mhurhangee/ep-ind-claims huggingface dataset:
A travel accessory comprising: a mounting aspect for attaching to a primary object comprising: a primary mounting panel; a first peripheral mounting panel attached to the primary mounting panel via a first mounting margin; and wherein the first peripheral mounting panel is pivotable about the primary mounting panel via the first mounting margin; an attachment aspect for securing a secondary object to the mounting aspect comprising: a primary strap attached to a first mounting strap edge of the primary mounting panel; a receiving strap attached to a second mounting strap edge of the primary mounting panel; wherein the primary strap is removably receivable by the receiving strap to substantially secure the secondary object to the mounting aspect; wherein the mounting aspect is removable from and attachable to the primary object independently from attachment to the secondary object. a mounting aspect for attaching to a primary object comprising: a primary mounting panel; a first peripheral mounting panel attached to the primary mounting panel via a first mounting margin; and wherein the first peripheral mounting panel is pivotable about the primary mounting panel via the first mounting margin; a primary mounting panel; a first peripheral mounting panel attached to the primary mounting panel via a first mounting margin; and wherein the first peripheral mounting panel is pivotable about the primary mounting panel via the first mounting margin; an attachment aspect for securing a secondary object to the mounting aspect comprising: a primary strap attached to a first mounting strap edge of the primary mounting panel; a receiving strap attached to a second mounting strap edge of the primary mounting panel; a primary strap attached to a first mounting strap edge of the primary mounting panel; a receiving strap attached to a second mounting strap edge of the primary mounting panel; wherein the primary strap is removably receivable by the receiving strap to substantially secure the secondary object to the mounting aspect; wherein the mounting aspect is removable from and attachable to the primary object independently from attachment to the secondary object.
A filter element comprising a filter support material coated with a polymeric composition containing an acetoacetate-functionalized polymeric material; wherein the polymeric material is selected from polyesters, polyacrylates, cellulose, and cellulose esters.
Spinner casting mould device for producing brake discs (100a, 100b), having - one mould sheath made of metal which is rotatable around a rotational axis, - at least two moulding parts (30a, 30b, 30c) which are set into the mould sheath and can be removed from same, - wherein in the mould sheath remains a cavity, ∘ which has one casting on cylinder space which extends along the rotational axis and is connected with one casting on opening, and ∘ which has at least one ring-shaped mould cavity (52a, 52b, 52c) for the formation of a friction ring (101a, 101b) of a brake disc (100a, 100b) and/or of a support pot (102a, 102b) of a brake disc (100a, 100b), wherein the ring-shaped mould cavity (52a, 52b, 52c) encloses the rotational axis radially and is in connection with the casting on cylinder space. - one mould sheath made of metal which is rotatable around a rotational axis, - at least two moulding parts (30a, 30b, 30c) which are set into the mould sheath and can be removed from same, - wherein in the mould sheath remains a cavity, ∘ which has one casting on cylinder space which extends along the rotational axis and is connected with one casting on opening, and ∘ which has at least one ring-shaped mould cavity (52a, 52b, 52c) for the formation of a friction ring (101a, 101b) of a brake disc (100a, 100b) and/or of a support pot (102a, 102b) of a brake disc (100a, 100b), wherein the ring-shaped mould cavity (52a, 52b, 52c) encloses the rotational axis radially and is in connection with the casting on cylinder space. ∘ which has one casting on cylinder space which extends along the rotational axis and is connected with one casting on opening, and ∘ which has at least one ring-shaped mould cavity (52a, 52b, 52c) for the formation of a friction ring (101a, 101b) of a brake disc (100a, 100b) and/or of a support pot (102a, 102b) of a brake disc (100a, 100b), wherein the ring-shaped mould cavity (52a, 52b, 52c) encloses the rotational axis radially and is in connection with the casting on cylinder space.
Process for refining a triglyceride oil which comprises: - providing a triglyceride oil; - bleaching the oil in the presence of an added antioxidant in a first bleaching step; - bleaching the oil in a second bleaching step; and - deodorizing the bleached oil, wherein the antioxidant comprises a rosemary extract. - providing a triglyceride oil; - bleaching the oil in the presence of an added antioxidant in a first bleaching step; - bleaching the oil in a second bleaching step; and - deodorizing the bleached oil,
A worm reduction gear comprising: a worm; and a worm wheel including tooth spaces that mesh with the worm, characterized in that following relational Formula and Formula are satisfied: 3 ≥ D 2 / D 1 ≥ 1.7 0.1 ° ≤ α − β ≤ 0.5 ° where D1 is an outside diameter of the worm, D2 is an outside diameter of a hob for cutting the worm wheel to form the tooth spaces, and α is a pressure angle of the worm wheel and β is a pressure angle of the worm at an intermeshing pitch circle of the worm and the worm wheel. a worm; and a worm wheel including tooth spaces that mesh with the worm, characterized in that following relational Formula and Formula are satisfied: 3 ≥ D 2 / D 1 ≥ 1.7 0.1 ° ≤ α − β ≤ 0.5 ° where D1 is an outside diameter of the worm, D2 is an outside diameter of a hob for cutting the worm wheel to form the tooth spaces, and α is a pressure angle of the worm wheel and β is a pressure angle of the worm at an intermeshing pitch circle of the worm and the worm wheel.
