mhurhangee/ep-ind-claims huggingface dataset:
An operating method for a portable electric device, the portable electric device having a fixing component, a body, and an authentication register disposed in the body, the body having a first part and a second part, the method comprising the following steps in order: determining whether the fixing component is attached to the body so that the first part and the second part of the body are attached to each other to make the body a ring shape; and performing a first biometric identity, ID, verification when the fixing component is attached to the body; characterised in both setting the authentication register and locking the fixing component attached to the body when the first biometric ID verification is successful, and performing a security related application when the authentication register is set and the fixing component is locked to the body; and when the first biometric ID verification is successful, the authentication register is set to a first value and the fixing component is locked to the body, the method further comprises: setting the authentication register to a second value when the fixing component is detached from the body without a second biometric ID verification; wherein the security related application is performed only when the authentication register is set to the first value. determining whether the fixing component is attached to the body so that the first part and the second part of the body are attached to each other to make the body a ring shape; and performing a first biometric identity, ID, verification when the fixing component is attached to the body; characterised in both setting the authentication register and locking the fixing component attached to the body when the first biometric ID verification is successful, and performing a security related application when the authentication register is set and the fixing component is locked to the body; and when the first biometric ID verification is successful, the authentication register is set to a first value and the fixing component is locked to the body, the method further comprises: setting the authentication register to a second value when the fixing component is detached from the body without a second biometric ID verification; wherein the security related application is performed only when the authentication register is set to the first value. setting the authentication register to a second value when the fixing component is detached from the body without a second biometric ID verification; wherein the security related application is performed only when the authentication register is set to the first value.
A coffee machine comprising a brewing unit, a containing hopper for containing a plurality of coffee beans, a grinder for grinding coffee beans, a frame comprising a compartment, said compartment having a housing zone for housing said hopper, a housing zone for housing said grinder and a housing zone for housing said brewing unit, said coffee machine further comprising a shaped elastomeric membrane for sound insulation positioned in said compartment and extending below said hopper to interrupt the continuity of the empty space present inside said compartment, said hopper comprising an unloading mouth for unloading the coffee beans and said grinder comprising a receiving mouth for receiving the coffee beans, characterised in that said membrane is interposed between said hopper and said grinder and comprises a first through opening connecting said unloading mouth and said receiving mouth.
A rotating machinery equipment including a rotating electrical machine comprising: a stator; a rotating shaft; a rotor mounted on said rotating shaft and rotating therewith; a cooling fan comprised of a rotating impeller having a gas inlet and a gas outlet and mounted at a first end of said rotating shaft and rotating therewith; and cooling gas passages (45, 47) for delivering compressed cooling gas through the stator and rotor; characterized by a thrust disk integrally rotating with said impeller; wherein a cooling-gas distribution chamber is provided between the cooling fan and the stator and rotor, in fluid communication with said cooling fan and said cooling gas passages (45, 47), compressed cooling gas delivered by said cooling fan being received in the cooling-gas distribution chamber and distributed therefrom to said cooling gas passages (45, 47); and wherein the cooling fan is provided with a thrust surface facing the stator and rotor, said thrust surface being located on the thrust disk, gas pressure in the cooling-gas distribution chamber acting on said thrust surface, generating an axial force on said rotating shaft, said axial force being oriented in a direction opposite the cooling gas flow through the stator and rotor. a stator; a rotating shaft; a rotor mounted on said rotating shaft and rotating therewith; a cooling fan comprised of a rotating impeller having a gas inlet and a gas outlet and mounted at a first end of said rotating shaft and rotating therewith; and cooling gas passages (45, 47) for delivering compressed cooling gas through the stator and rotor; characterized by a thrust disk integrally rotating with said impeller;
