mhurhangee/ep-ind-claims huggingface dataset:
A mass spectrometer comprising a sampling interface, the sampling interface being arranged so as to enable the sampling of ions in the mass spectrometer for subsequent spectrometric analysis, the sampling interface comprising an inlet for receiving a quantity of ions from an ion source; a skimmer positioned downstream of the inlet wherein the skimmer comprises an aperture through which the ions pass; and a downstream region downstream of the skimmer for accommodating a gas through which the ions pass; wherein the gas is selected based on its suitability for removing unwanted particles from the ions; and a processing unit; characterized in that a bias voltage potential is provided to the skimmer, such that a corresponding field is provided in at least a portion of the downstream region through which the ions pass, and a pressure sensor is provided in the downstream region, the pressure sensor being arranged to transmit pressure data to the processing unit suitably programmed to process the pressure data and automatically adjust the bias voltage potential, wherein the bias voltage potential provided to the skimmer is selected in accordance with a correlation with the pressure of the gas in the downstream region so as to reduce collisional scatter, and wherein the bias voltage potential is increased with increasing pressure. an inlet for receiving a quantity of ions from an ion source; a skimmer positioned downstream of the inlet wherein the skimmer comprises an aperture through which the ions pass; and a downstream region downstream of the skimmer for accommodating a gas through which the ions pass; wherein the gas is selected based on its suitability for removing unwanted particles from the ions; a bias voltage potential is provided to the skimmer, such that a corresponding field is provided in at least a portion of the downstream region through which the ions pass, and a pressure sensor is provided in the downstream region, the pressure sensor being arranged to transmit pressure data to the processing unit suitably programmed to process the pressure data and automatically adjust the bias voltage potential, wherein the bias voltage potential provided to the skimmer is selected in accordance with a correlation with the pressure of the gas in the downstream region so as to reduce collisional scatter, and wherein the bias voltage potential is increased with increasing pressure.
An apparatus comprising: a wireless communications controller configured to create a frame that is arranged to include information indicating a modulation and coding scheme with which a data portion of the frame is modulated and encoded; and a transmitter configured to transmit the frame to one or more stations, STAs, wherein the frame is a mixed-format frame or a Greenfield frame, and wherein the frame includes a legacy compatible portion, and wherein the frame is to have a legacy signal field followed by a very high throughput, VHT, signal field. a wireless communications controller configured to create a frame that is arranged to include information indicating a modulation and coding scheme with which a data portion of the frame is modulated and encoded; and a transmitter configured to transmit the frame to one or more stations, STAs, wherein the frame is a mixed-format frame or a Greenfield frame, and wherein the frame includes a legacy compatible portion, and wherein the frame is to have a legacy signal field followed by a very high throughput, VHT, signal field. wherein the frame includes a legacy compatible portion, and wherein the frame is to have a legacy signal field followed by a very high throughput, VHT, signal field.
A method of forming a touch fastener, the method comprising: gathering substrate material from a first area of a substrate to a second area of the substrate to increase an amount of the substrate material in the second area relative to the first area; and forming fastening elements in the second area, wherein the fastening elements are engageable with loops or loop-like structures, characterized in that the fastening elements are formed using the substrate material. gathering substrate material from a first area of a substrate to a second area of the substrate to increase an amount of the substrate material in the second area relative to the first area; and forming fastening elements in the second area, wherein the fastening elements are engageable with loops or loop-like structures, characterized in that the fastening elements are formed using the substrate material.
Street lighting device for illuminating an evaluation field, comprising a main body on which a plurality of light-emitting diode units are arranged which each comprise a light-emitting diode and a beam forming device assigned to the light-emitting diode, characterised in that the beam forming device comprises a lens arrangement with at least one non-rotationally symmetrical lens, wherein each of the light-emitting diode units (8, 10) is designed for illuminating the whole evaluation field associated with the lighting device and wherein all of the light-emitting diode units use a uniform lens type.
