mhurhangee/ep-ind-claims huggingface dataset:
An information processing device comprising: a memory having a protected area which is a data recording area in which access restriction is set, said protected area being segmented into a plurality of segment areas; and a data processing unit configured to determine accessibility in response to a request for accessing the protected area from an access requesting device (521;522;523;524), wherein the data processing unit is configured to verify a device certificate received from the access requesting device and determine accessibility to each segment area of the protected area based on type information of the access requesting device and access control information (502, 503) for each of the segment areas of the protected area, including readable area information indicating a segment area in which it is permitted to read data from the protected area and writable area information indicating a segment area in which it is permitted to write data to the protected area, each recorded in the device certificate, the device certificate being a certificate issued by an authentication station that has a signature of the authentication station, and wherein the readable area information includes a first list of segment areas in which it is permitted to read data from the protected area and the writable area information includes a second list of segment areas in which it is permitted to write data to the protected area. a memory having a protected area which is a data recording area in which access restriction is set, said protected area being segmented into a plurality of segment areas; and a data processing unit configured to determine accessibility in response to a request for accessing the protected area from an access requesting device (521;522;523;524), wherein the data processing unit is configured to verify a device certificate received from the access requesting device and determine accessibility to each segment area of the protected area based on type information of the access requesting device and access control information (502, 503) for each of the segment areas of the protected area, including readable area information indicating a segment area in which it is permitted to read data from the protected area and writable area information indicating a segment area in which it is permitted to write data to the protected area, each recorded in the device certificate, the device certificate being a certificate issued by an authentication station that has a signature of the authentication station, and wherein the readable area information includes a first list of segment areas in which it is permitted to read data from the protected area and the writable area information includes a second list of segment areas in which it is permitted to write data to the protected area.
A humidification and air cleaning apparatus, comprising: a water tank having a discharge port which is open toward an upper side; and a discharge grille disposed at the water tank and covering the discharge port, wherein the discharge grille has a plurality of vanes (1410, 1430) which are disposed at the discharge port and are spaced apart from each other, and when viewed from top, overlap each other to cover the discharge port, characterized in that the discharge grille is detachably placed at the water tank. a water tank having a discharge port which is open toward an upper side; and a discharge grille disposed at the water tank and covering the discharge port, wherein the discharge grille has a plurality of vanes (1410, 1430) which are disposed at the discharge port and are spaced apart from each other, and when viewed from top, overlap each other to cover the discharge port, characterized in that the discharge grille is detachably placed at the water tank.
An endoscope treatment instrument (23, 67, 68) provided with: a flexible transmitting member; a treatment portion that is attached to a distal end of the transmitting member; and an actuator which is attached to a proximal end of the-transmitting member and is for operating the treatment portion, characterized in that the endoscope treatment instrument is designed to transmit an action of the actuator to the treatment portion via the transmitting member; the treatment portion is a high-frequency treatment instrument; and the actuator is provided with a sliding body (43, 51) that is electrically connected to the high-frequency treatment instrument via the transmitting member, a support that is electrically connected to a connector, and a ratchet mechanism that is provided to enable electrical conduction or interruption between the sliding body and the support. a flexible transmitting member; a treatment portion that is attached to a distal end of the transmitting member; and an actuator which is attached to a proximal end of the-transmitting member and is for operating the treatment portion, the endoscope treatment instrument is designed to transmit an action of the actuator to the treatment portion via the transmitting member; the treatment portion is a high-frequency treatment instrument; and the actuator is provided with a sliding body (43, 51) that is electrically connected to the high-frequency treatment instrument via the transmitting member, a support that is electrically connected to a connector, and a ratchet mechanism that is provided to enable electrical conduction or interruption between the sliding body and the support.
