mhurhangee/ep-ind-claims huggingface dataset:
A communication method of a communicating device (1, 4) comprising a radiofrequency communication interface and a central processing unit, the radiofrequency communication interface having at least one physical channel (PhCh, 23) to exchange radio messages on a wireless network and having means to multiplex (MUX, 200) at least two logical channels (LC 1, LC i, LC n) in the said physical channel (PhCh), the central processing unit being connected to the communication interface to provide at least two services (S 1, S i, S n) offering different levels of security on the wireless network, each of the services (S 1, S i, S n) being associated with a distinct logical channel (LC 1, LC i, LC n) of the communication interface, characterised in that: - the central processing unit associates a transmission parameter (P 1, P i, P n) with each service (S 1, S i, S n) and transmits the said transmission parameters (P 1, P i, P n) to the communication interface, the transmission parameter limiting the transmission range for a service using confidential data and - the communication interface configures the physical channel (PhCh) depending on the transmission parameters (P 1, P i, P n) specific to the services (S 1, S i, S n) associated with the logical channels (LC 1, LC i, LC n). - the central processing unit associates a transmission parameter (P 1, P i, P n) with each service (S 1, S i, S n) and transmits the said transmission parameters (P 1, P i, P n) to the communication interface, the transmission parameter limiting the transmission range for a service using confidential data and - the communication interface configures the physical channel (PhCh) depending on the transmission parameters (P 1, P i, P n) specific to the services (S 1, S i, S n) associated with the logical channels (LC 1, LC i, LC n).
A catalyst unit in the form of a cylinder having a length C and diameter D, which has 3 - 10 circular holes extending therethrough, wherein said cylinder has domed ends of lengths A and B, such that (A+B+C)/D is in the range 0.50 to 2.00, and (A+B)/C is in the range 0.40 to 5.00.
A damping device for a spacecraft, configured to dampen the vibrations between a component to be isolated and a supporting structure of the spacecraft, the damping device comprising: - an outer spring structure containing an inner enclosure, configured to deform elastically along a mainly longitudinal direction, and comprising a first end configured to be fixed to the supporting structure, and a second end configured to be fixed to the component to be isolated, - at least one damping element secured to the outer spring structure and extending inside the inner enclosure, the outer spring structure and the damping element being formed from the same metal material and in a single block by additive manufacturing, the inner enclosure being filled at least partly with a powder of this same metal material such that the damping element is disposed at least partly in the powder. - an outer spring structure containing an inner enclosure, configured to deform elastically along a mainly longitudinal direction, and comprising a first end configured to be fixed to the supporting structure, and a second end configured to be fixed to the component to be isolated, - at least one damping element secured to the outer spring structure and extending inside the inner enclosure, the outer spring structure and the damping element being formed from the same metal material and in a single block by additive manufacturing, the inner enclosure being filled at least partly with a powder of this same metal material such that the damping element is disposed at least partly in the powder.
A frequency band sharing method, comprising: determining a shared frequency band, wherein the shared frequency band is a frequency band that can be used for a first network or a second network, a cell of the shared frequency band is a secondary serving cell of user equipment UE1 that performs communication by using the first network and a secondary serving cell of user equipment UE2 that performs communication by using the second network, and both the UE1 and the UE2 can work on the shared frequency band and at least one other frequency band than the shared frequency band; and determining that service transmission of the first network or service transmission of the second network is performed on the shared frequency band if there is a to-be-transmitted service in both the first network and the second network, and transmitting only a common signal of the second network on the shared frequency band when the service transmission of the first network is performed on the shared frequency band, or transmitting only a common signal of the first network or no signal on the shared frequency band when the service transmission of the second network is performed on the shared frequency band. determining a shared frequency band, wherein the shared frequency band is a frequency band that can be used for a first network or a second network, a cell of the shared frequency band is a secondary serving cell of user equipment UE1 that performs communication by using the first network and a secondary serving cell of user equipment UE2 that performs communication by using the second network, and both the UE1 and the UE2 can work on the shared frequency band and at least one other frequency band than the shared frequency band; and determining that service transmission of the first network or service transmission of the second network is performed on the shared frequency band if there is a to-be-transmitted service in both the first network and the second network, and transmitting only a common signal of the second network on the shared frequency band when the service transmission of the first network is performed on the shared frequency band, or transmitting only a common signal of the first network or no signal on the shared frequency band when the service transmission of the second network is performed on the shared frequency band.
