mhurhangee/ep-ind-claims huggingface dataset:
Zero-point clamping system for tool machines, in particular for lathes and/or milling machines, wherein the zero-point clamping system has: - a clamping plate (3, 3') which is set up to be arranged stationarily in relation to the tool machine, - at least one clamping device (5, 5') for clamping workpieces, which is set up to be mounted on the clamping plate (3, 3'), and - a fixing mechanism (17, 17', 17") which is set up to reversibly releasably fix the clamping device (5, 5') on the clamping plate (3, 3') characterised in that - the clamping device (5, 5') has several mounting recesses (19, 41), and the clamping plate (3, 3') has a plurality of mounting elements, which are set up to engage in the mounting recesses of the clamping device (5, 5'), and - the clamping device (5, 5') has the fixing mechanism (17, 17', 17"), wherein the fixing mechanism (17, 17', 17") is set up to reversibly releasably fix the mounting elements when they are in engagement with the corresponding mounting recesses (19,41). - a clamping plate (3, 3') which is set up to be arranged stationarily in relation to the tool machine, - at least one clamping device (5, 5') for clamping workpieces, which is set up to be mounted on the clamping plate (3, 3'), and - a fixing mechanism (17, 17', 17") which is set up to reversibly releasably fix the clamping device (5, 5') on the clamping plate (3, 3') characterised in that - the clamping device (5, 5') has several mounting recesses (19, 41), and the clamping plate (3, 3') has a plurality of mounting elements, which are set up to engage in the mounting recesses of the clamping device (5, 5'), and - the clamping device (5, 5') has the fixing mechanism (17, 17', 17"), wherein the fixing mechanism (17, 17', 17") is set up to reversibly releasably fix the mounting elements when they are in engagement with the corresponding mounting recesses (19,41).
A parking assistance method for a parking assistance device that, in a case where a mobile object is traveling in a parking lot to search for an empty parking space that meets a specified condition around the mobile object, displays a first assistance image (24, 25) at a position of the empty parking space in a surrounding image that is a view of an area including the mobile object from above, the first assistance image (24, 25) indicating the empty parking space, the parking assistance method comprising: detecting a turning angle of the mobile object; and characterized in that in a case where the turning angle of the mobile object has become larger than or equal to a specified value, determining the mobile object is turning, in a case where it is determined that the mobile object is turning, prohibiting the first assistance image (24, 25) from being displayed. detecting a turning angle of the mobile object; and characterized in that in a case where the turning angle of the mobile object has become larger than or equal to a specified value, determining the mobile object is turning, in a case where it is determined that the mobile object is turning, prohibiting the first assistance image (24, 25) from being displayed.
An HVAC data processing and communication network, comprising a system device adapted to provide a sevice and publish a message, and a subnet controller adapted to receive said message via a data bus, characterized in that: the system device is adapted to provide a service and publish a message including a device status vector representing an availability of said system device to provide said service; and the subnet controller is adapted to receive said message from said system device including said device status vector via the data bus. the system device is adapted to provide a service and publish a message including a device status vector representing an availability of said system device to provide said service; and the subnet controller is adapted to receive said message from said system device including said device status vector via the data bus.
A method of transmitting at least one data flow to a user equipment, the method comprising: at a base station having a first cellular radio subsystem configured to transmit data flows on cellular radio network carriers and a first WiFi radio subsystem configured to transmit data flows on WiFi carriers, selecting at least one of a cellular radio network carrier and a WiFi carrier to carry the at least one data flow from the base station to the user equipment; transmitting (S102, S104) to the user equipment, from at least one of the first cellular radio subsystem and the first WiFi radio subsystem of the base station: a control signal identifying at least one of a second cellular radio subsystem and a second WiFi radio subsystem of the user equipment to receive the at least one data flow to be transmitted over the selected at least one of the cellular radio network carrier and the WiFi carrier; and data of the at least one data flow on the at least one selected carrier. at a base station having a first cellular radio subsystem configured to transmit data flows on cellular radio network carriers and a first WiFi radio subsystem configured to transmit data flows on WiFi carriers, selecting at least one of a cellular radio network carrier and a WiFi carrier to carry the at least one data flow from the base station to the user equipment; transmitting (S102, S104) to the user equipment, from at least one of the first cellular radio subsystem and the first WiFi radio subsystem of the base station: a control signal identifying at least one of a second cellular radio subsystem and a second WiFi radio subsystem of the user equipment to receive the at least one data flow to be transmitted over the selected at least one of the cellular radio network carrier and the WiFi carrier; and data of the at least one data flow on the at least one selected carrier. a control signal identifying at least one of a second cellular radio subsystem and a second WiFi radio subsystem of the user equipment to receive the at least one data flow to be transmitted over the selected at least one of the cellular radio network carrier and the WiFi carrier; and data of the at least one data flow on the at least one selected carrier.
