mhurhangee/ep-ind-claims huggingface dataset:
A selection device of displaying objects that are selection subjects on a touch screen and selecting an object according to an operation performed on the touch screen, the selection device comprising: a detector that detects a touch operation on the touch screen; a divider that divides a detection area of the touch screen into sections based on positions of the objects that are currently displayed and a detection position where the detector detects the touch operation; and a confirmer that, when an operation of selecting one of the sections divided by the divider is detected, confirms the selection of the object that corresponds to the selected section; characterized in that the divider divides, on the basis of positions of the objects that are currently displayed and the detection position where the detector detects the touch operation, the detection area of an entirety of the touch screen into the sections in which the objects that are currently displayed are partitioned by boundaries that radiate from the detection position. a detector that detects a touch operation on the touch screen; a divider that divides a detection area of the touch screen into sections based on positions of the objects that are currently displayed and a detection position where the detector detects the touch operation; and a confirmer that, when an operation of selecting one of the sections divided by the divider is detected, confirms the selection of the object that corresponds to the selected section; characterized in that the divider divides, on the basis of positions of the objects that are currently displayed and the detection position where the detector detects the touch operation, the detection area of an entirety of the touch screen into the sections in which the objects that are currently displayed are partitioned by boundaries that radiate from the detection position.
A method comprising: implementing a client at a mobile device, wherein operation of the client is transparent to other applications running on the mobile device and the client is configured to communicate with a network access server and a router in a packet data network; receiving a first policy, at the client, from a network access server and enforcing the first policy for data communication by the mobile device with the packet data network; initiating, at the mobile device, a plurality of packet data network connections with the network access server according to the first policy maintained by the client running on the mobile device; communicating, at the mobile device by using the client, with the access server to perform control plane transactions for communicating protocols and mechanisms for establishing and maintaining connections in the network or for communicating optimal path information between two nodes within the network in order to initiate the communication with the packet data network; and receiving a second policy from the network access server and implementing the second policy at the client, wherein the first policy is implemented for communicating a first type of data and the second policy is implemented for communicating a second type of data. implementing a client at a mobile device, wherein operation of the client is transparent to other applications running on the mobile device and the client is configured to communicate with a network access server and a router in a packet data network; receiving a first policy, at the client, from a network access server and enforcing the first policy for data communication by the mobile device with the packet data network; initiating, at the mobile device, a plurality of packet data network connections with the network access server according to the first policy maintained by the client running on the mobile device; communicating, at the mobile device by using the client, with the access server to perform control plane transactions for communicating protocols and mechanisms for establishing and maintaining connections in the network or for communicating optimal path information between two nodes within the network in order to initiate the communication with the packet data network; and receiving a second policy from the network access server and implementing the second policy at the client, wherein the first policy is implemented for communicating a first type of data and the second policy is implemented for communicating a second type of data.
Method for controlling a synchronous generator of a gearless wind turbine, the synchronous generator having an electrodynamic rotor and a stator (1211, 1212) for producing electrical power by rotating the rotor relative to the stator, comprising the steps of - generating a multiphase output current at the stator, - supplying the output current to a rectifier, - controlling the output current by means of the rectifier in such a manner that a torque ripple of the generator is reduced, characterized in that the rotor has a magnetic rotor flux and the output current is controlled in dependence on the rotor flux. - generating a multiphase output current at the stator, - supplying the output current to a rectifier, - controlling the output current by means of the rectifier in such a manner that a torque ripple of the generator is reduced, characterized in that the rotor has a magnetic rotor flux and the output current is controlled in dependence on the rotor flux.
