mhurhangee/ep-ind-claims huggingface dataset:
Method to deposit a hydrophilic nanocoating onto a substrate, wherein the coating is deposited by means of a continuous wave low pressure and low power plasma polymerization process in a plasma chamber, wherein the applied power during the plasma polymerization process is an essentially constant value of between 0.02 and 2.50 Watt per liter volume of the plasma chamber, and using a monomer according to CH 2 = CR 4 - CH 2 - O - R 5, wherein R 4 is H or an alkyl, e.g. -CH 3, and wherein R 5 is a substituted alkyl or a substituted alkenyl, and wherein R 5 comprises one or multiple hydrophilic functional groups, such as hydroxyl groups and/or carbonyl groups, wherein the plasma polymerization process is performed without use of a free radical initiator.
Card reader for data interchange with a chip card, comprising a card reader housing with a card insertion opening, a contact unit, which is arranged in the card reader housing, for data interchange with a chip card which is inserted into the card reader housing through the card insertion opening, and a hood which covers the contact unit, apart from the card insertion opening, and which is composed of plastic, characterized in that the hood is back-moulded on the inner side with an at least two-layered conductor track foil, the first layer, which faces the hood, has an extensive drill-protection conductor track structure with at least one continuous drill-protection conductor track (13a, 13b), and the second layer, which faces away from the hood, has a lift-off protection conductor track structure with at least one lift-off-protection conductor track (15, 16), the at least one drill-protection conductor track (13a, 13b) is routed onto the second layer by means of through connections of the conductor track foil and ends in electrical connection contacts of the second layer, and the at least one lift-off-protection conductor track (15, 16) ends in electrical connection contacts of the second layer.
Infrared emitter having a twin cladding tube and, situated in it, at least one elongated IR emitter element, which comprises, on two opposite ends, one contact region each for an electrical connecting conductor of which at least one connecting conductor is guided via a crimping of the cladding tube by means of an enclosed molybdenum foil to a connecting contact that is situated outside, whereby at least one carbon band (2, 2', 2") is arranged, as IR emitter element, at a distance to the internal surface of the cladding tube (1, 1', 1"), whereby the carbon band comprises, on its ends, one contact region each for connection to metallic conductors, and whereby at least one metallic conductor is provided as tension spring, characterised in that at least one carbon band (2, 2', 2") extends just over a part of the length of the interior of the cladding tubes (1, 1', 1").
Anti-rotation device of a fuel lance, the lance being able to be arranged in a bore which extends through a cylinder head, from an intake orifice to a pit which is provided in order to receive a fuel injector, the lance being designed to allow high-pressure fuel to circulate from an intake mouth of the lance to the outlet mouth of the lance cooperating with the intake mouth of the fuel injector, the fuel lance comprising a nut which is designed to be screwed into an intake orifice in the bore, and a tubular member compressed between said nut and the injector, the lance additionally comprising the anti-rotation device which can prevent the rotation of the tubular member when the nut is screwed, characterized in that: the anti-rotation device is a resilient element which is deformed as soon as rotation of the nut begins, such as to be blocked between the tubular member and the inner wall of the bore, and thus prevent the rotation of the tubular member. the anti-rotation device is a resilient element which is deformed as soon as rotation of the nut begins, such as to be blocked between the tubular member and the inner wall of the bore, and thus prevent the rotation of the tubular member.
A method in a wireless terminal operating in a 3GPP wireless communications network for controlling the wireless terminal using multipoint traffic control protocol, MPTCP, with a wireless local area network, WLAN, the method comprising: - receiving, from the 3GPP wireless communications network, system information comprising a condition for the use of MPTCP with the WLAN network, the condition being associated with mobility characteristics of the wireless terminal; - determining a parameter indicative of the mobility characteristics of the wireless terminal; - disabling the use of MPTCP with the WLAN network if the parameter indicative of the mobility characteristics indicates that mobility of the wireless terminal is at or above a value defined in the condition; and - overriding the received system information comprising the condition and establishing an MPTCP session with an on-board WLAN access point when the wireless terminal receives additional information from the WLAN access point identifying said WLAN access point as an on-board access point, and the wireless terminal is stationary relative to said on-board WLAN access point. - receiving, from the 3GPP wireless communications network, system information comprising a condition for the use of MPTCP with the WLAN network, the condition being associated with mobility characteristics of the wireless terminal; - determining a parameter indicative of the mobility characteristics of the wireless terminal; - disabling the use of MPTCP with the WLAN network if the parameter indicative of the mobility characteristics indicates that mobility of the wireless terminal is at or above a value defined in the condition; and - overriding the received system information comprising the condition and establishing an MPTCP session with an on-board WLAN access point when the wireless terminal receives additional information from the WLAN access point identifying said WLAN access point as an on-board access point, and the wireless terminal is stationary relative to said on-board WLAN access point.
