mhurhangee/ep-ind-claims huggingface dataset:
The use together in a film-forming polymeric composition of i) a salt of one or more of myristic, palmitic and stearic acid; and ii) a C 9 -C 18 fatty acid complex of a metal ion, such as a Werner complex, said metal ion having an oxidation state of at least 3 for the formation on a substrate of a water, vapour, oil and grease resistant coat or film at a temperature of 0 to 50°C; wherein said salt (i) and said complex (ii) are in a weight ratio of i) to ii) of 5:1 to 20:1.
An apparatus for applying a discrete component from a first substrate to a second substrate, the apparatus comprising: a drum having an outer circumferential surface; a cutter positioned to cut the first substrate on the outer circumferential surface of the drum into a plurality of discrete components; a conveyor for positioning the second substrate proximate to, but not in contact with, the outer circumferential surface of the drum; a programmable servo motor having a shaft, wherein the shaft continuously rotates at a variable angular velocity in a single direction, wherein the servo motor is configured to rotate the shaft in a first phase and a second phase, wherein the shaft is constrained to rotate from a first angular position to a second angular position in a first time in the first phase, and wherein the shaft is constrained to rotate from the second angular position to the first angular position in a second time in the second phase; and a tamper member associated with the shaft of the servo motor, wherein when the shaft rotates in the first phase, the tamper member travels from a first position to a second position to displace a selected portion of the second substrate into contact with the discrete component on the outer circumferential surface of the drum. a drum having an outer circumferential surface; a cutter positioned to cut the first substrate on the outer circumferential surface of the drum into a plurality of discrete components; a conveyor for positioning the second substrate proximate to, but not in contact with, the outer circumferential surface of the drum; a programmable servo motor having a shaft, wherein the shaft continuously rotates at a variable angular velocity in a single direction, wherein the servo motor is configured to rotate the shaft in a first phase and a second phase, wherein the shaft is constrained to rotate from a first angular position to a second angular position in a first time in the first phase, and wherein the shaft is constrained to rotate from the second angular position to the first angular position in a second time in the second phase; and a tamper member associated with the shaft of the servo motor, wherein when the shaft rotates in the first phase, the tamper member travels from a first position to a second position to displace a selected portion of the second substrate into contact with the discrete component on the outer circumferential surface of the drum.
A system for joint arthroplasty for repairing a joint of a specific patient, the system comprising: a first template, the first template including: at least one first template surface for engaging a first surface of the joint of the patient, at least a portion of which first template surface substantially matches at least a portion of the first surface of the joint of the patient; and at least one guide for directing movement of a surgical instrument; the system being characterized in that it further comprises: a second template, the second template including: at least one second template surface for engaging a second surface of the joint of the patient, at least a portion of which second template surface substantially matches at least a portion of the second surface of the joint; and at least one guide for directing movement of a surgical instrument; and a linkage for cross-referencing the first template and the second template. a first template, the first template including: at least one first template surface for engaging a first surface of the joint of the patient, at least a portion of which first template surface substantially matches at least a portion of the first surface of the joint of the patient; and at least one guide for directing movement of a surgical instrument; the system being characterized in that it further comprises: a second template, the second template including: at least one second template surface for engaging a second surface of the joint of the patient, at least a portion of which second template surface substantially matches at least a portion of the second surface of the joint; and at least one guide for directing movement of a surgical instrument; and at least one first template surface for engaging a first surface of the joint of the patient, at least a portion of which first template surface substantially matches at least a portion of the first surface of the joint of the patient; and at least one guide for directing movement of a surgical instrument; a second template, the second template including: at least one second template surface for engaging a second surface of the joint of the patient, at least a portion of which second template surface substantially matches at least a portion of the second surface of the joint; and at least one guide for directing movement of a surgical instrument; and at least one second template surface for engaging a second surface of the joint of the patient, at least a portion of which second template surface substantially matches at least a portion of the second surface of the joint; and at least one guide for directing movement of a surgical instrument; and a linkage for cross-referencing the first template and the second template.