An oral care composition comprising: (a) zinc pyrrolidone carboxylate from 0.05 to 0.5 weight % based on the total weight of the composition; (b) at least one fluoride ion source from 0.02 to 1.5 weight % based on the total weight of the composition; and (c) at least one α-hydroxy acid or salt thereof, wherein the at least one α-hydroxy acid is selected from malic acid and sodium D-gluconate, wherein the amount of malic acid is from 0.05 to 0.5 weight % based on the total weight of the composition and the amount of sodium D-gluconate is from 0.05 to 0.5 weight % based on the total weight of the composition; wherein the composition is a mouthwash or a mouthrinse, and the at least one fluoride ion source comprises stannous fluoride. (a) zinc pyrrolidone carboxylate from 0.05 to 0.5 weight % based on the total weight of the composition; (b) at least one fluoride ion source from 0.02 to 1.5 weight % based on the total weight of the composition; and (c) at least one α-hydroxy acid or salt thereof, wherein the at least one α-hydroxy acid is selected from malic acid and sodium D-gluconate, wherein the amount of malic acid is from 0.05 to 0.5 weight % based on the total weight of the composition and the amount of sodium D-gluconate is from 0.05 to 0.5 weight % based on the total weight of the composition;
A vibroisolating device comprising a substantially elastomeric core configured to be connected with a first displaceable object and provided with an opening configured to be connected with a second displaceable object, it additionally comprises at least one Belleville spring disposed on the vibration transmitting path between said first and said second displaceable objects, wherein said at least one Belleville spring is at least partially embedded in the volume of said substantially elastomeric core and surrounds said opening, characterized in that said at least one Belleville spring is preloaded while said vibroisolating device is in vibrations equilibrium position.
An in vitro method for detecting the presence or risk of CMT disease in a mammal, or for aiding in the diagnosis of CMT disease, the method comprising determining the (relative) amount or level of free cholesterol in a blood, plasma and/or serum sample from the mammal, wherein a decreased amount or level is indicative of the presence, risk, progression or severity of said disease.
A single carrier-based data transmission method, wherein the method comprises: generating a frame, wherein a data part of the frame comprises 2N data blocks, the 2N data blocks are arranged in a sequence from a first data block to a 2N th data block, each data block comprises a payload part and a guard interval, GI, payload parts of different data blocks are separated by GIs, and a payload part of a 2n th data block is obtained by multiplying a payload part of a (2n-1) th data block by a phase-shift sequence, wherein n=1, 2,..., N, and N is an integer greater than 0; and sending the frame. generating a frame, wherein a data part of the frame comprises 2N data blocks, the 2N data blocks are arranged in a sequence from a first data block to a 2N th data block, each data block comprises a payload part and a guard interval, GI, payload parts of different data blocks are separated by GIs, and a payload part of a 2n th data block is obtained by multiplying a payload part of a (2n-1) th data block by a phase-shift sequence, wherein n=1, 2,..., N, and N is an integer greater than 0; and sending the frame.
A device for intranasal delivery of a compound to an olfactory region of a nasal cavity comprising: a canister capable of containing a liquid propellant, a diffuser in communication with the canister such that propellant exiting the canister comes into contact with the diffuser, wherein the diffuser is a frit encompassing a porous member, and is capable of converting liquid propellant into gaseous propellant, a container cavity, a unit dose container accepted by the container cavity, the unit dose container capable of containing a compound, and the unit dose container being in communication with the diffuser such that following contact with the diffuser the diffused propellant comes into contact with the compound, a front puncture member or a rear puncture member, wherein the front puncture member and the rear puncture member are capable of puncturing an end of the unit dose container, and a nozzle in communication with the unit dose container, wherein the device is capable of delivering the compound to the olfactory region of the nasal cavity. a canister capable of containing a liquid propellant, a diffuser in communication with the canister such that propellant exiting the canister comes into contact with the diffuser, wherein the diffuser is a frit encompassing a porous member, and is capable of converting liquid propellant into gaseous propellant, a container cavity, a unit dose container accepted by the container cavity, the unit dose container capable of containing a compound, and the unit dose container being in communication with the diffuser such that following contact with the diffuser the diffused propellant comes into contact with the compound, a front puncture member or a rear puncture member, wherein the front puncture member and the rear puncture member are capable of puncturing an end of the unit dose container, and a nozzle in communication with the unit dose container, wherein the device is capable of delivering the compound to the olfactory region of the nasal cavity.
