mhurhangee/ep-ind-claims huggingface dataset:
A server of a mobile communication system including a mobile station, the server comprising: a positioning request processing means for receiving a positioning request which requests position information of said mobile station, the positioning request including a requested positioning accuracy and a requested positioning accuracy level, the requested positioning accuracy level designating a level of treatment when the available position information does not fulfill the requested accuracy, in which a first level of treatment specifies that an error is to be sent and a second level of treatment specifies that the available position information is to be sent as a response to said positioning request; and a transmission means for transmitting one of said position information and error notification in accordance with said requested positioning accuracy and said requested positioning accuracy level. a positioning request processing means for receiving a positioning request which requests position information of said mobile station, the positioning request including a requested positioning accuracy and a requested positioning accuracy level, the requested positioning accuracy level designating a level of treatment when the available position information does not fulfill the requested accuracy, in which a first level of treatment specifies that an error is to be sent and a second level of treatment specifies that the available position information is to be sent as a response to said positioning request; and a transmission means for transmitting one of said position information and error notification in accordance with said requested positioning accuracy and said requested positioning accuracy level.
A device for an electrical connector, the device comprising: a driving circuit that is capacitively coupled to a primary conductor in the electrical connector; a first indicator that is electrically coupled to the driving circuit, the first indicator comprising an illumination technology that is configured to selectively emit light responsive to a presence of a voltage of the primary conductor at an operating voltage; and a second indicator electrically coupled to the driving circuit, characterised in that the second indicator comprises a high visibility surface and an occlusion device that is configured to selectively allow light reflected from the high visibility surface to travel through the occlusion device responsive to the voltage of the primary conductor at the operating voltage being absent from the primary conductor, wherein the high visibility surface is selectively visible through the occlusion device. a driving circuit that is capacitively coupled to a primary conductor in the electrical connector; a first indicator that is electrically coupled to the driving circuit, the first indicator comprising an illumination technology that is configured to selectively emit light responsive to a presence of a voltage of the primary conductor at an operating voltage; and a second indicator electrically coupled to the driving circuit, characterised in that the second indicator comprises a high visibility surface and an occlusion device that is configured to selectively allow light reflected from the high visibility surface to travel through the occlusion device responsive to the voltage of the primary conductor at the operating voltage being absent from the primary conductor, wherein the high visibility surface is selectively visible through the occlusion device.
A crystalline form of the free form of 5-bromo-2,6-di(1 H -pyrazol-1-yl)pyrimidin-4-amine characterized by an X-ray powder diffraction (XRPD) pattern comprising a peak at 8.2 ± 0.2 °2θ, further comprising one or more peaks chosen from 24.9 ± 0.2 °2θ, 25.7 ± 0.2 °2θ and 26.5 ± 0.2 °2θ, and one or more peaks chosen from 11.5 ± 0.2 °2θ, 16.4 ± 0.2 °2θ and 30.8 ± 0.2 °2θ, when measured at a temperature of 25 °C and an x-ray wavelength, λ, of 1.54184 Å.
Rubber composite reinforced with a textile material, at least one portion of which is coated with an adhesive layer, characterized in that said layer comprises an adhesive composition which is based on at least one unsaturated thermoplastic styrene (abbreviated to "TPS") elastomer and a poly( p -phenylene ether) (abbreviated to "PPE") and said layer does not comprise any layer of a thermoplastic polymer with a positive glass transition temperature between the textile material and the adhesive layer.
A communication apparatus supporting services using Wi-Fi peer-to-peer (P2P) or basic service set connection, wherein, when one of a service advertiser function and a service seeker function is to be activated, the communication apparatus activates both the service advertiser function and the service seeker function.
Electrical swivel provided with a brush holder (1, 1') for an electrical swivel, wherein the brush holder (1, 1') is provided with an electrically conductive body, provided with means (11,12) for connecting the body to a feed line for electrical energy and provided with at least one recess for receiving a brush adapted to transfer electrical energy towards a connector, wherein the brush is connected to the body by means of an electric wire for the transfer of electrical energy from the body towards the brush and by means of a spring for allowing the brush to be pushed out of the recess and to protrude from the surface of the body adapted to face the connector and for urging the brush against the connector, wherein the at least one brush has the form of a brush block, characterised in that the electrically conductive body has the structure of a replaceable conductive cassette, encapsulating the brush block, the electric wire and the spring.
