mhurhangee/patent-ind-claim-en huggingface dataset:
A periphery monitoring device configured to emit light into monitoring areas in at least three directions of a moving body , wherein the periphery monitoring device comprises the moving body , and a first and second safety laser scanner, wherein the first and second safety laser scanners are mounted to the moving body for each of the monitoring areas in the directions, characterized by a monitoring area (A) in at least one direction is a three-dimensional monitoring area (A) to be monitored in three dimensions, and a monitoring area (B, C) in the other direction is a horizontal monitoring area (B, C) to be monitored in two dimensions in a horizontal direction, the first safety laser scanner configured to monitor the three-dimensional monitoring area (A) is mounted to an upper portion of the moving body , the three-dimensional monitoring area (A) forming an inclined plane-like monitoring area (A) in which an interval from the moving body gradually increases from the upper portion to a lower portion of the moving body , and the second safety laser scanner configured to monitor the horizontal monitoring area (B, C) is mounted to the lower portion of the moving body , the horizontal monitoring area (B,C) forming a horizontal plane-like monitoring area (B, C) from the lower portion of the moving body . the first and second safety laser scanners are mounted to the moving body for each of the monitoring areas in the directions, characterized by a monitoring area (A) in at least one direction is a three-dimensional monitoring area (A) to be monitored in three dimensions, and a monitoring area (B, C) in the other direction is a horizontal monitoring area (B, C) to be monitored in two dimensions in a horizontal direction, the first safety laser scanner configured to monitor the three-dimensional monitoring area (A) is mounted to an upper portion of the moving body , the three-dimensional monitoring area (A) forming an inclined plane-like monitoring area (A) in which an interval from the moving body gradually increases from the upper portion to a lower portion of the moving body , and the second safety laser scanner configured to monitor the horizontal monitoring area (B, C) is mounted to the lower portion of the moving body , the horizontal monitoring area (B,C) forming a horizontal plane-like monitoring area (B, C) from the lower portion of the moving body .
A fluid tank, comprising: a polymeric liner comprising an upper wall and a lower wall , the upper wall and the lower wall defining a cavity therebetween, and the polymeric liner including an opening ; a weld joint joining the upper and lower walls together, and a connector positioned within the opening of the polymeric liner , the connector including: a connector housing having a central collar that defines a longitudinal axis (A) and includes a skirt that extends radially outward therefrom, wherein the central collar defines an axial passage ; and a threaded member in the axial passage , wherein the threaded member projects outward from a first side of the connector housing ; characterized in that the central collar includes a circumferential groove around its periphery for receiving fiber windings during assembly into the liner , wherein the connector further includes an annular ring with a turbulator operatively connected to a second side of the connector housing opposite from the threaded member . a polymeric liner comprising an upper wall and a lower wall , the upper wall and the lower wall defining a cavity therebetween, and the polymeric liner including an opening ; a weld joint joining the upper and lower walls together, and a connector positioned within the opening of the polymeric liner , the connector including: a connector housing having a central collar that defines a longitudinal axis (A) and includes a skirt that extends radially outward therefrom, wherein the central collar defines an axial passage ; and a threaded member in the axial passage , wherein the threaded member projects outward from a first side of the connector housing ; characterized in that the central collar includes a circumferential groove around its periphery for receiving fiber windings during assembly into the liner , wherein the connector further includes an annular ring with a turbulator operatively connected to a second side of the connector housing opposite from the threaded member . the central collar includes a circumferential groove around its periphery for receiving fiber windings during assembly into the liner , wherein the connector further includes an annular ring with a turbulator operatively connected to a second side of the connector housing opposite from the threaded member .
A device for bending sheets of glass, comprising an upper bending form and a bending support , said upper bending form and/or said bending support being laterally mobile relative to one another, said bending support comprising a pre-bending mold for the gravity bending of a sheet of glass and a press-bending mold configured for pressing the sheet of glass against said upper form, of these two molds of the bending support one being surrounded by the other when viewed from above, at least one of these two molds of the bending support being able to be given a relative vertical movement with respect to the other.
