mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure sensor comprising: a sensitive element comprising a mounting substrate , said mounting substrate comprising a top surface and a bottom surface , the sensitive element further comprising a deformable diaphragm connected to the top surface of the mounting substrate ; a housing in which the sensitive element is placed, with the housing comprising a base ; an intermediate structure placed between the base of the housing and the mounting substrate , said intermediate structure comprising a base , with the base comprising a top surface and a bottom surface connected to the base of the housing ; an adhesive layer extending over the top surface of the base , the sensitive element further comprises an insulating layer placed above the deformable diaphragm on which are formed elements for measuring pressure , characterized in that said intermediate structure further comprises a plurality of wedges arranged to keep the mounting substrate at a predetermined distance (d) from the top surface of the base , the wedges being protuberances protruding from the intermediate structure , the wedges defining a free space between the mounting substrate and the intermediate structure , in that the wedges are placed around the adhesive layer , said adhesive layer extending in said free space and being of a thickness (e) controlled by the predetermined distance (d) at which the mounting substrate is kept from the top surface of the base . a sensitive element comprising a mounting substrate , said mounting substrate comprising a top surface and a bottom surface , the sensitive element further comprising a deformable diaphragm connected to the top surface of the mounting substrate ; a housing in which the sensitive element is placed, with the housing comprising a base ; an intermediate structure placed between the base of the housing and the mounting substrate , said intermediate structure comprising a base , with the base comprising a top surface and a bottom surface connected to the base of the housing ; an adhesive layer extending over the top surface of the base , the sensitive element further comprises an insulating layer placed above the deformable diaphragm on which are formed elements for measuring pressure , characterized in that said intermediate structure further comprises a plurality of wedges arranged to keep the mounting substrate at a predetermined distance (d) from the top surface of the base , the wedges being protuberances protruding from the intermediate structure , the wedges defining a free space between the mounting substrate and the intermediate structure , in that the wedges are placed around the adhesive layer , said adhesive layer extending in said free space and being of a thickness (e) controlled by the predetermined distance (d) at which the mounting substrate is kept from the top surface of the base .
A hydraulic transmission system comprising a first hydraulic apparatus adapted to be driven in rotation by a primary motor , a second hydraulic apparatus adapted to drive a vehicle component in rotation, the first hydraulic apparatus and the second hydraulic apparatus defining a hydraulic circuit comprising a supply line and a return line , said system being characterized in that it comprises: means for driving the primary motor , configured so as to issue acceleration or restraint instructions, the system being configured so that, in the event of a restraint instruction, the primary motor performs a restraint function on the rotation of the vehicle component by increasing the pressure in the return line , and a return valve positioned on the return line , the return valve being configured so as to define a variable restriction in the return line , the return valve being driven by a controller , and being configured to selectively form a restriction on the return line , so as to exert a restraint function on the rotation of the vehicle component .
A data generation apparatus comprising a data generation unit which generates data of markup language including a high dynamic range, HDR, storing element which stores, as an element of the markup language, HDR information which is configured with: feature information representing features of luminance of a high dynamic range, HDR, image having a dynamic range higher than that of a standard, STD, image, and conversion information representing a conversion rule of converting the one of the STD image and the HDR image into the other; wherein subtitle data comprises the HDR storing element of the markup language storing the HDR information to be applied to the subtitle data; and a video stream comprises the HDR information to be applied to the video stream. feature information representing features of luminance of a high dynamic range, HDR, image having a dynamic range higher than that of a standard, STD, image, and conversion information representing a conversion rule of converting the one of the STD image and the HDR image into the other; wherein subtitle data comprises the HDR storing element of the markup language storing the HDR information to be applied to the subtitle data; and a video stream comprises the HDR information to be applied to the video stream.
A medical preparation comprising: a. T cells genetically modified to express a chimeric antigen receptor (CAR), b. IL2 or a polynucleotide encoding IL2, and c. a further cytokine or a polynucleotide encoding the further cytokine, wherein the further cytokine is selected from the group consisting of IL7 and IL21. a. T cells genetically modified to express a chimeric antigen receptor (CAR), b. IL2 or a polynucleotide encoding IL2, and c. a further cytokine or a polynucleotide encoding the further cytokine, wherein the further cytokine is selected from the group consisting of IL7 and IL21.