An article of commerce, comprising a sidewall component suitable for use in construction of a passive thermally regulated knockdown shipping container, the component comprising at least two hingedly interconnected structural panels (21, 23), characterized in that each panel carries a detachable panel of fragile thermal insulation.
A dish washing machine comprising: a washing tub for washing dishes; an injection unit configured to inject washing water into the washing tub; and a deflection unit configured to move inside the washing tub to deflect the washing water injected from the injection unit toward the dishes, wherein the deflection unit comprises a first vane configured to be linearly movable and a second vane disposed in parallel with the first vane in a moving direction of the first vane, characterized in that the injection unit comprises an injection nozzle, the first vane is disposed on one side of the injection nozzle, and the second vane is disposed on another side of the injection nozzle opposite to the one side. a washing tub for washing dishes; an injection unit configured to inject washing water into the washing tub; and a deflection unit configured to move inside the washing tub to deflect the washing water injected from the injection unit toward the dishes, wherein the deflection unit comprises a first vane configured to be linearly movable and a second vane disposed in parallel with the first vane in a moving direction of the first vane, characterized in that the injection unit comprises an injection nozzle, the first vane is disposed on one side of the injection nozzle, and the second vane is disposed on another side of the injection nozzle opposite to the one side.
A safety circuit arrangement for failsafe connection or disconnection of a hazardous installation, comprising a control device designed to connect or interrupt, in failsafe fashion, a power supply path to the installation, and comprising a signaling device connected to the control device via a number of lines (50, 52), with the signaling device having an actuator, which can change between a defined first state and a second state, and comprising a pulse generator designed to generate a defined pulsed signal with a plurality of signal pulses on the lines (50, 52) when the actuator is in the defined first state, characterized in that the signaling device comprises the pulse generator and the signaling device is connected to the control device via a two-wire line having a first and a second core (50, 52), between which a predominantly constant voltage is present when the actuator is in the second state, and the pulse generator is designed to effect a voltage dip between the first core and the second core in order to generate the plurality of signal pulses.
A method for supporting end-to-end priority service in long term evolution, LTE, or subsequent generation networks, the method comprising: at a network node configured to operate in an LTE or subsequent generation network: receiving a message associated with a communications session or transaction in a network, the message including an end-to-end priority user indicator identifying a user associated with the session or transaction as a priority user; treating the session or transaction with a priority corresponding to the end-to-end priority user indicator; and including the end-to-end priority user indicator in subsequent messages transmitted by the network node that are associated with the same session or transaction as the received message; characterised in that the received message comprises a Diameter message, and the end-to-end priority user indicator is stored in a command flag in a Diameter header of the Diameter message. receiving a message associated with a communications session or transaction in a network, the message including an end-to-end priority user indicator identifying a user associated with the session or transaction as a priority user; treating the session or transaction with a priority corresponding to the end-to-end priority user indicator; and including the end-to-end priority user indicator in subsequent messages transmitted by the network node that are associated with the same session or transaction as the received message; characterised in that the received message comprises a Diameter message, and the end-to-end priority user indicator is stored in a command flag in a Diameter header of the Diameter message.
A method of establishing a wireless local area network, WLAN, communication link, the method comprising: transmitting, by a first user equipment, UE, a proximity based services, ProSe, sidelink, PC5, discovery message including neighbor awareness networking, NAN, service discovery information to a second UE over a PC5 link; and communicating with the second UE over the WLAN communication link, wherein the WLAN communication link is established with the second UE based on the NAN service discovery information included in the PC5 discovery message, and wherein the NAN service discovery information includes at least one of a hashed NAN service identification, a hashed NAN interface address and service specific information. transmitting, by a first user equipment, UE, a proximity based services, ProSe, sidelink, PC5, discovery message including neighbor awareness networking, NAN, service discovery information to a second UE over a PC5 link; and communicating with the second UE over the WLAN communication link, wherein the WLAN communication link is established with the second UE based on the NAN service discovery information included in the PC5 discovery message, and wherein the NAN service discovery information includes at least one of a hashed NAN service identification, a hashed NAN interface address and service specific information.
