mhurhangee/patent-ind-claim-en huggingface dataset:
A Josephson transmission line, JTL, system comprising: a plurality of JTL stages that are arranged in series; a bias transformer (T B1 , T B2 ) comprising a primary inductor and a secondary inductor configured such that a DC bias current flows through the primary inductor to induce bias signal via the secondary inductor, and a clock transformer comprising a primary inductor configured to propagate an AC clock signal (CLK) and a secondary inductor arranged in series with the secondary inductor of the bias transformer (T B1 , T B2 ) in a series loop with at least two of the plurality of JTL stages , the clock transformer being configured, when a single flux quantum, SFQ, pulse is propagated through the plurality of JTL stages based on the bias signal and the AC clock signal, to set one of the plurality of JTL stages in the series loop and concurrently reset another one of the plurality of JTL stages in the series loop in response to a first phase of the AC clock signal (CLK) and to reset the respective one of the plurality of JTL stages in response to a second phase of the AC clock signal (CLK) that is opposite the first phase. a plurality of JTL stages that are arranged in series; a bias transformer (T B1 , T B2 ) comprising a primary inductor and a secondary inductor configured such that a DC bias current flows through the primary inductor to induce bias signal via the secondary inductor, and a clock transformer comprising a primary inductor configured to propagate an AC clock signal (CLK) and a secondary inductor arranged in series with the secondary inductor of the bias transformer (T B1 , T B2 ) in a series loop with at least two of the plurality of JTL stages , the clock transformer being configured, when a single flux quantum, SFQ, pulse is propagated through the plurality of JTL stages based on the bias signal and the AC clock signal, to set one of the plurality of JTL stages in the series loop and concurrently reset another one of the plurality of JTL stages in the series loop in response to a first phase of the AC clock signal (CLK) and to reset the respective one of the plurality of JTL stages in response to a second phase of the AC clock signal (CLK) that is opposite the first phase.
A system for providing visual crop data to a mobile device, the system comprising at least one server computer in communication with a mobile device, the at least one server computer configured to: receive, from the mobile device , location data relating to a geographical position of the mobile device; retrieve, from at least one topographical data source , topographical data associated with at least a portion of the location data; generate shape data based at least partially on the topographical data ; wherein the server computer is furthermore configured to transmit at least a portion of the shape data to the mobile device, such that at least one shape is visually displayed on at least a portion of a map image displayed on the mobile device, wherein the at least one shape is based at least partially on the at least a portion of the shape data, wherein the at least one shape at least partially indicates at least one region, the at least one region comprising at least one of the following : soil region, crop region, geographic region, or any combination thereof, further wherein at least one buffer region is displayed in relation to the at least one region . receive, from the mobile device , location data relating to a geographical position of the mobile device; retrieve, from at least one topographical data source , topographical data associated with at least a portion of the location data; generate shape data based at least partially on the topographical data ; wherein the server computer is furthermore configured to transmit at least a portion of the shape data to the mobile device, such that at least one shape is visually displayed on at least a portion of a map image displayed on the mobile device, wherein the at least one shape is based at least partially on the at least a portion of the shape data, wherein the at least one shape at least partially indicates at least one region, the at least one region comprising at least one of the following : soil region, crop region, geographic region, or any combination thereof, further wherein at least one buffer region is displayed in relation to the at least one region .
A water-resistant cleaning apparatus comprises: a plurality of devices each device comprising a moveable skin titivation head , the head is temporarily attached to a case ; and an electric motor having a rotary spindle parallel to a rotary axis of the case for driving the head , the devices are spaced apart from each other and connected together by a handle , wherein the electric motor is activated by application of a force to at least one of the heads , wherein each case covers a housing which in use shields the motor from water, wherein the case is slidably connected to the rotary spindle by gear teeth on the case engaged with gear teeth on the rotary spindle so the case slides parallel to the rotary axis toward the motor under application of the force which activates the motor by switching a switch.
