mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet recording apparatus (29; 39) comprising: a curable ink comprising a polymer having a polyester structural unit; and a discharge head including: an individual liquid chamber including a circulation channel in which the curable ink is circulatable; and a nozzle plate having a nozzle from which the curable ink is dischargeable; and a mechanism configured to perform a micro drive operation at a level that the curable ink is not discharged at a time when an image forming discharging operation is not performed; wherein the nozzle plate is made of metal, and a thickness of the nozzle plate , between the circulation channel and a surface of the nozzle plate , is 70 μm or less. a curable ink comprising a polymer having a polyester structural unit; and a discharge head including: an individual liquid chamber including a circulation channel in which the curable ink is circulatable; and a nozzle plate having a nozzle from which the curable ink is dischargeable; and an individual liquid chamber including a circulation channel in which the curable ink is circulatable; and a nozzle plate having a nozzle from which the curable ink is dischargeable; and a mechanism configured to perform a micro drive operation at a level that the curable ink is not discharged at a time when an image forming discharging operation is not performed; wherein the nozzle plate is made of metal, and a thickness of the nozzle plate , between the circulation channel and a surface of the nozzle plate , is 70 μm or less.
A joint implant comprising: a) a framework comprising: i) a central longitudinal axis measured in a direction of a longest dimension of said framework and openings outward from said central longitudinal axis; ii) an anterior side comprising a cutting edge fixed to said anterior side , wherein the cutting edge is adapted to dissect through adipose, muscle and/or joint capsule tissues; iii) a surgeon facing side at an end opposite said anterior side ; said surgeon facing side comprising one or more apertures ; iv) a rotatable shaft , coaxial with said central axis, extending between said cutting edge and said surgeon facing side ; and v) a first arm connected with said shaft ; said first arm supporting a first cutter comprising one or more blades , wherein on rotation of said shaft , said blades rotate in a clockwise or counterclockwise direction. a) a framework comprising: i) a central longitudinal axis measured in a direction of a longest dimension of said framework and openings outward from said central longitudinal axis; ii) an anterior side comprising a cutting edge fixed to said anterior side , wherein the cutting edge is adapted to dissect through adipose, muscle and/or joint capsule tissues; iii) a surgeon facing side at an end opposite said anterior side ; said surgeon facing side comprising one or more apertures ; iv) a rotatable shaft , coaxial with said central axis, extending between said cutting edge and said surgeon facing side ; and v) a first arm connected with said shaft ; said first arm supporting a first cutter comprising one or more blades , wherein on rotation of said shaft , said blades rotate in a clockwise or counterclockwise direction. i) a central longitudinal axis measured in a direction of a longest dimension of said framework and openings outward from said central longitudinal axis; ii) an anterior side comprising a cutting edge fixed to said anterior side , wherein the cutting edge is adapted to dissect through adipose, muscle and/or joint capsule tissues; iii) a surgeon facing side at an end opposite said anterior side ; said surgeon facing side comprising one or more apertures ; iv) a rotatable shaft , coaxial with said central axis, extending between said cutting edge and said surgeon facing side ; and v) a first arm connected with said shaft ; said first arm supporting a first cutter comprising one or more blades , wherein on rotation of said shaft , said blades rotate in a clockwise or counterclockwise direction.
A manufacturing method of a compressor comprising a slide member including a surface treatment film including two or more coating layers stacked together, in at least a portion of a slide surface thereof, the manufacturing method comprising: (A1) preparing a first surface treatment agent including synthetic resin and a solid lubricant ; (A2) preliminarily heating at least a portion of the slide surface and applying the first surface treatment agent to at least a portion of the slide surface; (A3) temporarily conducting drying for several minutes under a temperature which is higher than a temperature in preliminary heating to form a first coating layer ; (B1) preparing a second surface treatment agent including a solid lubricant with a larger average particle diameter than the solid lubricant of the first surface treatment agent; (B2) applying the second surface treatment agent onto the first coating layer and temporarily conducting drying under a temperature which is higher than the temperature in the preliminary heating to cure a surface of a second coating layer ; (B3) buffing the surface of the second coating layer , after (B2); and (B4) conducting calcining under a temperature of about 200 degrees C to 250 degrees C for about 30 minutes to 2 hours, to make the surface treatment film including the first coating layer and the second coating layer adhere onto at least a portion of the slide surface, after (B3). (A1) preparing a first surface treatment agent including synthetic resin and a solid lubricant ; (A2) preliminarily heating at least a portion of the slide surface and applying the first surface treatment agent to at least a portion of the slide surface; (A3) temporarily conducting drying for several minutes under a temperature which is higher than a temperature in preliminary heating to form a first coating layer ; (B1) preparing a second surface treatment agent including a solid lubricant with a larger average particle diameter than the solid lubricant of the first surface treatment agent; (B2) applying the second surface treatment agent onto the first coating layer and temporarily conducting drying under a temperature which is higher than the temperature in the preliminary heating to cure a surface of a second coating layer ; (B3) buffing the surface of the second coating layer , after (B2); and (B4) conducting calcining under a temperature of about 200 degrees C to 250 degrees C for about 30 minutes to 2 hours, to make the surface treatment film including the first coating layer and the second coating layer adhere onto at least a portion of the slide surface, after (B3).
