mhurhangee/ep-ind-claims huggingface dataset:
Module for an electrolyser of filterpress type, the module comprising at least one closed frame defining at least one first opening, characterised in that said module comprises a sealing and electric insulating material at least partly covering the surface of the frame, wherein the at least one first opening being completely or partly covered by at least one first element, where said at least one first element is placed around the at least one closed frame by the sealing and electric insulating material, and where said at least one first element is chosen among at least one of the following: diaphragm, bi-polar plate, pressure element, electrodes, and in that said module comprises at least one positioning means provided at the inner edge of the said module.
A method for the automatic determination at a brake testing stand on which the brakes of one axle or two axles are tested, whether the vehicle which is subjected to the braking test is a vehicle with two driven and mechanically coupled axles (12, 14) with respective wheels (60L, 60R, 66L, 66R), wherein, in order to carry out this automatic recognition, one of the drive motors of the brake testing stand is controlled in order to rotate one of the wheels in a direction of rotation and a test is made at another wheel, with respect to measured values at the respective wheel driving device of the brake testing stand, whether the corresponding wheel makes a small jolting movement in the opposite direction.
A prosthetic device, wherein the prosthetic device is modular and consists of: a. a humeral stem configured to attach to a bone; and b. a prosthetic augment, comprising a humeral adapter tray portion configured to connect a humeral liner to the humeral stem, characterized in that the prosthetic augment further comprises an augment portion configured to reconstruct a lateral tuberosity shape of a humerus, having a first face adapted for contacting the humeral stem, and a second face adapted for contacting an underside of a muscle, wherein at least a portion of the second face includes a bulbous surface adapted to alter a wrapping angle of the muscle around the lateral tuberosity to a desired degree, and wherein the second face has a radius of curvature selected from one of a constant radius of curvature or a variable radius of curvature. a. a humeral stem configured to attach to a bone; and b. a prosthetic augment, comprising a humeral adapter tray portion configured to connect a humeral liner to the humeral stem,
Seal for a cable port of a casing, said seal comprising a deformable body, this deformable body passing therethrough and comprising a base, a flange and corrugated tubing between the base and the flange, the body being unitary, the flange and the base having minimum inner diameters (Dic, Die) that are larger than a minimum inner diameter of the corrugated tubing, the corrugated tubing comprising inner corrugations and outer beads such that an outer bead is arranged axially between two adjacent inner corrugations, and such that at least two adjacent inner corrugations respectively have minimum local inner diameters, the corrugated tubing comprising outer annular grooves such that an outer bead is located between two outer annular grooves, the outer bead having a radial thickness that is smaller than a radial thickness in line with these outer annular grooves.
The anti-av integrin antibody DI17E6 for use in the treatment of prostate tumor patients suffering from castrate-resistant prostate cancer (CRPC), wherein the treatment comprises the administration of at least 500 mg of DI17E6 each two weeks by infusion during a treatment period of at least four months.
A method of a first wireless communication device adapted to perform device-to-device communication and involved in device-to-device communication with a third wireless communication device, the method comprising: determining an interference criterion associated with a second wireless communication device which causes interference to the device-to-device communication; transmitting, to a network node, an interference management request message related to the interference criterion; and receiving information regarding an adjustment being made at the second wireless communication device or at the third wireless communication device. determining an interference criterion associated with a second wireless communication device which causes interference to the device-to-device communication; transmitting, to a network node, an interference management request message related to the interference criterion; and receiving information regarding an adjustment being made at the second wireless communication device or at the third wireless communication device.
A system for monitoring stroke of a spring brake actuator of a vehicle, the system comprising: - a spring brake actuator having a push rod, wherein pneumatic activation of the spring brake actuator causes the push rod to further extend out of the spring brake actuator to thereby activate braking of the vehicle, and wherein pneumatic deactivation of the spring brake actuator causes the push rod to retract back into the spring brake actuator to thereby deactivate braking of the vehicle; - a first magnet and a second magnet coupled to the push rod, the second magnet spaced apart from the first magnet; - a sensor configured to sense a magnetic field strength created by the first magnet and the second magnet; and - a controller configured to determine stroke of the push rod based upon the magnetic field strength. - a spring brake actuator having a push rod, wherein pneumatic activation of the spring brake actuator causes the push rod to further extend out of the spring brake actuator to thereby activate braking of the vehicle, and wherein pneumatic deactivation of the spring brake actuator causes the push rod to retract back into the spring brake actuator to thereby deactivate braking of the vehicle; - a first magnet and a second magnet coupled to the push rod, the second magnet spaced apart from the first magnet; - a sensor configured to sense a magnetic field strength created by the first magnet and the second magnet; and - a controller configured to determine stroke of the push rod based upon the magnetic field strength.
