mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a first communication device (103a-1) comprising: - a processor and - a communication interface, and a second communication device (103a-2) comprising: - a motion sensor, the processor being configured to: - receive (501, 1101) a call via the communication interface; - determine (505, 1105) an indication of activity of the second communication device (103a-2) based on motion detected using the motion sensor; - detect a link between the first communication device (103a-1) and the second communication device (103a-2); and - based on the indication of activity of the second communication device (103a-2) and the link between the first communication device (103a-1) and the second communication device (103a-2), transmit (507, 1107) a notification of the call to the second communication device (103a-2) for transferring the call to the second communication device (103a-2) via the link. a first communication device (103a-1) comprising: - a processor and - a communication interface, and - a processor and - a communication interface, and a second communication device (103a-2) comprising: - a motion sensor, - a motion sensor, the processor being configured to: - receive (501, 1101) a call via the communication interface; - determine (505, 1105) an indication of activity of the second communication device (103a-2) based on motion detected using the motion sensor; - detect a link between the first communication device (103a-1) and the second communication device (103a-2); and - based on the indication of activity of the second communication device (103a-2) and the link between the first communication device (103a-1) and the second communication device (103a-2), transmit (507, 1107) a notification of the call to the second communication device (103a-2) for transferring the call to the second communication device (103a-2) via the link. - receive (501, 1101) a call via the communication interface; - determine (505, 1105) an indication of activity of the second communication device (103a-2) based on motion detected using the motion sensor; - detect a link between the first communication device (103a-1) and the second communication device (103a-2); and - based on the indication of activity of the second communication device (103a-2) and the link between the first communication device (103a-1) and the second communication device (103a-2), transmit (507, 1107) a notification of the call to the second communication device (103a-2) for transferring the call to the second communication device (103a-2) via the link.
A resin injection method for injecting a resin from an injection cylinder through a resin path to an injection nozzle and flowing the resin into a holding pressure path communicating with the resin path to maintain a pressure of the resin in the resin path and the holding pressure path, comprising: - pressurizing the resin in the resin path by means of the injection cylinder to hold the resin in the resin path and the holding pressure path; - then shutting off the resin path by shutoff means disposed between the injection cylinder and the holding pressure path, - pressurizing the holding pressure path by moving forward a holding pressure plunger being equipped with a holding pressure means in the holding pressure path to perform holding pressure of the resin path and the holding pressure path, - shutting off an inlet path for the resin on a mold side by a shutoff member and releasing pressurization of the holding pressure path once, - releasing shutoff of the resin path by releasing the shutoff means, and - after releasing of the shutoff means discharging all the resin held in the holding pressure path to the resin path by moving the holding pressure plunger to a forward movement end position, in which the tip thereof projects into the resin path and charging resin back into the injection cylinder. - pressurizing the resin in the resin path by means of the injection cylinder to hold the resin in the resin path and the holding pressure path; - then shutting off the resin path by shutoff means disposed between the injection cylinder and the holding pressure path, - pressurizing the holding pressure path by moving forward a holding pressure plunger being equipped with a holding pressure means in the holding pressure path to perform holding pressure of the resin path and the holding pressure path, - shutting off an inlet path for the resin on a mold side by a shutoff member and releasing pressurization of the holding pressure path once, - releasing shutoff of the resin path by releasing the shutoff means, and - after releasing of the shutoff means discharging all the resin held in the holding pressure path to the resin path by moving the holding pressure plunger to a forward movement end position, in which the tip thereof projects into the resin path and charging resin back into the injection cylinder.
A composition comprising prostaglandin E2 or 16,16-dimethyl PGE2 for use as a medicament in a subject, wherein the subject has blood loss due to trauma, is a bone marrow donor, or has depleted bone marrow, by selectively increasing the number of ST-HSCs in the subject, wherein the composition is to be administered once or more times daily for at least 8 days.