An air purification device including a vertical enclosure with lateral air inlets (20, 20') provided with a filtration cell, an air purification reactor including a photocatalysis module including photocatalytic cylinders with at least one UV light source inside, a fan with a motor and a purified air outlet, characterized in that: - the photocatalytic cylinders are disposed vertically, along a vertical plane of the enclosure and facing the lateral air inlets (20, 20'), and said cylinders include walls covered with a photocatalytic medium and having an air permeability; and - the device includes a sealing barrier above the photocatalysis module including at least one opening at the upper cross-section of each of the photocatalytic cylinders of said module, and in that - the air enters the enclosure at the photocatalysis module along an axis substantially transverse to the walls of the photocatalytic cylinders, to then be sucked through the walls of the cylinders inside said cylinders, and exit at the upper cross-sections of said photocatalytic cylinders and through said openings of the sealing barrier determining air outlets from the photocatalysis module to the top of the reactor. - the photocatalytic cylinders are disposed vertically, along a vertical plane of the enclosure and facing the lateral air inlets (20, 20'), and said cylinders include walls covered with a photocatalytic medium and having an air permeability; and - the device includes a sealing barrier above the photocatalysis module including at least one opening at the upper cross-section of each of the photocatalytic cylinders of said module, and in that - the air enters the enclosure at the photocatalysis module along an axis substantially transverse to the walls of the photocatalytic cylinders, to then be sucked through the walls of the cylinders inside said cylinders, and exit at the upper cross-sections of said photocatalytic cylinders and through said openings of the sealing barrier determining air outlets from the photocatalysis module to the top of the reactor.
Fall protection device, comprising a module with an adapter for detachably attaching the module at the tip of an aerial apparatus, said module comprising a plurality of ropes, each rope extending from an individual fall arresting device received within the module, characterized in that the module comprises supply devices each provided with a supply line (44, 46), provided as a cable or hose extending from a reel on which said supply line (44, 46) is wound, said supply devices being laterally attached to said adapter and being configured to provide fluid and electric power via said cable or hose.
An access selection method, comprising: receiving, by a first transmission node from a parent node, configuration information of one of the parent node or a neighboring cell, wherein the first transmission node is an Integrated Access Backhaul, IAB, node; and performing, by the first transmission node, a measurement, monitoring, or a selection on an accessed parent node according to the configuration information, wherein the configuration information comprises at least one of the following: system information, wherein the system information comprises at least one of the following: an IAB random access parameter comprising a size of an IAB random access response window; or an IAB access barred indication used for indicating that an access of an IAB node is barred and an access of an ordinary UE is not barred; or cell selection information, wherein the cell selection information comprises at least one of: an IAB selection threshold, or an IAB reselection offset. receiving, by a first transmission node from a parent node, configuration information of one of the parent node or a neighboring cell, wherein the first transmission node is an Integrated Access Backhaul, IAB, node; and performing, by the first transmission node, a measurement, monitoring, or a selection on an accessed parent node according to the configuration information, wherein the configuration information comprises at least one of the following: system information, wherein the system information comprises at least one of the following: an IAB random access parameter comprising a size of an IAB random access response window; or an IAB access barred indication used for indicating that an access of an IAB node is barred and an access of an ordinary UE is not barred; or cell selection information, wherein the cell selection information comprises at least one of: an IAB selection threshold, or an IAB reselection offset. system information, wherein the system information comprises at least one of the following: an IAB random access parameter comprising a size of an IAB random access response window; or an IAB access barred indication used for indicating that an access of an IAB node is barred and an access of an ordinary UE is not barred; or cell selection information, wherein the cell selection information comprises at least one of: an IAB selection threshold, or an IAB reselection offset.
A method of performing direct communications in a first communication device and a second communication device of a wireless communication system, the method comprising: the first communication device entering a direct communication mode after receiving a first mode configuration information from a network of the wireless communication system; the second communication device entering the direct communication mode after receiving a second mode configuration information from the network; wherein the first communication device and the second communication device respectively have a first radio resource control, RRC, connection and a second RRC connection with the network; wherein the method is characterized by the first communication device transmitting a first signal for the second communication device; and wherein the second communication device uses the first signal to calculate a first timing advance for the first communication device. the first communication device entering a direct communication mode after receiving a first mode configuration information from a network of the wireless communication system; the second communication device entering the direct communication mode after receiving a second mode configuration information from the network; wherein the first communication device and the second communication device respectively have a first radio resource control, RRC, connection and a second RRC connection with the network; wherein the method is characterized by the first communication device transmitting a first signal for the second communication device; and wherein the second communication device uses the first signal to calculate a first timing advance for the first communication device.
