mhurhangee/patent-ind-claim-en huggingface dataset:
Foundation for a wind power plant, the foundation having substantially prefabricated elements, with a first, vertically extending portion of pedestal-like configuration, on which a tower of the wind power plant can be arranged, and a second substantially horizontally extending portion as foundation body which is in contact with the ground , the first portion being arranged above the second portion and having at least one closed pedestal element which is of annular or polygonal configuration, and the second portion being formed from at least two horizontal elements which have in each case at least one pedestal portion , the at least one pedestal element of the first portion and the pedestal portion of the horizontal element of the second portion having substantially vertical apertures which are flush with one another in a mounted state and in which substantially vertical bracing elements are arranged, a further vertically extending portion of pedestal-like configuration being provided which is arranged below the second portion and has at least one closed pedestal element , and the further portion being required for the transfer of the loads of the wind power plant, characterized in that the closed pedestal element of the further portion is assembled from at least two segments , in that the segments overlap in a connecting region , the apertures also overlapping in the overlap region, or in that the segments adjoin one another in a connecting region with substantially vertical abutting surfaces.
A female connector (C1a, C2a) for mating with a male connector (Clb, C2b), the female connector comprising: a guide including a pair of rails extending in a first direction (Y-Y'), wherein the rails are configured to guide a runner of the male connector (Clb) in the first direction, with the runner being received between the rails with a clearance in a second direction (X-X') orthogonal to the first direction (Y-Y'), or alternatively the rails are configured to guide the male connector (C2b) in the first direction, with the rails being received, with a clearance in the second direction (X-X'), in a runner groove of a runner of the male connector; a pair of support portions on one side (Y) in the first direction relative to the guide, the support portions being spaced from each other in the second direction (X-X'); a female body being insulative and disposed between the support portions; a female terminal held in the female body; and a shaft ; the support portions each extend to one side (Y) in the first direction (Y-Y') from an end on the one side in the first direction of a respective one of the rails , and each support portion has a support hole passing therethrough in the second direction, the shaft is received in the support holes of the support portions , characterized in that the female body has a through hole passing in the second direction through at least a portion of the female body, and the shaft is received in the through hole of the female body , and supports the female body so as to be floatable along the second direction (X-X') relative to the support portions . a guide including a pair of rails extending in a first direction (Y-Y'), wherein the rails are configured to guide a runner of the male connector (Clb) in the first direction, with the runner being received between the rails with a clearance in a second direction (X-X') orthogonal to the first direction (Y-Y'), or alternatively the rails are configured to guide the male connector (C2b) in the first direction, with the rails being received, with a clearance in the second direction (X-X'), in a runner groove of a runner of the male connector; a pair of support portions on one side (Y) in the first direction relative to the guide, the support portions being spaced from each other in the second direction (X-X'); a female body being insulative and disposed between the support portions; a female terminal held in the female body; and a shaft ; the support portions each extend to one side (Y) in the first direction (Y-Y') from an end on the one side in the first direction of a respective one of the rails , and each support portion has a support hole passing therethrough in the second direction, the shaft is received in the support holes of the support portions , characterized in that the female body has a through hole passing in the second direction through at least a portion of the female body, and the shaft is received in the through hole of the female body , and supports the female body so as to be floatable along the second direction (X-X') relative to the support portions .
A cooking apparatus comprising a front panel (c) and a knob assembly provided on the front panel (c), the knob assembly comprising: a knob for adjusting a power level of a power source, the knob being provided on an outside of the front panel (c); a knob ring surrounding the knob and rotatable independently of the knob , the knob ring being provided on the outside of the front panel (c); an actuating member coupled to a rear surface of the knob ring to integrally rotate with the knob ring ; a support frame to support the knob ring ; and a fixing frame coupled to the support frame , the fixing frame being configured to prevent the actuating member from escaping from the support frame ; wherein the knob and the knob ring are coupled at a front surface side of the front panel (c), and wherein the support frame , the actuating member and the fixing frame are coupled to a rear surface side of the front panel (c) characterized in that the support frame is coupled to the front panel (c), and in that the actuating member is inserted into the support frame and passes through the front panel (c) to be engaged with the knob ring . a knob for adjusting a power level of a power source, the knob being provided on an outside of the front panel (c); a knob ring surrounding the knob and rotatable independently of the knob , the knob ring being provided on the outside of the front panel (c); an actuating member coupled to a rear surface of the knob ring to integrally rotate with the knob ring ; a support frame to support the knob ring ; and a fixing frame coupled to the support frame , the fixing frame being configured to prevent the actuating member from escaping from the support frame ; wherein the knob and the knob ring are coupled at a front surface side of the front panel (c), and wherein the support frame , the actuating member and the fixing frame are coupled to a rear surface side of the front panel (c) characterized in that the support frame is coupled to the front panel (c), and in that the actuating member is inserted into the support frame and passes through the front panel (c) to be engaged with the knob ring .
