mhurhangee/patent-ind-claim-en huggingface dataset:
A biologically-corrected LED lamp, comprising: a housing ; a driver circuit disposed within the housing; a plurality of LED chips electrically coupled to and driven by the driver circuit, wherein the plurality of LED chips produce a light output; and an optic element surrounding the plurality of LED chips; characterized in that the plurality of LED chips are blue-pumped white LED chips and in that the optic element has a color filter applied thereto having a transmission of about 45% at a wavelength of about 440nm, a transmission of about 53% at a wavelength of about 460nm, a transmission of about 75% at a wavelength of about 480nm, a transmission of about 77% at a wavelength of about 560nm, a transmission of about 74% at a wavelength of about 580nm, and a transmission of about 71% at a wavelength of about 600nm. a housing ; a driver circuit disposed within the housing; a plurality of LED chips electrically coupled to and driven by the driver circuit, wherein the plurality of LED chips produce a light output; and an optic element surrounding the plurality of LED chips; characterized in that the plurality of LED chips are blue-pumped white LED chips and in that the optic element has a color filter applied thereto having a transmission of about 45% at a wavelength of about 440nm, a transmission of about 53% at a wavelength of about 460nm, a transmission of about 75% at a wavelength of about 480nm, a transmission of about 77% at a wavelength of about 560nm, a transmission of about 74% at a wavelength of about 580nm, and a transmission of about 71% at a wavelength of about 600nm.
An integrated circuit constituting an encapsulated device package, said integrated circuit comprising: a die manufactured from a semiconducting material; a radio frequency (RF) energy collection and processing means disposed on or within said die and including at least a receiver receiving an emission of RF energy from a semiconductor device energized by a multi-tone input and a processing means processing a signature of said emission; an input configured to supply power to said RF energy collection and processing means; an output for operative communication by said RF energy collection and processing means; and an antenna provided on said die, wherein said RF energy collection means are coupled to said antenna, and said processing of said signature of said emission comprises analyzing at least one of cross-modulation and inter-modulation components. a die manufactured from a semiconducting material; a radio frequency (RF) energy collection and processing means disposed on or within said die and including at least a receiver receiving an emission of RF energy from a semiconductor device energized by a multi-tone input and a processing means processing a signature of said emission; an input configured to supply power to said RF energy collection and processing means; an output for operative communication by said RF energy collection and processing means; and an antenna provided on said die, wherein said RF energy collection means are coupled to said antenna, and said processing of said signature of said emission comprises analyzing at least one of cross-modulation and inter-modulation components.
A method for sidelink, SL, measuring by a first apparatus, the method comprising: establishing, by the first apparatus, a PC5-RRC connection with a second apparatus; receiving, by the first apparatus, information on a SL resource from the second apparatus, through a PC5-RRC message based on the PC5-RRC connection, wherein the information on the SL resource includes information on a SL measurement, wherein the information on the SL measurement includes information on a channel state information reference signal, CSI-RS, for the SL measurement, wherein the information on the CSI-RS includes information on a location of a resource for the CSI-RS, and wherein the information on the CSI-RS is received from the second apparatus periodically or aperiodically; determining, by the first apparatus, whether or not the first apparatus performs the SL measurement or not, based on latency requirement of a data communication with the second apparatus; configuring, by the first apparatus, a portion of the SL measurement period in which the first apparatus does not perform the SL measurement, based on determining that the first apparatus performs the SL measurement; and performing, by the first apparatus, the SL measurement based on the configured portion of the SL measurement period in which the first apparatus does not perform the SL measurement. establishing, by the first apparatus, a PC5-RRC connection with a second apparatus; receiving, by the first apparatus, information on a SL resource from the second apparatus, through a PC5-RRC message based on the PC5-RRC connection, wherein the information on the SL resource includes information on a SL measurement, wherein the information on the SL measurement includes information on a channel state information reference signal, CSI-RS, for the SL measurement, wherein the information on the CSI-RS includes information on a location of a resource for the CSI-RS, and wherein the information on the CSI-RS is received from the second apparatus periodically or aperiodically; determining, by the first apparatus, whether or not the first apparatus performs the SL measurement or not, based on latency requirement of a data communication with the second apparatus; configuring, by the first apparatus, a portion of the SL measurement period in which the first apparatus does not perform the SL measurement, based on determining that the first apparatus performs the SL measurement; and performing, by the first apparatus, the SL measurement based on the configured portion of the SL measurement period in which the first apparatus does not perform the SL measurement.
