mhurhangee/patent-ind-claim-en huggingface dataset:
An agricultural trench depth sensing system, comprising: an agricultural row unit including an opening disc configured to open a trench in a soil surface as the row unit advances in a forward direction of travel through a field; a light plane triangulator comprising a body and a light source disposed above said trench and configured to direct a scanned laser light line downwardly toward and across said trench ; a receiver disposed at an angle relative to said light source to receive reflected light from said light source reflected from said trench and soil surface ; a sensor connected to said receiver , said sensor generating an output signal based on said reflected light; a monitoring system in communication with said sensor , said monitoring system configured to generate a data frame based on said sensor output signal, said data frame containing a triangulated line pattern and intensity values of said reflected light along said triangulated line pattern indicative of a measured depth of said trench ; and a GPS receiver in communication with said monitoring system ; whereby said monitoring system is configured to associate GPS coordinates from said GPS receiver with each said data frame. an agricultural row unit including an opening disc configured to open a trench in a soil surface as the row unit advances in a forward direction of travel through a field; a light plane triangulator comprising a body and a light source disposed above said trench and configured to direct a scanned laser light line downwardly toward and across said trench ; a receiver disposed at an angle relative to said light source to receive reflected light from said light source reflected from said trench and soil surface ; a sensor connected to said receiver , said sensor generating an output signal based on said reflected light; a monitoring system in communication with said sensor , said monitoring system configured to generate a data frame based on said sensor output signal, said data frame containing a triangulated line pattern and intensity values of said reflected light along said triangulated line pattern indicative of a measured depth of said trench ; and a GPS receiver in communication with said monitoring system ; whereby said monitoring system is configured to associate GPS coordinates from said GPS receiver with each said data frame.
A method for determining a length of feedback information, comprising: determining , by a first node, a number of feedback information bits according to information of a number of Hybrid Automatic Retransmission Request, HARQ, processes and information of at least one transmission resource; characterized in that determining, by the first node, the number of the feedback information bits according to the information of the number of HARQ processes and the information of the at least one transmission resource, comprises: determining, by the first node, the number of the feedback information bits according to a minimum value between the information of the number of HARQ processes and the information of the at least one transmission resource; wherein the information of the number of HARQ processes comprises a number of HARQ processes configured by a base station, wherein the number of HARQ processes configured by the base station is less than or equal to a maximum number of HARQ processes supported by the first node; wherein the information of the at least one transmission resource comprises a number of all transmission resource units with a same transmission direction between a first time point and a second time point. determining , by a first node, a number of feedback information bits according to information of a number of Hybrid Automatic Retransmission Request, HARQ, processes and information of at least one transmission resource; characterized in that determining, by the first node, the number of the feedback information bits according to the information of the number of HARQ processes and the information of the at least one transmission resource, comprises: determining, by the first node, the number of the feedback information bits according to a minimum value between the information of the number of HARQ processes and the information of the at least one transmission resource; wherein the information of the number of HARQ processes comprises a number of HARQ processes configured by a base station, wherein the number of HARQ processes configured by the base station is less than or equal to a maximum number of HARQ processes supported by the first node; wherein the information of the at least one transmission resource comprises a number of all transmission resource units with a same transmission direction between a first time point and a second time point. determining, by the first node, the number of the feedback information bits according to a minimum value between the information of the number of HARQ processes and the information of the at least one transmission resource; wherein the information of the number of HARQ processes comprises a number of HARQ processes configured by a base station, wherein the number of HARQ processes configured by the base station is less than or equal to a maximum number of HARQ processes supported by the first node; wherein the information of the at least one transmission resource comprises a number of all transmission resource units with a same transmission direction between a first time point and a second time point.
