mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for compressing a material, the apparatus having a central longitudinal axis and comprising: a plurality of levers, wherein each lever has a lever longitudinal axis; a plurality of jaws, wherein each jaw is attached to a lever, and wherein each jaw has a compression surface having an area; and a shaping element associated with at least one compression surface; and characterised by comprising: a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface, wherein the compression surface defines a plane that is generally parallel to the lever longitudinal axis. a plurality of levers, wherein each lever has a lever longitudinal axis; a plurality of jaws, wherein each jaw is attached to a lever, and wherein each jaw has a compression surface having an area; and a shaping element associated with at least one compression surface; and characterised by comprising: a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface, wherein the compression surface defines a plane that is generally parallel to the lever longitudinal axis. a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface, wherein the compression surface defines a plane that is generally parallel to the lever longitudinal axis.
A method of transmitting an uplink signal to a base station, BS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from the BS, downlink control information, DCI, for scheduling one or more downlink data; receiving, from the BS, the one or more downlink data based on the DCI; and transmitting, to the BS through an uplink resource, uplink control information corresponding to the one or more downlink data wherein an uplink candidate resource group is determined from a set of uplink candidate resources including a plurality of uplink candidate resource groups based on indication information included in the DCI, and wherein the uplink resource is determined based on a control channel element, CCE, index in which the DCI is transmitted from a plurality of uplink candidate resources included in the determined uplink candidate resource group, and characterized in that wherein, based on before information for a first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is a second set of cellspecific uplink candidate resources informed from the base station by system information, and wherein, based on after the information for the first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is the first set of dedicated uplink candidate resources for the UE. receiving, from the BS, downlink control information, DCI, for scheduling one or more downlink data; receiving, from the BS, the one or more downlink data based on the DCI; and transmitting, to the BS through an uplink resource, uplink control information corresponding to the one or more downlink data wherein an uplink candidate resource group is determined from a set of uplink candidate resources including a plurality of uplink candidate resource groups based on indication information included in the DCI, and wherein the uplink resource is determined based on a control channel element, CCE, index in which the DCI is transmitted from a plurality of uplink candidate resources included in the determined uplink candidate resource group, and characterized in that wherein, based on before information for a first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is a second set of cellspecific uplink candidate resources informed from the base station by system information, and wherein, based on after the information for the first set of dedicated uplink candidate resources for the UE being received from the base station via higher layer signaling, the set of uplink candidate resources is the first set of dedicated uplink candidate resources for the UE.
A method of manufacturing a bent member having a bent portion which is bent three-dimensionally intermittently or continuously in its lengthwise direction comprising supporting a hollow elongated metal material having a closed transverse cross-sectional shape at a first position while feeding it in its lengthwise direction, forming a high temperature portion which moves in the axial direction of the metal material by performing induction heating of the metal material at a second position located downstream of the first position in the feed direction of the metal material using an induction heating coil and cooling the metal material at a third position located downstream of the second position in the feed direction of the metal material, and three-dimensionally varying the position of a gripping mechanism which grips the metal material in a region downstream of the third position in the feed direction of the metal material to apply a bending moment to the high temperature portion, characterized in comprising a step of taking into consideration a wall thickness of the metal material, and depending on the wall thickness of the metal material, setting conditions of a feed speed, induction heating coil, and frequency of the alternating current for the induction heating coil as follows: when the wall thickness of the metal material is at most 2.0 mm, the feed speed of the metal material is made 5 - 150 mm/sec, an induction heating coil having 1 winding is used as the induction heating coil, and an alternating current at 5 - 100 kHz is applied to the induction heating coil, and/or when the wall thickness of the metal material is greater than 2.0 mm and at most 3.0 mm, an induction heating coil having 2 windings is used as the induction heating coil, and the frequency (kHz) of the alternating current supplied to the induction heating coil and the feed speed (mm/sec) of the metal material are adjusted so as to satisfy the relationships given by the following Equations and: f < 3000 / V f ≥ 0.08 V wherein, f is the frequency, V is the feed speed, 5 kHz ≤ f ≤ 100 kHz, and 5 mm/sec ≤ V ≤ 150 mm/sec. when the wall thickness of the metal material is at most 2.0 mm, the feed speed of the metal material is made 5 - 150 mm/sec, an induction heating coil having 1 winding is used as the induction heating coil, and an alternating current at 5 - 100 kHz is applied to the induction heating coil, and/or when the wall thickness of the metal material is greater than 2.0 mm and at most 3.0 mm, an induction heating coil having 2 windings is used as the induction heating coil, and the frequency (kHz) of the alternating current supplied to the induction heating coil and the feed speed (mm/sec) of the metal material are adjusted so as to satisfy the relationships given by the following Equations and: f < 3000 / V f ≥ 0.08 V wherein, f is the frequency, V is the feed speed, 5 kHz ≤ f ≤ 100 kHz, and 5 mm/sec ≤ V ≤ 150 mm/sec.