A maintenance method of a liquid immersion type projection exposure apparatus in which a gap between an optical component and a wafer is filled with an immersion liquid for exposing the wafer, the method comprising: supplying a cleaning liquid to a space beneath the optical component and discharging the cleaning liquid from the space beneath the optical component such that the cleaning liquid flows through a flow path (111a, 112a) of the immersion liquid, wherein gas is injected into the cleaning liquid to generate bubbles in the cleaning liquid. supplying a cleaning liquid to a space beneath the optical component and discharging the cleaning liquid from the space beneath the optical component such that the cleaning liquid flows through a flow path (111a, 112a) of the immersion liquid, wherein gas is injected into the cleaning liquid to generate bubbles in the cleaning liquid.
Fitting for a vehicle seat, in particular for a motor vehicle seat, having a) a first fitting part and a second fitting part which can be rotated about an axis relative to one another, wherein a toothed rim is formed on the first fitting part and guide segments are formed on the second fitting part, and b) locking bars which are displaceably guided between a locked state and an unlocked state by means of the guide segments and which cooperate with the toothed rim in the locked state in order to lock the fitting, c) a spring-loaded, rotatably mounted eccentric which acts on the locking bars in order to bring them into cooperation with the toothed rim, d) a rotatably mounted driver for rotating the eccentric, e) a fastening ring which is configured separately from the driver and is connected fixedly to the driver and f) at least one first cam which is formed on the fastening ring and bears in the circumferential direction against at least one driver cam of the driver, wherein g) the fastening ring has a collar with a passage about the axis and the at least one first cam is formed within the passage such that it is oriented in the radial direction toward the axis, wherein the at least one driver cam has a centering surface which in the circumferential direction bears against a bearing surface of the at least one first cam, and wherein at least two cam pairs are provided, consisting in each case of one of the driver cams and one of the first cams, wherein the driver cams and the first cams of the at least two cam pairs bear against one another in the respective opposing circumferential direction. a) a first fitting part and a second fitting part which can be rotated about an axis relative to one another, wherein a toothed rim is formed on the first fitting part and guide segments are formed on the second fitting part, and b) locking bars which are displaceably guided between a locked state and an unlocked state by means of the guide segments and which cooperate with the toothed rim in the locked state in order to lock the fitting, c) a spring-loaded, rotatably mounted eccentric which acts on the locking bars in order to bring them into cooperation with the toothed rim, d) a rotatably mounted driver for rotating the eccentric, e) a fastening ring which is configured separately from the driver and is connected fixedly to the driver and f) at least one first cam which is formed on the fastening ring and bears in the circumferential direction against at least one driver cam of the driver, wherein g) the fastening ring has a collar with a passage about the axis and the at least one first cam is formed within the passage such that it is oriented in the radial direction toward the axis, wherein the at least one driver cam has a centering surface which in the circumferential direction bears against a bearing surface of the at least one first cam, and wherein at least two cam pairs are provided, consisting in each case of one of the driver cams and one of the first cams, wherein the driver cams and the first cams of the at least two cam pairs bear against one another in the respective opposing circumferential direction.
The "pituitary adenylate cyclase activating peptide" (PACAP) for use as a molecular adjuvant for vaccine antigens in the prevention of diseases caused by infectious agents in fish.
An ozone converter comprising: an outer housing having an inlet and an outlet; and a core disposed within the outer housing characterized in that the ozone converter further comprises: a bypass cylinder disposed between the inlet and the outlet and that passes through the core such that air within the bypass cylinder does not contact the core; and a blocking sleeve that surrounds a portion of the bypass cylinder and that is moveable from a first location to a second location, wherein in the first location air that enters in the inlet is directed by the blocking sleeve into the bypass cylinder and in the second location air that enters the inlet is allowed to enter an outer passage between the bypass cylinder and the outer housing. an outer housing having an inlet and an outlet; and a core disposed within the outer housing characterized in that the ozone converter further comprises: a bypass cylinder disposed between the inlet and the outlet and that passes through the core such that air within the bypass cylinder does not contact the core; and a blocking sleeve that surrounds a portion of the bypass cylinder and that is moveable from a first location to a second location, wherein in the first location air that enters in the inlet is directed by the blocking sleeve into the bypass cylinder and in the second location air that enters the inlet is allowed to enter an outer passage between the bypass cylinder and the outer housing. a bypass cylinder disposed between the inlet and the outlet and that passes through the core such that air within the bypass cylinder does not contact the core; and a blocking sleeve that surrounds a portion of the bypass cylinder and that is moveable from a first location to a second location, wherein in the first location air that enters in the inlet is directed by the blocking sleeve into the bypass cylinder and in the second location air that enters the inlet is allowed to enter an outer passage between the bypass cylinder and the outer housing.
