mhurhangee/ep-ind-claims huggingface dataset:
A machine-to-machine, M2M, device control method, comprising: detecting, by a small cell, geographic location information of a user terminal served by the small cell; and sending, by the small cell, the geographic location information to an M2M platform device by using a first interface directly connected to a service interface of the M2M platform device, sending, by the M2M platform device, the geographic location information to an application server, the application server generates a control command for an M2M device according to the geographic location information, the M2M platform device receives the control command sent by the application server and sends the control command to the M2M device by using an M2M gateway device, and the M2M device executes the control command, wherein the geographic location information of the user terminal is obtained by detecting signal strength of the user terminal, receiving, by the small cell, by using the first interface directly connected to the service interface of the M2M platform device, a detection result information sent by the M2M platform device, wherein the detection result information is a detection result that is reported by the M2M device and that, as determined by the application server, needs to be notified to a user of the user terminal. detecting, by a small cell, geographic location information of a user terminal served by the small cell; and sending, by the small cell, the geographic location information to an M2M platform device by using a first interface directly sending, by the M2M platform device, the geographic location information to an application server, the application server generates a control command for an M2M device according to the geographic location information, the M2M platform device receives the control command sent by the application server and sends the control command to the M2M device by using an M2M gateway device, and the M2M device executes the control command, wherein the geographic location information of the user terminal is obtained by detecting signal strength of the user terminal, receiving, by the small cell, by using the first interface directly connected to the service interface of the M2M platform device, a detection result information sent by the M2M platform device, wherein the detection result information is a detection result that is reported by the M2M device and that, as determined by the application server, needs to be notified to a user of the user terminal.
A steering control device for a work vehicle, comprising: a traveling body capable of traveling with a steered wheel, a work equipment (20,30) provided on the traveling body, a steering operation tool, which is biassed to be located at a neutral position in a non-operation status, for making a steering operation by being displaced from the neutral position, a steering angle detector for detecting a steering angle of the steered wheel, a steering actuator for changing the steering angle of the steered wheel, and a steering control unit for controlling an operation of the steering actuator so that a steering angle of the steered wheel detected by the steering angle detector becomes a target steering angle corresponding to a steering position of the steering operation tool, characterized in that, as far as a steering angle of the steered wheel detected by the steering angle detector is kept within a predetermined angle range including a neutral steering angle, the steering control unit makes a steering control to stop the steering actuator and to maintain the present steering angle of the steered wheel when the steering operation tool returns to the neutral position. a traveling body capable of traveling with a steered wheel, a work equipment (20,30) provided on the traveling body, a steering operation tool, which is biassed to be located at a neutral position in a non-operation status, for making a steering operation by being displaced from the neutral position, a steering angle detector for detecting a steering angle of the steered wheel, a steering actuator for changing the steering angle of the steered wheel, and a steering control unit for controlling an operation of the steering actuator so that a steering angle of the steered wheel detected by the steering angle detector becomes a target steering angle corresponding to a steering position of the steering operation tool, characterized in that, as far as a steering angle of the steered wheel detected by the steering angle detector is kept within a predetermined angle range including a neutral steering angle, the steering control unit makes a steering control to stop the steering actuator and to maintain the present steering angle of the steered wheel when the steering operation tool returns to the neutral position.