A vascular stent having a metal surface coated with a fluoropolymer coating having a thickness of from 1 to 100 microns characterized in that the fluoropolymer coating is amorphous, is porous and comprises tetrafluoroethylene and 4,5-difluoro-2,2-bis(trifluoromethyl)-1,3-dioxole, or a perfluoroelastomer.
A method of performing a multiplexed digital assay, the method comprising: forming droplets each including a portion of a same mixture containing a first target and a second target, each droplet containing amplification reagents sufficient for amplifying the first target and the second target, and an intercalating dye that is sensitive to amplification of either target, wherein only a subset of the droplets each contain at least one copy of the first target and only a different subset of the droplets each contain at least one copy of the second target; amplifying the first target and the second target in the droplets to an endpoint of amplification; collecting amplification data for a plurality of the droplets by detecting photoluminescence from the intercalating dye contained by the droplets, wherein all of the amplification data is collected at about the same temperature after the endpoint has been reached, and wherein droplets containing the first target have a distinguishable photoluminescence signal amplitude from droplets containing the second target; and determining a level of each target using the amplification data. forming droplets each including a portion of a same mixture containing a first target and a second target, each droplet containing amplification reagents sufficient for amplifying the first target and the second target, and an intercalating dye that is sensitive to amplification of either target, wherein only a subset of the droplets each contain at least one copy of the first target and only a different subset of the droplets each contain at least one copy of the second target; amplifying the first target and the second target in the droplets to an endpoint of amplification; collecting amplification data for a plurality of the droplets by detecting photoluminescence from the intercalating dye contained by the droplets, wherein all of the amplification data is collected at about the same temperature after the endpoint has been reached, and wherein droplets containing the first target have a distinguishable photoluminescence signal amplitude from droplets containing the second target; and determining a level of each target using the amplification data.
A method operating at a Software Defined Networking, SDN, controller associated with a data center having a plurality of switching nodes coupled in a data center network fabric to a plurality of gateway nodes, the method comprising: generating instructions to the plurality of switching nodes to forward first packets of new packet flows respectively received thereat to the SDN controller, the first packets each containing respective n-tuple identifier sets; responsive to the instructions, receiving a first packet of a packet flow from a first switching node coupled to a service instance hosted by the data center, the packet flow having an n-tuple identifier set and flowing from a gateway node associated with a subscriber session via an external network; determining that the packet flow requires flow stickiness with respect to the subscriber session; and responsive to the determining, computing bypass routing paths for the packet flow and advertising the bypass routing paths to the gateway nodes using Border Gateway Protocol Flow Specification, BGP-FS, the bypass routing paths having a switching node destination as the first switching node. generating instructions to the plurality of switching nodes to forward first packets of new packet flows respectively received thereat to the SDN controller, the first packets each containing respective n-tuple identifier sets; responsive to the instructions, receiving a first packet of a packet flow from a first switching node coupled to a service instance hosted by the data center, the packet flow having an n-tuple identifier set and flowing from a gateway node associated with a subscriber session via an external network; determining that the packet flow requires flow stickiness with respect to the subscriber session; and responsive to the determining, computing bypass routing paths for the packet flow and advertising the bypass routing paths to the gateway nodes using Border Gateway Protocol Flow Specification, BGP-FS, the bypass routing paths having a switching node destination as the first switching node.