A cryoprobe comprising: an elongate shaft having a distal end and a proximate end; an operating head at the distal end of the elongate shaft, wherein the operating head comprises an expansion chamber; the elongate shaft comprising; a first passageway configured to provide high pressure gas to the expansion chamber and wherein the first passageway terminates in a Joule-Thomson orifice at its distal end; a second passageway for evacuating gas from the expansion chamber, wherein the second passageway is coaxially arranged around the first passageway; and a vacuum chamber coaxially arranged around the first passageway and the second passageway; characterized by the cryoprobe additionally comprising an elongate stiffening element located towards the distal end of the elongate shaft configured to reduce flexing of the elongate shaft, wherein the stiffening element comprises a grip portion having a diameter that is greater than a vacuum chamber wall and tapered regions that provide a step down in grip portion diameter to the vacuum chamber wall, the grip portion being arranged about the elongate shaft such that the grip portion is spaced apart from the vacuum chamber wall. an elongate shaft having a distal end and a proximate end; an operating head at the distal end of the elongate shaft, wherein the operating head comprises an expansion chamber; the elongate shaft comprising; a first passageway configured to provide high pressure gas to the expansion chamber and wherein the first passageway terminates in a Joule-Thomson orifice at its distal end; a second passageway for evacuating gas from the expansion chamber, wherein the second passageway is coaxially arranged around the first passageway; and a vacuum chamber coaxially arranged around the first passageway and the second passageway; characterized by a first passageway configured to provide high pressure gas to the expansion chamber and wherein the first passageway terminates in a Joule-Thomson orifice at its distal end; a second passageway for evacuating gas from the expansion chamber, wherein the second passageway is coaxially arranged around the first passageway; and a vacuum chamber coaxially arranged around the first passageway and the second passageway; characterized by the cryoprobe additionally comprising an elongate stiffening element located towards the distal end of the elongate shaft configured to reduce flexing of the elongate shaft, wherein the stiffening element comprises a grip portion having a diameter that is greater than a vacuum chamber wall and tapered regions that provide a step down in grip portion diameter to the vacuum chamber wall, the grip portion being arranged about the elongate shaft such that the grip portion is spaced apart from the vacuum chamber wall.
A fuel lance for introducing fuel into a gas flow in a combustor 1 of a gas turbine engine, wherein a region of the lance through which the fuel is introduced into the gas flow comprises a generally helical formation, wherein the helical formation comprises a helical groove on the outer surface of the lance extending generally in the axial direction of the lance, characterised in that, a plurality of fuel outlets for introducing fuel into the gas flow are arranged on the surface of the helical groove and are spaced apart in the axial and/or circumferential and/or radial directions.
A secondary battery comprising: an electrode element having a positive electrode and a negative electrode opposed each other, an electrolyte and an outer casing containing said electrode element and said electrolyte, characterized in that said negative electrode comprises a composite negative electrode active material, which includes a metal (a) capable of alloying with lithium, a metal oxide (b) capable of occluding and releasing lithium ions and a carbon material (c), is bonded to a negative electrode current collector by a negative electrode bonding agent, said electrolyte comprises 70∼99 vol% of a phosphoric acid ester compound and 1∼15 vol% of a fluorinated carbonate compound, and said phosphoric acid ester compound comprises triethyl phosphate, and said fluorinated carbonate compound comprises fluoroethylene carbonate. an electrode element having a positive electrode and a negative electrode opposed each other, an electrolyte and an outer casing containing said electrode element and said electrolyte, characterized in that said negative electrode comprises a composite negative electrode active material, which includes a metal (a) capable of alloying with lithium, a metal oxide (b) capable of occluding and releasing lithium ions and a carbon material (c), is bonded to a negative electrode current collector by a negative electrode bonding agent, said electrolyte comprises 70∼99 vol% of a phosphoric acid ester compound and 1∼15 vol% of a fluorinated carbonate compound, and said phosphoric acid ester compound comprises triethyl phosphate, and said fluorinated carbonate compound comprises fluoroethylene carbonate.
