mhurhangee/ep-ind-claims huggingface dataset:
A lifting platform, comprising: a top, a lateral beam and a lifting column, which are supported underneath the top, actuators for driving lifting and lowering of the lifting platform, and a controller, the lifting platform including a lateral beam and actuators, two actuators being provided and respectively disposed at two ends of the lateral beam, wherein: the controller comprises a control box and a circuit board provided in the control box, the circuit board being connected with the actuators via wires, the backside of the control box being connected to the lateral bean, wherein openings facilitating connection between the wire and the circuit board are arranged on the control box, at least one opening being provided at the frontside of the control box, wherein the control box includes a base plate and a box body, and the control box is insert-fitted onto the lateral beam via the base plate, wherein a snap-fit is provided on the lateral beam, and a slot fitted with the snap-fit is provided on the base plate, wherein the slot is arranged on the lateral beam, and a snap-fit fitted with the slot is arranged on the base plate. the controller comprises a control box and a circuit board provided in the control box, the circuit board being connected with the actuators via wires, the backside of the control box being connected to the lateral bean, wherein openings facilitating connection between the wire and the circuit board are arranged on the control box, at least one opening being provided at the frontside of the control box, wherein the control box includes a base plate and a box body, and the control box is insert-fitted onto the lateral beam via the base plate, wherein a snap-fit is provided on the lateral beam, and a slot fitted with the snap-fit is provided on the base plate, wherein the slot is arranged on the lateral beam, and a snap-fit fitted with the slot is arranged on the base plate.
Adjusting device for a friction clutch, in particular for a double clutch, for adjusting a wear-induced faulty spacing of a pressure plate from a counterplate of the friction clutch, having a sensing ring which is spring-loaded and can be rotated in the circumferential direction for sensing the wear-induced faulty spacing of the pressure plate from the counterplate, and an adjusting ring which is spring-loaded and can be rotated in the circumferential direction for adjusting the wear-induced faulty spacing of the pressure plate from the counterplate, and a tension spring (20, 20a) with a spring body for providing a spring force, a first hook which is connected to the spring body, and a second hook which is connected to the spring body, for connection to the friction clutch, in particular to a clutch housing part and/or to the pressure plate of the friction clutch, characterized in that the sensing ring and/or the adjusting ring have/has a receiving mandrel with a cross-sectional area which differs from the circular shape for positively locking connection to the first hook of the tension spring (20, 20a), the first hook having a substantially closed eye with an inwardly pointing bearing face which differs from the circular shape for positively locking connection to the receiving mandrel, and the second hook having a geometry which is different from the first hook.
An information processing device, comprising: a reception unit for receiving a read command from another information processing device; a calculation unit for calculating second data for authentication using a same algorithm as the algorithm of the other information processing device based on at least a part of parameters of the received read command and first data, wherein the received read command includes the parameters, the parameters including positional information indicating a start address from which the first data is to be read, a number of addresses of the first data to be read, the number of the first data to be read and an order of addresses in which the first data is to be read from a plurality of addresses in a storage medium; a storage medium, a read control unit for controlling reading of the first data from the storage medium based on the positional information, number of addresses and order of addresses included in the received command; and a transmission unit for transmitting the first data and the second data to the other information processing device in response to the received read command. a reception unit for receiving a read command from another information processing device; a calculation unit for calculating second data for authentication using a same algorithm as the algorithm of the other information processing device based on at least a part of parameters of the received read command and first data, wherein the received read command includes the parameters, the parameters including positional information indicating a start address from which the first data is to be read, a number of addresses of the first data to be read, the number of the first data to be read and an order of addresses in which the first data is to be read from a plurality of addresses in a storage medium; a storage medium, a read control unit for controlling reading of the first data from the storage medium based on the positional information, number of addresses and order of addresses included in the received command; and a transmission unit for transmitting the first data and the second data to the other information processing device in response to the received read command.
