mhurhangee/ep-ind-claims huggingface dataset:
A device for performing an allergy test for type I immune reactions such as inhalant or food allergies, the device comprising: a container unit having a substantially flat first surface arranged for coming in contact with the skin of a patient undergoing the test and a second surface provided opposite to the first surface, the container unit comprising a plurality of cavities each receiving an allergen container provided with a predetermined allergen in a predetermined concentration, the allergen container comprising a supporting material and a pricking tool having at least one pricking tip facing in the direction of the cavity opening, the pricking tool having a predetermined length and being secured at a location of the supporting material, which supporting material is arranged, when a pressure force is applied on the second surface of the device, for being compressed thereby causing the pricking tool for being displaced from a first position, wherein at said first position the at least one pricking tip is at a first distance from the first surface, to a second position, wherein at said second position the at least one pricking tip is at a second distance from the first surface, characterised in that the allergen container is provided with a frame forming the sidewall of the allergen container surrounding the supporting material and in that the allergen container is a separate entity from the container unit with cavities. a container unit having a substantially flat first surface arranged for coming in contact with the skin of a patient undergoing the test and a second surface provided opposite to the first surface, the container unit comprising a plurality of cavities each receiving an allergen container provided with a predetermined allergen in a predetermined concentration, the allergen container comprising a supporting material and a pricking tool having at least one pricking tip facing in the direction of the cavity opening, the pricking tool having a predetermined length and being secured at a location of the supporting material, which supporting material is arranged, when a pressure force is applied on the second surface of the device, for being compressed thereby causing the pricking tool for being displaced from a first position, wherein at said first position the at least one pricking tip is at a first distance from the first surface, to a second position, wherein at said second position the at least one pricking tip is at a second distance from the first surface, characterised in that the allergen container is provided with a frame forming the sidewall of the allergen container surrounding the supporting material and in that the allergen container is a separate entity from the container unit with cavities.
A method for correcting a State of Charge, SOC, of a battery pack, comprising: determining (101, 201, 301, 401), when a charging process of the battery pack starts, whether an initial SOC value of the battery pack is less than or equal to a preset electricity quantity threshold; characterised by: when the initial SOC value of the battery pack is less than or equal to the preset electricity quantity threshold, recording (102, 202, 302, 402) state information of the battery pack during the charging process, and generating a differential capacity curve of the battery pack according to the state information; and correcting a current SOC value of the battery pack according to the differential capacity curve and a voltage-SOC reference curve of a non-decay zone of the battery pack. when the initial SOC value of the battery pack is less than or equal to the preset electricity quantity threshold, recording (102, 202, 302, 402) state information of the battery pack during the charging process, and generating a differential capacity curve of the battery pack according to the state information; and correcting a current SOC value of the battery pack according to the differential capacity curve and a voltage-SOC reference curve of a non-decay zone of the battery pack.
Fluid plug for a fuel system, comprising: - a first nozzle for placing the fluid plug on an injection nozzle of the fuel system; - a second nozzle for connecting a fuel line; - a third nozzle for connecting a fuel line; and - a reinforcing frame surrounding the first nozzle for supporting the second nozzle (105, 109) with respect to the first nozzle, wherein the reinforcing frame supports the third nozzle with respect to the first nozzle and wherein the reinforcing frame comprises an inner side and an outer side, characterized in that the fluid plug comprises a cover element for at least partly overlapping an edge of the reinforcing frame, that the cover element comprises a guide section for guiding the cover element against the inner side of the reinforcing frame, and that the cover element comprises a locking element for locking on the outer side of the reinforcing frame. - a first nozzle for placing the fluid plug on an injection nozzle of the fuel system; - a second nozzle for connecting a fuel line; - a third nozzle for connecting a fuel line; and - a reinforcing frame surrounding the first nozzle for supporting the second nozzle (105, 109) with respect to the first nozzle, wherein the reinforcing frame supports the third nozzle with respect to the first nozzle and wherein the reinforcing frame comprises an inner side and an outer side,
A primary wind coil for use in forming a vasooclusive coil with a secondary shape, the primary wind coil having a longitudinal axis and comprising: a flexible metal wire coiled about the longitudinal axis of the primary wind coil, said primary wind coil being elongated along said longitudinal axis, characterised in that the primary wind coil has a non-circular cross-sectional shape elongated along at least one transverse axis that is at an angle to said longitudinal axis, the transverse axis of said non-circular cross-sectional shape precessing along said longitudinal axis to form a repeating twisted coil pattern.