A refrigerated merchandiser comprising: a case defining a product display area and a customer access opening, the case including an air inlet and an air outlet in communication with the product display area; a passageway fluidly connecting the air inlet with the air outlet to direct a refrigerated airflow through the air outlet across at least a portion of the customer access opening in the form of an air curtain; and a shelf coupled to the case within the product display area to support product, the shelf including: an inlet disposed adjacent a rear of the shelf; an outlet disposed adjacent a front of the shelf; a fan unit disposed in the shelf and in communication with the passageway to draw air from within the passageway through the inlet from directly below the shelf to direct a portion of the airflow through the shelf toward the outlet; and a heat exchanger disposed in the shelf to cool the airflow in the shelf to provide independent zone cooling to a predetermined region of the product display area. a case defining a product display area and a customer access opening, the case including an air inlet and an air outlet in communication with the product display area; a passageway fluidly connecting the air inlet with the air outlet to direct a refrigerated airflow through the air outlet across at least a portion of the customer access opening in the form of an air curtain; and a shelf coupled to the case within the product display area to support product, the shelf including: an inlet disposed adjacent a rear of the shelf; an outlet disposed adjacent a front of the shelf; a fan unit disposed in the shelf and in communication with the passageway to draw air from within the passageway through the inlet from directly below the shelf to direct a portion of the airflow through the shelf toward the outlet; and a heat exchanger disposed in the shelf to cool the airflow in the shelf to provide independent zone cooling to a predetermined region of the product display area. an inlet disposed adjacent a rear of the shelf; an outlet disposed adjacent a front of the shelf; a fan unit disposed in the shelf and in communication with the passageway to draw air from within the passageway through the inlet from directly below the shelf to direct a portion of the airflow through the shelf toward the outlet; and a heat exchanger disposed in the shelf to cool the airflow in the shelf to provide independent zone cooling to a predetermined region of the product display area.
A method comprising: writing a phase change material from a first RESET state to a second RESET state with a first step; writing said phase change material from said second RESET state to a SET state with a second step, said second step having a lower current than said first step; verifying a parameter of said phase change material wherein if said parameter is higher than a target for said SET state, then repeating said writing with said first step (51B, 51C), said writing with said second step (52B, 52C), and said verifying until said parameter is lower than said target and characterized in that a current for said first step is decreased by a decrement (500B, 500C) with each iteration without becoming lower than a current for said second step. writing a phase change material from a first RESET state to a second RESET state with a first step; writing said phase change material from said second RESET state to a SET state with a second step, said second step having a lower current than said first step; verifying a parameter of said phase change material wherein if said parameter is higher than a target for said SET state, then repeating said writing with said first step (51B, 51C), said writing with said second step (52B, 52C), and said verifying until said parameter is lower than said target and characterized in that a current for said first step is decreased by a decrement (500B, 500C) with each iteration without becoming lower than a current for said second step.
A method for constructing a dental component (1, 2, 4, 5), namely a restoration (2, 4, 5), a bite guard or an impression tray, wherein a dental situation is measured and a 3D model of the dental situation is generated, characterised in that a convolutional neural network is applied to the 3D model of the dental situation and/or an initial 3D model of the component and a fully constructed 3D model (21, 23, 25) of the component (1, 2, 4, 5), namely the restoration (2, 4, 5), the bite guard or the impression tray, is automatically generated, the neural network being trained on the basis of a training data set, and the training data record containing initial 3D models of components and manual changes of these initial 3D models in the construction of the 3D model of at least one user.
An austenitic stainless steel plate, comprising: Si from 0.2 to 2.0% by mass, Mn from 0.3 to 5.0% by mass, S present at 0.007% by mass or less, Ni from 7.0 to 15.0% by mass, Cr from 15.0 to 20.0% by mass, Al present at 0.005% by mass or less, Ca present at 0.002% by mass or less, Mg present at 0.001% by mass or less, and O from 0.002 to 0.01% by mass, wherein the remainder is Fe and unavoidable impurities, and a mass ratio indicated by (Mn + Si)/Al among Mn, Si, and Al is 200 or more, wherein the composition of the oxide-based nonmetallic inclusion consists of MnO-SiO 2 -Al 2 O 3 -CaO, and optionally Cr 2 O 3 and MgO, where Al 2 O 3 is 30% by mass or less, Cr 2 O 3 is 5% by mass or less, and MgO is 10% by mass or less; and wherein the sulfide-based nonmetallic inclusion is CaS, having a maximum area of 100 μm 2 or less. Si from 0.2 to 2.0% by mass, Mn from 0.3 to 5.0% by mass, S present at 0.007% by mass or less, Ni from 7.0 to 15.0% by mass, Cr from 15.0 to 20.0% by mass, Al present at 0.005% by mass or less, Ca present at 0.002% by mass or less, Mg present at 0.001% by mass or less, and O from 0.002 to 0.01% by mass, wherein the remainder is Fe and unavoidable impurities, and a mass ratio indicated by (Mn + Si)/Al among Mn, Si, and Al is 200 or more, wherein the composition of the oxide-based nonmetallic inclusion consists of MnO-SiO 2 -Al 2 O 3 -CaO, and optionally Cr 2 O 3 and MgO, where Al 2 O 3 is 30% by mass or less, Cr 2 O 3 is 5% by mass or less, and MgO is 10% by mass or less; and wherein the sulfide-based nonmetallic inclusion is CaS, having a maximum area of 100 μm 2 or less.