Generator stator for a wind turbine having a stator ring and a laminated stator core, wherein the laminated stator core has a plurality of segment sheets which are arranged in a circumferential direction on the stator ring, wherein the stator ring and the segment sheets have corresponding positive-locking elements (35, 37) which are in engagement with each other and which define a force flow path between the stator ring and the segment sheets, wherein at least one of the positive-locking elements (35, 37) is operationally connected to at least one damping element (23, 43, 47) which is arranged in the force flow path and which is configured to damp a relative movement between the stator ring and the segment sheets, and the stator ring comprises at least one connection element (13, 41, 45), in particular in the form of a connection strip which extends in the direction of a longitudinal axis of the stator ring and which is/are secured to the stator ring, wherein the corresponding positive-locking element of the stator ring is a portion of the connection element (13, 41, 45), characterised in that the connection element (13, 41, 45) is constructed in several pieces and has three segments (13a, 13b, 13c; 41a, 41b, 41c; 45a, 45b, 45c) and in that a first segment (13b, 41b, 45b) and a second segment (13a, 41a, 45a) are connected to a first damping element (23, 43, 47) and the second segment (13a, 41a, 45a) and a third segment (13c, 41c, 45c) are connected to a second damping element (23, 43, 47). wherein at least one of the positive-locking elements (35, 37) is operationally connected to at least one damping element (23, 43, 47) which is arranged in the force flow path and which is configured to damp a relative movement between the stator ring and the segment sheets, and the stator ring comprises at least one connection element (13, 41, 45), in particular in the form of a connection strip which extends in the direction of a longitudinal axis of the stator ring and which is/are secured to the stator ring, wherein the corresponding positive-locking element of the stator ring is a portion of the connection element (13, 41, 45), characterised in that the connection element (13, 41, 45) is constructed in several pieces and has three segments (13a, 13b, 13c; 41a, 41b, 41c; 45a, 45b, 45c) and in that a first segment (13b, 41b, 45b) and a second segment (13a, 41a, 45a) are connected to a first damping element (23, 43, 47) and the second segment (13a, 41a, 45a) and a third segment (13c, 41c, 45c) are connected to a second damping element (23, 43, 47).
A LED package configured to generate blue LED package light, wherein the LED package comprises a solid state light source configured to generate blue light source light, a luminescent material configured to convert part of the light source light into luminescent material light comprising green light, and a blue pigment configured to absorb part of the luminescent material light.
System for controlling and/or regulating building systems engineering on the basis of sensor-detected measured values, comprising a mobile device, at least one stationary sensor unit (14.1, 14.2, 14.3), and a data processing unit, wherein the mobile device, the at least one stationary sensor unit (14.1, 14.2, 14.3), and the data processing unit are connected via at least one communication network, the mobile device has at least one sensor for detecting a measured value, and the data processing unit is configured to generate a control and regulation signal for the building systems engineering on the basis of a combination of information about the detected measured values of the at least one sensor and of the at least one stationary sensor unit (14.1, 14.2, 14.3), and wherein the system has at least one device which is designed to determine a reference position for a position determination of the mobile device, and characterized in that the data processing unit and/or the mobile device is configured to perform a calibration of the sensor of the mobile device on the basis of the combination of information about the detected measured values of the sensor and of the stationary sensor unit (14.1, 14.2, 14.3).
A steering system configured to steer a vehicle comprising: a rotary shaft to which an operation member is coupled; a moving unit configured to move the operation member between a normal position that is a position where the operation member is operated by a driver, and a storage area located ahead of the normal position; characterized by an external force detection unit configured to detect an external force externally applied to the operation member while the operation member is moving; a determination unit configured to determine whether a direction of the external force detected by the external force detection unit is the same as a moving direction of the operation member; and a control unit configured to control the moving unit based on a determination result from the determination unit. a rotary shaft to which an operation member is coupled; a moving unit configured to move the operation member between a normal position that is a position where the operation member is operated by a driver, and a storage area located ahead of the normal position; characterized by an external force detection unit configured to detect an external force externally applied to the operation member while the operation member is moving; a determination unit configured to determine whether a direction of the external force detected by the external force detection unit is the same as a moving direction of the operation member; and a control unit configured to control the moving unit based on a determination result from the determination unit.
