mhurhangee/ep-ind-claims huggingface dataset:
Control method used in a control unit of a power converter connected by three output phases to a synchronous electric motor, said control unit being configured to implement a main control law for controlling the synchronous electric motor, characterized in that said control method is configured to replace said main control law upon starting of the synchronous electric motor and in that it comprises: - a first step for applying a reference current to determine voltages to be applied to the output phases depending on the reference current (Iref), said reference current having a value at least higher than a first threshold value necessary for starting the synchronous electric motor; - a second step for applying a stator frequency (ωs) depending on said reference current, said stator frequency (ωs) being first selected at zero and following a rising ramp until a chosen value higher than a second given threshold value; - said first application step and said second application step being executed for a given duration, at least equal to the reciprocal of the stator frequency, so as to allow the rotor of the synchronous electric motor to rotate at the stator frequency applied; - a step for reducing the reference current below said first threshold value; - a step for switching the synchronous electric motor to the main control law once the rotor rotates at a speed corresponding to said stator frequency. - a first step for applying a reference current to determine voltages to be applied to the output phases depending on the reference current (Iref), said reference current having a value at least higher than a first threshold value necessary for starting the synchronous electric motor; - a second step for applying a stator frequency (ωs) depending on said reference current, said stator frequency (ωs) being first selected at zero and following a rising ramp until a chosen value higher than a second given threshold value; - said first application step and said second application step being executed for a given duration, at least equal to the reciprocal of the stator frequency, so as to allow the rotor of the synchronous electric motor to rotate at the stator frequency applied; - a step for reducing the reference current below said first threshold value; - a step for switching the synchronous electric motor to the main control law once the rotor rotates at a speed corresponding to said stator frequency.
A terminal, comprising: a telescopic antenna unit, a detection circuit unit, a control unit and a radio frequency unit, wherein the telescopic antenna unit comprises a telescopic antenna, an antenna feed point and a feedback signal contact, wherein the antenna feed point is connected with the telescopic antenna; the control unit is configured to be connected with the feedback signal contact; and the radio frequency unit is configured to be connected with the antenna feed point; wherein when being in a pulled-out state, the telescopic antenna is disconnected from the feedback signal contact, a high level state of the feedback signal contact is detected by the control unit, and the control unit is electrically coupled to the radio frequency unit; when being in a retraction state, the telescopic antenna is connected with the feedback signal contact, a low level state of feedback signal contact is detected by the control unit, the control unit is electrically disconnected from the radio frequency unit; wherein the detection circuit unit further comprises a pull-up resistor and a power supply, the power supply outputs a high level to a programming controllable input and output, GPIO, interface of the control unit through the pull-up resistor when the telescopic antenna is in the pulled-out state; wherein the detection circuit unit further comprises a shunt inductor, the shunt inductor is connected with the antenna feed point; when the telescopic antenna is in the pulled-out state, the shunt inductor is adapted to match operating impedances of the telescopic antenna and the radio frequency unit and achieve an interaction of a high frequency signal between the radio frequency unit and the telescopic antenna through the antenna feed point; and when the telescopic antenna is in the retraction state, the shunt inductor and the antenna feed point are adapted to achieve an electrical connection between the GPIO interface and ground.
An edible multi-ring can holder made of only biodegradable materials, comprising: dried and ground beer by-product; plant fibers; and an environment-friendly, water-repellent chemical, wherein the beer by-product comprises one or more of barley, wheat, corn, rice, rye, and oat; wherein the plant fibers comprise a mixture of one or more of wheat straw, bamboo, sugar cane, and miscanthus, and at least one can opening, wherein each can opening comprises a partial dome with a continuous ring-shape having an inner circumference adapted to capture a top portion of a beverage can and releasably secure the beverage can, wherein the can-holder comprises a reinforcing wall around the entirety of its perimeter, wherein the can holder is made of pulp slurry which includes water, plant fibers, an environment-friendly, water-repellent chemical, and the ground pulp, wherein the pulp slurry is pressed and heated until substantially all moisture is removed. dried and ground beer by-product; plant fibers; and an environment-friendly, water-repellent chemical, wherein the beer by-product comprises one or more of barley, wheat, corn, rice, rye, and oat; wherein the plant fibers comprise a mixture of one or more of wheat straw, bamboo, sugar cane, and miscanthus, and at least one can opening, wherein each can opening comprises a partial dome with a continuous ring-shape having an inner circumference adapted to capture a top portion of a beverage can and releasably secure the beverage can, wherein the can-holder comprises a reinforcing wall around the entirety of its perimeter, wherein the can holder is made of pulp slurry which includes water, plant fibers, an environment-friendly, water-repellent chemical, and the ground pulp, wherein the pulp slurry is pressed and heated until substantially all moisture is removed.
