mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for machining a workpiece with a pulsed laser beam , the apparatus comprising a machining unit configured to provide a pressurized fluid jet onto the workpiece and to couple the laser beam through at least one optical element into the fluid jet towards the workpiece , a sensing unit , a spectral separation unit arranged to receive, during the machining of the workpiece with the laser beam , a laser-induced electromagnetic radiation including secondary radiation emitted from a portion of the workpiece that is machined with the laser beam and propagating away from the workpiece through the fluid jet and through the at least one optical element, and configured to isolate only electromagnetic radiation of interest including at least a part of the secondary radiation on the sensing unit and to prevent initial laser light to reach the sensing unit , characterized by , the sensing unit being configured to convert the secondary radiation into a signal for each laser pulse, and a signal processing unit configured to integrate a plurality of signals over time to produce an integrated signal, and to determine, during the machining of the workpiece with the laser beam , a state of machining the workpiece based on a pattern or a change of a pattern in the integrated signal . a machining unit configured to provide a pressurized fluid jet onto the workpiece and to couple the laser beam through at least one optical element into the fluid jet towards the workpiece , a sensing unit , a spectral separation unit arranged to receive, during the machining of the workpiece with the laser beam , a laser-induced electromagnetic radiation including secondary radiation emitted from a portion of the workpiece that is machined with the laser beam and propagating away from the workpiece through the fluid jet and through the at least one optical element, and configured to isolate only electromagnetic radiation of interest including at least a part of the secondary radiation on the sensing unit and to prevent initial laser light to reach the sensing unit , characterized by , the sensing unit being configured to convert the secondary radiation into a signal for each laser pulse, and a signal processing unit configured to integrate a plurality of signals over time to produce an integrated signal, and to determine, during the machining of the workpiece with the laser beam , a state of machining the workpiece based on a pattern or a change of a pattern in the integrated signal .
An outsole comprising: at least one elastomer sheet constituting a ground engaging surface , the at least one elastomer sheet comprising: a sheet body composed of an elastomer; and a plurality of polymer particles dispersed in the sheet body , and the plurality of polymer particles being foamed particles each having a plurality of voids therein, wherein the average volume of the plurality of polymer particles is 0.5 mm 3 or more per particle and 75 mm 3 or less per particle, the plurality of polymer particles comprise isolated particles that are not held in contact with each other, and the proportion in the number of the isolated particles to all of the plurality of polymer particles in the at least one elastomer sheet is 50% or more. at least one elastomer sheet constituting a ground engaging surface , the at least one elastomer sheet comprising: a sheet body composed of an elastomer; and a plurality of polymer particles dispersed in the sheet body , and the plurality of polymer particles being foamed particles each having a plurality of voids therein, wherein the average volume of the plurality of polymer particles is 0.5 mm 3 or more per particle and 75 mm 3 or less per particle, the plurality of polymer particles comprise isolated particles that are not held in contact with each other, and the proportion in the number of the isolated particles to all of the plurality of polymer particles in the at least one elastomer sheet is 50% or more.
A method comprising: transmitting , by a base station via a primary component carrier in a licensed band, control information including a resource allocation that identifies time-frequency resources for periodical transmission opportunities to be used for the conditional transmission of discovery reference signals via a secondary component carrier in an unlicensed band, wherein the discovery reference signals comprise one or more of cell specific reference signals, channel state information reference signals or synchronization signals 1 ; 1 Basis: PCT application as published, claim 12 determining , by the base station , prior to each transmission opportunity, whether the secondary component carrier in the unlicensed band is unoccupied; and transmitting , by the base station , if the secondary component carrier in the unlicensed band is unoccupied, the discovery reference signals via the secondary component carrier in the unlicensed band using the identified time-frequency resources to one or more user devices . transmitting , by a base station via a primary component carrier in a licensed band, control information including a resource allocation that identifies time-frequency resources for periodical transmission opportunities to be used for the conditional transmission of discovery reference signals via a secondary component carrier in an unlicensed band, wherein the discovery reference signals comprise one or more of cell specific reference signals, channel state information reference signals or synchronization signals 1 ; 1 Basis: PCT application as published, claim 12 determining , by the base station , prior to each transmission opportunity, whether the secondary component carrier in the unlicensed band is unoccupied; and transmitting , by the base station , if the secondary component carrier in the unlicensed band is unoccupied, the discovery reference signals via the secondary component carrier in the unlicensed band using the identified time-frequency resources to one or more user devices .