A power conversion apparatus, comprising: a converting section including a plurality of switching devices (Sr, Ss, St, Su, Sv, Sw, Sx, Sy, Sz) and configured to convert, by switching of the switching devices (Sr, Ss, St, Su, Sv, Sw, Sx, Sy, Sz), power from an AC power supply into AC power having a predetermined frequency to output the AC power to a motor; and characterized by a controller configured to control the switching to allow output torque of the motor to contain a power-supply pulsating component which is a pulsating component with an integer-fold of a frequency of output voltage of the AC power supply and allow the output torque of the motor to vary in association with variation in load torque of the motor, and configured to obtain a peak current value of a phase current flowing through the motor when timing of a peak of the power-supply pulsating component and timing of a peak of a load torque pulsating component are coincident or substantially coincident with each other and to reduce a variation range of the output torque such that the peak current value does not exceed a predetermined upper limit; and wherein the controller includes a peak holder configured to hold the peak current value in a predetermined determination period; and a torque control amount adjuster configured to reduce the variation range of the output torque of the motor when the peak current value held by the peak holder exceeds the predetermined upper limit. a converting section including a plurality of switching devices (Sr, Ss, St, Su, Sv, Sw, Sx, Sy, Sz) and configured to convert, by switching of the switching devices (Sr, Ss, St, Su, Sv, Sw, Sx, Sy, Sz), power from an AC power supply into AC power having a predetermined frequency to output the AC power to a motor; and characterized by a controller configured to control the switching to allow output torque of the motor to contain a power-supply pulsating component which is a pulsating component with an integer-fold of a frequency of output voltage of the AC power supply and allow the output torque of the motor to vary in association with variation in load torque of the motor, and configured to obtain a peak current value of a phase current flowing through the motor when timing of a peak of the power-supply pulsating component and timing of a peak of a load torque pulsating component are coincident or substantially coincident with each other and to reduce a variation range of the output torque such that the peak current value does not exceed a predetermined upper limit; and wherein the controller includes a peak holder configured to hold the peak current value in a predetermined determination period; and a torque control amount adjuster configured to reduce the variation range of the output torque of the motor when the peak current value held by the peak holder exceeds the predetermined upper limit.
A method for outsourcing functionalities related to context aware applications comprising: allocating, from an application processor to a sensor hub processor of a sensing subsystem a plurality of functionalities associated with one or more context-aware applications including gesture recognition at the application processor, wherein the sensing subsystem is operable when the application processor is asleep and wherein said functionalities are provided through software modules running at the sensor hub processor; and performing the plurality of functionalities associated with the one or more applications using one or more sensors coupled to the sensing subsystem, characterised in that the application processor, in response to a gesture recognition request, configures the sensing subsystem to capture data from an accelerometer, trigger a gyroscope if movement is detected from the accelerometer, perform gesture spotting, evaluate sensor data for occurence of certain conditions and send data to the application processor if said conditions are satisfied. allocating, from an application processor to a sensor hub processor of a sensing subsystem a plurality of functionalities associated with one or more context-aware applications including gesture recognition at the application processor, wherein the sensing subsystem is operable when the application processor is asleep and wherein said functionalities are provided through software modules running at the sensor hub processor; and performing the plurality of functionalities associated with the one or more applications using one or more sensors coupled to the sensing subsystem, characterised in that the application processor, in response to a gesture recognition request, configures the sensing subsystem to capture data from an accelerometer, trigger a gyroscope if movement is detected from the accelerometer, perform gesture spotting, evaluate sensor data for occurence of certain conditions and send data to the application processor if said conditions are satisfied.
A method of monitoring one or more central processing units in real time, the method comprising: monitoring state data of at least two CPUs (404, 410) and their interconnect in real-time; IIR filtering the monitored state data; and at least partially based on the filtered state data, selectively altering a frequency and/or a voltage of at least one of the at least two CPUs (404, 410), or of the interconnect, or a combination thereof. monitoring state data of at least two CPUs (404, 410) and their interconnect in real-time; IIR filtering the monitored state data; and at least partially based on the filtered state data, selectively altering a frequency and/or a voltage of at least one of the at least two CPUs (404, 410), or of the interconnect, or a combination thereof.
