mhurhangee/ep-ind-claims huggingface dataset:
Condition monitoring system for bearing units for a vehicle, the system comprising at least one condition monitoring unit for measuring at least one operating parameter of one bearing unit and a control unit for receiving and processing signals obtained from the condition monitoring unit; characterized in that the control unit is configured to activate or deactivate the at least one condition monitoring unit upon reaching at least one predetermined waypoint stored in a waypoint memory of said control unit, and in that the system further comprises a waypoint setting unit for setting said at least one waypoint at which the at least one condition monitoring unit shall be activated or deactivated and storing said waypoint in the waypoint memory, wherein said waypoint setting unit is configured to process route data including data on at least a curviness of at least one route on which the vehicle is intended to travel, said processing of route data including extracting at least one route section within which the curviness of the route is in a predetermined range and setting the at least one waypoint within said extracted route section.
A method for testing the operation of a sensorless check device for a primary load path failure detection device, wherein the sensorless check device has an actuator surface associated with a check device pin and an elastic return mechanism for returning the actuator surface and the check device pin to a start position after use, the method comprising: bringing a piston of a testing apparatus into contact with an actuator surface associated with the check device pin, wherein a piston spring of the testing apparatus urges the piston toward the actuator surface, and wherein the piston spring is softer than the elastic return mechanism of the check device; compressing the piston spring until a load can be applied via the piston to the actuator surface to move the actuator surface; recording the position of the piston at the start of the movement of the actuator surface in order to establish a reference position; depressing the check device pin using the testing apparatus to simulate use of the check device; releasing the check device pin and allowing it to return toward the reference position being urged by its elastic return mechanism; determining when the check device pin reaches a final position by determining when the actuator surface is no longer applying a force to the piston; and comparing the final position of the check device pin to the reference position to ensure that the check device pin returns to its original position. bringing a piston of a testing apparatus into contact with an actuator surface associated with the check device pin, wherein a piston spring of the testing apparatus urges the piston toward the actuator surface, and wherein the piston spring is softer than the elastic return mechanism of the check device; compressing the piston spring until a load can be applied via the piston to the actuator surface to move the actuator surface; recording the position of the piston at the start of the movement of the actuator surface in order to establish a reference position; depressing the check device pin using the testing apparatus to simulate use of the check device; releasing the check device pin and allowing it to return toward the reference position being urged by its elastic return mechanism; determining when the check device pin reaches a final position by determining when the actuator surface is no longer applying a force to the piston; and comparing the final position of the check device pin to the reference position to ensure that the check device pin returns to its original position.
A method for transmitting data, applicable to a server device, comprising: identifying a set of objects in a road environment based on collection data associated with the road environment from a server device; dividing the set of objects into subsets based on distances between the objects and the server device; for each subset, generating a data packet based on a portion of the collection data associated with objects in the subset; and transmitting the data packet to at least one client device, the at least one client device being located in a region associated with a first region where the objects in the subset are located. identifying a set of objects in a road environment based on collection data associated with the road environment from a server device; dividing the set of objects into subsets based on distances between the objects and the server device; for each subset, generating a data packet based on a portion of the collection data associated with objects in the subset; and transmitting the data packet to at least one client device, the at least one client device being located in a region associated with a first region where the objects in the subset are located.
An electrical power and/or electrical signal transmission system for transmitting electrical power and/or electrical signals from a location on a first side of a metallic wall to a location on a second side of the metallic wall, the system comprising transmitting apparatus comprising an electrical source and a first transformer, the electrical source being electrically connected to a primary winding of the first transformer and first and second ends of a secondary winding (61 b) of the first transformer being electrically connected to respective spaced locations on the first side of the metallic wall for applying electrical power and/or electrical signals to the metallic wall; and the system comprising receiving apparatus comprising a receiving module for receiving electrical power and/or electrical signals and a second transformer, first and second ends of a primary winding (31 a) of the second transformer being electrically connected to respective spaced locations on the second, opposite, side of the metallic wall for picking up electrical power and/or electrical signals from the metallic wall and the receiving module being electrically connected to a secondary winding (31 b) of the second transformer to enable electrical power and/or electrical signals to be transmitted from the electrical source to the receiving module.
A polymer composition, comprising: a thermoplastic base polymer, an inorganic desiccant material, and an additive characterized in that the additive is a polyether block amide and the inorganic desiccant material is present in an amount of 50 wt% or more, based on the total weight of the composition. a thermoplastic base polymer, an inorganic desiccant material, and an additive characterized in that the additive is a polyether block amide and the inorganic desiccant material is present in an amount of 50 wt% or more, based on the total weight of the composition.
