mhurhangee/ep-ind-claims huggingface dataset:
A board work system comprising: a mounting head which is configured to mount components (77, 108) on a circuit board; a plurality of component supply sections (81, 82) each of which is configured to supply a component (77, 108) to be mounted on the circuit board and each of which has a supply position where the mounting head is configured to hold the supplied component (77, 108); the board work system being characterized by a die supply section which is one of the plurality of component supply sections (81, 82), and is configured to supply a die from a diced wafer; and a control section (130, 141) which is configured to decide an error occurrence rate of the wafer to be used based on at least one of the number of defective dies which the die supply section has tried to supply from a wafer of the same type as the wafer to be used within a predetermined period during production of the plurality of circuit boards, and data related to a defective die included in the wafer to be used, is configured to compute component supply time that is a time required for the die supply section to supply a die from the wafer to be used based on the error occurrence rate, and is configured to decide or change a holding order in which the mounting head holds the components (77, 108) including the die to be mounted on the circuit board based on the component supply time. a mounting head which is configured to mount components (77, 108) on a circuit board; a plurality of component supply sections (81, 82) each of which is configured to supply a component (77, 108) to be mounted on the circuit board and each of which has a supply position where the mounting head is configured to hold the supplied component (77, 108); the board work system being characterized by a die supply section which is one of the plurality of component supply sections (81, 82), and is configured to supply a die from a diced wafer; and a control section (130, 141) which is configured to decide an error occurrence rate of the wafer to be used based on at least one of the number of defective dies which the die supply section has tried to supply from a wafer of the same type as the wafer to be used within a predetermined period during production of the plurality of circuit boards, and data related to a defective die included in the wafer to be used, is configured to compute component supply time that is a time required for the die supply section to supply a die from the wafer to be used based on the error occurrence rate, and is configured to decide or change a holding order in which the mounting head holds the components (77, 108) including the die to be mounted on the circuit board based on the component supply time.
An elevator system (100, 200, 300, 400, 500, 600, 700) of a building comprising: a first region; a second region, wherein said second region is disposed at least partially above said first region; a first elevator car for moving within said first region; a second elevator car for moving within said second region, wherein the first and second elevator cars are disposed within a first elevator shaft (106, 206, 306, 412, 502, 606, 702) and movably controlled independently of each other; and at least one transfer lobby at which passengers can access the first elevator car and the second elevator car. a first region; a second region, wherein said second region is disposed at least partially above said first region; a first elevator car for moving within said first region; a second elevator car for moving within said second region, wherein the first and second elevator cars are disposed within a first elevator shaft (106, 206, 306, 412, 502, 606, 702) and movably controlled independently of each other; and at least one transfer lobby at which passengers can access the first elevator car and the second elevator car.
A method for protecting data contained in a security module of a telecommunication device equipped with a near field communication router, wherein each modification, upon request of the security module, of a routing table, in order to open a channel between gates of said router is dependent on a verification, by the security module, of an authentication code keyed in by a user, in order to avoid a diversion of the channel.
A method for generating haptic effects using an actuator, the method comprising: receiving a frequency response for the actuator at a standard voltage; generating a lookup table for an overdrive voltage based on the frequency response; receiving a haptic signal for the haptic effect; extracting one or more frequencies from the haptic signal; determining the corresponding overdrive voltage from the lookup table for each of the frequencies; and for each of the frequencies, applying the corresponding overdrive voltage to the actuator, wherein the overdrive voltage is greater than or equal to the standard voltage. receiving a frequency response for the actuator at a standard voltage; generating a lookup table for an overdrive voltage based on the frequency response; receiving a haptic signal for the haptic effect; extracting one or more frequencies from the haptic signal; determining the corresponding overdrive voltage from the lookup table for each of the frequencies; and for each of the frequencies, applying the corresponding overdrive voltage to the actuator, wherein the overdrive voltage is greater than or equal to the standard voltage.