System for blocking a vehicle , comprising: - a blocking device capable of moving along the vehicle; - a blocking element attached to the blocking device capable of being positioned against a vehicle tire such that the vehicle is blocked; - a blocking element extension mechanism configured to extend the blocking element from a retracted position to an extended position; - height adjusting means for height adjustment of the blocking element; and - calculating means for calculating the desired height of the blocking element with the blocking element in an extended position, characterized in that the blocking element in extended position is being brought into a first contact with the tire at a first height, the position of this first contact being determined by the calculating means; and to at least a second height, the position of this at least second contact being determined by the calculating means, such that the calculating means is configured to determine tire diameter of the vehicle tire and using this to calculate the desired height of the blocking element into contact with the tire. - a blocking device capable of moving along the vehicle; - a blocking element attached to the blocking device capable of being positioned against a vehicle tire such that the vehicle is blocked; - a blocking element extension mechanism configured to extend the blocking element from a retracted position to an extended position; - height adjusting means for height adjustment of the blocking element; and - calculating means for calculating the desired height of the blocking element with the blocking element in an extended position, characterized in that the blocking element in extended position is being brought into a first contact with the tire at a first height, the position of this first contact being determined by the calculating means; and to at least a second height, the position of this at least second contact being determined by the calculating means, such that the calculating means is configured to determine tire diameter of the vehicle tire and using this to calculate the desired height of the blocking element into contact with the tire.
An installation element for connecting an electronic component to control gear of a luminaire comprising a body member , comprising: a base portion supporting a printed circuit ; an electronic component supported by a first region of the base portion ; an electrical connector device supported by a second region of the base portion , the second region of the base portion spaced from the first region of the base portion , and the electrical connector device electrically connected to the electronic component and electrically connectable to the control gear of the luminaire , whereby to electrically connect the installation element to the luminaire ; and characterised by a securing arrangement supported by a third region of the base portion , the third region of the base portion separate from the first region and second region , between the first region and the second region of the base portion in a length direction (L), and the securing arrangement (308 having a shorter arm in a different direction than the length direction (L) to be attachable to the body member of the luminaire , whereby to mount the installation element to the luminaire ; and wherein the base portion is flexible to allow the base portion to be manipulated into a condition in which the first region and the second region extend in different planes, whereby to position the electronic component in a different plane to the electrical connector device . a base portion supporting a printed circuit ; an electronic component supported by a first region of the base portion ; an electrical connector device supported by a second region of the base portion , the second region of the base portion spaced from the first region of the base portion , and the electrical connector device electrically connected to the electronic component and electrically connectable to the control gear of the luminaire , whereby to electrically connect the installation element to the luminaire ; and characterised by a securing arrangement supported by a third region of the base portion , the third region of the base portion separate from the first region and second region , between the first region and the second region of the base portion in a length direction (L), and the securing arrangement (308 having a shorter arm in a different direction than the length direction (L) to be attachable to the body member of the luminaire , whereby to mount the installation element to the luminaire ; and wherein the base portion is flexible to allow the base portion to be manipulated into a condition in which the first region and the second region extend in different planes, whereby to position the electronic component in a different plane to the electrical connector device .
An in vitro method of identifying a human subject having an increased risk of developing varicose veins, wherein the method comprises determining in a biological sample obtained from the subject the presence or absence of: a Piezo Type Mechanosensitive Ion Channel Component 1 (PIEZO1) predicted loss-of-function variant genomic nucleic acid molecule affecting at least one coding transcript and resulting in an initiation codon loss, a premature stop codon, an alternate splicing, or a frameshift; a PIEZO1 predicted loss-of-function variant mRNA molecule; a PIEZO1 predicted loss-of-function variant cDNA molecule produced from the mRNA molecule; or a PIEZO1 predicted loss-of-function variant polypeptide; wherein: the absence of the PIEZO1 predicted loss-of-function variant genomic nucleic acid molecule, mRNA molecule, cDNA molecule, or polypeptide indicates that the subject does not have an increased risk for developing varicose veins; and the presence of the PIEZO1 predicted loss-of-function variant genomic nucleic acid molecule, mRNA molecule, cDNA molecule, or polypeptide indicates that the subject has an increased risk for developing varicose veins. a Piezo Type Mechanosensitive Ion Channel Component 1 (PIEZO1) predicted loss-of-function variant genomic nucleic acid molecule affecting at least one coding transcript and resulting in an initiation codon loss, a premature stop codon, an alternate splicing, or a frameshift; a PIEZO1 predicted loss-of-function variant mRNA molecule; a PIEZO1 predicted loss-of-function variant cDNA molecule produced from the mRNA molecule; or a PIEZO1 predicted loss-of-function variant polypeptide; wherein: the absence of the PIEZO1 predicted loss-of-function variant genomic nucleic acid molecule, mRNA molecule, cDNA molecule, or polypeptide indicates that the subject does not have an increased risk for developing varicose veins; and the presence of the PIEZO1 predicted loss-of-function variant genomic nucleic acid molecule, mRNA molecule, cDNA molecule, or polypeptide indicates that the subject has an increased risk for developing varicose veins. the absence of the PIEZO1 predicted loss-of-function variant genomic nucleic acid molecule, mRNA molecule, cDNA molecule, or polypeptide indicates that the subject does not have an increased risk for developing varicose veins; and the presence of the PIEZO1 predicted loss-of-function variant genomic nucleic acid molecule, mRNA molecule, cDNA molecule, or polypeptide indicates that the subject has an increased risk for developing varicose veins.