Cilastatin for use in a preventive or therapeutic method of treating sepsis in a mammalian subject, with the proviso that when cilastatin is administered in combination with another drug said other drug is not a beta-lactam nephrotoxic antimicrobial agent.
A computing device comprising: a housing configured to be communicatively coupled to an input device ; one or more modules disposed within the housing and implemented at least partially in hardware to perform one or more operations; and a kickstand rotatably attached to a rear surface of the housing via a hinge , wherein through rotational movement of the hinge the kickstand can be opened to multiple open positions to support multiple orientations of the computing device, characterized in that the kickstand is attached to the rear surface of the housing via at least one other hinge that exerts pressure on an edge of the kickstand to stabilize the edge of the kickstand during rotation of the kickstand . a housing configured to be communicatively coupled to an input device ; one or more modules disposed within the housing and implemented at least partially in hardware to perform one or more operations; and a kickstand rotatably attached to a rear surface of the housing via a hinge , wherein through rotational movement of the hinge the kickstand can be opened to multiple open positions to support multiple orientations of the computing device, characterized in that the kickstand is attached to the rear surface of the housing via at least one other hinge that exerts pressure on an edge of the kickstand to stabilize the edge of the kickstand during rotation of the kickstand .
A cosmetic comprising: a fish spawn protein isolate comprising a zonase, a leukolectin or a combination thereof, obtained from hatching fish eggs, wherein the isolate comprises an active protein that constitutes from 1 x 10 -8 to 1 x 10 -5 total weight percent of the cosmetic; and a natural product extract extracted from a source selected from the group consisting of red algae, green algae, brown algae, tuft-forming cyanobacteria, and plants or a component thereof; wherein the extract constitutes from 0.01 to 10 total weight percent of the cosmetic and comprises unsaturated fatty acids and sterols. a fish spawn protein isolate comprising a zonase, a leukolectin or a combination thereof, obtained from hatching fish eggs, wherein the isolate comprises an active protein that constitutes from 1 x 10 -8 to 1 x 10 -5 total weight percent of the cosmetic; and a natural product extract extracted from a source selected from the group consisting of red algae, green algae, brown algae, tuft-forming cyanobacteria, and plants or a component thereof; wherein the extract constitutes from 0.01 to 10 total weight percent of the cosmetic and comprises unsaturated fatty acids and sterols.
A method of assembling a transducer assembly comprising a transducer and a conductor element , wherein the transducer comprises a print board, and wherein: - the conductor element comprises a plurality of holes and conducting parts , each conducting part being exposed in or at a hole and - the transducer comprises a plurality of elevated, electrically conducting elements , the method comprising: - aligning the conductor element and the transducer so that each of the elevated elements extends into a separate hole of the holes and - fixing the transducer to the conductor element by fixing each elevated element to the conducting parts of the pertaining hole , the method further comprising the step of providing the elevated elements , characterised in that the providing step comprising: - forming a carrier element comprising therein or thereon electrical conductors, - forming the elevated conducting elements in a growing step during which an amount of material is fed to the elevated conducting element position in order to generate the elevated conducting element , so that a chip and elevated conducting elements are generated during the same steps, where the growing step is used during the production of the print board to form a part of a processor/circuit. - the conductor element comprises a plurality of holes and conducting parts , each conducting part being exposed in or at a hole and - the transducer comprises a plurality of elevated, electrically conducting elements , - aligning the conductor element and the transducer so that each of the elevated elements extends into a separate hole of the holes and - fixing the transducer to the conductor element by fixing each elevated element to the conducting parts of the pertaining hole , - forming a carrier element comprising therein or thereon electrical conductors, - forming the elevated conducting elements in a growing step during which an amount of material is fed to the elevated conducting element position in order to generate the elevated conducting element , so that a chip and elevated conducting elements are generated during the same steps, where the growing step is used during the production of the print board to form a part of a processor/circuit.
