mhurhangee/patent-ind-claim-en huggingface dataset:
A system for transmitting data to a first and a second user device within a user's premises , the system comprising a distribution point having an aggregatior device comprising a plurality of access network modems and having a plurality of lines connected thereto, a splitter device connected to the aggregation point via one of the lines connected thereto and being located within the user's premises, a first connection between the splitter device and a first customer premises equipment modem , the first customer premises equipment modem being connected to the first user device, and a second connection between the splitter device and a second customer premises equipment modem , the second customer premises equipment modem being connected to the second user device, wherein the aggregation device is operable to transmit data for the first user device via a first one of the plurality of modems in the aggregation device, the splitter device and the first customer premises equipment modem using a Digital Subscriber Line protocol and is operable to transmit data for the second user device via the first one of the plurality of modems in the aggregation device, the splitter device and the second customer premises equipment modem using a Digital Subscriber Line protocol and a media converter device which is operable to be connected between the splitter device and the first connection between the splitter device and the first customer premises equipment modem , the media converter comprising a band-pass filter for blocking unwanted interference from the first connection from coupling into the splitter device, and an amplifier for amplifying signals prior to transmitting them onto the first connection, the amplifier being operable to amplify the signals to a value appropriate for the nature of the first connection.
A voltage sensing circuit for sensing a voltage across a circuit component , comprising: a first terminal and a second terminal adapted to connect across the circuit component ; a voltage divider including first and second resistors (R1, R2) in series, adapted to be connected in parallel with the circuit component and between the first terminal and the second terminal , wherein a sensing terminal between the first and second resistors is for providing a sense signal that is able to indicate the voltage across the circuit component; a voltage clamping component (D1) adapted to be coupled from the sensing terminal to the circuit component; a current injector for injecting current to the sensing terminal; and a controller for receiving the sense signal and for controlling the current injection, wherein the controller is adapted to: detect if the sense signal has dropped below a minimum threshold indicating a fault and in response control the current injector to inject a current into the sensing terminal; and detect the sense signal in response to the injection of current and in response thereto determine if the fault is caused by the circuit component or by the voltage divider by comparing the sense signal in response to the injected current and a clamping voltage of the voltage clamping component (D1). a first terminal and a second terminal adapted to connect across the circuit component ; a voltage divider including first and second resistors (R1, R2) in series, adapted to be connected in parallel with the circuit component and between the first terminal and the second terminal , wherein a sensing terminal between the first and second resistors is for providing a sense signal that is able to indicate the voltage across the circuit component; a voltage clamping component (D1) adapted to be coupled from the sensing terminal to the circuit component; a current injector for injecting current to the sensing terminal; and a controller for receiving the sense signal and for controlling the current injection, wherein the controller is adapted to: detect if the sense signal has dropped below a minimum threshold indicating a fault and in response control the current injector to inject a current into the sensing terminal; and detect the sense signal in response to the injection of current and in response thereto determine if the fault is caused by the circuit component or by the voltage divider by comparing the sense signal in response to the injected current and a clamping voltage of the voltage clamping component (D1). detect if the sense signal has dropped below a minimum threshold indicating a fault and in response control the current injector to inject a current into the sensing terminal; and detect the sense signal in response to the injection of current and in response thereto determine if the fault is caused by the circuit component or by the voltage divider by comparing the sense signal in response to the injected current and a clamping voltage of the voltage clamping component (D1).
