mhurhangee/patent-ind-claim-en huggingface dataset:
A method of identifying a location of a portable data tag, the method comprising: reading the data tag by a data tag reader module of a portable data tag reader device that includes operatively coupled components comprising an ultrasonic transducer, the data tag reader module, an orientation module, a data transmission interface, a reader device processor, and a memory; determining , by the reader device processor, a read zone of the portable data tag reader device, relative to the portable data tag reader device at least in part using data from the orientation module; transmitting, by the reader device processor and the data transmission interface, characteristics of the read zone; receiving the characteristics of the read zone from the portable data tag reader device on a data reception interface of a server operatively coupled to the portable data tag reader device, wherein the server includes operatively coupled components comprising an ultrasonic module operatively coupled to the ultrasonic transducer of the portable data tag reader device, the data reception interface, a server processor, and a memory; determining, by the server processor, a location of the portable data tag reader device at least in part using the ultrasonic module; and determining , by the server processor, the location of the portable data tag using the location of the portable data tag reader device and the read zone of the portable data tag reader device. reading the data tag by a data tag reader module of a portable data tag reader device that includes operatively coupled components comprising an ultrasonic transducer, the data tag reader module, an orientation module, a data transmission interface, a reader device processor, and a memory; determining , by the reader device processor, a read zone of the portable data tag reader device, relative to the portable data tag reader device at least in part using data from the orientation module; transmitting, by the reader device processor and the data transmission interface, characteristics of the read zone; receiving the characteristics of the read zone from the portable data tag reader device on a data reception interface of a server operatively coupled to the portable data tag reader device, wherein the server includes operatively coupled components comprising an ultrasonic module operatively coupled to the ultrasonic transducer of the portable data tag reader device, the data reception interface, a server processor, and a memory; determining, by the server processor, a location of the portable data tag reader device at least in part using the ultrasonic module; and determining , by the server processor, the location of the portable data tag using the location of the portable data tag reader device and the read zone of the portable data tag reader device.
Turboprop, comprising a propeller, a propeller support shaft , an electricity generator located around the propeller support shaft , a casing surrounding the propeller support shaft and that also surrounds the generator , said casing carrying a stator of the generator, wherein the casing surrounding the generator also carries support bearings of a shaft end, a rotor of the generator being supported by the shaft end , characterised in that the casing comprises a removable plate that carries one of said bearings , extending perpendicular to the propeller support shaft, and exposing an opening with a larger radius that the generator in the casing when said end plate is removed.
A method for radio resource measurement, RRM, between wireless communication systems, the method being executed by a user device which is communicatively connected to a first base station, BS , in a first wireless communication system and to a second BS in a second wireless communication system, characterized by the method comprising: obtaining a first RRM configuration from ; the first BS in the first wireless communication system, wherein the first RRM configuration is a RRM configuration of a target BS in the first wireless communication system; receiving , from the second BS, a request for a measurement report, wherein the request for the measurement report comprises required measurements to be measured and/or measurement results to be reported by the user device; triggering a measurement in the first wireless communication system based on the first RRM configuration; and sending the measurement report to the second BS, wherein the measurement report includes a measurement result obtained from the triggered measurement. obtaining a first RRM configuration from ; the first BS in the first wireless communication system, wherein the first RRM configuration is a RRM configuration of a target BS in the first wireless communication system; receiving , from the second BS, a request for a measurement report, wherein the request for the measurement report comprises required measurements to be measured and/or measurement results to be reported by the user device; triggering a measurement in the first wireless communication system based on the first RRM configuration; and sending the measurement report to the second BS, wherein the measurement report includes a measurement result obtained from the triggered measurement.