Actuator device with at least one stationary unit (10a; 10b), with at least one electromagnetic actuator element (12a-d; 13d) which is movable relative to the stationary unit (10a; 10b), and with at least one shape-memory element (14a-d; 15d), which is implemented at least partly of a shape-shiftable shape-memory material, wherein the shape-memory element (14a-d; 15d) is indirectly or directly connected with the actuator element (12a-d; 13d), wherein the shape-memory element (14a-d; 15d) is configured, in at least one operation state, to at least partly hinder a movement of the actuator element (12a-d; 13d) in a first movement direction and a movement of the actuator element (12a-d; 13d) in a second movement direction that differs from the first movement direction and is opposed to the first movement direction at least via a mechanical deformation of a shape-shiftable shape-memory material of the shape-memory element (14a-d; 15d), thus holding the actuator element (12a-d; 13d) in a set position. with at least one stationary unit (10a; 10b), with at least one electromagnetic actuator element (12a-d; 13d) which is movable relative to the stationary unit (10a; 10b), and with at least one shape-memory element (14a-d; 15d), which is implemented at least partly of a shape-shiftable shape-memory material, wherein the shape-memory element (14a-d; 15d) is indirectly or directly connected with the actuator element (12a-d; 13d), wherein the shape-memory element (14a-d; 15d) is configured, in at least one operation state, to at least partly hinder a movement of the actuator element (12a-d; 13d) in a first movement direction and a movement of the actuator element (12a-d; 13d) in a second movement direction that differs from the first movement direction and is opposed to the first movement direction at least via a mechanical deformation of a shape-shiftable shape-memory material of the shape-memory element (14a-d; 15d), thus holding the actuator element (12a-d; 13d) in a set position.
A catheter assembly comprising: an elongate member (214, 614) having a proximal end and a distal end; the distal end having at least one drainage opening (215, 615); a fluid containing member (220, 620); and a container (212, 612) containing the elongate member (214, 614) and the fluid containing member (220, 620); wherein the container (212, 612) comprises a first compartment (213a, 613a) containing the elongate member (214, 614) and a second compartment (213b, 613b) containing the fluid containing member (220, 640), and wherein the first compartment (213a, 613a) and the second compartment (213b, 613b) comprise separate fluid impermeable compartments, characterized in that the fluid containing member (220, 620) comprises a material which swells when exposed to a fluid and which absorbs and retains said fluid in a wall between an inner diameter (220b, 620b) and an outer diameter (220a, 620a). an elongate member (214, 614) having a proximal end and a distal end; the distal end having at least one drainage opening (215, 615); a fluid containing member (220, 620); and a container (212, 612) containing the elongate member (214, 614) and the fluid containing member (220, 620); wherein the container (212, 612) comprises a first compartment (213a, 613a) containing the elongate member (214, 614) and a second compartment (213b, 613b) containing the fluid containing member (220, 640), and wherein the first compartment (213a, 613a) and the second compartment (213b, 613b) comprise separate fluid impermeable compartments, characterized in that the fluid containing member (220, 620) comprises a material which swells when exposed to a fluid and which absorbs and retains said fluid in a wall between an inner diameter (220b, 620b) and an outer diameter (220a, 620a).
Coil system for a superconducting motor comprising first and second apertures, said coil system comprising: - a coil formed from several strips stacked on each other and wound in such a way as to form a first straight section intended to pass through the first aperture and having a first end and a second end, a second straight section intended to pass through the second aperture and having a first end and a second end, and a winding of at least one turn linking the second ends (208a-b) together and comprising straight sub-sections (210a-b) intended to pass through one of the two apertures and curved sub-sections (210c-e) intended to be outside the apertures and linking the straight sections (202a-b) and sub-sections (210a-b) together, and - for each group comprising a section (202a-b) and each straight sub-section (210a-b) that passes through the same aperture, a shielding system comprising at least one first band and at least one second band made from an electrically superconducting material, in which a first first band is placed against the section or the straight sub-section of the coil which is the outermost, in which a first second band is placed against the section or straight sub-section of the coil which is the innermost of the coil, in which each first end (206a-b) is intended to be electrically connected to an electrical power source, in which each strip is formed from a superconducting material, in which two successive strips in the stack are electrically insulated from each other, and in which each band (252a-b) that is placed next to a strip of the coil is electrically insulated from said strip. - a coil formed from several strips stacked on each other and wound in such a way as to form a first straight section intended to pass through the first aperture and having a first end and a second end, a second straight section intended to pass through the second aperture and having a first end and a second end, and a winding of at least one turn linking the second ends (208a-b) together and comprising straight sub-sections (210a-b) intended to pass through one of the two apertures and curved sub-sections (210c-e) intended to be outside the apertures and linking the straight sections (202a-b) and sub-sections (210a-b) together, and - for each group comprising a section (202a-b) and each straight sub-section (210a-b) that passes through the same aperture, a shielding system comprising at least one first band and at least one second band made from an electrically superconducting material, in which a first first band is placed against the section or the straight sub-section of the coil which is the outermost, in which a first second band is placed against the section or straight sub-section of the coil which is the innermost of the coil, in which each first end (206a-b) is intended to be electrically connected to an electrical power source, in which each strip is formed from a superconducting material, in which two successive strips in the stack are electrically insulated from each other, and in which each band (252a-b) that is placed next to a strip of the coil is electrically insulated from said strip.