A gastric calibration tube , comprising: a flexible elongate member having a proximal end portion , a distal end portion , and an outer surface that extends between the proximal and distal end portions, the outer surface defining a side opening , the flexible elongate member defining a lumen that is in communication with the side opening; a pushing member having a proximal portion and a distal portion, the distal portion being advanceable through the lumen of the flexible elongate member and out of the side opening of the flexible elongate member ; and a balloon member , said balloon member being inflatable and thereby configured to fix the gastric calibration tube within a patient's stomach, characterised in that the balloon member is secured to the pushing member . a flexible elongate member having a proximal end portion , a distal end portion , and an outer surface that extends between the proximal and distal end portions, the outer surface defining a side opening , the flexible elongate member defining a lumen that is in communication with the side opening; a pushing member having a proximal portion and a distal portion, the distal portion being advanceable through the lumen of the flexible elongate member and out of the side opening of the flexible elongate member ; and a balloon member , said balloon member being inflatable and thereby configured to fix the gastric calibration tube within a patient's stomach, characterised in that the balloon member is secured to the pushing member .
Heating system, comprising a heating unit and multiple consumer circuits , wherein a fluid for heat transfer circulates between the heating unit and the consumer circuits , wherein each consumer circuit is assigned a control apparatus , wherein each control apparatus comprises the following: - a scanning apparatus for determining the presence of a demand for heat in the consumer circuit , wherein the scanning apparatus is configured to determine the presence of the demand for heat if a rate of volumetric flow of the fluid through the consumer circuit exceeds a predetermined threshold value; characterized in that each control apparatus comprises a processing device which is configured to provide the heating unit with a request for a predetermined supply temperature only if a demand for heat is present; and in that the heating unit is configured to heat the fluid to the highest of the requested supply temperatures. - a scanning apparatus for determining the presence of a demand for heat in the consumer circuit , wherein the scanning apparatus is configured to determine the presence of the demand for heat if a rate of volumetric flow of the fluid through the consumer circuit exceeds a predetermined threshold value;
An aerosol-generating article comprising: an aerosol-generating substrate ; and a mouthpiece in axial alignment with the aerosol-generating substrate , the mouthpiece comprising: an additive segment of filtration material comprising one or more breakable capsules , each breakable capsule comprising an outer shell and an inner core containing an additive, and an intermediate segment of filtration material provided adjacent the aerosol-generating substrate , characterised in that the additive segment of filtration material is spaced downstream from the intermediate segment to define an upstream cavity between the intermediate segment and the additive segment of filtration material , wherein the upstream cavity is substantially unfilled; and a wrapper circumscribing the additive segment of filtration material and the upstream cavity . an aerosol-generating substrate ; and a mouthpiece in axial alignment with the aerosol-generating substrate , the mouthpiece comprising: an additive segment of filtration material comprising one or more breakable capsules , each breakable capsule comprising an outer shell and an inner core containing an additive, and an intermediate segment of filtration material provided adjacent the aerosol-generating substrate , characterised in that the additive segment of filtration material is spaced downstream from the intermediate segment to define an upstream cavity between the intermediate segment and the additive segment of filtration material , wherein the upstream cavity is substantially unfilled; and an additive segment of filtration material comprising one or more breakable capsules , each breakable capsule comprising an outer shell and an inner core containing an additive, and an intermediate segment of filtration material provided adjacent the aerosol-generating substrate , characterised in that the additive segment of filtration material is spaced downstream from the intermediate segment to define an upstream cavity between the intermediate segment and the additive segment of filtration material , wherein the upstream cavity is substantially unfilled; and a wrapper circumscribing the additive segment of filtration material and the upstream cavity .
A device-registration-operation assisting apparatus for use in a device management system comprising a plurality of devices installed in a building and a management device connected to the devices via a network, for assisting in an operation for registering position of the devices, the device-registration-operation assisting apparatus comprising: an emission unit of an electromagnetic wave, the emission unit being integrated into or positioned near each of the plurality of devices; and a mobile terminal , the mobile terminal comprising a receiving unit configured to receive the electromagnetic wave, a display unit configured to display information of the device into or near which the emission unit from which the electromagnetic wave is emitted is integrated or positioned, and an input unit configured to receive an input of registration information for registering the device displayed on the display unit in the device management system, the registration information being position information of the device in the building, wherein the display unit does not display the information of the device for which the registration information is input to the input unit, or changes display of the information, characterised in that the emission unit is configured to stop emission of the electromagnetic wave after the receiving unit receives the electromagnetic wave. an emission unit of an electromagnetic wave, the emission unit being integrated into or positioned near each of the plurality of devices; and a mobile terminal , the mobile terminal comprising a receiving unit configured to receive the electromagnetic wave, a display unit configured to display information of the device into or near which the emission unit from which the electromagnetic wave is emitted is integrated or positioned, and an input unit configured to receive an input of registration information for registering the device displayed on the display unit in the device management system, the registration information being position information of the device in the building, wherein the display unit does not display the information of the device for which the registration information is input to the input unit, or changes display of the information, characterised in that the emission unit is configured to stop emission of the electromagnetic wave after the receiving unit receives the electromagnetic wave.