A saddle vehicle comprising: a frame; a first device that includes an adjustment mechanism; and a second device that includes an adjustment mechanism, wherein any one of the first device and the second device is a lighting device in which a direction of a light source of light is adjustable, an opening is formed, and the adjustment mechanism included in the first device and the adjustment mechanism included in the second device can be operated by being accessed from outside through the same opening, wherein the saddle vehicle includes a guide (58b, 59b) that guides a tool inserted into the opening to the adjustment mechanism included in the first device, characterized in that the first device and the second device are lined up in a vertical direction, the opening is disposed lower than the first device and lower than the second device, and the opening is open downward, wherein the first device is located above the second device, the second device is attached to the frame via a stay, and for operating the adjustment mechanism included in the first device, the tool is inserted through the opening located below the first device so that the tool penetrates the stay. a frame; a first device that includes an adjustment mechanism; and a second device that includes an adjustment mechanism, wherein any one of the first device and the second device is a lighting device in which a direction of a light source of light is adjustable, an opening is formed, and the adjustment mechanism included in the first device and the adjustment mechanism included in the second device can be operated by being accessed from outside through the same opening, wherein the saddle vehicle includes a guide (58b, 59b) that guides a tool inserted into the opening to the adjustment mechanism included in the first device, characterized in that the first device and the second device are lined up in a vertical direction, the opening is disposed lower than the first device and lower than the second device, and the opening is open downward, wherein the first device is located above the second device, the second device is attached to the frame via a stay, and for operating the adjustment mechanism included in the first device, the tool is inserted through the opening located below the first device so that the tool penetrates the stay.
A computer-implemented method for communicating shared blockchain data, the method comprising: sending, by a consensus node of a blockchain network, current state information and one or more transactions associated with a current block of a blockchain to one or more shared storage nodes of the blockchain network, wherein the consensus node stores block header associated with every block of the blockchain and the current state information, the one or more shared storage nodes store block body and historic state information associated with every block of the blockchain, and wherein the historic state information is stored as key-value pairs, KVPs, of a historic state tree with values being account states of accounts associated with the blockchain network and keys being hash values of the corresponding account states; verifying, by the consensus node, that the one or more transactions are stored by the one or more shared storage nodes; and receiving, by the consensus node from one of the one or more shared storage nodes, a notification of a transaction associated with the consensus node. sending, by a consensus node of a blockchain network, current state information and one or more transactions associated with a current block of a blockchain to one or more shared storage nodes of the blockchain network, wherein the consensus node stores block header associated with every block of the blockchain and the current state information, the one or more shared storage nodes store block body and historic state information associated with every block of the blockchain, and wherein the historic state information is stored as key-value pairs, KVPs, of a historic state tree with values being account states of accounts associated with the blockchain network and keys being hash values of the corresponding account states; verifying, by the consensus node, that the one or more transactions are stored by the one or more shared storage nodes; and receiving, by the consensus node from one of the one or more shared storage nodes, a notification of a transaction associated with the consensus node.
