mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing terminal comprising: (a) a display input unit having a display screen (111-113) and configured to receive a touch operation made to the display screen; (b) a detecting unit configured to detect a position at which the touch operation has been made on the display screen; and (c) a control unit , characterized in that (d) the control unit is configured to control the display input unit to display a plurality of operational objects on the display screen and, when the touch operation is performed, to move the plurality of operational objects to a detection area that includes, from among a plurality of setting areas that are set up in the display screen, at least one setting area that includes the operated position detected by the detecting unit , (e) wherein the plurality of setting areas includes first areas set up for a case when the information processing terminal is held with both hands, wherein two of the first areas are touched, and one or more second areas set up for a case when the information processing terminal is held with one hand, wherein one of the one or more second areas is touched, the first areas being located at both sides of the information processing terminal and the second area or second areas being located near the center of gravity of the information processing terminal. (a) a display input unit having a display screen (111-113) and configured to receive a touch operation made to the display screen; (b) a detecting unit configured to detect a position at which the touch operation has been made on the display screen; and (c) a control unit , (d) the control unit is configured to control the display input unit to display a plurality of operational objects on the display screen and, when the touch operation is performed, to move the plurality of operational objects to a detection area that includes, from among a plurality of setting areas that are set up in the display screen, at least one setting area that includes the operated position detected by the detecting unit , (e) wherein the plurality of setting areas includes first areas set up for a case when the information processing terminal is held with both hands, wherein two of the first areas are touched, and one or more second areas set up for a case when the information processing terminal is held with one hand, wherein one of the one or more second areas is touched,
A sterile container for the production of a foamed sclerosant composition, the container comprising a container body having one or more sidewalls extending between a top and a bottom of the container body , a lid to close off the top of the container body and a mixing element disposed in the container body, wherein the mixing element comprises a magnetic element, a foaming space being formed in an interior of the container body between the sidewalls and the mixing element, wherein the mixing element is configured to be operatively coupled with a rotating actuator without the actuator reaching the foaming space, wherein the actuator is a magnetic stirrer, wherein the container comprises a valve suitable for the introduction of a liquid sclerosant composition in the foaming space, and the container has a bottom configured to be positioned on the magnetic stirrer such that the magnetic stirrer when running causes a rotating magnetic field and setting the mixing element into rotation, characterized in that the mixing element is configured to create a foamed sclerosant composition when rotating, and in that the container body further comprises an exit arranged at or near the bottom of the container body for extraction of the foamed sclerosant composition from the bottom of the container body. a container body having one or more sidewalls extending between a top and a bottom of the container body , a lid to close off the top of the container body and a mixing element disposed in the container body, wherein the mixing element comprises a magnetic element, a foaming space being formed in an interior of the container body between the sidewalls and the mixing element, wherein the mixing element is configured to be operatively coupled with a rotating actuator without the actuator reaching the foaming space, wherein the actuator is a magnetic stirrer, wherein the container comprises a valve suitable for the introduction of a liquid sclerosant composition in the foaming space, and the container has a bottom configured to be positioned on the magnetic stirrer such that the magnetic stirrer when running causes a rotating magnetic field and setting the mixing element into rotation, characterized in that the mixing element is configured to create a foamed sclerosant composition when rotating, and in that the container body further comprises an exit arranged at or near the bottom of the container body for extraction of the foamed sclerosant composition from the bottom of the container body.
A lighting device for a vehicle, comprising: a lens ; a rod-shaped prism which is disposed on a rear side of the lens and totally reflects an incident light and then emits the light; a light source device which emits light toward the rod-shaped prism and a reflective fluorescent body which is disposed on the rear side of the lens and wavelength-converts light emitted by the rod-shaped prism and then reflects the light to the lens, wherein the rod-shaped prism includes an emitting surface which is spaced apart from an optical axis of the lens, wherein a distance (L1) between the reflective fluorescent body and a rear surface of the lens is greater than a distance (L2) between the emitting surface and the rear surface of the lens , wherein the rod-shaped prism further includes an incident surface on which light is incident and a perimeter surface, wherein a distance between the optical axis (X) of the lens and the emitting surface is less than a radius of the rear surface of the lens, and wherein the perimeter surface of the rod-shaped prism is in contact with the rear surface of the lens. a lens ; a rod-shaped prism which is disposed on a rear side of the lens and totally reflects an incident light and then emits the light; a light source device which emits light toward the rod-shaped prism and a reflective fluorescent body which is disposed on the rear side of the lens and wavelength-converts light emitted by the rod-shaped prism and then reflects the light to the lens, wherein the rod-shaped prism includes an emitting surface which is spaced apart from an optical axis of the lens, wherein a distance (L1) between the reflective fluorescent body and a rear surface of the lens is greater than a distance (L2) between the emitting surface and the rear surface of the lens , wherein the rod-shaped prism further includes an incident surface on which light is incident and a perimeter surface, wherein a distance between the optical axis (X) of the lens and the emitting surface is less than a radius of the rear surface of the lens, and wherein the perimeter surface of the rod-shaped prism is in contact with the rear surface of the lens.