Electroless shower toilet attachment having a self-cleaning device for the self-cleaning of a telescopic water outlet pipe (A) of the electroless shower toilet attachment, wherein the self-cleaning device has a body and a cleaning water path ; wherein a water flow passage is provided in the body ; wherein a water exit end of the water flow passage is disposed on a base of the body; wherein the cleaning water path is connected to a water inlet end of the water flow passage ; wherein the telescopic water outlet pipe (A) is movable in a reciprocating manner between an initial position and a water outlet position, and on the front end of said water outlet pipe (A) is provided with a water outlet opening (A1); wherein the water outlet end of the water flow passage is disposed directly above the front end of the telescopic water outlet pipe (A) when the telescopic outlet pipe (A) is in the initial position; wherein a one-way valve is provided at the water inlet end of the water flow passage; and wherein the self-cleaning device furthermore comprises a pressure block which is disposed on a rear end of the telescopic water outlet pipe (A), characterized in that the water flow of the cleaning water path can open the one-way valve so as to supply the water to the water flow passage , and in that the pressure block for closing the water inlet end of the water flow passage is pressed against the one-way valve when the telescopic water outlet pipe (A) reaches the water outlet position.
A system , comprising a mobile station, comprising a camping cell determination, CCD, simulator arranged to determine a preferred camping cell from two or more available camping cells, the mobile station being in communication with one or more radio access network cells and that the mobile station is arranged to: receive, while in an idle state camping on a first cell, at least one input signal comprising a Cell Camping Threshold, CCT, value which defines a threshold for camping on a cell, the threshold relating to received signal parameters, from a radio network controller in said radio access network ; simulate a CCT update by the idle mobile station using the CCT value; determine based on the simulating that a second cell is a new preferred camping cell for idle mobile station; and transmit a reporting event to a radio access network indicating that the idle mobile station has determined the new preferred camping cell, wherein the reporting event comprises a CCD decision indicating, at least in part, the new preferred camping cell for the idle mobile station. receive, while in an idle state camping on a first cell, at least one input signal comprising a Cell Camping Threshold, CCT, value which defines a threshold for camping on a cell, the threshold relating to received signal parameters, from a radio network controller in said radio access network ; simulate a CCT update by the idle mobile station using the CCT value; determine based on the simulating that a second cell is a new preferred camping cell for idle mobile station; and transmit a reporting event to a radio access network indicating that the idle mobile station has determined the new preferred camping cell, wherein the reporting event comprises a CCD decision indicating, at least in part, the new preferred camping cell for the idle mobile station.
A device (100; 400) for assisting the dorsal carrying of a backpack- or satchel-type bag by an individual, said bag including a pair of shoulder straps, the device for assisting the dorsal carrying comprising: - a carry sling (110; 410) for carrying said bag, said sling being intended to clasp a portion of the bag and the hips of said individual; characterized in that the device for assisting the dorsal carrying further comprises: - a means (120; 420) for removable retention of the carry sling to said bag, comprising a retaining sling (120; 420) for retaining the carry sling (110; 410) to said bag, which comprises a means (125; 425) to open and close the retaining sling (120; 420), the retaining sling (120; 420), when closed, forming together with a central portion of the carry sling (110; 410) a loop which is intended for clasping a lower portion of said bag when it is carried according to a carry axis. - a carry sling (110; 410) for carrying said bag, said sling being intended to clasp a portion of the bag and the hips of said individual; characterized in that the device for assisting the dorsal carrying further comprises: - a means (120; 420) for removable retention of the carry sling to said bag, comprising a retaining sling (120; 420) for retaining the carry sling (110; 410) to said bag, which comprises a means (125; 425) to open and close the retaining sling (120; 420), - a means (120; 420) for removable retention of the carry sling to said bag, comprising a retaining sling (120; 420) for retaining the carry sling (110; 410) to said bag, which comprises a means (125; 425) to open and close the retaining sling (120; 420), the retaining sling (120; 420), when closed, forming together with a central portion of the carry sling (110; 410) a loop which is intended for clasping a lower portion of said bag when it is carried according to a carry axis.
