mhurhangee/ep-ind-claims huggingface dataset:
A Bluetooth Low Energy "BLE" data transmission method for a smart watch, comprising: receiving, by a first BLE module of a first micro-controller unit "MCU" of the smart watch, an instruction of transmitting data, wherein the instruction of transmitting data comprises an instruction of transmitting the data to an application processor "AP" of the smart watch or an instruction of transmitting the data to a mobile terminal; determining, by the first BLE module, whether the AP is in a wake-up state if the instruction of transmitting data is the instruction of transmitting the data to the AP, and transmitting the data to a second BLE module of the AP through a radio frequency communication RFCOMM interface if the AP is determined to be in the wake-up state, otherwise, buffering the to-be-transmitted data; and synchronizing, by the first BLE module, state information to the second BLE module of the AP in a pass-through manner if the instruction of transmitting data is the instruction of transmitting the data to the mobile terminal, and transmitting the data to the mobile terminal through the RFCOMM interface. receiving, by a first BLE module of a first micro-controller unit "MCU" of the smart watch, an instruction of transmitting data, wherein the instruction of transmitting data comprises an instruction of transmitting the data to an application processor "AP" of the smart watch or an instruction of transmitting the data to a mobile terminal; determining, by the first BLE module, whether the AP is in a wake-up state if the instruction of transmitting data is the instruction of transmitting the data to the AP, and transmitting the data to a second BLE module of the AP through a radio frequency communication RFCOMM interface if the AP is determined to be in the wake-up state, otherwise, buffering the to-be-transmitted data; and synchronizing, by the first BLE module, state information to the second BLE module of the AP in a pass-through manner if the instruction of transmitting data is the instruction of transmitting the data to the mobile terminal, and transmitting the data to the mobile terminal through the RFCOMM interface.
A sheet feed cassette used to supply a sheet to an image forming apparatus, the sheet feed cassette comprising: a cassette body configured to store the sheet supplied to the image forming apparatus; and a cassette cover detachably mountable on the cassette body to cover an upper portion of the cassette body, each of the cassette body and the cassette cover adjustable between an extended state and a retracted state; characterised by means for preventing the cassette cover from being mounted on the cassette body when the cassette body and the cassette cover are in different states of extension/retraction. a cassette body configured to store the sheet supplied to the image forming apparatus; and a cassette cover detachably mountable on the cassette body to cover an upper portion of the cassette body, each of the cassette body and the cassette cover adjustable between an extended state and a retracted state; characterised by means for preventing the cassette cover from being mounted on the cassette body when the cassette body and the cassette cover are in different states of extension/retraction.
A method for the modernisation of a lift installation with several lifts (A, B, C) in a building, with at least one storey terminal (2, 2', 2") for input of a storey call on at least one storey (20, 20', 20") of the building, which storey terminal (2, 2', 2") is, for communication of an input storey call, connected with a group control, and at least one lift (A, B, C) is controlled in accordance with the communicated storey call from the group control, characterised in that at least one call detecting unit is, for communication of an input storey call, connected with the group control, that at least one new storey terminal (4, 4') is, for input of a storey call, mounted on at least one storey and that the new storey terminal (4, 4') is, for communication of an input storey call, connected with the call detecting unit.
A jack assembly including: a telescopic column with a threaded rod that is rotated to extend and retract the column; a gear box with an input and output gear (28, 29); and a gear module that houses first and second bevel gears (83, 84), characterised in that: the gear module includes a housing with a rotary input at a first end that is fixed to the first bevel gear, an opening in a base of the housing through which a neck of the second bevel gear is accessed and a side passage that aligns with a lateral hole in the neck of the second bevel gear; and wherein the gear module is provided as a pre-assembled unit mounted into the column and a head of the threaded rod is mounted into the module by being inserted into the neck and fixed to the second bevel gear by a pin that extends through the hole and into a corresponding lateral bore in the head of the threaded rod, and the output gear of the gearbox is coupled to the rotary input whereby rotational drive applied to an input gear of the gearbox is translated into rotation of the threaded rod. a telescopic column with a threaded rod that is rotated to extend and retract the column; a gear box with an input and output gear (28, 29); and a gear module that houses first and second bevel gears (83, 84), characterised in that: the gear module includes a housing with a rotary input at a first end that is fixed to the first bevel gear, an opening in a base of the housing through which a neck of the second bevel gear is accessed and a side passage that aligns with a lateral hole in the neck of the second bevel gear; and wherein the gear module is provided as a pre-assembled unit mounted into the column and a head of the threaded rod is mounted into the module by being inserted into the neck and fixed to the second bevel gear by a pin that extends through the hole and into a corresponding lateral bore in the head of the threaded rod, and the output gear of the gearbox is coupled to the rotary input whereby rotational drive applied to an input gear of the gearbox is translated into rotation of the threaded rod. the gear module includes a housing with a rotary input at a first end that is fixed to the first bevel gear, an opening in a base of the housing through which a neck of the second bevel gear is accessed and a side passage that aligns with a lateral hole in the neck of the second bevel gear; and wherein the gear module is provided as a pre-assembled unit mounted into the column and a head of the threaded rod is mounted into the module by being inserted into the neck and fixed to the second bevel gear by a pin that extends through the hole and into a corresponding lateral bore in the head of the threaded rod, and the output gear of the gearbox is coupled to the rotary input whereby rotational drive applied to an input gear of the gearbox is translated into rotation of the threaded rod.
