mhurhangee/patent-ind-claim-en huggingface dataset:
A first RF connector element for mating with a second RF connector element, the first RF connector element comprising: a first terminal , having a first contact region for electrically connecting a first mating terminal of the second RF connector element; a second terminal having a second contact region for electrically connecting a second mating terminal of the second RF connector element; a first electrical insulator element for electrically insulating the first terminal and the second terminal ; wherein the first electrical insulator element comprises a first contact support part , which is integrally formed of a first dielectric material, having a first relative dielectric constant, and a first compensation part , which is integrally formed with the first contact support part and of a second dielectric material, having a second relative dielectric constant, which is larger than the first relative dielectric constant; and wherein the first compensation part is arranged at a front end region of the first electrical insulator element and at least partly encompasses the first contact region of the first terminal . a first terminal , having a first contact region for electrically connecting a first mating terminal of the second RF connector element; a second terminal having a second contact region for electrically connecting a second mating terminal of the second RF connector element; a first electrical insulator element for electrically insulating the first terminal and the second terminal ; wherein the first electrical insulator element comprises a first contact support part , which is integrally formed of a first dielectric material, having a first relative dielectric constant, and a first compensation part , which is integrally formed with the first contact support part and of a second dielectric material, having a second relative dielectric constant, which is larger than the first relative dielectric constant; and wherein the first compensation part is arranged at a front end region of the first electrical insulator element and at least partly encompasses the first contact region of the first terminal .
A peptide hormone of the AKH/RPCH peptide family for use in treatment of a disease selected from schizophrenia, psychosis, obsessive-compulsive disorder, attention deficiency hyperactivity syndrome, mania and bipolar disorder; wherein said peptide has the following amino acid sequence: Xaa 1 - Xaa 2 - Xaa 3 - Xaa 4 - Xaa 5 - Xaa 6 - Xaa 7 - Xaa 8 - X - NH 2 wherein; Xaa1 is a pyroglutamate residue, Xaa 2 residue is selected from a group consisting of Leu, Val, Ile, Phe, Tyr amino acids, Xaa 3 residue is selected from one of Asn, Thr amino acids, Xaa 4 residue is selected from one of Phe, Tyr amino acids, Xaa 5 residue is selected from one of Thr, Ser amino acids, Xaa 6 residue is selected from one of Pro, Ser, Thr, Ala amino acids, Xaa 7 residue is selected from one of Asn, Gly, Ser, Asp, Trp, Val amino acids, Xaa 8 residue is selected as Trp amino acid, and X residue is between the 0 to 2 amino acid residue; it is preferably 0, in case there are 1-2 amino acids, it is Gly residue for the first and one of Gly, Thr, Asn, Ser, Tyr, Trp residues for the second.
A three-axis spacecraft comprising: a spacecraft body being generally rectangular in shape and including first and second opposing radiator/equipment panels , first and second opposing mounting panels, an earth deck thermally coupled to the first radiator/equipment panel and a zenith deck thermally coupled to the second radiator/equipment panel , wherein the first and second radiator/equipment panels generally face a north and south direction relative to the Earth when the spacecraft is on orbit, the first and second mounting panels generally face an east and west direction relative to the Earth when the spacecraft is on orbit, the earth deck faces the Earth when the spacecraft is on orbit, the zenith deck faces away from the Earth when the spacecraft is on orbit; a mounting cylinder extending through the spacecraft body and out of the first and second mounting panels, wherein the mounting cylinder includes a mounting flange at each end of the cylinder and being operable to be mounted to a mounting flange of a mounting cylinder of other spacecraft, wherein a plurality of antennas including a downlink phased array and an uplink phased array is mounted to the earth deck at a central location on the earth deck . a spacecraft body being generally rectangular in shape and including first and second opposing radiator/equipment panels , first and second opposing mounting panels, an earth deck thermally coupled to the first radiator/equipment panel and a zenith deck thermally coupled to the second radiator/equipment panel , wherein the first and second radiator/equipment panels generally face a north and south direction relative to the Earth when the spacecraft is on orbit, the first and second mounting panels generally face an east and west direction relative to the Earth when the spacecraft is on orbit, the earth deck faces the Earth when the spacecraft is on orbit, the zenith deck faces away from the Earth when the spacecraft is on orbit; a mounting cylinder extending through the spacecraft body and out of the first and second mounting panels, wherein the mounting cylinder includes a mounting flange at each end of the cylinder and being operable to be mounted to a mounting flange of a mounting cylinder of other spacecraft, wherein a plurality of antennas including a downlink phased array and an uplink phased array is mounted to the earth deck at a central location on the earth deck .