A method of controlling a laser air data sensing system implemented on an aircraft, the laser air data sensing system comprising a controller and a detector, and configured to emit a laser, the method comprising: determining, by the controller, that the aircraft is in a first operational state; emitting, by the laser air data sensing system, a laser at a first operational intensity; determining, by the controller, that the aircraft is in a second operational state; emitting, by the laser air data sensing system, the laser at a second operational intensity, wherein the second operational intensity is greater than the first operational intensity; and measuring, by the detector, feedback parameters regarding the laser emitted at the second operational intensity, characterised by obtaining, by the controller, feedback parameters regarding the laser emitted at the second operational intensity; filtering, by wavelength, reflected energy from particulates to obtain molecular reflections; determining, by the controller, a gain based upon the molecular reflections; and adjusting the second operational intensity based upon the gain to account for the molecular content of the atmosphere. determining, by the controller, that the aircraft is in a first operational state; emitting, by the laser air data sensing system, a laser at a first operational intensity; determining, by the controller, that the aircraft is in a second operational state; emitting, by the laser air data sensing system, the laser at a second operational intensity, wherein the second operational intensity is greater than the first operational intensity; and measuring, by the detector, feedback parameters regarding the laser emitted at the second operational intensity, characterised by obtaining, by the controller, feedback parameters regarding the laser emitted at the second operational intensity; filtering, by wavelength, reflected energy from particulates to obtain molecular reflections; determining, by the controller, a gain based upon the molecular reflections; and adjusting the second operational intensity based upon the gain to account for the molecular content of the atmosphere.
A method for starting a fuel cell in a fuel cell system, at temperatures below the freezing point of water, characterized in that - in a first step, the hydrogen concentration (%H 2) in the anode is increased; whereafter - in a second step, an anode pressure (p) is increased for a specified period of time (Δt) and when air is supplied to the cathode, the maximum possible current is drawn from the fuel cell; whereafter - in a third step, the fuel cell is switched to no-load operation and the anode pressure (p) is lowered; and whereafter - the second step and the third step are repeated in succession until a sufficient performance of the fuel cell for its normal operation is achieved. - in a first step, the hydrogen concentration (%H 2) in the anode is increased; whereafter - in a second step, an anode pressure (p) is increased for a specified period of time (Δt) and when air is supplied to the cathode, the maximum possible current is drawn from the fuel cell; whereafter - in a third step, the fuel cell is switched to no-load operation and the anode pressure (p) is lowered; and whereafter - the second step and the third step are repeated in succession until a sufficient performance of the fuel cell for its normal operation is achieved.
A method of treating a substrate, wherein treating is, or comprises, or consists of: cleaning, tanning and tannery processes, or one or more of dyeing, abrading, fading, desizing and biofinishing, and wherein the substrate is or comprises a textile, a fibre or a yarn, an animal skin, or plastic, paper, ceramic, metal, glass, wood or a combination thereof; the method comprising a first step of agitating a composition comprising solid particles comprising biodegradable polyester having a number-average molecular weight of from 10,000 Daltons to 500,000 Daltons, wherein molecular weight is determined using gel permeation chromatography, said solid particles having a size of from 1mm to 30mm and having a density of from 1.0g/cm 3 to 3.0g/cm 3; a liquid medium; and the substrate, and a second step comprising separating the solid particles from the substrate, wherein solid particles separated in said second step are re-used in a further method comprising said first and second steps. cleaning, tanning and tannery processes, or one or more of dyeing, abrading, fading, desizing and biofinishing, and wherein the substrate is or comprises a textile, a fibre or a yarn, an animal skin, or plastic, paper, ceramic, metal, glass, wood or a combination thereof; the method comprising a first step of agitating a composition comprising solid particles comprising biodegradable polyester having a number-average molecular weight of from 10,000 Daltons to 500,000 Daltons, wherein molecular weight is determined using gel permeation chromatography, said solid particles having a size of from 1mm to 30mm and having a density of from 1.0g/cm 3 to 3.0g/cm 3; a liquid medium; and the substrate, and a second step comprising separating the solid particles from the substrate, wherein solid particles separated in said second step are re-used in a further method comprising said first and second steps.
A method implemented by a serving base station of a mobile communication network for resolving cell identifier conflicts, said method comprising: Receiving, from a user terminal, a measurement report including an indication of a conflict between the cell identifier of the serving base station and a cell identifier of a neighboring base station; and automatically changing the cell identifier of the serving base station to resolve the cell identifier conflict. Receiving, from a user terminal, a measurement report including an indication of a conflict between the cell identifier of the serving base station and a cell identifier of a neighboring base station; and automatically changing the cell identifier of the serving base station to resolve the cell identifier conflict.