Bicycle handle with an inner sleeve, a handle element surrounding the inner sleeve, and a clamping element which surrounds the inner sleeve in particular entirely in a clamping region, the clamping element clampingly fastening the inner sleeve on a bicycle handlebar, characterized in that the clamping element is at least partly surrounded by a protective sleeve that is connected to, in particular integrally formed with the inner sleeve, and the handle element (24, 26) covers the protective sleeve in particular entirely.
An electromagnetic pump comprising: a conduit comprising an inlet and an outlet; a first magnetic field generating unit for generating a first magnetic field having a first component with a first direction in the conduit; a second magnetic field generating unit for generating a second magnetic field having a second component with a second direction in the conduit, the second direction being substantially opposite to the first direction; a piston member disposed within the conduit, the piston member being moveable within the conduit under the influence of the first and/or second magnetic fields to pump fluid received from the inlet of the conduit to the outlet of the conduit, characterised in that, the electromagnetic pump further comprises one or more biasing means for urging the piston member away from one or both of the inlet and the outlet of the conduit and into an equilibrium position between the first magnetic field generating unit and second magnetic field generating unit, wherein the biasing means comprise one or more magnetic members (119, 121) wherein the first magnetic field generating unit and the second magnetic field generating unit are sufficiently proximate to one another that in the equilibrium position, the end portions of the piston member are proximate to the facing end portions of the first and second magnetic field generating units (109; 111). a conduit comprising an inlet and an outlet; a first magnetic field generating unit for generating a first magnetic field having a first component with a first direction in the conduit; a second magnetic field generating unit for generating a second magnetic field having a second component with a second direction in the conduit, the second direction being substantially opposite to the first direction; a piston member disposed within the conduit, the piston member being moveable within the conduit under the influence of the first and/or second magnetic fields to pump fluid received from the inlet of the conduit to the outlet of the conduit, characterised in that, the electromagnetic pump further comprises one or more biasing means for urging the piston member away from one or both of the inlet and the outlet of the conduit and into an equilibrium position between the first magnetic field generating unit and second magnetic field generating unit, wherein the biasing means comprise one or more magnetic members (119, 121) wherein the first magnetic field generating unit and the second magnetic field generating unit are sufficiently proximate to one another that in the equilibrium position, the end portions of the piston member are proximate to the facing end portions of the first and second magnetic field generating units (109; 111).
A light emitting module comprising: a semiconductor light emitting element which has a light emitting surface from which light is emitted; a circuit board on which the semiconductor light emitting element is mounted; a luminescent material layer which is disposed so as to cover the emitting surface of the semiconductor light emitting element and which changes a wavelength of at least part of light emitted from the semiconductor light emitting element; and a light shielding wall which is provided on the circuit board and which surrounds the semiconductor light emitting element and the luminescent material layer from the circumference thereof, wherein the luminescent material layer is bonded to the semiconductor light emitting element and the light shielding wall with a bonding resin having a light transmittivity, and wherein a distal end portion of the light shielding wall is caused to project further forwards than the luminescent material layer, and characterized in that a transparent resin having a light transmittivity is applied so as to cover at least an exposed surface of the distal end portion of the light shielding wall, and in that a plurality of semiconductor light emitting elements like the semiconductor light emitting element are mounted side by side at predetermined intervals, in that the same number of luminescent material layers like the luminescent material layer as the plurality of semiconductor light emitting elements are disposed so as to cover individually light emitting surfaces of the semiconductor light emitting elements, and in that a plurality of light shielding walls like the light shielding wall is provided on the circuit board, the plurality of light shielding walls is provided so as to surround the plurality of semiconductor light emitting elements and the plurality of luminescent material layers from the circumference thereof, and in that the transparent resin is only applied to an outer circumferential portion of the opening portion so as to cover the exposed surfaces of the distal end portions of the light shielding walls.
