mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for rotor pre-alignment, the apparatus comprising: a partial power converter configured to provide an alignment current through an n-phase supply line to a synchronous alternating current motor, wherein the synchronous AC motor is connected to the n-phase supply line, wherein the synchronous AC motor is configured to receive polyphase AC power through the n-phase supply line from a synchronous AC grid, and wherein the partial power converter is powered by a power source isolated from the synchronous AC grid; and a controller configured to direct the partial power converter to provide the alignment current through the n-phase supply line, wherein the alignment current causes a rotor of the synchronous AC motor to move to and stop at a target angular position, wherein the alignment current is provided to the synchronous AC motor prior to startup of the motor when the polyphase AC power from the synchronous AC grid is substantially zero. a partial power converter configured to provide an alignment current through an n-phase supply line to a synchronous alternating current motor, wherein the synchronous AC motor is connected to the n-phase supply line, wherein the synchronous AC motor is configured to receive polyphase AC power through the n-phase supply line from a synchronous AC grid, and wherein the partial power converter is powered by a power source isolated from the synchronous AC grid; and a controller configured to direct the partial power converter to provide the alignment current through the n-phase supply line, wherein the alignment current causes a rotor of the synchronous AC motor to move to and stop at a target angular position, wherein the alignment current is provided to the synchronous AC motor prior to startup of the motor when the polyphase AC power from the synchronous AC grid is substantially zero.
A heart valve prosthesis with an annular body and with several flap elements which are movably connected to the annular body via joints, wherein the joints engage on the flap elements at their ventricular surface, characterised in that the joints each comprise a joint head which is attached on the annular body and which engages into a joint socket which is formed on the ventricular surface of the flap element.
A ventilation member and a vented housing, said ventilation member is fixed to an opening portion of said housing and comprises: a breathable film transmitting gas passing through the opening portion of the housing in a state in which said breathable film is fixed to said opening portion; and a support including a supporting portion for supporting said breathable film and an insertion portion to be inserted into said opening portion of said housing; wherein a lock structure for locking said support in said housing by rotating said support around a central axis of said support is formed in said insertion portion, and wherein said support includes a seal portion on a surface of said supporting portion facing said housing, characterized in that said lock structure comprises a plurality of protrusions in an outer circumference of an insertion-start-side end portion of said insertion portion, said plurality of protrusions being arranged at an equal interval in a circumferential direction of said insertion portion, and when the ventilation member is fixed to the housing, first, the insertion portion is inserted into the opening portion of the housing while fitting the protrusion portions into guide grooves formed in the inner surface of the opening portion and, successively, when the support is rotated in one direction around the central axis of the support, the protrusion portions are fitted to fitting grooves formed in the inner surface of the housing, so that the ventilation member is fixed to the opening portion of the housing. a breathable film transmitting gas passing through the opening portion of the housing in a state in which said breathable film is fixed to said opening portion; and a support including a supporting portion for supporting said breathable film and an insertion portion to be inserted into said opening portion of said housing;
System for inspecting components of a turbojet engine, the turbojet engine being housed in a nacelle compartment delimited by a nacelle wall, the nacelle wall including an inspection opening suitable for allowing passage of an endoscope probe, the turbojet engine including at least one component equipped with an RFID tag, the inspection system (10, 20) being characterized in that it comprises an interrogator device equipped with an RFID antenna, the interrogator device being arranged to be able to communicate with the RFID tag by means of the RFID antenna, the RFID antenna being arranged to be able to be introduced into the nacelle compartment through the inspection opening.
An engine device configured to include an exhaust gas purification device for treating exhaust gas of an engine (1, 1a), wherein the exhaust gas purification device is arranged on an upper surface side of the engine (1, 1a), wherein the engine device has structure in which an exhaust throttle device is provided in an installation portion of an exhaust manifold on one side of the engine (1, 1a), characterized in that the exhaust throttle device is disposed in such a manner that the axial direction of the rotation of an exhaust throttle valve in a throttle valve case of the exhaust throttle device is inclined with respect to one side surface of the engine (1, 1a) as seen in a plan view, and in that a gap is formed between a head cover and the exhaust throttle device.
A method of forming a self-decontaminating surface by forming a coating on a surface of an object, wherein said coating is formed by disposing a mixture of Peroxotitanium acid solution and Peroxo-modified anatase sol in combination with an organosilane on said surface, wherein said organosilane is octadecylaminodimethyltrihydroxysilylpropyl ammonium chloride; 3-aminopropyltrihydroxysilane or 3-chloropropyltrihydroxysilane, and wherein said coating is formed by first disposing on said surface said organosilane followed by disposing a mixture of said Peroxotitanium acid solution and Peroxo-modified anatase sol onto said organosilane.