Device for starting a gas turbine, comprising an initiation system able to rotate said gas turbine on command, comprising: - means for receiving information representing the rotation speed of the gas turbine, - means for calculating a set torque value according to said information representing the rotation speed of the gas turbine, - means for transmitting said set torque value to the initiation system, the means for calculating the set torque value being suitable for making a comparison of the information representing the rotation speed of the gas turbine with a predetermined speed profile and calculating the set torque value from said comparison, - a fuel metering device suitable for injecting fuel into a combustion chamber of said gas turbine, - means for calculating a set fuel metering value according to said information representing the speed, and - means for transmitting the set fuel metering value to said fuel metering device, and characterised in that the means for calculating the set fuel metering value are suitable for making a comparison of the information representing the rotation speed of the gas turbine with a predetermined speed profile and calculating the set fuel metering value from said comparison. - means for receiving information representing the rotation speed of the gas turbine, - means for calculating a set torque value according to said information representing the rotation speed of the gas turbine, - means for transmitting said set torque value to the initiation system, - a fuel metering device suitable for injecting fuel into a combustion chamber of said gas turbine, - means for calculating a set fuel metering value according to said information representing the speed, and - means for transmitting the set fuel metering value to said fuel metering device,
A candle wick, comprising: (a) a first layer of paper or dried pulp; and (b) a second layer of material selected from the group consisting of paper, silk, thread, textiles, corn fiberfill, cotton batting, bamboo fiber, soybean protein fiber, wood, alpaca hair, dried pulp, rosin, resin, fibrous material, and combinations thereof; wherein the first layer is attached to the second layer, and wherein the candle wick is configured to be pliable and shapeable. (a) a first layer of paper or dried pulp; and (b) a second layer of material selected from the group consisting of paper, silk, thread, textiles, corn fiberfill, cotton batting, bamboo fiber, soybean protein fiber, wood, alpaca hair, dried pulp, rosin, resin, fibrous material, and combinations thereof;
A method for communication to/from a multimode terminal operable to receive or determine position estimates for the multimode terminal and to communicate via multiple alternative communication technologies (CTn, CT1-CT3) and/or operating modes; the method comprising: - utilizing a user interface application whose execution in the multimode terminal generates a user interface for creating and storing one or more region definitions (110, 150, 281), wherein each region definition indicates a name of the region and one or more of the multiple alternative communication technologies (CTn, CT1-CT3) and/or operating modes plus an activation range (121-122, 161-163, 261-263, 301, 312-313, 322-323, 331-339) and a deactivation range (131-132, 171-173, 271-273, 302, 314-315, 324-325, 341-349) for the at least one of the multiple alternative communication technologies (CTn, CT1-CT3) and/or operating modes; - determining the multimode terminal's position; - retrieving a stored region definition relating to the region closest to the multimode terminal's determined position; - comparing (4-14, 4-30) the multimode terminal's determined position with the activation range and a deactivation range of the retrieved region definition; and - activating and deactivating each of the one or more multiple alternative communication technologies (CTn, CT1-CT3) and/or operating modes indicated by the retrieved region definition based on said comparison. - utilizing a user interface application whose execution in the multimode terminal generates a user interface for creating and storing one or more region definitions (110, 150, 281), wherein each region definition indicates a name of the region and one or more of the multiple alternative communication technologies (CTn, CT1-CT3) and/or operating modes plus an activation range (121-122, 161-163, 261-263, 301, 312-313, 322-323, 331-339) and a deactivation range (131-132, 171-173, 271-273, 302, 314-315, 324-325, 341-349) for the at least one of the multiple alternative communication technologies (CTn, CT1-CT3) and/or operating modes; - determining the multimode terminal's position; - retrieving a stored region definition relating to the region closest to the multimode terminal's determined position; - comparing (4-14, 4-30) the multimode terminal's determined position with the activation range and a deactivation range of the retrieved region definition; and - activating and deactivating each of the one or more multiple alternative communication technologies (CTn, CT1-CT3) and/or operating modes indicated by the retrieved region definition based on said comparison.
Combination of a vehicle and a side clearance device for the vehicle, said side clearance device comprising: - a fastening plate with mechanical means adapted to fix said fastening plate with a vehicle; - a first section comprising a first end fixed with the said fastening plate; - the said first section extending according to a first direction in order that, when the said fastening plate is fixed onto a vehicle, the said first section gets away from the vehicle from the said fastening plate; and - a second section comprising a first end connected with a second end of the said first section, the said second end of the said first section being opposed to the said first end of the said first section; - the said second section extending according to a second direction in order that, when the said fastening plate is fixed onto a vehicle, the said second section extends almost along the height of the vehicle; characterized in that: - the shape of the said first and second sections (14, 18) is designed to provide a drag coefficient of under 0. 45 to the said first and second sections (14, 18); and - the said second section possesses a terminal surface between 40 and 600 mm 2, opposed to the said first end of the said second section; - the said terminal surface extends in the field of vision of the driver when the said fastening plate is fixed onto the vehicle. - a fastening plate with mechanical means adapted to fix said fastening plate with a vehicle; - a first section comprising a first end fixed with the said fastening plate; - the said first section extending according to a first direction in order that, when the said fastening plate is fixed onto a vehicle, the said first section gets away from the vehicle from the said fastening plate; and - a second section comprising a first end connected with a second end of the said first section, the said second end of the said first section being opposed to the said first end of the said first section; - the said second section extending according to a second direction in order that, when the said fastening plate is fixed onto a vehicle, the said second section extends almost along the height of the vehicle; characterized in that: - the shape of the said first and second sections (14, 18) is designed to provide a drag coefficient of under 0. 45 to the said first and second sections (14, 18); and - the said second section possesses a terminal surface between 40 and 600 mm 2, opposed to the said first end of the said second section; - the said terminal surface extends in the field of vision of the driver when the said fastening plate is fixed onto the vehicle. - the shape of the said first and second sections (14, 18) is designed to provide a drag coefficient of under 0. 45 to the said first and second sections (14, 18); and - the said second section possesses a terminal surface between 40 and 600 mm 2, opposed to the said first end of the said second section; - the said terminal surface extends in the field of vision of the driver when the said fastening plate is fixed onto the vehicle.