An access control system, comprising: a visual feedback access control device comprising: a sensor, the sensor comprising: - a first and a second camera used in conjunction with each other such as the first camera is configured to capture images of a user comprising the face while the second camera is configured to obtain a raw live video stream for performing liveness detection of the user based on a raw live video stream; the access control system further comprising: a control unit and a face recognition server , the control unit is configured to receive respective images and the raw live video stream, forward the respective images and video stream for facial recognition and liveness detection to the face recognition server , receive a determination signal from the face recognition server if liveness is detected, wherein the determination signal indicates whether the respective images are associated with an identified user , and generate a control signal based on the identification information; an access control device configured to determine when the identified user has been granted access to a location and generate an open signal; and a locking unit movable between a locked and unlocked position based on the open signal. - a first and a second camera used in conjunction with each other such as the first camera is configured to capture images of a user comprising the face while the second camera is configured to obtain a raw live video stream for performing liveness detection of the user based on a raw live video stream; a control unit and a face recognition server , the control unit is configured to receive respective images and the raw live video stream, forward the respective images and video stream for facial recognition and liveness detection to the face recognition server , receive a determination signal from the face recognition server if liveness is detected, wherein the determination signal indicates whether the respective images are associated with an identified user , and generate a control signal based on the identification information; an access control device configured to determine when the identified user has been granted access to a location and generate an open signal; and a locking unit movable between a locked and unlocked position based on the open signal.
A linear member holding structure of a saddle-riding type vehicle comprising: a swing arm that includes a front portion which is swingably supported by a body frame and a rear portion which rotatably supports a rear wheel (RW) via a driving shaft ; and a linear member that extends along the swing arm in a front-rear direction of the vehicle and includes at least a rear wheel brake pipe , wherein the swing arm has at least a part having a vertical section formed longer in an upper-lower direction than in a vehicle width direction, wherein the part of the swing arm is formed with a recess on an upper part thereof, wherein the recess includes a recess bottom surface and a recess inside surface standing from the recess bottom surface and opposed to a center (CL) in the vehicle width direction, wherein the recess inside surface has a width longer in the upper-lower direction than a width in the vehicle width direction of the recess bottom surface , characterised in that the linear member includes a sensor harness and wherein the brake pipe and the sensor harness are arranged in the upper-lower direction to be accommodated in the recess , wherein the recess includes a recess opening at least opened toward an upper side of the vehicle, and wherein at least a part of the recess opening is covered with a slider that forms a sliding surface of an endless transmission member for transmitting a driving force to the rear wheel (RW). a swing arm that includes a front portion which is swingably supported by a body frame and a rear portion which rotatably supports a rear wheel (RW) via a driving shaft ; and a linear member that extends along the swing arm in a front-rear direction of the vehicle and includes at least a rear wheel brake pipe , wherein the swing arm has at least a part having a vertical section formed longer in an upper-lower direction than in a vehicle width direction, wherein the part of the swing arm is formed with a recess on an upper part thereof, wherein the recess includes a recess bottom surface and a recess inside surface standing from the recess bottom surface and opposed to a center (CL) in the vehicle width direction, wherein the recess inside surface has a width longer in the upper-lower direction than a width in the vehicle width direction of the recess bottom surface , characterised in that the linear member includes a sensor harness and wherein the brake pipe and the sensor harness are arranged in the upper-lower direction to be accommodated in the recess , wherein the recess includes a recess opening at least opened toward an upper side of the vehicle, and wherein at least a part of the recess opening is covered with a slider that forms a sliding surface of an endless transmission member for transmitting a driving force to the rear wheel (RW).