A radio frequency identification (RFID) tag, comprising: a receiver configured to receive a signal from a reader; a storage module capable of storing tag data, wherein the tag data comprises a leading portion as a first bit pattern and a trailing portion as a second bit pattern; a logic module configured to generate a response to the received reader signal, characterised in that the logic module is configured to generate the response to include the first bit pattern and the second bit pattern formatted according to one of a plurality of data format modes, wherein the plurality of data format modes includes a first data format mode and a second data format mode, wherein in the first data format mode the second bit pattern is altered, wherein in the second data format mode the second bit pattern is unaltered; and a transmitter configured to transmit the response to the received reader signal. a receiver configured to receive a signal from a reader; a storage module capable of storing tag data, wherein the tag data comprises a leading portion as a first bit pattern and a trailing portion as a second bit pattern; a logic module configured to generate a response to the received reader signal, characterised in that the logic module is configured to generate the response to include the first bit pattern and the second bit pattern formatted according to one of a plurality of data format modes, wherein the plurality of data format modes includes a first data format mode and a second data format mode, wherein in the first data format mode the second bit pattern is altered, wherein in the second data format mode the second bit pattern is unaltered; and a transmitter configured to transmit the response to the received reader signal.
A method for channel coding, the method comprising: selecting a plurality of coded bits from a circular buffer; dividing the plurality of coded bits from the circular buffer into a first part and a second part; mapping the first part according to a first modulation scheme and the second part according to a second modulation scheme, wherein the second modulation scheme includes a second modulation order greater than a first modulation order of the first modulation scheme, wherein the length of the first part and the length of the second part depend on the first and second modulation orders, and wherein the length of the first part and the length of the second part are further derived from a length in symbols based on the first modulation scheme that results from puncturing the coded bits using a rate-matching function; and transmitting a first transmission based on the mapping. selecting a plurality of coded bits from a circular buffer; dividing the plurality of coded bits from the circular buffer into a first part and a second part; mapping the first part according to a first modulation scheme and the second part according to a second modulation scheme, wherein the second modulation scheme includes a second modulation order greater than a first modulation order of the first modulation scheme, wherein the length of the first part and the length of the second part depend on the first and second modulation orders, and wherein the length of the first part and the length of the second part are further derived from a length in symbols based on the first modulation scheme that results from puncturing the coded bits using a rate-matching function; and transmitting a first transmission based on the mapping.
A container intended for the vacuum storage of foods, comprising: - a bottom, and an opening that is opposite to the bottom and that makes it possible to fill the container, - an overflow level, defined as a filling limit of the container, without the contents overflowing the container when the container is placed on a horizontal surface, - a tube for passing air, which is open at the two ends thereof, characterized in that the tube extends past the overflow level of the container. - a bottom, and an opening that is opposite to the bottom and that makes it possible to fill the container, - an overflow level, defined as a filling limit of the container, without the contents overflowing the container when the container is placed on a horizontal surface, - a tube for passing air, which is open at the two ends thereof,
An ultrasonic testing device for performing flaw detection on a test object, preferably a hat-type stringer, having an inner circumferential surface of a substantially rectangular shape closed in a transverse section and one corner of the inner circumferential surface, the ultrasonic testing device comprising: a shoe configured to be in contact with the one corner of the inner circumferential surface of the test object when the ultrasonic testing device and the test object are combined in use, an ultrasonic array configured to be fixed to the shoe and configured to transmit an ultrasonic wave to the one corner and to receive a reflected ultrasonic wave; and a forcing unit configured to be in contact with a diagonal corner of the one corner and to push the shoe against the one corner when the ultrasonic testing device and the test object are combined in use, characterized in that the ultrasonic array is configured to define, together with the shoe and the one corner, a medium space (Sm) which is closed and in which a contact medium used for propagating an ultrasonic wave is to be enclosed when the ultrasonic testing device and the test object are combined in use. a shoe configured to be in contact with the one corner of the inner circumferential surface of the test object when the ultrasonic testing device and the test object are combined in use, an ultrasonic array configured to be fixed to the shoe and configured to transmit an ultrasonic wave to the one corner and to receive a reflected ultrasonic wave; and a forcing unit configured to be in contact with a diagonal corner of the one corner and to push the shoe against the one corner when the ultrasonic testing device and the test object are combined in use, characterized in that the ultrasonic array is configured to define, together with the shoe and the one corner, a medium space (Sm) which is closed and in which a contact medium used for propagating an ultrasonic wave is to be enclosed when the ultrasonic testing device and the test object are combined in use.