A method for pairing a remote controller with a device , the method comprising, at the device : - receiving , via a voice interface , an activation phrase; - receiving , via a remote controller interface , a command from the remote controller , wherein the command includes a remote controller identifier; - storing the remote controller identifier as an identifier of a paired remote controller; characterized in that the steps of receiving and storing are performed after checking that the activation phrase is received from within an allowable activation angle . - receiving , via a voice interface , an activation phrase; - receiving , via a remote controller interface , a command from the remote controller , wherein the command includes a remote controller identifier; - storing the remote controller identifier as an identifier of a paired remote controller;
A pre-fabricated water control sluice gate system comprising: a. a frame comprising: i. two side panels ; ii. a base panel interconnecting the two side panels ; and iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; b. one or more gate members ; and c. an actuator adapted for moving the one or more gate members; wherein the side and/or base panels are adapted for mounting the one or more gate members thereto; wherein a) a part of the base panel is configured as a lower gate member extending between the two side panels , characterized in that a) the lower gate member comprises one or more channels of a first type extending from one side of lower gate member to the other; and wherein the one or more channels of a first type are configured for being in a closed configuration and in an open configuration, and/or b) wherein the base panel comprises one or more channels of a second type extending from one side of the gate member to the other side of the gate member , and wherein one or more inlets and one or more outlets of a channel is positioned on each side of the lower gate member , and wherein the one or more channels of a second type are configured for being in a closed configuration and in an open configuration. a. a frame comprising: i. two side panels ; ii. a base panel interconnecting the two side panels ; and iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; i. two side panels ; ii. a base panel interconnecting the two side panels ; and iii. at least one lifting anchor or coupler adapted for receiving a lifting anchor; b. one or more gate members ; and c. an actuator adapted for moving the one or more gate members;
An exhaust gas supply arrangement to a turbine wheel of an exhaust gas turbocharger , having: a flange for connecting to a manifold of an internal combustion engine ; an exhaust gas supply leading from the flange to the turbine wheel ; a partition which divides the exhaust gas supply into two channels , wherein, in a top view of the flange , a coordinate system is defined, the origin thereof lies in the center of the partition , the y-axis thereof follows the partition and the x-axis thereof is perpendicular to the y-axis; wherein the flange has a rectangular base shape with two X-outer sides running parallel to the x-axis and two Y-outer sides running parallel to the y-axis, wherein at least one of the X-outer sides has a reinforcement in the form of an elevation , and wherein the elevation is formed in the center of the X-outer side , wherein the elevation has an elevation width (EB) perpendicular to the y-axis, wherein the flange has a largest flange width (FB) perpendicular to the y-axis, characterised in that the elevation width (EB) is 0.2 to 0.7 times, preferably 0.3 to 0.5 times the flange width (FB). a flange for connecting to a manifold of an internal combustion engine ; an exhaust gas supply leading from the flange to the turbine wheel ; a partition which divides the exhaust gas supply into two channels , wherein, in a top view of the flange , a coordinate system is defined, the origin thereof lies in the center of the partition , the y-axis thereof follows the partition and the x-axis thereof is perpendicular to the y-axis; wherein the flange has a rectangular base shape with two X-outer sides running parallel to the x-axis and two Y-outer sides running parallel to the y-axis, wherein at least one of the X-outer sides has a reinforcement in the form of an elevation , and wherein the elevation is formed in the center of the X-outer side , wherein the elevation has an elevation width (EB) perpendicular to the y-axis, wherein the flange has a largest flange width (FB) perpendicular to the y-axis, characterised in that the elevation width (EB) is 0.2 to 0.7 times, preferably 0.3 to 0.5 times the flange width (FB).
A computer-implemented method of identifying at least one portion of the skin of an animal which is a region of interest, the method comprising: receiving a temperature dataset comprising a two-dimensional thermal image indicating the temperature of each of a plurality of points in the region of the skin of the animal; and based on the temperature dataset, deriving an estimate of the portion of the region of the skin which is part of the region of interest; wherein the step of deriving the estimate of the portion of the skin which is part of the region of interest further employs a three-dimensional model of the profile of the skin, wherein the temperature dataset is used to obtain an initial segmentation of the region of the skin which classifies the region of the skin into at least one portion of the skin which is part of the region of interest and at least one portion which is not part of the region of interest, and wherein the three dimensional model of the profile of the skin is used to enhance the initial segmentation by identifying at least one area of the initial segmentation which incorrectly classifies skin as part of the region of interest, and by correcting the identified incorrect classification. receiving a temperature dataset comprising a two-dimensional thermal image indicating the temperature of each of a plurality of points in the region of the skin of the animal; and based on the temperature dataset, deriving an estimate of the portion of the region of the skin which is part of the region of interest; wherein the step of deriving the estimate of the portion of the skin which is part of the region of interest further employs a three-dimensional model of the profile of the skin, wherein the temperature dataset is used to obtain an initial segmentation of the region of the skin which classifies the region of the skin into at least one portion of the skin which is part of the region of interest and at least one portion which is not part of the region of interest, and wherein the three dimensional model of the profile of the skin is used to enhance the initial segmentation by identifying at least one area of the initial segmentation which incorrectly classifies skin as part of the region of interest, and by correcting the identified incorrect classification.