Method for checking a hand-held fire extinguisher, having a container with a fire extinguishing medium, a handle for transporting and/or actuating the hand-held fire extinguisher, an outlet nozzle optionally with a hose, and in that a wireless remote monitoring module for monitoring the status of the hand-held fire extinguisher is assigned to the hand-held fire extinguisher, wherein the remote monitoring module is arranged in the region of the handle of the hand-held fire extinguisher, wherein the remote monitoring module monitors the pressure and the temperature in the container and has a motion sensor and the remote monitoring module sends status data of the hand-held fire extinguisher, characterised in that the remote monitoring module transmits the status of the hand-held fire extinguisher by means of an M2M-GSM signal and/or the status of the hand-held fire extinguisher can be retrieved, the status data is read out and a test report/test result with digital signature is sent to the operator of the hand-held fire extinguisher and/or to third parties and/or stored in a database, wherein a protection device monitors one end of the outlet nozzle.
Food climatization container, wherein the container comprises a compartment for storage of food products, the compartment being surrounded by a frame structure and walls (11, 12, 13, 14) and closable by door of the container, wherein the container comprises or is connectable to a cooling unit for cooling the compartment, wherein the frame structure comprises a first extruded profile comprising a mounting portion for a portion of an inner wall (11, 13) of the container, and wherein the first extruded profile comprises a trough facing towards the compartment, wherein a LED bar is mounted in the trough, characterized in that the first extruded profile further comprises an insulation chamber wherein the insulation chamber is arranged between the trough and the mounting portion. wherein the frame structure comprises a first extruded profile comprising a mounting portion for a portion of an inner wall (11, 13) of the container, and wherein the first extruded profile comprises a trough facing towards the compartment, wherein a LED bar is mounted in the trough, characterized in that the first extruded profile further comprises an insulation chamber wherein the insulation chamber is arranged between the trough and the mounting portion.
An activated protein C or analogue thereof for use in minimising or reducing the appearance of a pathologic scar in an individual comprising contacting a pathologic scar with a therapeutically effective amount of APC or analogue thereof.
A method for operating a machine-to-machine, M2M, device in an M2M system, the method comprising: generating a request message requesting creation of a resource, wherein the resource comprises a <contentInstance> resource with corresponding attributes including data and a counter, wherein the counter has an initial value greater than 0 and is decremented by 1 for each RETRIEVE operation performed to the resource, wherein the RETRIEVE operation comprises another M2M device reading the data of the resource, and wherein the resource, including the data and the counter, should be deleted when the counter becomes 0; and transmitting (S803, S1001) the request message to a hosting common service entity, CSE, to create the resource. generating a request message requesting creation of a resource, wherein the resource comprises a <contentInstance> resource with corresponding attributes including data and a counter, wherein the counter has an initial value greater than 0 and is decremented by 1 for each RETRIEVE operation performed to the resource, wherein the RETRIEVE operation comprises another M2M device reading the data of the resource, and wherein the resource, including the data and the counter, should be deleted when the counter becomes 0; and transmitting (S803, S1001) the request message to a hosting common service entity, CSE, to create the resource.
A single mode microwave device, said single mode microwave device comprising: a stainless steel housing comprised of a top, a bottom, two side walls, a front, and a moveable back wall, all forming a hollow cavity; said moveable wall having a back surface, and fixedly attached to said back surface, a control rod; contained within said housing, an exfoliation tray, said exfoliation try supported by at least two support rods which rods are supported at predetermined levels by the side walls, said exfoliation tray being electrically non-conducting; said bottom, front wall, and side walls having a cooling jacket mounted on outside surfaces; an adapter surmounting the top of the housing; said moveable back wall having at least one gas inlet port therethrough; said bottom of said housing containing therein, an exhaust port; fingerstock gaskets attached to the edges of the moveable back wall to retain electrical contact between the moveable back wall and the housing; a microwave generator to deliver microwave energy to the hollow cavity using a rectangular waveguide that is connected to said adapter. a stainless steel housing comprised of a top, a bottom, two side walls, a front, and a moveable back wall, all forming a hollow cavity; said moveable wall having a back surface, and fixedly attached to said back surface, a control rod; contained within said housing, an exfoliation tray, said exfoliation try supported by at least two support rods which rods are supported at predetermined levels by the side walls, said exfoliation tray being electrically non-conducting; said bottom, front wall, and side walls having a cooling jacket mounted on outside surfaces; an adapter surmounting the top of the housing; said moveable back wall having at least one gas inlet port therethrough; said bottom of said housing containing therein, an exhaust port; fingerstock gaskets attached to the edges of the moveable back wall to retain electrical contact between the moveable back wall and the housing; a microwave generator to deliver microwave energy to the hollow cavity using a rectangular waveguide that is connected to said adapter.