A vial access device (10; 100) comprising: a housing having first and second connectors (18, 20), the first connector configured to be secured to a first container, the second connector configured to be secured to a second container; a spike member extending from the housing and having a proximal end and a distal end, the spike member defining a vent lumen and a fluid lumen spaced from the vent lumen, each of the vent lumen and the fluid lumen having a distal opening (66, 68), wherein the distal openings (66, 68) of the vent lumen and the fluid lumen are each defined by a proximal edge and a distal edge (76, 78) spaced axially from the proximal edge, the distal edge of the fluid lumen is positioned proximally from the distal opening of the vent lumen in a direction extending parallel to a longitudinal axis of the spike member, wherein the spike member comprises a ring extending radially outward from the spike member, wherein the ring is configured to engage a portion of a stopper upon penetrating the stopper with the spike member, and wherein a circumference of a portion of the spike member that is positioned distally of the ring is larger than a circumference of a portion of the spike member that is positioned adjacent to the distal openings (66, 68) of the vent and fluid lumens (56, 58). a housing having first and second connectors (18, 20), the first connector configured to be secured to a first container, the second connector configured to be secured to a second container; a spike member extending from the housing and having a proximal end and a distal end, the spike member defining a vent lumen and a fluid lumen spaced from the vent lumen, each of the vent lumen and the fluid lumen having a distal opening (66, 68), wherein the distal openings (66, 68) of the vent lumen and the fluid lumen are each defined by a proximal edge and a distal edge (76, 78) spaced axially from the proximal edge, the distal edge of the fluid lumen is positioned proximally from the distal opening of the vent lumen in a direction extending parallel to a longitudinal axis of the spike member, wherein the spike member comprises a ring extending radially outward from the spike member, wherein the ring is configured to engage a portion of a stopper upon penetrating the stopper with the spike member, and wherein a circumference of a portion of the spike member that is positioned distally of the ring is larger than a circumference of a portion of the spike member that is positioned adjacent to the distal openings (66, 68) of the vent and fluid lumens (56, 58).
Method for interfacing in real time a plurality of mobile elements (110, 110') with a computer system, the method comprising the following steps, - transmission (1015, 1114, 1305) of an activation signal to at least one localisation module (700, 700-1, 700-2) incorporated in at least one mobile element of said plurality of mobile elements; - sequential activation of said at least one localisation module, said activation comprising a switching step to excite, in response to the reception of said activation signal, a radiating element of said at least one localisation module; - reception of at least one signal from said at least one activated localisation module by means of a detection surface comprising a grid of row/column for electromagnetic sensing; - measurement of voltages induced in the grid of row/column type of the detection surface: - calculation (1020, 1116), on the basis of said measured induced voltages, of at least one item of information on position of said mobile element comprising said at least one activated localisation module, a single localisation module being able to be activated at a given instant, characterized in that said activation signal is a common activation signal for common control of the activation of a plurality of localisation modules; and the method further comprises a step to calculate a time delay value for each localisation module of said plurality of localisation modules, said time delay value representing a time interval between the reception of an activation signal and the activation of the localisation module. - transmission (1015, 1114, 1305) of an activation signal to at least one localisation module (700, 700-1, 700-2) incorporated in at least one mobile element of said plurality of mobile elements; - sequential activation of said at least one localisation module, said activation comprising a switching step to excite, in response to the reception of said activation signal, a radiating element of said at least one localisation module; - reception of at least one signal from said at least one activated localisation module by means of a detection surface comprising a grid of row/column for electromagnetic sensing; - measurement of voltages induced in the grid of row/column type of the detection surface: - calculation (1020, 1116), on the basis of said measured induced voltages, of at least one item of information on position of said mobile element comprising said at least one activated localisation module,
An absorbable iron-based implantable device, comprising: an iron-based substrate and an iron absorption promoter attached to the iron-based substrate, wherein the iron absorption promoter is a polymer, and an antioxidant structural unit is contained in the molecular chain of the iron absorption promoter, wherein the iron absorption promoter is capable of being degraded to release an antioxidant, and wherein the mass ratio of the iron absorption promoter to iron in the iron-based substrate is 0.05:1 to 3:1. an iron-based substrate and an iron absorption promoter attached to the iron-based substrate, wherein the iron absorption promoter is a polymer, and an antioxidant structural unit is contained in the molecular chain of the iron absorption promoter, wherein the iron absorption promoter is capable of being degraded to release an antioxidant, and wherein the mass ratio of the iron absorption promoter to iron in the iron-based substrate is 0.05:1 to 3:1.
