mhurhangee/ep-ind-claims huggingface dataset:
A controller for controlling the play of computerized games, comprising: a case; and a plurality of controls located on a front end and top of the controller; the controller being shaped to be held in both hands of a user such that the user's thumbs are positioned to operate controls located on the top of the controller and the user's index fingers are positioned to operate controls located on the front of the controller; wherein the controller further comprises at least one first additional control located on a back of the controller in a position operable by a middle, ring or little finger of a user, the at least one additional control comprising a first elongate member which is displacable by a user to activate a control function, wherein the or each first elongate member comprises a first surface disposed proximate an outer surface of the controller, at least a portion of the first surface forming a mounting surface disposed in close proximity with the outer surface of the controller, and the or each first elongate member comprises a second surface opposing said first surface, the second surface forming an engaging surface for a user, at least a portion of the second surface being configured and arranged to be non-parallel with the mounting surface of said first elongate member, wherein at least a portion of the second surface of the or each first elongate member is configured and arranged to be inclined in a longitudinal direction with respect to the mounting surface of said first elongate member. a case; and a plurality of controls located on a front end and top of the controller; the controller being shaped to be held in both hands of a user such that the user's thumbs are positioned to operate controls located on the top of the controller and the user's index fingers are positioned to operate controls located on the front of the controller; wherein the controller further comprises at least one first additional control located on a back of the controller in a position operable by a middle, ring or little finger of a user, the at least one additional control comprising a first elongate member which is displacable by a user to activate a control function, wherein the or each first elongate member comprises a first surface disposed proximate an outer surface of the controller, at least a portion of the first surface forming a mounting surface disposed in close proximity with the outer surface of the controller, and the or each first elongate member comprises a second surface opposing said first surface, the second surface forming an engaging surface for a user, at least a portion of the second surface being configured and arranged to be non-parallel with the mounting surface of said first elongate member, wherein at least a portion of the second surface of the or each first elongate member is configured and arranged to be inclined in a longitudinal direction with respect to the mounting surface of said first elongate member.
Endoscope device having a proximal insertion head and having a shaft extending distally therefrom having a centre axis, having at least one oblong lumen (2.3.1) extending through the device, with a sensor rod having at least two sensor coils (4.1, 4.2) arranged at a finite spacing in relation to one another in the longitudinal direction, which are oriented in relation to one another at a finite angle characterized in that the rod is connected in an axially fixed manner to a holder attachable to the attachment (2.3) of the insertion head and that the attachment (2.3) of the insertion head and the holder comprise corresponding Luer adapter parts (6.1, 6.2) facing toward one another having Luer adapter, and attachment (2.3) and holder are fixedly connectable to one another by the Luer adapter.
A field device (1 to 4) comprising: a current controller (240, 240C) configured to operate with a first power supply voltage and output a control signal for controlling a current to be output to a transmission line (L1, L2); a current output unit configured to operate with a second power supply voltage different from the first power supply voltage, the current output unit being capable of outputting a current of a magnitude corresponding to the control signal output from the current controller (240, 240C) to the transmission line (L1, L2); and characterized by an abnormality notification unit configured to output, to the current output unit, a first signal for causing the current output unit to output a burnout current indicating that an abnormality has occurred in a case in which an abnormality occurs in the first power supply voltage. a current controller (240, 240C) configured to operate with a first power supply voltage and output a control signal for controlling a current to be output to a transmission line (L1, L2); a current output unit configured to operate with a second power supply voltage different from the first power supply voltage, the current output unit being capable of outputting a current of a magnitude corresponding to the control signal output from the current controller (240, 240C) to the transmission line (L1, L2); and characterized by an abnormality notification unit configured to output, to the current output unit, a first signal for causing the current output unit to output a burnout current indicating that an abnormality has occurred in a case in which an abnormality occurs in the first power supply voltage.