An inspection system , comprising: an inspection area; at least one x-ray source adapted to emit x-ray radiation into the inspection area; a sparse detector array positioned to receive x-ray radiation from the at least one x-ray source after passing through the inspection area, wherein the sparse detector array includes a plurality of rows of detector elements, wherein at least some of the plurality of rows are separated by gaps such that the at least some of the plurality of rows are non-contiguous, wherein a percentage of rows in the sparse detector array compared to a full array of detectors is less than 50%; and at least one processor programmed to: determine a first volumetric image of at least a portion of an item within the inspection area using a direct reconstruction process from outputs of the sparse detector array when irradiated by the at least one x-ray source; initialize an iterative reconstruction process with the first volumetric image; and perform the iterative reconstruction process to determine a second volumetric image of at least a portion of the item within the inspection area. an inspection area; at least one x-ray source adapted to emit x-ray radiation into the inspection area; a sparse detector array positioned to receive x-ray radiation from the at least one x-ray source after passing through the inspection area, wherein the sparse detector array includes a plurality of rows of detector elements, wherein at least some of the plurality of rows are separated by gaps such that the at least some of the plurality of rows are non-contiguous, wherein a percentage of rows in the sparse detector array compared to a full array of detectors is less than 50%; and at least one processor programmed to: determine a first volumetric image of at least a portion of an item within the inspection area using a direct reconstruction process from outputs of the sparse detector array when irradiated by the at least one x-ray source; initialize an iterative reconstruction process with the first volumetric image; and perform the iterative reconstruction process to determine a second volumetric image of at least a portion of the item within the inspection area. determine a first volumetric image of at least a portion of an item within the inspection area using a direct reconstruction process from outputs of the sparse detector array when irradiated by the at least one x-ray source; initialize an iterative reconstruction process with the first volumetric image; and perform the iterative reconstruction process to determine a second volumetric image of at least a portion of the item within the inspection area.
A method for detecting the presence of humidity on a surface of a bare metal strip or of a coated metal strip , the method being characterized in that it comprises the following steps: - blowing on said surface an impinging air flow producing an air flow deflected by said surface , said impinging air flow not being saturated, - measuring a humidity content of at least a portion of said deflected air flow , - comparing the humidity content of said impinging air flow and said deflected air flow . - if said humidity content of said deflected air flow is superior to said humidity content of said impinging air flow , the presence of humidity on said surface of said bare metal strip or of said coated metal strip is detected. - blowing on said surface an impinging air flow producing an air flow deflected by said surface , said impinging air flow not being saturated, - measuring a humidity content of at least a portion of said deflected air flow , - comparing the humidity content of said impinging air flow and said deflected air flow . - if said humidity content of said deflected air flow is superior to said humidity content of said impinging air flow , the presence of humidity on said surface of said bare metal strip or of said coated metal strip is detected.
Apparatus for analysing a pharmaceutical dosage form, comprising: a rotation stage having a rotation stage surface arranged to receive a dosage form which has opposing major faces separated by an edge face; a gripper arranged to grasp the dosage form; a Raman analysis station having a test location and arranged to detect Raman spectral features in probe light scattered within the dosage form when positioned at the test location; a controller arranged to control rotation of the rotation stage so as to rotate the dosage form when on the stage surface to a preferred alignment, to control the gripper to grasp the dosage form in the preferred alignment, and to control the gripper to carry the grasped dosage form to the test location for Raman analysis; and a machine vision system arranged to detect alignment of the dosage form when on the rotation stage surface , and to pass the detected alignment of the dosage form to the controller for controlling rotation of the rotation stage to rotate the dosage form to the preferred alignment, the controller being further arranged to control the gripper to rotate the dosage form and place the dosage form on edge onto the rotation stage so as to present the edge face of the dosage form to the machine vision system , the machine vision system being further arranged to determine a thickness of the dosage form from the presented edge face. a rotation stage having a rotation stage surface arranged to receive a dosage form which has opposing major faces separated by an edge face; a gripper arranged to grasp the dosage form; a Raman analysis station having a test location and arranged to detect Raman spectral features in probe light scattered within the dosage form when positioned at the test location; a controller arranged to control rotation of the rotation stage so as to rotate the dosage form when on the stage surface to a preferred alignment, to control the gripper to grasp the dosage form in the preferred alignment, and to control the gripper to carry the grasped dosage form to the test location for Raman analysis; and a machine vision system arranged to detect alignment of the dosage form when on the rotation stage surface , and to pass the detected alignment of the dosage form to the controller for controlling rotation of the rotation stage to rotate the dosage form to the preferred alignment, the controller being further arranged to control the gripper to rotate the dosage form and place the dosage form on edge onto the rotation stage so as to present the edge face of the dosage form to the machine vision system , the machine vision system being further arranged to determine a thickness of the dosage form from the presented edge face.
