mhurhangee/patent-ind-claim-en huggingface dataset:
A system for determining space availability in an aircraft , the system comprising: a baggage container comprising a first wall and a second wall ; a plurality of laser sensors positioned in the baggage container at the first wall and the second wall , wherein the first wall and the second wall face each other, wherein the plurality of laser sensors are configured to emit signals within the baggage container and detect reflected responses to generate outputs ; one or more processors ; and a non-transitory computer readable medium , wherein the one or more processors are in communication with the plurality of laser sensors to execute instructions stored in the non-transitory computer readable medium to perform functions including: receiving the outputs from the plurality of laser sensors; mapping contents of the baggage container based on the outputs from the plurality of laser sensors; based on said mapping, outputting data indicative of occupied space in the baggage container; receiving a weight on wheel sensor output; and based on the weight on wheel sensor output, activating or deactivating the plurality of laser sensors. a baggage container comprising a first wall and a second wall ; a plurality of laser sensors positioned in the baggage container at the first wall and the second wall , wherein the first wall and the second wall face each other, wherein the plurality of laser sensors are configured to emit signals within the baggage container and detect reflected responses to generate outputs ; one or more processors ; and a non-transitory computer readable medium , wherein the one or more processors are in communication with the plurality of laser sensors to execute instructions stored in the non-transitory computer readable medium to perform functions including: receiving the outputs from the plurality of laser sensors; mapping contents of the baggage container based on the outputs from the plurality of laser sensors; based on said mapping, outputting data indicative of occupied space in the baggage container; receiving a weight on wheel sensor output; and based on the weight on wheel sensor output, activating or deactivating the plurality of laser sensors. receiving the outputs from the plurality of laser sensors; mapping contents of the baggage container based on the outputs from the plurality of laser sensors; based on said mapping, outputting data indicative of occupied space in the baggage container; receiving a weight on wheel sensor output; and based on the weight on wheel sensor output, activating or deactivating the plurality of laser sensors.
A method for processing a radio frequency, RF, signal, the method comprising: - down-converting an RF signal into a converted signal; - obtaining a received signal strength indicator, RSSI, value based on an amplitude of the RF signal; and - amplifying the converted signal based on the RSSI value using an amplifier , and freezing a gain of the amplifier if data reception is detected. - down-converting an RF signal into a converted signal; - obtaining a received signal strength indicator, RSSI, value based on an amplitude of the RF signal; and - amplifying the converted signal based on the RSSI value using an amplifier , and freezing a gain of the amplifier if data reception is detected.
Compressor module to regulate a compressor of a cooling and/or heating system, wherein - the compressor module has at least a first interface , a second interface , a delay circuit and an unit to regulate a cooling and/or heating device allocated to the compressor module , which is used to set a cooling and/or heating capacity that can be preset via control commands, - the compressor module is connectable via the first interface with a control unit or a compressor module arranged inline upstream to receive control commands and for power supply, and via the second interface an inline arrangement is preparable with another compressor modules , - via the delay circuit a control command for a downstream arranged compressor module is delayable passable, and - the first interface and the second interface have ports for three-phase current, and the phases on the second interface are reversed. - the compressor module has at least a first interface , a second interface , a delay circuit and an unit to regulate a cooling and/or heating device allocated to the compressor module , which is used to set a cooling and/or heating capacity that can be preset via control commands, - the compressor module is connectable via the first interface with a control unit or a compressor module arranged inline upstream to receive control commands and for power supply, and via the second interface an inline arrangement is preparable with another compressor modules , - via the delay circuit a control command for a downstream arranged compressor module is delayable passable, and - the first interface and the second interface have ports for three-phase current, and the phases on the second interface are reversed.
A dialysate regeneration method that reduces a urea concentration of a urea-containing aqueous solution, the method comprising a reverse osmosis process of obtaining, from the urea-containing aqueous solution, a concentrate having a higher urea concentration and a permeate having a lower urea concentration by using a reverse osmosis membrane element at an operating pressure of 0.5 MPa or more and 2.0 MPa or less, wherein the urea concentration of the urea-containing aqueous solution is 0.5 g/L or more, the reverse osmosis membrane element comprises a reverse osmosis membrane, and the reverse osmosis membrane has a pore diameter of 0.7 nm (7.0 Å) or less as measured by a positron annihilation lifetime measurement method. wherein the urea concentration of the urea-containing aqueous solution is 0.5 g/L or more, the reverse osmosis membrane element comprises a reverse osmosis membrane, and the reverse osmosis membrane has a pore diameter of 0.7 nm (7.0 Å) or less as measured by a positron annihilation lifetime measurement method.
