mhurhangee/ep-ind-claims huggingface dataset:
A method in a wireless transmitter of aligning code blocks with modulation symbols, the method comprising: receiving a block of information bits for wireless transmission in a plurality of modulation symbols; partitioning the plurality of modulation symbols into groups of one or more modulation symbols, wherein the modulation symbols in a group are contiguous in time; assigning each of the information bits to one of the groups; for each of the groups: segmenting the assigned information bits in the group into one or more code blocks; encoding each code block into coded bits; assigning the coded bits of the one or more code blocks to the group of modulation symbols the information bits are assigned to; and transmitting the groups of modulation symbols to a wireless receiver; characterised in that the partitioning the plurality of modulation symbols is based on a weighting factor assigned to each modulation symbol of the plurality of modulation symbols, the weighting factor being based on a power level associated with the modulation symbol. receiving a block of information bits for wireless transmission in a plurality of modulation symbols; partitioning the plurality of modulation symbols into groups of one or more modulation symbols, wherein the modulation symbols in a group are contiguous in time; assigning each of the information bits to one of the groups; for each of the groups: segmenting the assigned information bits in the group into one or more code blocks; encoding each code block into coded bits; assigning the coded bits of the one or more code blocks to the group of modulation symbols the information bits are assigned to; and segmenting the assigned information bits in the group into one or more code blocks; encoding each code block into coded bits; assigning the coded bits of the one or more code blocks to the group of modulation symbols the information bits are assigned to; and transmitting the groups of modulation symbols to a wireless receiver; characterised in that the partitioning the plurality of modulation symbols is based on a weighting factor assigned to each modulation symbol of the plurality of modulation symbols, the weighting factor being based on a power level associated with the modulation symbol.
Support substrate for a radiofrequency application, the support substrate comprising: - a base substrate made of monocrystalline silicon comprising P-type dopants and having a resistivity that is greater than or equal to 250 ohm.cm and strictly less than 500 ohm.cm, and an interstitial oxygen content between 13 ppma and 19 ppma according to the ASTM'79 standard, - an epitaxial layer made of monocrystalline silicon comprising P-type dopants, arranged on the base substrate and having a thickness between 2 microns and 30 microns, at least one upper portion of the epitaxial layer having a resistivity greater than or equal to 3000 ohm.cm, - a charge-trapping layer made of polycrystalline silicon, arranged on the epitaxial layer, having a resistivity greater than or equal to 1000 ohm.cm and a thickness between 1 micron and 10 microns. - a base substrate made of monocrystalline silicon comprising P-type dopants and having a resistivity that is greater than or equal to 250 ohm.cm and strictly less than 500 ohm.cm, and an interstitial oxygen content between 13 ppma and 19 ppma according to the ASTM'79 standard, - an epitaxial layer made of monocrystalline silicon comprising P-type dopants, arranged on the base substrate and having a thickness between 2 microns and 30 microns, at least one upper portion of the epitaxial layer having a resistivity greater than or equal to 3000 ohm.cm, - a charge-trapping layer made of polycrystalline silicon, arranged on the epitaxial layer, having a resistivity greater than or equal to 1000 ohm.cm and a thickness between 1 micron and 10 microns.
A signal sending method, wherein when a user triggers an event of a first icon, a system on chip SOC of a vehicle host generates a high-speed serial signal and sends the high-speed serial signal, via a mobile industry processor interface, MIPI, as a MIPI signal on a data link to an instrument panel, the high-speed serial signal is used to transmit a window image corresponding to the first icon, and the instrument panel comprises a deserializer, a microprocessor MCU, and a display, and the method comprises: receiving, by the MCU, a first image signal sent by the deserializer, wherein the first image signal is obtained after the deserializer parses the high-speed serial signal sent by the vehicle host; obtaining, by the MCU, a first check value based on the first image signal; obtaining, by the MCU, a second check value sent by the deserializer, wherein the second check value is corresponding to the first icon and is sent from the SOC of the vehicle host to the instrument panel by using an Inter-Integrated Circuit, 12C, data link, and when detecting that the first check value is different from the second check value, sending, by the MCU, a second image signal to the display, wherein the second image signal is used to transmit a target window image comprising the first icon. receiving, by the MCU, a first image signal sent by the deserializer, wherein the first image signal is obtained after the deserializer parses the high-speed serial signal sent by the vehicle host; obtaining, by the MCU, a first check value based on the first image signal; obtaining, by the MCU, a second check value sent by the deserializer, wherein the second check value is corresponding to the first icon and is sent from the SOC of the vehicle host to the instrument panel by using an Inter-Integrated Circuit, 12C, data link, and when detecting that the first check value is different from the second check value, sending, by the MCU, a second image signal to the display, wherein the second image signal is used to transmit a target window image comprising the first icon.