A doublet lens comprising: a first lens having a convex surface, a concave surface comprising a central portion, being the optical surface of the lens, and a peripheral portion extending circumferentially around the periphery of the concave surface, the peripheral portion including a curved portion extending radially inward to merge smoothly with the central portion; and a second lens having a convex surface, a concave surface comprising a central portion, being the optical surface of the lens, and a peripheral portion extending circumferentially around the periphery of the concave surface, the peripheral portion including a curved portion extending radially inward to form a ridge and having a peak, the optical surface of the lens being located radially inwards from the peak being the central portion; wherein the peripheral portion of the first lens abuts the peripheral portion of the second lens and wherein there is an airspace between the central portion of the first lens and the central portion of the second lens; and wherein the peripheral portions of the first and second lenses are complementary shapes and fit together in a mating relationship which prevents sliding of the first and second lenses relative to each other in a radial direction and ensure correct optical alignment of the first and second lens. a first lens having a convex surface, a concave surface comprising a central portion, being the optical surface of the lens, and a peripheral portion extending circumferentially around the periphery of the concave surface, the peripheral portion including a curved portion extending radially inward to merge smoothly with the central portion; and a second lens having a convex surface, a concave surface comprising a central portion, being the optical surface of the lens, and a peripheral portion extending circumferentially around the periphery of the concave surface, the peripheral portion including a curved portion extending radially inward to form a ridge and having a peak, the optical surface of the lens being located radially inwards from the peak being the central portion; wherein the peripheral portion of the first lens abuts the peripheral portion of the second lens and wherein there is an airspace between the central portion of the first lens and the central portion of the second lens; and wherein the peripheral portions of the first and second lenses are complementary shapes and fit together in a mating relationship which prevents sliding of the first and second lenses relative to each other in a radial direction and ensure correct optical alignment of the first and second lens.
A connection apparatus for a medium voltage switchgear compartment, the connection apparatus comprising: - an outer cone cable connection; and - a cable connection block; wherein, the outer cone cable connection is configured to connect to a compartment of a medium voltage switchgear; wherein, the cable connection block comprises an inner cone connection and the cable connection block comprises one or more inner cone cable connection; wherein, the inner cone connection is configured to connect to the outer cone cable connection; wherein an inner cone cable connection of the cable connection block comprises a hollow conductor for the insertion of a medium voltage cable connection, and wherein the hollow conductor has a lateral hole, and wherein the cable connection block is configured to be connected to the outer cone cable connection via a screw inserted through the lateral hole; and wherein, the one or more inner cone cable connection is configured to connect to one or more cable, wherein each of the one or more inner cone cable connection is configured to connect to a different cable of the one or more cable. - an outer cone cable connection; and - a cable connection block;
A viscosity torsional vibration damper or absorber for a crankshaft of an internal combustion engine, having a ring-like damping or absorption arrangement that can be fastened on the crankshaft, an outer diameter region of this damping or absorption arrangement being arranged, in particular being fastened, on a holding device, it also being possible to arrange, in particular to fasten, this holding device on the crankshaft and to configure it such that it is able to spring back in the axial direction of the crankshaft while remaining radially inherently rigid in relation to the crankshaft, and the damping or absorption arrangement having a ring-like housing that can be fastened on the crankshaft and containing an inertia ring that is mounted rotatably in relation to the housing in a silicon oil or similar.
A method for producing a mirror plate for a Fabry-Perot interferometer, the method comprising: - providing a base slab, which comprises a substrate coated with a semi-transparent reflective multilayer coating, - forming one or more intermediate layers on the base slab such that the lowermost intermediate layer substantially consists of silica (SiO 2), and such that the multilayer coating is at least partially covered by the lowermost intermediate layer, - forming one or more capacitive sensor electrodes (90a, 90b) by depositing conductive material on top of said one or more intermediate layers, and - removing material of the lowermost intermediate layer by etching (ETCH1) in order to form an exposed aperture portion of the multilayer coating. - providing a base slab, which comprises a substrate coated with a semi-transparent reflective multilayer coating, - forming one or more intermediate layers on the base slab such that the lowermost intermediate layer substantially consists of silica (SiO 2), and such that the multilayer coating is at least partially covered by the lowermost intermediate layer, - forming one or more capacitive sensor electrodes (90a, 90b) by depositing conductive material on top of said one or more intermediate layers, and - removing material of the lowermost intermediate layer by etching (ETCH1) in order to form an exposed aperture portion of the multilayer coating.
An apparatus, comprising: a base supporting an electrical circuit, wherein the base includes a via; and a discrete device having a housing (110; 710; 810) and a terminal that extends from the housing (110; 710; 810), wherein the terminal engages the via, characterized in that, the housing (110; 710; 810) abuts the base, wherein the terminal comprises a widened portion including an eye, wherein a longitudinal compressive strength of the widened portion is larger than a lateral compressive strength, wherein the widened portion deforms and secures the terminal within the via when the terminal is inserted into the via. a base supporting an electrical circuit, wherein the base includes a via; and a discrete device having a housing (110; 710; 810) and a terminal that extends from the housing (110; 710; 810), wherein the terminal engages the via, characterized in that, the housing (110; 710; 810) abuts the base, wherein the terminal comprises a widened portion including an eye, wherein a longitudinal compressive strength of the widened portion is larger than a lateral compressive strength, wherein the widened portion deforms and secures the terminal within the via when the terminal is inserted into the via.