An isolated eukaryotic cell, wherein said isolated eukaryotic cell is not a human germ cell, characterized in that said cell is modified by transfection or transformation with a nucleic acid molecule comprising a transcription cassette, the transcription cassette comprising at least one nucleotide sequence encoding a transfer RNA [tRNA], the tRNA including an anticodon nucleotide sequence selected from the group consisting of AGC, GGC, CGC, UGC, ACC, GCC, CCC, UCC, AGG, GGG, CGG, UGG, AGU, GGU, CGU, UGU, AAC, GAC, CAC, UAC, AAA, GAA, AUU, GUU, CUU, UUU, AUC, GUC, CUC, UUC, AGA, GGA, CGA, UGA, ACU, GCU, ACG, GCG, CCG, UCG, CCU, UCU, AAG, GAG, CAG, UAG, CAA, UAA, AAU, GAU, UAU, CAU, AUA, GUA, ACA, GCA, AUG, GUG, CUG, UUG, CCA and that is absent from said eukaryotic cell, wherein said anticodon sequence corrects base mismatches at any one of the cognate first, second or third nucleotide position in the corresponding messenger RNA [mRNA] codon to improve translation efficiency and/or decrease amino acid mis-incorporation as a consequence of degeneracy in the genetic code, and wherein said base mismatch correction reduces said cells reliance on wobble during translation of said mRNA. the tRNA including an anticodon nucleotide sequence selected from the group consisting of AGC, GGC, CGC, UGC, ACC, GCC, CCC, UCC, AGG, GGG, CGG, UGG, AGU, GGU, CGU, UGU, AAC, GAC, CAC, UAC, AAA, GAA, AUU, GUU, CUU, UUU, AUC, GUC, CUC, UUC, AGA, GGA, CGA, UGA, ACU, GCU, ACG, GCG, CCG, UCG, CCU, UCU, AAG, GAG, CAG, UAG, CAA, UAA, AAU, GAU, UAU, CAU, AUA, GUA, ACA, GCA, AUG, GUG, CUG, UUG, CCA and that is absent from said eukaryotic cell, wherein said anticodon sequence corrects base mismatches at any one of the cognate first, second or third nucleotide position in the corresponding messenger RNA [mRNA] codon to improve translation efficiency and/or decrease amino acid mis-incorporation as a consequence of degeneracy in the genetic code, and wherein said base mismatch correction reduces said cells reliance on wobble during translation of said mRNA.
A loudspeaker system (LSS) comprising a) an input unit (IU) providing an electric input audio signal (eIN1); b) an equalization unit (EQ) for modifying said electric input audio signal or a processed version thereof in dependence on frequency and to provide an equalized electric audio signal (eINeq) according to a predefined equalization function, and c) a loudspeaker unit (SPK) for converting said equalized electric audio signal or a processed version thereof to an acoustic output sound signal (OUT), d) a user interface (Ul) for modifying a volume level (VOL) of said output sound signal (OUT) in a multitude of steps V 0 , V 1 , ..., V N , wherein the equalization unit (EQ) is configured to apply a specific predefined equalization function EQ 0 , EQ 1 , ..., EQ N to the electric input audio signal (eIN1) in each of said multitude of steps V 0 , V 1 , ..., V N of the volume level, wherein each predefined equalization function EQ 0 , EQ 1 , ..., EQ N indicates a predefined frequency dependent gain to be applied to the input audio signal when a corresponding volume V 0 , V 1 , ..., V N is requested, and characterized in that the loudspeaker system is configured to operate in at least two modes of operation, a first mode operating in a full bandwidth mode and a second mode operating in a limited bandwidth mode, wherein each mode has a separate set of volume dependent equalization functions. a) an input unit (IU) providing an electric input audio signal (eIN1); b) an equalization unit (EQ) for modifying said electric input audio signal or a processed version thereof in dependence on frequency and to provide an equalized electric audio signal (eINeq) according to a predefined equalization function, and c) a loudspeaker unit (SPK) for converting said equalized electric audio signal or a processed version thereof to an acoustic output sound signal (OUT), d) a user interface (Ul) for modifying a volume level (VOL) of said output sound signal (OUT) in a multitude of steps V 0 , V 1 , ..., V N ,
A method for providing security on externally connected controllers within IoT devices, the method comprising: receiving, at a reporting agent , an indication that a process has been blocked, the reporting agent incorporated into a security middleware layer integrated into an operating system of a controller 2. for IoT devices, the security middleware layer configured to restrict operation of a kernel of the operating system to services authorized by a custom security policy of the controller ; obtaining, by the reporting agent , trace information for the blocked process; determining, by the reporting agent , a code portion in the operating system of the controller that served as an exploit for the blocked process ; determining, by the reporting agent , a current context of the controller , wherein the context comprises at least one of (i) information about a device that the controller is controlling or (ii) information about a system of which the controller is a part; obtaining, by the reporting agent , a copy of malware that was to be executed by the blocked process; generating, by the reporting agent , an alert for the blocked process that includes (i) the trace information , (ii) information identifying the code portion , (iii) the copy of the malware , and (iv) the current context ; and providing, by the reporting agent , the alert to a network interface on the controller for immediate transmission to a backend computer system. receiving, at a reporting agent , an indication that a process has been blocked, the reporting agent incorporated into a security middleware layer integrated into an operating system of a controller 2. for IoT devices, the security middleware layer configured to restrict operation of a kernel of the operating system to services authorized by a custom security policy of the controller ; obtaining, by the reporting agent , trace information for the blocked process; determining, by the reporting agent , a code portion in the operating system of the controller that served as an exploit for the blocked process ; determining, by the reporting agent , a current context of the controller , wherein the context comprises at least one of (i) information about a device that the controller is controlling or (ii) information about a system of which the controller is a part; obtaining, by the reporting agent , a copy of malware that was to be executed by the blocked process; generating, by the reporting agent , an alert for the blocked process that includes (i) the trace information , (ii) information identifying the code portion , (iii) the copy of the malware , and (iv) the current context ; and providing, by the reporting agent , the alert to a network interface on the controller for immediate transmission to a backend computer system.