Spindle assembly for a machine tool having a machine tool spindle which can be set in rotation by means of a first rotary drive and in which an internally located shaft rotatably mounted relative to the machine tool spindle is arranged, wherein the spindle assembly is combined with a coupling assembly which has an axially displaceably arranged first gearwheel and a second rotary drive, - wherein the first gearwheel couples the machine tool spindle to the shaft in a first end position in such a way that the machine tool spindle and the shaft rotate at the same speed, and - characterized in that the first gearwheel couples the shaft to the second rotary drive in a second end position, wherein a rotational speed can be transmitted by the second rotary drive to the shaft which is different from the rotational speed of the machine tool spindle, so that a tool which can be actuated and is accommodated in the spindle assembly can be radially adjusted by a differential rotational speed between the machine tool spindle and the shaft rotatably mounted therein. - wherein the first gearwheel couples the machine tool spindle to the shaft in a first end position in such a way that the machine tool spindle and the shaft rotate at the same speed, and - characterized in that the first gearwheel couples the shaft to the second rotary drive in a second end position, wherein a rotational speed can be transmitted by the second rotary drive to the shaft which is different from the rotational speed of the machine tool spindle, so that a tool which can be actuated and is accommodated in the spindle assembly can be radially adjusted by a differential rotational speed between the machine tool spindle and the shaft rotatably mounted therein.
An apparatus for controlling driving of a vehicle (90, 100), the apparatus comprising: a camera configured to acquire an image in front of a vehicle; a sensor configured to acquire a driving speed of the vehicle (90, 100); a first neural network configured to calculate a compensation steering angle based on comparing a driving steering angle with a calculated steering angle; and a second neural network configured to set a speed of the vehicle (90, 100) based on comparing the compensation steering angle with a threshold, wherein the driving steering angle comprises steering angle information collected while the vehicle (90, 100) is being driven and the calculated steering angle comprises steering angle information learned by receiving the image and the driving speed, wherein the second neural network is further configured to: increase the speed of the vehicle (90, 100) to a preset speed, in response to the compensation steering angle being less than or equal to the threshold; and decrease the speed of the vehicle (90, 100) to the preset speed, in response to the compensation steering angle exceeding the threshold. a camera configured to acquire an image in front of a vehicle; a sensor configured to acquire a driving speed of the vehicle (90, 100); a first neural network configured to calculate a compensation steering angle based on comparing a driving steering angle with a calculated steering angle; and a second neural network configured to set a speed of the vehicle (90, 100) based on comparing the compensation steering angle with a threshold, wherein the driving steering angle comprises steering angle information collected while the vehicle (90, 100) is being driven and the calculated steering angle comprises steering angle information learned by receiving the image and the driving speed, wherein the second neural network is further configured to: increase the speed of the vehicle (90, 100) to a preset speed, in response to the compensation steering angle being less than or equal to the threshold; and decrease the speed of the vehicle (90, 100) to the preset speed, in response to the compensation steering angle exceeding the threshold. increase the speed of the vehicle (90, 100) to a preset speed, in response to the compensation steering angle being less than or equal to the threshold; and decrease the speed of the vehicle (90, 100) to the preset speed, in response to the compensation steering angle exceeding the threshold.
A β,β-intramolecularly-crosslinked polyoxyalkylene oxide hemoglobin conjugate having a P50 ranging from about 2 to 5 mmHg as measured at 37 °C and pH 7.4, wherein the hemoglobin conjugate when fully deoxygenated at 25 °C exhibits a maximal nitrite reductase activity that is at least 10-fold greater than that of deoxygenated stroma-free hemoglobin when measured under the same conditions.
A timeclock control system comprising: a client electronic device configured to administer an alertness test to a user to determine a result for the user, wherein the client electronic device is configured to render a plurality of objects and a disrupter configured to distract the user for use within the alertness test being administered to the user and solicit a response from the user concerning whether at least a pair of the plurality of objects are identical to each other, wherein the disrupter is configured to rotate over the plurality of objects and, while rotating, temporarily obscure at least a portion of one or more objects of the plurality of objects rendered during the alertness test; and a timeclock controller, coupled to and configured to be actuated by the client electronic device to allow the user to log into work. a client electronic device configured to administer an alertness test to a user to determine a result for the user, wherein the client electronic device is configured to render a plurality of objects and a disrupter configured to distract the user for use within the alertness test being administered to the user and solicit a response from the user concerning whether at least a pair of the plurality of objects are identical to each other, wherein the disrupter is configured to rotate over the plurality of objects and, while rotating, temporarily obscure at least a portion of one or more objects of the plurality of objects rendered during the alertness test; and a timeclock controller, coupled to and configured to be actuated by the client electronic device to allow the user to log into work.
