mhurhangee/ep-ind-claims huggingface dataset:
A battery, wherein the battery comprises: a detecting apparatus, located inside the battery and on an anode or cathode end of the battery, and configured to detect an electric potential inside the battery; and a conducting wire, electrically connected to the detecting apparatus and insulated from an anode and a cathode of the battery, and configured to export a value of the electric potential to be measured by the detecting apparatus; characterized in that the conducting wire is led out together with an anode or a cathode of the battery. a detecting apparatus, located inside the battery and on an anode or cathode end of the battery, and configured to detect an electric potential inside the battery; and a conducting wire, electrically connected to the detecting apparatus and insulated from an anode and a cathode of the battery, and configured to export a value of the electric potential to be measured by the detecting apparatus;
A system (1, 2-5, 9) for providing an indication of an acceleration of a vehicle for road use, the system (1, 2-5, 9) comprising: a detector configured to detect an actual acceleration of the vehicle and to provide a detection output based thereon; a processing unit configured to receive the detection output, the processing unit further being configured to generate a control signal based thereon; and an acoustic output device configured to receive the control signal and to generate and output an audible sound (24, 25) as a function of the control signal, the audible sound (24, 25) being indicative of the actual acceleration of the vehicle, wherein the acoustic output device comprises, or forms part of, a portable device, and wherein the processing unit is arranged to cause the acoustic output device to output the audible sound (24, 25) in such a way that a user of the acoustic output device perceives the audible sound (24, 25) as coming from a substantially consistent direction and/or location relative to the vehicle, irrespective of the location and/or orientation of the acoustic output device relative to the vehicle. a detector configured to detect an actual acceleration of the vehicle and to provide a detection output based thereon; a processing unit configured to receive the detection output, the processing unit further being configured to generate a control signal based thereon; and an acoustic output device configured to receive the control signal and to generate and output an audible sound (24, 25) as a function of the control signal, the audible sound (24, 25) being indicative of the actual acceleration of the vehicle, wherein the acoustic output device comprises, or forms part of, a portable device, and wherein the processing unit is arranged to cause the acoustic output device to output the audible sound (24, 25) in such a way that a user of the acoustic output device perceives the audible sound (24, 25) as coming from a substantially consistent direction and/or location relative to the vehicle, irrespective of the location and/or orientation of the acoustic output device relative to the vehicle.
A method for diagnosing a bacterial infection in a patient who presented to the emergency department with non-specific complaints, comprising the steps of: (i) determining the level of Procalcitonin or a fragment thereof of at least 12 amino acids in length in a sample from a patient who presented with non-specific complaints; and (ii) determining whether said patient has a bacterial infection or not by comparing said determined PCT level with a predetermined threshold level, wherein the predetermined threshold level is between 0.02 ng/mL and 0.25 ng/mL and wherein the patient does not exhibit one of the following complaints: pain (chest, abdominal, head, leg, joint, back), dyspnea, cough, weakness (localized), stroke-like symptoms, swollen extremity (leg, arm), diarrhea, dysuria, GCS < 14, confusion, intoxication, seizure, bleeding, syncope, anxiety, psychotic symptoms, suicidal ideation, skin lesion, allergic skin reaction, fever, vertigo, palpitations, nausea with vomiting, trauma. (i) determining the level of Procalcitonin or a fragment thereof of at least 12 amino acids in length in a sample from a patient who presented with non-specific complaints; and (ii) determining whether said patient has a bacterial infection or not by comparing said determined PCT level with a predetermined threshold level, wherein the predetermined threshold level is between 0.02 ng/mL and 0.25 ng/mL and wherein the patient does not exhibit one of the following complaints: pain (chest, abdominal, head, leg, joint, back), dyspnea, cough, weakness (localized), stroke-like symptoms, swollen extremity (leg, arm), diarrhea, dysuria, GCS < 14, confusion, intoxication, seizure, bleeding, syncope, anxiety, psychotic symptoms, suicidal ideation, skin lesion, allergic skin reaction, fever, vertigo, palpitations, nausea with vomiting, trauma.
Hand operated driving tool with a fastener loading device with a conveyor device, which may be driven electrically, and through which stored fasteners may be fed to an admission area arranged in a driving channel, and with a housing, which also houses the drive of the driving tool, characterised in that the electrical drive of the conveyor device is arranged in the housing, which also houses the drive of the driving tool and that a drive shaft of the electrical drive is parallel to a longitudinal extension of the driving channel.