A dual function composite oxygen transport membrane, said dual function membrane comprising: a porous substrate having a first side and an opposing second side , a plurality of mixed conducting oxygen transport layers capable of conducting oxygen ions and electrons at elevated temperatures above 950 °C, and a catalyst layer for catalyzing endothermic reactions, wherein the plurality of mixed conducting oxygen transport layers are formed on the first side of the porous substrate and the catalyst layer is formed on the opposing second side of the porous substrate, wherein the catalyst layer is configured to catalyze reforming of a hydrocarbon gas to form syngas and comprises one or more of nickel, cobalt, rhenium, iridium, rhodium, ruthenium, palladium, or platinum, wherein the thickness of catalyst layer is at least 10 μm, and wherein said plurality of mixed conducting oxygen transport layers form a layered structure comprising a dense layer , an intermediate porous layer located between the dense layer and the porous substrate , and a surface exchange layer over the dense layer wherein each of the dense layer and the intermediate porous layer and the surface exchange layer are capable of conducting oxygen ions and electrons at elevated temperatures above 950 °C.
A method for measuring inclination of a water jet of a laser machining device which machines a workpiece (W) by relatively moving laser light , which has been introduced and guided into the interior of the water jet jetted from an optical head through a nozzle , and the workpiece (W), which is fixed to a table , the method comprising the steps of: obtaining a stable-length range of the water jet , based on the diameter of the nozzle and the pressure of the water supplied to the nozzle , in which the laser light passing through the interior of the water jet can be reflected and advance in the axial direction; arranging the optical head at a first height position along a vertical first feed axis, the first height position selected within the stable-length range of the water jet , jetting the water jet from the optical head in a substantially vertically downward direction; measuring a center position of the water jet in a horizontal plane; arranging the optical head at a second height position along the first feed axis, the second height position selected within the stable-length range of the water jet ; jetting the water jet from the optical head in a substantially vertically downward direction; measuring the center position of the water jet in the horizontal plane; and calculating the inclination of the water jet with respect to the first feed axis from the difference between the center position of the water jet at the first height position and the center position of the water jet at the second height position, and the length along the first feed axis at the first and second height positions. obtaining a stable-length range of the water jet , based on the diameter of the nozzle and the pressure of the water supplied to the nozzle , in which the laser light passing through the interior of the water jet can be reflected and advance in the axial direction; arranging the optical head at a first height position along a vertical first feed axis, the first height position selected within the stable-length range of the water jet , jetting the water jet from the optical head in a substantially vertically downward direction; measuring a center position of the water jet in a horizontal plane; arranging the optical head at a second height position along the first feed axis, the second height position selected within the stable-length range of the water jet ; jetting the water jet from the optical head in a substantially vertically downward direction; measuring the center position of the water jet in the horizontal plane; and calculating the inclination of the water jet with respect to the first feed axis from the difference between the center position of the water jet at the first height position and the center position of the water jet at the second height position, and the length along the first feed axis at the first and second height positions.
Apparatus for locating a fault on a conductor of an electrical cable network having at least one phase conductor and at least one counter-conductor , said cable network supplying power at a customary network frequency, wherein the phase conductor is exposed to alternating current and is in operation, having a mechanism for coupling at least one test pulse in the phase conductor and a mechanism for decoupling echo pulses reflected at the fault from the phase conductor , and also having a guidance mechanism for coupling pulses at least preferably in the forwards direction to the fault , wherein the mechanisms for coupling or decoupling each have an inductively coupling design and the guidance mechanism is designed as a capacitor arranged backwards from the coupling mechanisms between the phase conductor and the counter-conductor , wherein the capacitor is configured to produce a short circuit for the higher frequency signals of the test pulses and the echo pulses resulting from these, and not to cause any interruption at lower frequencies, namely at the network frequency of a conventional supply network.
A method for detection of an uplink grant for a user agent , UA, comprising: detecting and decoding , by the UA , a semi-persistent scheduling, SPS, activation or reconfiguration signaling received from an access device over a physical downlink control channel, PDCCH, only during an SPS activation window , wherein the SPS activation window at least partially overlaps a discontinuous reception, DRX, on-duration , and wherein a start of the SPS activation window precedes a start of the discontinuous reception, DRX, on-duration by a predetermined amount of time.