A method for producing fiber yarn, the method comprising: feeding a fiber suspension from a nozzle, by feeding the fiber suspension to a nip formed by a first transportation and pressing element and a second transportation and pressing element, and twisting and rotating the fiber suspension to create the fiber yarn, wherein the first and the second transportation and pressing elements (1,5) are configured to run so that the machine travel direction of the first transportation and pressing element comprises an angle difference from the machine travel direction of the second transportation and pressing element, and wherein a gap is provided between the first and the second transportation and pressing elements (1, 5), characterized in that the gap is arranged to narrow in the machine travel direction in order to twist and rotate and press the yarn to be formed between the transportation and pressing elements (1, 5). feeding a fiber suspension from a nozzle, by feeding the fiber suspension to a nip formed by a first transportation and pressing element and a second transportation and pressing element, and twisting and rotating the fiber suspension to create the fiber yarn, wherein the first and the second transportation and pressing elements (1,5) are configured to run so that the machine travel direction of the first transportation and pressing element comprises an angle difference from the machine travel direction of the second transportation and pressing element, and wherein a gap is provided between the first and the second transportation and pressing elements (1, 5), characterized in that the gap is arranged to narrow in the machine travel direction in order to twist and rotate and press the yarn to be formed between the transportation and pressing elements (1, 5).
Method for producing a galvanically decorated component with a symbol or structure of a transilluminatable design incorporated in the surface, in which the component is produced from an electroplatable plastic in an injection-moulding process, and the symbol or structure is produced from a non-electroplatable, electroplating-resistant printed image, characterised in that after the injection-moulding process, the printed image is transferred from a carrier onto the component using thermal transfer by being activated using a laser, wherein the carrier is completely coated and the symbol is produced on the component by means of the laser passing over the printed image and the component is subsequently electroplated.
A trailer comprising an elongated bed extending longitudinally between a first end and a second end spaced apart longitudinally from the first end, a lifting mechanism located on the trailer, a first receiving means carried on the lifting mechanism and being urgeable by the lifting mechanism from a first level adjacent the bed for receiving an article, to a second level spaced apart above the bed for raising the article to the second level, a second receiving means carried on the lifting mechanism below the first receiving means for receiving an article when the first receiving means is at the second level, characterised in that the lifting mechanism with the first and second receiving means (39, 40) is urgeable longitudinally along the bed from a first state with the first and second receiving means (39, 40) located adjacent a first location on the bed for receiving the articles, to a second state adjacent a second location spaced apart longitudinally along the bed from the first location for depositing the articles from the first and second receiving means (39, 40) one above the other on the bed adjacent the second location.
A lift detection arrangement (100, 200) in a robotic lawnmower for detecting a lift of a body (110, 210) of the robotic lawnmower relative a chassis (105, 205) of the robotic lawnmower, characterised by a connection between the chassis (105, 205) and the body (110, 220), comprising a joystick element (115, 215) and a lift element (120, 220), which joystick element (115, 215) is arranged to allow a displacement of the body (110, 210) relative the chassis (105, 205) in a collision plane during a collision of the robotic lawnmower, and which lift element (120, 220) is arranged to provide a flexibility between the chassis (105, 205) and the body (110, 210) in a lift direction during the lift, and a lift sensor configured to detect a displacement over a predetermined threshold of the lift element (120, 220) during the lift by detecting a change in a spacing between two sensor parts (125, 126, 225, 226) of which one is arranged on the lift element (120, 220), wherein the two sensor parts (125, 126, 225, 226) are arranged to be relatively displaceable only in the lift direction. a connection between the chassis (105, 205) and the body (110, 220), comprising a joystick element (115, 215) and a lift element (120, 220), which joystick element (115, 215) is arranged to allow a displacement of the body (110, 210) relative the chassis (105, 205) in a collision plane during a collision of the robotic lawnmower, and which lift element (120, 220) is arranged to provide a flexibility between the chassis (105, 205) and the body (110, 210) in a lift direction during the lift, and a lift sensor configured to detect a displacement over a predetermined threshold of the lift element (120, 220) during the lift by detecting a change in a spacing between two sensor parts (125, 126, 225, 226) of which one is arranged on the lift element (120, 220), wherein the two sensor parts (125, 126, 225, 226) are arranged to be relatively displaceable only in the lift direction.