Method for producing an electrical connection between at least one line (13a, 13b) and at least one connecting piece (25a, 25b) of a workpiece, wherein the connecting piece (25a, 25b) is arranged on a workpiece surface and wherein an end of the at least one line (13a, 13b) is prefabricated with a contact piece (15a, 15b) matched to the connecting piece (25a, 25b), said method having the following steps: positioning the contact piece (15a, 15b) on the connecting piece (25a, 25b); welding the contact piece (15a, 15b) to the connecting piece (25a, 25b) by means of laser radiation from a laser source, characterized in that, during the welding operation, a straight line running along the laser radiation intersects a plane defined through the workpiece surface outside the workpiece and the workpiece surface is tilted in a direction away from the laser source. positioning the contact piece (15a, 15b) on the connecting piece (25a, 25b); welding the contact piece (15a, 15b) to the connecting piece (25a, 25b) by means of laser radiation from a laser source, characterized in that, during the welding operation, a straight line running along the laser radiation intersects a plane defined through the workpiece surface outside the workpiece and the workpiece surface is tilted in a direction away from the laser source.
A feed apparatus for feeding food products to a slicing unit comprising at least one conveyor belt as a product support; and a product holder which is associated with the conveyor belt and ensures an advance of the product in a feed operation, wherein the product holder has at least one coupling apparatus which is configured to couple the product holder to the conveyor belt for the feed operation such that the product holder ensures an advance of the conveyor belt, characterized in that the conveyor belt can be driven by a drive in a load operation.
A liquid supply device comprising: a circulation flow passage through which a liquid is supplied from a liquid tank storing the liquid to a liquid jetting head via a supply flow passage and the liquid is collected from the liquid jetting head to the liquid tank; a pump (24,50,82) that is provided at the circulation flow passage and that generates a flow in the liquid in the circulation flow passage; a memory that stores a command which is executed by a processor; and the processor that executes the command stored in the memory, wherein the processor is configured, in a maintenance operation, to execute, by controlling the pump (24,50,82), a sequence that includes first processing of generating a positive flow in a first direction in the liquid in a first flow passage (99A-99D) including at least a part of the supply flow passage and a further flow passage to the liquid tank, and second processing of generating a negative flow in an opposite direction to the first direction in the liquid in the first flow passage (99A-99D), in the first flow passage (99A-99D), a filter that removes a foreign substance in the liquid is disposed in the supply flow passage between the liquid tank and the liquid jetting head in the positive flow, a flow rate of the liquid of the positive flow is higher than a flow rate of the liquid of the negative flow, and the negative flow has a steady flow state. a circulation flow passage through which a liquid is supplied from a liquid tank storing the liquid to a liquid jetting head via a supply flow passage and the liquid is collected from the liquid jetting head to the liquid tank; a pump (24,50,82) that is provided at the circulation flow passage and that generates a flow in the liquid in the circulation flow passage; a memory that stores a command which is executed by a processor; and the processor that executes the command stored in the memory, wherein the processor is configured, in a maintenance operation, to execute, by controlling the pump (24,50,82), a sequence that includes first processing of generating a positive flow in a first direction in the liquid in a first flow passage (99A-99D) including at least a part of the supply flow passage and a further flow passage to the liquid tank, and second processing of generating a negative flow in an opposite direction to the first direction in the liquid in the first flow passage (99A-99D), in the first flow passage (99A-99D), a filter that removes a foreign substance in the liquid is disposed in the supply flow passage between the liquid tank and the liquid jetting head in the positive flow, a flow rate of the liquid of the positive flow is higher than a flow rate of the liquid of the negative flow, and the negative flow has a steady flow state.