A composition suitable for a cosmetic application comprising at least two of the components konjac gum, tara gum and algin, and furthermore comprising water, and furthermore comprising at least one further cosmetically acceptable ingredient different from the components comprised in the composition and different from water, wherein the relative amount of each component present is not higher than 99 % by weight of the sum of the amounts of all components present, and wherein, the weight ratio of these components is within the hatched area of the ternary diagram shown in Fig. 3, preferably within the hatched area of the ternary diagram shown in Fig. 4. at least two of the components konjac gum, tara gum and algin, and furthermore comprising water, and furthermore comprising at least one further cosmetically acceptable ingredient different from the components comprised in the composition and different from water, wherein the relative amount of each component present is not higher than 99 % by weight of the sum of the amounts of all components present, and wherein, the weight ratio of these components is within the hatched area of the ternary diagram shown in Fig. 3, preferably within the hatched area of the ternary diagram shown in Fig. 4.
A security device comprising: a plate having a top edge and a bottom edge; and a bulbous barrier having a top edge and a bottom edge, substantially planar sides extending from the top edge to the bottom edge, and an inner face, wherein the plate and the barrier form a slot therebetween, where the slot extends almost the entire height of the device; the device has an outer surface that extends from the bottom edge of the plate, over the top of the device and to the bottom edge of the barrier; the inner face extends between the sides, is spaced apart from the outer surface and extends from the bottom edge, towards the top edge; and the barrier extends in a horizontal direction H, perpendicular to the plane of the plate and away from the slot. a plate having a top edge and a bottom edge; and a bulbous barrier having a top edge and a bottom edge, substantially planar sides extending from the top edge to the bottom edge, and an inner face, wherein
Outdoor unit for a heat pump comprising a refrigerant circuit, the outdoor unit comprising a compressor, a discharge pipe of the refrigerant circuit connected to a discharge side of the compressor, a bottom plate, the bottom plate having a base and an outer flange protruding upward from an outer edge of the base, a heat source heat exchanger supported on the bottom plate, the heat source heat exchanger having a lower side directed towards the base and a vertical outer side, and a defrosting bypass pipe connected at one end to the discharge pipe, characterized in that the defrosting bypass pipe is arranged in a space between an inner side of the flange and the outer side of the heat source heat exchanger. a compressor, a discharge pipe of the refrigerant circuit connected to a discharge side of the compressor, a bottom plate, the bottom plate having a base and an outer flange protruding upward from an outer edge of the base, a heat source heat exchanger supported on the bottom plate, the heat source heat exchanger having a lower side directed towards the base and a vertical outer side, and a defrosting bypass pipe connected at one end to the discharge pipe, characterized in that the defrosting bypass pipe is arranged in a space between an inner side of the flange and the outer side of the heat source heat exchanger.
Heating/cooling system for motor vehicles comprising a refrigerant coolant circuit configured as a heat pump and/or as a refrigerating machine, which circuit comprises at least one main line through which a refrigerant can flow, a compressor, a condenser, an evaporator, an expansion device (14, 15) and an inner refrigerant heat exchanger through which refrigerant can flow from both sides, wherein the condenser can be coupled with a first coolant circuit and the evaporator can be coupled with a second coolant circuit, wherein the evaporator of the refrigerant circuit can be bypassed on the refrigerant side so that the evaporator is completely bypassed in the refrigerant circuit, characterized in that the refrigerant circuit comprises a switch valve for reversing the flow direction of the refrigerant flow.
Assembly on flowing bodies of water in the region of a transverse structure and/or waterworks, in particular a fish migration aid, for transporting aquatic animals, in particular fish, between tailwater and headwater, comprising a substantially vertical shaft, wherein means are provided for raising and lowering the water level in the shaft between the region of the tailwater, in particular the tailwater level, and the region of the headwater, in particular the headwater level, wherein, in order to form an attraction current or guide current, a water line leads from the headwater into the interior of the shaft and into the tailwater in a bottom region of the shaft that is associated with the tailwater bed, and wherein the wall of the shaft that is associated with the headwater forms an exit opening from the shaft in the region of the headwater level and has means for opening and closing the exit opening, in particular a gate valve, characterized in that the inlet opening into the water line, as seen in the direction in which the headwater flows into the shaft, is arranged after the means for opening and closing the exit opening.