A wax-application system for applying a wax coating to a workpiece during a strap-manufacturing process, the wax-application system comprising: a blender configured to blend a wax solution and water into a blended solution; a water flow-control device in fluid communication with the blender and configured to deliver the water to the blender at a water mass flow rate; a wax solution flow-control device in fluid communication with the blender and configured to deliver the wax solution to the blender at a wax solution mass flow rate; an applicator in fluid communication with the blender and configured to apply the blended solution to the workpiece; a sensor configured to analyze the blended solution and generate a signal indicative of a concentration of wax in the blended solution; and a controller communicatively connected to the sensor and operably connected to the water flow-control device and the wax solution flow-control device, the controller configured to: control the water flow-control device to deliver the water to the blender at the water mass flow rate; control the wax solution flow-control device to deliver the wax solution to the blender at the wax solution mass flow rate; receive the signal from the sensor; and cause an output device to output an indication representing the concentration of wax in the blended solution. a blender configured to blend a wax solution and water into a blended solution; a water flow-control device in fluid communication with the blender and configured to deliver the water to the blender at a water mass flow rate; a wax solution flow-control device in fluid communication with the blender and configured to deliver the wax solution to the blender at a wax solution mass flow rate; an applicator in fluid communication with the blender and configured to apply the blended solution to the workpiece; a sensor configured to analyze the blended solution and generate a signal indicative of a concentration of wax in the blended solution; and a controller communicatively connected to the sensor and operably connected to the water flow-control device and the wax solution flow-control device, the controller configured to: control the water flow-control device to deliver the water to the blender at the water mass flow rate; control the wax solution flow-control device to deliver the wax solution to the blender at the wax solution mass flow rate; receive the signal from the sensor; and cause an output device to output an indication representing the concentration of wax in the blended solution. control the water flow-control device to deliver the water to the blender at the water mass flow rate; control the wax solution flow-control device to deliver the wax solution to the blender at the wax solution mass flow rate; receive the signal from the sensor; and cause an output device to output an indication representing the concentration of wax in the blended solution.
An arrangement for damping lateral sways of rope-like means fixed to at least one elevator unit (1, 2) movable in a hoistway of an elevator including at least an elevator car, the elevator being suitable for transporting passengers and/or goods, the bottom end of which rope-like means has an upward opening bottom loop, which arrangement comprises a freely hanging damping means supported on the top surface of the bottom loop, wherein said damping means comprises a device for measuring twisting and/or acceleration of said rope-like means comprising an accelerometer, characterized by measuring lateral accelerations of said rope-like means in directions perpendicular to the direction of elevator movement.
A method of nucleic acid amplification, comprising: contacting a pool of target and pseudo-target nucleic acids with an engineered primer that comprises (a) a specificity domain linked to a priming domain and (b) a competitive domain, wherein the specificity domain binds to a specificity domain binding site on the target nucleic acid and the priming domain binds to a priming domain binding site on the target nucleic acid that is downstream of the specificity domain binding site, and wherein the competitive domain is complementary to, partially complementary to, identical to or similar to the specificity domain; and extending the engineered primer at its 3' end in a target-complementary manner in the presence of a polymerase that displaces the specificity domain of the engineered primer from the target nucleic acid. (a) a specificity domain linked to a priming domain and (b) a competitive domain, wherein the specificity domain binds to a specificity domain binding site on the target nucleic acid and the priming domain binds to a priming domain binding site on the target nucleic acid that is downstream of the specificity domain binding site, and wherein the competitive domain is complementary to, partially complementary to, identical to or similar to the specificity domain; and extending the engineered primer at its 3' end in a target-complementary manner in the presence of a polymerase that displaces the specificity domain of the engineered primer from the target nucleic acid.
An optical planar waveguide, comprising: a single crystal substrate; at least one layer of a low index optical coating formed on a surface of the single crystal substrate; and a thin layer of metal formed on a surface of the at least one layer of the low index optical coating, the at least one layer of the low index optical coating disposed between the single crystal substrate and the thin layer of metal, characterised by: the optical planar waveguide further comprising a layer of graphite as a thermal optical interface in thermal communication with a surface of the thin layer of metal, the thin layer of metal disposed between the at least one layer of the low index optical coating and the thermal optical interface, and the optical planar waveguide being configured to function as an optical amplifier. a single crystal substrate; at least one layer of a low index optical coating formed on a surface of the single crystal substrate; and a thin layer of metal formed on a surface of the at least one layer of the low index optical coating, the at least one layer of the low index optical coating disposed between the single crystal substrate and the thin layer of metal, characterised by: the optical planar waveguide further comprising a layer of graphite as a thermal optical interface in thermal communication with a surface of the thin layer of metal, the thin layer of metal disposed between the at least one layer of the low index optical coating and the thermal optical interface, and the optical planar waveguide being configured to function as an optical amplifier. the optical planar waveguide further comprising a layer of graphite as a thermal optical interface in thermal communication with a surface of the thin layer of metal, the thin layer of metal disposed between the at least one layer of the low index optical coating and the thermal optical interface, and the optical planar waveguide being configured to function as an optical amplifier.
