mhurhangee/patent-ind-claim-en huggingface dataset:
Package, in particular a package for foodstuffs, with - a packaging material ; - at least one actuating element arranged on the packaging material ; and - at least one at least electrical or electrochemical functional element arranged on the packaging material and/or the actuating element ; as well as - a closure element wherein a relative movement between the actuating element and the packaging material changes an electrical or electrochemical state of the functional element , characterized in that (a) the closure element is in the region of an "overcoated hole" and (b) a flange of the closure element is arranged on the packing, and (c) the functional element is partially or completely arranged in a cavity between the flange and the packing. - a packaging material ; - at least one actuating element arranged on the packaging material ; and - at least one at least electrical or electrochemical functional element arranged on the packaging material and/or the actuating element ; as well as - a closure element (a) the closure element is in the region of an "overcoated hole" and (b) a flange of the closure element is arranged on the packing, and (c) the functional element is partially or completely arranged in a cavity between the flange and the packing.
An apparatus for forming the profile of deformable materials, said apparatus including: opposed track frames that mount respective sets of die elements , the die elements of said sets being respectively arranged to travel along corresponding endless paths; said paths each including a forming portion in which die elements of each set are opposed to define a forming space therebetween, wherein a distance between the forming portion of each said path decreases along the length of the forming portion in the direction in which material travels so that the dimensions of the forming space between the forming portions reduce along the length of the forming portion to simultaneously apply lateral forces to material progressing through the forming portion to shape said material to a determined profile, wherein at least one of the forming portions of the paths is formed as a large radius curve, wherein the pitch between each die element in the forming portion of the path is small compared to the radius of the path, characterised in that the ratio of the pitch between adjacent die elements in the forming portion of the path and the radius of the path is over 1:500. opposed track frames that mount respective sets of die elements , the die elements of said sets being respectively arranged to travel along corresponding endless paths; said paths each including a forming portion in which die elements of each set are opposed to define a forming space therebetween, wherein a distance between the forming portion of each said path decreases along the length of the forming portion in the direction in which material travels so that the dimensions of the forming space between the forming portions reduce along the length of the forming portion to simultaneously apply lateral forces to material progressing through the forming portion to shape said material to a determined profile, wherein at least one of the forming portions of the paths is formed as a large radius curve, wherein the pitch between each die element in the forming portion of the path is small compared to the radius of the path, characterised in that the ratio of the pitch between adjacent die elements in the forming portion of the path and the radius of the path is over 1:500.
Use of a non-aqueous liquid composition comprising methylethylketone peroxide (MEKP) for the fixation and/or preservation of organic materials wherein said composition comprises as its main active ingredient, present in a percentage from 30 to 70% by volume of the total composition, a solution consisting of methylethylketone peroxide (MEKP) between 30 and 40%, methylethylketone between 0 and 5%, hydrogen peroxide between 0 and 5%, 1-isopropyl-2,2-dimethyltrimethylene diisobutyrate between 40 and 50% and diacetone alcohol between 5 and 10%.
A compression garment that is easy to slip on and/or to slip off comprising a compression knitted piece comprising at least one knitting ground yarn and at least one elastic yarn, in particular inlaid yarn , characterized in that the knitted piece comprises at least one pile yarn knitted into the knitted piece so that the knitted piece has, along all or part of its inner face and of its outer face , pile strands projecting from the latter, said pile strands being configured so as to be oriented in the direction in which the knitted piece is slipped on (F1) and/or off (F2).
A high speed rolling element bearing system for reacting a primary thrust load, comprising: a first high speed rolling element thrust bearing ; a second high speed rolling element thrust bearing , wherein the first thrust bearing and the second thrust bearing are dimensionally configured to react the primary thrust load in parallel; a clutch operable for selectively coupling first and second rotatable spools together, the clutch adapted to transmit the primary thrust load during a clutching operation and remove the primary thrust load upon completion of the clutching operation; a preload generator operative to generate a thrust preload between the first thrust bearing and the second thrust bearing upon removal of the primary thrust load, and wherein the preload generator includes a split spacer and one or more springs disposed in the split spacer . a first high speed rolling element thrust bearing ; a second high speed rolling element thrust bearing , wherein the first thrust bearing and the second thrust bearing are dimensionally configured to react the primary thrust load in parallel; a clutch operable for selectively coupling first and second rotatable spools together, the clutch adapted to transmit the primary thrust load during a clutching operation and remove the primary thrust load upon completion of the clutching operation; a preload generator operative to generate a thrust preload between the first thrust bearing and the second thrust bearing upon removal of the primary thrust load, and wherein the preload generator includes a split spacer and one or more springs disposed in the split spacer .