An in-vitro method of producing a modified B cell composition comprising: (a) isolating pan-B cells, memory B cells or switched memory B cells from a sample, thereby obtaining an isolated B cell population, (b) culturing the isolated B cell population in vitro with CD40L, IL-2, IL-4, IL-10, IL-15, IL-21, and a CD40L crosslinking agent, thereby obtaining an expanded B cell population, (c) transfecting the expanded B cell population with a transgene, and (d) differentiating the expanded B cell population in vitro with one or more B cell activating factors, thereby obtaining a modified B cell composition. (a) isolating pan-B cells, memory B cells or switched memory B cells from a sample, thereby obtaining an isolated B cell population, (b) culturing the isolated B cell population in vitro with CD40L, IL-2, IL-4, IL-10, IL-15, IL-21, and a CD40L crosslinking agent, thereby obtaining an expanded B cell population, (c) transfecting the expanded B cell population with a transgene, and (d) differentiating the expanded B cell population in vitro with one or more B cell activating factors, thereby obtaining a modified B cell composition.
Method for planning a trajectory for autonomously parking a motor vehicle in a parking space environment having a plurality of parking spaces , having the steps of: - ascertaining (S1, S2) a geometric shape related to dimension values (L, B) of the motor vehicle by way of a first capturing device of the parking space environment , wherein the dimension values (L, B) comprise a length (L) and a width (B) of the motor vehicle, - capturing (S3) a parking space occupancy of the plurality of parking spaces by way of a second capturing device of the parking space environment , - ascertaining (S4) an accessible region or prohibited region of the parking space environment using a map of the parking space environment and using the captured parking space occupancy by way of a control unit of the parking space environment , - planning the trajectory for moving the geometric shape onto a region of the map representing a free parking space by way of the control unit of the parking space environment such that the geometric shape never overlaps the prohibited region or never leaves the accessible region even in part, characterized in that the geometric shape is ascertained for planning the trajectory using the actual dimension value (L, B) of the motor vehicle and a predefined safety distance , wherein the safety distance is between 10 and 50 cm, and wherein the safety distance is added to the dimension values (L, B) on every side. - ascertaining (S1, S2) a geometric shape related to dimension values (L, B) of the motor vehicle by way of a first capturing device of the parking space environment , wherein the dimension values (L, B) comprise a length (L) and a width (B) of the motor vehicle, - capturing (S3) a parking space occupancy of the plurality of parking spaces by way of a second capturing device of the parking space environment , - ascertaining (S4) an accessible region or prohibited region of the parking space environment using a map of the parking space environment and using the captured parking space occupancy by way of a control unit of the parking space environment , - planning the trajectory for moving the geometric shape onto a region of the map representing a free parking space by way of the control unit of the parking space environment such that the geometric shape never overlaps the prohibited region or never leaves the accessible region even in part,
A phased array antenna comprising: a base layer comprising a substrate with a plurality of protruding posts (22; 22'; 22"), said posts for stopping wave propagation along said base layer; a printed circuit board, PCB, arranged on said base layer , and comprising a first side facing the base layer and a second side opposite to the first side, and at least one phased array radio frequency, RF, integrated circuit, IC, and feeds for transferring of RF signals from the phased array RF IC or ICs to the second side of the PCB , the feeds being on said second side; a radiating layer , comprising a plurality of radiating elements for transmitting and/or receiving RF signals from the phased array antenna; and a feeding layer for transfer of RF signals, arranged between the feeds of the PCB and the radiating elements of the radiating layer , characterized in that the PCB comprises said at least one phased array RF IC on the first side of the PCB facing the base layer and the protruding posts (22; 22'; 22"), in that the feeding layer is a gap waveguide layer, comprising gap waveguides for transferring of RF signals between the feeds of the PCB and the radiating elements , and in that the phased array antenna further comprises a filter layer that is arranged between the PCB and the feeding layer , wherein the filter layer is a second gap waveguide layer forming resonant cavities. a base layer comprising a substrate with a plurality of protruding posts (22; 22'; 22"), said posts for stopping wave propagation along said base layer; a printed circuit board, PCB, arranged on said base layer , and comprising a first side facing the base layer and a second side opposite to the first side, and at least one phased array radio frequency, RF, integrated circuit, IC, and feeds for transferring of RF signals from the phased array RF IC or ICs to the second side of the PCB , the feeds being on said second side; a radiating layer , comprising a plurality of radiating elements for transmitting and/or receiving RF signals from the phased array antenna; and a feeding layer for transfer of RF signals, arranged between the feeds of the PCB and the radiating elements of the radiating layer , characterized in that the PCB comprises said at least one phased array RF IC on the first side of the PCB facing the base layer and the protruding posts (22; 22'; 22"), in that the feeding layer is a gap waveguide layer, comprising gap waveguides for transferring of RF signals between the feeds of the PCB and the radiating elements , and in that the phased array antenna further comprises a filter layer that is arranged between the PCB and the feeding layer , wherein the filter layer is a second gap waveguide layer forming resonant cavities.