A folding body comprising a flat, continuous, in particular one-piece basic sheet having static areas and folding areas formed between the static areas , the folding areas and the static areas being disposed in such a manner that the basic sheet can be folded into at least a flat state, a packing state and a body state by deforming the folding areas , the folding body having a load application surface formed by at least one of the static areas when the basic sheet is in the body state, and a load-transferring structure formed by a plurality of static areas being disposed below the load application surface , the static areas of the load-transferring structure being oriented perpendicular to the at least one static area of the load application surface , and the static areas of the load-transferring structure forming at least one cross shape perpendicular to the load application surface , the folding body having a rectangular jacket section and four lug sections , two of which are disposed on each long side of the jacket section , when the basic sheet is in the flat state, characterized in that two outer static areas of the jacket section form the load application surface in the body state of the basic sheet .
A system for recording a non-distorted evoked potential, comprising: a signal output operable to couple directly or indirectly to a stimulating electrode to deliver an electrical stimulus to a body; a signal input operable to couple directly or indirectly to a recording electrode to receive a detected signal, wherein the detected signal comprises high frequency interference and an evoked potential generated by the body's nervous system in response to the electrical stimulus; and a processing circuit coupled to the signal input, wherein the processing circuit comprises: a microprocessor configured to process and analyze a recorded signal, and an amplifier system , wherein the amplifier system comprises: a first signal path configured to amplify the evoked potential, and a second signal path configured to detect the high frequency interference, wherein the first signal path and the second signal path are connected to the microprocessor, and wherein the microprocessor is further configured to suspend data acquisition from the first signal path and suspend amplification within the amplifier of the first signal path upon detection of high frequency interference within the detected signal. a signal output operable to couple directly or indirectly to a stimulating electrode to deliver an electrical stimulus to a body; a signal input operable to couple directly or indirectly to a recording electrode to receive a detected signal, wherein the detected signal comprises high frequency interference and an evoked potential generated by the body's nervous system in response to the electrical stimulus; and a processing circuit coupled to the signal input, wherein the processing circuit comprises: a microprocessor configured to process and analyze a recorded signal, and an amplifier system , wherein the amplifier system comprises: a first signal path configured to amplify the evoked potential, and a second signal path configured to detect the high frequency interference, wherein the first signal path and the second signal path are connected to the microprocessor, and wherein the microprocessor is further configured to suspend data acquisition from the first signal path and suspend amplification within the amplifier of the first signal path upon detection of high frequency interference within the detected signal.
An autonomous agricultural carrier vehicle , for carrying at least one agricultural working equipment , with a frame construction , and a chassis attached to the frame construction , the chassis having at least two steerable wheels and/or crawler chassis , wherein the frame construction is assigned at least one mounting apparatus for connection to the at least one agricultural working equipment , and with an environmental sensor system for determining obstacles and/or elements present in the vicinity of the carrier vehicle , as well as with a control device for controlling the carrier vehicle and/or the at least one working equipment , wherein the control device can be connected to a position determination system that captures and/or issues a position, characterized in that position-dependent working instructions for the carrier vehicle are stored in the control device , wherein the working instructions include setpoint specifications for specified routes, wherein the carrier vehicle has a first operating mode, wherein in the first operating mode the working instructions are controlled and/or regulated by means of the control device on the basis of the actual position determined by the position determination system .
An adjuvant comprising a Toll-like receptor 3 agonist and LAG-3 protein, a functional variant or derivative thereof.
Method of producing a charge air pipe from plastic, characterized in that the method has the following steps: A) braiding a pipe outline on a core using continuous fibers , where at least some of the continuous fibers consist of thermoplastically formable material, B) laying the fiber braid together with the core into a heatable mold , C) heating the mold such that the thermoplastic continuous fibers melt, D) cooling the mold with application of a pressure in the mold , E) removing the component from the mold and removing the core . A) braiding a pipe outline on a core using continuous fibers , where at least some of the continuous fibers consist of thermoplastically formable material, B) laying the fiber braid together with the core into a heatable mold , C) heating the mold such that the thermoplastic continuous fibers melt, D) cooling the mold with application of a pressure in the mold , E) removing the component from the mold and removing the core .