A valve seat processing machine configured to process a valve seat in a valve device including a valve body portion which forms a flow passage of fluid and a valve drive portion which is detachably provided on the valve body portion and which opens and closes the flow passage by driving a valve element capable of tightly engaging with the valve seat in the valve body portion, wherein the valve seat processing machine comprises: a base portion configured to be attached to the valve body portion; a main body portion provided on the base portion; a support portion provided on the main body portion and movable relative to the main body portion in a drive direction of the valve element; and a main spindle provided on the support portion and rotatable relative to the support portion about an axis parallel to the drive direction of the valve element; and a tool holder provided on the main spindle and configured to hold a tool for processing the valve seat, characterized in that the main body portion is movable relative to the base portion in two different axial directions; and the main body portion includes pressing means for pressing the base portion to form a gap between the main body portion and the base portion from a state in which the main body portion and the base portion are in contact with each other. the valve seat processing machine comprises: a base portion configured to be attached to the valve body portion; a main body portion provided on the base portion; a support portion provided on the main body portion and movable relative to the main body portion in a drive direction of the valve element; and a main spindle provided on the support portion and rotatable relative to the support portion about an axis parallel to the drive direction of the valve element; and a tool holder provided on the main spindle and configured to hold a tool for processing the valve seat, a base portion configured to be attached to the valve body portion; a main body portion provided on the base portion; a support portion provided on the main body portion and movable relative to the main body portion in a drive direction of the valve element; and a main spindle provided on the support portion and rotatable relative to the support portion about an axis parallel to the drive direction of the valve element; and a tool holder provided on the main spindle and configured to hold a tool for processing the valve seat, characterized in that the main body portion is movable relative to the base portion in two different axial directions; and the main body portion includes pressing means for pressing the base portion to form a gap between the main body portion and the base portion from a state in which the main body portion and the base portion are in contact with each other.
Tire tread comprising two shoulder blocks (6, 10), further comprising a first layer and further comprising at least one second layer, whereby said first layer at least partially in both shoulder blocks (6, 10) provides an outer contact surface, and whereby said first layer extends continuously between said two shoulder blocks (6, 10), and whereby said at least one second layer between said two shoulder blocks (6, 10) at least partially provides said outer contact surface, whereby the rubber compound of the first layer is different from the rubber compound of the second layer, wherein a base layer is provided which constitutes the radially most inner layer of said tread, characterized in that between said first layer and said base layer a further layer is arranged, whereby said further layer is made of a material which comprises a stiffness which lies in between the stiffness of the base layer and the stiffness of the first layer, and whereby said further layer is continuous across the tread and, also in the worn state, does not reach out to the outer contact surface.
A method for implementing a telepresence technology, characterized by comprising: a first telepresence device establishing a communication connection with a second telepresence device, wherein the first telepresence device performs a first capability negotiation with the second telepresence device during a process of establishing the communication connection; the first telepresence device performing a Telepresence Interoperability Protocol capability negotiation with the second telepresence device; the first telepresence device and the second telepresence device determining, according to a result of the first capability negotiation and a result of the TIP capability negotiation, an audio and video coding/decoding mode to be used in a subsequent communication process; and the first telepresence device communicating with the second telepresence device according to the determined audio and video coding/decoding mode; wherein the first capability negotiation refers to determining the audio and video coding/decoding mode that is supported by the first telepresence device and the second telepresence device in the process of establishing the communication connection. a first telepresence device establishing a communication connection with a second telepresence device, wherein the first telepresence device performs a first capability negotiation with the second telepresence device during a process of establishing the communication connection; the first telepresence device performing a Telepresence Interoperability Protocol capability negotiation with the second telepresence device; the first telepresence device and the second telepresence device determining, according to a result of the first capability negotiation and a result of the TIP capability negotiation, an audio and video coding/decoding mode to be used in a subsequent communication process; and the first telepresence device communicating with the second telepresence device according to the determined audio and video coding/decoding mode; wherein the first capability negotiation refers to determining the audio and video coding/decoding mode that is supported by the first telepresence device and the second telepresence device in the process of establishing the communication connection.