Seating furniture chassis, comprising a main body, fastening means and at least one side part, wherein the fastening means are arranged on the main body, wherein the side part is releasably fastenable to the fastening means, wherein the fastening means comprise a spring element and a fastening element, wherein the spring element exerts a spring force on the fastening element, wherein, when the side part is fastened to the fastening means, the fastening element is moved counter to the spring force, wherein the side part comprises a receiving region, wherein the fastening element is arranged in the receiving region in the state of the side part fastened to the fastening means and is held in the receiving region by the spring force, wherein the receiving region is designed to exert a clamping force on the fastening element in the state of the side part fastened to the fastening means, wherein the fastening means comprise a support element, wherein the side part comprises a support region, wherein the support region is designed to rest on the support element when the side part is fastened to the fastening means, characterized in that the fastening means comprise a first form-fitting element, wherein the side part comprises a second form-fitting element, wherein the first form-fitting element and the second form-fitting element are designed for a form-fitting connection to one another, wherein the form-fitting connection limits or prevents a vertical movement of the side part relative to the fastening means.
Input device of an elevator installation for generating a control signal for controlling the elevator installation, comprising - a control panel which is formed by a planar element of the elevator installation and has a front face (2.1) and a rear face (2.2), - an input zone on the front face (2.1) of the control panel, wherein the position of the input zone is marked by means of a marking on the front face (2.1) of the control panel, and wherein the control panel is arranged so as to be deflectable, at least in the region of the input zone, and - a piezo bending sensor or as a strain gauge bending sensor which is attached to a region of the rear face (2.2) of the control panel that is opposite the input zone in such a way that said sensor detects a deflection in the region of the input zone of the control panel. - a control panel which is formed by a planar element of the elevator installation and has a front face (2.1) and a rear face (2.2), - an input zone on the front face (2.1) of the control panel, wherein the position of the input zone is marked by means of a marking on the front face (2.1) of the control panel, and wherein the control panel is arranged so as to be deflectable, at least in the region of the input zone, and - a piezo bending sensor or as a strain gauge bending sensor which is attached to a region of the rear face (2.2) of the control panel that is opposite the input zone in such a way that said sensor detects a deflection in the region of the input zone of the control panel.
An actuator assembly for a vehicle mirror comprising: a toggle switch configured to rotate about a pivotal axis; a damper in connection with the toggle switch and configured to control the rotation about the pivotal axis; a support bracket in connection with the vehicle mirror and forming a pivotal interface with the damper and the toggle switch, wherein the pivotal interface is configured to toggle an orientation of the vehicle mirror between a first position and a second position; a protrusion in connection with the pivotal interface; and a sensor configured to detect a position of the actuator assembly, wherein the sensor preferably forms a detection region configured to receive the protrusion, wherein the pivotal interface is configured to translate the protrusion to selectively position the protrusion in the detection region to control an activation of the sensor in response to the actuator assembly in the first position. a toggle switch configured to rotate about a pivotal axis; a damper in connection with the toggle switch and configured to control the rotation about the pivotal axis; a support bracket in connection with the vehicle mirror and forming a pivotal interface with the damper and the toggle switch, wherein the pivotal interface is configured to toggle an orientation of the vehicle mirror between a first position and a second position; a protrusion in connection with the pivotal interface; and a sensor configured to detect a position of the actuator assembly, wherein the sensor preferably forms a detection region configured to receive the protrusion, wherein the pivotal interface is configured to translate the protrusion to selectively position the protrusion in the detection region to control an activation of the sensor in response to the actuator assembly in the first position.