A method of packing a packing material into a plate-type reactor which comprises a reaction vessel for reacting a raw material therein and a plurality of heat-transfer plates disposed side by side within the reaction vessel, the heat-transfer plates each comprising a plurality of heat-transfer tubes connected to each other at the periphery or edges of the sectional shape, the heat-transfer plates having been arranged in the reaction vessel so that the heat-transfer tubes are connected in the vertical direction, and in which a particulate packing material is charged into the space between adjacent heat-transfer plates to form a packing layer in the space, the method comprising charging the packing material into the space so that when the packing material is packed into the space from one charging site and the section where a packing layer is thus formed in the space is referred to as a packing section, then the following expression is satisfied, in which θ (°) is the angle of repose of the packing material, B (m) is the distance from the charging site for the packing material to an end of the packing section, in terms of distance in the axial direction for the heat-transfer tubes, and E (m) is 10% of a set value of the height of a highest point of the packing layer; B ≤ E / tan θ wherein the method of packing the packing material into a plate-type reactor is a method of packing the packing material into the one packing section from a plurality of sites arranged in the axial direction for the heat-transfer tubes, wherein the packing material is charged into the space so as to further satisfy the following expression, in which A (m) is the distance between adjacent two of the charging sites A ≤ 2 × E / tan θ
A protection device for a power converter provided between a DC line forming a DC power transmission system and an AC system (1, 1A), the protection device comprising: a current input unit configured to receive an input of an AC current value obtained between a transformer connected to the AC system and the power converter capable of converting AC power into DC power characterised by a current change rate input unit configured to receive an input of a change rate of a direct current detected by an air core coil (81, 82) provided between the DC line (91, 92) and the power converter, the DC line (91, 92) receiving DC power from the power converter; a fault determination unit configured to determine whether a fault occurs or not in one of the power converter and the DC line, based on the AC current value received by the current input unit and the change rate received by the current change rate input unit; and an output unit configured to output information to stop operation of the power converter based on a determination result of the fault determination unit. a current input unit configured to receive an input of an AC current value obtained between a transformer connected to the AC system and the power converter capable of converting AC power into DC power characterised by a current change rate input unit configured to receive an input of a change rate of a direct current detected by an air core coil (81, 82) provided between the DC line (91, 92) and the power converter, the DC line (91, 92) receiving DC power from the power converter; a fault determination unit configured to determine whether a fault occurs or not in one of the power converter and the DC line, based on the AC current value received by the current input unit and the change rate received by the current change rate input unit; and an output unit configured to output information to stop operation of the power converter based on a determination result of the fault determination unit.
A radiation image conversion panel comprising: a substrate; a resin layer coated on a main face of the substrate; and a phosphor formed by vapor deposition on a main face of the resin layer on a side opposite from the substrate and made of a columnar crystal; wherein the resin layer is formed by a step-cured resin subjected to a step-by-step curing process, the resin layer is formed by applying a resin and then curing it by heat, and the resin layer is in a stage in the step-by-step curing process in which the resin layer is prior to complete curing of the resin layer characterized in that the phosphor is constructed such that the columnar crystal in a root part of the phosphor has a pillar form on the substrate side substantially equal to that of the columnar crystal on a side opposite from the substrate side, the root part being a crystal part from the main face of the resin layer to 30 μm thereabove. a substrate; a resin layer coated on a main face of the substrate; and a phosphor formed by vapor deposition on a main face of the resin layer on a side opposite from the substrate and made of a columnar crystal; wherein the resin layer is formed by a step-cured resin subjected to a step-by-step curing process, the resin layer is formed by applying a resin and then curing it by heat, and the resin layer is in a stage in the step-by-step curing process in which the resin layer is prior to complete curing of the resin layer characterized in that the phosphor is constructed such that the columnar crystal in a root part of the phosphor has a pillar form on the substrate side substantially equal to that of the columnar crystal on a side opposite from the substrate side, the root part being a crystal part from the main face of the resin layer to 30 μm thereabove.
A system comprising: a respiratory device configured to supply, by way of a user interface coupled to the respiratory device via a conduit, pressurized air to an airway of a user during a sleep session; a sensor configured to generate data associated with the sleep session a multi-compartment bladder coupled to the respiratory device and being configured to be positioned adjacent to a user during the sleep session; a memory storing machine-readable instructions; and a control system including one or more processors configured to execute the machine-readable instructions to: determine, based at least in part on data, that the user is experiencing or has experienced an event; and characterised in that the machine-readable instructions cause at least a portion of the supplied pressurized air to be directed to the multi-compartment bladder responsive to determining that the user is experiencing or has experienced the event. a respiratory device configured to supply, by way of a user interface coupled to the respiratory device via a conduit, pressurized air to an airway of a user during a sleep session; a sensor configured to generate data associated with the sleep session a multi-compartment bladder coupled to the respiratory device and being configured to be positioned adjacent to a user during the sleep session; a memory storing machine-readable instructions; and a control system including one or more processors configured to execute the machine-readable instructions to: determine, based at least in part on data, that the user is experiencing or has experienced an event; and characterised in that the machine-readable instructions cause at least a portion of the supplied pressurized air to be directed to the multi-compartment bladder responsive to determining that the user is experiencing or has experienced the event.