A plating system for mending a periprosthetic fracture comprising: an intramedullary rod including a plurality of transverse holes; a first locking plate having a first plurality of openings and configured to have a contour similar to a first surface of a bone; and a second locking plate having a second plurality of openings and configured to have a contour similar to a second surface of the bone; and a plurality of fasteners and a plurality of nuts , each nut being configured to be attached to an end of a respective fastener of the plurality of fasteners wherein in an implanted condition, the first and second locking plates are placed across the periprosthetic fracture and each of the plurality of fasteners extends through one opening of the first plurality of openings, another opening of the second plurality of openings, and one transverse hole, and is attached to one of the plurality of nuts, wherein at least one of the first and second locking plates include a bone gripping mechanism, the bone gripping mechanism comprising a blade having a free end configured for insertion into the bone, wherein the blade comprises two projections and a C-shaped web of material extending in a width direction between the two projections and extending in a length direction along said two projections to the free end of the blade, each projection having a greater thickness than the C-shaped web of material. an intramedullary rod including a plurality of transverse holes; a first locking plate having a first plurality of openings and configured to have a contour similar to a first surface of a bone; and a second locking plate having a second plurality of openings and configured to have a contour similar to a second surface of the bone; and a plurality of fasteners and a plurality of nuts , each nut being configured to be attached to an end of a respective fastener of the plurality of fasteners wherein in an implanted condition, the first and second locking plates are placed across the periprosthetic fracture and each of the plurality of fasteners extends through one opening of the first plurality of openings, another opening of the second plurality of openings, and one transverse hole, and is attached to one of the plurality of nuts, wherein at least one of the first and second locking plates include a bone gripping mechanism, the bone gripping mechanism comprising a blade having a free end configured for insertion into the bone, wherein the blade comprises two projections and a C-shaped web of material extending in a width direction between the two projections and extending in a length direction along said two projections to the free end of the blade, each projection having a greater thickness than the C-shaped web of material.