A bicycle wheel, comprising: a rim ; a tire mounted to a tire bed of the rim ; a pressure sensing assembly (104; 1000) attached to the rim , the pressure sensing assembly (104; 1000) comprising: a sensing element arranged to measure a pressure in the tire; characterized in that the pressure sensing assembly (104; 1000) further comprises: a housing having a surface engaging the tire bed , the tire bed having a tire engagement surface accepting the housing ; and a light-emitting element is configured to emit light indicative of the sensed pressure of the tire . a rim ; a tire mounted to a tire bed of the rim ; a pressure sensing assembly (104; 1000) attached to the rim , the pressure sensing assembly (104; 1000) comprising: a sensing element arranged to measure a pressure in the tire; characterized in that the pressure sensing assembly (104; 1000) further comprises: a housing having a surface engaging the tire bed , the tire bed having a tire engagement surface accepting the housing ; and a light-emitting element is configured to emit light indicative of the sensed pressure of the tire . a housing having a surface engaging the tire bed , the tire bed having a tire engagement surface accepting the housing ; and a light-emitting element is configured to emit light indicative of the sensed pressure of the tire .
A container comprising: a wall arrangement defining an internal region ; and a support arrangement attached to the wall arrangement ; the support arrangement being arrangeable in a support position in which the support arrangement extends across the internal region ; the support arrangement being arrangeable in a non-support position in which the support arrangement extends along the wall arrangement within the internal region in engagement with the wall arrangement ; and the support arrangement being movable between the non-support and the support positions, wherein the wall arrangement includes a pivot point, and the support arrangement includes an attachment portion to attach the support arrangement to the wall arrangement at the pivot point; the container further includes a guide arrangement to guide the support arrangement between the support and non-support positions, the guide arrangement comprising a guide member on one of the support arrangement and the wall arrangement ; and the guide arrangement further comprising a guide track to interact with the guide member , the guide track being provided on the other of the support arrangement and the wall arrangement ; wherein the guide member is movable along the guide track to guide the support arrangement when the support arrangement moves between the support and the non-support positions, characterised in that the attachment portion has an actuating formation to enable the support arrangement to be moved between the support and non-support positions, and in that the guide track curves around the pivot point. a wall arrangement defining an internal region ; and a support arrangement attached to the wall arrangement ; the support arrangement being arrangeable in a support position in which the support arrangement extends across the internal region ; the support arrangement being arrangeable in a non-support position in which the support arrangement extends along the wall arrangement within the internal region in engagement with the wall arrangement ; and the support arrangement being movable between the non-support and the support positions, wherein the wall arrangement includes a pivot point, and the support arrangement includes an attachment portion to attach the support arrangement to the wall arrangement at the pivot point; the container further includes a guide arrangement to guide the support arrangement between the support and non-support positions, the guide arrangement comprising a guide member on one of the support arrangement and the wall arrangement ; and the guide arrangement further comprising a guide track to interact with the guide member , the guide track being provided on the other of the support arrangement and the wall arrangement ; wherein the guide member is movable along the guide track to guide the support arrangement when the support arrangement moves between the support and the non-support positions, characterised in that the attachment portion has an actuating formation to enable the support arrangement to be moved between the support and non-support positions, and in that the guide track curves around the pivot point.
A computer-implemented method for providing critical care using a wearable device, the method comprising: monitoring one or more health parameters related to a critical care condition of a user of the wearable device via one or more sensors in the wearable device; identifying one or more locations of assets relevant to the critical care condition; generating a risk assessment based on values of the monitored one or more health parameters and a number of the assets located within a radius from a current location of the wearable device; generating alert information for the user of the wearable device based on the generated risk assessment; and calling another device and/ or sending an SMS or email message to another device, wherein the calling and/ or the sending is based on the generated risk assessment; wherein at least one step of the method is performed by a processor of the wearable device. monitoring one or more health parameters related to a critical care condition of a user of the wearable device via one or more sensors in the wearable device; identifying one or more locations of assets relevant to the critical care condition; generating a risk assessment based on values of the monitored one or more health parameters and a number of the assets located within a radius from a current location of the wearable device; generating alert information for the user of the wearable device based on the generated risk assessment; and calling another device and/ or sending an SMS or email message to another device, wherein the calling and/ or the sending is based on the generated risk assessment; wherein at least one step of the method is performed by a processor of the wearable device.