A method for scheduling training activities for a user of a fitness monitoring device, comprising the steps of: receiving a training category selection from the user; scheduling a plurality of training activities based on the selected training category, wherein a first training activity requires execution of a plurality of body movements with a first resistance goal; receiving input about the first resistance goal after completion of the first training activity from a fitness machine, wherein the step of receiving input includes input that the first resistance goal was completed by the user, or wherein the step of receiving input includes input that the first resistance goal was not completed by the user; defining a second resistance goal of a second training activity based on the received input, wherein the second resistance goal is increased compared to the first resistance goal when the user completed the first resistance goal and wherein the second resistance goal is decreased compared to the first resistance goal when the user did not complete the first resistance goal; and wherein the method steps are carried out by at least one processor. receiving a training category selection from the user; scheduling a plurality of training activities based on the selected training category, wherein a first training activity requires execution of a plurality of body movements with a first resistance goal; receiving input about the first resistance goal after completion of the first training activity from a fitness machine, wherein the step of receiving input includes input that the first resistance goal was completed by the user, or wherein the step of receiving input includes input that the first resistance goal was not completed by the user; defining a second resistance goal of a second training activity based on the received input, wherein the second resistance goal is increased compared to the first resistance goal when the user completed the first resistance goal and wherein the second resistance goal is decreased compared to the first resistance goal when the user did not complete the first resistance goal; and wherein the method steps are carried out by at least one processor.
An A-form crystal of (3R, 4S)-7-hydroxymethyl-2,2,9-trimethyl-4-(phenethylamino)-3,4-dihydro-2H-pyrano[2,3-g]quinolin-3-ol of Formula: having characteristic peaks at diffraction angles (2θ) of 5.6, 8.2, 12.0, 14.7, 16.6, 16.9, 17.9, 18.4, 22.5, 24.5, 27.6 in a powder X-ray diffractogram of the crystal.
A floor fixing device of a support rod of a shower door, a shower partition, a sanitary partition, or similar, having a floor plate which has a planar contact surface at the bottom side, and having a support plate which is connected to the floor plate on the side opposite the contact surface, and which is suitable for fixing to an end of the support rod, wherein the floor plate is connected to the support plate to be pivotable around an axis, and the axis, on the one hand, is disposed in parallel to the contact surface of the floor plate, and on the other hand, is disposed above the floor plate such that pivoting of the support plate relative to the floor plate is possible, the floor plate has a bearing protrusion at the side pointing towards the support plate, the bearing protrusion is inserted into a central receptacle in the support plate, characterized in that the bearing protrusion has a rectangular cross-section and is in shape and size equivalent to the receptacle with a play such that pivoting of the support plate relative to the floor plate is possible. the floor plate has a bearing protrusion at the side pointing towards the support plate, the bearing protrusion is inserted into a central receptacle in the support plate, characterized in that the bearing protrusion has a rectangular cross-section and is in shape and size equivalent to the receptacle with a play such that pivoting of the support plate relative to the floor plate is possible.
Device for singularizing planting material, comprising a hopper which is designed as a holding chamber, and at least one conveying device which is designed to deposit a row of the planting material and comprises at least one carrier element which during operation revolves in a revolving direction and about a deflection axis, and a plurality of conveying elements which are disposed on the carrier element and during operation, for receiving a planting material constituent part, run in each case relative to the carrier element in a first position through the holding chamber and, for dispensing the planting material constituent part, through a delivery region, wherein at least a first one of the conveying elements, in particular at least half of the conveying elements, is/are mounted so as to be movable relative to the carrier element from the first position to a second position at least proportionally parallel to the deflection axis, characterized in that the first conveying element is assigned a motion apparatus which comprises at least one fixing element that is disposed so as to be stationary on the carrier element and is at least indirectly coupled to the first conveying element.
A method performed by a radio unit, RU, of a base station, the method comprising: monitoring, in real time, at least one in-phase/quadrature-phase, IQ, data sample in a preset time duration; determining whether baseband IQ data is received from a digital unit, DU, in the time duration or not, based on the at least one IQ data sample; and turning off a gate bias of a power amplifier, PA, in case that the baseband IQ data is not received from the DU in the time duration. monitoring, in real time, at least one in-phase/quadrature-phase, IQ, data sample in a preset time duration; determining whether baseband IQ data is received from a digital unit, DU, in the time duration or not, based on the at least one IQ data sample; and turning off a gate bias of a power amplifier, PA, in case that the baseband IQ data is not received from the DU in the time duration.