A ventilator comprising: a flow cassette (355, 4200, 5200) comprising: a fluid passage (4223, 5223) terminating at an inlet (4222, 5222) and an outlet (4232, 5232); a temperature sensor (4270, 5270) coupled to the passage (4223, 5223); a flow rate sensor (4400, 5400); and a fluid inlet adapter (2100, 3100) comprising: a housing a first inlet end (2120, 3102) configured to connect to a fluid source; a second inlet end (2130, 3103) configured to removably connect to the inlet of the flow cassette; a latching component coupled to the housing and rotatable relative to the housing, the latching component configured to threadingly secure the fluid inlet adapter (2100, 3100) to the flow cassette (355, 4200, 5200); and a machine-readable indicator (2150, 3120) for identifying the fluid source. a flow cassette (355, 4200, 5200) comprising: a fluid passage (4223, 5223) terminating at an inlet (4222, 5222) and an outlet (4232, 5232); a temperature sensor (4270, 5270) coupled to the passage (4223, 5223); a flow rate sensor (4400, 5400); and a fluid passage (4223, 5223) terminating at an inlet (4222, 5222) and an outlet (4232, 5232); a temperature sensor (4270, 5270) coupled to the passage (4223, 5223); a flow rate sensor (4400, 5400); and a fluid inlet adapter (2100, 3100) comprising: a housing a first inlet end (2120, 3102) configured to connect to a fluid source; a second inlet end (2130, 3103) configured to removably connect to the inlet of the flow cassette; a latching component coupled to the housing and rotatable relative to the housing, the latching component configured to threadingly secure the fluid inlet adapter (2100, 3100) to the flow cassette (355, 4200, 5200); and a machine-readable indicator (2150, 3120) for identifying the fluid source. a housing a first inlet end (2120, 3102) configured to connect to a fluid source; a second inlet end (2130, 3103) configured to removably connect to the inlet of the flow cassette; a latching component coupled to the housing and rotatable relative to the housing, the latching component configured to threadingly secure the fluid inlet adapter (2100, 3100) to the flow cassette (355, 4200, 5200); and a machine-readable indicator (2150, 3120) for identifying the fluid source.
An article comprising: a glass-ceramic composition comprising: 25-45 mol % MnO, 15-25 mol % Al 2 O 3, and 35-50 mol % SiO 2, wherein the glass-ceramic composition comprises 50 to 100 % by volume grains having a kanoite crystal structure. 25-45 mol % MnO, 15-25 mol % Al 2 O 3, and 35-50 mol % SiO 2, wherein the glass-ceramic composition comprises 50 to 100 % by volume grains having a kanoite crystal structure.
A method for preparing a catalyst system for the reaction of (co-)trimerization of an olefin monomer, comprising mixing a chromium source compound, a nitrogen-containing ligand, and alkylaluminum, characterized in that, when preparing said catalyst system, alkylaluminum is exposed to UHF radiation, wherein a frequency of UHF radiation is selected in a range of 0.2 to 20 GHz, and alkylaluminum is exposed to UHF radiation for from 0.5 to 20 minutes.
A composition comprising a conjugate molecule, a Burkholderia hemolysin co-regulated protein, and a physiologically acceptable carrier, wherein the conjugate molecule comprises 6-deoxyheptan capsular polysaccharide from Burkholderia pseudomallei, Burkholderia thailandensis or Burkholderia mallei covalently linked to carrier protein recombinant CRM197 diphtheria toxin mutant.
A positioning method of positioning a non-fixed node in a blind area which is performed by the non-fixed node, comprising: obtaining location information by using at least one other non-fixed node, wherein the location information is information for positioning; determining positioning information according to the location information; and broadcasting the positioning information; wherein the method further comprises: obtaining a positioning error of the at least one other non-fixed node, wherein the positioning error of the at least one other non-fixed node is a greatest positioning error of the at least one other non-fixed node; wherein, a positioning period and a frequency of broadcasting the positioning information are determined according to the location information and the positioning error that are broadcast by the at least one other non-fixed node. obtaining location information by using at least one other non-fixed node, wherein the location information is information for positioning; determining positioning information according to the location information; and broadcasting the positioning information; wherein the method further comprises: obtaining a positioning error of the at least one other non-fixed node, wherein the positioning error of the at least one other non-fixed node is a greatest positioning error of the at least one other non-fixed node; wherein, a positioning period and a frequency of broadcasting the positioning information are determined according to the location information and the positioning error that are broadcast by the at least one other non-fixed node. obtaining a positioning error of the at least one other non-fixed node, wherein the positioning error of the at least one other non-fixed node is a greatest positioning error of the at least one other non-fixed node; wherein, a positioning period and a frequency of broadcasting the positioning information are determined according to the location information and the positioning error that are broadcast by the at least one other non-fixed node.
Loudspeaker system for a motor vehicle comprising at least one loudspeaker which is arranged outside the passenger compartment of the motor vehicle and is acoustically connected to the passenger compartment by means of at least one conduit, characterised in that at least one sound damping device is connected to the at least one conduit which leads from the at least one loudspeaker to the passenger space, and/or to another conduit which is connected to the at least one loudspeaker, wherein the sound damping device comprises a sound absorbing material.
An airbrush comprising: an airbrush body; a nozzle that is provided at a tip of the airbrush body so as to spray paint and air; a needle cap that is separably attached to the nozzle; characterized by a needle cap attachment portion that is provided at a rear end of the airbrush body so as to temporarily attach the needle cap separated from the nozzle thereto. an airbrush body; a nozzle that is provided at a tip of the airbrush body so as to spray paint and air; a needle cap that is separably attached to the nozzle; characterized by a needle cap attachment portion that is provided at a rear end of the airbrush body so as to temporarily attach the needle cap separated from the nozzle thereto.