Machine tool, for example of a large size, comprising: - a bench having a main extension along a main axis; - an upright base, which surmounts the bench and is supported by it, translatable in a controllable manner along the main axis; - control means of the translation of the upright base suitable for controlling the commanded translation of the upright base; - a position sensor of the upright base, suitable to measure the position of the upright base along the main axis, comprising an optical line or linear encoder, fixed to the bench, wherein a reference point on the optical line realizes the origin of a main reference system; - temperature detection means (T1,....Tn) of the optical line suitable to detect the temperature of the optical line in at least one position along the main axis and to generate respective temperature signals; - means for detecting the movement of the reference point of the optical line, suitable for generating a reference point movement signal; - management means operatively connected to the temperature detection means of the optical line, to the translation control means of the upright base and to the means of detection of the point of reference movement, suitable to process the temperature signals, the reference point movement signal and the signals of said translation control means of the upright base to determine a correction signal for the translation control means of the upright base; wherein the reference point movement detection means comprise a bar made of a substantially heat-indeformable material, fixed on one side to the optical line in correspondence to the reference point. - a bench having a main extension along a main axis; - an upright base, which surmounts the bench and is supported by it, translatable in a controllable manner along the main axis; - control means of the translation of the upright base suitable for controlling the commanded translation of the upright base; - a position sensor of the upright base, suitable to measure the position of the upright base along the main axis, comprising an optical line or linear encoder, fixed to the bench, wherein a reference point on the optical line realizes the origin of a main reference system; - temperature detection means (T1,....Tn) of the optical line suitable to detect the temperature of the optical line in at least one position along the main axis and to generate respective temperature signals; - means for detecting the movement of the reference point of the optical line, suitable for generating a reference point movement signal; - management means operatively connected to the temperature detection means of the optical line, to the translation control means of the upright base and to the means of detection of the point of reference movement, suitable to process the temperature signals, the reference point movement signal and the signals of said translation control means of the upright base to determine a correction signal for the translation control means of the upright base;
An air conditioner comprising: a case provided with openings (15, 16); a heat exchanger disposed in the case; and a plurality of fans (31, 35) disposed in the case; a variation unit (201, 205) that is movably disposed around the fans (31, 35) to vary air inlet and outlet directions; the variation unit (201, 205) being provided with two moving guides (220, 230) movably disposed around one of the fans, respectively; characterized in that the air conditioner further comprises an upper louver partly closing one of the openings and wherein the one of the openings is an air inlet and the other one of the openings is an air outlet when one of the two moving guides pivots toward one of the fans and the other one of the two moving guides pivots away from the other one of the fans and the upper louver is opened, and wherein the one of the openings is an air outlet and the other one of the openings is an air inlet when the one of the two moving guides pivots away from the one of the fans and the other one of the two moving guides pivots to the other one of the fans and the upper louver is closed. a case provided with openings (15, 16); a heat exchanger disposed in the case; and a plurality of fans (31, 35) disposed in the case; a variation unit (201, 205) that is movably disposed around the fans (31, 35) to vary air inlet and outlet directions; the variation unit (201, 205) being provided with two moving guides (220, 230) movably disposed around one of the fans, respectively; characterized in that the air conditioner further comprises an upper louver partly closing one of the openings and wherein the one of the openings is an air inlet and the other one of the openings is an air outlet when one of the two moving guides pivots toward one of the fans and the other one of the two moving guides pivots away from the other one of the fans and the upper louver is opened, and wherein the one of the openings is an air outlet and the other one of the openings is an air inlet when the one of the two moving guides pivots away from the one of the fans and the other one of the two moving guides pivots to the other one of the fans and the upper louver is closed.
Active compound combinations consisting of Fluopicolide of formula or an agrochemically acceptable salt thereof, and (B-1-1) Cyazofamid in a weight ratio of A:B of 20:1 to 1:20. Fluopicolide of formula or an agrochemically acceptable salt thereof, and (B-1-1) Cyazofamid in a weight ratio of A:B of 20:1 to 1:20.
Centrifugal spreader having a device for determining the torque of a spreader disc of a centrifugal spreader, characterized in that the device is constructed in the form of a sensor module formed independently of the centrifugal spreader and as a kit or subassembly, for replacement, attachment to and/or integration in various types of centrifugal spreaders, wherein the device is modularly constructed and comprises two magnetic sensors (333; 334; 335; 336), which are each attached to an external gearbox (104; 105; 304; 305; 404) assigned to a spreader disc, and/or a magnetic sensor (323; 324; 325) which is attached to a central gearbox (101; 301).