Method of fastening a guard rail to a concrete slab by means of a self-expanding and self-undercutting bolt (1, 1', 1") having a nominal diameter, said bolt comprising a dowel having expanding lugs and an expansion core (20, 23) having anti-rotation means (24, 240) projecting beyond the nominal diameter, the method comprising: - a phase consisting in drilling a hole (103', 103") in the slab, said hole having a diameter corresponding to the diameter, and a depth, - a phase consisting in driving the bolt in to a desired driving depth, the depth of the hole being larger than the driving depth of the bolt, - a dynamic tightening phase (h) resulting in the formation of the undercut - and a static tightening phase of the guard rail. - a phase consisting in drilling a hole (103', 103") in the slab, said hole having a diameter corresponding to the diameter, and a depth, - a phase consisting in driving the bolt in to a desired driving depth, the depth of the hole being larger than the driving depth of the bolt, - a dynamic tightening phase (h) resulting in the formation of the undercut - and a static tightening phase of the guard rail.
A method in user equipment, UE, the method comprising: in a cooperation mode, in which the UE acts a cooperating UE, CUE, in a cooperating group of UEs: receiving a group-specific common-parameters configuration, CPC, message from a transmit point, TP, over a first spectrum band, the group-specific CPC message comprising information to configure cooperating UEs in the group for synchronous clear channel assessment, CCA, and aligned sidelink transmission starting times in a second spectrum band; and performing a synchronous CCA in the second spectrum band in accordance with a common contention window generated based on the information in the group-specific CPC message. receiving a group-specific common-parameters configuration, CPC, message from a transmit point, TP, over a first spectrum band, the group-specific CPC message comprising information to configure cooperating UEs in the group for synchronous clear channel assessment, CCA, and aligned sidelink transmission starting times in a second spectrum band; and performing a synchronous CCA in the second spectrum band in accordance with a common contention window generated based on the information in the group-specific CPC message.
A moulded vehicle floor having an integral seat attachment point, characterised in that the floor comprises a seat attachment insert that is over-moulded into the floor, wherein the seat attachment point is provided on the seat attachment insert.
A computer-implemented method for determination of real subsoil geological formation characterized in that the method comprises: /a/ receiving a model representing the real subsoil, /b/ receiving a proportions cube describing geological properties of the model, wherein the model is based on observation data comprising at least one seismic image data; /c/ determining a permeability value for a plurality of locations of the model based on the received proportions cube; /d/ determining a gradient of the flow speed based on the permeability value determined for a plurality of locations of the model; /e/ determining a fluvial formation based on the gradient of the flow speed, wherein the determination of the gradient comprises a solving of a Darcy-Weisbach equation. /a/ receiving a model representing the real subsoil, /b/ receiving a proportions cube describing geological properties of the model, wherein the model is based on observation data comprising at least one seismic image data; /c/ determining a permeability value for a plurality of locations of the model based on the received proportions cube; /d/ determining a gradient of the flow speed based on the permeability value determined for a plurality of locations of the model; /e/ determining a fluvial formation based on the gradient of the flow speed,
A furniture arrangement comprising, a table, a control unit configured to control the power supply to at least one power consuming device, characterized in that the table comprises an interface integrated into the tabletop of said table for communicative connection to a mobile device and to the control unit, wherein the control unit is configured to disconnect the power supply to the at least one power consuming device when a communicative connection of the mobile device to the control unit via the interface is not provided.