A chip , wherein the chip comprises a security core module and a service core , the security core module comprises a security core and a memory , the security core module prevents access of an external module that is inside the chip and that is other than the security core module , and the security core module prevents access of an external device outside the chip , and the service core is configured to run service core firmware; the memory is configured to store a hash of a first root public key and a unique device secret, UDS, of the chip ; the security core is configured to generate a first layer public key and a first layer private key based on the hash of the first root public key and the UDS; and the memory is configured to store the first layer private key. the memory is configured to store a hash of a first root public key and a unique device secret, UDS, of the chip ; the security core is configured to generate a first layer public key and a first layer private key based on the hash of the first root public key and the UDS; and the memory is configured to store the first layer private key.
A gas system comprising: a container configured to store a combustible natural gas under pressure, the container having an opening and a length; a fitting attached to the container and configured to engage the opening, the fitting defining a flow path into the container ; a gas tube extending from the fitting flow path and into the container , wherein the gas tube includes a plurality of holes ; a quantity of a particulate adsorbent located in the container and outside of the gas tube , wherein the adsorbent comprises particles having a characteristic minimum size, and further wherein the adsorbent is selected to adsorb the combustible natural gas; a filter coupled to the gas tube and configured to cover the plurality of holes in the gas tube , wherein the filter is configured to permit passage of natural gas into and out of the gas tube and to prevent the passage of adsorbent particles into the gas tube ; a temperature probe disposed in the container and imbedded in the particulate adsorbent and configured to monitor a temperature of the absorbent , and to provide a signal indicative of the monitored temperature; a thermal loop having a first end extending into the container , and a loop portion disposed in the container and away from the gas tube , and a second end extending out of the container , wherein the thermal loop is configured to: (a) heat the adsorbent to facilitate desorption of the natural gas from the adsorbent , or (b) cool the adsorbent to facilitate adsorption of natural gas to the adsorbent . a container configured to store a combustible natural gas under pressure, the container having an opening and a length; a fitting attached to the container and configured to engage the opening, the fitting defining a flow path into the container ; a gas tube extending from the fitting flow path and into the container , wherein the gas tube includes a plurality of holes ; a quantity of a particulate adsorbent located in the container and outside of the gas tube , wherein the adsorbent comprises particles having a characteristic minimum size, and further wherein the adsorbent is selected to adsorb the combustible natural gas; a filter coupled to the gas tube and configured to cover the plurality of holes in the gas tube , wherein the filter is configured to permit passage of natural gas into and out of the gas tube and to prevent the passage of adsorbent particles into the gas tube ; a temperature probe disposed in the container and imbedded in the particulate adsorbent and configured to monitor a temperature of the absorbent , and to provide a signal indicative of the monitored temperature; a thermal loop having a first end extending into the container , and a loop portion disposed in the container and away from the gas tube , and a second end extending out of the container , wherein the thermal loop is configured to: (a) heat the adsorbent to facilitate desorption of the natural gas from the adsorbent , or (b) cool the adsorbent to facilitate adsorption of natural gas to the adsorbent .