A belt tightener drive for tightening a seat belt capable of being wound up around a winding shaft, comprising - a spindle shaft driven by a drive unit, and - a worm gear with a worm mounted on the spindle shaft in a fixed manner in terms of torque and a driven wheel meshing with the worm and mounted on the winding shaft in a rotationally fixed manner, characterized in that - the worm has a first toothed portion (a) with a first tooth geometry, wherein the first toothed portion (a) meshes with the driven wheel in the first position of the worm, - the worm has at least one second toothed portion (b) adjoining the first toothed portion (a) and with a second tooth geometry, wherein the first and second tooth geometries (14, 15) are designed differently, and - an axial displacement of the worm is carried out - in a manner dependent upon an axial application of force into the worm - between a first position, in which the worm meshes with the driven wheel by way of the first toothed portion (a), and a second position, which meshes with the driven wheel by way of the second toothed portion (b) thereof. - a spindle shaft driven by a drive unit, and - a worm gear with a worm mounted on the spindle shaft in a fixed manner in terms of torque and a driven wheel meshing with the worm and mounted on the winding shaft in a rotationally fixed manner, - the worm has a first toothed portion (a) with a first tooth geometry, wherein the first toothed portion (a) meshes with the driven wheel in the first position of the worm, - the worm has at least one second toothed portion (b) adjoining the first toothed portion (a) and with a second tooth geometry, wherein the first and second tooth geometries (14, 15) are designed differently, and - an axial displacement of the worm is carried out - in a manner dependent upon an axial application of force into the worm - between a first position, in which the worm meshes with the driven wheel by way of the first toothed portion (a), and a second position, which meshes with the driven wheel by way of the second toothed portion (b) thereof.
An article comprising a pressure-sensitive adhesive layer and a releasable film positioned adjacent to the pressure-sensitive adhesive layer, wherein the releasable film comprises a polylactic acid-containing resin composition comprising: a polylactic acid; and a (meth)acryl-silicone copolymer formed from (i) methyl (meth)acrylate and (ii) a reactive silicone, wherein the (meth)acryl-silicone copolymer has a weight average molecular weight of 25,000 or more and wherein the (meth)acryl-silicone copolymer comprises 10 to less than 50 weight percent of the silicone. a polylactic acid; and a (meth)acryl-silicone copolymer formed from (i) methyl (meth)acrylate and (ii) a reactive silicone, wherein the (meth)acryl-silicone copolymer has a weight average molecular weight of 25,000 or more and wherein the (meth)acryl-silicone copolymer comprises 10 to less than 50 weight percent of the silicone.
A terminal which communicates with a base station in a mobile communication system which supports carrier aggregation provided by a first cell and a second cell which uses a second time interval that is less than a first time interval of the first cell, the terminal comprising: a calculation unit (13, 14) configured to calculate a power headroom report, PHR, relating to the first time interval and to the second time interval corresponding to the first time interval in time domain, wherein the first time interval corresponds to a plurality of time intervals in time domain, wherein each of the time intervals is equal length of the second time interval; and a reporting unit configured to report the PHR calculated by the calculation unit to the base station in the first time interval of the first cell; wherein the reporting unit is configured to report the PHR corresponding to the second time interval that corresponds to the first time interval in time domain. a calculation unit (13, 14) configured to calculate a power headroom report, PHR, relating to the first time interval and to the second time interval corresponding to the first time interval in time domain, wherein the first time interval corresponds to a plurality of time intervals in time domain, wherein each of the time intervals is equal length of the second time interval; and a reporting unit configured to report the PHR calculated by the calculation unit to the base station in the first time interval of the first cell; wherein the reporting unit is configured to report the PHR corresponding to the second time interval that corresponds to the first time interval in time domain.
A visible light-responsive photocatalyst comprising a fired titanium oxide particle and a halogenated platinum compound supported on the surface of the titanium oxide particle in the absence of hypophosphorous acid, wherein the specific surface area of the photocatalyst is 10-100 m 2 /g according to the BET method, the b* value of the powder color of the photocatalyst is not more than 6 according to the Hunter color system, and the L* value of the powder color of the photocatalyst is at least 96 according to the Hunter color system.