A composite powder comprising: a core particle comprising a styrene/acrylate polymer resin and optionally a first metal ion acrylate monomer; and a shell comprising a styrene/acrylate ionomer resin, wherein the styrene/acrylate ionomer resin comprises a second metal ion acrylate monomer; wherein the total amount of metal presented in the composite powder ranges in a concentration of from 0.5 ppm to 50,000 ppm; wherein the second metal ion acrylate monomer of the shell comprises ions of silver, copper, gold, palladium, or mixtures thereof; and further wherein the composite powder has a volume average particle diameter (D50) as determined by transmission electron microscopy (TEM) of from 10 microns to 300 microns . a core particle comprising a styrene/acrylate polymer resin and optionally a first metal ion acrylate monomer; and a shell comprising a styrene/acrylate ionomer resin, wherein the styrene/acrylate ionomer resin comprises a second metal ion acrylate monomer;
A method for infrastructure design, comprising: receiving, in a graphical user interface (GUI) shown by an electronic device , user input specifying a boundary of a design region of a 3-D reality model of existing conditions at a site, wherein a 3-D reality model is a 3-D model produced from photographs of the site by an automated software process that provides an accurate visualization of reality; detecting, by a ground detection process executing on the electronic device or another electronic device, a plurality of ground points within the design region that represent ground; based at least on the user-specific boundary of the design region and the detected ground points, generating a two-and-a-half (2.5D) terrain mesh for the design region ; clipping around the design region to show the 2.5D terrain mesh within the design region and a remaining part of the 3-D reality model external to the design region; placing one or more 3-D computer aided design (CAD) objects that represent planned infrastructure upon the 2.5D terrain mesh within the design region ; and displaying, in the GUI shown by the electronic device , a combined view including the 3-D CAD objects placed upon the 2.5D terrain mesh within the design region , surrounded by the remaining part of the 3-D reality model external to the design region that provides context. receiving, in a graphical user interface (GUI) shown by an electronic device , user input specifying a boundary of a design region of a 3-D reality model of existing conditions at a site, wherein a 3-D reality model is a 3-D model produced from photographs of the site by an automated software process that provides an accurate visualization of reality; detecting, by a ground detection process executing on the electronic device or another electronic device, a plurality of ground points within the design region that represent ground; based at least on the user-specific boundary of the design region and the detected ground points, generating a two-and-a-half (2.5D) terrain mesh for the design region ; clipping around the design region to show the 2.5D terrain mesh within the design region and a remaining part of the 3-D reality model external to the design region; placing one or more 3-D computer aided design (CAD) objects that represent planned infrastructure upon the 2.5D terrain mesh within the design region ; and displaying, in the GUI shown by the electronic device , a combined view including the 3-D CAD objects placed upon the 2.5D terrain mesh within the design region , surrounded by the remaining part of the 3-D reality model external to the design region that provides context.
An aerosol generation device for heating a consumable comprising a columnar portion of aerosol substrate , the device comprising: a body comprising a heating chamber for heating the columnar portion, the heating chamber comprising a first side wall , a first end wall and a penetrative heater protruding from the first end wall into the heating chamber wherein the penetrative heater is arranged such that, when a consumable is inserted into the heating chamber, the penetrative heater penetrates into the columnar portion of aerosol substrate ; an inner chamber adapted to be removably inserted into the heating chamber and adapted to receive the consumable, the inner chamber comprising a second side wall and a second end wall connected to the second side wall ; wherein the second end wall comprises an aperture adapted to fit around the penetrative heater ; and a cap adapted to hold the inner chamber in the heating chamber, wherein the second end wall and the second side wall are adapted to spread heat from the penetrative heater . a body comprising a heating chamber for heating the columnar portion, the heating chamber comprising a first side wall , a first end wall and a penetrative heater protruding from the first end wall into the heating chamber wherein the penetrative heater is arranged such that, when a consumable is inserted into the heating chamber, the penetrative heater penetrates into the columnar portion of aerosol substrate ; an inner chamber adapted to be removably inserted into the heating chamber and adapted to receive the consumable, the inner chamber comprising a second side wall and a second end wall connected to the second side wall ; wherein the second end wall comprises an aperture adapted to fit around the penetrative heater ; and a cap adapted to hold the inner chamber in the heating chamber, wherein the second end wall and the second side wall are adapted to spread heat from the penetrative heater .