An apparatus for a display, the apparatus comprising: a first group of primary light sources (202; 400; 450; 475) to illuminate in a first direction a first light guide with a first light, the first light guide directing the first light to a second direction perpendicular to the first direction, the first group of primary light sources (202; 400; 450; 475) disposed within a cavity of a second light guide, both the second light guide and the cavity coupled to the first light guide in the first direction in a tile assembly without overlapping the first light guide; a second group of primary light sources (203; 400; 450; 475) to illuminate in the first direction the second light guide with a second light, the second light guide having a sloped surface configured to direct the second light to the second direction, the cavity underlying the sloped surface in a direction opposite to the second direction.
An apparatus for simultaneous clamping of a plurality of workpieces on an indexing attachment having a face plate on a machine tool for machining, comprising a first stationary jaw and a second jaw which is adjustable relative to the first jaw for clamping/securing a workpiece between the jaws (25,11) during the machining, wherein the stationary jaw comprises first means for fastening thereof to the machine tool on the indexing attachment without play, characterized in that the stationary jaw comprises second means for parallel guidance of the second adjustable jaw without play, and the stationary jaw which can be connected to the indexing attachment and the adjustable jaw connected to the stationary jaw are connected to one another with a tensioning element for clamping by tension and make it possible to produce a parallel clamping for simultaneous gripping of two workpieces between the two jaws (11, 25), in which two identical workpieces are simultaneously clamped in an exactly defined position. the stationary jaw comprises second means for parallel guidance of the second adjustable jaw without play, and the stationary jaw which can be connected to the indexing attachment and the adjustable jaw connected to the stationary jaw are connected to one another with a tensioning element for clamping by tension and make it possible to produce a parallel clamping for simultaneous gripping of two workpieces between the two jaws (11, 25), in which two identical workpieces are simultaneously clamped in an exactly defined position.
A device for further processing a fluid agent, in particular a maintenance device for medical or dental handpieces, wherein the agent is stored in a pressurized container, wherein the device has a coupling apparatus with a pivotably mounted adapter for forming a screw connection to the pressurized container, and wherein the coupling apparatus has a clasp-like holder for the adapter.
A method, performed by a user equipment, UE (1200, 1410), for selecting a contention-based random-access, CBRA, procedure for an initial access to a cell served by a network node (1300, 1430) in a wireless communication network, the method comprising: determining a value indicative of a current timing advance, TA; if the value does not exceed a certain threshold, selecting a first CBRA procedure not involving receiving a TA command prior to transmitting payload data to the cell; otherwise selecting a second CBRA procedure invovling receiving a TA command prior to transmitting payload data to the cell; and performing the selected CBRA procedure for the initial access to the cell; further comprising: receiving an indication, from the network node, of whether selecting the first CBRA procedure is enabled or disabled for the cell; and performing the second CBRA procedure based on determining, from the indication, that the selecting of the first CBRA is disabled for the cell. determining a value indicative of a current timing advance, TA; if the value does not exceed a certain threshold, selecting a first CBRA procedure not involving receiving a TA command prior to transmitting payload data to the cell; otherwise selecting a second CBRA procedure invovling receiving a TA command prior to transmitting payload data to the cell; and performing the selected CBRA procedure for the initial access to the cell; further comprising: receiving an indication, from the network node, of whether selecting the first CBRA procedure is enabled or disabled for the cell; and performing the second CBRA procedure based on determining, from the indication, that the selecting of the first CBRA is disabled for the cell. receiving an indication, from the network node, of whether selecting the first CBRA procedure is enabled or disabled for the cell; and performing the second CBRA procedure based on determining, from the indication, that the selecting of the first CBRA is disabled for the cell.
Device (13, 17) to break a direct electrical current flowing through a power transmission or distribution line comprising a parallel connection of a main breaker (8, 15) and a non-linear resistor, the main breaker (8, 15) comprising at least one power semiconductor switch of a first current direction, wherein the device further comprises a series connection of a high speed switch comprising at least one mechanical switch and of an auxiliary breaker (9, 16), the auxiliary breaker (9, 16) having a smaller on-resistance than the main breaker (8, 15) and comprising at least one power semiconductor switch of the first current direction, where the series connection is connected in parallel to the parallel connection; and the device is adapted to open the auxiliary breaker upon receipt of an auxiliary breaker signal prior to a decision to open the main breaker having been taken. the device further comprises a series connection of a high speed switch comprising at least one mechanical switch and of an auxiliary breaker (9, 16), the auxiliary breaker (9, 16) having a smaller on-resistance than the main breaker (8, 15) and comprising at least one power semiconductor switch of the first current direction, where the series connection is connected in parallel to the parallel connection; and the device is adapted to open the auxiliary breaker upon receipt of an auxiliary breaker signal prior to a decision to open the main breaker having been taken.