A method of wirelessly transmitting data from a wearable device worn by a user, the method comprising: gathering information regarding the position, orientation or movement of the user via at least one wearable sensor device worn by the user; determining, via a processor , from the gathered information whether at least one condition is present that affects the ability to wirelessly transmit a data packet; and enabling, via the processor , a duplicate packet transmittal procedure that transmits at least one duplicate data packet upon determining the at least one condition is present, wherein the data packet is transmitted from the wearable device worn by the user, wherein the at least one condition includes one or more of a number of data packet transmit attempts above a transmit attempt threshold, excessive transmittal retry attempts, user velocity above a velocity threshold, the wearable device's location with respect to the user and body-blocking. gathering information regarding the position, orientation or movement of the user via at least one wearable sensor device worn by the user; determining, via a processor , from the gathered information whether at least one condition is present that affects the ability to wirelessly transmit a data packet; and enabling, via the processor , a duplicate packet transmittal procedure that transmits at least one duplicate data packet upon determining the at least one condition is present, wherein the data packet is transmitted from the wearable device worn by the user, wherein the at least one condition includes one or more of a number of data packet transmit attempts above a transmit attempt threshold, excessive transmittal retry attempts, user velocity above a velocity threshold, the wearable device's location with respect to the user and body-blocking.
A hot gas path component for a gas turbine comprising: a substrate comprising an outer surface and an inner surface , said inner surface defining at least one interior space , at least a portion of said outer surface comprising a recess formed therein, said recess comprising a bottom surface and a groove extending at least partially along said bottom surface of said recess; and a cover disposed within said recess and covering at least a portion of said groove, wherein said groove is configured to channel a cooling fluid therethrough to cool said cover. a substrate comprising an outer surface and an inner surface , said inner surface defining at least one interior space , at least a portion of said outer surface comprising a recess formed therein, said recess comprising a bottom surface and a groove extending at least partially along said bottom surface of said recess; and a cover disposed within said recess and covering at least a portion of said groove, wherein said groove is configured to channel a cooling fluid therethrough to cool said cover.
Monitoring device for a laser beam welding apparatus, the laser beam welding apparatus being configured for joining joining partners in a joining region, comprising an evaluation module, characterized by a dynamic vision sensor, the dynamic vision sensor being arranged to sense at least one section of the joining region by way of sensor technology and being configured to detect local brightness changes as event data, the dynamic vision sensor having a pixelated sensor element comprising a plurality of pixels arranged like a matrix, a local brightness change corresponding to a brightness change in a pixel, the event data being provided to the evaluation module and the evaluation module being configured, on the basis of the event data, to examine the brightness changes for a propagation in at least one spatial direction (x), the evaluation module being configured to detect a contaminant emission on the basis of an ascertained propagation, a contaminant emission being evaporation and/or sublimation of a contaminant in the joining region and/or onto the joining partner in the joining region. the laser beam welding apparatus being configured for joining joining partners in a joining region, comprising an evaluation module, characterized by a dynamic vision sensor, the dynamic vision sensor being arranged to sense at least one section of the joining region by way of sensor technology and being configured to detect local brightness changes as event data, the dynamic vision sensor having a pixelated sensor element comprising a plurality of pixels arranged like a matrix, a local brightness change corresponding to a brightness change in a pixel, the event data being provided to the evaluation module and the evaluation module being configured, on the basis of the event data, to examine the brightness changes for a propagation in at least one spatial direction (x), the evaluation module being configured to detect a contaminant emission on the basis of an ascertained propagation, a contaminant emission being evaporation and/or sublimation of a contaminant in the joining region and/or onto the joining partner in the joining region.