A surgical instrument, comprising: a handle assembly including: a handle housing; and a processor disposed within the handle housing; and an adapter assembly including: a knob housing configured to be selectively connected to the handle housing; an elongate body extending distally from the knob housing and having a distal end configured to be selectively coupled to an end effector; characterised in that the adapter assembly further includes a plurality of electrical components (50, 60, 70, 202, 250) disposed within the elongate body; and a flex circuit (100, 200) having a proximal end configured to be electrically connected to the processor, and a distal end configured to be electrically connected to the plurality of electrical components. a handle assembly including: a handle housing; and a processor disposed within the handle housing; and a handle housing; and a processor disposed within the handle housing; and an adapter assembly including: a knob housing configured to be selectively connected to the handle housing; an elongate body extending distally from the knob housing and having a distal end configured to be selectively coupled to an end effector; a knob housing configured to be selectively connected to the handle housing; an elongate body extending distally from the knob housing and having a distal end configured to be selectively coupled to an end effector;
Aqueous composition for colouring keratin fibres especially human hair characterised in that it comprises at least one oxidative dye precursor, optionally at least one coupling agent and at least one arylated silicone selected from diphenyl dimethicone, diphenylsiloxy phenyl trimethicone, tetramethyl tetraphenyl trisiloxane, triphenyl trimethicone, and trimethyl pentaphenyl trisiloxane at a concentration of 0.01 to 5% by weight, calculated to total composition.
An isolation valve with a dead chamber, including: - a body with a fluid-passing conduit, - a device (16 1; 16 2) for obturating the fluid passage in the conduit, which may be actuated between a fluid-passing position and a position for obturating the fluid passage in the conduit, an obturation position in which the obturation device (16 1; 16 2) forms a dead chamber, a wall of the obturation device (16 1; 16 2) comprising a through-hole, wherein the obturation device (16 1; 16 2) includes a first rotating body with aspherical rotating plug (16 1) defining a first dead chamber, and a second rotating body with a spherical plug (16 2), of the floating or trunnion ball type, which may be actuated between a position for obturating the fluid passage in the conduit and a fluid-passing position in the conduit, the second rotating body with a spherical plug (16 2) defining a second dead chamber in a position for obturating the fluid passage in the conduit, a third dead chamber being defined between the two rotating bodies with spherical plugs (16 1; 16 2), characterized in that a decompression device is positioned in the through-hole of the obturation device, and in that the decompression device is positioned in the wall of the first rotating body with a spherical plug (16 1) for allowing decompression of the third dead chamber in the first dead chamber. - a body with a fluid-passing conduit, - a device (16 1; 16 2) for obturating the fluid passage in the conduit, which may be actuated between a fluid-passing position and a position for obturating the fluid passage in the conduit, an obturation position in which the obturation device (16 1; 16 2) forms a dead chamber, a wall of the obturation device (16 1; 16 2) comprising a through-hole,
A balancing shaft for a multi-cylinder engine having at least one unbalanced weight portion (21, 22; 23, 24) and at least one bearing (16, 17), the at least one unbalanced weight portion (21, 22; 23, 24) being associated with the bearing (16, 17), characterized in that the bearing (16, 17) has a radial running face which extends only partially over a periphery of the bearing (16, 17) and a centrifugal force which results during rotation of the balancing shaft is situated within a region of the bearing (16, 17) that is formed by the running face which extends partially over the periphery of the bearing (16, 17), and that the bearing (16, 17) comprises a running ring surrounding the partially configured running face of the bearing (16, 17).