A negative pressure wound therapy apparatus comprising: a source of negative pressure configured to be fluidically connected to a dressing configured to be placed over a wound; and a controller configured to: detect or cause detection of presence of at least one temporary blockage in a fluid flow path comprising the source of negative pressure, a canister configured to store fluid aspirated from the wound, and the dressing, the at least one temporary blockage caused by fluid aspirated from the wound being aspirated into the canister; clear or cause clearance of the at least one temporary blockage by increasing a level of negative pressure provided by the source of negative pressure; and characterized in that the controller is further configured to detect or cause detection of presence of the at least one temporary blockage in the fluid flow path by deactivating or causing deactivation of the source of negative pressure and detecting or causing detection of a substantially discontinuous decay of negative pressure in the fluid flow path while the source of negative pressure is deactivated. a source of negative pressure configured to be fluidically connected to a dressing configured to be placed over a wound; and a controller configured to: detect or cause detection of presence of at least one temporary blockage in a fluid flow path comprising the source of negative pressure, a canister configured to store fluid aspirated from the wound, and the dressing, the at least one temporary blockage caused by fluid aspirated from the wound being aspirated into the canister; clear or cause clearance of the at least one temporary blockage by increasing a level of negative pressure provided by the source of negative pressure; and characterized in that the controller is further configured to detect or cause detection of presence of the at least one temporary blockage in the fluid flow path by deactivating or causing deactivation of the source of negative pressure and detecting or causing detection of a substantially discontinuous decay of negative pressure in the fluid flow path while the source of negative pressure is deactivated. detect or cause detection of presence of at least one temporary blockage in a fluid flow path comprising the source of negative pressure, a canister configured to store fluid aspirated from the wound, and the dressing, the at least one temporary blockage caused by fluid aspirated from the wound being aspirated into the canister; clear or cause clearance of the at least one temporary blockage by increasing a level of negative pressure provided by the source of negative pressure; and characterized in that the controller is further configured to detect or cause detection of presence of the at least one temporary blockage in the fluid flow path by deactivating or causing deactivation of the source of negative pressure and detecting or causing detection of a substantially discontinuous decay of negative pressure in the fluid flow path while the source of negative pressure is deactivated.
An inspection device for testing the integrity of a drug-filled container, the inspection device comprising: an angled member; a viewing member secured to the angled member, the angled and viewing members being configured to hold a container to be analyzed the container being a sealed, drug-filled container; a cradle secured to the angled member, the cradle including a cavity configured to hold the angled member at an angle; a light source holder secured to the viewing member; a leg member extending from the light source holder; at least one light source extending through the light source holder, the light source having a first end extending outwardly from the light source holder, and a second end extending within the light source holder from which light projects, the light from the light source being projected toward the viewing member; at least one viewing window located on the viewing member; a lens located between the second end of the light source and the viewing member; and a filter located between the lens and the viewing member. an angled member; a viewing member secured to the angled member, the angled and viewing members being configured to hold a container to be analyzed the container being a sealed, drug-filled container; a cradle secured to the angled member, the cradle including a cavity configured to hold the angled member at an angle; a light source holder secured to the viewing member; a leg member extending from the light source holder; at least one light source extending through the light source holder, the light source having a first end extending outwardly from the light source holder, and a second end extending within the light source holder from which light projects, the light from the light source being projected toward the viewing member; at least one viewing window located on the viewing member; a lens located between the second end of the light source and the viewing member; and a filter located between the lens and the viewing member.