A ball, comprising: an inner spherical portion comprising: at least one inertial measurement unit; at least one processor; and communications circuitry; an outer spherical portion that surrounds the inner spherical portion; a first cover portion and a second cover portion; at least one pressure sensor located beneath at least one of the first cover portion and the second cover portion; and a plurality of stitches (104, 106) that join the first cover portion and the second cover portion together such that the first cover portion and the second cover portion surround the outer spherical portion wherein the at least one processor is operable to capture an output from the at least one inertial measurement unit in response to an absence of pressure being detected by the at least one pressure sensor. an inner spherical portion comprising: at least one inertial measurement unit; at least one processor; and communications circuitry; at least one inertial measurement unit; at least one processor; and communications circuitry; an outer spherical portion that surrounds the inner spherical portion; a first cover portion and a second cover portion; at least one pressure sensor located beneath at least one of the first cover portion and the second cover portion; and a plurality of stitches (104, 106) that join the first cover portion and the second cover portion together such that the first cover portion and the second cover portion surround the outer spherical portion wherein the at least one processor is operable to capture an output from the at least one inertial measurement unit in response to an absence of pressure being detected by the at least one pressure sensor.
A sensor system comprising: a sensor that is provided with a sensor cover having an opening formed on one end and a sensor main body which is detachably disposed on an inner portion of the sensor cover; and a detachment tool used to detach the sensor main body from the sensor cover, wherein the sensor comprises an attachment structure (18, 22) used to attach the sensor main body to the inner portion of the sensor cover, the detachment tool comprises a detachment structure used to detach the sensor main body from the inner portion of the sensor cover, the detachment structure is adapted to detach the sensor main body from the inner portion of the sensor cover by pushing the detachment tool into the sensor main body from the opening of the sensor cover, characterized in that one member provided on the sensor main body and another member provided on the detachment tool are adapted to form a connection structure, and the connection structure is adapted to detachably connect the detachment tool and the sensor main body when an attachment between the sensor cover and the sensor main body by the attachment structure of the sensor is released by the pushing of the detachment tool. a sensor that is provided with a sensor cover having an opening formed on one end and a sensor main body which is detachably disposed on an inner portion of the sensor cover; and a detachment tool used to detach the sensor main body from the sensor cover, wherein the sensor comprises an attachment structure (18, 22) used to attach the sensor main body to the inner portion of the sensor cover, the detachment tool comprises a detachment structure used to detach the sensor main body from the inner portion of the sensor cover, the detachment structure is adapted to detach the sensor main body from the inner portion of the sensor cover by pushing the detachment tool into the sensor main body from the opening of the sensor cover, characterized in that one member provided on the sensor main body and another member provided on the detachment tool are adapted to form a connection structure, and the connection structure is adapted to detachably connect the detachment tool and the sensor main body when an attachment between the sensor cover and the sensor main body by the attachment structure of the sensor is released by the pushing of the detachment tool.
A consumable metal-cored welding wire (20, 30a, 30b, 40) configured to serve as an electrode during gas metal arc welding (GMAW), the welding wire comprising: a sheath (34, 44) having a first base metal composition, wherein the first base metal composition is a steel composition; a core (38a,38b, 48) surrounded by the sheath and comprising particles (32, 36a, 36b, 40a, 40b, 40c); characterized in that the particles (32, 36a, 36b, 40a, 40b, 40c) have a second base metal composition alloyed with Ba at a concentration between 0.1% and 10% on the basis of a total weight of the welding wire, wherein the second base metal composition is a steel or aluminum composition, wherein non-metallic atomic elements in the core are present at a concentration not exceeding 5% on the basis of the total weight of the welding wire, and wherein the core further comprises a fluoropolymer at a concentration not exceeding 2% on the basis of the total weight of the welding wire. a sheath (34, 44) having a first base metal composition, wherein the first base metal composition is a steel composition; a core (38a,38b, 48) surrounded by the sheath and comprising particles (32, 36a, 36b, 40a, 40b, 40c); characterized in that the particles (32, 36a, 36b, 40a, 40b, 40c) have a second base metal composition alloyed with Ba at a concentration between 0.1% and 10% on the basis of a total weight of the welding wire, wherein the second base metal composition is a steel or aluminum composition, wherein non-metallic atomic elements in the core are present at a concentration not exceeding 5% on the basis of the total weight of the welding wire, and wherein the core further comprises a fluoropolymer at a concentration not exceeding 2% on the basis of the total weight of the welding wire.