A device (1; 100, 110) suitable to be fitted externally to an automatic laundry washing machine and for automatically dispensing at least one liquid laundry care composition to the automatic laundry washing machine, the device being suitable to be located along water supply feed to the washing machine with an incoming water supply feed (2, 4) to the device and outgoing water supply feed (12, 14) out of the device, the device comprising: - a Venturi tube (10, 20) the both ends of the tube protruding externally to the housing of the device for connections to the incoming and outgoing water supply feed, - a dosing container for holding the laundry care composition, - an intermediate dosing chamber connected to the dosing container with an on/off valve, the throat of the Venturi tube connected by a conduit (33 - 35) to the intermediate dosing chamber; - a sensor (95, 96) for determining water flow through the incoming water supply feed, the sensor located at the incoming water supply feed and connected to - an electronic circuit containing a clock and a processing unit programmed with a machine-generic algorithm wherein the machine-generic algorithm is programmed to control the opening and closing of - a solenoid valve (32, 52, 62) coupled to the same circuit and located within the conduit connecting the Venturi tube and the intermediate dosing chamber, the valve opening or closing the flow of the laundry care composition from the intermediate dosing chamber wherein the machine-generic algorithm is programmed to, in response to a signal received from the sensor, differentiate between a major water addition and a water pulse, and wherein the machine-generic algorithm is programmed such that it opens the solenoid valve (32, 52, 62) in the event of a major water addition, wherein a major water addition is defined as being the water fill with the amount that is sufficient to pre-wash, wash, or rinse the articles in the automatic laundry washing machine. - a Venturi tube (10, 20) the both ends of the tube protruding externally to the housing of the device for connections to the incoming and outgoing water supply feed, - a dosing container for holding the laundry care composition, - an intermediate dosing chamber connected to the dosing container with an on/off valve, the throat of the Venturi tube connected by a conduit (33 - 35) to the intermediate dosing chamber; - a sensor (95, 96) for determining water flow through the incoming water supply feed, the sensor located at the incoming water supply feed and connected to - an electronic circuit containing a clock and a processing unit programmed with a machine-generic algorithm wherein the machine-generic algorithm is programmed to control the opening and closing of - a solenoid valve (32, 52, 62) coupled to the same circuit and located within the conduit connecting the Venturi tube and the intermediate dosing chamber, the valve opening or closing the flow of the laundry care composition from the intermediate dosing chamber
A flight crew connectivity system comprising: two or more data interface devices configured to communicate data; a power module configured to provide power to the two or more data interface devices; a switch coupled between the power module and each of the two or more data interface devices and configured to selectively provide power from the power module to at least one of the two or more data interface devices; a data transceiver configured to couple to an external communication device; and a controller coupled between the two or more data interface devices and the data transceiver and configured to provide a data communication path (228A/228C, 228B/228C) between the selectively powered data interface device and the data transceiver for the external communication device. two or more data interface devices configured to communicate data; a power module configured to provide power to the two or more data interface devices; a switch coupled between the power module and each of the two or more data interface devices and configured to selectively provide power from the power module to at least one of the two or more data interface devices; a data transceiver configured to couple to an external communication device; and a controller coupled between the two or more data interface devices and the data transceiver and configured to provide a data communication path (228A/228C, 228B/228C) between the selectively powered data interface device and the data transceiver for the external communication device.
A method performed by a motor drive of operating the motor drive, the method comprising: determining a USB host is connected to the motor drive via a USB port on the motor drive; enabling the USB host to provide power to the motor drive when the USB host is connected to the motor drive; and taking a common mode noise mitigation action when a motor connected to the motor drive is to be run, wherein taking the common mode noise mitigation action includes preventing the motor from starting until the USB host is disconnected from the motor drive. determining a USB host is connected to the motor drive via a USB port on the motor drive; enabling the USB host to provide power to the motor drive when the USB host is connected to the motor drive; and taking a common mode noise mitigation action when a motor connected to the motor drive is to be run, wherein taking the common mode noise mitigation action includes preventing the motor from starting until the USB host is disconnected from the motor drive.
An aircraft comprising a lightning current controlling device comprising: - a first charged part that is configured to be positively charged to have a higher probability of being a location struck by negative lightning; - a second charged part that is configured to be negatively charged to have a higher probability of being a location struck by positive lightning; and - an electrostatic generator that is configured to positively charge the first charged part, wherein the second charged part is configured to be negatively charged by the electrostatic generator or by friction with air, and wherein the first charged part and the second charged part each include a dielectric and are provided in an air-exposed state; and - wherein the second charged part includes polytetrafluoroethylene, acrylic resin, or both. - a first charged part that is configured to be positively charged to have a higher probability of being a location struck by negative lightning; - a second charged part that is configured to be negatively charged to have a higher probability of being a location struck by positive lightning; and - an electrostatic generator that is configured to positively charge the first charged part, wherein the second charged part is configured to be negatively charged by the electrostatic generator or by friction with air, and wherein the first charged part and the second charged part each include a dielectric and are provided in an air-exposed state; and wherein the second charged part is configured to be negatively charged by the electrostatic generator or by friction with air, and wherein the first charged part and the second charged part each include a dielectric and are provided in an air-exposed state; and - wherein the second charged part includes polytetrafluoroethylene, acrylic resin, or both.