A method of determining a coordinate system transformation from an end effector coordinate system of an end effector of a machine to a coordinate system of a workpiece , the method comprising: identifying each of the points on the workpiece with a respective reflective element, wherein said reflective element is a reflector providing a diffuse highly reflective, high contrast image when illuminated or a reflective paint dot (130-138) surrounded by an absorptive ring absorbing most incident light adjacent to said paint dot; illuminating said respective reflective elements with a polarized light using a light beam source mounted proximate to a camera mounted on said end effector , wherein said light beam source is projecting a light beam that is aligned by a beam splitter with the line of sight of said camera formed between a lens of the camera and an imager in the camera; receiving , at an imager of said camera coupled to the end effector, light beams including reflected light received from the identified points; identifying a respective centroid of the light received from each of the identified points at the imager; determining an offset of each respective centroid from a predicted location of the respective centroid of the light received from the each of the identified points; and using the offsets, determining the coordinate system transformation in rotation and translation of the coordinate system of the workpiece relative to the end effector coordinate system. identifying each of the points on the workpiece with a respective reflective element, wherein said reflective element is a reflector providing a diffuse highly reflective, high contrast image when illuminated or a reflective paint dot (130-138) surrounded by an absorptive ring absorbing most incident light adjacent to said paint dot; illuminating said respective reflective elements with a polarized light using a light beam source mounted proximate to a camera mounted on said end effector , wherein said light beam source is projecting a light beam that is aligned by a beam splitter with the line of sight of said camera formed between a lens of the camera and an imager in the camera; receiving , at an imager of said camera coupled to the end effector, light beams including reflected light received from the identified points; identifying a respective centroid of the light received from each of the identified points at the imager; determining an offset of each respective centroid from a predicted location of the respective centroid of the light received from the each of the identified points; and using the offsets, determining the coordinate system transformation in rotation and translation of the coordinate system of the workpiece relative to the end effector coordinate system.
A glass container , comprising: a bottom ; and a body extending in a direction away from the bottom along a longitudinal axis (LA), characterized in that the body having a surface including an ultraviolet (UV)-cured matrix comprising UV-curable varnish drops arranged in a plurality of layers and having voids existing therebetween to form a porous matrix structure . a bottom ; and a body extending in a direction away from the bottom along a longitudinal axis (LA), characterized in that the body having a surface including an ultraviolet (UV)-cured matrix comprising UV-curable varnish drops arranged in a plurality of layers and having voids existing therebetween to form a porous matrix structure .
A home appliance , particularly a refrigerator, comprising a body ; a door connected to the body with a hinge ; a transfer element provided between the body and the door ; and a guiding device guiding the transfer element between the body and the door ; wherein the guiding device is a separate device with respect to the hinge , characterized in that the guiding device comprises a body element fixed to the body ; a door element fixed to the door ; and at least one bridge element connected to the body element and the door element as compatible with the movement of the hinge and guiding the transfer element between the body element and the door element , wherein the guiding device comprises more than one bridge element pivotally connected to each other in series, and wherein the first bridge element of the series of bridge elements is pivotally connected to the body element and the last bridge element of the series of bridge elements is pivotally connected to the door element .
A rolling bearing, which rotatably holds, via a retainer , a plurality of rolling elements between an inner ring having an inner ring raceway in an outer circumference and an outer ring having an outer ring raceway in an inner circumference, and is sealed with a seal, characterized in that the seal is covered with a rubber and a core metal of the seal is a steel sheet that is covered with a corrosion resistant film of 0.2 to 10 μm thickness, the corrosion resistant film comprising a zinc or a zinc alloy having a smaller oxidation-reduction potential than that of iron, and that is formed with a protective film of 0.05 to 0.5 μm thickness, the protective film comprising an inorganic substance of lithium and silica as an uppermost layer.
An air conditioner comprising: a main body in which an air inhalant port and an air discharge port are formed to discharge air after inhaling air and performing air-conditioning; and a harmful insect extermination module disposed at the main body to exterminate harmful insects of indoor, wherein the harmful insect extermination module comprises: a harmful insect extermination device for exterminating harmful insects; and a harmful insect extermination device moving device for moving the harmful insect extermination device in order to exterminate harmful insects while moving the harmful insect extermination device, characterized in that the harmful insect extermination module further comprises: a moving case for rotatably housing the harmful insect extermination device ; and a moving case linear moving device for linearly moving the moving case to insert into the main body or to protrude to the outside of the main body . a main body in which an air inhalant port and an air discharge port are formed to discharge air after inhaling air and performing air-conditioning; and a harmful insect extermination module disposed at the main body to exterminate harmful insects of indoor, wherein the harmful insect extermination module comprises: a harmful insect extermination device for exterminating harmful insects; and a harmful insect extermination device moving device for moving the harmful insect extermination device in order to exterminate harmful insects while moving the harmful insect extermination device, characterized in that the harmful insect extermination module further comprises: a moving case for rotatably housing the harmful insect extermination device ; and a moving case linear moving device for linearly moving the moving case to insert into the main body or to protrude to the outside of the main body . a harmful insect extermination device for exterminating harmful insects; and a harmful insect extermination device moving device for moving the harmful insect extermination device in order to exterminate harmful insects while moving the harmful insect extermination device, characterized in that the harmful insect extermination module further comprises: a moving case for rotatably housing the harmful insect extermination device ; and a moving case linear moving device for linearly moving the moving case to insert into the main body or to protrude to the outside of the main body . a moving case for rotatably housing the harmful insect extermination device ; and a moving case linear moving device for linearly moving the moving case to insert into the main body or to protrude to the outside of the main body .