A dynamic Peripheral Component Interconnect Express, in the following also referred to as PCIe, speed-adjusting method, applied to a wireless device, characterized by : determining, by the wireless device, whether to change from a current PCIe speed to a target PCIe speed based on at least two of a noise level threshold, a signal to noise ratio, in the following also referred to as SNR, threshold and a current data rate requirement.
An alarm apparatus comprising a housing , an anti-tamper means comprising a compressible component and a switch , said anti-tamper means being adapted for triggering an alarm when the alarm apparatus is removed from a surface it is fixed to and the compressible component is allowed to relax, thereby triggering the switch , and a protective shroud adapted to project outwardly from an opening in the housing of the alarm apparatus and positioned to protect the anti-tamper means by restricting user access to the anti-tamper means, wherein the shroud projects through a part of the housing and is arranged to be held captive by the housing yet able to float axially relative to the housing to enable the protective shroud means to project through the housing by a varying amount, wherein the shroud is mounted to project at least partly between part of the housing of the alarm apparatus and a surface to which the alarm apparatus is mounted, the shroud is in the form of a cap having a shoulder , the shoulder having an outer diameter that is larger than the diameter of the opening to prevent the shroud from being fully removed from the housing through the opening, wherein the shroud is mounted so that a surface of the bottom of the shroud is in contact with said surface to which the alarm apparatus is fixed to; characterised in that said compressible component is compressed against the other opposite surface of the bottom of the shroud when the alarm apparatus is mounted on the surface, and in that the shroud is arranged to be held captive by the housing yet able to float axially relative to the housing to enable the protective shroud means to project through the housing, towards said surface to which the apparatus is fixed, by a varying amount up to the amount by which the shoulder comes in contact with the housing.
A pharmaceutical composition comprising at least one double-stranded siRNA targeted against ADAMTS-5 and at least one double-stranded siRNA targeted against ADAM17, and optionally a pharmaceutically acceptable carrier, wherein the sense strand of the double-stranded siRNA targeted against ADAMTS-5 comprises a nucleotide sequence having at least 60% identity to SEQ ID NO: 1, and the antisense strand of double-stranded siRNA targeted against ADAMTS-5 comprises a nucleotide sequence having at least 60% identity to SEQ ID NO: 2, and wherein the sense strand of the double-stranded siRNA targeted against ADAM17 comprises a nucleotide sequence having at least 60% identity to SEQ ID NO: 7, and the antisense strand of the double-stranded siRNA targeted against ADAM17 comprises a nucleotide sequence having at least 60% identity to SEQ ID NO: 8.
An x-ray micro-beam radiation production system having: a source of accelerated electrons ; an electron focusing component configured to focus the electrons provided by the source; a target which produces x-rays when electrons impinge thereon from the source; and a collimator having one or more micro-beam forming apertures which collimate the produced x-rays into one or more respective micro-beams with micrometre or sub-micrometre dimensions, the, or each, micro-beam forming aperture having a given shape on a cross-section therethrough perpendicular to the formed micro-beam; wherein the electron focusing component is configured to focus the electrons provided by the source such that they impinge at a focal spot formed on a surface of the target, the focal spot having substantially the same shape as a projection of the cross-sectional shape of the aperture(s) onto the target surface at the focal spot characterised in that : the target is movable relative to the focusing component such that the focal spot moves in operation across the target surface. a source of accelerated electrons ; an electron focusing component configured to focus the electrons provided by the source; a target which produces x-rays when electrons impinge thereon from the source; and a collimator having one or more micro-beam forming apertures which collimate the produced x-rays into one or more respective micro-beams with micrometre or sub-micrometre dimensions, the, or each, micro-beam forming aperture having a given shape on a cross-section therethrough perpendicular to the formed micro-beam; wherein the electron focusing component is configured to focus the electrons provided by the source such that they impinge at a focal spot formed on a surface of the target, the focal spot having substantially the same shape as a projection of the cross-sectional shape of the aperture(s) onto the target surface at the focal spot characterised in that : the target is movable relative to the focusing component such that the focal spot moves in operation across the target surface.
