverters in an inverter chain and applying a voltage corresponding to the second voltage value to odd numbered inverters in the inverter chain; or (ii) applying a first edge associated with the first voltage to a first delay chain and applying a second edge associated with the second voltage to a second delay chain, wherein the second edge trails the first edge by a predetermined value. receiving a first voltage value; receiving a second voltage value; generating a thermometer code, wherein the thermometer code includes a number of consecutive bits of a first bit value and wherein the number of consecutive bits of a first bit value is proportional to a magnitude of a voltage difference between the first voltage value and the second voltage value; and in which generating a thermometer code includes one of: (i) applying a voltage corresponding to the first voltage value to even numbered inverters in an inverter chain and applying a voltage corresponding to the second voltage value to odd numbered inverters in the inverter chain; or (ii) applying a first edge associated with the first voltage to a first delay chain and applying a second edge associated with the second voltage to a second delay chain, wherein the second edge trails the first edge by a predetermined value. (i) applying a voltage corresponding to the first voltage value to even numbered inverters in an inverter chain and applying a voltage corresponding to the second voltage value to odd numbered inverters in the inverter chain; or (ii) applying a first edge associated with the first voltage to a first delay chain and applying a second edge associated with the second voltage to a second delay chain, wherein the second edge trails the first edge by a predetermined value.
A storage system comprising a holding device , at least two vertical carrier elements , at least two brackets , each of which is adapted to be releasably attached to one of the carrier elements, and a shelf that is devised to be suspended between said two brackets characterized by the holding device has a connecting part and a holding part , wherein the connecting part is bent, along a line to form, in cross-section, a U-shape having a first and a second leg, wherein the first leg is inserted into said one of said brackets and the second leg is connected to the holding part having a holding feature.
An optical sheet having flexibility and used in a curved state, the optical sheet comprising: a polarized layer that polarizes incident light; and a specific wavelength absorption layer that is provided on a curved concave side of the polarized layer and includes a polycarbonate and a light absorbing agent that absorbs light in a specific wavelength range out of light in a wavelength range of 350 nm to 740 nm, being characterized in that the polycarbonate has a viscosity average molecular weight Mv of 23,000 to 28,000, and the polycarbonate has a water absorption rate of 0.04% to 0.15%. a polarized layer that polarizes incident light; and a specific wavelength absorption layer that is provided on a curved concave side of the polarized layer and includes a polycarbonate and a light absorbing agent that absorbs light in a specific wavelength range out of light in a wavelength range of 350 nm to 740 nm, being characterized in that the polycarbonate has a viscosity average molecular weight Mv of 23,000 to 28,000, and the polycarbonate has a water absorption rate of 0.04% to 0.15%.