mhurhangee/ep-ind-claims huggingface dataset:
A tracker for a surgical navigation system, the tracker comprising a carrier; and an electrical circuit disposed on the carrier, wherein the electrical circuit comprises: at least one infrared light emitting diode, IR-LED,; and a battery or a wireless power reception device configured to receive power wirelessly, wherein the battery or the wireless power reception device is configured to provide power to operate the at least one IR-LED, wherein the electrical circuit is configured to limit a current for at least one of the at least one IR-LED to not exceed 15mA; characterized in that the electrical circuit comprises at least one switch configured to electrically close at least one portion of the electrical circuit, wherein the tracker is a disposable item and the switch is operable exactly once to close the at least one portion of the electrical circuit. at least one infrared light emitting diode, IR-LED,; and a battery or a wireless power reception device configured to receive power wirelessly, wherein the battery or the wireless power reception device is configured to provide power to operate the at least one IR-LED, wherein the electrical circuit is configured to limit a current for at least one of the at least one IR-LED to not exceed 15mA; characterized in that the electrical circuit comprises at least one switch configured to electrically close at least one portion of the electrical circuit, wherein the tracker is a disposable item and the switch is operable exactly once to close the at least one portion of the electrical circuit.
A thermal power generation portable device for mounting to a living body, the thermal power generation portable device comprising: a thermal power generating member configured to generate power, on the basis of a temperature difference between a temperature at a heat-source-side position and a temperature at a heat release destination-side position, between the living body that is a heat source and a heat release destination of heat released from the thermal power generation portable device, such that the thermal power generation portable device is capable of generating power with the heat of the living body; characterised in that the thermal power generation portable device further comprises: thermal resistance changing means (22, 51; 22, 61) configured to change the thermal resistance of at least a portion of a heat transfer path between the living body and the heat release destination. a thermal power generating member configured to generate power, on the basis of a temperature difference between a temperature at a heat-source-side position and a temperature at a heat release destination-side position, between the living body that is a heat source and a heat release destination of heat released from the thermal power generation portable device, such that the thermal power generation portable device is capable of generating power with the heat of the living body; characterised in that the thermal power generation portable device further comprises: thermal resistance changing means (22, 51; 22, 61) configured to change the thermal resistance of at least a portion of a heat transfer path between the living body and the heat release destination. thermal resistance changing means (22, 51; 22, 61) configured to change the thermal resistance of at least a portion of a heat transfer path between the living body and the heat release destination.
An isolated or recombinant knockout plant cell comprising at least one disruption in at least one endogenous ACC synthase gene, wherein the disruption inhibits expression or activity of at least one ACC synthase protein compared to a corresponding control plant cell lacking the disruption, wherein the at least one endogenous ACC synthase gene comprises a nucleic acid sequence, or complement thereof, comprising at least 70% sequence identity to SEQ ID NO:2 (gACS6).
A vacuum cleaner, comprising: a first cleaning module arranged to perform cleaning of a floor; and a second cleaning module detachably coupled to the first cleaning module and configured to perform a cleaning in a handheld manner while detached from the first cleaning module, and the second cleaning module, comprising: a connecting pipe arranged to deliver inlet force to an inlet of the first cleaning module while connected to the first cleaning module; a handle connected to one side of the connecting pipe, having an inside space, and provided in a shape in which a rear surface thereof is open; a connecting hose connecting the connecting pipe to a dust collector; and a connector having a hose support provided to support the connecting hose, and arranged to connect the connecting pipe to the connecting hose, and the hose support is arranged to support the connecting hose rounded along an inner side of the handle in a state that the connector is coupled to an inside space of the handle. a first cleaning module arranged to perform cleaning of a floor; and a second cleaning module detachably coupled to the first cleaning module and configured to perform a cleaning in a handheld manner while detached from the first cleaning module, and the second cleaning module, comprising: a connecting pipe arranged to deliver inlet force to an inlet of the first cleaning module while connected to the first cleaning module; a handle connected to one side of the connecting pipe, having an inside space, and provided in a shape in which a rear surface thereof is open; a connecting hose connecting the connecting pipe to a dust collector; and a connector having a hose support provided to support the connecting hose, and arranged to connect the connecting pipe to the connecting hose, and a connecting pipe arranged to deliver inlet force to an inlet of the first cleaning module while connected to the first cleaning module; a handle connected to one side of the connecting pipe, having an inside space, and provided in a shape in which a rear surface thereof is open; a connecting hose connecting the connecting pipe to a dust collector; and a connector having a hose support provided to support the connecting hose, and arranged to connect the connecting pipe to the connecting hose, and the hose support is arranged to support the connecting hose rounded along an inner side of the handle in a state that the connector is coupled to an inside space of the handle.