Manual pump (2; 102) for an electrical appliance, in particular an ironing appliance, comprising a mobile operation button between a rest position, towards which it is returned by recall means (24; 124), and a sunken position, towards which it is returned by pressing the button to produce the pumping effect, said pump (2; 102) comprising stopping means (27, 28; 127) generating a force opposing the movement of the button towards the sunken position when said button occupies the rest position, said stopping means (27, 28; 127) being adapted so that the force necessary to move the button towards the sunken position is more significant when the button is located in a rest position than when it has left said rest position, the pump comprising a body comprising a pumping chamber holding a piston connected to a rod, characterised in that the stopping means (27, 28; 127) act on the rod of the piston and are constituted by a blocking element (27; 127) which is inserted elastically into a throat made on the rod when the piston occupies the rest position.
A hand-held handle dispenser comprising: a main frame having a handle, an adhesive tape roll provided on a rear side of the main frame for delivering an adhesive tape, an application element provided on the front side of the main frame for applying the adhesive tape onto a parcel and a cutting blade for cutting the adhesive tape, an insert strip roll cartridge for storing an insert strip roll, transport and affixing elements (26, 30, 102) for conveying the insert strip from said cartridge to said application element and affixing it against the adhesive tape to form a handle, and a holding structure (13; 310, 312, 314) supporting a system (32; 302, 306, 308) for cutting said insert strip, wherein it further comprises a revolution cutter rotating around a cutter axis for stopping the dispensing from said insert strip roll by cutting said insert strip.
A high pressure fluid nozzle manipulator apparatus comprising: a chassis, a pair of parallel manipulator elevator rails (128, 130) supported by an elevator rail rotator fastened to the chassis, a horizontal extensible arm rail disposed between and carried by the manipulator elevator rails (128, 130), a rotary wrist actuator fastened to a distal end of the horizontal extensible arm rail, and a linear actuator fastened between the rotary wrist actuator and a hinged nozzle support bracket; wherein a portion of the bracket is configured to hold a high pressure cleaning nozzle therein, the linear actuator is configured to rotate the nozzle and the bracket through an arc, the elevator rail rotator is configured to rotate the elevator rails (128, 130) through an arc of at least about 180 degrees around an elevator rail rotator axis, and the rotary wrist actuator is configured to rotate the hinged nozzle support bracket in at least about a 270 degree arc in a plane orthogonal to a horizontal axis through the extensible arm rail; and an L shaped carriage assembly movably fastened to a distal portion of the elevator rails (128, 130) and wherein the carriage assembly supports the horizontal extensible arm rail so as to extend between the elevator rails (128, 130). a chassis, a pair of parallel manipulator elevator rails (128, 130) supported by an elevator rail rotator fastened to the chassis, a horizontal extensible arm rail disposed between and carried by the manipulator elevator rails (128, 130), a rotary wrist actuator fastened to a distal end of the horizontal extensible arm rail, and a linear actuator fastened between the rotary wrist actuator and a hinged nozzle support bracket; wherein a portion of the bracket is configured to hold a high pressure cleaning nozzle therein, the linear actuator is configured to rotate the nozzle and the bracket through an arc, the elevator rail rotator is configured to rotate the elevator rails (128, 130) through an arc of at least about 180 degrees around an elevator rail rotator axis, and the rotary wrist actuator is configured to rotate the hinged nozzle support bracket in at least about a 270 degree arc in a plane orthogonal to a horizontal axis through the extensible arm rail; and an L shaped carriage assembly movably fastened to a distal portion of the elevator rails (128, 130) and wherein the carriage assembly supports the horizontal extensible arm rail so as to extend between the elevator rails (128, 130).