A method for processing a current block of pixels of an image using a palette coding mode, the palette coding mode using a current palette that comprises a set of entries associating respective entry indexes with corresponding pixel values, the method comprising a step of predicting the current palette using a palette predictor built from entries of two or more palettes (2500, 2501), the two or more palettes being palettes previously used to process blocks of pixels (CU1, CU2), wherein the prediction of the current palette comprises selecting an entry from a given palette of the two or more palettes as an entry of the palette predictor and selecting all the entries from another of the two or more palettes as entries of the palette predictor, said another palette being used to process the block of pixels immediately preceding the current block, wherein said selection of an entry from the given palette is based on flags, each flag defining whether or not a corresponding entry in the given palette is selected as an entry in the another palette, and said method being characterized in that said selection of an entry from the given palette includes determining if an entry of the given palette corresponds to a flag that defines no selection of the entry as an entry in the another palette and, if so, selecting that entry of the given palette to be included in the palette predictor for predicting the current palette.
Method for the manufacture of a heterojunction electronic component provided with an embedded barrier layer, comprising the stages of: - deposition by epitaxy, on a substrate positioned in a vapour phase epitaxial growth chamber, with an atmosphere in the chamber exhibiting a first nonzero ammonia concentration, of a GaN precursor layer of the embedded barrier layer, this precursor layer comprising a first layer doped with a dopant which is Mg or Fe, the deposition by epitaxy of the GaN precursor layer comprising a deposition by epitaxy, on the first layer doped with the said dopant, of a GaN second layer in an atmosphere in the chamber not fed with the said dopant; - while maintaining the substrate in the epitaxial growth chamber, placing the atmosphere inside the chamber with a second ammonia concentration at most equal to a third of the first concentration, so as to remove an upper part of the precursor layer, the removal of the upper part of the precursor layer comprising the complete removal of the GaN second layer; then - after the removal of the said upper part of the precursor layer, while maintaining the substrate in the epitaxial growth chamber, deposition by epitaxy, on the said precursor layer, of a layer of semiconductor material of the heterojunction electronic component to be manufactured, the said precursor layer then forming the embedded barrier layer under the said layer of semiconductor material. - deposition by epitaxy, on a substrate positioned in a vapour phase epitaxial growth chamber, with an atmosphere in the chamber exhibiting a first nonzero ammonia concentration, of a GaN precursor layer of the embedded barrier layer, this precursor layer comprising a first layer doped with a dopant which is Mg or Fe, the deposition by epitaxy of the GaN precursor layer comprising a deposition by epitaxy, on the first layer doped with the said dopant, of a GaN second layer in an atmosphere in the chamber not fed with the said dopant; - while maintaining the substrate in the epitaxial growth chamber, placing the atmosphere inside the chamber with a second ammonia concentration at most equal to a third of the first concentration, so as to remove an upper part of the precursor layer, the removal of the upper part of the precursor layer comprising the complete removal of the GaN second layer; then - after the removal of the said upper part of the precursor layer, while maintaining the substrate in the epitaxial growth chamber, deposition by epitaxy, on the said precursor layer, of a layer of semiconductor material of the heterojunction electronic component to be manufactured, the said precursor layer then forming the embedded barrier layer under the said layer of semiconductor material.
A method of manufacturing an optical interferometer, the method comprising: a first step of forming a first semiconductor portion for a beam splitter and a second semiconductor portion for a movable mirror on a first insulating layer formed on a main surface of a support substrate formed of silicon; a second step of disposing a first wall portion extending along the main surface between a first side surface of the first semiconductor portion at the side of the second semiconductor portion and a second side surface of the second semiconductor portion at the side of the first semiconductor portion; a third step of forming a mirror surface in the second semiconductor portion by forming a first metal film on the second side surface using a shadow mask; wherein the shadow mask has a mask portion and a first opening portion provided in the mask portion, wherein, in the third step, the first side surface is masked by the mask portion and the first wall portion, and the first metal film is formed in a state in which the second side surface is exposed from the first opening portion; and a fourth step of removing the first wall portion after the third step; wherein, in the fourth step, the formation of the movable mirror and the removal of the first wall portion and the shadow mask by etching the first insulating layer are simultaneously performed. a first step of forming a first semiconductor portion for a beam splitter and a second semiconductor portion for a movable mirror on a first insulating layer formed on a main surface of a support substrate formed of silicon; a second step of disposing a first wall portion extending along the main surface between a first side surface of the first semiconductor portion at the side of the second semiconductor portion and a second side surface of the second semiconductor portion at the side of the first semiconductor portion; a third step of forming a mirror surface in the second semiconductor portion by forming a first metal film on the second side surface using a shadow mask; wherein the shadow mask has a mask portion and a first opening portion provided in the mask portion, wherein, in the third step, the first side surface is masked by the mask portion and the first wall portion, and the first metal film is formed in a state in which the second side surface is exposed from the first opening portion; and a fourth step of removing the first wall portion after the third step; wherein, in the fourth step, the formation of the movable mirror and the removal of the first wall portion and the shadow mask by etching the first insulating layer are simultaneously performed.