Agrochemical formulation containing microcapsules characterized in that the active ingredient(s) are selected alternatively from the groups: (i) Chlorpyrifos being inside the microcapsules, or (ii) Fluroxypyr being inside the microcapsules, or (iii) a combination of: (a) fluroxypyr and (b) at least one sulfonylurea, wherein (a) is inside the microcapsules and (b) is(are) outside the microcapsules; or (iv) a combination of (b) at least one sulfonylurea and (c) one agrochemical compound whose melting point is below 110 °C and it is solid at room temperature, wherein (c) is inside the microcapsules and (b) is(are) outside the microcapsules; and the agrochemical formulation contains a styrene acrylic polymer at 1-45 % in weight % with respect to the total weight of the formulation; and the microcapsules are made by the reaction of at least one aromatic isocyanate and a glycoluril derivative having the four hydrogens of the four nitrogen atoms substituted by a alkyloxyalkylen group, wherein alkylene has the meaning of methylen, ethylene, isopropylen, and alkyl the meaning methyl, methyl, isopropyl; and the microcapsules have a particle size of 1 to 30 μm. (i) Chlorpyrifos being inside the microcapsules, or (ii) Fluroxypyr being inside the microcapsules, or (iii) a combination of: (a) fluroxypyr and (b) at least one sulfonylurea, wherein (a) is inside the microcapsules and (b) is(are) outside the microcapsules; or (a) is inside the microcapsules and (b) is(are) outside the microcapsules; or (iv) a combination of (b) at least one sulfonylurea and (c) one agrochemical compound whose melting point is below 110 °C and it is solid at room temperature, wherein (c) is inside the microcapsules and (b) is(are) outside the microcapsules;
Telematic device for motor vehicles, comprising at least one outer container body which can be fixed to the windscreen of a motor vehicle, inside of the compartment of said motor vehicle, at least one communication unit accommodated inside of said container body and configured for the transmission/receiving of data to/from at least one remote processing control unit, wherein said container body has an elongated conformation and comprises a lateral resting portion positioned in contact with and fixed on the inner surface of said windscreen, a first extreme portion positioned in use between a lower end area of the windscreen and the dashboard of the motor vehicle, when said lateral resting portion is fixed to the windscreen, wherein said first extreme portion has a smaller cross section than the overall cross section of said container body, and a second extreme portion, opposite said first extreme portion, provided with at least a first camera facing towards the outside of said motor vehicle, configured to acquire images relating to the outside of the motor vehicle, and at least a second camera facing towards the inside of the compartment of said motor vehicle, configured to acquire images relating to the inside of the motor vehicle.
Method for assembling a rack-and-pinion steering gear of a rack-and-pinion steering system which comprises a pinion shaft connected to a steering shaft, which pinion shaft comprises a steering pinion which is in engagement with a rack for pivoting steerable wheels, and wherein the rack-and-pinion steering system comprises an electric motor which drives the pinion shaft via a reduction gear, characterized in that the steering shaft, the pinion shaft with the steering pinion and the reduction gear form a collective arrangement which is accommodated in a steering gear housing, wherein the pinion shaft comprises, between the steering pinion and an end remote from the steering shaft, a narrowed portion whose diameter is smaller than that of the steering pinion, wherein the following method steps are provided: a) introducing the pinion shaft into a housing opening, provided for the same, of the steering gear housing, specifically such that the region of the narrowed portion of the pinion shaft is situated at the level of the rack to be inserted b) introducing the rack into the housing opening, provided for the same, of the steering gear housing, wherein the rack is pushed past the narrowed portion of the pinion shaft into a setpoint position c) moving the pinion shaft further into the steering gear housing as far as an end position, such that a toothing region of the rack enters into engagement with the toothing of the steering pinion. a) introducing the pinion shaft into a housing opening, provided for the same, of the steering gear housing, specifically such that the region of the narrowed portion of the pinion shaft is situated at the level of the rack to be inserted b) introducing the rack into the housing opening, provided for the same, of the steering gear housing, wherein the rack is pushed past the narrowed portion of the pinion shaft into a setpoint position c) moving the pinion shaft further into the steering gear housing as far as an end position, such that a toothing region of the rack enters into engagement with the toothing of the steering pinion.
An indirect evaporative cooler comprising: a) a plurality of plates having dry and wet sides, the wet sides configured to be at least partially wet by an evaporative liquid; b) first channels (3, 4) across the dry side of each plate and one or more second channels across the wet side of each plate, characterized in that the first channels (3, 4) comprise product channels and a working gas channel, and wherein, in use, a product flow stream and a working gas stream separately flow through the product channels and the working gas channel respectively across the dry side of each plate and thereby transfer heat to each plate; c) a trough formed in a portion of each of the plates to hold and transfer the evaporative liquid to the wet sides of the plates; d) a wicking layer on the wet side of each of the plates for distributing the liquid on the wet sides. e) a perforation through each of the plates in the area of the working gas channel on the dry sides, configured to allow the working gas