Micro-tube of a storage bundle of a thermal storage device for a motor vehicle, comprising at least one mouth and comprising within it a material suitable for storing and releasing a given quantity of heat, a closure device comprising an insert for blocking the mouth of said micro-tube , characterized in that the blocking insert is a sealed blind rivet comprising a body that has a blind orifice , said rivet being expanded in one end of said micro-tube .
A chucking apparatus for positioning a tire in a tire uniformity machine, the apparatus comprising: an upper chuck assembly; a lower chuck assembly operative with said upper chuck assembly to capture a tire therebetween; and a dual piston cylinder coupled to said lower chuck assembly so as to move the tire into engagement with said upper chuck assembly, said dual piston cylinder having an axially extending inner piston rod from which axially extends a field-replaceable inner piston stem, characterised by said inner piston rod having an axial stem opening with a rod internal surface, said inner piston stem having a threaded shaft detachably received in said axial stem opening. an upper chuck assembly; a lower chuck assembly operative with said upper chuck assembly to capture a tire therebetween; and a dual piston cylinder coupled to said lower chuck assembly so as to move the tire into engagement with said upper chuck assembly, said dual piston cylinder having an axially extending inner piston rod from which axially extends a field-replaceable inner piston stem, characterised by said inner piston rod having an axial stem opening with a rod internal surface, said inner piston stem having a threaded shaft detachably received in said axial stem opening.
A vehicle control method, the method being executed by a roadside device comprising: filtering (S601) road perception information acquired in a coverage area of the roadside device to obtain target road perception information; and determining effective area information of an area to which the target road perception information belongs; and sending (S602) a roadside perception message to the vehicle, wherein the roadside perception message comprises the target road perception information, the effective area information and area information of the coverage area of the roadside device, and the roadside perception message is used to indicate that the vehicle is controlled to travel based on the target road perception information, the effective area information and the area information; wherein the effective area information is used to indicate which area, within the area to which the target road perception information belongs, is an effective area, and the effective area refers to an area to which the target road perception information belongs and in which the roadside device is capable of working normally. filtering (S601) road perception information acquired in a coverage area of the roadside device to obtain target road perception information; and determining effective area information of an area to which the target road perception information belongs; and sending (S602) a roadside perception message to the vehicle, wherein the roadside perception message comprises the target road perception information, the effective area information and area information of the coverage area of the roadside device, and the roadside perception message is used to indicate that the vehicle is controlled to travel based on the target road perception information, the effective area information and the area information; wherein the effective area information is used to indicate which area, within the area to which the target road perception information belongs, is an effective area, and the effective area refers to an area to which the target road perception information belongs and in which the roadside device is capable of working normally.
A mold with a thermoform polymer molding surface , the mold comprising: a base having one or more sidewalls and a floor , the one or more sidewalls extending from the floor and at least in part forming a cavity ; and a molding surface of a thermoform polymer material extending between the one or more sidewalls , the molding surface having a molding surface presented away from the floor and an opposite cavity surface presented toward the floor , wherein the molding surface forms around a positive part into the cavity when the molding surface is at at least a transition temperature of the thermoform polymer material, wherein the base is further comprised of a pressure port extending through the frame into the cavity .
A method for obtaining data for an Electrocardiogram, ECG, using a portable sensor device comprising a first electrode , a second electrode , a third electrode , a first switch provided between the first electrode and the third electrode , and a second switch provided between the second electrode and the third electrode , the method comprising the steps of: receiving a trigger to obtain measurements for the ECG; setting the first switch in a conducting state to close a connection between the first electrode and the third electrode , and setting the second switch in a conducting state to close a connection between the second electrode and the third electrode ; setting the first switch in a blocking state to conductively separate the first electrode and the third electrode , and setting the second switch in a blocking state to conductively separate the second electrode and the third electrode ; and capturing measurements for the ECG using the three electrodes . receiving a trigger to obtain measurements for the ECG; setting the first switch in a conducting state to close a connection between the first electrode and the third electrode , and setting the second switch in a conducting state to close a connection between the second electrode and the third electrode ; setting the first switch in a blocking state to conductively separate the first electrode and the third electrode , and setting the second switch in a blocking state to conductively separate the second electrode and the third electrode ; and capturing measurements for the ECG using the three electrodes .