A method of enabling access to data, the method comprising: generating a plurality of sets of data; using a one-way function to generate first and second keys (K1,K2), the first key being associated with a first set of the plurality of sets of data and the second key being associated with a second set of the plurality of sets of data, wherein information associated with said the first set is used as an input to the one-way function when generating the first key and information associated with the second set is used as an input to the one-way function when generating the second key; generating a third key, the third key being related to a combination of at least the first and second keys (K1,K2); associating the third key with a third set of the plurality of sets of data; arranging for the first and second keys to be available for distribution to one or more requesting parties (24A-24C); receiving a data access request comprising a key from a requesting party of said one or more requesting parties; and enabling access, by the requesting party, to the third set of data based on receipt of either a combination of the first and second keys or the third key. generating a plurality of sets of data; using a one-way function to generate first and second keys (K1,K2), the first key being associated with a first set of the plurality of sets of data and the second key being associated with a second set of the plurality of sets of data, wherein information associated with said the first set is used as an input to the one-way function when generating the first key and information associated with the second set is used as an input to the one-way function when generating the second key; generating a third key, the third key being related to a combination of at least the first and second keys (K1,K2); associating the third key with a third set of the plurality of sets of data; arranging for the first and second keys to be available for distribution to one or more requesting parties (24A-24C); receiving a data access request comprising a key from a requesting party of said one or more requesting parties; and enabling access, by the requesting party, to the third set of data based on receipt of either a combination of the first and second keys or the third key.
A device to protect the eyes from radiation, preferably in the range from 100 nm to 1 mm and in particular from UV, light, or IR, which is designed as glasses or spectacle attachment comprising of at least two sensor arrangements (2,3), an external sensor arrangement and an internal sensor arrangement, and wherein the external and internal sensor arrangement (2,3) are arranged adjacently to each other, and wherein the radiation passage region has a radiation passage opening, and wherein a closing device is arranged relative to the radiation passage region that an incident radiation passing through the radiation passage opening is either let through or is at least partially attenuated, and comprised of a control device connected to the internal sensor arrangement, the external sensor arrangement and the closing device, wherein each sensor arrangement (2,3) comprises a plurality of radiation sensors (2a,3a) arranged one after another along a closed curve (2b,3b) and wherein the internal sensor arrangement is surrounded by the external sensor arrangement and wherein the internal sensor arrangement encloses a radiation passage region.
A lighting module comprising: a heat radiating layer having electrically insulating characteristics and thermally a heat radiating characteristic; a light emitter comprising a substrate disposed on the heat radiating layer and a plurality of light emitting devices disposed on the substrate; an optical structure disposed on the light emitter and comprising a plurality of lenses disposed on the light emitting devices of the light emitter and an outer frame; an insulating structure surrounding the outer circumferential surface of the light emitter; and a case coupled to the heat radiating layer and disposed on and receiving and protecting the optical structure and the insulating structure, wherein the case has an opening for allowing light which has passed through the plurality of lenses of the optical structure, characterized in that the case has a through-hole, wherein the heat radiating layer has a locking recess, and wherein a coupler passes through the through-hole and is coupled with the locking recess, wherein the light emitting devices are light emitting diodes, the plurality of lenses includes one-to-one correspondences with the plurality of light emitting devices, the outer frame cause the plurality of lenses and the light emitting devices to be spaced from each other at a regular interval, wherein lighting module comprises a packing structure disposed between the case and the outer frame of the optical structure, wherein the case presses the packing structure by coupling the case with the heat radiating layer. a heat radiating layer having electrically insulating characteristics and thermally a heat radiating characteristic; a light emitter comprising a substrate disposed on the heat radiating layer and a plurality of light emitting devices disposed on the substrate; an optical structure disposed on the light emitter and comprising a plurality of lenses disposed on the light emitting devices of the light emitter and an outer frame; an insulating structure surrounding the outer circumferential surface of the light emitter; and a case coupled to the heat radiating layer and disposed on and receiving and protecting the optical structure and the insulating structure, wherein the case has an opening for allowing light which has passed through the plurality of lenses of the optical structure, characterized in that the case has a through-hole, wherein the heat radiating layer has a locking recess, and wherein a coupler passes through the through-hole and is coupled with the locking recess, wherein the light emitting devices are light emitting diodes, the plurality of lenses includes one-to-one correspondences with the plurality of light emitting devices, the outer frame cause the plurality of lenses and the light emitting devices to be spaced from each other at a regular interval, wherein lighting module comprises a packing structure disposed between the case and the outer frame of the optical structure, wherein the case presses the packing structure by coupling the case with the heat radiating layer.