An electric shaver comprising: a main body; an outer blade that is held by the main body in a state where a surface of the outer blade is exposed; an inner blade that is disposed inside the outer blade so as to be movable relative to the outer blade; and a rotator that has a rotating body disposed on the main body so as to extend in a moving direction of the inner blade, and a supporter disposed on the main body so as to rotatably support the rotating body, wherein the rotator has an elastic body which enables the rotating body to rotate in a state where the rotating body is in contact with a skin, and which restrains the rotating body from vibrating in a state where the rotating body is not in contact with the skin, wherein the rotating body has a shaft in both ends of an extending direction of the rotating body, wherein the supporter has a bearing into which the shaft is inserted, wherein the elastic body is a spring that biases the shaft toward an inner surface of the bearing, wherein the spring supports the rotating body so as to be floatable; and wherein the outer blade is supported by the main body so as to be floatable; characterized in that a floating direction of the rotating body intersects a floating direction of the outer blade. a main body; an outer blade that is held by the main body in a state where a surface of the outer blade is exposed; an inner blade that is disposed inside the outer blade so as to be movable relative to the outer blade; and a rotator that has a rotating body disposed on the main body so as to extend in a moving direction of the inner blade, and a supporter disposed on the main body so as to rotatably support the rotating body, wherein the rotator has an elastic body which enables the rotating body to rotate in a state where the rotating body is in contact with a skin, and which restrains the rotating body from vibrating in a state where the rotating body is not in contact with the skin, wherein the rotating body has a shaft in both ends of an extending direction of the rotating body, wherein the supporter has a bearing into which the shaft is inserted, wherein the elastic body is a spring that biases the shaft toward an inner surface of the bearing, wherein the spring supports the rotating body so as to be floatable; and wherein the outer blade is supported by the main body so as to be floatable; characterized in that a floating direction of the rotating body intersects a floating direction of the outer blade.
A coating composition comprising: one or more radiation-curable acrylates having hydrophilic regions comprising one or more hydrophilic alkoxylate groups, the one or more hydrophilic alkoxylate groups having the formula -( n O-) m -, where n can be equal or greater than 1 and equal or less than 3 (1≤ n ≤ 3) and m can be equal or greater than 1 and equal or less than 10 (1≤ m≤ 10); a reactive surfactant comprising a reactive moiety; and a photoinitiator, wherein the one or more radiation-curable acrylates are capable of being cured to form a hydrophilic network with the reactive surfactant being bound to the network upon exposure of the photoinitiator to light energy by binding the reactive moiety of the surfactant to one or more acrylate groups in the hydrophilic regions of the one or more radiation-curable acrylates, and wherein the reactive surfactant comprises one or more reactive groups comprising an alkenyl group, acrylate group, thiol group or a combination thereof. one or more radiation-curable acrylates having hydrophilic regions comprising one or more hydrophilic alkoxylate groups, the one or more hydrophilic alkoxylate groups having the formula -( n O-) m -, where n can be equal or greater than 1 and equal or less than 3 (1≤ n ≤ 3) and m can be equal or greater than 1 and equal or less than 10 (1≤ m≤ 10); a reactive surfactant comprising a reactive moiety; and a photoinitiator, wherein the one or more radiation-curable acrylates are capable of being cured to form a hydrophilic network with the reactive surfactant being bound to the network upon exposure of the photoinitiator to light energy by binding the reactive moiety of the surfactant to one or more acrylate groups in the hydrophilic regions of the one or more radiation-curable acrylates, and wherein the reactive surfactant comprises one or more reactive groups comprising an alkenyl group, acrylate group, thiol group or a combination thereof.
A cutting device for cutting of a line extending from a floating vessel, wherein the cutting device is structured for placement and activation on the floating vessel and comprises: - at least one guide (26a, 26b) structured for directional steering of the line past a cutting area for the line; and - at least one cutting knife structured for cutting of the line within the cutting area, characterized in that the cutting device is configured for cutting a line comprising a load-burdened chain composed of chain links extending from the floating vessel; - wherein the cutting device is structured for cutting of a load-burdened chain link located within the cutting area; - wherein the cutting device comprises: - at least one first, moveable cutting knife with an opposite contact surface directed Inwards toward the cutting area, the at least one first, movable cutting knife being structured for cutting of a first side of the chain link within the cutting area; and - at least one second, moveable cutting knife with an opposite contact surface directed Inwards toward the cutting area, the at least one second, moveable cutting knife being structured for cutting of a second side of the chain link within the cutting area; and - wherein the first cutting knife and the second cutting knife are arranged parallel to each other; said load on the chain stretching the chain link so as to contribute, during cutting thereof, to weaken the chain link faster and further until the chain link Is severed. - at least one guide (26a, 26b) structured for directional steering of the line past a cutting area for the line; and - at least one cutting knife structured for cutting of the line within the cutting area, characterized in that the cutting device is configured for cutting a line comprising a load-burdened chain composed of chain links extending from the floating vessel; - wherein the cutting device is structured for cutting of a load-burdened chain link located within the cutting area; - wherein the cutting device comprises: - at least one first, moveable cutting knife with an opposite contact surface directed Inwards toward the cutting area, the at least one first, movable cutting knife being structured for cutting of a first side of the chain link within the cutting area; and - at least one second, moveable cutting knife with an opposite contact surface directed Inwards toward the cutting area, the at least one second, moveable cutting knife being structured for cutting of a second side of the chain link within the cutting area; and - wherein the first cutting knife and the second cutting knife are arranged parallel to each other;
A method of preparing a synthetic crystalline material having the crystal structure of SSZ-74 comprising contacting under crystallization conditions a reaction mixture comprising at least one source of a trivalent element X, at least one source of silica, and a 1,1'-(hexane-1,6-diyl)bis(1-methylpyrrolidinium) dication as a source of structure directing agent, wherein the reaction mixture optionally contains at least one source of alkali metal cation Y and wherein the crystallization conditions include a temperature less than 200°C in the absence of an alkali metal Y and less than 160°C in the presence of an alkali metal Y, characterized in that the reaction mixture contains no source of fluoride ions.