A composition, comprising: a metal complex comprising a stereogenic metal atom and ligands, wherein each ligand associated with the metal complex comprises an organic group and binds the stereogenic metal atom via one site of the ligand, wherein the composition comprises the metal complex in a diastereomeric ratio greater than 1:1; wherein the metal complex has the structure, wherein M is Mo orW; R 1 is wherein each R 17 can be the same or different and is hydrogen, halogen, alkyl, heteroalkyl, aryl, acyl, or -OP, optionally substituted; and P is a protecting group; R 2 is CMe 2 Ph or CMe 3; R 3 is hydrogen; R 4 is an enantiomer of the following structure, wherein each R 7 and R 10 is the same or different and is halogen, methyl, t-butyl, CF 3, or aryl, optionally substituted; wherein TBS is t-butyldimethylsilyl; R 5 is wherein each R 6 can be the same or different and is hydrogen, alkyl, heteroalkyl, aryl, heteroalkyl, and X may be present or absent and is methyl, ethyl or a protecting group; and wherein R 4 coordinates the metal atom via the hydroxyl group, wherein the hydroxyl group is deprotonated upon coordination to the metal center. a metal complex comprising a stereogenic metal atom and ligands, wherein each ligand associated with the metal complex comprises an organic group and binds the stereogenic metal atom via one site of the ligand, wherein the composition comprises the metal complex in a diastereomeric ratio greater than 1:1; wherein the metal complex has the structure, wherein M is Mo orW; R 1 is wherein each R 17 can be the same or different and is hydrogen, halogen, alkyl, heteroalkyl, aryl, acyl, or -OP, optionally substituted; and P is a protecting group; M is Mo orW; R 1 is wherein each R 17 can be the same or different and is hydrogen, halogen, alkyl, heteroalkyl, aryl, acyl, or -OP, optionally substituted; and P is a protecting group; R 2 is CMe 2 Ph or CMe 3; R 3 is hydrogen; R 4 is an enantiomer of the following structure, wherein each R 7 and R 10 is the same or different and is halogen, methyl, t-butyl, CF 3, or aryl, optionally substituted; wherein TBS is t-butyldimethylsilyl; R 5 is wherein each R 6 can be the same or different and is hydrogen, alkyl, heteroalkyl, aryl, heteroalkyl, and X may be present or absent and is methyl, ethyl or a protecting group; and wherein R 4 coordinates the metal atom via the hydroxyl group, wherein the hydroxyl group is deprotonated upon coordination to the metal center.
A method for capturing images of a wafer or a portion thereof at each of a plurality of image capture positions as the wafer is displaced along a scan motion path, the method comprising: positioning the wafer at an inspection position as the wafer is displaced along the scan motion path; capturing a first image of the wafer at a first image capture position using a first sensor, under a first contrast illumination as the wafer is displaced along the scan motion path; capturing a second image of the wafer at a second image capture position using a second sensor, under a second contrast illumination, each of the first illumination and the second illumination having a broadband wavelength, the first contrast illumination and the second contrast illumination for enabling detection of at least one defect site in the first and second images, wherein the first image has an image offset from the second image due to the wafer being spatially displaced by a predetermined distance between the capture of the first image and the capture of the second image; correlating the first and second images by determining the image offset between the first image and the second image; and comparing the defect sites in the first image with the defect sites in the second image for producing an identification of a defect. positioning the wafer at an inspection position as the wafer is displaced along the scan motion path; capturing a first image of the wafer at a first image capture position using a first sensor, under a first contrast illumination as the wafer is displaced along the scan motion path; capturing a second image of the wafer at a second image capture position using a second sensor, under a second contrast illumination, each of the first illumination and the second illumination having a broadband wavelength, the first contrast illumination and the second contrast illumination for enabling detection of at least one defect site in the first and second images, wherein the first image has an image offset from the second image due to the wafer being spatially displaced by a predetermined distance between the capture of the first image and the capture of the second image; correlating the first and second images by determining the image offset between the first image and the second image; and comparing the defect sites in the first image with the defect sites in the second image for producing an identification of a defect.
Method for manufacturing a reflection-reducing coating on a transparent substrate in which at least one coating containing silicon, oxygen, carbon and hydrogen is deposited on at least one side of the substrate, wherein the at least one coating is deposited on the substrate in a plasma-assisted CVD process, the plasma is excited by radio frequency and/or microwave radiation, the plasma excitation is pulsed, and subsequently the content of carbon and hydrogen is reduced in this at least one coating.