A multilayer film having a structure consisting of at least three layers: a polypropylene resin layer; an intermediate layer formed of a thermoplastic polymer composition containing 100 parts by mass of a thermoplastic elastomer, which is a block copolymer containing a polymer block formed of an aromatic vinyl compound unit and a polymer block formed of a conjugate diene compound unit, or a hydrogenated product thereof, and 1 to 50 parts by mass of a polypropylene resin; and a decorative layer, wherein the layers,, and are stacked in this order, wherein a content of a tackifier resin in the thermoplastic polymer composition is less than 1 mass%, and wherein an MFR ratio / of the intermediate layer to the polypropylene resin layer is 3 to 10 at a temperature of 230°C and a load of 2.16 kg (21.2N). a polypropylene resin layer; an intermediate layer formed of a thermoplastic polymer composition containing 100 parts by mass of a thermoplastic elastomer, which is a block copolymer containing a polymer block formed of an aromatic vinyl compound unit and a polymer block formed of a conjugate diene compound unit, or a hydrogenated product thereof, and 1 to 50 parts by mass of a polypropylene resin; and a decorative layer, wherein the layers,, and are stacked in this order, wherein a content of a tackifier resin in the thermoplastic polymer composition is less than 1 mass%, and wherein an MFR ratio / of the intermediate layer to the polypropylene resin layer is 3 to 10 at a temperature of 230°C and a load of 2.16 kg (21.2N).
Method for the manufacture of mouldings from thermosetting plastics, characterised in that a reshaping process is performed for the thermosetting plastics by a) initially a thermosetting, partially cross-linked starting product being produced which has at least an inherently stable condition and is infusible, b) and the starting product then being reshaped into its final shape by b 1) it being shaped within a rubbery-elastic state in a range above the glass transition temperature (Tg) and below the decomposition temperature of the particular state of hardening present, b 2) and, through cooling below the glass transition temperature (Tg) an inherently stable, reformed state of the starting product that has now been reshaped into its final shape, a moulding, being preserved and c) subsequently the moulding being converted by means of post-cross linking into a - as far as possible - fully cross-linked state. a) initially a thermosetting, partially cross-linked starting product being produced which has at least an inherently stable condition and is infusible, b) and the starting product then being reshaped into its final shape by b 1) it being shaped within a rubbery-elastic state in a range above the glass transition temperature (Tg) and below the decomposition temperature of the particular state of hardening present, b 2) and, through cooling below the glass transition temperature (Tg) an inherently stable, reformed state of the starting product that has now been reshaped into its final shape, a moulding, being preserved and b 1) it being shaped within a rubbery-elastic state in a range above the glass transition temperature (Tg) and below the decomposition temperature of the particular state of hardening present, b 2) and, through cooling below the glass transition temperature (Tg) an inherently stable, reformed state of the starting product that has now been reshaped into its final shape, a moulding, being preserved and c) subsequently the moulding being converted by means of post-cross linking into a - as far as possible - fully cross-linked state.
A method comprising: obtaining resource configuration from a base station by a user equipment, UE, in a beamforming communication network, wherein the resource configuration allocates one or more resource sets in time and frequency domain to train a number of UE beams for uplink beam management; obtaining beam configuration indicating one or more UE beams to be used for uplink transmission; and transmitting reference signals over one or more activated resource sets, wherein the UE maps the one or more activated resource sets to the one or more UE beams; characterized by receiving measurement results of the reference signals from the base station and thereby determining a proper UE beam for uplink transmission; wherein the UE transmits, before the resource configuration is obtained from the base station, a UE beam reciprocity state to the base station indicating negative UE beam reciprocity; wherein the UE further transmits auxiliary information along with the UE beam reciprocity state; and wherein the auxiliary information indicates the number of UE beams to be trained for uplink beam management. obtaining resource configuration from a base station by a user equipment, UE, in a beamforming communication network, wherein the resource configuration allocates one or more resource sets in time and frequency domain to train a number of UE beams for uplink beam management; obtaining beam configuration indicating one or more UE beams to be used for uplink transmission; and transmitting reference signals over one or more activated resource sets, wherein the UE maps the one or more activated resource sets to the one or more UE beams; characterized by receiving measurement results of the reference signals from the base station and thereby determining a proper UE beam for uplink transmission; wherein the UE transmits, before the resource configuration is obtained from the base station, a UE beam reciprocity state to the base station indicating negative UE beam reciprocity; wherein the UE further transmits auxiliary information along with the UE beam reciprocity state; and wherein the auxiliary information indicates the number of UE beams to be trained for uplink beam management.
