mhurhangee/patent-ind-claim-en huggingface dataset:
A method for measuring a width of a weld or a slot of an object using a video inspection device, the method comprising the steps of: displaying on a monitor an image of a viewed object ; determining three dimensional coordinates of a plurality of points on a surface of the viewed object using a central processing unit ; placing a first measurement cursor and a second measurement cursor at points on each side of the weld or slot on the image using the pointing device ; determining a first measurement point corresponding to the location of the first measurement cursor using the central processor unit ; determining a second measurement point corresponding to the location of the second measurement cursor using the central processor unit ; determining a three-dimensional line between the first measurement point and the second measurement point using the central processor unit ; determining a first edge plane using the central processor unit , wherein the first edge plane is normal to the three-dimensional line and passes through the first measurement point ; determining a distance between the plurality of points on a surface of the viewed object and the first edge plane using a central processor unit ; comparing the distance between the plurality of points on the surface of the viewed object and the first edge plane to a predetermined distance threshold using the central processor unit; and displaying a first edge plane graphical overlay on pixels in the image associated with the plurality of points on the surface of the viewed object having a distance to the first edge plane that is below the predetermined distance threshold. placing a first measurement cursor and a second measurement cursor at points on each side of the weld or slot on the image using the pointing device ; determining a first measurement point corresponding to the location of the first measurement cursor using the central processor unit ; determining a second measurement point corresponding to the location of the second measurement cursor using the central processor unit ; determining a three-dimensional line between the first measurement point and the second measurement point using the central processor unit ; determining a first edge plane using the central processor unit , wherein the first edge plane is normal to the three-dimensional line and passes through the first measurement point ; determining a distance between the plurality of points on a surface of the viewed object and the first edge plane using a central processor unit ; comparing the distance between the plurality of points on the surface of the viewed object and the first edge plane to a predetermined distance threshold using the central processor unit; and displaying a first edge plane graphical overlay on pixels in the image associated with the plurality of points on the surface of the viewed object having a distance to the first edge plane that is below the predetermined distance threshold.
Biogas plant with a fermenter feeding device for feeding biomass into a fermenter tank of the biogas plant , wherein the fermenter feeding device has a cell breakdown extruder , which has at least one screw shaft , which is held in an extruder barrel and has a raised screw helix , and wherein the cell breakdown extruder has at least one feeding device for biomass to be extruded and also at least one outlet opening for extruded biomass, characterized in that in the interior space of the extruder barrel there is arranged at least one clearing device , which extends over at least part of the length of an assigned screw shaft , wherein the clearing device has a number of clearing tines spaced apart from one another in the longitudinal direction of the screw shaft, wherein the clearing tines are assigned with their free tine ends to the assigned screw shaft , and wherein the raised screw helix has in each region where a clearing tine passes through the raised screw helix a tine clearance , which is reached through by the respectively assigned clearing tine during a rotation of the screw shaft.
A fungal material comprising: (a) fungal biomass; (b) a polysaccharide-based matrix; (c) a plasticiser; (d) an emulsifying agent; and optionally (e) a diluent; wherein: (i) the plasticiser comprises latex; and/or (ii) the fungal material further comprises a support material selected from cotton, polyester, nylon, cotton, denim, and/or silk. (a) fungal biomass; (b) a polysaccharide-based matrix; (c) a plasticiser; (d) an emulsifying agent; and optionally (e) a diluent; (i) the plasticiser comprises latex; and/or (ii) the fungal material further comprises a support material selected from cotton, polyester, nylon, cotton, denim, and/or silk.
A magnetic marker installation method for laying magnetic markers in a road for driving assist control on a vehicle side, the method comprising: using a work vehicle to travel along a lane and lay the magnetic markers at approximate positions; using a work apparatus including a magnetic sensor (Cn) capable of detecting magnetism to detect one of the magnetic markers (S101) and measure a lateral shift amount with respect to the one magnetic marker (S102), wherein a deviation of a position of the one magnetic marker in a width direction of the work apparatus with respect to a position of the magnetic sensor (Cn) is measured as the lateral shift amount; acquiring position data of an absolute position (S202) of the work apparatus when the work apparatus detects the one magnetic marker (S201); identifying a laying position of the one magnetic marker by combining the absolute position and the lateral shift amount (S203); generating position data regarding the one magnetic marker (S204); storing the position data in a database (S401); and repeating the steps of detecting, measuring, acquiring, identifying, generating and storing for at least another one of the magnetic markers . using a work vehicle to travel along a lane and lay the magnetic markers at approximate positions; using a work apparatus including a magnetic sensor (Cn) capable of detecting magnetism to detect one of the magnetic markers (S101) and measure a lateral shift amount with respect to the one magnetic marker (S102), wherein a deviation of a position of the one magnetic marker in a width direction of the work apparatus with respect to a position of the magnetic sensor (Cn) is measured as the lateral shift amount; acquiring position data of an absolute position (S202) of the work apparatus when the work apparatus detects the one magnetic marker (S201); identifying a laying position of the one magnetic marker by combining the absolute position and the lateral shift amount (S203); generating position data regarding the one magnetic marker (S204); storing the position data in a database (S401); and repeating the steps of detecting, measuring, acquiring, identifying, generating and storing for at least another one of the magnetic markers .