A polymer electrolyte for a secondary battery, the polymer electrolyte comprising a polymer containing a repeating unit represented by Formula 1: wherein, in Formula 1, R 0 is an alkylene group having 1 to 5 carbon atoms which is substituted with at least one halogen atom; R 1, R 2, R 3, R 4, R 5, R 6, and R 7 are each independently hydrogen, a halogen atom, or an alkyl group having 1 to 5 carbon atoms which is substituted or unsubstituted with at least one halogen atom; A is Li +; and each of n and m is the number of repeating units, wherein n is an integer of 1 to 100, and m is an integer of 1 to 100. R 0 is an alkylene group having 1 to 5 carbon atoms which is substituted with at least one halogen atom; R 1, R 2, R 3, R 4, R 5, R 6, and R 7 are each independently hydrogen, a halogen atom, or an alkyl group having 1 to 5 carbon atoms which is substituted or unsubstituted with at least one halogen atom; A is Li +; and each of n and m is the number of repeating units, wherein n is an integer of 1 to 100, and m is an integer of 1 to 100.
A communication method, comprising: receiving, by a first network element from an application function network element, a first request, wherein the first request comprises identification information of a terminal device, the identification information is a subscription permanent identifier, SUPI of the terminal device; determining, by the first network element according to the identification information, that a policy control network element requested by the application function network element is a policy control network element that provides mobility management; and sending, by the first network element to the application function network element, the information about the policy control network element that provides mobility management. receiving, by a first network element from an application function network element, a first request, wherein the first request comprises identification information of a terminal device, the identification information is a subscription permanent identifier, SUPI of the terminal device; determining, by the first network element according to the identification information, that a policy control network element requested by the application function network element is a policy control network element that provides mobility management; and sending, by the first network element to the application function network element, the information about the policy control network element that provides mobility management.
A baking working method of an electric oven, applied to the oven for driving a barbecue fork rotating shaft to rotate food to be baked by a motor, characterized by comprising the following steps: S1, measuring the period T 0 when a barbecue fork is unloaded; S2, fixing the food onto the barbecue fork, and measuring the period T 1 when the barbecue fork is loaded; S3, calculating the weight M 1 of the food on the barbecue fork, M 1 = ( T 1 / T 0) 2 * M 0, wherein M 0 is the default weight when the barbecue fork is unloaded; and S4, setting the baking time and/or temperature according to the food weight M 1, wherein, in the step S4, when the weight M 1 is large, the baking time and /or baking temperature is increased, and the rotation slows down; and when the weight M 1 is small, the baking time and /or baking temperature is reduced, and the rotation speeds up.
An apparatus for wrapping a load, comprising: a film dispenser for dispensing a film web including a film dispensing drive; a rotational drive system for providing relative rotation between the load and the dispenser during a wrapping cycle; and a controller configured to operatively couple the film dispensing drive and the rotational drive system such that, for any portion of a revolution of the film dispenser relative to the load during the wrapping cycle, the film dispenser dispenses a selected length of the film web corresponding to the portion of the revolution; the apparatus further comprising an idler roller, characterized in that the controller is further configured to select the corresponding length based, at least in part, upon rotation of the idle roller. a film dispenser for dispensing a film web including a film dispensing drive; a rotational drive system for providing relative rotation between the load and the dispenser during a wrapping cycle; and a controller configured to operatively couple the film dispensing drive and the rotational drive system such that, for any portion of a revolution of the film dispenser relative to the load during the wrapping cycle, the film dispenser dispenses a selected length of the film web corresponding to the portion of the revolution; the apparatus further comprising an idler roller, characterized in that the controller is further configured to select the corresponding length based, at least in part, upon rotation of the idle roller.
An electromagnetic switching valve for a fuel-injection system of an internal-combustion engine, having: - a valve region with a closing element for closing the switching valve; and - an actuator region for moving the closing element along an axis of motion; wherein the actuator region has an armature which is mobile along the axis of motion and is coupled with the closing element to move the closing element, a fixed pole piece and a solenoid for generating a magnetic flux in the armature and in the pole piece, wherein the armature has a region of magnetic-flux concentration in which a magnet flux can be saturated and which is formed by an outer periphery of the armature (U A) having a shoulder, so that the armature has a first outer periphery of the armature (U A1) and a second outer periphery of the armature (U A2), wherein the first outer periphery of the armature (U A1) is less than the second outer periphery of the armature (U A2) and is a maximum of 3/4 of the second outer periphery of the armature (U A2). - a valve region with a closing element for closing the switching valve; and - an actuator region for moving the closing element along an axis of motion;