Process for manufacturing a lithium battery comprising the plasma deposition of LiPON on a structure comprising an anode contact zone and a cathode contact zone, comprising the following steps: before the deposition of LiPON, conductive portions (33A, 33B) are provided that short the anode contact zone and the cathode contact zone; and after the deposition of LiPON, said portions are cut. before the deposition of LiPON, conductive portions (33A, 33B) are provided that short the anode contact zone and the cathode contact zone; and after the deposition of LiPON, said portions are cut.
3-methyl-1-phenyl-2-pyrazolin-5-one or a physiologically acceptable salt thereof for use in treating amyotrophic lateral sclerosis or suppressing the disease progress thereof, or treating symptoms caused by amyotrophic lateral sclerosis or suppressing the disease progress thereof, wherein 3-methyl-1-phenyl-2-pyrazolin-5-one or a physiologically acceptable salt thereof is administered by repeating a 14-day administration period and a 14-day drug holiday period, or by establishing an initial 14-day administration period and an initial 14-day drug holiday period and then repeating an administration period for 10 out of 14 days and a 14-day drug holiday period, and wherein the 3-methyl-1-phenyl-2-pyrazolin-5-one or the physiologically acceptable salt thereof is administered to a patient with amyotrophic lateral sclerosis, and the amyotrophic lateral sclerosis of the patient administered with 3-methyl-1-phenyl-2-pyrazolin-5-one or the physiologically acceptable salt is amyotrophic lateral sclerosis, which scores two or more points from all items constituting the ALSFRS-R and whose %FVC is 80% or more.
A laundry detergent composition comprising: (i) from 5 to 50 wt% of a surfactant, other than an alkoxylated di or tri aryl phenol dispersant, selected from: anionic and non-ionic surfactants, wherein the weight fraction of non-ionic surfactant/anionic surfactant is from 0 to 0.3; (ii) from 0.5 to 20 wt% of an alkoxylated di or tri aryl phenol dispersant wherein the alkoxylated di or tri aryl phenol dispersant is of the structure: wherein R 1, is selected from H and styryl groups, X is selected from ethoxy or propoxy groups; n is from 6 to 70, T is H; and, (iii) from 0.0005 to 0.2 wt% of a metalloprotease enzyme. (i) from 5 to 50 wt% of a surfactant, other than an alkoxylated di or tri aryl phenol dispersant, selected from: anionic and non-ionic surfactants, wherein the weight fraction of non-ionic surfactant/anionic surfactant is from 0 to 0.3; (ii) from 0.5 to 20 wt% of an alkoxylated di or tri aryl phenol dispersant wherein the alkoxylated di or tri aryl phenol dispersant is of the structure: wherein R 1, is selected from H and styryl groups, X is selected from ethoxy or propoxy groups; n is from 6 to 70, T is H; and, (iii) from 0.0005 to 0.2 wt% of a metalloprotease enzyme.
A canister comprising: a canister body having an inner blank (5, 205) and an outer blank (7, 207) secured to the inner blank (5, 205), the canister body having a top edge, a bottom edge, a front panel, a back panel, a first side panel, and a second side panel, the inner blank (5, 205) includes an inner top edge, an inner bottom edge, an inner left edge, and an inner right edge, the outer blank (7, 207) includes an outer top edge, an outer bottom edge, an outer left edge, and an outer right edge, the outer right edge of the outer blank (7, 207) is generally aligned with and corresponds to the inner right edge of the inner blank (5, 205), the inner top edge of the inner blank (5, 205) extends beyond the outer top edge of the outer blank (7, 207), the inner left edge of the inner blank (5, 205) extends beyond the outer left edge of the outer blank (7, 207), and the inner bottom edge of the inner blank (5, 205) extends beyond the outer bottom edge of the outer blank (7, 207), a bottom portion of the inner blank (5, 205) extending from the outer bottom edge of the outer blank (7, 207) to the inner bottom edge of the inner blank (5, 205); a bottom blank attached to the canister body and forming a bottom of the canister, the bottom edge of the canister body extending below the bottom blank; the bottom portion of the inner blank (5, 205) is folded along a fold line to at least partially form a reinforced bottom of the canister and to overlap an attachment flap of the bottom blank, the bottom portion of the inner blank is defined below the fold line in the unfolded state of the blank. a canister body having an inner blank (5, 205) and an outer blank (7, 207) secured to the inner blank (5, 205), the canister body having a top edge, a bottom edge, a front panel, a back panel, a first side panel, and a second side panel, the inner blank (5, 205) includes an inner top edge, an inner bottom edge, an inner left edge, and an inner right edge, the outer blank (7, 207) includes an outer top edge, an outer bottom edge, an outer left edge, and an outer right edge, the outer right edge of the outer blank (7, 207) is generally aligned with and corresponds to the inner right edge of the inner blank (5, 205), the inner top edge of the inner blank (5, 205) extends beyond the outer top edge of the outer blank (7, 207), the inner left edge of the inner blank (5, 205) extends beyond the outer left edge of the outer blank (7, 207), and the inner bottom edge of the inner blank (5, 205) extends beyond the outer bottom edge of the outer blank (7, 207), a bottom portion of the inner blank (5, 205) extending from the outer bottom edge of the outer blank (7, 207) to the inner bottom edge of the inner blank (5, 205); a bottom blank attached to the canister body and forming a bottom of the canister, the bottom edge of the canister body extending below the bottom blank; the bottom portion of the inner blank (5, 205) is folded along a fold line to at least partially form a reinforced bottom of the canister and to overlap an attachment flap of the bottom blank, the bottom portion of the inner blank is defined below the fold line in the unfolded state of the blank.
