mhurhangee/patent-ind-claim-en huggingface dataset:
Usage of a laminated structure of conducting layers and insulating layers comprising a plurality of contacting holes penetrating one or more conducting layers of said laminated structure , wherein each contacting hole comprises an insulating sleeve and a conducting pin arranged therein which contacts an associated conducting layer with one end portion end and extends to the outside of said laminated structure with a second end portion, as a bus plate for mounting a phase power converter for converting an electric AC current supplied by an electric generator into an electric AC current of a grid , in a busbar system which is accommodated in the nacelle of a wind turbine , wherein said laminated structure comprises a first and second laminated sub structure , electrically insulated from each other, wherein the first laminated sub structure is adapted to be electrically connected to the grid and to the output terminals of a first circuit breaker , and in that said second laminated sub structure is adapted to be connected to an output side of said phase power converter and to the input terminals of said first circuit breaker , wherein said phase power converter and at least said first circuit breaker and/or further electrical components like capacitors and/or inductors are mounted to conducting pins extending out of the contacting holes on the same side of the laminated structure 1, and wherein said laminated structure 1 comprises a front side, which is formed of an insulating material, to which the phase power converter is mounted, and an electrically conducting rear side, which is formed by an uncoated layer of sheet metal which is electrically connected to protective earth of the grid .
A method of transmitting uplink scheduling grant information from a network node to a wireless device in unlicensed spectrum, the method comprising or triggering the steps of: performing a listen before talk, LBT, process on each of at least two carriers in the unlicensed spectrum; and transmitting the uplink scheduling grant information on one of the at least two carriers in response to a positive result of the LBT process on the one carrier, the uplink scheduling grant information being indicative of an uplink scheduling grant on multiple carriers in the unlicensed spectrum.
A method for wireless communications by a user equipment , UE, comprising: Receiving , from a base station , a data transmission that comprises an application packet associated with a latency including communications latency and a latency corresponding to a processing time utilized for processing the application packet; and Transmitting a feedback message for the data transmission that comprises an indicator of a remaining delay budget that is determined based at least in part on the processing time utilized for processing the application packet. Receiving , from a base station , a data transmission that comprises an application packet associated with a latency including communications latency and a latency corresponding to a processing time utilized for processing the application packet; and Transmitting a feedback message for the data transmission that comprises an indicator of a remaining delay budget that is determined based at least in part on the processing time utilized for processing the application packet.
A power semiconductor package , comprising: a base plate comprising a first surface and an opposing second surface ; at least one power semiconductor module mounted to the first surface of the base plate ; a flexible cooling structure comprising at least one cavity for containing a cooling liquid therein, and at least one flow meter arranged with the at least one cavity , wherein a contact rim is arranged around a perimeter of the at least one cavity and configured to receive an adhesive , the contact rim affixed parallel to and abutting against the second surface of the base plate thereby forming a hermetic seal at the adhesive . a base plate comprising a first surface and an opposing second surface ; at least one power semiconductor module mounted to the first surface of the base plate ; a flexible cooling structure comprising at least one cavity for containing a cooling liquid therein, and at least one flow meter arranged with the at least one cavity , wherein a contact rim is arranged around a perimeter of the at least one cavity and configured to receive an adhesive , the contact rim affixed parallel to and abutting against the second surface of the base plate thereby forming a hermetic seal at the adhesive .
A corrugated construction element having a base profile connected to at least one leg profile (102a or 102b), wherein the base profile and the at least one leg profile (102a or 102b) comprise an array of angular corrugations extending across their surface in a non-parallel direction to the principal axis L of the corrugated construction element covering a surface area greater than 25% and less than or equal to 100% of the total surface area of the corrugated construction element (100 , thereby increasing the effective thickness of the corrugated construction element with respect to the flat sheet material of which it is made, wherein the array of angular corrugations on the at least one leg profile (102a or 102b) is at an angle Y ranging between 15 ° and 75 ° from the principle axis L of the corrugated construction element , characterized in that the array of angular corrugations comprises at least one first set of angular corrugations (D1) and at least one second set of angular corrugations (D2) having an angle X there between ranging from 30 to 150 degrees.