A discharge structure (50, 52) for an overvoltage and/or overcurrent protection for an IC, in particular for an ESD protection for an IC, comprising: at least two discharge paths (40, 80) provided to conduct a current to a terminal, wherein substantially all of the discharge paths (40, 80) present substantially the same resistance for the current, wherein the geometrical distance between opposite ends of the respective discharge paths (40,80) is not the same. at least two discharge paths (40, 80) provided to conduct a current to a terminal, wherein substantially all of the discharge paths (40, 80) present substantially the same resistance for the current, wherein the geometrical distance between opposite ends of the respective discharge paths (40,80) is not the same.
Electrical sliding contact switch which has a contact maker element with a first sliding contact and a second sliding contact which are rigidly connected to one another and which are pushed against a surface, which forms a common sliding region, by way of respective bearing regions (3a, 4a) in the same direction, wherein in each case one insulating section (9, 10) and one contact section (11, 12) are formed for a respective sliding contact (3, 4) in the common sliding region, characterized in that a bearing region (3a, 4a) of a sliding contact (3, 4) in each case passes over an insulating section (9, 10) when the respectively other sliding contact (4, 3) passes over its contact section (12, 11) by way of its bearing region (4a, 3a), wherein a cutout is formed within an insulating section (9, 10), a bearing region (3a, 4a) of a sliding contact (3, 4) passing over the said cutout if the other sliding contact (4, 3) passes over its contact section (12, 11).
An air-permeable sheet imparted with oil repellency, comprising a surface coated with an oil-repellent agent, wherein the oil-repellent agent is a polymer formed from monomers at least a part of which is a compound represented by: CH 2 =CR 3 COOR 1 C 5 F 10 CH 2 C 4 F 9, where R 1 is an alkylene group having 1 to 12 carbon atoms or a phenylene group, R 3 is a hydrogen atom or a methyl group, the air-permeable sheet is a resin sheet having air permeability in a thickness direction of the resin sheet, the resin sheet is a non-porous sheet having two or more through holes formed to extend in the thickness direction, and the through holes are straight holes extending straight through the resin sheet. CH 2 =CR 3 COOR 1 C 5 F 10 CH 2 C 4 F 9, where R 1 is an alkylene group having 1 to 12 carbon atoms or a phenylene group, R 3 is a hydrogen atom or a methyl group, the air-permeable sheet is a resin sheet having air permeability in a thickness direction of the resin sheet, the resin sheet is a non-porous sheet having two or more through holes formed to extend in the thickness direction, and the through holes are straight holes extending straight through the resin sheet.
A meta-lens having a phase profile, comprising: a substrate; and a plurality of nanofins disposed on the substrate, wherein each individual nanofin of the nanofins imparts a light phase shift that varies depending on a location of the individual nanofin on the substrate, wherein the light phase shifts of the nanofins define the phase profile of the meta-lens, wherein the light phase shift of each individual nanofin of the nanofins depends on the location of the individual nanofin on the substrate and an orientation of the individual nanofin; wherein the meta-lens has a phase profile φ ( x,y) that meets the constraints of the equation: φ x y = 2 π λ d f − x 2 + y 2 + f 2, wherein each individual nanofin is located at an (x, y) coordinate in an x-y plane of the substrate, the individual nanofin is rotated by an angle with respect to an axis in the x-y plane, and the angle θnf (x, y) of the individual nanofin is determined by the equation: θ nf x y = π λ d f − x 2 + y 2 + f 2 wherein x and y are coordinates of each individual nanofin in an x, y plane of the substrate, λ d is a design wavelength of the meta-lens, and f is a focal length of the meta-lens. a substrate; and a plurality of nanofins disposed on the substrate, wherein each individual nanofin of the nanofins imparts a light phase shift that varies depending on a location of the individual nanofin on the substrate, wherein the light phase shifts of the nanofins define the phase profile of the meta-lens, wherein the light phase shift of each individual nanofin of the nanofins depends on the location of the individual nanofin on the substrate and an orientation of the individual nanofin; wherein the meta-lens has a phase profile φ ( x,y) that meets the constraints of the equation: φ x y = 2 π λ d f − x 2 + y 2 + f 2, wherein each individual nanofin is located at an (x, y) coordinate in an x-y plane of the substrate, the individual nanofin is rotated by an angle with respect to an axis in the x-y plane, and the angle θnf (x, y) of the individual nanofin is determined by the equation: θ nf x y = π λ d f − x 2 + y 2 + f 2 wherein x and y are coordinates of each individual nanofin in an x, y plane of the substrate, λ d is a design wavelength of the meta-lens, and f is a focal length of the meta-lens.