A non-crystalline Compound, characterized in that the Compound comprises a diamandoid core-structure containing at least one atom of at least one chemical element, chosen from the list comprising Si, Ge, Sn, Pb, O, S, Se, Te, whereby the atoms forming the diamandoid core-structure are chosen independently from each other and may or may not carry substituents, the non-crystalline Compound exhibiting a molecular structure according to Formula I , whereat - the atoms M are independently from each other chosen from the list comprising Si, Ge, Sn, Pb and - atoms X are independently from each other chosen from the list comprising O, S, Se, Te and - the substituents R are independently from each other chosen from the list comprising Phenyl, Benzyl, Styryl; aromatic polycyclic substituents, for example Naphthyl, Anthryl, Phenanthryl; heteroaromatic monocyclic substituents, for example Pyridyl; heteroaromatic polycyclic substituents, for example aza-Naphthyl, aza-Anthryl, aza-Phenanthryl, diaza-Naphthyl, diaza-Anthryl, diaza-Phenanthryl, whereat a compound comprising either Ge or Sn in combination with S does not comprise the substituent p-Styryl, whereat a compound comprising either Si or Sn in combination with S does not comprise the substituent Phenyl. - the atoms M are independently from each other chosen from the list comprising Si, Ge, Sn, Pb and - atoms X are independently from each other chosen from the list comprising O, S, Se, Te and - the substituents R are independently from each other chosen from the list comprising Phenyl, Benzyl, Styryl; aromatic polycyclic substituents, for example Naphthyl, Anthryl, Phenanthryl; heteroaromatic monocyclic substituents, for example Pyridyl; heteroaromatic polycyclic substituents, for example aza-Naphthyl, aza-Anthryl, aza-Phenanthryl, diaza-Naphthyl, diaza-Anthryl, diaza-Phenanthryl,
A multi-beam polling based transmission method, comprising: broadcasting, by an access point, AP, a beacon message, wherein the beacon message is used to indicate duration of a beacon period ; sending a data packet that comprises channel use duration to a station, STA, wherein the channel use duration is used to indicate a target slot at which the AP communicates with the STA within a duration range of the beacon period ; communicating with the STA at the target slot , and the method being characterized in that : the sending a data packet that comprises channel use duration to a station STA comprises: comprising the channel use duration into at least one of the following data packets for transmission to the STA: a request to send, RTS, data packet, a clear to send, CTS, data packet, and a decline to send, DTS, data packet. broadcasting, by an access point, AP, a beacon message, wherein the beacon message is used to indicate duration of a beacon period ; sending a data packet that comprises channel use duration to a station, STA, wherein the channel use duration is used to indicate a target slot at which the AP communicates with the STA within a duration range of the beacon period ; communicating with the STA at the target slot , and the method being characterized in that : the sending a data packet that comprises channel use duration to a station STA comprises: comprising the channel use duration into at least one of the following data packets for transmission to the STA: a request to send, RTS, data packet, a clear to send, CTS, data packet, and a decline to send, DTS, data packet.
A retaining clip for constraining a heat shield for use with an aircraft wheel assembly, the retaining clip comprising: a first end and a second end axially opposite the first end, the first end being opposite the second end along a longitudinal axis (A-A'); a first side and a second side each having a curvature forming a U-shaped cross section such that an outer edge of each of the first side and the second side extends back towards the longitudinal axis; and a migration stop defined by the first side at the first end , the migration stop extending past the outer edge of the second side and configured to interface with hooks of the heat shield to resist axial movement of the retaining clip relative to the heat shield, and wherein the first side and the second side each have a base portion and an outer portion that includes the outer edge, wherein the outer portion is parallel to the base portion ; and characterized in that the migration stop is defined by the outer portion of the first side, and the outer portion of the first side further defines a curved slot located between the outer edge of the first side and the migration stop . a first end and a second end axially opposite the first end, the first end being opposite the second end along a longitudinal axis (A-A'); a first side and a second side each having a curvature forming a U-shaped cross section such that an outer edge of each of the first side and the second side extends back towards the longitudinal axis; and a migration stop defined by the first side at the first end , the migration stop extending past the outer edge of the second side and configured to interface with hooks of the heat shield to resist axial movement of the retaining clip relative to the heat shield, and wherein the first side and the second side each have a base portion and an outer portion that includes the outer edge, wherein the outer portion is parallel to the base portion ; and characterized in that the migration stop is defined by the outer portion of the first side, and the outer portion of the first side further defines a curved slot located between the outer edge of the first side and the migration stop .
A process of producing an organic compound, the process comprising I) cultivating a genetically modified microorganism in a culture medium comprising sucrose as an assimilable carbon source to allow the genetically modified microorganism to produce the organic compound, II) recovering the organic compound from the fermentation broth obtained in process step I), wherein the genetically modified microorganism comprises A) at least one genetic modification that leads to an increased activity of the enzyme encoded by the rbsK -gene, compared to the original microorganism that has not been genetically modified, wherein the at least one genetic modification A) comprises an overexpression of the rbsK -gene, wherein the original microorganism belongs to the family Pasteurellaceae and wherein the organic compound is succinic acid. I) cultivating a genetically modified microorganism in a culture medium comprising sucrose as an assimilable carbon source to allow the genetically modified microorganism to produce the organic compound, II) recovering the organic compound from the fermentation broth obtained in process step I),