A working vehicle where a front axle case 30 is supported by two front axle brackets 13,21, comprising: a body frame 10 formed by disposing beams 11 at a prescribed interval, by welding reinforced plates 12 to plate faces of the beams which face to each other, and by welding both end parts of one 13 of the front axle brackets 13,21 to the reinforced plates 12; and a front hitch 20 formed by welding both end parts of the other front axle bracket 21 to both end parts of a plate member which are bent; wherein the front hitch is attached to the body frame such that the two front axle brackets are opposed to each other. a body frame 10 formed by disposing beams 11 at a prescribed interval, by welding reinforced plates 12 to plate faces of the beams which face to each other, and by welding both end parts of one 13 of the front axle brackets 13,21 to the reinforced plates 12; and a front hitch 20 formed by welding both end parts of the other front axle bracket 21 to both end parts of a plate member which are bent; wherein the front hitch is attached to the body frame such that the two front axle brackets are opposed to each other.
Rotating pen having a sleeve-shaped shaft having a front and rear end, a threaded spindle which is mounted therein to be axially moveable and non-rotatable having an at least single-start outer thread and at least one thread element which is fixed in the axial and rotational direction relative to the shaft and engages with the outer thread, characterised in that a cylindrical spindle section extending over the entire scope of the spindle, in particular a freewheeling section, is connected to the front end of the outer thread, the outer diameter of which spindle section corresponds to the core diameter of the outer thread.
An electrochemical reaction unit comprising: a unit cell including an electrolyte layer, and a cathode and an anode that face each other in a first direction (Z-axis direction) with the electrolyte layer intervening therebetween; and a felt member containing a ceramic material and a silica component or a metal and a silica component, the electrochemical reaction unit being characterized in that the felt member is disposed in a gas chamber (166, 176) that faces a specific electrode (114, 116), which is at least one of the cathode and the anode, wherein the felt member is disposed in the gas chamber (166, 176) facing the specific electrode (114, 116) to be located at opposite ends of the gas chamber in a direction orthogonal to a main flow direction of a gas, and wherein the felt member has a Si content of 0.9 mass% to 13.2 mass%. a unit cell including an electrolyte layer, and a cathode and an anode that face each other in a first direction (Z-axis direction) with the electrolyte layer intervening therebetween; and a felt member containing a ceramic material and a silica component or a metal and a silica component, the electrochemical reaction unit being characterized in that the felt member is disposed in a gas chamber (166, 176) that faces a specific electrode (114, 116), which is at least one of the cathode and the anode, wherein the felt member is disposed in the gas chamber (166, 176) facing the specific electrode (114, 116) to be located at opposite ends of the gas chamber in a direction orthogonal to a main flow direction of a gas, and wherein the felt member has a Si content of 0.9 mass% to 13.2 mass%.
A medical device for removing an object in a body lumen, the medical device comprising: a rotatable tubular driving shaft in which a spiral-shaped carrier is provided on an inner surface thereof; a cutting part that is provided on a distal side of the driving shaft and is configured to cut the object; and an elongated resistive body (50, 310, 610, 710) that is disposed in a lumen of the driving shaft, and can be rotated relative to the driving shaft, characterized by an outer sheath that rotatably contains the driving shaft, wherein the resistive body (50, 310, 610, 710) is directly or indirectly fixed to the outer sheath, and wherein, the resistive body (50, 310, 610, 710) is configured to suppress an object having entered the interior of the driving shaft from rotating with the driving shaft. a rotatable tubular driving shaft in which a spiral-shaped carrier is provided on an inner surface thereof; a cutting part that is provided on a distal side of the driving shaft and is configured to cut the object; and an elongated resistive body (50, 310, 610, 710) that is disposed in a lumen of the driving shaft, and can be rotated relative to the driving shaft, characterized by an outer sheath that rotatably contains the driving shaft, wherein the resistive body (50, 310, 610, 710) is directly or indirectly fixed to the outer sheath, and wherein, the resistive body (50, 310, 610, 710) is configured to suppress an object having entered the interior of the driving shaft from rotating with the driving shaft.
An electrical network comprising: a first voltage source and a second voltage source, each of which have a respective positive rail (105,108) each having a connection to a positive concentrator, and a respective negative rail (106,109) each having a connection to a negative concentrator; characterized in that the electrical network further comprises: an inductor located in one of: the positive concentrator between the connections of the positive rails thereto, and the negative concentrator between the connections of the negative rails to thereto; and a fault identification device configured to monitor the voltage across the inductor, and output a fault signal in response to the voltage across the inductor exceeding a threshold. a first voltage source and a second voltage source, each of which have a respective positive rail (105,108) each having a connection to a positive concentrator, and a respective negative rail (106,109) each having a connection to a negative concentrator; characterized in that the electrical network further comprises: an inductor located in one of: the positive concentrator between the connections of the positive rails thereto, and the negative concentrator between the connections of the negative rails to thereto; and a fault identification device configured to monitor the voltage across the inductor, and output a fault signal in response to the voltage across the inductor exceeding a threshold. an inductor located in one of: the positive concentrator between the connections of the positive rails thereto, and the negative concentrator between the connections of the negative rails to thereto; and a fault identification device configured to monitor the voltage across the inductor, and output a fault signal in response to the voltage across the inductor exceeding a threshold.