Airflow shut-off flap having a rotation axle, a first face and a second face opposite to the first face, said first and second faces of the shut-off flap defining a plane, said shut-off flap comprising: • a rotation shaft projecting on each face of the plane defined by the first and second faces of the shut-off flap, and • at least one lateral wall having a planar surface of substantially parallelepipedal shape arranged radially with respect to the rotation shaft, the rotation shaft having, in the plane of the at least one lateral wall, a half-ellipse shape extending along said at least one lateral wall, said half-ellipse shape comprising a major diameter that coincides with the rotation axle of the shut-off flap and a minor radius parallel to the plane of the at least one lateral wall, the first face having at least one first row of removals of material and the second face of the shut-off flap has at least one second row of removals of material, said rows of removals of material (15a, 15b) being positioned at the level of the rotation shaft parallel to the rotation axle of the shut-off flap, said removals of material (15a, 15b) corresponding to blind orifices, characterized in that the rotation shaft also has at least one longitudinal rib positioned substantially at the centre of the removals of material (15a, 15b) and parallel to the major diameter of the rotation shaft, the rotation shaft having a first row of removals of material comprising a first longitudinal rib positioned at the level of the rotation axle of the shut-off flap on the first face of the shut-off flap and a second row of removals of material comprising a second longitudinal rib on the second face of the shut-off flap in a manner offset from the rotation axle of the shut-off flap. • a rotation shaft projecting on each face of the plane defined by the first and second faces of the shut-off flap, and • at least one lateral wall having a planar surface of substantially parallelepipedal shape arranged radially with respect to the rotation shaft,
A transparent orange/red solid-in-water dispersion product comprising norbixin particles as an orange/red pigment and wherein the pH of the dispersion is from pH 1 to pH 8, characterised in that it contains quillaja as a dispersant agent and wherein the ratio (w/w) of norbixin and quillaja is a ratio from 0.01 to 10.
Thermal energy storage device comprising: - a first fluid circulating in a first fluid circuit comprising a first heat exchanger, a second heat exchanger, and a latent storage module comprising a phase change material arranged between the first exchanger and the second exchanger, - a second fluid circulating in a second fluid circuit thermally coupled to the first fluid by way of the first heat exchanger and the second heat exchanger, characterised in that said second fluid circuit is constituted of connection means and a sensitive heat storage module constituted of a first high-temperature sensitive heat storage stage and a second low-temperature sensitive heat storage stage, each sensitive heat storage stage (110, 120) having a setpoint temperature controlled by the variation of the stream of the second fluid exiting and/or entering each of the stages (110, 120). - a first fluid circulating in a first fluid circuit comprising a first heat exchanger, a second heat exchanger, and a latent storage module comprising a phase change material arranged between the first exchanger and the second exchanger, - a second fluid circulating in a second fluid circuit thermally coupled to the first fluid by way of the first heat exchanger and the second heat exchanger,
Covering device without exposed fasteners, comprising at least a plurality of plate means, each of which has first and second longitudinal edges that bear respective first and second rib means, and comprising a plurality of fastening means each provided of an engagement portion assigned to engage a plate means and a fastening portion assigned to be fixed by means of nails, screws, clamps or clips to a support structure for the cover, said engagement portion of each fastening means is complementary shaped in respect to the first rib means and the second rib means is complementary shaped in respect to the engagement portion, in an operative condition of the device in which the fastening portion of the fastening means is locked to the support structure, the engagement portion of at least a fastening means contains and blocks a respective longitudinal portion of the first rib means of a plate means, a second rib means of at least an adjacent plate means, contains at least partially, said first rib means and the engagement portion of said at least one fastening means; the longitudinal portion of the engagement portion adjacent to the fastening portion is shaped to form a longitudinal groove means with concavity facing outwards and in that a longitudinal side portion of the second rib means facing towards the first rib means of the same plate means has a longitudinal rib means complementary to said longitudinal groove means and assigned to engage such longitudinal groove means in the device operative condition; in said operative condition, the free edge of the first longitudinal rib means is oriented opposite to the cover support structure and abuts against a longitudinal stop element of the fixing means; said device is characterized in that the longitudinal stop element is a longitudinal and bottom wall of the groove means.