An optical interconnection system, wherein the system comprises two or more than two basic units that are stacked and interconnected, said system being characterized in that each basic unit comprises an optical network layer and an electrical layer, wherein the optical network layer of the basic unit comprises an optical transceiver unit and an optical switching unit, wherein the optical transceiver unit comprises an optical transmitting unit and an optical receiving unit, and the optical switching unit comprises an arbitration logic device and an inter-layer optical switching unit, in the basic unit, the optical network layer is electrically interconnected with the electrical layer; and the optical network layer of the basic unit is optically interconnected with an optical network layer of an adjacent basic unit, wherein the optical transmitting unit is configured to receive a first electrical signal of the electrical layer of the basic unit, convert the first electrical signal into a first optical signal, and transmit the first optical signal to the arbitration logic device; the arbitration logic device is configured to receive a first optical signal transmitted by the optical transmitting unit of the basic unit or a second optical signal forwarded by an inter-layer optical switching unit of an adjacent basic unit of the basic unit, determine, according to a band of the received optical signal and a preconfigured correspondence between basic units and optical signal bands, whether a destination of the received optical signal is the basic unit, and if yes, transmit the optical signal to the optical receiving unit of the basic unit, otherwise, transmit the optical signal to the inter-layer optical switching unit of the basic unit; the inter-layer optical switching unit is configured to receive the optical signal sent by the arbitration logic device of the basic unit, and transmit the optical signal to an optical network layer of an adjacent basic unit; and the optical receiving unit is configured to receive the optical signal sent by the arbitration logic device of the basic unit, convert the optical signal into the electrical signal, and transmit the electrical signal to the electrical layer of the basic unit.
A storage bag to be suspended from a first holding section and a second holding section of a paper-sheet processing device, the storage bag having an opening, the storage bag comprising: a first attaching portion to be attached to the first holding section, the first attaching portion being formed at an opening end of the storage bag; a second attaching portion to be attached to the second holding section, the second attaching portion being formed at a position which is at the opening end of the storage bag and facing the first attaching portion; a first sealing portion provided at a position below the first attaching portion when the storage bag is suspended from the first holding section and the second holding section; a second sealing portion provided at a position below the second attaching portion when the storage bag is suspended from the first holding section and th second holding section, the second sealing portion sealing the opening by being joined with the first sealing portion; and a reinforcing member, characterized in that the reinforcing member is provided in either one of the first sealing portion or the second sealing portion. a first attaching portion to be attached to the first holding section, the first attaching portion being formed at an opening end of the storage bag; a second attaching portion to be attached to the second holding section, the second attaching portion being formed at a position which is at the opening end of the storage bag and facing the first attaching portion; a first sealing portion provided at a position below the first attaching portion when the storage bag is suspended from the first holding section and the second holding section; a second sealing portion provided at a position below the second attaching portion when the storage bag is suspended from the first holding section and th second holding section, the second sealing portion sealing the opening by being joined with the first sealing portion; and a reinforcing member, characterized in that the reinforcing member is provided in either one of the first sealing portion or the second sealing portion.
A timer circuit for a radiation device that generates radiation, comprising: a current sensor connected between a main power system and a circuit interrupter, wherein the circuit interrupter is also connected to the radiation device; and a timing device coupled between the current sensor and a control computer, wherein the timing device is triggered when a current level detected by the current sensor exceeds a predetermined current level and wherein the timing device measures a time period that the predetermined current level is exceeded and wherein when the measured time period exceeds a predetermined time period the circuit interrupter is activated to turn off current flow to the radiation device. a current sensor connected between a main power system and a circuit interrupter, wherein the circuit interrupter is also connected to the radiation device; and a timing device coupled between the current sensor and a control computer, wherein the timing device is triggered when a current level detected by the current sensor exceeds a predetermined current level and wherein the timing device measures a time period that the predetermined current level is exceeded and wherein when the measured time period exceeds a predetermined time period the circuit interrupter is activated to turn off current flow to the radiation device.
A refrigerator, including a magnetic cooler and a cold heat exchanger for cooling the cooling space of the appliance and means for detecting a value representative of the temperature of the cold heat exchanger, wherein the appliance includes a pump for delivering the heat transfer medium and a control or regulating unit, characterized in that by means of the control or regulating unit the delivery rate of the heat transfer medium delivered by the pump is adjustable such that in cooling operation the temperature of the cold heat exchanger does not go below 0°C, and that the magnetic cooler and the pump are configured such that they run continuously, as no defrosting cycle of the cold heat exchanger is required.