A method of wireless communication performed by a wireless communication device, comprising: identifying groups of bits of a particular size, the particular size being 2n-1 bits, with n being a positive integer; adding a parity bit to each group of the groups of bits, the corresponding parity bit being associated with each group of the groups of bits as a 2nth bit; generating an odd-exponent modulation constellation by mapping the groups of bits, with corresponding parity bits, to an even-exponent modulation constellation, wherein the odd-exponent modulation constellation has a 2n-1th order, wherein a subset of constellation points of the even-exponent modulation constellation is skipped in the odd-exponent modulation constellation based at least in part on the corresponding parity bits, and wherein the corresponding parity bit, of the corresponding parity bits, is added to each group of bits, of the groups of bits, for the mapping; and transmitting a signal based at least in part on the odd-exponent modulation constellation. identifying groups of bits of a particular size, the particular size being 2n-1 bits, with n being a positive integer; adding a parity bit to each group of the groups of bits, the corresponding parity bit being associated with each group of the groups of bits as a 2nth bit; generating an odd-exponent modulation constellation by mapping the groups of bits, with corresponding parity bits, to an even-exponent modulation constellation, wherein the odd-exponent modulation constellation has a 2n-1th order, wherein a subset of constellation points of the even-exponent modulation constellation is skipped in the odd-exponent modulation constellation based at least in part on the corresponding parity bits, and wherein the corresponding parity bit, of the corresponding parity bits, is added to each group of bits, of the groups of bits, for the mapping; and transmitting a signal based at least in part on the odd-exponent modulation constellation.
A method comprising: receiving , by one or more servers, a selection of criteria for creating a group, the criteria for identifying one or more users from a plurality of users; establishing , by the one or more servers, the group comprising the criteria, the group configured to identify members of the group based on one or more users matching the criteria; receiving , by the one or more servers, an indication to use the group; determining , by the one or more servers responsive to the indication, which one or more users of the plurality of users match the criteria of the group; executing, by the one or more servers, a simulated phishing campaign using the group; and removing, by the one or more servers, a user from the group responsive to the user interacting with a simulated phishing email that was sent as part of the simulated phishing campaign. receiving , by one or more servers, a selection of criteria for creating a group, the criteria for identifying one or more users from a plurality of users; establishing , by the one or more servers, the group comprising the criteria, the group configured to identify members of the group based on one or more users matching the criteria; receiving , by the one or more servers, an indication to use the group; determining , by the one or more servers responsive to the indication, which one or more users of the plurality of users match the criteria of the group; executing, by the one or more servers, a simulated phishing campaign using the group; and removing, by the one or more servers, a user from the group responsive to the user interacting with a simulated phishing email that was sent as part of the simulated phishing campaign.