A method of producing an oil, the method comprising: making a biomass according to a method of increasing the concentration of EPA in a biomass of a microorganism having fatty acids and a concentration of EPA, comprising: (a) fermenting the microorganism in a fermentor vessel to produce a biomass; and (b) providing a pressure on the biomass of greater than or equal to 3447.4 Pa (0.5 psi) above atmospheric pressure for a time sufficient to increase the concentration of EPA in the biomass; and obtaining the oil from the biomass, wherein said microorganism is a thraustochytrid, optionally wherein the oil is extracted from the biomass. making a biomass according to a method of increasing the concentration of EPA in a biomass of a microorganism having fatty acids and a concentration of EPA, comprising: (a) fermenting the microorganism in a fermentor vessel to produce a biomass; and (b) providing a pressure on the biomass of greater than or equal to 3447.4 Pa (0.5 psi) above atmospheric pressure for a time sufficient to increase the concentration of EPA in the biomass; (a) fermenting the microorganism in a fermentor vessel to produce a biomass; and (b) providing a pressure on the biomass of greater than or equal to 3447.4 Pa (0.5 psi) above atmospheric pressure for a time sufficient to increase the concentration of EPA in the biomass; and obtaining the oil from the biomass, wherein said microorganism is a thraustochytrid, optionally wherein the oil is extracted from the biomass.
Rotor for an electric motor, wherein the rotor comprises a hollow shaft and a laminated rotor core , the laminated rotor core further comprising a plurality of magnets and an impeller for a coolant flow utilization, wherein the hollow shaft further comprises an inlet aperture for introducing the coolant directly into a main cavity of the hollow shaft, and channels through which the coolant is released out of the hollow shaft, wherein outlet apertures of the channels are aligned with an intake area of the impeller for propelling the coolant through the cooling system of the electric motor, wherein the outlet apertures are directed radially outward and are arranged circumferentially between two adjacent blades of the impeller , the channels have an axial area and a radial area adjoining it, the outlet apertures being located at the end of the radial area . the hollow shaft further comprises an inlet aperture for introducing the coolant directly into a main cavity of the hollow shaft, and channels through which the coolant is released out of the hollow shaft, wherein outlet apertures of the channels are aligned with an intake area of the impeller for propelling the coolant through the cooling system of the electric motor, wherein the outlet apertures are directed radially outward and are arranged circumferentially between two adjacent blades of the impeller , the channels have an axial area and a radial area adjoining it, the outlet apertures being located at the end of the radial area .
A method comprising: receiving, at a user equipment in a long term evolution system, a signaling message from a radio access network element in the long term evolution system, the signaling message at least identifying a mapping between a plurality of long term evolution public land mobile network identifiers and a plurality of code division multiple access systems (140-1, 140-2, 140-3) for which the long term evolution system supports interworking; selecting, by the user equipment , one of the plurality of code division multiple access systems (140-1, 140-2, 140-3) using the mapping received in the signaling message; and signaling, by the user equipment , an indication of the selected one of the plurality of code division multiple access systems (140-1, 140-2, 140-3) to the radio access network element . receiving, at a user equipment in a long term evolution system, a signaling message from a radio access network element in the long term evolution system, the signaling message at least identifying a mapping between a plurality of long term evolution public land mobile network identifiers and a plurality of code division multiple access systems (140-1, 140-2, 140-3) for which the long term evolution system supports interworking; selecting, by the user equipment , one of the plurality of code division multiple access systems (140-1, 140-2, 140-3) using the mapping received in the signaling message; and signaling, by the user equipment , an indication of the selected one of the plurality of code division multiple access systems (140-1, 140-2, 140-3) to the radio access network element .