A system for treating seeds, the system comprising: a plurality of compartments each defining an interior sized and shaped to receive seeds to be treated, wherein the compartments are rotatable 360 degrees about a rotational axis and are spaced circumferentially apart from one another about the rotational axis; a driver configured to rotate the plurality of compartments 360 degrees about the rotational axis; and a seed processing system configured to perform in each compartment a first processing step when the compartment is at a first angular position relative to the rotational axis and a second processing step different from the first processing step when the compartment is at a second angular position different from the first angular position relative to the rotational axis wherein the first processing step comprises loading seeds into the compartment, wherein the seed processing system comprises a seed loader configured to load the seeds into each of the compartments when the compartment is in the first angular position. wherein the second processing step comprises delivering seed treatment to the compartment, wherein the seed processing system comprises a treatment delivery device configured to deliver the seed treatment into the compartment. wherein the second processing step comprises mixing the seed treatment and the seeds in the compartment, wherein the seed processing system comprises an agitator configured to agitate the seeds and the seed treatment component in the compartment, characterized in that the agitator comprises a fluidizer configured to fluidize the seeds in the compartment. a plurality of compartments each defining an interior sized and shaped to receive seeds to be treated, wherein the compartments are rotatable 360 degrees about a rotational axis and are spaced circumferentially apart from one another about the rotational axis; a driver configured to rotate the plurality of compartments 360 degrees about the rotational axis; and a seed processing system configured to perform in each compartment a first processing step when the compartment is at a first angular position relative to the rotational axis and a second processing step different from the first processing step when the compartment is at a second angular position different from the first angular position relative to the rotational axis wherein the first processing step comprises loading seeds into the compartment, wherein the seed processing system comprises a seed loader configured to load the seeds into each of the compartments when the compartment is in the first angular position. wherein the second processing step comprises delivering seed treatment to the compartment, wherein the seed processing system comprises a treatment delivery device configured to deliver the seed treatment into the compartment. wherein the second processing step comprises mixing the seed treatment and the seeds in the compartment, wherein the seed processing system comprises an agitator configured to agitate the seeds and the seed treatment component in the compartment, characterized in that the agitator comprises a fluidizer configured to fluidize the seeds in the compartment.
Metal processing device for processing the surfaces of metals workpieces, comprising a driven movable conveyor belt (1, 7, 8) on which metal workpieces can be placed for processing, wherein the conveyor belt (1, 7, 8) has a supporting side for supporting the metal workpieces on the conveyor belt (1, 7, 8) which can be moved by the conveyor belt (1, 7, 8) and the conveyor belt (1, 7, 8) is made from a conveyor belt material to provide a movable conveyor belt (1, 7, 8), wherein the conveyor belt material comprises a substrate layer made from a substrate material, wherein the supporting side of the conveyor belt material provided for supporting metal workpieces forms the supporting side of the conveyor belt (1, 7, 8), characterised in that the supporting side is formed on the basis of a gel elastomer, wherein a cover or covering of the gel elastomer is excluded, and wherein the supporting side is made exclusively as a gel elastomer layer, which has a consistent form over its whole extension, wherein the gel elastomer is provided over the whole surface of the supporting side of the conveyor belt material or on portions of the whole surface of the supporting side.
Device for neutralizing acid condensates, comprising a tub for collecting condensates and a cartridge (4, 7, 8) enclosing a reagent for neutralizing acids characterized in that said cartridge (4, 7, 8) has an inlet aperture (42, 74, 83) for the inlet of the condensates at its upper end and an outlet aperture for the outlet of the condensates at its lower end, in that said cartridge is mounted detachably on an upper wall of said tub, and is placed substantially vertically in said tub, so as to enable a gravitational flow of the condensates through said cartridge, said inlet aperture being adapted to be assembled to a conduit for the inlet of the condensates, said outlet aperture of said cartridge being placed so that it is situated beneath a minimum level of liquid in said tub, and in that it comprises a device for lifting the condensates collected in said tub, comprising a pumping device and a command system activating the pumping device when the level of liquid in said tub reaches a maximum level and stopping it when said level of liquid reaches said minimum level.
A submerged combustion burner panel (100, 200, 300, 400, 500, 600, 700, 1100, 1200, 1300, 1400) comprising: (a) a panel body having first and second major surfaces; (b) at least one oxidant through-passage in the panel body extending from the first to the second major surface; (c) at least one fuel through-passage in the panel body extending from the first to the second major surface; (d) at least one oxidant delivery conduit positioned in the at least one oxidant through-passage; (e) at least one fuel delivery conduit positioned in the at least one fuel through-passage; wherein each of the oxidant delivery conduits and fuel delivery conduits comprise proximal (34, 30) and distal (32, 28) ends, at least some of the distal ends (32, 28) positioned away from the first major surface of the panel body. (a) a panel body having first and second major surfaces; (b) at least one oxidant through-passage in the panel body extending from the first to the second major surface; (c) at least one fuel through-passage in the panel body extending from the first to the second major surface; (d) at least one oxidant delivery conduit positioned in the at least one oxidant through-passage; (e) at least one fuel delivery conduit positioned in the at least one fuel through-passage;