A child car seat , comprising: at least a seat shell , the seat shell comprising a holder , and a backrest section and a seat section movably mounted the holder , the seat section and the backrest section pivoted to each other where the seat shell is configurable to at least two using positions due to relative pivoting between the seat section and the backrest section , and a safety belt guiding apparatus the safety belt guiding apparatus comprising: a safety belt director and a linking assembly assembled to the holder , one end of the linking assembly linked with the backrest section or the seat section , another end of the linking assembly linked with the safety belt director ; characterized in that when the seat shell varies among various using positions, the backrest section or the seat section selectively drives, through the linking assembly , the safety belt director to move to a first position or a second position with respect to the holder , and a seat belt selectively passing through the safety belt director at the first position fastens the stand-alone seat shell or the seat shell assembled with a base to a car seat. at least a seat shell , the seat shell comprising a holder , and a backrest section and a seat section movably mounted the holder , the seat section and the backrest section pivoted to each other where the seat shell is configurable to at least two using positions due to relative pivoting between the seat section and the backrest section , and a safety belt guiding apparatus the safety belt guiding apparatus comprising: a safety belt director and a linking assembly assembled to the holder , one end of the linking assembly linked with the backrest section or the seat section , another end of the linking assembly linked with the safety belt director ; characterized in that when the seat shell varies among various using positions, the backrest section or the seat section selectively drives, through the linking assembly , the safety belt director to move to a first position or a second position with respect to the holder , and a seat belt selectively passing through the safety belt director at the first position fastens the stand-alone seat shell or the seat shell assembled with a base to a car seat. a safety belt director and a linking assembly assembled to the holder , one end of the linking assembly linked with the backrest section or the seat section , another end of the linking assembly linked with the safety belt director ; characterized in that when the seat shell varies among various using positions, the backrest section or the seat section selectively drives, through the linking assembly , the safety belt director to move to a first position or a second position with respect to the holder , and a seat belt selectively passing through the safety belt director at the first position fastens the stand-alone seat shell or the seat shell assembled with a base to a car seat.
An apparatus configured for therapeutic electrical stimulation of a patient, the apparatus comprising: an electrode carrier configured to place a set of electrodes into contact with the body of the patient at an injury site on the body of the patient; and a stimulation module comprising: control circuitry that is configured to sequentially activate individual subsets of electrodes in the set of electrodes , each subset including one or more electrodes activated as a signal source for the electrical stimulation signal and one or more electrodes activated as a signal sink for the electrical stimulation signal ; wherein the module further comprises: a signal generation circuitry , characterized in that said signal generation circuitry is configured to generate an electrical stimulation signal as a Direct Current, DC, pulse train at a frequency of between 10 kHz and 50 kHz. an electrode carrier configured to place a set of electrodes into contact with the body of the patient at an injury site on the body of the patient; and a stimulation module comprising: control circuitry that is configured to sequentially activate individual subsets of electrodes in the set of electrodes , each subset including one or more electrodes activated as a signal source for the electrical stimulation signal and one or more electrodes activated as a signal sink for the electrical stimulation signal ; wherein the module further comprises: a signal generation circuitry , characterized in that said signal generation circuitry is configured to generate an electrical stimulation signal as a Direct Current, DC, pulse train at a frequency of between 10 kHz and 50 kHz. control circuitry that is configured to sequentially activate individual subsets of electrodes in the set of electrodes , each subset including one or more electrodes activated as a signal source for the electrical stimulation signal and one or more electrodes activated as a signal sink for the electrical stimulation signal ; wherein the module further comprises: a signal generation circuitry , characterized in that said signal generation circuitry is configured to generate an electrical stimulation signal as a Direct Current, DC, pulse train at a frequency of between 10 kHz and 50 kHz.
A supersonic centripetal compressor rotor comprising: a first rotor disk ; a second rotor disk ; a first set of rotor vanes coupled to and disposed between the first and the second rotor disks and defining together with the first and the second rotor disks, a first set of flow channels ; a second set of rotor vanes coupled to and disposed between the first and the second rotor disks and defining together with the first and the second rotor disks, a second set of flow channels , wherein the first set of rotor vanes is disposed offset from the second set of rotor vanes , wherein the first set of flow channels and the second set of flow channels are configured such that each flow channel of the first set of flow channels is in fluid communication with at least one flow channel of the second set of flow channels ; and wherein each flow channel of the first set and second set of flow channels is further defined by a compression ramp disposed on a rotor vane surface opposite an adjacent rotor vane surface; wherein each flow channel of the first set of flow channels comprises a first cross-sectional area proximate to an end of each compression ramp and wherein each flow channel of the second set of flow channels comprises a second cross-sectional area proximate to an end of each compression ramp ; wherein the second cross-sectional area is smaller than the first cross-sectional area . a first rotor disk ; a second rotor disk ; a first set of rotor vanes coupled to and disposed between the first and the second rotor disks and defining together with the first and the second rotor disks, a first set of flow channels ; a second set of rotor vanes coupled to and disposed between the first and the second rotor disks and defining together with the first and the second rotor disks, a second set of flow channels , wherein the first set of rotor vanes is disposed offset from the second set of rotor vanes , wherein the first set of flow channels and the second set of flow channels are configured such that each flow channel of the first set of flow channels is in fluid communication with at least one flow channel of the second set of flow channels ; and wherein each flow channel of the first set and second set of flow channels is further defined by a compression ramp disposed on a rotor vane surface opposite an adjacent rotor vane surface; wherein each flow channel of the first set of flow channels comprises a first cross-sectional area proximate to an end of each compression ramp and wherein each flow channel of the second set of flow channels comprises a second cross-sectional area proximate to an end of each compression ramp ; wherein the second cross-sectional area is smaller than the first cross-sectional area .