A method of producing a composite film comprising a biaxially oriented polyethylene terephthalate film substrate layer and a crosslinked layer on a surface thereof, wherein the crosslinked layer comprises a reaction product of a) a functionalized ethylene vinyl acetate copolymer comprising multiple COOH groups per molecule; and b) an organic crosslinker comprising multiple reactive groups per molecule, wherein the organic crosslinker is a melamine, said reactive groups being reactive with the COOH groups; wherein the method comprises applying a solution comprising the functionalized ethylene vinyl acetate copolymer and the organic crosslinker in an organic solvent or mixture thereof to the biaxially oriented polyethylene terephthalate film substrate, followed by drying. a) a functionalized ethylene vinyl acetate copolymer comprising multiple COOH groups per molecule; and b) an organic crosslinker comprising multiple reactive groups per molecule, wherein the organic crosslinker is a melamine, said reactive groups being reactive with the COOH groups;
A method for dynamically deploying an application in a client-server environment, wherein the application is created such that application logic is independent of its eventual placement on a server or a client, characterized by: creating an application using a single programming model as if it would run entirely on a web browser, the application comprising an abstract constraint, which is used to automatically decide at runtime where to run a component of the application based on a developer's specified non-functional and/or quality of service requirements; evaluating the abstract constraint of the application, and the capabilities of the client-server environment; and partitioning the placement and execution of components of the application in the client-server environment dynamically at runtime according to the abstract constraint and the capabilities of the client-server environment, such that components of the application are placed on the client or the server, or on both the client and the server, where an appropriate implementation of the constraint can be provided, depending on the context in which the application is being used at runtime. creating an application using a single programming model as if it would run entirely on a web browser, the application comprising an abstract constraint, which is used to automatically decide at runtime where to run a component of the application based on a developer's specified non-functional and/or quality of service requirements; evaluating the abstract constraint of the application, and the capabilities of the client-server environment; and partitioning the placement and execution of components of the application in the client-server environment dynamically at runtime according to the abstract constraint and the capabilities of the client-server environment, such that components of the application are placed on the client or the server, or on both the client and the server, where an appropriate implementation of the constraint can be provided, depending on the context in which the application is being used at runtime.
A dispenser suitable for mixing and dispensing a two- or more- part curable composition comprising: a) a manifold defining or having incorporated therein a plurality of flow paths for individually channeling each of the components of the curable composition into a disposable and flexible formed-in-place reaction tube, said manifold having a fore region having a fore face and an aft region, the fore face having a plurality of outlets (10, 12), each outlet in fluid communication with a flow path (11, 13) through the manifold, b) a dispenser outlet from which the curable composition is to be dispensed, c) a mixer means (18, 68, 76, 130, 137) intermediate said manifold and said dispenser outlet, which acts upon the wall of the formed-in-place reaction tube in such a way as to facilitate or directly affect the intermixing of the components of the curable composition within the formed-in-place reaction tube, and d) guide and tube forming means (84, 85) positioned about the manifold intermediate the fore region and the aft region of said manifold, said guide and tube forming means configured to form a liquid tight reaction tube from a tube forming stock material, which reaction tube, when present, circumferentially encases at least the fore region of the manifold, including the fore face, whereby the inner wall of the formed-in-place reaction tube is sealingly engaged with the manifold at or near the fore region of said manifold and the so formed reaction tube extends past the fore end of the manifold, through the mixer means, and ends at or past the dispenser outlet. a) a manifold defining or having incorporated therein a plurality of flow paths for individually channeling each of the components of the curable composition into a disposable and flexible formed-in-place reaction tube, said manifold having a fore region having a fore face and an aft region, the fore face having a plurality of outlets (10, 12), each outlet in fluid communication with a flow path (11, 13) through the manifold, b) a dispenser outlet from which the curable composition is to be dispensed, c) a mixer means (18, 68, 76, 130, 137) intermediate said manifold and said dispenser outlet, which acts upon the wall of the formed-in-place reaction tube in such a way as to facilitate or directly affect the intermixing of the components of the curable composition within the formed-in-place reaction tube, and d) guide and tube forming means (84, 85) positioned about the manifold intermediate the fore region and the aft region of said manifold, said guide and tube forming means configured to form a liquid tight reaction tube from a tube forming stock material, which reaction tube, when present, circumferentially encases at least the fore region of the manifold, including the fore face, whereby the inner wall of the formed-in-place reaction tube is sealingly engaged with the manifold at or near the fore region of said manifold and the so formed reaction tube extends past the fore end of the manifold, through the mixer means, and ends at or past the dispenser outlet.