A bi-directional filter comprising an outer housing and a filter assembly unit, the outer housing being provided with one inlet for contaminated fluid and at least one outlet (12, 130, 140), where the filter assembly unit comprises at least one separation void (2a, 2b) for contaminated fluid, a lower disc, an upper disc and plurality of filters; wherein the lower disc, upper disc and the plurality of filters are arranged with spaces (2, 5) between them, the spaces (2, 5) being used to transport contaminated fluid from the inlet to the plurality of filters and to transport filtered fluid to the at least one outlet (12, 130, 140); wherein the lower disc is provided with one or more riser inlet holes and risers arranged at a distance from a centre of the disc; wherein the filter assembly unit, the at least one separation void (2a, 2b) and the outer housing provide an outer dead end and an inner dead end within the bi-directional filter, the outer dead end and the inner dead end arranged at an outer and an inner periphery of the at least one separation void (2a, 2b), respectively, wherein the filter assembly unit being connected to a drive unit through a shaft; and wherein each of the filters is provided with one or more riser inlet holes and risers arranged between the dead ends (13, 14). wherein the lower disc, upper disc and the plurality of filters are arranged with spaces (2, 5) between them, the spaces (2, 5) being used to transport contaminated fluid from the inlet to the plurality of filters and to transport filtered fluid to the at least one outlet (12, 130, 140); wherein the lower disc is provided with one or more riser inlet holes and risers arranged at a distance from a centre of the disc; wherein the filter assembly unit, the at least one separation void (2a, 2b) and the outer housing provide an outer dead end and an inner dead end within the bi-directional filter, the outer dead end and the inner dead end arranged at an outer and an inner periphery of the at least one separation void (2a, 2b), respectively, wherein the filter assembly unit being connected to a drive unit through a shaft; and wherein each of the filters is provided with one or more riser inlet holes and risers arranged between the dead ends (13, 14).
A mechanical warning device for a vehicle, for example particularly for a velocipede, comprising a body, a ringer mounted on said body and a striker movably mounted on said body and relative to said ringer, characterized in that it further comprises a magnet mechanism which is configured such that, when said striker is displaced from a stable position to an intermediate position in which it has been displaced away from said ringer, it drives said striker from said intermediate position to strike said ringer then brings said striker back into said stable position.
A display apparatus for use in a wireless terminal, comprising: a memory for storing user interface, UI data for cases mapped to events occurring in the wireless terminal; a controller for collecting at least one of the events occurring in the wireless terminal, selecting at least one case mapped to the at least one collected event, setting a priority for the occurred event to the at least one selected case, selecting UI data for the case having the highest priority from the memory, and outputting the selected UI data, the UI data comprising a character image; and a display unit for displaying the UI data. a memory for storing user interface, UI data for cases mapped to events occurring in the wireless terminal; a controller for collecting at least one of the events occurring in the wireless terminal, selecting at least one case mapped to the at least one collected event, setting a priority for the occurred event to the at least one selected case, selecting UI data for the case having the highest priority from the memory, and outputting the selected UI data, the UI data comprising a character image; and a display unit for displaying the UI data.