A method for printing readable images onto an edible substrate on a high-speed processing line, comprising: a) positioning the substrate onto the high speed processing line at a speed of greater than 15.24 m/min (50 ft./min); b) delivering the substrate to an ink jet printing station; and c) printing an edible ink from one or more piezo-electric drop-on-demand printers located within the printing station onto the substrate to form a readable image, d) delivering the printed substrate to a high temperature cooking device; and e) cooking the printed substrate; wherein said ink comprises: - a carrier which is a glycol based liquid; - a lecithin based surfactant which comprises less than about 50% by weight oil; - viscosity modifier with less than 10 wt% of water; and - at least one active ingredient selected from the group consisting of a colorant, a flavor, a perfume, sugar, amino acid, protein and mixtures thereof; and wherein said ink is liquid and in flowable state at 25°C without solid surfactant particles or agglomerates. a) positioning the substrate onto the high speed processing line at a speed of greater than 15.24 m/min (50 ft./min); b) delivering the substrate to an ink jet printing station; and c) printing an edible ink from one or more piezo-electric drop-on-demand printers located within the printing station onto the substrate to form a readable image, d) delivering the printed substrate to a high temperature cooking device; and e) cooking the printed substrate; - a carrier which is a glycol based liquid; - a lecithin based surfactant which comprises less than about 50% by weight oil; - viscosity modifier with less than 10 wt% of water; and - at least one active ingredient selected from the group consisting of a colorant, a flavor, a perfume, sugar, amino acid, protein and mixtures thereof;
A beard trimmer having a handle , a motor and a head portion , wherein the head portion comprises at least a rotary cutting unit for trimming hair that is provided with a first outer cutter and a first inner cutter, the first outer cutter is provided with a cutter skin contact surface and a cutting side which is opposite to the skin contact surface, the motor rotationally drives one or both of the first inner cutter and the first outer cutter in order to rotate relative to the other and suitable to cut hair between the first inner cutter and the first outer cutter, wherein a comb unit is releasably attached to the rotary cutting unit, the comb unit comprises comb teeth wherein each of the comb teeth has a tooth skin contact surface , the tooth skin contact surface being at an elevated level relative to the cutter skin contact surface so that the tooth skin contact surface is suitable to be brought in a skin contact and prevents the cutter skin contact surface to be brought in skin contact, a height difference of the tooth skin contact surface relative to the cutting side of the outer cutter defines a comb hair trimming length, and the comb teeth are more flexible when the comb unit is detached from the rotary cutting unit relative to the comb teeth being less flexible when the comb unit is attached to the rotary cutting unit, characterized in that the comb teeth are provided with outward tip portions extending radially outward.
A loudspeaker assembly for a vehicle , comprising: a loudspeaker having a first side and an opposed second side , wherein the loudspeaker , when arranged in the vehicle , is configured to generate an acoustical signal having a front wave emitted by the first side and directed into an interior of the vehicle and a rear wave emitted by the second side and directed toward an exterior of the vehicle ; a coupler disposed on the second side of the loudspeaker , the coupler including an inlet portion for receiving the loudspeaker and an outlet portion ; and a flexible port removably connectable to the coupler , the flexible port including an inlet end arranged to be connected to the outlet portion of the coupler , an outlet end arranged to be connected to an opening in an exterior body panel , and an elongated body extending between the inlet end and the outlet end , the flexible port configured to transmit the rear wave to the exterior of the vehicle , wherein one of the outlet portion of the coupler and the inlet end of the flexible port includes a plurality of spaced detents and the other includes a plurality of spaced apertures for receiving the plurality of spaced detents for removably attaching the flexible port to the coupler . a loudspeaker having a first side and an opposed second side , wherein the loudspeaker , when arranged in the vehicle , is configured to generate an acoustical signal having a front wave emitted by the first side and directed into an interior of the vehicle and a rear wave emitted by the second side and directed toward an exterior of the vehicle ; a coupler disposed on the second side of the loudspeaker , the coupler including an inlet portion for receiving the loudspeaker and an outlet portion ; and a flexible port removably connectable to the coupler , the flexible port including an inlet end arranged to be connected to the outlet portion of the coupler , an outlet end arranged to be connected to an opening in an exterior body panel , and an elongated body extending between the inlet end and the outlet end , the flexible port configured to transmit the rear wave to the exterior of the vehicle , wherein one of the outlet portion of the coupler and the inlet end of the flexible port includes a plurality of spaced detents and the other includes a plurality of spaced apertures for receiving the plurality of spaced detents for removably attaching the flexible port to the coupler .