A heated aerosol-generating article comprising an aerosol-forming substrate in the form of a rod, the rod comprising a first sheet comprising an aerosol-forming material and a second sheet comprising a thermally-conductive material, the first and second sheet being gathered together and circumscribed by a wrapper, the rod having a length of between 5 mm and 30 mm.
A method of forming a prosthetic tooth element (20, 70) comprising: filling a prosthetic tooth element-shaped recess of a compression mould with a dental mixture comprising ceramic, the compression mould comprising a first mould part and a second mould part that are brought together to form the prosthetic tooth element-shaped recess, at least one of the first and second mould parts comprising a flexible polymeric body (611, 621) and a rigid plate (6121, 6221) located at an outer surface of the flexible polymeric body; and applying pressure to the plate to compress the dental mixture to form a prosthetic tooth element (20, 70) comprising ceramic, wherein the pressure is applied at greater than 0.5 tonnes per square centimetre or greater than 1.0 tonnes per square centimetre or about 2.0 tonnes per square centimetre to cause vibration of flexible polymeric material of the mould such that the prosthetic tooth element is formed with a roughened surface. filling a prosthetic tooth element-shaped recess of a compression mould with a dental mixture comprising ceramic, the compression mould comprising a first mould part and a second mould part that are brought together to form the prosthetic tooth element-shaped recess, at least one of the first and second mould parts comprising a flexible polymeric body (611, 621) and a rigid plate (6121, 6221) located at an outer surface of the flexible polymeric body; and applying pressure to the plate to compress the dental mixture to form a prosthetic tooth element (20, 70) comprising ceramic, wherein the pressure is applied at greater than 0.5 tonnes per square centimetre or greater than 1.0 tonnes per square centimetre or about 2.0 tonnes per square centimetre to cause vibration of flexible polymeric material of the mould such that the prosthetic tooth element is formed with a roughened surface.
Nicotine for use in the treatment of hyphema in a male patient, wherein nicotine is administered by sublingual pathway in a dose of 2 drops every hour.
A preparation method of a comb-shaped positive electrode dispersing material, comprising the following steps of: mixing a solvent, an unsaturated cyclic monomer, unsaturated branched polyether and a (methyl) acrylate monomer to obtain a mixed solution, wherein the solvent is any one or two of N-methylpyrrolidone and N-ethylpyrrolidone; the unsaturated cyclic monomer is any one or more of styrene, methylstyrene, vinylpyridine and N-vinylpyrrolidone; an initiator of the unsaturated branched polyether is any one of allyl alcohol, isobutylene alcohol and isopentenol, a participating chain segment of the unsaturated branched polyether is a copolymer of ethylene oxide and propylene oxide, a molecular weight of the unsaturated branched polyether ranges from 500 g/mol to 5,000 g/mol, and the (meth) acrylate monomer is any one or more of hydroxyethyl methylacrylate, hydroxypropyl methacrylate, hydroxybutyl methacrylate, hydroxyethyl acrylate, hydroxypropyl acrylate and hydroxybutyl acrylate; heating the mixed solution to a reaction temperature, adding an initiating agent, and keeping the reaction temperature for reaction to obtain a semi-finished product; and adding phosphoric acid which is equal to the (methyl) acrylate monomer in mole into the semi-finished product for esterification and high-temperature dehydration to obtain the comb-shaped positive dispersing material.