A refrigerator comprising: a main body configured to have a storage chamber therein; a door rotatably disposed at a front of the main body by hinge units so as to open or close the storage chamber, and configured to have a rotation shaft located at a front of the main body and spaced apart from the main body; and a protection member configured to cover a separation distance (a) generated between the main body and the door, coupled to the main body and extending along the main body between the hinge units such that the protection member is disposed between the rotation shaft of the door and the main body, wherein each hinge unit comprises a door coupling part at one side thereof for coupling the hinge unit to the main body and a rotation coupling part at the other side thereof for coupling the hinge unit to the door and characterized in that each hinge unit further comprises second coupling parts for supporting the protection member . a main body configured to have a storage chamber therein; a door rotatably disposed at a front of the main body by hinge units so as to open or close the storage chamber, and configured to have a rotation shaft located at a front of the main body and spaced apart from the main body; and a protection member configured to cover a separation distance (a) generated between the main body and the door, coupled to the main body and extending along the main body between the hinge units such that the protection member is disposed between the rotation shaft of the door and the main body, wherein each hinge unit comprises a door coupling part at one side thereof for coupling the hinge unit to the main body and a rotation coupling part at the other side thereof for coupling the hinge unit to the door and characterized in that each hinge unit further comprises second coupling parts for supporting the protection member .
A method performed in a battery module comprising a first charging terminal and a second charging terminal for connecting the battery module to a power source , wherein the battery module further comprises a battery cell arrangement having a first terminal and a second terminal , wherein the first terminal of the battery cell arrangement is connected to the first charging terminal, and wherein the battery module further comprises a direct current to direct current, DC-DC, converter having a first input terminal connected to the second terminal of the battery cell arrangement, a second input terminal connected to the second charging terminal, and an output terminal connected to the first terminal of the battery cell arrangement, the method comprising: in response to detection of a first condition at the battery module, switching to a mode in which a voltage (U1) applied at the first and second charging terminals for charging the battery cell arrangement is divided between a voltage at the battery cell arrangement and a voltage at the first and second input terminals of the DC-DC converter, and in which a charge current of the battery cell arrangement corresponds to a sum of a current provided between the first and second input terminals of the converter and a current provided at the output terminal of the converter.
A method of wireless communication performed by a user equipment, UE, comprising: determining whether acknowledgement or negative acknowledgement, ACK/NACK, signaling is to be included in an uplink transmission in a portion of uplink resources allocated for a data channel; generating a reference signal that indicates whether the ACK/NACK signaling is present in the uplink transmission, wherein the reference signal includes a single symbol; and wherein a single symbol of the reference signal indicates whether the ACK/NACK signaling is present in the uplink transmission, and wherein a phase ramping of a plurality of phase rampings applied to the single symbol indicates whether the ACK/NACK signaling is present or not present in the uplink transmission; and wherein the reference signal is modulated to indicate more than one bit of information concerning the quantity of ACK/NACK signaling bits transmitted by the UE; and transmitting the reference signal that indicates whether the ACK/NACK signaling is present in the uplink transmission. determining whether acknowledgement or negative acknowledgement, ACK/NACK, signaling is to be included in an uplink transmission in a portion of uplink resources allocated for a data channel; generating a reference signal that indicates whether the ACK/NACK signaling is present in the uplink transmission, wherein the reference signal includes a single symbol; and wherein a single symbol of the reference signal indicates whether the ACK/NACK signaling is present in the uplink transmission, and wherein a phase ramping of a plurality of phase rampings applied to the single symbol indicates whether the ACK/NACK signaling is present or not present in the uplink transmission; and wherein the reference signal is modulated to indicate more than one bit of information concerning the quantity of ACK/NACK signaling bits transmitted by the UE; and transmitting the reference signal that indicates whether the ACK/NACK signaling is present in the uplink transmission.