Method for applying at least one carrying handle to a container arrangement comprising at least two articles, wherein the articles within the container arrangement are combined with at least one substantially horizontally arranged retaining strap, in such a way that the retaining strap encompasses at least one part of the articles each at least partially and wherein said horizontal retaining strap and the carrying handle (13, 14) are designed in each case annularly, characterized in that the annular retaining strap, the ends of which are not yet connected, and the annular carrying handle, the ends of which are not yet connected, are simultaneously fixed to the container arrangement by an application head, and wherein the two ends of the annular retaining strap are connected respectively with each other and wherein subsequently the two ends of the annular carrying handle are connected respectively with each other.
Busbar support for a distribution cabinet, in particular a low-voltage distribution cabinet, having a support base which comprises at least one receiving section for receiving a part of a busbar and a fixing section for fixing the busbar support to a fixing region of the distribution cabinet, characterised by a fixing element protruding at least partially into the receiving section for fixing the busbar, which is movable between a first position, in which the busbar support is attachable to the fixing region of the distribution cabinet, and a second position, in which the busbar is fixed to the fixing region of the distribution cabinet, in which the busbar is insertable into the receiving section, and a third position in which the busbar is fixable in the receiving section by a fixing element, relative to the support base, wherein the fixing element comprises a wedge section adjoining the support base or attachable to the fixing region of the distribution cabinet, wherein the wedge section is attachable to the fixing region of the distribution cabinet in the third position in order to fix the busbar support force-fittingly and/or positively in the fixing region of the distribution cabinet.
An ion trap device, comprising a hollow polyhedral containment region (54, 60, 68) for containing ions; and a polyhedral structure (50, 66) having a plurality of polygonal surfaces encompassing the containment region (54, 60, 68), each of the surfaces of the polyhedral structure (50, 66) being defined by a plurality of vertices and edges; wherein the polyhedral structure (50, 66) comprises a plurality of electrodes confined to the surface area of the polyhedral structure (50, 66) with electrodes being positioned on each vertex of the plurality of vertices of the surfaces and additional electrodes being arranged along the edges and between the edges in a regular pattern on the surfaces of the polyhedral structure (50, 66) encompassing the containment region (54, 60, 68), and wherein alternating electrodes of the plurality of electrodes are configured for application of a first RF voltage, and electrodes interspersed between the alternating electrodes are configured for application of a second RF voltage such that the plurality of electrodes form a plurality of quadrupoles on each surface of the polyhedral structure (50, 66), the first and second RF voltage being of equal amplitude and opposite polarity at a point in time, neighboring electrodes of the plurality of electrodes being maintained at opposite phases, the plurality of electrodes configured to form a potential barrier for repelling the ions from each of the plurality of polygonal surfaces forming the polyhedral structure (50, 66).
Diphenyleneiodonium or pharmaceutically acceptable salt thereof for use in treating diseases caused by the parasites belonging to the family Trypanosomatidae.
Seat of a commercial or industrial vehicle comprising a seat cushion and a backrest connected to the seat cushion, as well as a pneumatic support system comprising at least one piston, interposed between a base of the seat intended to be fixed to a floor of a vehicle cab, and a lower part of the seat cushion, wherein the seat comprises a collapsing system of the seat in response to an activation signal of a vehicle airbag, wherein said collapsing system comprises retraction means (R, D, C) configured to force said seat cushion to move towards said base in response to said activation signal, the seat being characterized in that said retraction means comprise an actuator and a cable, wherein said actuator is fixed to the seat cushion or to the backrest and said cable has a first end connected to said base of the seat and a second end connected to said actuator, so that a retraction of the cable by the actuator causes a forced movement of said seat cushion towards the base, wherein said seat comprises at least one inflatable airbag associated with said backrest, wherein said retraction means consists of a fluid dynamic actuator operatively connected with a supply of pressurized cold gas, so that, when said pressurized gas is released, inflation of said airbag and collapsing of the seat take place simultaneously.