An imaging system, comprising: a stationary gantry; a rotating gantry that rotates about a longitudinal axis, the rotating gantry, including: a first component (110, 114, 116) supplied with first power; and a second component supplied with second power, wherein the first and second power are different; and a contactless power chain, including: a first transformer (202, 204, 306) for transferring the first power from the stationary gantry to the rotating gantry; and a second transformer (202, 204, 306) for transferring the second power from the stationary gantry to the rotating gantry, wherein the first and second transformers (202, 204, 306) are arranged on the stationary and rotating gantries (102,104) as concentric rings (1202, 1208) having different diameters (1204, 1210) about an axis of rotation and wherein the first and second transformers (202, 204, 306) are shifted relative to each other along the longitudinal axis by a pre-determined finite non-zero distance. a stationary gantry; a rotating gantry that rotates about a longitudinal axis, the rotating gantry, including: a first component (110, 114, 116) supplied with first power; and a second component supplied with second power, wherein the first and second power are different; and a first component (110, 114, 116) supplied with first power; and a second component supplied with second power, wherein the first and second power are different; and a contactless power chain, including: a first transformer (202, 204, 306) for transferring the first power from the stationary gantry to the rotating gantry; and a second transformer (202, 204, 306) for transferring the second power from the stationary gantry to the rotating gantry, wherein the first and second transformers (202, 204, 306) are arranged on the stationary and rotating gantries (102,104) as concentric rings (1202, 1208) having different diameters (1204, 1210) about an axis of rotation and wherein the first and second transformers (202, 204, 306) are shifted relative to each other along the longitudinal axis by a pre-determined finite non-zero distance. a first transformer (202, 204, 306) for transferring the first power from the stationary gantry to the rotating gantry; and a second transformer (202, 204, 306) for transferring the second power from the stationary gantry to the rotating gantry, wherein the first and second transformers (202, 204, 306) are arranged on the stationary and rotating gantries (102,104) as concentric rings (1202, 1208) having different diameters (1204, 1210) about an axis of rotation and wherein the first and second transformers (202, 204, 306) are shifted relative to each other along the longitudinal axis by a pre-determined finite non-zero distance.
An aircraft engine, comprising: an engine core; a nacelle, wherein an annular space is defined between the engine core and the nacelle; and a fire extinguishing system comprising: a supply housing for containing a fire extinguishing agent; a line for routing the fire extinguishing agent from the supply housing; and a nozzle structure operatively coupled to the line, the nozzle structure having an opening for expelling the fire extinguishing agent, wherein the nozzle structure is located within an annular space defined by the engine core and the nacelle; whereby the nozzle structure is recessed with the opening defined by a face of the nozzle structure, characterised in that the opening comprises: a first linear segment, a second linear segment oriented perpendicularly to the first linear segment, and an arc shaped segment extending from one of the first linear segment and the second linear segment. an engine core; a nacelle, wherein an annular space is defined between the engine core and the nacelle; and a fire extinguishing system comprising: a supply housing for containing a fire extinguishing agent; a line for routing the fire extinguishing agent from the supply housing; and a nozzle structure operatively coupled to the line, the nozzle structure having an opening for expelling the fire extinguishing agent, wherein the nozzle structure is located within an annular space defined by the engine core and the nacelle; a supply housing for containing a fire extinguishing agent; a line for routing the fire extinguishing agent from the supply housing; and a nozzle structure operatively coupled to the line, the nozzle structure having an opening for expelling the fire extinguishing agent, wherein the nozzle structure is located within an annular space defined by the engine core and the nacelle; whereby the nozzle structure is recessed with the opening defined by a face of the nozzle structure, characterised in that the opening comprises: a first linear segment, a second linear segment oriented perpendicularly to the first linear segment, and an arc shaped segment extending from one of the first linear segment and the second linear segment.