Base system for a joystick for controlling an aircraft, having - a base flange comprising a base bottom and a tubular receptacle , wherein the tubular receptacle extends along a vertical axis of the base system and is designed to receive a handle plug which has electrical contacts for contacting further electrical contacts of the joystick , and characterized in that the base system comprises a base nut which at least partially encloses the tubular receptacle of the base flange , - wherein the base nut comprises an interface for fastening a handle nut , wherein the handle nut comprises a handle interface for fastening the joystick to the handle nut . - a base flange comprising a base bottom and a tubular receptacle , wherein the tubular receptacle extends along a vertical axis of the base system and is designed to receive a handle plug which has electrical contacts for contacting further electrical contacts of the joystick , and characterized in that the base system comprises a base nut which at least partially encloses the tubular receptacle of the base flange , - wherein the base nut comprises an interface for fastening a handle nut , wherein the handle nut comprises a handle interface for fastening the joystick to the handle nut .
A gas turbine engine comprises: a fan ; a first drive shaft connected to the fan ; a fan drive gear box connecting the first drive shaft to a second drive shaft and configured to allow the first drive shaft to rotate at a different speed than the second drive shaft ; a mechanical clutch disposed circumferentially around the first drive shaft and connected to the first drive shaft , wherein the clutch is configured to allow rotation of the first drive shaft and the fan in a first direction (D1) while prohibiting rotation of the fan and the first drive shaft in a second direction (D2), a fan hub connecting the fan to the first drive shaft ; a bearing compartment positioned axially between the fan hub and the fan drive gear box , wherein the bearing compartment comprises a stationary case that extends circumferentially around the first drive shaft and around the clutch ; characterised in that the gas turbine engine further comprises a first bearing assembly disposed in the bearing compartment between the stationary case and the first drive shaft , wherein the clutch is positioned axially aft of the first bearing assembly . a fan ; a first drive shaft connected to the fan ; a fan drive gear box connecting the first drive shaft to a second drive shaft and configured to allow the first drive shaft to rotate at a different speed than the second drive shaft ; a mechanical clutch disposed circumferentially around the first drive shaft and connected to the first drive shaft , wherein the clutch is configured to allow rotation of the first drive shaft and the fan in a first direction (D1) while prohibiting rotation of the fan and the first drive shaft in a second direction (D2), a fan hub connecting the fan to the first drive shaft ; a bearing compartment positioned axially between the fan hub and the fan drive gear box , wherein the bearing compartment comprises a stationary case that extends circumferentially around the first drive shaft and around the clutch ; characterised in that the gas turbine engine further comprises a first bearing assembly disposed in the bearing compartment between the stationary case and the first drive shaft , wherein the clutch is positioned axially aft of the first bearing assembly .
A device for locating buried or hidden objects, comprising: a locator body ; one or more antenna nodes coupled to or on or within the locator body ; and a safety lighting assembly , disposed on or within the locator body , configured to generate an output light the device being characterized in that : the safety lighting assembly is configured to direct the generated output light in a plane substantially parallel to a ground when the locator body is oriented vertically relative to the ground, wherein the safety lighting assembly comprises a plurality of LED light units configured to generate fan-shaped substantially planar light beams, wherein the fan-shaped beams are substantially planar in a plane perpendicular to a vertical axis of the locator body , wherein the plurality of LED light units comprise an optic to form the fan-shaped beam pattern. a locator body ; one or more antenna nodes coupled to or on or within the locator body ; and a safety lighting assembly , disposed on or within the locator body , configured to generate an output light the device being characterized in that : the safety lighting assembly is configured to direct the generated output light in a plane substantially parallel to a ground when the locator body is oriented vertically relative to the ground, wherein the safety lighting assembly comprises a plurality of LED light units configured to generate fan-shaped substantially planar light beams, wherein the fan-shaped beams are substantially planar in a plane perpendicular to a vertical axis of the locator body , wherein the plurality of LED light units comprise an optic to form the fan-shaped beam pattern. the safety lighting assembly is configured to direct the generated output light in a plane substantially parallel to a ground when the locator body is oriented vertically relative to the ground, wherein the safety lighting assembly comprises a plurality of LED light units configured to generate fan-shaped substantially planar light beams, wherein the fan-shaped beams are substantially planar in a plane perpendicular to a vertical axis of the locator body , wherein the plurality of LED light units comprise an optic to form the fan-shaped beam pattern.