A compound represented by the following formula A or a pharmaceutically acceptable salt thereof: Lacto-XAN-PABC-Z (Formula A) wherein Lacto is lactobionic acid X is a polar and a non-polar uncharged amino acid such as alanine, proline or threonine; A is alanine; N is asparagine; PABC is -NH-phenyl-CH2-O-; Z is a drug molecule; wherein the lactobionic acid residue, XAN and PABC are linked to each other by an amide bond; PABC is bonded to Z by an ester group, namely -OC -. Lacto is lactobionic acid X is a polar and a non-polar uncharged amino acid such as alanine, proline or threonine; A is alanine; N is asparagine; PABC is -NH-phenyl-CH2-O-; Z is a drug molecule; wherein the lactobionic acid residue, XAN and PABC are linked to each other by an amide bond; PABC is bonded to Z by an ester group, namely -OC -.
A rubber composition for vibration damping rubbers, comprising: a rubber component which comprises at least one selected from the group consisting of natural rubbers and polyisoprene rubbers in an amount of 60 to 95 parts by weight, and which comprises a styrene butadiene rubber in an amount of 5 to 30 parts by weight; and a complex zinc flower in an amount of 2 to 10 parts by weight for 100 parts by weight of the rubber component, wherein the complex zinc flower has a structure in which a core as a carrier is CaCO 3, Ca 2, CaSO 4, ZnO, MgO, Mg 2, or MgCO 3, and the surface of the core has a covering layer of zinc flower; wherein the complex zinc flower has a nitrogen adsorption specific surface area of 15 to 110 m 2 /g, a DBP oil absorption amount of 50 to 100 mL/100 g, and a zinc flower concentration of 38 to 64% by weight. a rubber component which comprises at least one selected from the group consisting of natural rubbers and polyisoprene rubbers in an amount of 60 to 95 parts by weight, and which comprises a styrene butadiene rubber in an amount of 5 to 30 parts by weight; and a complex zinc flower in an amount of 2 to 10 parts by weight for 100 parts by weight of the rubber component, wherein the complex zinc flower has a structure in which a core as a carrier is CaCO 3, Ca 2, CaSO 4, ZnO, MgO, Mg 2, or MgCO 3, and the surface of the core has a covering layer of zinc flower; wherein the complex zinc flower has a nitrogen adsorption specific surface area of 15 to 110 m 2 /g, a DBP oil absorption amount of 50 to 100 mL/100 g, and a zinc flower concentration of 38 to 64% by weight.
A computing system comprising: a graphics processor including a graphics resource; a host processor coupled to the graphics processor; and a memory coupled to the host processor, the memory including a set of instructions, which when executed by the host processor, cause the host processor to: mark the graphics resource as a flush candidate during a current frame, wherein the graphics resource is to be marked as the flush candidate in response to a read back operation of the host processor with respect to the graphics resource, and wherein the read back operation is to one or more of retrieve a query result or map a staging resource, conduct an early flush of a command buffer from the graphics resource, marked as the flush candidate, if a write event is detected with respect to the graphics resource, marked as the flush candidate, during a subsequent frame, and bypass the early flush if the write event is not detected with respect to the graphics resource, marked as the flush candidate, during the subsequent frame. a graphics processor including a graphics resource; a host processor coupled to the graphics processor; and a memory coupled to the host processor, the memory including a set of instructions, which when executed by the host processor, cause the host processor to: mark the graphics resource as a flush candidate during a current frame, wherein the graphics resource is to be marked as the flush candidate in response to a read back operation of the host processor with respect to the graphics resource, and wherein the read back operation is to one or more of retrieve a query result or map a staging resource, conduct an early flush of a command buffer from the graphics resource, marked as the flush candidate, if a write event is detected with respect to the graphics resource, marked as the flush candidate, during a subsequent frame, and bypass the early flush if the write event is not detected with respect to the graphics resource, marked as the flush candidate, during the subsequent frame. mark the graphics resource as a flush candidate during a current frame, wherein the graphics resource is to be marked as the flush candidate in response to a read back operation of the host processor with respect to the graphics resource, and wherein the read back operation is to one or more of retrieve a query result or map a staging resource, conduct an early flush of a command buffer from the graphics resource, marked as the flush candidate, if a write event is detected with respect to the graphics resource, marked as the flush candidate, during a subsequent frame, and bypass the early flush if the write event is not detected with respect to the graphics resource, marked as the flush candidate, during the subsequent frame.