A method of managing computing tasks in a wind farm comprising: - determining the status of a plurality of wind turbines in the wind farm; characterized in that the method further comprises the steps of: - determining available computing resources based on the status of the plurality of wind turbines, including determining how much computing resources of each wind turbine is used or unused, thereby determining which of the wind turbines are not utilizing all of their computing resources; and - allocating a portion of the computing tasks in the wind farm to the available computing resources for processing, thereby allowing the current computing tasks in the wind farm to be processed in parallel. - determining the status of a plurality of wind turbines in the wind farm; - determining available computing resources based on the status of the plurality of wind turbines, including determining how much computing resources of each wind turbine is used or unused, thereby determining which of the wind turbines are not utilizing all of their computing resources; and - allocating a portion of the computing tasks in the wind farm to the available computing resources for processing, thereby allowing the current computing tasks in the wind farm to be processed in parallel.
Component of an exhaust-gas system of an internal combustion engine, wherein the component has at least one housing with an inlet and an outlet for an exhaust gas, wherein, in the housing, an annular heat exchanger, through which exhaust gas can flow starting from the inlet along an axial direction and along a first flow path, and, downstream of the heat exchanger, an annular catalyst body, which is arranged inside the heat exchanger in a radial direction and through which exhaust gas can flow at least along the radial direction, are arranged such that, downstream of the catalyst body, the exhaust gas flows through the heat exchanger along the radial direction and along a second flow path, characterized in that a feed device for a reduction medium is arranged upstream of the first flow path or in a deflection zone.
A vehicle regenerative braking control device for a vehicle, which comprises wheels (1FL, 1FR, 1RL, 1RR) and a motor configured to brake and drive the wheels (1FL, 1FR, 1RL, 1RR) for traveling by the motor driving the wheels(1FL, 1FR, 1RL, 1RR), and for applying a braking force to the wheels (1FL, 1FR, 1RL, 1RR) with a regenerative braking force of the motor, wherein the vehicle regenerative braking control device is configured to gradually decrease the regenerative braking force during a predetermined time (ΔTMs) in which a state-of-charge of a battery used as a power source of the motor decreases to a level (SOCL) (i) at which the battery is running out of electricity (ii) such that the regenerative braking force can no longer be generated from a state-of-charge set value (SOCs) that is greater than the SOCL. (i) at which the battery is running out of electricity (ii) such that the regenerative braking force can no longer be generated from a state-of-charge set value (SOCs) that is greater than the SOCL.
An assembly of cutlery items, the assembly comprising: a nested stack of identical cutlery items, each identical cutlery item within said stack comprising a head and a handle, said identical cutlery items thus comprising respective identical heads and respective identical handles arranged in a mutually aligned relationship, a raised portion on a top surface of the cutlery handle of a first of the cutlery items in the stack and a corresponding hollow portion on a bottom portion of the cutlery handle of a second of the cutlery items in the stack being nested tightly and forming an inter-nesting feature, wherein at least a surface of the raised portion of the handle of the first cutlery item is in contiguous contact with at least a surface of the hollow of the handle of the second cutlery item; and a retaining structure for maintaining said stack in said mutually aligned relationship, said retaining structure consisting of a relatively narrow single adhesive strip, and being applied to and contact only one side of the stack; said adhesive strip being able, in combination with said nesting of said cutlery items, to maintain said cutlery items in a close vertical association with each other, and is suitable for transporting, handling and loading the cutlery stack into the dispenser, while the horizontal integrity of the stack is maintained during bending and flexing, to achieve a stable cutlery bundle due to the nesting of the stacked cutlery handles; said retaining structure being readily removable from said stack of said identical cutlery items by pulling on a free end of said retaining structure. a nested stack of identical cutlery items, each identical cutlery item within said stack comprising a head and a handle, said identical cutlery items thus comprising respective identical heads and respective identical handles arranged in a mutually aligned relationship, a raised portion on a top surface of the cutlery handle of a first of the cutlery items in the stack and a corresponding hollow portion on a bottom portion of the cutlery handle of a second of the cutlery items in the stack being nested tightly and forming an inter-nesting feature, wherein at least a surface of the raised portion of the handle of the first cutlery item is in contiguous contact with at least a surface of the hollow of the handle of the second cutlery item; and a retaining structure for maintaining said stack in said mutually aligned relationship, said retaining structure consisting of a relatively narrow single adhesive strip, and being applied to and contact only one side of the stack; said adhesive strip being able, in combination with said nesting of said cutlery items, to maintain said cutlery items in a close vertical association with each other, and is suitable for transporting, handling and loading the cutlery stack into the dispenser, while the horizontal integrity of the stack is maintained during bending and flexing, to achieve a stable cutlery bundle due to the nesting of the stacked cutlery handles; said retaining structure being readily removable from said stack of said identical cutlery items by pulling on a free end of said retaining structure.