stream to flow through the perforations from the dry sides of the plates to the wet sides of the plates and into second channels to further flow across the wet sides of the plates; wherein, in use, the plate transfers heat to the working gas stream on the wet side by direct evaporative cooling and thereby cooling the plate and the product flow and working gas streams flowing on the dry side; and wherein the plates are aligned in parallel, spaced apart, and oriented so as to have wet sides of the plates opposing, and further wherein the trough portions are oriented and nested with each other; and wherein, in use, the product fluid passes across and is cooled on the dry sides of the plates. a) a plurality of plates having dry and wet sides, the wet sides configured to be at least partially wet by an evaporative liquid; b) first channels (3, 4) across the dry side of each plate and one or more second channels across the wet side of each plate, characterized in that the first channels (3, 4) comprise product channels and a working gas channel, and wherein, in use, a product flow stream and a working gas stream separately flow through the product channels and the working gas channel respectively across the dry side of each plate and thereby transfer heat to each plate; c) a trough formed in a portion of each of the plates to hold and transfer the evaporative liquid to the wet sides of the plates; d) a wicking layer on the wet side of each of the plates for distributing the liquid on the wet sides. e) a perforation through each of the plates in the area of the working gas channel on the dry sides, configured to allow the working gas stream to flow through the perforations from the dry sides of the plates to the wet sides of the plates and into second channels to further flow across the wet sides of the plates;
Biometric sensor module for a chip card, comprising - a dielectric substrate having an outer face and an inner face, each situated respectively on either side of this dielectric substrate considered along its thickness, the inner and outer faces of the dielectric substrate corresponding to the main faces thereof, - tracks and connection pads formed in a sheet of electrically conductive material that rests on the inner face of the dielectric substrate and is fastened thereto, - a biometric sensor with a detection element formed of sensitive elements, this sensor being connected to at least some connection pads, and being fastened to an area of the inner face that does not have any electrically conductive material, an area of the outer face situated opposite the detection element corresponding to a biometric detection area configured such that a finger placed on it establishes contact therewith, and - an encapsulation deposited at least on the sensor, on the side of the inner face of the dielectric substrate, characterized in that, at least over the detection area, the outer face of the dielectric substrate corresponds to a homogeneous polymer material that is exposed and that has a glass transition temperature greater than or equal to 110 degrees Celsius. - a dielectric substrate having an outer face and an inner face, each situated respectively on either side of this dielectric substrate considered along its thickness, the inner and outer faces of the dielectric substrate corresponding to the main faces thereof, - tracks and connection pads formed in a sheet of electrically conductive material that rests on the inner face of the dielectric substrate and is fastened thereto, - a biometric sensor with a detection element formed of sensitive elements, this sensor being connected to at least some connection pads, and being fastened to an area of the inner face that does not have any electrically conductive material, an area of the outer face situated opposite the detection element corresponding to a biometric detection area configured such that a finger placed on it establishes contact therewith, and - an encapsulation deposited at least on the sensor, on the side of the inner face of the dielectric substrate,
Application server for managing communications towards a set of user entities, the set of user entities having a first user entity, the application server comprising: a receiver for receiving a first session initiation request (202, 309), the first session initiation request (202, 309) comprising a public identification identifying the set of user entities; a processor for assigning a first user identification to the public identification, the first user identification identifying the first user entity; and a transmitter for transmitting a second session initiation request (204, 311) to establish a communication link towards the first user entity, the second session initiation request (204, 311) comprising the first user identification, characterized in that the processor is configured to determine a current communication state of the first user entity, and wherein the transmitter is configured to transmit the second session initiation request (204, 311) towards the first user entity if the communication state indicates that the first user entity is currently communicating. a receiver for receiving a first session initiation request (202, 309), the first session initiation request (202, 309) comprising a public identification identifying the set of user entities; a processor for assigning a first user identification to the public identification, the first user identification identifying the first user entity; and a transmitter for transmitting a second session initiation request (204, 311) to establish a communication link towards the first user entity, the second session initiation request (204, 311) comprising the first user identification, characterized in that the processor is configured to determine a current communication state of the first user entity, and wherein the transmitter is configured to transmit the second session initiation request (204, 311) towards the first user entity if the communication state indicates that the first user entity is currently communicating.