A head-mounted display configured to display images viewable by a user and configured to be powered on and off, comprising: a display system including an array of pixels configured to produce the images; a lens system through which the images are viewable, wherein the lens system and the display system are separated by a distance along an optical axis; an actuator; and characterised by control circuitry that uses the actuator to increase the distance when the head-mounted display is powered off and decrease the distance when the head-mounted display is powered on. a display system including an array of pixels configured to produce the images; a lens system through which the images are viewable, wherein the lens system and the display system are separated by a distance along an optical axis; an actuator; and characterised by control circuitry that uses the actuator to increase the distance when the head-mounted display is powered off and decrease the distance when the head-mounted display is powered on.
A composite cord consisting of one single aramid or Kevlar first yarn twisted helically about one single polyester or PET second yarn, characterized in that the composite cord has the cord construction: (i) (1100 to 1350 dtex/1 aramid + 1350 to 1500 dtex/1 polyester)/(9 to 11)Z/(0 to 2)Z/(9 to 11)S; or (ii) (1100 to 1350 dtex/1 aramid + 1350 to 1500 dtex/1 polyester)/(9 to 11)S/(0 to 2)S/(9 to 11)Z; or (iii) (670 to 1350 dtex/1 aramid + 1100 to 1500 dtex/1 polyester)/(9 to 14)Z/(9 to 14)Z/(9 to 14)S; or (iv) (670 to 1350 dtex/1 aramid + 1100 to 1500 dtex/1 polyester)/(9 to 14)S/(9 to 14)S/(9 to 14)S; or (v) (1200 to 1330 Denier/1 Kevlar + 1300 to 1440 Denier/1 PET)/(9 to 14)Z/(9 to 14)Z/(9 to 14)S; or (vi) (1200 to 1330 Denier/1 Kevlar + 1300 to 1440 Denier/1 PET)/(9 to 14)S/(9 to 14)S/(9 to 14)Z; or (vii) (1200 Denier/1 Kevlar + 1300 Denier/1 PET)/(13.2)Z/(13.2)Z/(13.2)S; or (viii) (1200 Denier/1 Kevlar + 1300 Denier/1 PET)/(13.2)S/13.2)S/ (13.2)Z; wherein the turns are expressed in turns per 2.54cm. (i) (1100 to 1350 dtex/1 aramid + 1350 to 1500 dtex/1 polyester)/(9 to 11)Z/(0 to 2)Z/(9 to 11)S; or (ii) (1100 to 1350 dtex/1 aramid + 1350 to 1500 dtex/1 polyester)/(9 to 11)S/(0 to 2)S/(9 to 11)Z; or (iii) (670 to 1350 dtex/1 aramid + 1100 to 1500 dtex/1 polyester)/(9 to 14)Z/(9 to 14)Z/(9 to 14)S; or (iv) (670 to 1350 dtex/1 aramid + 1100 to 1500 dtex/1 polyester)/(9 to 14)S/(9 to 14)S/(9 to 14)S; or (v) (1200 to 1330 Denier/1 Kevlar + 1300 to 1440 Denier/1 PET)/(9 to 14)Z/(9 to 14)Z/(9 to 14)S; or (vi) (1200 to 1330 Denier/1 Kevlar + 1300 to 1440 Denier/1 PET)/(9 to 14)S/(9 to 14)S/(9 to 14)Z; or (vii) (1200 Denier/1 Kevlar + 1300 Denier/1 PET)/(13.2)Z/(13.2)Z/(13.2)S; or (viii) (1200 Denier/1 Kevlar + 1300 Denier/1 PET)/(13.2)S/13.2)S/ (13.2)Z;
A knitting needle, in particular a sock knitting needle, for a knitting set for producing cross-sectionally round knitted products, having a first leg extending in a variable manner from a bendable shaft portion in a first extension direction to a first free end suitable for holding stitches, and a second leg extending in a variable manner from the bendable shaft portion in a second extension direction to a second free end suitable for holding stitches, wherein the free ends (6, 8) are in the form of rounded tips, and wherein the center of gravity of the knitting needle is arranged within the shaft portion, wherein - the first extension direction and the second extension direction are at a variable angle to one another, characterized in that - the shaft portion consists of flexible synthetic polymer, namely of nylon or nylon-coated wire mesh and is fastened to the respective legs (3, 4) of the knitting needle, - the shaft portion has a length of 3 to 5 cm, and - the two legs (3, 4) with their free ends (6, 8) are substantially the same length and have a length of in each case 5 cm to 15 cm. - the first extension direction and the second extension direction are at a variable angle to one another, characterized in that - the shaft portion consists of flexible synthetic polymer, namely of nylon or nylon-coated wire mesh and is fastened to the respective legs (3, 4) of the knitting needle, - the shaft portion has a length of 3 to 5 cm, and - the two legs (3, 4) with their free ends (6, 8) are substantially the same length and have a length of in each case 5 cm to 15 cm.