A micro device transfer head (101∼112), comprising: a first base arm (30, 31) including a first surface and a second surface; characterized by: a first side arm including one or multiple first electrodes and disposed on the first surface of the first base arm (30, 31) at a first end of the first base arm (30, 31); a second side arm including one or multiple second electrodes and disposed on the first surface of the first base arm (30, 31) at a second end of the first base arm (30, 31); and an isolation layer disposed on the first surface of the first base arm (30, 31) and covering a surface of the first side arm and a surface of the second side arm. a first base arm (30, 31) including a first surface and a second surface; characterized by: a first side arm including one or multiple first electrodes and disposed on the first surface of the first base arm (30, 31) at a first end of the first base arm (30, 31); a second side arm including one or multiple second electrodes and disposed on the first surface of the first base arm (30, 31) at a second end of the first base arm (30, 31); and an isolation layer disposed on the first surface of the first base arm (30, 31) and covering a surface of the first side arm and a surface of the second side arm. a first side arm including one or multiple first electrodes and disposed on the first surface of the first base arm (30, 31) at a first end of the first base arm (30, 31); a second side arm including one or multiple second electrodes and disposed on the first surface of the first base arm (30, 31) at a second end of the first base arm (30, 31); and an isolation layer disposed on the first surface of the first base arm (30, 31) and covering a surface of the first side arm and a surface of the second side arm.
Procedure for operating an industrial door with the help of a door control unit that is assigned a drive that moves the industrial door with measurable force and that is fitted with a force sensor through which the force applied by the drive is measured on every movement of the industrial door and saved to a memory in the form of a force curve (18, 23) comparable with the subsequent force curve (15, 22), whereby if on a comparison of the force curves (15, 22, 18, 23) an overrun of given limit values is apparent, the door control unit carries out a stop in the case of upward travel when the limit value is reached, and in the case of downward travel switching to reverse is carried out characterised in that in the case of upward travel the door control unit carries out a stop when a preset limit value is reached, and in the case of downward travel a repeat via the force sensor, and if the limit value is reached again, a response by a dead-man circuit, and if a problem of this kind is detected on downward travel, the then existing force curve (18, 23) is re-programmed by actuating the dead-man circuit, if the problem can be overcome with a dead-man circuit.
A method for making a tubular body sized for introduction into a body lumen, comprising: wrapping a thin-walled strip of material around a mandrel such that opposing longitudinal edges of the strip are disposed adjacent one another and a coating on the strip is oriented inwardly towards the mandrel, thereby creating a first assembly; directing one or more layers around the first assembly to create a second assembly, the one or more layers comprising a reinforcing layer and a solid wall layer; and heating the second assembly to bond the one or more layers around the strip, further characterized in that: the strip is wrapped around the mandrel such that the longitudinal edges are disposed adjacent one another without attaching the longitudinal edges to create the first assembly. wrapping a thin-walled strip of material around a mandrel such that opposing longitudinal edges of the strip are disposed adjacent one another and a coating on the strip is oriented inwardly towards the mandrel, thereby creating a first assembly; directing one or more layers around the first assembly to create a second assembly, the one or more layers comprising a reinforcing layer and a solid wall layer; and heating the second assembly to bond the one or more layers around the strip, further characterized in that: the strip is wrapped around the mandrel such that the longitudinal edges are disposed adjacent one another without attaching the longitudinal edges to create the first assembly.
Arrangement having a plunger piston which is arranged in a guide (14, 25) in a housing cover and which acts via a pressure plate and a pressure spring on a piston which is guided in a housing, wherein the housing cover is screwed together with the housing, characterized in that the housing cover is composed of a dimensionally stable material which can be cast in the installation dimensions, in that the guide (14, 25) is composed of a dimensionally stable material which can be cast in the installation dimensions and which has good sliding characteristics, and in that the guide (14, 25) is screwed or clipped together with the housing cover.
A pneumatic tire having a pair of sidewall portions, which comprises at least one of said sidewall portions having a radially outer region being radially outside than a tire maximum width position of its outer surface, the radially outer region being provided with a serration pattern, said serration pattern comprising a first serration group and a second serration group, said first serration group comprising a plurality of concentrically arranged first arc-shaped ridges at regular intervals around a first center point, said second serration group comprising a plurality of concentrically arranged second arc-shaped ridges at regular intervals around a second center point that is located radially outside than the first center point of said first serration group, said first arc-shaped ridges protruding radially outwardly of the tire, and said second arc-shaped ridges protruding radially inwardly of the tire, characterized in that said first serration group and said second serration group are arranged in a circumferential direction of the tire so as to overlap partially.