A method for producing a textured laminate structure, comprising the steps of: forming, along a machine direction, a first bonded nonwoven material of polymeric fibers having a machine direction bias, meaning that a majority of the fibers, as situated in the web and unstretched, have lengths whith machine direction vector components that are greater than their cross direction vector components, the first bonded nonwoven material constituting a first layer; creating a pattern of apertures through the first bonded nonwoven material; and following said aperture pattern creating step, discontinuously bonding the first layer to a second layer and wherein the second layer is a nonwoven material formed of polymeric fibers, the method further comprising the step of disposing one or more elastic members between the first and second layers prior to said bonding step wherein the one or more elastic members are disposed between the first and second layers while in a strained condition. forming, along a machine direction, a first bonded nonwoven material of polymeric fibers having a machine direction bias, meaning that a majority of the fibers, as situated in the web and unstretched, have lengths whith machine direction vector components that are greater than their cross direction vector components, the first bonded nonwoven material constituting a first layer; creating a pattern of apertures through the first bonded nonwoven material; and following said aperture pattern creating step, discontinuously bonding the first layer to a second layer and wherein the second layer is a nonwoven material formed of polymeric fibers, the method further comprising the step of disposing one or more elastic members between the first and second layers prior to said bonding step wherein the one or more elastic members are disposed between the first and second layers while in a strained condition.
Torsion beam axle for a wheel suspension system of a motor vehicle, the torsion beam axle comprising two longitudinal links (2, 3) and a torsion profile with end sections of non-round cross section, the longitudinal links (2, 3) in each case having bearing sockets (4, 5) for receiving elastomeric bearings for attaching to a vehicle chassis and/or a vehicle body, and supports (6, 7) for chassis springs and seats (8, 9) for wheel bearings, in each case one longitudinal link (2, 3) being connected to in each case one torsion profile end section, the respectively one longitudinal link (2, 3) having a receptacle recess, the shape of which corresponds to the outer surface of the torsion profile end section, in each case one press-fit plug which is pressed in in an inwardly directed manner being arranged in the interior of the torsion profile end section.
Pulsed light optical module incorporating a pulsed light flashlight comprising a sealed plasma tube which contains a pressurized gas, the plasma tube extending along a longitudinal axis between a first end and a second end, a plug being arranged at each end (30, 31) of the plasma tube, which plug is equipped with an electrode which is at least partially in contact with the gas contained in the plasma tube so as to transmit a high-voltage electric current from one end to the other of the flashlight, thereby generating electromagnetic radiation, the plasma tube being fully incorporated into a heat exchanger with heat-transfer fluid, the heat exchanger being formed by a shell extending between two ends (51, 52) and comprising an inlet port and an outlet port for heat-transfer fluid, the inlet port and the outlet port being respectively arranged at one end (51, 52) of the shell, the inlet port and the outlet port protruding from the shell, being laterally open with respect to the longitudinal axis of the plasma tube and extending at an angle greater than 45° with respect to the longitudinal axis of the plasma tube, the electrodes opening outward through the heat exchanger, through a sheath which extends along the longitudinal axis of the plasma tube, each plug completely insulating the electrodes from the heat exchanger, the flashlight being supplied with high-voltage current via two electrical connectors, said optical module having: - a support block equipped with a receptacle for the flashlight and a window which is transparent to at least UV rays so as to diffuse the electromagnetic radiation from the flashlight toward a target area, - a reflector block comprising, on the one hand, a reflector which extends along a longitudinal axis, the reflector comprising a groove which extends along the longitudinal axis of the reflector and ensures the reflection and concentration of the electromagnetic radiation from the flashlight in the direction of a target area, and on the other hand, a system for cooling the optical module, the reflector and the groove being shaped in the mass, the cooling system of the optical module extending at least partially into the mass of the reflector, said cooling system also being configured to connect removably to the heat exchanger of the flashlight, while the two electrical connectors are insulated from the reflector block and the support block by lateral clearance at the receptacle of the flashlight. - a support block equipped with a receptacle for the flashlight and a window which is transparent to at least UV rays so as to diffuse the electromagnetic radiation from the flashlight toward a target area, - a reflector block comprising, on the one hand, a reflector which extends along a longitudinal axis, the reflector comprising a groove which extends along the longitudinal axis of the reflector and ensures the reflection and concentration of the electromagnetic radiation from the flashlight in the direction of a target area, and on the other hand, a system for cooling the optical module,