Medical device comprising three pathways , wherein each pathway of said three pathways is extending between a first zone intended to receive a sample in the liquid form and an end zone having an absorbent portion, wherein each of said pathways comprises the following zones, all extending between said first zone and said end zone : an intermediate zone or catch zone loaded with a predetermined quantity of a predetermined protein, said protein being constituted by TNF-alpha, Lactoferrin and Lipocalin-1 in said pathways , respectively; a conjugate zone arranged upstream of said intermediate zone and loaded with a respective antibody bounded to an indicator means, wherein said antibody is specific for the TNF-alpha, Lactoferrin and Lipocalin-1 proteins in said pathways , respectively; a control zone arranged downstream of said intermediate zone and loaded with an anti-immunoglobulin species-specific antibody. an intermediate zone or catch zone loaded with a predetermined quantity of a predetermined protein, said protein being constituted by TNF-alpha, Lactoferrin and Lipocalin-1 in said pathways , respectively; a conjugate zone arranged upstream of said intermediate zone and loaded with a respective antibody bounded to an indicator means, wherein said antibody is specific for the TNF-alpha, Lactoferrin and Lipocalin-1 proteins in said pathways , respectively; a control zone arranged downstream of said intermediate zone and loaded with an anti-immunoglobulin species-specific antibody.
A fuel and air mixer , comprising: an outer housing with an exit port ; and characterised by a bluff body extending across the exit port of the outer housing, wherein the bluff body comprises a v-shaped, circular, multi-radial, squared, or irregularly shaped gutter . an outer housing with an exit port ; and characterised by a bluff body extending across the exit port of the outer housing, wherein the bluff body comprises a v-shaped, circular, multi-radial, squared, or irregularly shaped gutter .
A resource indication method performed by a New Radio, NR, mobile terminal, the method comprising: acquiring indication information sent by a base station and acquiring a plurality of physical uplink control channel, PUCCH, configuration resources configured for the mobile terminal and sent by the base station, wherein the indication information is configured to indicate position information, in the plurality of PUCCH configuration resources, of a PUCCH resource used by the mobile terminal, characterized in that the method further comprises: receiving minimum system information sent by the base station, wherein the minimum system information carries physical downlink control channel, PDCCH, resource configuration information, information of the PUCCH configuration resource corresponding to the PDCCH resource configuration information, and an association relationship between a PDCCH configuration resource and a PUCCH configuration resource. acquiring indication information sent by a base station and acquiring a plurality of physical uplink control channel, PUCCH, configuration resources configured for the mobile terminal and sent by the base station, wherein the indication information is configured to indicate position information, in the plurality of PUCCH configuration resources, of a PUCCH resource used by the mobile terminal, characterized in that the method further comprises: receiving minimum system information sent by the base station, wherein the minimum system information carries physical downlink control channel, PDCCH, resource configuration information, information of the PUCCH configuration resource corresponding to the PDCCH resource configuration information, and an association relationship between a PDCCH configuration resource and a PUCCH configuration resource.
An ion diffuser for generating ions, the ion diffuser comprising: a cavity arranged to receive a substance; the substance being located in the cavity; and a power source arranged to provide a current to the substance to cause the emission of ions from the substance; wherein the substance comprises an ionic gel, the ionic gel comprising an ionic liquid that is held by an inorganic or polymer matrix. a cavity arranged to receive a substance; the substance being located in the cavity; and a power source arranged to provide a current to the substance to cause the emission of ions from the substance; wherein the substance comprises an ionic gel, the ionic gel comprising an ionic liquid that is held by an inorganic or polymer matrix.
Loading system comprising: - a stop member for bounding a tilting movement of a container during emptying thereof, the stop member comprising: - a bounding element for stopping the container; - a spring element operatively connected to the bounding element for realizing an operative range around a bounding position of the stop member for the purpose of dealing with different container dimensions; and - a mechanical and/or hydraulic follower mechanism for actuating the bounding element between a rest position and the bounding position, - a lifting mechanism for performing the tilting movement of the container, characterized in that the follower mechanism is connected to the lifting mechanism via a direct connection in order to adapt respective movements for emptying the container. - a stop member for bounding a tilting movement of a container during emptying thereof, the stop member comprising: - a bounding element for stopping the container; - a spring element operatively connected to the bounding element for realizing an operative range around a bounding position of the stop member for the purpose of dealing with different container dimensions; and - a mechanical and/or hydraulic follower mechanism for actuating the bounding element between a rest position and the bounding position, - a bounding element for stopping the container; - a spring element operatively connected to the bounding element for realizing an operative range around a bounding position of the stop member for the purpose of dealing with different container dimensions; and - a mechanical and/or hydraulic follower mechanism for actuating the bounding element between a rest position and the bounding position, - a lifting mechanism for performing the tilting movement of the container, characterized in that the follower mechanism is connected to the lifting mechanism via a direct connection in order to adapt respective movements for emptying the container.