mhurhangee/ep-ind-claims huggingface dataset:
Rail vehicle having a control unit and at least two converters (2, 3) for driving the rail vehicle, wherein a first converter is provided in order to supply energy to at least two traction motors for driving at least two longitudinal wheelsets of a first vehicle side and, wherein a further, second converter is provided in order to supply energy to at least two traction motors for driving at least two longitudinal wheelsets of a second vehicle side and the rail vehicle comprises means for detecting a rotational speed difference between at least two opposing wheels of the rail vehicle, with which a rotational speed difference between at least one first wheel of the first vehicle side and at least one second wheel, opposing the first wheel, of the second vehicle side are detected over a predetermined period of time, wherein the control unit is used to drive the at least two longitudinal wheelsets of the first vehicle side and at least two longitudinal wheelsets of the second vehicle side as a function of the temporal course of the rotational speed difference, wherein as a function of the respective positions of the at least two longitudinal wheelsets of each vehicle side in a bend and/or at a bend, the drive of the at least two longitudinal wheelsets of a vehicle side is carried out with a different power compared with the other vehicle side, and wherein the drive is not carried out with a different power until the rotational speed difference detected between at least the first wheel of the first vehicle side and at least the second wheel of the second vehicle side is greater than the difference between the running tread diameter and the wheel flange cap diameter of the wheels of the rail vehicle.
A wing foiling, wing surfing or winging wing sail, comprising a first inflatable strut extending in a width direction (Wd), a second inflatable strut extending in a length direction (Ln) from the first inflatable strut, at least one handle (25, 26) mounted on the second inflatable strut, and first and second sail sheets (30, 35) that are spaced apart from one another in a height direction (He), wherein the first inflatable strut defines a leading edge of the wing sail, wherein the first and second sail sheets (30, 35) each comprise a front edge (30F, 35F) and a rear edge (30R, 35 R) that are opposite to one another, wherein the front edges (30F, 35F) both connect to the first inflatable strut, wherein the first and second sail sheets (30, 35) both extend rearwardly away from the first inflatable strut towards a trailing edge of the wing sail, and wherein the second sail sheet is interrupted at the second inflatable strut to provide the user with access to the at least one handle (25, 26).
Use of a stearate-free composition consisting of linear low density polyethylene (LLDPE) and zinc oxide, or a composition consisting of linear low density polyethylene, LDPE, and zinc oxide, wherein the zinc oxide is present in an amount from 100 to 1500ppm based on the total composition in health care applications.
A latch for an automobile, the latch having a housing having a slot for receiving a striker, the latch comprising a co-operating ratchet and pawl pair (356, 358) mounted to the housing; a first striker sensor mounted to the housing about a pivot axis and positioned to monitor the presence of the striker in a fully closed position at an inner end of the slot; a second striker sensor mounted to the housing about a pivot axis to monitor directly for the presence of a striker in an entrance portion of the slot; a primary switch whose state is changed in response to a combination of both a first indication by the first striker sensor of the striker being in the fully closed position and a second indication of the pawl being in engagement with the ratchet; an actuator operable to drive the ratchet to cinch the striker in response to an indication from the second striker sensor that the striker is present in the entrance portion of the slot and to stop cinching of the striker in response to said state is changed of the primary switch; and a secondary switch whose state is changed by movement of the second striker sensor by the striker in the entrance portion of the slot in order to drive the ratchet. a co-operating ratchet and pawl pair (356, 358) mounted to the housing; a first striker sensor mounted to the housing about a pivot axis and positioned to monitor the presence of the striker in a fully closed position at an inner end of the slot; a second striker sensor mounted to the housing about a pivot axis to monitor directly for the presence of a striker in an entrance portion of the slot; a primary switch whose state is changed in response to a combination of both a first indication by the first striker sensor of the striker being in the fully closed position and a second indication of the pawl being in engagement with the ratchet; an actuator operable to drive the ratchet to cinch the striker in response to an indication from the second striker sensor that the striker is present in the entrance portion of the slot and to stop cinching of the striker in response to said state is changed of the primary switch; and a secondary switch whose state is changed by movement of the second striker sensor by the striker in the entrance portion of the slot in order to drive the ratchet.