A method for the separation of gaseous or particulate substances from a gas flow by means of a fluidized bed flow reactor having a fluidized bed chamber containing an expanded fluidized bed, wherein the expanded fluidized bed comprises solids, which are at least reactive sorbents and inert solids, and wherein the solids, which form a support bed in the expanded fluidized bed, belong to a large particle fraction, wherein the gas flow laden with the substances to be separated is supplied to the fluidized bed so that the substances to be separated come into contact with the sorbents in the fluidized bed and react with them, wherein the velocity in the fluidized bed chamber is set in such a way that inert solids and reactive sorbents also leave the fluidized bed with the gas flow, wherein, in addition to recirculated sorbents, fresh sorbents are supplied to the fluidized bed and wherein the gas flow leaving the fluidized bed, before inert solids together with a proportion of active sorbents are separated from it, passes through a branch-free flow path running anti-parallel to the fluidized bed, the branch-free flow path having an inlet for the gas flow at its upper end and a lateral outlet at its lower end, wherein sorbents and substances to be separated come into contact and react with each other within the gas flow while passing through so that the proportion of unreacted substances in the gas flow at the end of the flow path is smaller than their proportion on leaving the fluidized bed, wherein, below the lateral outlet, the flow path merges into a separator hopper for solids gravitationally separated from the gas flow, wherein the solids belonging to the large particle fraction fall further downwards gravitationally past the lateral outlet, due to their size and due to the flow of gas acting upon them, and are stored temporarily in the separator hopper so that the deflection of the gas flow into the outlet acts as a separator for a large particle fraction, wherein a portion of the solids, containing the large particle fraction, is returned from the separator hopper to the fluidized bed chamber via a secondary return line forming the secondary path, wherein inert solids and reactive sorbents are separated and both are partially recirculated to the fluidized bed via the secondary return line, wherein solids belonging to the middle and fine particle fraction are removed from the gas flow leaving the fluidized bed at a process filter downstream of the flow path and are separated into a return line forming a main path through which reactive sorbents are recirculated to the fluidized bed, wherein the gas flow supplied to the fluidized bed flow reactor is laden with substances to be separated, which form a large particle fraction, wherein the gas flow laden with the particles is supplied to the fluidized bed, wherein the fluidized bed is operated such that the rate of the large particle fraction discharged with the gas flow is not lower than the rate of the large particle fraction supplied with the gas flow, and wherein the large particle fraction is removed from the exhaust gas flow only after passing through the fluidized bed flow reactor.
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, wherein: R 1 is hydrogen, halogen, -C 1 -C 4 -alkyl, -C 1 -C 4 -haloalkyl, -CN, -C 1 -C 4 -alkoxy, -C 1 -C 4 -haloalkoxy, or -C 3 -C 6 -cycloalkyl; Q 1 is CH; R 2 is halogen, -C 1 -C 4 -alkyl, -C 1 -C 4 -haloalkyl, -S(C 1 -C 4 -alkyl), or furanyl, wherein the furanyl can be optionally substituted with -C 1 -C 4 -alkyl; x is an integer having a value of 1 or 2; each R 20 is independently hydrogen, halogen, -C 1 -C 4 -alkyl, -CN, or -C 1 -C 4 -alkoxy; and R 3 is -CH 3 or -CD 3 . R 1 is hydrogen, halogen, -C 1 -C 4 -alkyl, -C 1 -C 4 -haloalkyl, -CN, -C 1 -C 4 -alkoxy, -C 1 -C 4 -haloalkoxy, or -C 3 -C 6 -cycloalkyl; Q 1 is CH; R 2 is halogen, -C 1 -C 4 -alkyl, -C 1 -C 4 -haloalkyl, -S(C 1 -C 4 -alkyl), or furanyl, wherein the furanyl can be optionally substituted with -C 1 -C 4 -alkyl; x is an integer having a value of 1 or 2; each R 20 is independently hydrogen, halogen, -C 1 -C 4 -alkyl, -CN, or -C 1 -C 4 -alkoxy; and R 3 is -CH 3 or -CD 3 .