A polycrystalline compact, comprising: a plurality of grains of hard material having a first thermal conductivity at 23°C; and a plurality of nanoparticles having a second thermal conductivity at 23 °C disposed in interstitial spaces between the plurality of grains of hard material; wherein the second thermal conductivity is less than about 0.2 times the first thermal conductivity. a plurality of grains of hard material having a first thermal conductivity at 23°C; and a plurality of nanoparticles having a second thermal conductivity at 23 °C disposed in interstitial spaces between the plurality of grains of hard material; wherein the second thermal conductivity is less than about 0.2 times the first thermal conductivity.
A mixed grease comprising a blend of a grease and a grease previously prepared: a grease prepared from a base oil and a thickening agent that is a lithium soap consisting of a lithium salt of a monovalent fatty acid, wherein the content of the grease is, based on the total amount of the mixed grease, 60% by mass or more, and a grease prepared from a base oil and a thickening agent that is a lithium complex soap consisting of a lithium salt of a monovalent fatty acid and a lithium salt of a divalent fatty acid which is selected from succinic acid, malonic acid, glutaric acid, adipic acid, pimellic acid, suberic acid, azelaic acid, and sebacic acid, wherein the content of the grease is, based on the total amount of the mixed grease, 2.5% by mass or more and 30% by mass or less, wherein the mixed grease further comprises an extreme pressure agent. a grease prepared from a base oil and a thickening agent that is a lithium soap consisting of a lithium salt of a monovalent fatty acid, wherein the content of the grease is, based on the total amount of the mixed grease, 60% by mass or more, and a grease prepared from a base oil and a thickening agent that is a lithium complex soap consisting of a lithium salt of a monovalent fatty acid and a lithium salt of a divalent fatty acid which is selected from succinic acid, malonic acid, glutaric acid, adipic acid, pimellic acid, suberic acid, azelaic acid, and sebacic acid, wherein the content of the grease is, based on the total amount of the mixed grease, 2.5% by mass or more and 30% by mass or less, wherein the mixed grease further comprises an extreme pressure agent.
A manufacture method of high-efficiency non-oriented silicon steel with excellent magnetic property, comprising the following steps: 1) smelting and casting chemical compositions of the non-oriented silicon steel, by weight percent, are: C≤(0.0040%, Si:0.1∼0.8%, Al:0.002∼1.0%, Mn: 0.10∼1.50%, P:≤0.2%, Sb:0.04∼0.08%, S≤(0.0030%, N≤0.0020%, Ti≤0.0020%, no addition of Sn, and the rest is Fe and unavoidable inclusions; molten steel in accordance with the above compositions is smelted and then casted into a billet; 2) hot-rolling and pickling heating temperature for slab is 1100°C∼1150°C and finish-rolling temperature is 860°C∼920°C; after rolling, the hot-rolled product is air cooled, during which air cooling time t: (2+30xSb%)s≤(t≤7s; thereafter reeling at a temperature ≥720°C; 3) cold-rolling rolling to form cold-rolled plates with a target thickness at a reduction ratio of 70∼78%; 4) annealing heating up the cold-rolled plates to 800∼1000 °C at a heating rate of ≥ 15 °C/s, and holding time is 10∼25s. 1) smelting and casting chemical compositions of the non-oriented silicon steel, by weight percent, are: C≤(0.0040%, Si:0.1∼0.8%, Al:0.002∼1.0%, Mn: 0.10∼1.50%, P:≤0.2%, Sb:0.04∼0.08%, S≤(0.0030%, N≤0.0020%, Ti≤0.0020%, no addition of Sn, and the rest is Fe and unavoidable inclusions; molten steel in accordance with the above compositions is smelted and then casted into a billet; 2) hot-rolling and pickling heating temperature for slab is 1100°C∼1150°C and finish-rolling temperature is 860°C∼920°C; after rolling, the hot-rolled product is air cooled, during which air cooling time t: (2+30xSb%)s≤(t≤7s; thereafter reeling at a temperature ≥720°C; 3) cold-rolling rolling to form cold-rolled plates with a target thickness at a reduction ratio of 70∼78%; 4) annealing heating up the cold-rolled plates to 800∼1000 °C at a heating rate of ≥ 15 °C/s, and holding time is 10∼25s.