A method, comprising: forming a first pivot-notch , a first stop-notch , and a first bias-notch in a first wafer by reference to first features formed on or in the first wafer; forming a second pivot-notch, a second stop-notch, and a second bias-notch in a second wafer by reference to second features formed on or in the second wafer; mounting the first wafer in an aligning device, wherein a two-contact element enters into the first pivot-notch, and a single-contact element enters the first stop-notch; mounting the second wafer in the aligning device, wherein the two-contact element enters into the second pivot-notch, and the single-contact element enters the second stop-notch; and exerting a biasing force onto surfaces of the first and second bias-notches to align the first features with the second features. forming a first pivot-notch , a first stop-notch , and a first bias-notch in a first wafer by reference to first features formed on or in the first wafer; forming a second pivot-notch, a second stop-notch, and a second bias-notch in a second wafer by reference to second features formed on or in the second wafer; mounting the first wafer in an aligning device, wherein a two-contact element enters into the first pivot-notch, and a single-contact element enters the first stop-notch; mounting the second wafer in the aligning device, wherein the two-contact element enters into the second pivot-notch, and the single-contact element enters the second stop-notch; and exerting a biasing force onto surfaces of the first and second bias-notches to align the first features with the second features.
A skin perfusion pressure determination device comprising: a sensor module having a first sensor for sensing a first parameter associated with a pressure exerted on a target area by the sensor module and a second sensor for sensing a second parameter associated with an amount of blood perfusion at the target area, wherein the first sensor and the second sensor are arranged such that, when the sensor module is pressed against the target area the first sensor produces an output corresponding to the sensed first parameter and the second sensor produces an output corresponding to the sensed second parameter, and further comprising a processor for processing an output of the first sensor and an output of the second sensor, wherein the processor is configured to determine that the output of the second sensor satisfies a predetermined condition associated with a predetermined amount of blood perfusion at the target area and wherein the predetermined condition is a condition which corresponds to an amount of blood perfusion at the target area which exceeds a predetermined threshold, characterized in that the first sensor comprises a force sensor arranged such that when the sensor module is pressed against the target area, the second sensor is disposed between the target area and the force sensor to determine the force exerted by the sensor module on the target area a sensor module having a first sensor for sensing a first parameter associated with a pressure exerted on a target area by the sensor module and a second sensor for sensing a second parameter associated with an amount of blood perfusion at the target area, wherein the first sensor and the second sensor are arranged such that, when the sensor module is pressed against the target area the first sensor produces an output corresponding to the sensed first parameter and the second sensor produces an output corresponding to the sensed second parameter, and further comprising a processor for processing an output of the first sensor and an output of the second sensor, wherein the processor is configured to determine that the output of the second sensor satisfies a predetermined condition associated with a predetermined amount of blood perfusion at the target area and wherein the predetermined condition is a condition which corresponds to an amount of blood perfusion at the target area which exceeds a predetermined threshold, characterized in that the first sensor comprises a force sensor arranged such that when the sensor module is pressed against the target area, the second sensor is disposed between the target area and the force sensor to determine the force exerted by the sensor module on the target area
An antibody that binds a KIR3DL2 polypeptide and depletes KIR3DL2-expressing tumor cells, for use in the treatment or prevention of a non-cutaneous Peripheral T-cell Lymphoma (PTCL) in an individual, wherein said antibody is used in combination with one or more other therapeutic agent.
A bogie frame for railway vehicles, comprising: a pair of left and right side beams disposed along a direction of rails; a cross beam that connects the side beams to each other; and a mounting bracket for mounting a functional part , the mounting bracket being joined to the cross beam , wherein the cross beam has a rectangular cross section and includes a top plate section , a bottom plate section , and a pair of side plate sections ; characterized in that the top plate section has a cutout opening extending to one of the side plate sections ; the mounting bracket is inserted in the cutout opening ; and the mounting bracket and the top plate section are joined together by butt welding. a pair of left and right side beams disposed along a direction of rails; a cross beam that connects the side beams to each other; and a mounting bracket for mounting a functional part , the mounting bracket being joined to the cross beam , wherein the cross beam has a rectangular cross section and includes a top plate section , a bottom plate section , and a pair of side plate sections ; characterized in that the top plate section has a cutout opening extending to one of the side plate sections ; the mounting bracket is inserted in the cutout opening ; and the mounting bracket and the top plate section are joined together by butt welding.