A powder sterilization method for sterilizing powder, in particular an active pharmaceutical ingredient powder or a food powder, using fluid vapor, in particular steam, the fluid vapor being applied to the powder in an evacuated treatment chamber , the fluid vapor being applied to the powder, in particular in countercurrent, during a free fall of the powder along a drop section , characterized in that evacuation means for providing a negative pressure in the treatment chamber are operated in a permanent and continuous manner to provide a negative pressure in the treatment chamber, a suction pressure thus being permanently applied and the application of the fluid vapor causing the pressure to rise during the free fall after the powder has been supplied.
A gas burner unit intended for a heat exchanger, having a perforated burner wall and an air and fuel duct and a fan used to supply an air and fuel mixture to the air and fuel duct, in which air and fuel duct , over the perforated burner wall , there is a transverse baffle featuring holes and dividing the air and fuel duct into two segments, where in the baffle is shaped so that the cross section of the segment of the air and fuel duct located between the baffle and perforated burner wall increases along the baffle towards the perforated burner wall , wherein the baffle is positioned in the air and fuel duct so that the cross section of the segment of the air and fuel duct located within the inner space delimited by the baffle increases towards the perforated burner wall , and wherein the total area of the holes in the baffle accounts for 0.3 to 1.2 of the area of the opening of the fan used to supply the air and fuel mix to the air and fuel duct , wherein the gas burner unit further comprises a burner plate to which said baffle , air and fuel duct , and perforated wall of the burner are fixed, wherein the baffle is fitted with a mounting flange used to screw the baffle to the burner plate , and the baffle is given the shape of the side wall of a cone or truncated cone, closed on the side of the smaller base, or shaped into an open dome, or side wall of a pyramid, or side wall of a truncated pyramid, closed on the side of the smaller base.
A protective helmet , particularly for sport and similar activities, comprising an external protective cap , at least a first protective shell positioned inside said external protective cap , a protective internal liner positioned at least partially inside said first protective shell and removably fixed thereto and adapted to come into contact with the head of a user, characterized in that said protective internal liner comprises a first portion adapted to surround at least a portion of the skull of a user and a second and a third portion adapted to protect at least partially the left and right lateral portion of the face of a user, said first , second and third portion of said protective internal liner being fixable to/removable from said first protective shell independently from each other, said second and third portion of said protective internal liner being each provided with first magnetic coupling means which cooperate with corresponding second magnetic coupling means positioned on said first protective shell to maintain in position said second and third portion of said protective internal liner with respect to said first protective shell , and with first mechanical centering means which cooperate with corresponding second mechanical centering means ) positioned on said first protective shell to center said second and third portion of said protective internal liner with respect to said first protective shell , said first magnetic coupling means and said second magnetic coupling means being respectively spaced apart from said first mechanical centering means and said second mechanical centering means .
A prosthetic foot comprising: an attachment member comprising a connector configured to connect the attachment member to a user or another prosthetic device; at least one first brace mounted to the attachment member; at least one first flexible member connected to the attachment member by the at least one first brace such that a force between the ground and the attachment member can be supported by the at least one first flexible member , the first brace mounting around the first flexible member ; an unpowered actuator mounted to the attachment member; and at least one second brace mounted to the actuator ; and at least one second flexible member connected to the attachment member by the at least one second brace such that a force between the ground and the attachment member can be supported by the at least one second flexible member , the second brace mounting around the second flexible member . an attachment member comprising a connector configured to connect the attachment member to a user or another prosthetic device; at least one first brace mounted to the attachment member; at least one first flexible member connected to the attachment member by the at least one first brace such that a force between the ground and the attachment member can be supported by the at least one first flexible member , the first brace mounting around the first flexible member ; an unpowered actuator mounted to the attachment member; and at least one second brace mounted to the actuator ; and at least one second flexible member connected to the attachment member by the at least one second brace such that a force between the ground and the attachment member can be supported by the at least one second flexible member , the second brace mounting around the second flexible member .