Pump comprising an electric motor which has a rotor including a shaft and a magnet which encloses said shaft, is form-fittingly connected to the shaft and is enclosed by a rotor shell , the rotor having, on its end face, at least one balancing element, characterised in that the rotor shell forms a rotor pot together with a balancing element which is intended for introducing balancing bore(s) and is injection moulded on the bottom face, which rotor pot is sealed at the top by a further balancing element , and the magnet assembly is enclosed by casting compound in the rotor shell .
A vehicle front portion structure comprising: a non-contact charger disposed at a lower side of a vehicle front portion, configured to receive electric power transmitted from a non-contact power transmitting system, and carrying out charging of a battery that is installed in a vehicle; and a cross member disposed at the vehicle front portion further toward a vehicle front side than the non-contact charger , and extending in a vehicle transverse direction, a bottom surface of the cross member being disposed further toward a vehicle lower side than a bottom surface of the non-contact charger characterized in that it further comprises a suspension member having a pair of side rails that are provided at the vehicle front portion, each side rail being disposed with an interval between the pair of side rails in the vehicle transverse direction, and each side rail extending in a vehicle longitudinal direction, wherein the cross member is a front cross member that spans between the pair of side rails and that structures a portion of the suspension member . a non-contact charger disposed at a lower side of a vehicle front portion, configured to receive electric power transmitted from a non-contact power transmitting system, and carrying out charging of a battery that is installed in a vehicle; and a cross member disposed at the vehicle front portion further toward a vehicle front side than the non-contact charger , and extending in a vehicle transverse direction, a bottom surface of the cross member being disposed further toward a vehicle lower side than a bottom surface of the non-contact charger characterized in that it further comprises a suspension member having a pair of side rails that are provided at the vehicle front portion, each side rail being disposed with an interval between the pair of side rails in the vehicle transverse direction, and each side rail extending in a vehicle longitudinal direction, wherein the cross member is a front cross member that spans between the pair of side rails and that structures a portion of the suspension member .
A coffee roasting apparatus comprising: a compartment for holding coffee beans ; a roasting element for roasting the coffee beans in said compartment; and a controller for controlling the roasting element, wherein the controller is adapted to control the roasting element as a function of a change in the volume of the coffee beans residing in the compartment, characterized in that , the controller is adapted to control the roasting element in response to a monitored rate of change of volume exceeding a predefined threshold, said defined threshold indicating first cracking of said coffee beans. a compartment for holding coffee beans ; a roasting element for roasting the coffee beans in said compartment; and a controller for controlling the roasting element, wherein the controller is adapted to control the roasting element as a function of a change in the volume of the coffee beans residing in the compartment, characterized in that , the controller is adapted to control the roasting element in response to a monitored rate of change of volume exceeding a predefined threshold, said defined threshold indicating first cracking of said coffee beans.
An apparatus for retrieving data from a power distribution unit , comprising: a monitoring device, the monitoring device configured to be contained within a power distribution unit, the monitoring device including a processor , memory and display , wherein the monitoring device is configured to be coupled with tracking circuitry of the power distribution unit to obtain operating information for the power distribution unit and convert the operating information into a stream of character sets, each character set including at least one character, characterized in that the stream of character sets are presented as individual character sets on the display at a frequency of at least 9 Hertz such that they are not detectable to a human eye. a monitoring device, the monitoring device configured to be contained within a power distribution unit, the monitoring device including a processor , memory and display , wherein the monitoring device is configured to be coupled with tracking circuitry of the power distribution unit to obtain operating information for the power distribution unit and convert the operating information into a stream of character sets, each character set including at least one character, characterized in that the stream of character sets are presented as individual character sets on the display at a frequency of at least 9 Hertz such that they are not detectable to a human eye.
Method for shaping the bottom of hot-filled containers in a production system for hot-filling containers, where said bottoms of said containers are forced inwardly from a state bulged outwardly, in particular when cooling down, characterized in that said bottoms are forced inwardly from the state bulged outwardly by at least one fluid jet and/or a fluid pressure wave .