A ram air turbine (RAT) system , comprising: a main generator ; a RAT power generation unit ; first circuitry by which the main generator and the RAT power generation unit are connectable to an aircraft bus, the first circuitry comprising a first switch which is controllable such that power is selectively provided to the aircraft bus from one of the main generator and the RAT power generation unit ; a storage device ; second circuitry by which the storage device is connectable to the aircraft bus, the second circuitry comprising a second switch which is controllable such that power is selectively provided to the aircraft bus from the storage device ; and third circuitry by which the RAT power generation unit provides power to the storage device. a main generator ; a RAT power generation unit ; first circuitry by which the main generator and the RAT power generation unit are connectable to an aircraft bus, the first circuitry comprising a first switch which is controllable such that power is selectively provided to the aircraft bus from one of the main generator and the RAT power generation unit ; a storage device ; second circuitry by which the storage device is connectable to the aircraft bus, the second circuitry comprising a second switch which is controllable such that power is selectively provided to the aircraft bus from the storage device ; and third circuitry by which the RAT power generation unit provides power to the storage device.
A Luer lock connector for use in an insufflation system , the Luer lock connector comprising: a body comprising a first portion , a second portion and an interior region, the first portion being coupled to the second portion , the first portion comprising a first end and the second portion comprising a second end; the interior region defining a gases flow passageway allowing insufflation gases to flow through the body from the first end to the second end; and the first portion being configured to be coupled to a tubing arrangement at the first end and the second portion being configured to be coupled to a patient interface at the second end; wherein, the second portion is configured to be coupled to a patient interface fitting of the patient interface at the second end, the second portion comprising sealing features configured to seal a connection of the patient interface fitting with the second portion when the Luer lock connector is coupled to the patient interface ; and wherein, the sealing features are provided on or formed by an inner surface of the second portion such that a seal is formed with an outer surface of the patient interface fitting when the second portion and the patient interface fitting are coupled. a body comprising a first portion , a second portion and an interior region, the first portion being coupled to the second portion , the first portion comprising a first end and the second portion comprising a second end; the interior region defining a gases flow passageway allowing insufflation gases to flow through the body from the first end to the second end; and the first portion being configured to be coupled to a tubing arrangement at the first end and the second portion being configured to be coupled to a patient interface at the second end; wherein, the second portion is configured to be coupled to a patient interface fitting of the patient interface at the second end, the second portion comprising sealing features configured to seal a connection of the patient interface fitting with the second portion when the Luer lock connector is coupled to the patient interface ; and wherein, the sealing features are provided on or formed by an inner surface of the second portion such that a seal is formed with an outer surface of the patient interface fitting when the second portion and the patient interface fitting are coupled.
A method for producing a laminated glass, comprising at least a pair of glass plates and an interlayer film for laminated glass interposed between the pair of glass plates, which comprises at least a step in which the interlayer film for laminated glass is interposed between at least two glass plates to give a laminated glass component; a step in which the resulting laminated glass component is passed through nip rolls for deaeration or put in a rubber bag and vacuum suctioned to be preliminarily pressure-bonded while air remaining between the glass plates and the interlayer film was removed; and a step in which the resulting laminated glass component is pressurized with heat in an autoclave to be finally pressure-bonded, wherein the interlayer film for a laminated glass has a large number of recesses on at least one surface, and has a thickness T (μm) measured in conformity with JIS K-6732 and a maximum height roughness Ry (μm) measured in conformity with JIS B-0601 at a thickest portion, the thickness T and the maximum height roughness Ry satisfying the following expressions and : Ry ≤ 0.0195 × T + 33.2 , T ≥ 850 , wherein the recesses of the interlayer film for a laminated glass each have a groove shape with a continuous bottom, and the recesses adjacent to each other are regularly formed in parallel to each other. which comprises at least a step in which the interlayer film for laminated glass is interposed between at least two glass plates to give a laminated glass component; a step in which the resulting laminated glass component is passed through nip rolls for deaeration or put in a rubber bag and vacuum suctioned to be preliminarily pressure-bonded while air remaining between the glass plates and the interlayer film was removed; and a step in which the resulting laminated glass component is pressurized with heat in an autoclave to be finally pressure-bonded, wherein the interlayer film for a laminated glass has a large number of recesses on at least one surface, and has a thickness T (μm) measured in conformity with JIS K-6732 and a maximum height roughness Ry (μm) measured in conformity with JIS B-0601 at a thickest portion, the thickness T and the maximum height roughness Ry satisfying the following expressions and : Ry ≤ 0.0195 × T + 33.2 , T ≥ 850 , wherein the recesses of the interlayer film for a laminated glass each have a groove shape with a continuous bottom, and the recesses adjacent to each other are regularly formed in parallel to each other.