A lamp, comprising a light source for generating a light beam extending in the direction of a main axis and a first direction-dependent tilt switch for controlling the light source depending on the angle between the main axis and the vertical, wherein the switching direction of the first tilt switch extends in a main plane which runs along the main axis, and wherein the switch comprises switching positions with respect to the horizon or with respect to another predetermined orientation of a longitudinal axis of the lamp wherein each of the positions is linked to a specific method of control of the light source and wherein the lamp (10 comprises a housing wherein the housing is provided with marking means for marking the position of the lamp in which the main plane extends vertically.
A method, comprising: receiving an encoded frame that includes audio data; determining quantizer resolution data in response to information extracted from the encoded frame, the quantizer resolution data corresponding to a number of quantization intervals used during a process of quantizing mantissa values of transform coefficients for the audio data of the encoded frame; determining exponent profile data of transform coefficients from the encoded frame; determining a plurality of dequantization methods for the mantissa values of the encoded frame based, at least in part, on the quantizer resolution data and the exponent profile data; and dequantizing the mantissa values according to the dequantization methods. receiving an encoded frame that includes audio data; determining quantizer resolution data in response to information extracted from the encoded frame, the quantizer resolution data corresponding to a number of quantization intervals used during a process of quantizing mantissa values of transform coefficients for the audio data of the encoded frame; determining exponent profile data of transform coefficients from the encoded frame; determining a plurality of dequantization methods for the mantissa values of the encoded frame based, at least in part, on the quantizer resolution data and the exponent profile data; and dequantizing the mantissa values according to the dequantization methods.
A dynamic radial shaft seal assembly, comprising: an inner wear sleeve having a cylindrical inner wall including a bore sized for receipt about a shaft and an outer wear surface, said inner wear sleeve having a flange extending radially outwardly from said inner wall; an outer case having cylindrical outer wall configured for receipt in a housing and a rim extending radially inwardly from said outer wall; an elastomeric body attached to said rim, said elastomeric body including a main seal lip configured to engage said outer wear surface and a plurality of thrust pads extending axially from said rim for engagement with said flange, said thrust pads being spaced circumferentially from one another by gaps, said elastomeric body further including a first dust exclusion lip extending axially from the rim, characterized in that said first dust exclusion lip bridges the gaps between said thrust pads. an inner wear sleeve having a cylindrical inner wall including a bore sized for receipt about a shaft and an outer wear surface, said inner wear sleeve having a flange extending radially outwardly from said inner wall; an outer case having cylindrical outer wall configured for receipt in a housing and a rim extending radially inwardly from said outer wall; an elastomeric body attached to said rim, said elastomeric body including a main seal lip configured to engage said outer wear surface and a plurality of thrust pads extending axially from said rim for engagement with said flange, said thrust pads being spaced circumferentially from one another by gaps, said elastomeric body further including a first dust exclusion lip extending axially from the rim, characterized in that said first dust exclusion lip bridges the gaps between said thrust pads.
A photodiode structure comprising multiple light trapping elements, each light trapping element comprising an N-type silicon layer with a recessed structure therein, an intrinsic silicon layer overlying the N-type silicon layer including a side region and a bottom region inside the recessed structure, and a P-type silicon layer as an inner layer overlying the intrinsic silicon layer inside the recessed structure, forming a radial PIN junction around a nominal axis of the recessed structure, characterised in that any adjacent two of recessed structures of the multiple light trapping elements are set with a distance in a range of 1300 nm to 2000 nm.