A wireless communication method, comprising: determining, by a wireless communication device, that first feedback information indicated to transmit on a first uplink, UL, resource is canceled; combining, by the wireless communication device, the first feedback information with second feedback information indicated to transmit on a second UL resource to generate combined feedback information, wherein combining the first feedback information with the second feedback information comprises performing an "OR" operation on a feedback bit in the first feedback information and a feedback bit in the second feedback information, that each corresponds to a same downlink, DL, slot; and transmitting, by the wireless communication device, the combined feedback information using the second UL resource. determining, by a wireless communication device, that first feedback information indicated to transmit on a first uplink, UL, resource is canceled; combining, by the wireless communication device, the first feedback information with second feedback information indicated to transmit on a second UL resource to generate combined feedback information, wherein combining the first feedback information with the second feedback information comprises performing an "OR" operation on a feedback bit in the first feedback information and a feedback bit in the second feedback information, that each corresponds to a same downlink, DL, slot; and transmitting, by the wireless communication device, the combined feedback information using the second UL resource.
Transport system for pourable and flowable media having a coupling device , consisting of at least one first connection part and a plurality of further connection parts , which are connected to the first connection part by means of flexible, tubular connecting parts , which can be blocked by means of at least one closing device , after the release of which the respective assignable connecting part is open for media transport, wherein, after media transport has occurred along a specifiable transport path, said transport path is blocked by means of a separate blocking device or is closed again by the closing device , wherein the respective connecting part has a tube part , and wherein the individual tube parts are successively connected to each other in such a way that branching points arise in succession, which tube parts are permanently connected in a media-carrying manner to the first tube part in the sequence, characterised in that the respective tube part is a film tube and in that individual film tubes , which lead to the individual further connection parts , are welded in sequence to the respective preceding film tube at branching points , leaving an opening free and also forming a continuous transport path along welding lines .
Hydraulically operated working equipment with a hydraulic cylinder , a hydraulic piston movable in the hydraulic cylinder , a drive working equipment part which has a motor and a pump , and a hydraulic line leading to the hydraulic cylinder , characterised in that in that the hydraulic cylinder is electrically insulated with respect to the drive working equipment part , for which purpose an electrically insulating separating layer is provided which passes transversely through the working equipment for electrical separation from the working equipment part in the region of an end of the hydraulic cylinder facing the drive working equipment part , the hydraulic line being guided through the separating layer , with a partial region of the hydraulic line also being formed from an electrically insulating material and/or in that an electrically insulating piston head is provided with respect to the hydraulic piston and/or the hydraulic piston can be moved in the direction of the driving working equipment part only to such an extent that a maximum distance (a) between a point on the piston head and an electrically conductive region of the driving working equipment part exceeds a distance necessary for electrical insulation.
A protection circuit for a hybrid Active Neutral Point Clamped (ANPC) type power converter with cascaded semiconductors , wherein a polarity selection stage of the converter comprises IGBTs , and wherein at least two flying capacitor cells, arranged in the power converter , comprise each an arrangement of two MOSFET or SiCMOSFET type transistors and a flying capacitor ; the protection circuit comprising: at least one comparator circuit , adapted to monitor a voltage characteristic on a collector-emitter path of each of the IGBTs arranged in the polarity selection stage of the converter , and to monitor a voltage characteristic on the flying capacitor of each of the at least two flying capacitor cells arranged in the power converter ; the at least one comparator circuit is further adapted to output an electrical signal, representing the voltage characteristic of the IGBTs and of the flying capacitor of each of the at least two flying capacitor cells to at least one evaluation unit ; wherein the at least one evaluation unit is further adapted to evaluate the result from the at least one comparator circuit and to deactivate the IGBTs of the polarity selection stage in case that the voltage characteristic of any of the IGBTs and/or the flying capacitors of any of the flying capacitor cells deviate from a predetermined threshold. at least one comparator circuit , adapted to monitor a voltage characteristic on a collector-emitter path of each of the IGBTs arranged in the polarity selection stage of the converter , and to monitor a voltage characteristic on the flying capacitor of each of the at least two flying capacitor cells arranged in the power converter ; the at least one comparator circuit is further adapted to output an electrical signal, representing the voltage characteristic of the IGBTs and of the flying capacitor of each of the at least two flying capacitor cells to at least one evaluation unit ; wherein the at least one evaluation unit is further adapted to evaluate the result from the at least one comparator circuit and to deactivate the IGBTs of the polarity selection stage in case that the voltage characteristic of any of the IGBTs and/or the flying capacitors of any of the flying capacitor cells deviate from a predetermined threshold.