A method for controlling a hydraulic system adapted to perform at least one hydraulic work function in a working machine, wherein the hydraulic system performs the hydraulic control function in accordance with an operation signal determined by a hydraulic system control unit, comprising the steps of: - the control unit receiving an operator control input (α) associated to said work function, - the control unit receiving a load input indicative of a load associated to the work function, - the control unit determining the operation signal in response to the operator control input (α) and the load input, characterized by determining a relationship between the load input and the operation signal so that an increased load input value results in a reduced operation signal value and thus in a reduced hydraulic flow. - the control unit receiving an operator control input (α) associated to said work function, - the control unit receiving a load input indicative of a load associated to the work function, - the control unit determining the operation signal in response to the operator control input (α) and the load input, characterized by
Method for processing of a mass, wherein the mass is located on a carrier, and wherein, by irradiation of the mass with a laser beam, the mass is cut and/or an object of the mass is transferred from the carrier to a collection device, comprising the steps: generating an image of at least a part of the mass on the carrier, automatically evaluating the image to identify predetermined structures, based on the identified structures, automatically selecting a region of the image, determining geometric characteristics (24, 25) of the selected region, and generating control signals for automatic cutting of the mass and/or transferring of the object, wherein the identification of structures in the image is accomplished on the basis of the relations of the structures to each other. generating an image of at least a part of the mass on the carrier, automatically evaluating the image to identify predetermined structures, based on the identified structures, automatically selecting a region of the image, determining geometric characteristics (24, 25) of the selected region, and generating control signals for automatic cutting of the mass and/or transferring of the object, wherein the identification of structures in the image is accomplished on the basis of the relations of the structures to each other.
A method of capturing information associated with a component of a system during a maintenance procedure, comprising: managing a dialog with a user via a wearable device based on a pre-defined dialog file, wherein the pre-defined dialog file is dialog file which includes one or more instructions and one or more audio files that store prompts for carrying on a dialog with the user in order to capture information needed to fill out an information form associated with the maintenance procedure according to a defined process flow that follows the order of accessibility of the information according to the maintenance procedure being performed on the component and not necessarily the order of fields on the form; receiving speech signals at the wearable device based on the dialog; processing the speech signals by the wearable device to identify component information; transmitting the component information from the wearable device to a host computer for use by a maintenance application; receiving the component information at the host computer; providing the component information to the maintenance application; and populating fields of the fillable form of the maintenance application with the component information. managing a dialog with a user via a wearable device based on a pre-defined dialog file, wherein the pre-defined dialog file is dialog file which includes one or more instructions and one or more audio files that store prompts for carrying on a dialog with the user in order to capture information needed to fill out an information form associated with the maintenance procedure according to a defined process flow that follows the order of accessibility of the information according to the maintenance procedure being performed on the component and not necessarily the order of fields on the form; receiving speech signals at the wearable device based on the dialog; processing the speech signals by the wearable device to identify component information; transmitting the component information from the wearable device to a host computer for use by a maintenance application; receiving the component information at the host computer; providing the component information to the maintenance application; and populating fields of the fillable form of the maintenance application with the component information.
A tilting converter comprising a container defining a first axis X and having a loading mouth; a support ring, coaxial to the container and spaced from said container, provided with two diametrically opposed supporting pins, defining a second axis Y orthogonal to the first axis X, adapted to allow a rotation of the converter about said second axis; suspension elements, connecting said container to said support ring, restrained at a first end to the container and at a second end to the support ring; wherein said suspension elements are a plurality of elastic bars (7, 8, 8', 8", 8"', 8 iv) clamped at said first end and at said second end; and wherein said plurality of elastic bars comprises - three groups of first elastic bars arranged parallel to the first axis X, said groups of first bars being arranged substantially equally spaced apart from each other along said support ring; - at least two pairs of second elastic bars (8, 8', 8", 8"', 8iv), each pair of said second bars being arranged on a respective plane parallel to a first plane Y-Z orthogonal to the first axis X, where Z is an axis orthogonal to a second plane X-Y and passing through the intersection point between first axis X and second axis Y; wherein each pair of second bars (8, 8') is symmetrically arranged with respect to a third plane X-Z; wherein the second elastic bars (8, 8', 8", 8"', 8 iv) of each pair are arranged with the respective longitudinal axes converging to each other, and wherein, in a position of the converter with the loading mouth facing upwards, at least one first pair of second elastic bars (8, 8"', 8 iv) is arranged above the first plane Y-Z and above said support ring, and at least one second pair of second elastic bars (8', 8") is arranged underneath the first plane Y-Z and underneath said support ring. - three groups of first elastic bars arranged parallel to the first axis X, said groups of first bars being arranged substantially equally spaced apart from each other along said support ring; - at least two pairs of second elastic bars (8, 8', 8", 8"', 8iv), each pair of said second bars being arranged on a respective plane parallel to a first plane Y-Z orthogonal to the first axis X, where Z is an axis orthogonal to a second plane X-Y and passing through the intersection point between first axis X and second axis Y;