A needle assembly for an injection device, comprising: A needle hub having connecting means for connecting the needle hub to the injection device, A needle cannula secured to the hub and having a patient end, A removable needle cap adapted to cover the patient end of the needle cannula in a non-use situation, wherein the needle assembly further comprises releasable locking means (3, 4) which prevents the needle cap from being removed from the needle hub and which releasable locking means (3, 4) is releasable, to allow the needle cap to be removed from the needle hub, when the connecting means is activated by the injection device, being connected to the connection means thereby activating the connecting means and wherein the locking means (3, 4) is integrated with the needle hub, and comprises a number of arms, where at least one of the arms is adapted to grippingly engage the needle cap, and thereby lock the needle cap to the needle hub. A needle hub having connecting means for connecting the needle hub to the injection device, A needle cannula secured to the hub and having a patient end, A removable needle cap adapted to cover the patient end of the needle cannula in a non-use situation, wherein the needle assembly further comprises releasable locking means (3, 4) which prevents the needle cap from being removed from the needle hub and which releasable locking means (3, 4) is releasable, to allow the needle cap to be removed from the needle hub, when the connecting means is activated by the injection device, being connected to the connection means thereby activating the connecting means and wherein the locking means (3, 4) is integrated with the needle hub, and comprises a number of arms, where at least one of the arms is adapted to grippingly engage the needle cap, and thereby lock the needle cap to the needle hub.
A compound of Formula: or a stereoisomer or mixture thereof, wherein: R is an unsubstituted or substituted C 3 -C 8 branched chain alkyl, an unsubstituted or substituted C 3 -C 8 straight chain alkenyl, an unsubstituted or substituted C 3 -C 8 straight chain alkynyl, an unsubstituted or substituted C 3 -C 8 cycloalkyl or an unsubstituted or substituted C 2 -C 8 alkyl(alkylthio); wherein the term "substituted" means that a group can be further substituted by replacement of one or more hydrogen radicals with one or more groups selected from oxygen, nitrogen, sulfur, alkyl, alkenyl, alkynyl, aryl, halo, halo alkyl, haloalkenyl, haloalkynyl, haloaryl, hydroxy, alkoxy, carboxy, haloalkoxy, nitro, nitroalkyl, nitroalkenyl, nitroalkynyl, nitroaryl, nitroheterocyclyl, azido, amino, alkylamino, alkenylamino, alkynylamino, arylamino, benzylamino, acyl, alkenylacyl, alkynylacyl, arylacyl, acylamino, acyloxy, aldehydo, alkylsulfonyl, arylsulfonyl, alkylsulfonylamino, arylsulfonylamino, alkylsulfonyloxy, arylsulfonyloxy, heterocyclyl, heterocycloxy, helerocyclylamino, haloheterocyclyl, alkylsulfenyl, arylsulfenyl, carboalkoxy, carboaryloxy, mercapto, alkylthio, arylthio, and acylthio; with the proviso that R is not tert-butyl.
An aerosol-generating article (10, 100, 310) comprising: an aerosol-generating substrate (12, 114, 312); a filter (18, 122, 314) in axial alignment with the aerosol-generating substrate (12, 114, 312), the filter (18, 122, 314) comprising at least one filter segment (126, 318) of filtration material formed of a plurality of fibres comprising a polyhydroxyalkanoate compound, wherein the fibres have a denier per filament (dpf) of between 5.0 and 12.0, wherein the at least one filter segment (126, 318) comprises at least 20 percent by weight of the polyhydroxyalkanoate compound and wherein the resistance to draw of the at least one filter segment (126, 318) is between 10 millimetres H 2 O and 25 millimetres H 2 O. an aerosol-generating substrate (12, 114, 312); a filter (18, 122, 314) in axial alignment with the aerosol-generating substrate (12, 114, 312), the filter (18, 122, 314) comprising at least one filter segment (126, 318) of filtration material formed of a plurality of fibres comprising a polyhydroxyalkanoate compound, wherein the fibres have a denier per filament (dpf) of between 5.0 and 12.0, wherein the at least one filter segment (126, 318) comprises at least 20 percent by weight of the polyhydroxyalkanoate compound and wherein the resistance to draw of the at least one filter segment (126, 318) is between 10 millimetres H 2 O and 25 millimetres H 2 O.
A contact system, comprising a carbon printed-circuit-board surface, a spring, which contacts on the carbon printed-circuit-board surface, as well as electronic means, characterised in that the spring is equipped with an elevated spring force acting on the carbon printed-circuit-board surface, and in that the electronic means are set up to compensate a higher contact resistance between the spring and the carbon printed-circuit-board surface prevailing because of the use of the carbon printed-circuit-board for contacting with the spring.