A method for making a metallic reinforcement for a leading edge of or a trailing edge of a turbomachine blade including a reinforcement root and a reinforcement head from a plurality of elements (30a, 30b, 30c, 30d) forming different sectors of said metallic reinforcement so that said metallic reinforcement is divided into several sectors distributed between said root and said head, said method being characterised in that it successively includes: - a step of making a plurality of V-shape tapered elements (30a, 30b, 30c, 30d); - a step of positioning said sectors (30a, 30b, 30c, 30d) on a tool having the shape of said leading edge or said trailing edge of said turbomachine blade; - a step of uniting the different sectors so as to form said complete profile of said metallic reinforcement in one piece by recombining the different sectors (30a, 30b, 30c, 30d). - a step of making a plurality of V-shape tapered elements (30a, 30b, 30c, 30d); - a step of positioning said sectors (30a, 30b, 30c, 30d) on a tool having the shape of said leading edge or said trailing edge of said turbomachine blade; - a step of uniting the different sectors so as to form said complete profile of said metallic reinforcement in one piece by recombining the different sectors (30a, 30b, 30c, 30d).
A method, executed by a policy enforcement and reporting function (232, 306, 308, 316, 318, 320, 506, 508, 516, 518, 520, 604, 606, 802, 804, 806) in a network (140, 230, 300, 500, 954, 1322), comprising: receiving, from a traffic monitoring function, traffic parameters associated with a packet data unit, PDU, data flow carrying real-time traffic, the traffic parameters representative of measurements taken during a short-term measurement window and measurements taken during a long-term measurement window, the short-term measurement window and the long-term measurement window being differently sized; and transmitting signaling comprising a traffic shaping policy, associated with the PDU data flow (910, 930), in accordance with the traffic parameters associated with the short-term measurement window and the long-term measurement window, for enforcement at a user plane function (232, 306, 308, 316, 318, 320, 506, 508, 516, 518, 520, 604, 606, 802, 804, 806) in the network (140, 230, 300, 500, 954, 1322), characterized in that the traffic shaping policy shapes the PDU data flow (910, 930) such that an average bit rate associated with the short-term window is not higher than a maximum bit rate associated with the PDU data flow and that a minimum resource reservation for the PDU data flow in the network (140, 230, 300, 500, 954, 1322) is ensured over the long term window. receiving, from a traffic monitoring function, traffic parameters associated with a packet data unit, PDU, data flow carrying real-time traffic, the traffic parameters representative of measurements taken during a short-term measurement window and measurements taken during a long-term measurement window, the short-term measurement window and the long-term measurement window being differently sized; and transmitting signaling comprising a traffic shaping policy, associated with the PDU data flow (910, 930), in accordance with the traffic parameters associated with the short-term measurement window and the long-term measurement window, for enforcement at a user plane function (232, 306, 308, 316, 318, 320, 506, 508, 516, 518, 520, 604, 606, 802, 804, 806) in the network (140, 230, 300, 500, 954, 1322), characterized in that the traffic shaping policy shapes the PDU data flow (910, 930) such that an average bit rate associated with the short-term window is not higher than a maximum bit rate associated with the PDU data flow and that a minimum resource reservation for the PDU data flow in the network (140, 230, 300, 500, 954, 1322) is ensured over the long term window.