A container comprising glass or made of glass, in particular for holding a preparation, the container comprising a hollow body which has an inner volume, in particular for holding the preparation; wherein the hollow body has a wall with an inner surface adjacent to the inner volume of the hollow body, and an outer surface opposite the inner surface; wherein the wall comprises a compressive stress zone at least in a portion thereof; wherein the compressive stress zone in the wall is provided adjacent to the outer surface, and wherein in the centre of the wall, that is half way between the outer surface and the inner surface, the following applies to the tensile stress CT: CT ≥ 0 MPa and CT ≤ 5 MPa; and wherein by virtue of the compressive stress zone that is provided in the wall adjacent to the outer surface, one-sided outer side toughening is provided. wherein the hollow body has a wall with an inner surface adjacent to the inner volume of the hollow body, and an outer surface opposite the inner surface; wherein the wall comprises a compressive stress zone at least in a portion thereof; wherein the compressive stress zone in the wall is provided adjacent to the outer surface, and wherein in the centre of the wall, that is half way between the outer surface and the inner surface, the following applies to the tensile stress CT: CT ≥ 0 MPa and CT ≤ 5 MPa; and wherein by virtue of the compressive stress zone that is provided in the wall adjacent to the outer surface, one-sided outer side toughening is provided.
Carrier element for a motor vehicle made of steel having at least partially a closed cross-section area and at least one rolled profile (10, 20, 30) produced from a tailored strip, which comprises two, three or more than three different material qualities and/or material thicknesses, which extends in longitudinal direction of the carrier element, wherein through the rolled profile (10, 20, 30) a carrier element having at least one at least partially closed cross-sectional area is formed, characterized in that the rolled profile (10, 20, 30) forms a middle web (11, 21, 31) at least partially extending in longitudinal direction in the interior of the carrier element and the region of the middle web of the rolled profile consists of a softer steel quality than the remaining regions of the rolled profile and has a smaller wall thickness than the remaining regions of the rolled profile.
A surgical device comprising: a. a first jaw; b. a second jaw opposing the first jaw, the first jaw, the second jaw, or both being movable relative to one another between a jaw nominal position and a jaw clamped position; and c. a clamp lever in communication with the first jaw and the second jaw, the clamp lever moving the first jaw, the second jaw, or both from the jaw nominal position to the jaw clamped position when an external force is imparted upon the clamp lever in a first direction; d. a stop bias member that stops movement of the clamp lever when the external force is removed so that the first jaw and the second jaw are in the jaw nominal position at rest; characterized in that the first jaw, the second jaw, or both are movable from the jaw nominal position to a jaw spread position when the clamp lever is moved in a second direction that opposes the first direction by an external force deforming the stop bias member so that a distance between the first jaw and the second jaw is larger in the jaw spread position than in the jaw nominal position. a. a first jaw; b. a second jaw opposing the first jaw, the first jaw, the second jaw, or both being movable relative to one another between a jaw nominal position and a jaw clamped position; and c. a clamp lever in communication with the first jaw and the second jaw, the clamp lever moving the first jaw, the second jaw, or both from the jaw nominal position to the jaw clamped position when an external force is imparted upon the clamp lever in a first direction; d. a stop bias member that stops movement of the clamp lever when the external force is removed so that the first jaw and the second jaw are in the jaw nominal position at rest;
Method for producing a bundle of different inserts (3, 4), characterized in that the bundle is produced from a sheet of a flat material, in particular paper, that the sheet has at least two different sections, which form the different inserts (3, 4), that the sheet is folded in at least two folding operations, that at least one protruding fold is formed, and that the at least one protruding fold is separated in order to separate the inserts (3, 4), so that the inserts (3, 4) form the bundle.