An augmented autobrake system deployed on an aircraft, the augmented autobrake system comprising: a wireless receiver configured to receive runway status data; an aircraft brake mechanism; and a controller coupled to the wireless receiver and to the aircraft brake mechanism, the controller configured to: (i) identify when the aircraft is projected to enter a runway incursion zone based at least in part upon the runway status data and vector data pertaining to the aircraft, and (ii) when the aircraft is projected to enter a runway incursion zone, command the aircraft brake mechanism to stop the aircraft prior to entry into the runway incursion zone; wherein the runway status data is received from a Runway Warning and Status Lights (RWSL) system and describes which, if any, runway status lights of the RWSL system are currently illuminated; and wherein the controller is further configured to selectively engage the aircraft brake mechanism to prevent the aircraft from crossing any currently-illuminated runway status lights of the RWSL system. a wireless receiver configured to receive runway status data; an aircraft brake mechanism; and a controller coupled to the wireless receiver and to the aircraft brake mechanism, the controller configured to: (i) identify when the aircraft is projected to enter a runway incursion zone based at least in part upon the runway status data and vector data pertaining to the aircraft, and (ii) when the aircraft is projected to enter a runway incursion zone, command the aircraft brake mechanism to stop the aircraft prior to entry into the runway incursion zone; wherein the runway status data is received from a Runway Warning and Status Lights (RWSL) system and describes which, if any, runway status lights of the RWSL system are currently illuminated; and wherein the controller is further configured to selectively engage the aircraft brake mechanism to prevent the aircraft from crossing any currently-illuminated runway status lights of the RWSL system.
An exhaust gas purification method, in an exhaust gas purification system comprising an exhaust gas purification device having an oxidation catalyst device carrying an oxidation catalyst and a diesel particulate filter arranged in order from an upstream side or an exhaust gas purification device having a diesel particulate filter carrying an oxidation catalyst arranged in an exhaust passage of an internal combustion engine, in which at forced regeneration of the diesel particulate filter, when a catalyst temperature index temperature indicating a temperature of the oxidation catalyst becomes equal to a predetermined determining temperature or above, control of raising a temperature of the diesel particulate filter is conducted by supplying an unburned fuel to the upstream side of the oxidation catalyst to thereby oxidize the unburned fuel by the oxidation catalyst, characterized in that: a minimum value of a first upper limit value acquired by subtracting a fuel injection amount (Qe) for in-cylinder combustion from a first combustible fuel amount determined by the air intake amount and a second upper limit value acquired by subtracting the fuel injection amount (Qe) for in-cylinder combustion from a second combustible fuel amount determined by an atmospheric pressure is set as an upper limit value for the unburned fuel supply amount. a minimum value of a first upper limit value acquired by subtracting a fuel injection amount (Qe) for in-cylinder combustion from a first combustible fuel amount determined by the air intake amount and a second upper limit value acquired by subtracting the fuel injection amount (Qe) for in-cylinder combustion from a second combustible fuel amount determined by an atmospheric pressure is set as an upper limit value for the unburned fuel supply amount.
Device for forming packaging units, comprising a one-track or multi-track container delivery system or one-track or multi-track container streams (4.1 and 4.2), at least one main star of a star transporter, rotating about a central axis, wherein a star transporter is provided for each of the container streams (4.1 and 4.2), and wherein the respective main star of the respective star transporter in each comprises a plurality of foot-side guide elements and/or head guide elements for containers, characterised in that a star transporter with at least one application element is included in the region of the star transporters, by means of which an adhesive or glue agent and/or at least one glue or adhesive agent application can be applied onto or at containers, and wherein a compartmentalisation and/or compaction unit or a compartmentalisation and/or compaction segment is provided for the grouping and compacting and temporary pressing together of a predetermined number of containers, by means of which the containers are grouped together to form the packaging unit downstream of the star transporter and are transported onwards.
A pneumatic tire comprising: a ply (4, 6, 7, 8, 9) including a plurality of cords (32, 34) arranged in parallel to each other; a cover rubber covering the ply and configuring a tire outer surface; and a reinforcement layer that has a substantially U-shaped cross-section in a tire widthwise cross-sectional view and is disposed so as to cover a cut edge of the ply and both surfaces on both sides in a ply thickness direction connected to the cut edge of the ply, wherein the reinforcement layer is configured by a non-woven fabric formed from metal fibers. a ply (4, 6, 7, 8, 9) including a plurality of cords (32, 34) arranged in parallel to each other; a cover rubber covering the ply and configuring a tire outer surface; and a reinforcement layer that has a substantially U-shaped cross-section in a tire widthwise cross-sectional view and is disposed so as to cover a cut edge of the ply and both surfaces on both sides in a ply thickness direction connected to the cut edge of the ply, wherein the reinforcement layer is configured by a non-woven fabric formed from metal fibers.