Method of assembling an electrical connector to a multi-core sheathed cable extending in a longitudinal direction and comprising a plurality of cores surrounded by a cable sheath, wherein - a sealing element of a sealing material is applied to the plurality of cores, wherein the sealing element is a solid, integral and non-slitted component and comprises a single feedthrough through the sealing material for each of the cores, wherein - the sealing element is pushed onto the plurality of cores, - subsequently a contact element is connected at the end to the respective cores, - subsequently the cores are mounted in a connector housing, the connector housing having a receptacle at its rear end and the sealing element being pushed into the receptacle and being displaced along the cores for this purpose, so that the sealing element lies in the receptacle in a sealing manner, - a sealing sheath is applied, which extends from the rear end of the connector housing to the cable sheath, wherein - the sealing element is manufactured in such a way that the sealing element tapers conically in the longitudinal direction, - the receptacle is manufactured in such a way that the receptacle has a conical design complementary to the sealing element, - the sealing element is manufactured in such a way that the sealing element is softer than the connector housing, - the sealing element is manufactured from a thermoplastic polyurethane material. - a sealing element of a sealing material is applied to the plurality of cores, wherein the sealing element is a solid, integral and non-slitted component and comprises a single feedthrough through the sealing material for each of the cores, wherein - the sealing element is pushed onto the plurality of cores, - subsequently a contact element is connected at the end to the respective cores, - subsequently the cores are mounted in a connector housing, the connector housing having a receptacle at its rear end and the sealing element being pushed into the receptacle and being displaced along the cores for this purpose, so that the sealing element lies in the receptacle in a sealing manner, - a sealing sheath is applied, which extends from the rear end of the connector housing to the cable sheath, wherein - the sealing element is manufactured in such a way that the sealing element tapers conically in the longitudinal direction, - the receptacle is manufactured in such a way that the receptacle has a conical design complementary to the sealing element, - the sealing element is manufactured in such a way that the sealing element is softer than the connector housing, - the sealing element is manufactured from a thermoplastic polyurethane material.
An equipment for eliminating falsification of vehicle airbag deployment history which has a tag, which is attached to an airbag and has the unique identification data, information, a tag reader that reads and / or records the unique tag identification and other data, information and has communication means for sending and receiving the read data, information, a database where the tag identification data information is linked with the vehicle identification data information, characterized in that the tag further comprises an antenna, a data storage device linked with it, a memory module and a computation device, wherein when the airbag deploys, the antenna is cut off, so that the tag can no longer function. a tag, which is attached to an airbag and has the unique identification data, information, a tag reader that reads and / or records the unique tag identification and other data, information and has communication means for sending and receiving the read data, information, a database where the tag identification data information is linked with the vehicle identification data information, characterized in that the tag further comprises an antenna, a data storage device linked with it, a memory module and a computation device, wherein when the airbag deploys, the antenna is cut off, so that the tag can no longer function.
Method for obtaining an arm for multi-link suspensions of automotive vehicles, characterized in that it comprises the following sequential steps: a) extruding a hollow profile the cross-section of which has a closed outer contour formed by side walls (1, 1') and comprising at least one inner partition internally splitting the profile into at least two inner cavities, b) transversely cutting the extruded profile into sections corresponding with the length of the arm to be obtained, according to a longitudinal axis of the arm, c) in a central section of the arm, machining at least one side wall having no inner partition extending therefrom without the machining ever reaching said at least one inner partition, and d) in the side walls having said at least one inner partition extending therefrom, making at least one end opening in each end area of the arm, between which the central section is arranged. a) extruding a hollow profile the cross-section of which has a closed outer contour formed by side walls (1, 1') and comprising at least one inner partition internally splitting the profile into at least two inner cavities, b) transversely cutting the extruded profile into sections corresponding with the length of the arm to be obtained, according to a longitudinal axis of the arm, c) in a central section of the arm, machining at least one side wall having no inner partition extending therefrom without the machining ever reaching said at least one inner partition, and d) in the side walls having said at least one inner partition extending therefrom, making at least one end opening in each end area of the arm, between which the central section is arranged.