A resource indication method, comprising: generating a physical layer protocol data unit, PPDU, the PPDU comprises a universal signal, U-SIG field, and the U-SIG field comprises a bandwidth field and a preamble puncturing information field, wherein the bandwidth field indicates a full bandwidth, and the full bandwidth is 80MHz or 160MHz or 320MHz; wherein: when the PPDU is in non-orthogonal frequency division multiple access, non-OFDMA, transmission mode, the preamble puncturing information field is used to indicate a puncturing status of the full bandwidth; when the PPDU is in an orthogonal frequency division multiple access, OFDMA, transmission mode, the preamble puncturing information field is used to indicate a puncturing status of an 80 MHz corresponding to a frequency domain segment; and sending the PPDU. when the PPDU is in non-orthogonal frequency division multiple access, non-OFDMA, transmission mode, the preamble puncturing information field is used to indicate a puncturing status of the full bandwidth; when the PPDU is in an orthogonal frequency division multiple access, OFDMA, transmission mode, the preamble puncturing information field is used to indicate a puncturing status of an 80 MHz corresponding to a frequency domain segment; and sending the PPDU.
Method for operating a safety-critical system comprising at least one first data device containing approved, safety-related software and comprising at least one reference data device containing the same approved, safety-related software , in which method after the system has been type-tested, the at least one first data device is provided with at least one piece of non safety-related add-on software , and the at least one reference data device is blocked to software modifications and is still equipped solely with the safety-related software , before an item of safety data information (D) is output, a comparator is used to check output information (A1, Ar) from the at least one first data device and from the at least one reference data device for a match with regard to the safety-related software , and the safety data information (D) is output if there is a match.
Household appliance with a component for a household appliance , wherein the component is coated at least in sections with an amorphous carbon layer , characterised in that the amorphous carbon layer has a structure which varies depending on location and a molecular composition.
Module forming a thermal bridge breaker for flooring intended to be used in a reinforced concrete construction, the module comprising at least one block of insulating material and metal frames capable of absorbing structural stresses wherein the module comprises at least one profile protruding from the block of insulating material , characterised in that the profile is Z-shaped integrating two horizontal flat portions connected by an oblique flat portion , the horizontal flat portions being intended for transmitting the stresses which have a vertical component and which are sustained by the module and the oblique flat portion being intended to transmit the stresses which have a horizontal component and which are sustained by the module and the profile being made of a composite material with a ceramic or metal matrix, the composite material having a thermal conductivity lower than that of metal.
A cock for a valve having at least one opening for passage of fluid, the cock comprising a body configured to be movably mounted in a seat of the valve , at least one seal fastened to the body and configured to variably open or close the opening according to a position of the cock within the valve seat, wherein the seal is fastened to the body by an insert fitted between the seal and the body , characterized in that the insert holds at least a portion of the seal under compression load.