A travel driving apparatus for a vehicle, comprising: an electrical motor for regenerating power by use of rotational force of a driving wheel of a vehicle and exerting regenerative braking force; a battery mounted on the vehicle; a step-up converter for transforming the power regenerated by the electrical motor and supplying the power to the battery, comprising a temperature sensor, wherein maximum input/output power is limited based on a temperature condition of the step-up converter; a regenerative braking force selecting section for setting a magnitude of the regenerative braking force so as to be changed stepwisely by selecting a shift range (B0-B5); and a regenerative braking force computing section for calculating regenerative braking force based on a selection stage set by the regenerative braking force selecting section, the travel driving apparatus being characterized in that the regenerative braking force computing section is configured to decrease the regenerative braking force while the step-up converter is limited to be less than a regenerative braking force while the step-up converter is not limited when a selection stage in which regenerative braking force increases more than in a predetermined selection stage is selected by the regenerative braking force selecting section while the step-up converter is limited, wherein as the temperature of the step-up converter increases, shift ranges become unselectable stepwisely in the order from a shift range having a larger regenerative braking torque, the regenerative driving force being preset so as to be exerted to ensure a predetermined level of deceleration force regardless of the temperature in a shift range (BO-B2) having a lower regenerative braking force. an electrical motor for regenerating power by use of rotational force of a driving wheel of a vehicle and exerting regenerative braking force; a battery mounted on the vehicle; a step-up converter for transforming the power regenerated by the electrical motor and supplying the power to the battery, comprising a temperature sensor, wherein maximum input/output power is limited based on a temperature condition of the step-up converter; a regenerative braking force selecting section for setting a magnitude of the regenerative braking force so as to be changed stepwisely by selecting a shift range (B0-B5); and a regenerative braking force computing section for calculating regenerative braking force based on a selection stage set by the regenerative braking force selecting section, the travel driving apparatus being characterized in that the regenerative braking force computing section is configured to decrease the regenerative braking force while the step-up converter is limited to be less than a regenerative braking force while the step-up converter is not limited when a selection stage in which regenerative braking force increases more than in a predetermined selection stage is selected by the regenerative braking force selecting section while the step-up converter is limited,
A rubber composition for a tire tread, the composition comprising: 100 parts by weight of raw material rubber; 60 to 130 parts by weight of a reinforcing filler; and 10 to 60 parts by weight of a modified natural oil, wherein the modified natural oil includes 50% to 90% by weight of a first natural oil and 10% to 50% by weight of a second natural oil having a weight average molecular weight that is 2 to 10 times the weight average molecular weight of the first natural oil. 100 parts by weight of raw material rubber; 60 to 130 parts by weight of a reinforcing filler; and 10 to 60 parts by weight of a modified natural oil, wherein the modified natural oil includes 50% to 90% by weight of a first natural oil and 10% to 50% by weight of a second natural oil having a weight average molecular weight that is 2 to 10 times the weight average molecular weight of the first natural oil.
Outer rotor arrangement (100, 200, 300, 400, 500), comprising: a support structure providing a mounting surface extending in an axial direction and a circumferential direction, the support structure being adapted to rotate around the axial direction (105, 109); a first permanent magnet system arranged at the mounting surface at a first circumferential region; a second permanent magnet system arranged at the mounting surface at a second circumferential region; wherein a circumferential distance between the first magnet system and the second magnet system at a first axial position differs from the circumferential distance between the first magnet system and the second magnet system at a second axial position, wherein the first magnet system comprises a kink between a first section and a second sections, wherein the first section and the second section extend in different directions (445, 446). a support structure providing a mounting surface extending in an axial direction and a circumferential direction, the support structure being adapted to rotate around the axial direction (105, 109); a first permanent magnet system arranged at the mounting surface at a first circumferential region; a second permanent magnet system arranged at the mounting surface at a second circumferential region; wherein a circumferential distance between the first magnet system and the second magnet system at a first axial position differs from the circumferential distance between the first magnet system and the second magnet system at a second axial position,
An Extra Cellular Matrix, ECM, composition comprising components - collagen 1, collagen 3, collagen 4, collagen 6, Fibronectin, Vitronectin, Cadherin, Filamin A, Vimentin, Osteopontin, Laminin, Decorin, and Tenascin C.
Securing device for insertion into a façade part and for attachment of fall protections, with a lock that is accessible from the outside, an attachment ring, and an inner part, wherein the lock is intended for holding the attachment ring to the façade part and for engaging with the inner part, wherein the inner part is a two-part inner part, wherein the two-part inner part has a hardened inner end facing inwards away from the lock and a weld-on part towards the front of the façade part that is made of a softer material than the hardened inner end and that serves to attach the securing device to the façade part, and wherein the lock can be locked from the radial inside and is intended for separably engaging with the hardened inner end.