A method for reducing authentication signaling in a wireless network, comprising: identifying a plurality of access points in a network belonging to a group; receiving an access request message from a first access point associated with a device being in range of the first access point; and determining whether the device has been authenticated within the group; characterized by determining whether the device is requesting data in the network; and, performing authentication of the device for data access in response to the device requesting data, and sending a proxy access accept message to the first access point in response to the device not requesting data and being authenticated with the group without communicating with an authentication server for authentication of the device. identifying a plurality of access points in a network belonging to a group; receiving an access request message from a first access point associated with a device being in range of the first access point; and determining whether the device has been authenticated within the group; characterized by determining whether the device is requesting data in the network; and, performing authentication of the device for data access in response to the device requesting data, and sending a proxy access accept message to the first access point in response to the device not requesting data and being authenticated with the group without communicating with an authentication server for authentication of the device.
Shoe upper with a material (1; 100) that comprises: a. a first foil layer; and b. a textile reinforcement layer completely laminated with the first foil layer; c. wherein the textile reinforcement layer comprises a first textile material with at least three axes (210; 220, 230), each axis (210; 220, 230) defining an orientation of a set (215; 225; 235) of essentially parallel yarns (211, 212, 213; 221, 222, 223; 231, 232, 233) in the first textile material; d. wherein the first textile material of the textile reinforcement layer is a woven material; e. wherein the yarns (211, 212, 213) in at least one set of essentially parallel yarns in the first textile material have a different tear strength than the yarns (221, 222, 223; 231, 232, 233) in one or more of the remaining sets (225; 235) of essentially parallel yarns in the first textile material; and f. wherein the first foil layer is arranged on the outside of the shoe upper. a. a first foil layer; and b. a textile reinforcement layer completely laminated with the first foil layer; c. wherein the textile reinforcement layer comprises a first textile material with at least three axes (210; 220, 230), each axis (210; 220, 230) defining an orientation of a set (215; 225; 235) of essentially parallel yarns (211, 212, 213; 221, 222, 223; 231, 232, 233) in the first textile material; d. wherein the first textile material of the textile reinforcement layer is a woven material; e. wherein the yarns (211, 212, 213) in at least one set of essentially parallel yarns in the first textile material have a different tear strength than the yarns (221, 222, 223; 231, 232, 233) in one or more of the remaining sets (225; 235) of essentially parallel yarns in the first textile material; and f. wherein the first foil layer is arranged on the outside of the shoe upper.
A component-manufacturing film used in a method of manufacturing a semiconductor component or a method of manufacturing an electronic component, the component-manufacturing film comprising: a first region; and a second region disposed so as to surround the first region, wherein the first region is formed of a base layer and an adhesive layer provided on one surface side of the base layer, wherein the second region is formed of the base layer, the adhesive layer, and an additional layer affixed onto the adhesive layer, and characterized in that, in a temperature range of 190°C or lower, a tensile elastic modulus of the additional layer is equal to a tensile elastic modulus of the base layer or greater than the tensile elastic modulus of the base layer. a first region; and a second region disposed so as to surround the first region, wherein the first region is formed of a base layer and an adhesive layer provided on one surface side of the base layer, wherein the second region is formed of the base layer, the adhesive layer, and an additional layer affixed onto the adhesive layer, and characterized in that, in a temperature range of 190°C or lower, a tensile elastic modulus of the additional layer is equal to a tensile elastic modulus of the base layer or greater than the tensile elastic modulus of the base layer.
A reciprocating pump comprising: a housing surrounding a bellows chamber and a displacement chamber; a rod wherein a first portion of the rod extends into the bellows chamber; a bellows having a first end connected to the housing and a second end connected to the rod, wherein the bellows surrounds a second portion of the rod, and wherein the bellows comprises a plurality of convolutions, characterised by a sleeve attached to the rod, wherein the sleeve surrounds a portion of the rod; and a bearing disposed within the bellows between the bellows and the sleeve wherein the bearing is slidably engaged with the sleeve, wherein a cross-section of the sleeve includes a lobed shape. a housing surrounding a bellows chamber and a displacement chamber; a rod wherein a first portion of the rod extends into the bellows chamber; a bellows having a first end connected to the housing and a second end connected to the rod, wherein the bellows surrounds a second portion of the rod, and wherein the bellows comprises a plurality of convolutions, characterised by a sleeve attached to the rod, wherein the sleeve surrounds a portion of the rod; and a bearing disposed within the bellows between the bellows and the sleeve wherein the bearing is slidably engaged with the sleeve, wherein a cross-section of the sleeve includes a lobed shape.