An apparatus comprising means for performing: maintaining , in a database of the apparatus in a communications system, map information and driving context information of a plurality of vehicles and message history information for each vehicle pair formed by a first source vehicle and the plurality of vehicles, wherein the driving context information of each of the plurality of vehicles comprises at least information for determining a geographical location and a short-term trajectory of a corresponding vehicle; receiving from the first source vehicle a vehicular message comprising at least driving context information of the first source vehicle; selecting one or more vehicles in proximity of the first source vehicle from the plurality of vehicles based on geographical locations of the first source vehicle and the plurality of vehicles; selecting a first set of one or more target vehicles from the one or more vehicles based on the driving context information of the first source vehicle, driving context information of the one or more vehicles and the map information; analyzing message history information relating to the first source vehicle and the vehicles of the first set to determine values of one or more message history metrics for each pair formed by the first source vehicle and a target vehicle of the first set; selecting a third set of one or more target vehicles from the first set based on the values of the one or more message history metrics; and causing sending the vehicular message to the one or more target vehicles in the third set using unicast transmission. maintaining , in a database of the apparatus in a communications system, map information and driving context information of a plurality of vehicles and message history information for each vehicle pair formed by a first source vehicle and the plurality of vehicles, wherein the driving context information of each of the plurality of vehicles comprises at least information for determining a geographical location and a short-term trajectory of a corresponding vehicle; receiving from the first source vehicle a vehicular message comprising at least driving context information of the first source vehicle; selecting one or more vehicles in proximity of the first source vehicle from the plurality of vehicles based on geographical locations of the first source vehicle and the plurality of vehicles; selecting a first set of one or more target vehicles from the one or more vehicles based on the driving context information of the first source vehicle, driving context information of the one or more vehicles and the map information; analyzing message history information relating to the first source vehicle and the vehicles of the first set to determine values of one or more message history metrics for each pair formed by the first source vehicle and a target vehicle of the first set; selecting a third set of one or more target vehicles from the first set based on the values of the one or more message history metrics; and causing sending the vehicular message to the one or more target vehicles in the third set using unicast transmission.
A method for wireless communication, the method performed by a user equipment, UE, the method comprising: starting a reselection timer for reselecting to a neighbor cell when a signal quality of a serving cell is determined to fall below a first threshold; and speeding up reselecting to the neighbor cell based at least in part on a difference between the signal quality of the serving cell and the signal quality of the neighbor cell when the signal quality of the serving cell falls below a second threshold, wherein speeding up the reselecting to the neighbor cell comprises reselecting to the neighbor cell prior to a scheduled expiration of the reselection timer. starting a reselection timer for reselecting to a neighbor cell when a signal quality of a serving cell is determined to fall below a first threshold; and speeding up reselecting to the neighbor cell based at least in part on a difference between the signal quality of the serving cell and the signal quality of the neighbor cell when the signal quality of the serving cell falls below a second threshold, wherein speeding up the reselecting to the neighbor cell comprises reselecting to the neighbor cell prior to a scheduled expiration of the reselection timer.
A gait trainer for training of neuromuscular functions comprising: - a hoist system with a rotatable cable drum , a cable adapted to be wound around the rotatable cable drum and with a cable end adapted for interaction with a patient; - an electrical motor adapted for axial engagement with the rotatable cable drum and adapted to drive said rotatable cable drum in a forward and in a reverse drive direction for unwinding or winding the cable on the cable drum ; - a weight sensor adapted for outputting a qualitative weight sensor signal ; - a control unit ; - a processor adapted for receiving the qualitative weight sensor signal , said processor being configured for calculating and outputting a motor drive control signal , - a motor controller adapted to receive the motor drive control signal , characterised in that the processor is adapted for establishing the calculated drive direction in the motor based on the received qualitative weight sensor signal and based on the result of comparing the actual qualitative weight signal with a counterbalance weight determined prior to beginning the training, and that said motor controller is adapted to establish the calculated drive direction in the motor such that the determined counterbalance weight applied to the cable by the electrical motor is maintained at a constant value, and that the hoist system is freely suspended by the weight sensors as the gait trainer comprises two weight sensors wherein the weight sensors are arranged side-mounted on the hoist system , such that the built-in height dimension of the gait trainer is reduced. - a hoist system with a rotatable cable drum , a cable adapted to be wound around the rotatable cable drum and with a cable end adapted for interaction with a patient; - an electrical motor adapted for axial engagement with the rotatable cable drum and adapted to drive said rotatable cable drum in a forward and in a reverse drive direction for unwinding or winding the cable on the cable drum ; - a weight sensor adapted for outputting a qualitative weight sensor signal ; - a control unit ; - a processor adapted for receiving the qualitative weight sensor signal , said processor being configured for calculating and outputting a motor drive control signal , - a motor controller adapted to receive the motor drive control signal , characterised in that the processor is adapted for establishing the calculated drive direction in the motor based on the received qualitative weight sensor signal and based on the result of comparing the actual qualitative weight signal with a counterbalance weight determined prior to beginning the training, and that said motor controller is adapted to establish the calculated drive direction in the motor such that the determined counterbalance weight applied to the cable by the electrical motor is maintained at a constant value, and that the hoist system is freely suspended by the weight sensors as the gait trainer comprises two weight sensors wherein the weight sensors are arranged side-mounted on the hoist system , such that the built-in height dimension of the gait trainer is reduced.