A light control system configured to serve a plurality of individual users and comprising a central control engine , at least one light sensor and at least one light source , wherein said central control engine is configured to: receive illumination data from the at least one light sensor , the illumination data pertaining to the plurality of individual users, wherein the illumination data represents a light exposure of the plurality of individual users; register the received illumination data to build up an individual actual light profile for each of the plurality of individual users, wherein each individual actual light profile is the accumulated light exposure received over time by the respective individual user; retrieve an individual target light profile for each of the plurality of individual users, wherein each individual target light profile contains data on the amount of illumination to be received by the respective individual user; characterized in that the central control engine is further configured to assign a priority to each individual target light profile, wherein the priority is based on a difference between the individual actual light profile and the individual target light profile for the respective individual user; and adjust an illumination by the at least one light source based on one of: the individual target light profile having the highest priority, and a weighted average of the individual target light profiles, in which each individual target light profile is weighted according to its assigned priority. receive illumination data from the at least one light sensor , the illumination data pertaining to the plurality of individual users, wherein the illumination data represents a light exposure of the plurality of individual users; register the received illumination data to build up an individual actual light profile for each of the plurality of individual users, wherein each individual actual light profile is the accumulated light exposure received over time by the respective individual user; retrieve an individual target light profile for each of the plurality of individual users, wherein each individual target light profile contains data on the amount of illumination to be received by the respective individual user; characterized in that the central control engine is further configured to assign a priority to each individual target light profile, wherein the priority is based on a difference between the individual actual light profile and the individual target light profile for the respective individual user; and adjust an illumination by the at least one light source based on one of: the individual target light profile having the highest priority, and a weighted average of the individual target light profiles, in which each individual target light profile is weighted according to its assigned priority. the individual target light profile having the highest priority, and a weighted average of the individual target light profiles, in which each individual target light profile is weighted according to its assigned priority.
An interlock device for preventing insertion or withdrawal of a circuit breaker into or from a switch board and including a switch board body provided with a housing and a rail having an interruption hole formed on one side surface thereof, a carriage movable back and forth along the rail of the switch board body , and the circuit breaker including a main body installed on the carriage and inserted into or withdrawn from the switch board body , the interlock device characterized by : an interlock rod protruding toward one side to set or release a pressed state, wherein the interlock rod is set in or released from the pressed state and inserted into or disengaged from the interruption hole when the main body is put in or tripped, wherein the switch board has an ON button and an OFF button , and wherein the OFF button releases or maintains the pressed state as the interlock rod is inserted into or removed from the interruption hole . an interlock rod protruding toward one side to set or release a pressed state, wherein the interlock rod is set in or released from the pressed state and inserted into or disengaged from the interruption hole when the main body is put in or tripped, wherein the switch board has an ON button and an OFF button , and wherein the OFF button releases or maintains the pressed state as the interlock rod is inserted into or removed from the interruption hole .
An oxidized Aβ peptide capable of inhibiting Aβ peptide aggregation wherein one or more amino acid residues of an Aβ peptide have been oxidized, wherein at least His13 or His 14 is oxidized and wherein the oxidized His has a dehydroimidazolone ring or a hydroxyimidazolone ring.