A method for producing an electronic part mounting substrate wherein an electronic part is mounted on one side of a copper plate or copper-plated plate (10, 20), the method comprising the steps of: surface machining the one side of the copper plate or copper-plated plate (10, 20) to cause the surface roughness thereof to be 0.4 μ m or more; applying a silver paste on the surface-machined side of the copper plate or copper-plated plate (10, 20); arranging the electronic part on the silver paste applied on the surface-machined side of the copper plate or copper-plated plate (10, 20); and sintering silver in the silver paste to form a silver bonding layer to bond the electronic part to the surface-machined side of the copper plate or copper-plated plate (10, 20), with the silver bonding layer, wherein the copper plate or copper-plated plate (10, 20) having the one side, which is surface-machined to have the surface roughness of 0.4 μm or more, is annealed to have a Vickers hardness Hv of not greater than 40 before the silver paste is applied and after the surface machining is carried out. surface machining the one side of the copper plate or copper-plated plate (10, 20) to cause the surface roughness thereof to be 0.4 μ m or more; applying a silver paste on the surface-machined side of the copper plate or copper-plated plate (10, 20); arranging the electronic part on the silver paste applied on the surface-machined side of the copper plate or copper-plated plate (10, 20); and sintering silver in the silver paste to form a silver bonding layer to bond the electronic part to the surface-machined side of the copper plate or copper-plated plate (10, 20), with the silver bonding layer, wherein the copper plate or copper-plated plate (10, 20) having the one side, which is surface-machined to have the surface roughness of 0.4 μm or more, is annealed to have a Vickers hardness Hv of not greater than 40 before the silver paste is applied and after the surface machining is carried out.
A method of determining a state of an iron tip in a soldering device, the soldering device comprising: an iron tip that includes a solder hole into which a solder piece (Wh) is supplied and that heats and melts the solder piece (Wh) in the solder hole; a gas supply source that supplies a gas; and a gas supply portion that makes the gas supply source communicate with the solder hole and that supplies the gas from the gas supply source into the solder hole, characterised in that a total flow rate of the gas supplied from the gas supply source or a supply pressure is constant, and a physical quantity such as the flow rate or the pressure of the gas flowing within the gas supply portion is measured and the measured physical quantity is compared with a previously provided reference value or table such that the state of the iron tip is determined. an iron tip that includes a solder hole into which a solder piece (Wh) is supplied and that heats and melts the solder piece (Wh) in the solder hole; a gas supply source that supplies a gas; and a gas supply portion that makes the gas supply source communicate with the solder hole and that supplies the gas from the gas supply source into the solder hole, characterised in that a total flow rate of the gas supplied from the gas supply source or a supply pressure is constant, and a physical quantity such as the flow rate or the pressure of the gas flowing within the gas supply portion is measured and the measured physical quantity is compared with a previously provided reference value or table such that the state of the iron tip is determined.
A rectangular binary code symbol for non-linear strain measurement, comprising: a rectangular outer perimeter; first and second data regions along adjacent sides of the outer perimeter, each data region comprising a number of data cells, each data cell representing a single bit of binary data,; first and second utility regions along adjacent sides of the outer perimeter and on opposite sides of the outer perimeter from the first and second data regions, each utility region comprising a number of utility cells (40a, 40b)of alternating appearance,; first and second finder cells (50a, 50b) at opposite corners of the outer perimeter; and an outer quiet region distinguishing the first and second data regions, the first and second utility regions, and the first and second finder cells from their background, the outer quiet region being outward of the outer perimeter; characterized in that: the outer perimeter is solid and continuous; the rectangular binary code symbol further comprises an inner perimeter; and an inner quiet region is provided, distinguishing the first and second data regions, the first and second utility regions, and the first and second finder cells from their background, the inner quiet region being inward of the inner perimeter. a rectangular outer perimeter; first and second data regions along adjacent sides of the outer perimeter, each data region comprising a number of data cells, each data cell representing a single bit of binary data,; first and second utility regions along adjacent sides of the outer perimeter and on opposite sides of the outer perimeter from the first and second data regions, each utility region comprising a number of utility cells (40a, 40b)of alternating appearance,; first and second finder cells (50a, 50b) at opposite corners of the outer perimeter; and an outer quiet region distinguishing the first and second data regions, the first and second utility regions, and the first and second finder cells from their background, the outer quiet region being outward of the outer perimeter; characterized in that: the outer perimeter is solid and continuous; the rectangular binary code symbol further comprises an inner perimeter; and an inner quiet region is provided, distinguishing the first and second data regions, the first and second utility regions, and the first and second finder cells from their background, the inner quiet region being inward of the inner perimeter. the outer perimeter is solid and continuous; the rectangular binary code symbol further comprises an inner perimeter; and an inner quiet region is provided, distinguishing the first and second data regions, the first and second utility regions, and the first and second finder cells from their background, the inner quiet region being inward of the inner perimeter.