A system for passing matter in a flow passage of an oil and/or gas drilling or production installation, in particular for passing trash or drill cuttings in a drilling fluid return line, characterised in that the system comprises: first and second valves (14a, 14b) arranged in series in said flow passage such that flow through the passage can be restricted at both the first and second valves; control means adapted to selectively or sequentially actuate said valves, such that the matter is allowed to pass said valves in the flow passage, and wherein the system further comprises a buffer chamber placed in the flow passage between said first and second valves. first and second valves (14a, 14b) arranged in series in said flow passage such that flow through the passage can be restricted at both the first and second valves; control means adapted to selectively or sequentially actuate said valves, such that the matter is allowed to pass said valves in the flow passage, and
Angle measuring device comprising - a cap having an opening (1.2) which is designed to guide a plug, - a main body, - a printed circuit board on which an electrical coupling element (2.1) is fixed, and - at least one spacer (1.1), wherein, with the aid of the at least one spacer (1.1), the cap is positioned relative to the printed circuit board in such a way that the opening (1.2) is aligned with respect to the electrical coupling element (2.1), characterized in that the cap has elements which interact with the printed circuit board in such a way that a relative angular position between the cap and the printed circuit board can be defined by a positive-locking connection, so that a unique association for the relative angular position between the cap and the printed circuit board is achieved by virtue of the positive-locking connection. - a cap having an opening (1.2) which is designed to guide a plug, - a main body, - a printed circuit board on which an electrical coupling element (2.1) is fixed, and - at least one spacer (1.1),
A vehicle seat, comprising: a seatback side frame; and a support member that is attached to the seatback side frame and is configured to support an occupant in a seat width direction; wherein the support member includes an inner plate that is fixed to the seatback side frame on an inner side in the seat width direction, an outer plate that is fixed to the seatback side frame on an outer side in the seat width direction, and plural ribs that couple front portions of the inner plate and the outer plate, a screw attachment portion is provided in a rear side end portion of the inner plate, and the screw attachment portion is formed by a screw through hole and a thick portion around the screw through hole. a seatback side frame; and a support member that is attached to the seatback side frame and is configured to support an occupant in a seat width direction; wherein the support member includes an inner plate that is fixed to the seatback side frame on an inner side in the seat width direction, an outer plate that is fixed to the seatback side frame on an outer side in the seat width direction, and plural ribs that couple front portions of the inner plate and the outer plate, a screw attachment portion is provided in a rear side end portion of the inner plate, and the screw attachment portion is formed by a screw through hole and a thick portion around the screw through hole.
Apparatus for the substitute-switching of a switching system, characterized in that a redundant switching system (S 1b) is assigned to each switching system (S 1) as a redundancy partner, both of which have access to a transport network, in that a network management system and at least one monitor with real-time capability are provided and are operatively connected to one another as well as to each of the switching systems (S 1), the respectively redundant switching systems (S 1b) and the transport network, in that the switching system (S 1) and the respectively redundant switching system (S 1b) have packet-based interfaces, the respectively redundant switching system (S 1b) being able to be transferred to a state which is active in terms of switching by the at least one monitor with real-time capability by activating the packet-based interfaces, in that the packet addresses (IP addresses) of the packet-based interfaces of the switching system (S 1) and of the respective packet-based partner interfaces of the redundant switching system (S 1b) are identical, in that there is a considerable spatial separation of the network management system and the at least one monitor with real-time capability from the switching system (S 1) and the respectively redundant switching system (S 1b).
A pharmaceutical composition for use in the treatment of a patient suffering from haemophilia A comprising the blood factor Factor VIII and a colloidal particle, wherein the colloidal particle comprises about 0.5 to 20 mole percent of an amphipathic lipid derivatized with a biocompatible hydrophilic polymer, wherein the colloidal particle is substantially neutral and the polymer carries substantially no net charge, wherein the blood factor is not encapsulated in said colloidal particle, wherein the composition is administered subcutaneously and wherein repeated subcutaneous administration of the pharmaceutical composition is carried out before the concentration of the pharmaceutical composition in the blood reduces to sub-therapeutic levels.
A full-color OLED display comprising a pixel arrangement comprising: a substrate; and a plurality of pixels, each pixel comprising emissive regions of exactly two colors, wherein each pixel comprises blue and yellow emissive regions; wherein each emissive region in each pixel in the arrangement is adjacent to an emissive region of the same color in an adjacent pixel in a direction parallel to a scan line of the OLED display and adjacent to an emissive region of a different color in the same pixel; and characterized in that the emissive regions having different colors are staggered every other row in a direction perpendicular to the scan line of the OLED display. a substrate; and a plurality of pixels, each pixel comprising emissive regions of exactly two colors, wherein each pixel comprises blue and yellow emissive regions; wherein each emissive region in each pixel in the arrangement is adjacent to an emissive region of the same color in an adjacent pixel in a direction parallel to a scan line of the OLED display and adjacent to an emissive region of a different color in the same pixel; and characterized in that the emissive regions having different colors are staggered every other row in a direction perpendicular to the scan line of the OLED display.
A marine reversing gear assembly, wherein a manual directional control valve and an electromagnetic directional control valve for a forward/reverse directional control valve for a hydraulic oil supply line have a common structure of an oil line joint surface for the hydraulic oil supply line for a forward clutch and a reverse clutch, and the forward/reverse directional control valve for the hydraulic oil supply line can be changed to either the manual directional control valve or the electromagnetic directional control valve by exchanging a spool (7c, 7e) of the manual directional control valve or the electromagnetic directional control valve.