A glass frit, comprising: 10 to 20 wt% of phosphorus pentoxide (P 2 O 5 ); 50 to 70 wt% of vanadium pentoxide (V 2 O 5 ); 5 to 20 wt% of tellurium dioxide (TeO 2 ); 1 to 5 wt% of copper oxide (CuO); 1 to 20 wt% of one or more of barium oxide (BaO) and zinc oxide (ZnO); and 1 to 30 wt% of one or more of bismuth oxide (Bi 2 O 3 ) and silver oxide (Ag 2 O), wherein the glass frit includes no inorganic filler. 10 to 20 wt% of phosphorus pentoxide (P 2 O 5 ); 50 to 70 wt% of vanadium pentoxide (V 2 O 5 ); 5 to 20 wt% of tellurium dioxide (TeO 2 ); 1 to 5 wt% of copper oxide (CuO); 1 to 20 wt% of one or more of barium oxide (BaO) and zinc oxide (ZnO); and 1 to 30 wt% of one or more of bismuth oxide (Bi 2 O 3 ) and silver oxide (Ag 2 O), wherein the glass frit includes no inorganic filler.
Hybridoma cell line DSM ACC3223, which produces the monoclonal antibody (anti-My-C-3H8) against human cardiac myosin binding protein C.
A vehicle charged with electric power supplied from an external power source through a charging cable , comprising: a rechargeable main power storage device and a rechargeable sub power storage device ; a charger configured to convert electric power supplied from said external power source into electric power for charging said main power storage device; a charging controller that controls charging, said charging controller including a first control block (B) that controls a relay (RL1, RL2) on a current path between said charger and said main power storage device, and a second control block (A) that controls transmission of electric power from said charging cable to said charger; a sub voltage converter configured to convert an output voltage of said charger into a level of an output of said sub power storage device and output the output voltage to a power supply line connected to said first control block of said charging controller and said sub power storage device; and a control unit that interrupts a current path from said power supply line to said sub power storage device when a voltage of said sub power storage device is equal to or lower than a prescribed value, said second control block receiving electric power from said sub power storage device not through said power supply line. a rechargeable main power storage device and a rechargeable sub power storage device ; a charger configured to convert electric power supplied from said external power source into electric power for charging said main power storage device; a charging controller that controls charging, said charging controller including a first control block (B) that controls a relay (RL1, RL2) on a current path between said charger and said main power storage device, and a second control block (A) that controls transmission of electric power from said charging cable to said charger; a sub voltage converter configured to convert an output voltage of said charger into a level of an output of said sub power storage device and output the output voltage to a power supply line connected to said first control block of said charging controller and said sub power storage device; and a control unit that interrupts a current path from said power supply line to said sub power storage device when a voltage of said sub power storage device is equal to or lower than a prescribed value, said second control block receiving electric power from said sub power storage device not through said power supply line.
A closed cold pool system , comprising: a first closing assembly ; a cabinet assembly ; and a second closing assembly , wherein the first closing assembly is provided on a front side of the cabinet assembly , such that a first closed cold aisle is formed on the front side of the cabinet assembly ; wherein the second closing assembly is provided on a rear side of the cabinet assembly , such that a second closed cold aisle is formed on the rear side of the cabinet assembly ; wherein the cabinet assembly comprises a power distribution cabinet , an in-row air conditioner and a main device unit that are provided side by side; wherein the in-row air conditioner comprises a front air supply opening , a rear air supply opening and a top air return opening , the front air supply opening is communicated with the first closed cold aisle, and the rear air supply opening is communicated with the second closed cold aisle; and wherein the main device unit is of a front-rear air-inlet and top air-outlet structure formed by a plurality of transmission devices and a plurality of combined air guiding cabinets on two sides of the plurality of transmission devices . a first closing assembly ; a cabinet assembly ; and a second closing assembly , wherein the first closing assembly is provided on a front side of the cabinet assembly , such that a first closed cold aisle is formed on the front side of the cabinet assembly ; wherein the second closing assembly is provided on a rear side of the cabinet assembly , such that a second closed cold aisle is formed on the rear side of the cabinet assembly ; wherein the cabinet assembly comprises a power distribution cabinet , an in-row air conditioner and a main device unit that are provided side by side; wherein the in-row air conditioner comprises a front air supply opening , a rear air supply opening and a top air return opening , the front air supply opening is communicated with the first closed cold aisle, and the rear air supply opening is communicated with the second closed cold aisle; and wherein the main device unit is of a front-rear air-inlet and top air-outlet structure formed by a plurality of transmission devices and a plurality of combined air guiding cabinets on two sides of the plurality of transmission devices .