An implant system comprising: a tool having a shaft, a first projection and a second projection; a baseplate having a post and a first fastener aperture; and an augment (10, 120) having a first opening configured to lockingly receive the post, wherein the first projection of the tool is rotatable about a longitudinal axis of the shaft of the tool and is insertable into the first fastener aperture of the baseplate and the second projection is fixed about a longitudinal axis of the shaft of the tool and whereinwhen the first projection of the tool is inserted into the first fastener aperture, the first projection acts as a guide that directs the post of the baseplate into the first opening of the augment along a pre-defined trajectory. a tool having a shaft, a first projection and a second projection; a baseplate having a post and a first fastener aperture; and an augment (10, 120) having a first opening configured to lockingly receive the post, wherein the first projection of the tool is rotatable about a longitudinal axis of the shaft of the tool and is insertable into the first fastener aperture of the baseplate and the second projection is fixed about a longitudinal axis of the shaft of the tool and whereinwhen the first projection of the tool is inserted into the first fastener aperture, the first projection acts as a guide that directs the post of the baseplate into the first opening of the augment along a pre-defined trajectory.
A light upconverting phase-separated material made by curing a curable composition, comprising: at least one solid phase that comprises, by majority, a polymer; and containing at least one liquid phase, wherein said at least one liquid phase contains at least a dye system that is capable of optical upconversion.
A heterogeneous catalyst, characterized in that, the heterogeneous catalyst comprises an ionic liquid and a support which embeds the ionic liquid in a riveting manner, wherein the ionic liquid comprises an anion and a cation; wherein, the cation has a structure represented by Formula I or Formula II; the anion has a structure represented by Formula III, Formula IV or Formula V; wherein R 1 and R 2 independently from each other are C1-C6 alkyl, C2-C6 alkenyl or C3-C6 aryl. the ionic liquid comprises an anion and a cation; wherein, the cation has a structure represented by Formula I or Formula II; the anion has a structure represented by Formula III, Formula IV or Formula V; wherein R 1 and R 2 independently from each other are C1-C6 alkyl, C2-C6 alkenyl or C3-C6 aryl.
Measuring device, configured for a fill level measurement, a limit level measurement or a pressure measurement in a container, comprising: a sensor, which is configured to detect a measuring value; and a fastening device, on which the sensor is arranged and/or fastened; wherein the fastening device is configured to releasably attach the sensor to a planar surface of a container wall; wherein the fastening device comprises at least one suction cup that is configured to detachably attach the sensor to the container by means of an underpressure in the at least one suction cup; wherein the fastening device comprises a clamping device, which is configured to generate the underpressure in the at least one suction cup; wherein the fastening device is configured to activate or deactivate the sensor by switching the clamping device. a sensor, which is configured to detect a measuring value; and a fastening device, on which the sensor is arranged and/or fastened; wherein the fastening device is configured to releasably attach the sensor to a planar surface of a container wall; wherein the fastening device comprises at least one suction cup that is configured to detachably attach the sensor to the container by means of an underpressure in the at least one suction cup; wherein the fastening device comprises a clamping device, which is configured to generate the underpressure in the at least one suction cup; wherein the fastening device is configured to activate or deactivate the sensor by switching the clamping device.