Ladder system for hoisting rescue vehicles, comprising a plurality of ladder segments being telescopically extendable with regard to each other, with a bottom ladder set being mountable on top of a base part of the vehicle and an top ladder set supported on top of the bottom ladder set , each of the bottom ladder set and the top ladder set comprising a plurality of ladder segments, wherein the ladder system comprises two independent telescopic drives for driving the extension of the respective ladder segments of the bottom ladder set and the top ladder set , wherein the telescopic drives comprise a bottom drive for extending the bottom ladder segments of the bottom ladder set and a top drive for extending the top ladder segments of the top ladder set and being mounted to the top ladder set , said ladder system further comprising a control device to operate both telescopic drives independent of each other, characterized in that the control device is configured to start the operation of the bottom drive and the top drive in a predetermined order depending on one of a plurality of operation modes of the control device, such operation modes corresponding to different loads acting on the ladder system in an at least partially extended state. said ladder system further comprising a control device to operate both telescopic drives independent of each other, characterized in that the control device is configured to start the operation of the bottom drive and the top drive in a predetermined order depending on one of a plurality of operation modes of the control device, such operation modes corresponding to different loads acting on the ladder system in an at least partially extended state.
Apparatus for measuring an environment from a vehicle, in particular an aircraft, with a laser scanner mountable on the vehicle and configured to scan the environment by means of substantially periodically emitted laser pulses (Si) and to generate, from the environment-reflected laser pulses (E i ), a sequence of distance measurements (di) and, based thereon, a sequence of scan points (P i , P n ) which form a scan point cloud of the environment , characterized in that the apparatus contains a display device (1") configured to display the scan point cloud , projected in a viewing direction (A), onto a screen , and the laser scanner is configured to generate a data marker (M) for two consecutive distance measurements (di) in the sequence of distance measurements whose temporal distance (ΔT) exceeds a threshold value (T L ), or for two consecutive scan points (P i , P n ) in the sequence of scan points whose temporal or in the viewing direction (A) projected spatial distance (ΔT, ΔO) exceeds a threshold value (T L , O L ), wherein the display device (1") is configured to display the data marker (M) on the screen locally adjacent to said two distance measurements (di, d i+x ; d n , d n+1 ) or scan points (P i , P i+x ; P n , P n+1 ), respectively. a laser scanner mountable on the vehicle and configured to scan the environment by means of substantially periodically emitted laser pulses (Si) and to generate, from the environment-reflected laser pulses (E i ), a sequence of distance measurements (di) and, based thereon, a sequence of scan points (P i , P n ) which form a scan point cloud of the environment , characterized in that the apparatus contains a display device (1") configured to display the scan point cloud , projected in a viewing direction (A), onto a screen , and the laser scanner is configured to generate a data marker (M) for two consecutive distance measurements (di) in the sequence of distance measurements whose temporal distance (ΔT) exceeds a threshold value (T L ), or for two consecutive scan points (P i , P n ) in the sequence of scan points whose temporal or in the viewing direction (A) projected spatial distance (ΔT, ΔO) exceeds a threshold value (T L , O L ), wherein the display device (1") is configured to display the data marker (M) on the screen locally adjacent to said two distance measurements (di, d i+x ; d n , d n+1 ) or scan points (P i , P i+x ; P n , P n+1 ), respectively.
A gas analysis system having: - A sample loop for forming a gas sample, - A precut column for separating compounds of interest from compounds of no interest, such, having an inlet fluidly connected to the sample loop - A main column for separating each compound of interest, having an inlet fluidly connected to an outlet of the precut column - A fluidic management system including a carrier gas supply and at least a valve , wherein the fluidic management system is configured so that the carrier gas is able to flow in the precut column in both directions, wherein the fluidic management system includes a first line fluidly connecting the carrier gas supply to the outlet of the precut column and a second line connecting the carrier gas supply to the inlet of the main column , wherein the at least one valve is configured to be disposed in the first and second lines so as to enable or disable the fluid connection between the carrier gas supply and the inlet of the main column and the carrier gas supply and the outlet of the precut column characterised in that the first line includes a first flow regulator and the second line includes a second flow regulator , the first and second flow regulators configured to regulate the flow of carrier gas and the first flow regulator configured to form a flow having a higher flow rate than the flow formed by the second flow regulator . - A sample loop for forming a gas sample, - A precut column for separating compounds of interest from compounds of no interest, such, having an inlet fluidly connected to the sample loop - A main column for separating each compound of interest, having an inlet fluidly connected to an outlet of the precut column - A fluidic management system including a carrier gas supply and at least a valve , wherein the fluidic management system is configured so that the carrier gas is able to flow in the precut column in both directions, wherein the fluidic management system includes a first line fluidly connecting the carrier gas supply to the outlet of the precut column and a second line connecting the carrier gas supply to the inlet of the main column , wherein the at least one valve is configured to be disposed in the first and second lines so as to enable or disable the fluid connection between the carrier gas supply and the inlet of the main column and the carrier gas supply and the outlet of the precut column
A thermosetting resin composition comprising (A) a polyalkenylphenol resin and (B) an aromatic polymaleimide compound, wherein the polyalkenylphenol resin (A) has in the molecule at least one each of (a1) an aromatic ring unit with an alkyl-etherified phenolic hydroxyl group and with or without a 2-alkenyl group bonded thereto, and (a2) an aromatic ring unit with a phenolic hydroxyl group and with or without a 2-alkenyl group bonded thereto, at least some of the aromatic ring units (a1) and/or (a2) having a 2-alkenyl group, each aromatic ring unit being bonded by a linking group, wherein the ratio of n to (m + n) is 10 to 60% where m is the number of aromatic ring units of (a1) and n is the number of aromatic ring units of (a2), and wherein the thermosetting resin composition comprises the polyalkenylphenol resin (A) in an amount such that the proportion of 2-alkenyl groups is 0.4 to 1.5 mol relative to 1 mol of maleimide groups in the aromatic polymaleimide compound (B).