A method of operating an aircraft , comprising: retrieving, by a HUMS data communication unit of the aircraft , the HUMS data communication unit comprising at least a monitoring unit and a local data storage , health and usage monitoring system, HUMS, data from a bus between a HUMS and a data storage unit of the aircraft during flight of the aircraft; storing the retrieved HUMS data to the local data storage by the monitoring unit of the aircraft; generating, by the monitoring unit , a trigger signal indicative of a condition of the aircraft; characterized in that the method comprises the steps of: selecting, by the HUMS data communication unit , a data template related to the condition of the aircraft indicated by the trigger signal; filling, by the HUMS data communication unit , the selected data template with HUMS data indicated by the selected data template; and transmitting, by the HUMS data communication unit , the data template filled in with the HUMS data from the aircraft to a remote location in response to the trigger signal. retrieving, by a HUMS data communication unit of the aircraft , the HUMS data communication unit comprising at least a monitoring unit and a local data storage , health and usage monitoring system, HUMS, data from a bus between a HUMS and a data storage unit of the aircraft during flight of the aircraft; storing the retrieved HUMS data to the local data storage by the monitoring unit of the aircraft; generating, by the monitoring unit , a trigger signal indicative of a condition of the aircraft; characterized in that the method comprises the steps of: selecting, by the HUMS data communication unit , a data template related to the condition of the aircraft indicated by the trigger signal; filling, by the HUMS data communication unit , the selected data template with HUMS data indicated by the selected data template; and transmitting, by the HUMS data communication unit , the data template filled in with the HUMS data from the aircraft to a remote location in response to the trigger signal. selecting, by the HUMS data communication unit , a data template related to the condition of the aircraft indicated by the trigger signal; filling, by the HUMS data communication unit , the selected data template with HUMS data indicated by the selected data template; and transmitting, by the HUMS data communication unit , the data template filled in with the HUMS data from the aircraft to a remote location in response to the trigger signal.
Vehicle intended to travel along a route , the vehicle comprising: - a first electrical supply device comprising at least one sensing member intended to cooperate with an electrical supply source fitted on the route , - a second electrical supply device comprising means for storing energy onboard, - at least one item of electrical equipment , - means for linking each item of electrical equipment with the first supply device or with the second supply device , the linking means having a first operating mode in which the linking means connect each item of electrical equipment electrically with the first supply device , and a second operating mode in which each item of electrical equipment is disconnected electrically from the first supply device and the linking means connect each item of electrical equipment electrically with the second supply device , - an antenna for receiving at least one first signal emitted by a first beacon fitted on the route , and a control unit configured to engage the passage of the linking means from one operating mode to the other during receipt of the at least one first signal, characterised in that the linking means connect the at least one sensing member to the at least one item of electrical equipment via an electrical circuit comprising: - a first branch comprising a first switch , and - a second branch , parallel to the first branch , and comprising a second switch and a diode , comprising an anode connected to the at least sensing member and a cathode connected electrically to the at least one item of electrical equipment . - a first electrical supply device comprising at least one sensing member intended to cooperate with an electrical supply source fitted on the route , - a second electrical supply device comprising means for storing energy onboard, - at least one item of electrical equipment , - means for linking each item of electrical equipment with the first supply device or with the second supply device , the linking means having a first operating mode in which the linking means connect each item of electrical equipment electrically with the first supply device , and a second operating mode in which each item of electrical equipment is disconnected electrically from the first supply device and the linking means connect each item of electrical equipment electrically with the second supply device , - an antenna for receiving at least one first signal emitted by a first beacon fitted on the route , and a control unit configured to engage the passage of the linking means from one operating mode to the other during receipt of the at least one first signal, - a first branch comprising a first switch , and - a second branch , parallel to the first branch , and comprising a second switch and a diode , comprising an anode connected to the at least sensing member and a cathode connected electrically to the at least one item of electrical equipment .
An apparatus, comprising: a processor and a memory communicatively connected to the processor , the processor configured to: receive a set of problem prediction rules and information indicative of a length of an observation window (W) to be used by the apparatus when observing generated machine data, wherein the information indicative of the length of the observation window (W) is based on a length of an analysis time period used to create at least one of the problem prediction rules based on analysis of historical problem data and historical machine data; receive machine data generated by a device within the observation window (W); and identify a predicted problem event associated with the device based on a determination that the machine data matches one of the problem prediction rules.
Backflow preventer valve having a head piece , in which a pressure cylinder is arranged, which is connected to a spindle , via the rotation of which the pressure cylinder is displaceable in the head piece and which receives a non-return piston , which is displaceably arranged in a first piston chamber of the pressure cylinder and which is provided with a sealing arrangement at the end, characterised in that the pressure cylinder comprises a pressure compensation pump, which is operated via the spindle .