Method for clarifying pyrolysis oil, wherein the method comprises at least the following steps: a) at least a clarification of the pyrolysis oil in a centrifuge, and b) prior to and/or during clarification, according to step a), heating the pyrolysis oil to reduce the viscosity of the pyrolysis oil, wherein the clarification of the pyrolysis oil, according to step a), is carried out in multiple stages, with at least one first centrifuge for pre-clarification and at least one second centrifuge for post-clarification, and wherein after clarification of the pyrolysis oil, according to step a), cooling of the pyrolysis oil takes place, wherein the cooling of the pyrolysis oil takes place in such a way that after 10 min after the clarification of the pyrolysis oil according to step a) the temperature of the pyrolysis oil is less than 40°C. a) at least a clarification of the pyrolysis oil in a centrifuge, and b) prior to and/or during clarification, according to step a), heating the pyrolysis oil to reduce the viscosity of the pyrolysis oil, wherein the clarification of the pyrolysis oil, according to step a), is carried out in multiple stages, with at least one first centrifuge for pre-clarification and at least one second centrifuge for post-clarification, and wherein after clarification of the pyrolysis oil, according to step a), cooling of the pyrolysis oil takes place, wherein the cooling of the pyrolysis oil takes place in such a way that after 10 min after the clarification of the pyrolysis oil according to step a) the temperature of the pyrolysis oil is less than 40°C. wherein the clarification of the pyrolysis oil, according to step a), is carried out in multiple stages, with at least one first centrifuge for pre-clarification and at least one second centrifuge for post-clarification, and wherein after clarification of the pyrolysis oil, according to step a), cooling of the pyrolysis oil takes place, wherein the cooling of the pyrolysis oil takes place in such a way that after 10 min after the clarification of the pyrolysis oil according to step a) the temperature of the pyrolysis oil is less than 40°C.
A seating device characterized by : a seat body ; a headrest movably connected to said seat body ; an adjustment mechanism connected between said seat body and said headrest to adjust a position of said headrest relative to said seat body ; and an operating unit movably mounted to said headrest and having a driving member to actuate said adjustment mechanism , and a handle portion bending from said driving member , said driving member being movable between a non-operative position and an operative position, characterised in that , when said driving member is in the non-operative position, said handle portion abuts against an outer surface of said headrest , and said driving member is inoperative to transmit an actuation movement from said handle portion to said adjustment mechanism for actuating said adjustment mechanism , and wherein, when said driving member is in the operative position, said handle portion is spaced away and protrudes from said outer surface, and said driving member is operative to transmit the actuation movement to said adjustment mechanism . a seat body ; a headrest movably connected to said seat body ; an adjustment mechanism connected between said seat body and said headrest to adjust a position of said headrest relative to said seat body ; and an operating unit movably mounted to said headrest and having a driving member to actuate said adjustment mechanism , and a handle portion bending from said driving member , said driving member being movable between a non-operative position and an operative position, characterised in that , when said driving member is in the non-operative position, said handle portion abuts against an outer surface of said headrest , and said driving member is inoperative to transmit an actuation movement from said handle portion to said adjustment mechanism for actuating said adjustment mechanism , and wherein, when said driving member is in the operative position, said handle portion is spaced away and protrudes from said outer surface, and said driving member is operative to transmit the actuation movement to said adjustment mechanism .
Method of reducing the load of a rotor blade of a wind turbine during installation of the wind turbine , wherein the rotor blade comprises an aerodynamic device, in particular a vortex generator , a noise reducer or a flap, which is arranged at the surface of the rotor blade , and wherein the method comprises the steps of - attaching a cover on the rotor blade such that at least a part of the aerodynamic device is covered by the cover , wherein the cover is made of a water soluble material; - lifting the rotor blade to the top of the tower of the wind turbine , and - detaching the cover from the rotor blade , by rotating the rotor with a rotor speed being sufficiently high such that the cover flies off due to the centrifugal force acting on the cover during rotation of the rotor blade . - attaching a cover on the rotor blade such that at least a part of the aerodynamic device is covered by the cover , wherein the cover is made of a water soluble material; - lifting the rotor blade to the top of the tower of the wind turbine , and - detaching the cover from the rotor blade , by rotating the rotor with a rotor speed being sufficiently high such that the cover flies off due to the centrifugal force acting on the cover during rotation of the rotor blade .
Method for producing sensor structures and cut-resistant structures on a flat element by means of a warp knitting machine or double rib loom, where sensor threads as sensor structure and cut-resistant threads as cut-resistant structure are worked in on the same side of the flat element , characterised in that for producing the sensor structure and the cut-resistant structure two stitch-forming guide bars are used so that the sensor threads are connected together at their intersection areas through stitch formations by these guide bars , wherein blocking means by way of which stitch formation of the cut-resistant structure in the intersection areas thereof is precluded are associated with the guide bars in the areas of the cut-resistant structure.
Drain fitting for showers or bathtubs, having a drain body forming or comprising an odour trap and a transition piece for connection to a waste water pipe , wherein at least one connecting piece for connecting a drain pipe is formed on each the drain body and the transition piece, characterised in that the drain body is connected to the transition piece via a plurality of drain pipes , whose free cross-section is larger than the free cross-section of a conventional individual outlet pipe with a circular cross-section, wherein the drain body and the transition piece each have at least two connecting pieces for connecting the drain pipes , and wherein the connecting pieces formed on the drain body are arranged in such a way that their underside is at a higher level than the underside of the drain body .