A method for activating a voice assistant function in a mobile device, the method comprising: receiving an input sound stream by a sound sensor; determining a context of the mobile device, the determination comprising identifying the context of the mobile device based on the input sound stream; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device based on the input sound stream. receiving an input sound stream by a sound sensor; determining a context of the mobile device, the determination comprising identifying the context of the mobile device based on the input sound stream; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device based on the input sound stream.
An electrochemical-based analytical test strip for the determination of an analyte in a bodily fluid sample, the electrochemical-based analytical test strip comprising: an electrically insulating substrate layer with a distal end; a patterned conductor layer disposed over the electrically-insulating substrate layer, the patterned conductive layer including at least a working electrode and a counter/reference electrode; a patterned insulation layer with an electrode exposure window configured to expose a working electrode exposed portion and a counter/reference electrode exposed portion an enzymatic reagent layer; and a patterned spacer layer, wherein the patterned insulation layer and the patterned spacer layer define a sample receiving chamber with a sample-receiving opening at the distal end of the electrically insulating substrate layer and that extends across the working electrode exposed portion and the counter/reference electrode exposed portion, and wherein the enzymatic reagent layer is disposed over the working electrode exposed portion and the counter/reference electrode exposed portion and extends no more than 400μm toward the sample-receiving opening beyond the distal most of the working electrode exposed portion and the counter/reference electrode exposed portion. an electrically insulating substrate layer with a distal end; a patterned conductor layer disposed over the electrically-insulating substrate layer, the patterned conductive layer including at least a working electrode and a counter/reference electrode; a patterned insulation layer with an electrode exposure window configured to expose a working electrode exposed portion and a counter/reference electrode exposed portion an enzymatic reagent layer; and a patterned spacer layer,
A fastening element for fastening to a workpiece, said fastening element comprising at least a first workpiece element having a first opening and a second workpiece element having a second opening aligned with the first opening, wherein the fastening element has a first contact section having a first contact surface for contact with a region of the first workpiece element surrounding the first opening and a second contact section having a second contact surface for contact with a region of the second workpiece element surrounding the second opening, wherein the region of the second workpiece element faces the first workpiece element, and wherein the first workpiece element and the second workpiece element (34A, 34B) are arranged spaced apart from one another, in particular spaced apart in parallel from one another, at least in the regions surrounding the first and second openings (36A, 36B), with the first contact section and the second contact section being connected to one another by means of a reshaping section extending in a longitudinal direction of the fastening element, and with a rivet section extending from the second contact section in a direction facing away from the reshaping section, wherein the reshaping section has a reshaping device which is designed such that a force acting in an axial direction can be converted into a widening of the reshaping section, and wherein the reshaping device is arranged in a hollow space of the reshaping section extending in the longitudinal direction, characterized in that the reshaping device comprises at least one step which is designed and arranged such that it cooperates with a punch of a setting device to widen the reshaping section. wherein the fastening element has a first contact section having a first contact surface for contact with a region of the first workpiece element surrounding the first opening and a second contact section having a second contact surface for contact with a region of the second workpiece element surrounding the second opening, wherein the region of the second workpiece element faces the first workpiece element, and wherein the first workpiece element and the second workpiece element (34A, 34B) are arranged spaced apart from one another, in particular spaced apart in parallel from one another, at least in the regions surrounding the first and second openings (36A, 36B), with the first contact section and the second contact section being connected to one another by means of a reshaping section extending in a longitudinal direction of the fastening element, and with a rivet section extending from the second contact section in a direction facing away from the reshaping section, wherein the reshaping section has a reshaping device which is designed such that a force acting in an axial direction can be converted into a widening of the reshaping section, and wherein the reshaping device is arranged in a hollow space of the reshaping section extending in the longitudinal direction, characterized in that the reshaping device comprises at least one step which is designed and arranged such that it cooperates with a punch of a setting device to widen the reshaping section.