Vacuum drainage system , which vacuum drainage system comprises - a vacuum drainage piping , - at least one collection branch connected to the vacuum drainage piping and to a buffer box outlet of a respective buffer box , wherein each of the collection branches comprises a suction valve , - the buffer box comprising as an outer frame structure side walls , end walls , a top wall and a bottom wall , and further comprising at least one inlet and the buffer box outlet , - a pump connected to the vacuum drainage piping and configured to create negative pressure in the vacuum drainage piping , characterized in, - that the buffer box comprises at least two compartments, which comprise a main compartment and a suction compartment with a suction outlet , - that between the main compartment and the suction compartment a baffle is located, - that the baffle extends from the top wall towards the bottom wall and is located at a distance from the bottom wall such that a baffle opening is formed between the main compartment and the suction compartment , - and that the baffle is configured to prevent the air on top of the liquid in the main compartment to enter the suction compartment . - a vacuum drainage piping , - at least one collection branch connected to the vacuum drainage piping and to a buffer box outlet of a respective buffer box , wherein each of the collection branches comprises a suction valve , - the buffer box comprising as an outer frame structure side walls , end walls , a top wall and a bottom wall , and further comprising at least one inlet and the buffer box outlet , - a pump connected to the vacuum drainage piping and configured to create negative pressure in the vacuum drainage piping , characterized in, - that the buffer box comprises at least two compartments, which comprise a main compartment and a suction compartment with a suction outlet , - that between the main compartment and the suction compartment a baffle is located, - that the baffle extends from the top wall towards the bottom wall and is located at a distance from the bottom wall such that a baffle opening is formed between the main compartment and the suction compartment , - and that the baffle is configured to prevent the air on top of the liquid in the main compartment to enter the suction compartment .
Manipulation device for a microinvasive medical instrument , having: a recess for receiving a proximal region of an electrically conductive transmission device for transmitting electrical power and at least either a force or a torque to a distal end of a microinvasive medical instrument ; a contacting device for producing an electrical contact to a transmission device arranged in the recess , wherein the contacting device has a plurality of contact faces for simultaneous abutment against a surface of a transmission device arranged in the intended manner in the recess , characterized in that in which the contacting device has a plurality of resilient tongues , each contact face is arranged at a resilient tongue , and the resilient tongues of the contacting device each extend parallel or substantially parallel to a plane orthogonal to the longitudinal axis of the transmission device , and each contact face has a length which is significantly larger than its width. a recess for receiving a proximal region of an electrically conductive transmission device for transmitting electrical power and at least either a force or a torque to a distal end of a microinvasive medical instrument ; a contacting device for producing an electrical contact to a transmission device arranged in the recess , wherein the contacting device has a plurality of contact faces for simultaneous abutment against a surface of a transmission device arranged in the intended manner in the recess , characterized in that in which the contacting device has a plurality of resilient tongues , each contact face is arranged at a resilient tongue , and the resilient tongues of the contacting device each extend parallel or substantially parallel to a plane orthogonal to the longitudinal axis of the transmission device , and each contact face has a length which is significantly larger than its width.
A method for supporting management actions in Very High Throughput, VHT, communications, the method comprising: receiving, at an access point, AP, a Very High Throughput, VHT, Compressed Beamforming frame from a station, STA, wherein the VHT Compressed Beamforming frame is an Action No Acknowledgement, ACK, frame and includes a VHT multiple input multiple output, MIMO, Control field , wherein the VHT MIMO Control field indicates a channel width related to a multi-channel non-contiguous spectrum transmission.
A device for handling a yarn end at a spinning unit of a ring spinning machine after detecting the yarn end on a bobbin using a yarn end detecting device, the device for handling a yarn end comprising a suction tube with suction mouth assignable to the spinning unit, the suction tube being connected to a source of vacuum, wherein the suction tube is mounted on a positioning system in order to guide the mouth of the suction tube to a drafting arrangement of the spinning unit for resuming the spinning process, said positioning system comprising a supporting part , which is mounted linearly displaceably on a vertical guide , and said positioning system being characterized by a horizontal arm , which is mounted swingingly about a vertical axis (R) on the supporting part , wherein the suction tube is mounted on the horizontal arm and is linearly displaceable in a horizontal direction (C + -C - ).