A method for producing a poly(lactic acid) resin, said method comprising the steps of: carrying out direct polycondensation using lactic acid as a main raw material to prepare a crystallized prepolymer having a weight average molecular weight of 5,000 to 25,000, an enthalpy of fusion ΔHm of 50 to 65 [J/g] and an acid value A [mol/ton] satisfying the Inequality below: 450 / Mw / 10, 000 − 0.14 < A < 950 / Mw / 10, 000 − 0.14 (wherein Mw represents the weight average molecular weight of said crystallized prepolymer); and subjecting said crystallized prepolymer to solid-phase polymerization, wherein the weight average molecular weight, the enthalpy of fusion and the acid value are determined according to the methods disclosed in the specification. carrying out direct polycondensation using lactic acid as a main raw material to prepare a crystallized prepolymer having a weight average molecular weight of 5,000 to 25,000, an enthalpy of fusion ΔHm of 50 to 65 [J/g] and an acid value A [mol/ton] satisfying the Inequality below: 450 / Mw / 10, 000 − 0.14 < A < 950 / Mw / 10, 000 − 0.14 (wherein Mw represents the weight average molecular weight of said crystallized prepolymer); and subjecting said crystallized prepolymer to solid-phase polymerization, wherein the weight average molecular weight, the enthalpy of fusion and the acid value are determined according to the methods disclosed in the specification.
An image forming apparatus, which forms an image on a transfer target material, comprising: an image bearing member; a charging device coming into contact with the image bearing member at a charged portion (c) to charge the image bearing member; a developing device supplying developer to the image bearing member to form a developer image; a transfer member transferring the developer image formed on the image bearing member onto the transfer target material at a transfer portion (b); and a charge eliminating device irradiating a surface of the image bearing member with light from an exposure opening before the surface reaches the charged portion (c) after passing through the transfer portion (b), wherein a length (L DEV) of a developer bearing portion of the developing device is longer than a length (L TR) of the transfer member in a rotation axis direction of the image bearing member, characterized in that a length (L PE) of the exposure opening of the charge eliminating device is shorter than the length (L TR) of the transfer member in the rotation axis direction of the image bearing member. an image bearing member; a charging device coming into contact with the image bearing member at a charged portion (c) to charge the image bearing member; a developing device supplying developer to the image bearing member to form a developer image; a transfer member transferring the developer image formed on the image bearing member onto the transfer target material at a transfer portion (b); and a charge eliminating device irradiating a surface of the image bearing member with light from an exposure opening before the surface reaches the charged portion (c) after passing through the transfer portion (b), wherein a length (L DEV) of a developer bearing portion of the developing device is longer than a length (L TR) of the transfer member in a rotation axis direction of the image bearing member, characterized in that a length (L PE) of the exposure opening of the charge eliminating device is shorter than the length (L TR) of the transfer member in the rotation axis direction of the image bearing member.
Electromechanical timepiece mechanism comprising at least one mobile intended to display a function related or unrelated to time, and a main plate on which the following are mounted: an actuating module comprising a gear-train plate, a motor and a gear train in engagement with the motor and arranged to drive said at least one mobile, a wireless electronic communication module configured to transmit and/or receive a wireless signal, and a control unit configured to control the actuating module depending on a received wireless signal, and wherein the gear-train plate is electrically insulated with respect to the main plate, and the mobile and the gear train are manufactured from an electrically conductive material and define an electrical connection between the mobile and the communication module so that the mobile is able to act as an antenna for the transmission and/or reception of the wireless signal between the mobile and the wireless communication module. an actuating module comprising a gear-train plate, a motor and a gear train in engagement with the motor and arranged to drive said at least one mobile, a wireless electronic communication module configured to transmit and/or receive a wireless signal, and a control unit configured to control the actuating module depending on a received wireless signal, and wherein the gear-train plate is electrically insulated with respect to the main plate, and the mobile and the gear train are manufactured from an electrically conductive material and define an electrical connection between the mobile and the communication module so that the mobile is able to act as an antenna for the transmission and/or reception of the wireless signal between the mobile and the wireless communication module.