A composition comprising: (a) an amphiphilic polymeric material, wherein the amphiphilic polymeric material comprises a hydrophilic polymer conjugated to a hypoxia-sensitive hydrophobic group, wherein said hypoxia-sensitive hydrophobic group comprises a hypoxia-sensitive moiety that can be reduced in the presence of a hypoxic environment to form a hydrophilic moiety; (b) a diabetes treatment agent, optionally wherein the diabetes treatment agent is an insulin or a bioactive derivative thereof; and (c) a glucose oxidizing agent. (a) an amphiphilic polymeric material, wherein the amphiphilic polymeric material comprises a hydrophilic polymer conjugated to a hypoxia-sensitive hydrophobic group, wherein said hypoxia-sensitive hydrophobic group comprises a hypoxia-sensitive moiety that can be reduced in the presence of a hypoxic environment to form a hydrophilic moiety; (b) a diabetes treatment agent, optionally wherein the diabetes treatment agent is an insulin or a bioactive derivative thereof; and (c) a glucose oxidizing agent.
A method for determining shifts in position in at least two different spatial directions between a first element and a second element , which are movable relative to one another, having at least two contactlessly measuring sensors (6.1,6.2), which are arranged spaced apart in the at least two different spatial directions from at least two standards fixedly connected to the second element , wherein sensor surfaces of the at least two sensors (6.1,6.2) are opposite to the at least two standards in the respective spatial direction and register them, wherein: - the at least two sensors (6.1,6.2) scan the at least two standards and generate output signals in interaction with the at least two standards, using which in combination an absolute position of the second element is determined, which is connected to a linear movement in a further spatial direction or to a rotational movement, and - wherein furthermore by means of the output signals of the at least two sensors (6.1,6.2), values are determined which characterize the distance between the respective sensor (6.1,6.2) and the corresponding standard of the second element in the associated spatial direction, which are corrected as a function of the ascertained absolute position (φ) of the second element , and from which the shift in position of the second element relative to the first element in the respective spatial direction is determined. - the at least two sensors (6.1,6.2) scan the at least two standards and generate output signals in interaction with the at least two standards, using which in combination an absolute position of the second element is determined, which is connected to a linear movement in a further spatial direction or to a rotational movement, and - wherein furthermore by means of the output signals of the at least two sensors (6.1,6.2), values are determined which characterize the distance between the respective sensor (6.1,6.2) and the corresponding standard of the second element in the associated spatial direction, which are corrected as a function of the ascertained absolute position (φ) of the second element , and from which the shift in position of the second element relative to the first element in the respective spatial direction is determined.
Fine blanking press comprising a blanking ram and a counter unit arranged opposite the blanking ram and comprising a press drive for driving at least the blanking ram along a driving direction during a fine blanking process step, further comprising a feeding device for feeding a process material to be processed in the fine blanking press to a process zone between the blanking ram and the counter unit , and comprising at least one handling device for handling the process material before entering the process zone and/or after leaving the process zone, wherein the at least one handling device comprises at least one levelling drive designed to drive the at least one handling device in the same driving direction as the blanking ram during a fine blanking process step, and wherein synchronizing means are provided for synchronizing the driving movement of the blanking ram with the driving movement of the at least one handling device, characterized in that connecting means are provided for connecting the press drive with the at least one levelling drive, wherein the at least one levelling drive is partly or completely driven by the press drive.
An inspection tool comprising: a first display portion; and a second display portion, wherein the first display portion is a display portion which indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of 200 to 280 nm, and the second display portion is a display portion which does not indicate a visual change before and after irradiation of the inspection tool with light in a wavelength range of 200 to 230 nm, but indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of more than 230 nm and 280 nm or less. a first display portion; and a second display portion, wherein the first display portion is a display portion which indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of 200 to 280 nm, and the second display portion is a display portion which does not indicate a visual change before and after irradiation of the inspection tool with light in a wavelength range of 200 to 230 nm, but indicates a visual change before and after irradiation of the inspection tool with light having at least any of wavelengths in a wavelength range of more than 230 nm and 280 nm or less.