An negative pressure wound therapy apparatus comprising: a pump assembly, the pump assembly comprising a source of negative pressure configured to be fluidically connected to a dressing configured to be placed over a wound; and a power source comprising an energy harvester in electrical communication with the pump assembly, characterised in that the energy harvester is configured to receive ambient radio frequency (RF) signals and to generate power from at least some of the received RF signals. a pump assembly, the pump assembly comprising a source of negative pressure configured to be fluidically connected to a dressing configured to be placed over a wound; and a power source comprising an energy harvester in electrical communication with the pump assembly, characterised in that the energy harvester is configured to receive ambient radio frequency (RF) signals and to generate power from at least some of the received RF signals.
A household cleaning appliance (2, 2.1), in particular a vacuum cleaner (2, 2.1), comprising: - at least one accessory (4, 4.1) at least connectable to a base body , - at least one first rechargeable energy storage arranged in the base body , - at least one further rechargeable energy storage arranged in the accessory (4, 4.1) - at least one consumer suppliable with energy by at least one of the rechargeable energy storages , - wherein at least a first switch unit arranged between the first rechargeable energy storage and the further rechargeable energy storage is provided, and - wherein the first switch unit is configured to connect the first rechargeable energy storage and the further rechargeable energy storage in parallel in a first switch position and in series in a second switch position, characterized in that - the household cleaning appliance (2, 2.1) comprises a control unit configured to control the first switch unit , - the control unit is configured to control the first switch unit depending on the type of accessory detected of an accessory (4, 4.1) connected to the household cleaning appliance (2, 2.1). - at least one accessory (4, 4.1) at least connectable to a base body , - at least one first rechargeable energy storage arranged in the base body , - at least one further rechargeable energy storage arranged in the accessory (4, 4.1) - at least one consumer suppliable with energy by at least one of the rechargeable energy storages , - wherein at least a first switch unit arranged between the first rechargeable energy storage and the further rechargeable energy storage is provided, and - wherein the first switch unit is configured to connect the first rechargeable energy storage and the further rechargeable energy storage in parallel in a first switch position and in series in a second switch position, characterized in that - the household cleaning appliance (2, 2.1) comprises a control unit configured to control the first switch unit , - the control unit is configured to control the first switch unit depending on the type of accessory detected of an accessory (4, 4.1) connected to the household cleaning appliance (2, 2.1).
Device for receiving a bicycle carrier with a guide provided on the rear side of a vehicle and extending parallel to the rear wheel axle and with a slide which is displaceable on the guide and comprises a rotary plate with a receptacle for the bicycle carrier, which bicycle carrier can be pivoted about the axis of the rotary plate between a transport position at the rear and an open position pivoted out laterally next to the vehicle, characterized in that the rotary plate provided with a projecting arm forming the receptacle for the bicycle carrier is seated on a shaft which is rotatably mounted in the slide and carries a gearwheel segment , which gearwheel segment works together with a gear rack at an end of the guide , which end is facing one side of the vehicle, and in that the rotary plate has a rotary stop which is supported on a sliding surface extending along the guide and releasing the rotary stop in the engagement region of the gearwheel segment into the gear rack .