A chemical cleaning procedure for heat exchangers such as steam generators at PWR-type thermonuclear power plants in which the steam generator is a heat exchanger made up of a set of tubes from the primary circuit, these tubes being separated by separation plates, said tubes and said plates being coated when in use with deposits adhering to these of materials from erosions, corrosions and impurities in the secondary circuit, these materials being particularly formed of metals and metal oxides such as magnetite and metals such as copper, this procedure comprising two main stages, a first phase of eliminating the metal oxides and in the event of the cleaning being done on materials containing copper, a second phase for decoppering and eliminating any copper compounds, characterised in that: In the first phase a water solution is inserted in the steam generator with the following reagents: • Citric acid, 0.5-10% in mass • Ascorbic acid 0.3-5% in mass • The process is carried out at a temperature of 20oC-70oC • And the pH for the process starts at values of from 1 to 4.5 In the first phase a water solution is inserted in the steam generator with the following reagents: • Citric acid, 0.5-10% in mass • Ascorbic acid 0.3-5% in mass • The process is carried out at a temperature of 20oC-70oC • And the pH for the process starts at values of from 1 to 4.5 • Citric acid, 0.5-10% in mass • Ascorbic acid 0.3-5% in mass • The process is carried out at a temperature of 20oC-70oC • And the pH for the process starts at values of from 1 to 4.5
A cooling device comprising a body; a shelf that is disposed on the body and whereon the foodstuffs are placed; a first side wall that is disposed on the shelf; a second side wall that is parallel to the first side wall, and a rear wall that is disposed between the first side wall and the second side wall, at least one bottle holder having recesses that enables the bottles to be seated safely, wherein the bottle holder comprising a holder section of which one end is mounted to the first side wall or the second side wall characterized by the bottle holder being L-shaped and comprising a carrier section of which one end is connected to the holder section and the other end mounted to the rear wall and wherein the bottle holder has a first position wherein the holder section makes an angle of 90° with the first or the second side wall and extends in parallel with the rear wall and the carrier section extends in parallel with the first side wall or the second side wall over the shelf and a second position wherein the holder section is almost adjacent with the first side wall or the second side wall and the carrier section is almost adjacent with the rear wall, wherein an axis is formed by joining the points where the L-shaped bottle holder is mounted on the shelf and the bottle holder can move by 180° pivotably on the axis and shift to the first position or the second position.
A computer-implemented method comprising: a. acquiring a first image of a scene; b. acquiring a second image of the scene, with a changed focus position for the second image; c. computing a change in blur between the first image and the second image; d. repeating steps a, b and c for a plurality of different focus positions to generate curve information defining a relationship between the change in blur and the plurality of different focus positions, wherein the curve information includes multiple curves differing from each other based at least on a focus position of a camera used to acquire the first image and the second image, wherein the curves are configured to be modified if parameters of the camera are changed; and e. utilizing one of the curves selected from the multiple curves of the curve information based on where the camera is focused to determine a device-to-object distance of an object in the scene. a. acquiring a first image of a scene; b. acquiring a second image of the scene, with a changed focus position for the second image; c. computing a change in blur between the first image and the second image; d. repeating steps a, b and c for a plurality of different focus positions to generate curve information defining a relationship between the change in blur and the plurality of different focus positions, wherein the curve information includes multiple curves differing from each other based at least on a focus position of a camera used to acquire the first image and the second image, wherein the curves are configured to be modified if parameters of the camera are changed; and e. utilizing one of the curves selected from the multiple curves of the curve information based on where the camera is focused to determine a device-to-object distance of an object in the scene.
An unmanned aircraft adapted to minimise visual and audible detection during flight that is comprised of: a flattened, angular shaped body (201, 301); an angular shaped tail boom and tail; one or more motors for driving one or more propellers; one or more wings; one or more light sensors (307, 308) capable of measuring the amount of visible light incident on the UAV surface; a camera; and a controller, wherein the one or more wings comprise a diffuse dark coloured upper surface (303, 401), with an internal surface of the upper surface comprising a high reflective lining, one or more light sources (304, 404) attached horizontally to the reflective lining on the upper surface pointing downwards, a translucent lower surface and a diffuse translucent mesh attached to the internal surface of the lower surface. a flattened, angular shaped body (201, 301); an angular shaped tail boom and tail; one or more motors for driving one or more propellers; one or more wings; one or more light sensors (307, 308) capable of measuring the amount of visible light incident on the UAV surface; a camera; and a controller,