A work machine which performs a holding task of holding an object of a work, a carrying task of carrying the object being held to a position above a destination, and a discharge task of discharging the object at the position above the destination, the work machine comprising: a machine body ; a working device which includes a boom tiltably supported on the machine body, and an attachment for holding the object; a load acquisition section which acquires a load of the object held by the attachment; and an estimative load determination part which determines, based on the load acquired by the load acquisition section, an estimative load of the object estimated to be discharged at the position above the destination in the discharge task when a predetermined estimative load determinative criterion is satisfied, characterized in that the estimative load determinative criterion includes at least one of a criterion that a boom rising speed at which the boom rises in a rising direction reduces in the holding task, and a criterion that the boom rising speed reduces in the carrying task. a machine body ; a working device which includes a boom tiltably supported on the machine body, and an attachment for holding the object; a load acquisition section which acquires a load of the object held by the attachment; and an estimative load determination part which determines, based on the load acquired by the load acquisition section, an estimative load of the object estimated to be discharged at the position above the destination in the discharge task when a predetermined estimative load determinative criterion is satisfied, characterized in that the estimative load determinative criterion includes at least one of a criterion that a boom rising speed at which the boom rises in a rising direction reduces in the holding task, and a criterion that the boom rising speed reduces in the carrying task.
[1S- ]-2-[[3-[4-[(Pentylamino)carbonyl]-2-oxazolyl]-7-oxabicyclo[2.2.1]hept-2- yl] methyl]-benzenepropanoic acid (ifetroban), or a pharmaceutically acceptable salt thereof for use in the treatment of cardiac fibrosis in a mammal.
A headlamp control system comprising: a shining object detection means configured to extract an object having a predetermined luminance based on luminance information, produced by a concentration-luminance conversion means , of an image taken by a forward monitoring camera ; an optical flow calculation means configured to calculate an optical flow of the object present in front of the vehicle based on data on image characteristics of multiple images that have been acquired at different times, wherein the object comprises a light emitter or light reflector; an attribute discrimination means configured to discriminate an attribute of the object based on the optical flow; and a light distribution control means configured to control a light distribution of a headlamp unit provided in the vehicle, based on the attribute of the object, wherein the attribute discrimination means discriminates the attribute of the object by comparing the relative speed between the driver's vehicle and the object to the driver's vehicle speed, the relative speed being estimated from the optical flow of the object, wherein the attribute discrimination means discriminates that the object is a fixed object and that the attribute of the object is either a road lighting, when a position of the object is determined to be above the horizon, or a delineator, when a position of the object is determined to be below the horizon, depending on where the optical flow of the object is present in the vertical direction of the image. a shining object detection means configured to extract an object having a predetermined luminance based on luminance information, produced by a concentration-luminance conversion means , of an image taken by a forward monitoring camera ; an optical flow calculation means configured to calculate an optical flow of the object present in front of the vehicle based on data on image characteristics of multiple images that have been acquired at different times, wherein the object comprises a light emitter or light reflector; an attribute discrimination means configured to discriminate an attribute of the object based on the optical flow; and a light distribution control means configured to control a light distribution of a headlamp unit provided in the vehicle, based on the attribute of the object, wherein the attribute discrimination means discriminates the attribute of the object by comparing the relative speed between the driver's vehicle and the object to the driver's vehicle speed, the relative speed being estimated from the optical flow of the object, wherein the attribute discrimination means discriminates that the object is a fixed object and that the attribute of the object is either a road lighting, when a position of the object is determined to be above the horizon, or a delineator, when a position of the object is determined to be below the horizon, depending on where the optical flow of the object is present in the vertical direction of the image.
Fastening element made of wood and/or wood-based materials for connecting at least two components consisting at least partially of wood, said fastening element consisting of a shaft and a narrowed region disposed at least partially on the shaft, wherein the narrowed region is formed from at least one conically tapering segment (14 1 - 14 5 ) and a further segment (15 1 - 15 5 ) that forms a tip and adjoins the conically tapering segment, wherein circumferential side faces of the tip are at an angle of 65 to 110°, preferably at an angle of 65 to 95°, to one another.