Refrigeration appliance with a refrigerated goods container, the refrigerated goods container 110 has essentially the shape of a cuboid open toward the front side and truncated to the rear with a top wall, base walls (122 and 124), left and right side walls (126 and 128) and a graduated rear wall, which define an interior, with a first tube evaporator, which is disposed on the refrigerated goods container outside the interior and which is wound around the top wall 120, the base walls (122, 124) and the left and right side walls (126 and 128), and with a second tube evaporator, wherein the first tube evaporator and the second tube evaporator are connected in series with one another for flow purposes, characterised in that the second tube evaporator is arranged within the interior on the top wall of the refrigerated goods container.
A combustor panel (68, 168) for use in a gas turbine engine, the panel (68, 168) comprising: a body portion having an outwardly curved edge defining a channel between the body portion and the outwardly curved edge, the outwardly curved edge comprising a plurality of slots; and a fastening member comprising: a base disposed within the channel; and a plurality of fasteners; characterised in that: the plurality of fasteners extend from the base and are disposed within the slots; and the curved edge includes a curved region, and a flange parallel to the body portion, the plurality of slots being circumferentially disposed along the flange. a body portion having an outwardly curved edge defining a channel between the body portion and the outwardly curved edge, the outwardly curved edge comprising a plurality of slots; and a fastening member comprising: a base disposed within the channel; and a plurality of fasteners; a base disposed within the channel; and a plurality of fasteners; characterised in that: the plurality of fasteners extend from the base and are disposed within the slots; and the curved edge includes a curved region, and a flange parallel to the body portion, the plurality of slots being circumferentially disposed along the flange. the plurality of fasteners extend from the base and are disposed within the slots; and the curved edge includes a curved region, and a flange parallel to the body portion, the plurality of slots being circumferentially disposed along the flange.
An anti-158P1D7 antibody or antigen binding fragment thereof, wherein the antibody or fragment thereof comprises a heavy chain variable region comprising CDR-H1, CDR-H2 and CDR-H3 of the amino acid sequence set forth in SEQ ID NO: 7 and a light chain variable region comprising CDR-L1, CDR-L2 and CDR-L3 of the amino acid sequence set forth in SEQ ID NO: 8, wherein the CDRs are determined by the Kabat, Chothia, or Contact numbering scheme.
A deep brain stimulation system, comprising: an implantable pulse generator, the pulse generator comprising: an implantable housing; a battery within the housing; and a controller within the housing; an electrode coupled to the pulse generator; and a supraclavicular brown adipose tissue temperature sensor coupled to the pulse generator; wherein the controller is configured to: deliver deep brain stimulation via the electrode to a first location in a target region of a brain in response to an initial insertion of the electrode to the first location; receive temperature measurements from the supraclavicular brown adipose tissue temperature sensor; in response to an increasing brown adipose tissue temperature condition, output an indication to secure the electrode for delivery of deep brain stimulation to the first location; and in response to a non-increasing brown adipose tissue temperature condition, output an indication to adjust the electrode until an increasing brown adipose tissue temperature condition occurs. an implantable pulse generator, the pulse generator comprising: an implantable housing; a battery within the housing; and a controller within the housing; an implantable housing; a battery within the housing; and a controller within the housing; an electrode coupled to the pulse generator; and a supraclavicular brown adipose tissue temperature sensor coupled to the pulse generator; deliver deep brain stimulation via the electrode to a first location in a target region of a brain in response to an initial insertion of the electrode to the first location; receive temperature measurements from the supraclavicular brown adipose tissue temperature sensor; in response to an increasing brown adipose tissue temperature condition, output an indication to secure the electrode for delivery of deep brain stimulation to the first location; and in response to a non-increasing brown adipose tissue temperature condition, output an indication to adjust the electrode until an increasing brown adipose tissue temperature condition occurs.