A difference measuring circuit for a weighing apparatus with electromagnetic force compensation which can be supplied with photocurrents (I 1 , I 2 ) output by two photodiodes (D1, D2) and is suitable for generating an output signal proportional to the difference of those photocurrents (I 1 , I 2 ), with a switch (SW) which can be switched between two states (z t1 , z t2 ) within two period segments t, t 2 of a periodic time T in order to influence current flow through a nodal point (K Δ ) which can be supplied with the two photocurrents (I 1 , I 2 ), characterized in that the switch (SW) is controllable such that a reference current (I Ret ) output by a voltage or current source (U Ref ) can be superimposed in an alternating manner within the period segments t 1 , t 2 onto one of the two photocurrents (I 1 , I 2 ) permanently flowing towards the nodal point (K Δ ); and in that the nodal point (K Δ ) is located at the input of an integrator (INT) with its integrator signal (s INT ) in a comparator (CMP) being comparable to a cyclical ramp signal (s RAMP ) having the periodic time T, wherein at the output of the comparator (CMP), a rectangular comparator signal (s PWM ) can be generated with its duty cycle defined by the intersection point of the integrator signal (s INT ) and the ramp signal (s RAMP ) and which can be supplied to a control input of the switch (SW). the switch (SW) is controllable such that a reference current (I Ret ) output by a voltage or current source (U Ref ) can be superimposed in an alternating manner within the period segments t 1 , t 2 onto one of the two photocurrents (I 1 , I 2 ) permanently flowing towards the nodal point (K Δ ); and in that the nodal point (K Δ ) is located at the input of an integrator (INT) with its integrator signal (s INT ) in a comparator (CMP) being comparable to a cyclical ramp signal (s RAMP ) having the periodic time T, wherein at the output of the comparator (CMP), a rectangular comparator signal (s PWM ) can be generated with its duty cycle defined by the intersection point of the integrator signal (s INT ) and the ramp signal (s RAMP ) and which can be supplied to a control input of the switch (SW).
Apparatus arranged to secure a portable cutting machine on an elongated rail-shaped profiled object , having a rail head with side portions and lower edges , said apparatus comprising a base adapted to be disposed on an upper surface of the profiled object and at least one arm (21; 101) mounted pivotable around an arm pivot axis of the base at right angles to the main extension of said profiled object; the base comprising two parallel, spaced plates with an opening for receiving the object; each plate comprising a central, first contact surface arranged to contact the upper surface of the object; and a second inwardly angled contact surface extending from a first end of the plate towards a corresponding side surface of the object, and arranged to contact a first lower edge 11c of the rail head; the base further comprising a rocker arm having a first end , a central portion and a second end ; which rocker arm is mounted pivotable about a first axis (A1) at right angles to the parallel plates between a second end of each plate, and that the first end of said rocker arm comprises a third contact surface opposed to the respective second contact surfaces and extending towards a corresponding opposed side surface of the object, wherein the third contact surface of the rocker arm is arranged to be displaced towards a second lower edge 11d of the rail head to clamp the profiled object , the clamping forces towards the lower edges are directed in a combined both lateral and vertical direction; and where a clamping device (25; 115) is provided for actuating the rocker arm, characterized in that the first pivot axis (A1) is arranged through the central portion of the rocker arm ; that one end of the clamping device is mounted pivotable about a second axis (A2) at right angles to the parallel plates between their first and second ends (108, 108'; 109, 109'); and that the second end of the rocker arm is journalled about a pivot on the clamping device .