Check valve element made of sheet metal for a check valve assembly , comprising a valve body which has a sealing surface and is resiliently mounted, which is resiliently connected via spiral-shaped spring arms to a retaining ring encompassing the valve body in at least one position, such that the valve body can be displaced in a parallel manner in the axial direction, wherein the spring arms are formed as one-piece and of the same material with the valve body and the retaining ring , characterised in that the retaining ring is formed as one piece and of the same material with a latching body for latch fastening of the check valve element in a fluid conducting device of the check valve assembly , which merges into the retaining ring via a curved transition region , which extends in the axial direction in the direction facing away from the valve body and has at least one latching protrusion which can be resiliently displaced in the radial direction and a further latching protrusion which can likewise be resiliently displaced in the radial direction, wherein the latching protrusion and the further latching protrusion are separated in the circumferential direction by a recess formed in the latching body and open at the edge in the direction facing away from the retaining ring .
Method of producing a head part of an implantable medical device with a head part housing, which has a blind hole-like recess, along which in coaxially arrangement and axially serial sequence, at least one electrically conductive contact ring element as well as an electrically insulating, elastically deformable sealing ring are joined together in a non-positive manner through an axial joining force, wherein the at least one contact ring element and the at least one sealing ring are arranged along a rod-shaped assembly tool and along the rod-shaped assembly tool are non-positively joined together with each other through the production of a joining force (F), and wherein the at least one non-positively joined contact ring element arranged along the rod-shaped assembly tool as well as the at least one sealing ring are surrounded by a solidifiable casting compound present in flowable form, wherein the joining force (F) between the at least one contact ring element and the sealing ring is produced along the assembly tool by way of fastening means applied on at least both sides of the at least one contact ring element and sealing ring along the assembly tool , characterised in that at least one fastening means is fixed in an axially moveable and detachable axially firm manner on the assembly tool and is configured in the manner of a nut with an internal thread which is brought into contact with an outer thread provided along the assembly tool in such a way that the fastening means designed in the manner of a nut, through relative turning along the outer thread of the assembly tool , is on one side non-positively brought into engagement with the at least one contact ring element or sealing ring while producing the joining force (F), in that after solidification of the casting compound , which in the form of a dimensionally stable matrix forming part of the head part housing mechanically supports the axial joining force (F), the rod shaped assembly tool is detached and removed from the at least one contact ring element and the at least one sealing ring , and in that the at least one fastening means remains in the solidified casting compound . in that after solidification of the casting compound , which in the form of a dimensionally stable matrix forming part of the head part housing mechanically supports the axial joining force (F), the rod shaped assembly tool is detached and removed from the at least one contact ring element and the at least one sealing ring , and in that the at least one fastening means remains in the solidified casting compound .
A computed tomography (CT) radiography device, the device comprising: a column ; a first facing part provided on a first side of the column to face a subject and including an X-ray sensor provided thereon; a rotation arm connected to the column and configured to rotate relative to the subject within a predetermined angular range; and a second facing part provided on a first end of the rotation arm to face the first facing part with the subject being interposed between the first and second facing parts , and including an X-ray generator provided thereon, characterized in that the X-ray sensor is configured to move within the first facing part along a rotational direction of the rotation arm such that at least a part of the X-ray sensor faces the X-ray generator within an X-ray irradiation range of the X-ray generator , with the subject being interposed therebetween, and the X-ray sensor is configured to move along a track having a constant distance from the subject. a column ; a first facing part provided on a first side of the column to face a subject and including an X-ray sensor provided thereon; a rotation arm connected to the column and configured to rotate relative to the subject within a predetermined angular range; and a second facing part provided on a first end of the rotation arm to face the first facing part with the subject being interposed between the first and second facing parts , and including an X-ray generator provided thereon, characterized in that the X-ray sensor is configured to move within the first facing part along a rotational direction of the rotation arm such that at least a part of the X-ray sensor faces the X-ray generator within an X-ray irradiation range of the X-ray generator , with the subject being interposed therebetween, and the X-ray sensor is configured to move along a track having a constant distance from the subject.
Gripper unit for gripping an article , especially a container, comprising two grippers and an actuating element , wherein the grippers are in operative connection with the actuating element , so that they can be set in motion simultaneously for gripping the article , the grippers each having a first control portion and the actuating element having a second control portion which is displaceable along the first control portion , characterised in that the actuating element is positioned between the grippers and the grippers and the actuating element define an opening into which the article is insertable in an insertion direction, with the result that the article is fixable at three points by the grippers and the actuating element .