A method for obtaining continuous values of blood pressure, wherein the pulse wave transit times, pulse wave velocities, pulse wave contours and/or electrical activity of the heart associated with the respective blood pressure values of the pulse pressure wave are determined for at least two, in particular at least four, different blood pressure values of the living organism, wherein the different blood pressure values are taken at different breathing states by means of a blood pressure cuff device and said at least two different blood pressure values taken at different breathing states have different values due to the natural variation due to the differences in respiratory sinus arrhythmia between the two different breathing states, and wherein the results of the measurement of the pulse wave transit time, pulse wave velocity, pulse wave contour and/or the electrical activity of the heart are calibrated by means of the measurements of said at least two blood pressure values, wherein the natural variation is used for calibration.
A weed control apparatus for a vehicle, comprising: - an input unit ; - a processing unit ; - at least one chemical spray unit ; and - at least one high voltage power supply ; wherein, the input unit is configured to provide the processing unit with at least one image of an environment; wherein, the processing unit is configured to analyse the at least one image to activate the at least one chemical spray unit; wherein, the processing unit is configured to analyse the at least one image to determine at least one location for activation of the at least one chemical spray unit, wherein analysis of the at least one image to determine at least one location for activation of the at least one chemical spray unit comprises a determination of at least one location of vegetation in the environment, and wherein the processing unit is configured to determine the at least one mode of operation of the at least one chemical spray unit to be used at that at least one location of vegetation in the environment based on the type of weed determined to be at that at least one location in the environment, and wherein the determined at least one mode of operation of the at least one chemical spray unit to be used at the at least one location of vegetation comprises a number of different modes of operation, such as spraying different chemicals, operating at different high voltages to vary the electric field between a spray unit and a weed to be sprayed, varying a distance between the spray unit and a weed to be sprayed; wherein, the at least one chemical spray unit is configured to atomize a liquid weed control chemical; wherein, the at least one chemical spray unit has at least one part configured to be held at high voltage with respect to zero volts potential; and wherein, the at least one high voltage power supply and the at least one chemical spray unit arc configured to hold the at least one part of the at least one chemical spray unit at at least one high voltage with respect to zero volts potential, such that the atomized liquid weed control chemical is electrically charged. - an input unit ; - a processing unit ; - at least one chemical spray unit ; and - at least one high voltage power supply ;
A pallet comprising: a top deck including a product support surface and an opposing underside , and with the product support surface including a pair of pallet support leg receiving areas recessed from the product support surface ; and a pair of pallet support legs on the underside of said top deck and aligned with the pallet support leg receiving areas , each pallet support leg including: a center leg section having a first end adjacent the underside of said top deck , and a second end opposite the first end, a pair of leg extensions extending outwards from the second end of the center leg section , and with an underside of the center leg section and the pair of leg extensions configured to interlock with one of the pallet support leg receiving areas of an identical pallet when stacked thereon, characterized in that each pallet support leg receiving area includes a pattern of one or more spaced apart protrusions matching a corresponding pattern of one or more spaced apart protrusion openings in the underside of each pallet support leg . a top deck including a product support surface and an opposing underside , and with the product support surface including a pair of pallet support leg receiving areas recessed from the product support surface ; and a pair of pallet support legs on the underside of said top deck and aligned with the pallet support leg receiving areas , each pallet support leg including: a center leg section having a first end adjacent the underside of said top deck , and a second end opposite the first end, a pair of leg extensions extending outwards from the second end of the center leg section , and with an underside of the center leg section and the pair of leg extensions configured to interlock with one of the pallet support leg receiving areas of an identical pallet when stacked thereon, characterized in that each pallet support leg receiving area includes a pattern of one or more spaced apart protrusions matching a corresponding pattern of one or more spaced apart protrusion openings in the underside of each pallet support leg . a center leg section having a first end adjacent the underside of said top deck , and a second end opposite the first end, a pair of leg extensions extending outwards from the second end of the center leg section , and with an underside of the center leg section and the pair of leg extensions configured to interlock with one of the pallet support leg receiving areas of an identical pallet when stacked thereon, characterized in that each pallet support leg receiving area includes a pattern of one or more spaced apart protrusions matching a corresponding pattern of one or more spaced apart protrusion openings in the underside of each pallet support leg .