A acrylonitrile copolymer binder, characterized by comprising the following structural units in percentage by weight: 78-95% of acrylonitrile unit, 1-10% of acrylic ester unit, 2-15% of acrylamide unit and 2-8% of acrylate metal salt unit; the acrylic ester unit can be introduced from the acrylic ester monomer, and the acrylamide unit can be introduced from the acrylamide monomer, and the acrylate metal salt unit can be introduced from the acrylate metal salt monomer; the acrylic ester monomer is CH 2 =CR 1 -COOR 2 , wherein R 1 is -H or -CH 3 , and R 2 is alkyl or cycloalkyl; the acrylamide monomer is CH 2 =CR 3 CONHR 4 , wherein R 3 is -H or -CH 3 , ad R 4 is -H, alkyl, cycloalkyl or aryl; the acrylate metal salt monomer is CH 2 =CR 5 -COOM, wherein R 5 is -H or -CH 3 , and M is Li + , Na + or K + . the acrylic ester unit can be introduced from the acrylic ester monomer, and the acrylamide unit can be introduced from the acrylamide monomer, and the acrylate metal salt unit can be introduced from the acrylate metal salt monomer; the acrylic ester monomer is CH 2 =CR 1 -COOR 2 , wherein R 1 is -H or -CH 3 , and R 2 is alkyl or cycloalkyl; the acrylamide monomer is CH 2 =CR 3 CONHR 4 , wherein R 3 is -H or -CH 3 , ad R 4 is -H, alkyl, cycloalkyl or aryl; the acrylate metal salt monomer is CH 2 =CR 5 -COOM, wherein R 5 is -H or -CH 3 , and M is Li + , Na + or K + .
An apparatus adapted to supply a liquid tobacco extract to a cartridge of an inhaler article, the apparatus comprising a housing having disposed therein a means for extracting a liquid tobacco extract from a tobacco derived solid wherein said housing is adapted to deliver liquid tobacco extract to a cartridge of an inhaler article, characterised in that said housing is a deformable bottle having stored therein a mixture of tobacco derived solid and solvent, which bottle dispenses liquid tobacco extract to the cartridge when an external deformable force is applied to the housing.
Method for forming plastic preforms into plastic containers , wherein the plastic preforms being transported along a predetermined transport path and being applied and expanded by a flowable medium during this transport, wherein a controllable valve of a reducing station controlling the application with the flowable medium of a compressed-air reservoir , in particular an annular channel, and wherein a target pressure being predetermined, with which the compressed-air reservoir is applied, wherein this target pressure being taken into account in the control of the valve of the reducing station , characterised in that an actual pressure is determined and this actual pressure is compared with the target pressure and, from this comparison, a correction value is determined which is taken into account and/or used in the control of the valve .
Backrest for a chair , in particular office chair, with a backrest shell covered with a backrest support , wherein the backrest shell is configured as a closed trough, the single opening thereof as defined by the shell periphery being spanned with the backrest support in the manner of a drum, and wherein the backrest shell provides a receiving space for temporarily receiving the backrest support or parts thereof, characterized in that the backrest shell has a tensioning frame into which the backrest support is clamped, wherein the tensioning frame is formed in an encircling manner on the periphery of the backrest shell .
A connector comprising: a plurality of aligned contact sets , each of the contact sets including a signal contact for signal transmission, and a first ground contact including a first shield portion and a second ground contact including a second shield portion , the first ground contact and the second ground contact being provided around the signal contact in such a manner as to surround the signal contact by the first and second shield portions . a plurality of aligned contact sets , each of the contact sets including a signal contact for signal transmission, and a first ground contact including a first shield portion and a second ground contact including a second shield portion , the first ground contact and the second ground contact being provided around the signal contact in such a manner as to surround the signal contact by the first and second shield portions .