mhurhangee/ep-ind-claims huggingface dataset:
A push-button switch comprising: a body; a button at least partially placed into the body; a magnetic member attached with the button; a resilient member placed between the button and the body; and a printed circuit board positioned in the body wherein the body comprises a cylindrically formed inner housing and an intermediate portion integrated with an inner portion of the body forming a closed intermediate layer inside the body closing the bottom of said cylindrically formed inner housing such that a longitudinal cross section of the push-button switch is in a H type so as to prevent leakage to the printed circuit board therein, wherein the printed circuit board is positioned under the intermediate portion and the magnetic member is positioned above the intermediate portion, characterized in that said switch further comprises at least one recess on said body and at least one claw on the button in a manner to correspond to this at least one recess. a body; a button at least partially placed into the body; a magnetic member attached with the button; a resilient member placed between the button and the body; and a printed circuit board positioned in the body wherein the body comprises a cylindrically formed inner housing and an intermediate portion integrated with an inner portion of the body forming a closed intermediate layer inside the body closing the bottom of said cylindrically formed inner housing such that a longitudinal cross section of the push-button switch is in a H type so as to prevent leakage to the printed circuit board therein, wherein the printed circuit board is positioned under the intermediate portion and the magnetic member is positioned above the intermediate portion, characterized in that said switch further comprises at least one recess on said body and at least one claw on the button in a manner to correspond to this at least one recess.
A system comprising: a collection of different circular chimeric single-stranded nucleic acid constructs, each construct comprising: a first single stranded segment of original genomic DNA from a host organism and a second single stranded nucleic acid segment that is linked to the first single stranded segment and comprises a nucleotide sequence that is exogenous to the host organism, said nucleotide sequence comprising a first solid support primer-specific portion, a second solid support primer-specific portion, and a patient identifier sequence, whereby said chimeric single-stranded nucleic acid constructs of the collection are circularized and suitable for rolling circle amplification and/or sequencing; and a collection of extension products, each extension product comprising two or more tandem linear sequences, wherein each tandem linear sequence is complementary to the chimeric single-stranded nucleic acid construct from the collection, wherein each extension product in the collection is hybridized to its complementary circular chimeric single-stranded nucleic acid construct of the collection. a first single stranded segment of original genomic DNA from a host organism and a second single stranded nucleic acid segment that is linked to the first single stranded segment and comprises a nucleotide sequence that is exogenous to the host organism, said nucleotide sequence comprising a first solid support primer-specific portion, a second solid support primer-specific portion, and a patient identifier sequence, whereby said chimeric single-stranded nucleic acid constructs of the collection are circularized and suitable for rolling circle amplification and/or sequencing; and a collection of extension products, each extension product comprising two or more tandem linear sequences, wherein each tandem linear sequence is complementary to the chimeric single-stranded nucleic acid construct from the collection, wherein each extension product in the collection is hybridized to its complementary circular chimeric single-stranded nucleic acid construct of the collection.
A cable management assembly for mounting cables to a ladder rack, the cable management assembly comprising: a thermal expansion block positionable on a ladder rung of the ladder rack; the thermal expansion block having a top, a bottom, a first side, a second side, and ends (132, 134), wherein the first side and the second side having an opening (118, 126) there through; a cable attachment beam receivable in the openings (118, 126) in the sides (116, 124) of the thermal expansion block; and a bracket for securing the thermal expansion block to the ladder rung; characterized in that the sides (116, 124) of the thermal expansion block have outwardly extending flanges (120, 128), the outwardly extending flanges (120, 128) having an opening (122, 130) for receiving a fastener. a thermal expansion block positionable on a ladder rung of the ladder rack; the thermal expansion block having a top, a bottom, a first side, a second side, and ends (132, 134), wherein the first side and the second side having an opening (118, 126) there through; a cable attachment beam receivable in the openings (118, 126) in the sides (116, 124) of the thermal expansion block; and a bracket for securing the thermal expansion block to the ladder rung; characterized in that the sides (116, 124) of the thermal expansion block have outwardly extending flanges (120, 128), the outwardly extending flanges (120, 128) having an opening (122, 130) for receiving a fastener.
A device for carrying a substrate, for example a drinking cup, and clamping against the substrate, for example against an outer wall of the drinking cup, a clamping sheet, wherein the clamping sheet comprises a flexible and bendable material with a width and a length, said length being measured between longitudinal ends (9, 10) of the clamping sheet, wherein coupling members (11, 12) are provided at longitudinal ends of the clamping sheet, said coupling members comprising rods protruding in the width direction of the clamping sheet, characterized in that, the device comprises first recesses (21, 22) for receiving rods (11, 12) of a first width side that are positioned at opposite longitudinal ends of the clamping sheet and comprises second recesses (21, 22) for receiving rods (11, 12) of a second width side that are positioned at opposite longitudinal ends (9, 10) of the clamping sheet, and the device comprises a support member for carrying the device and the substrate. the device comprises first recesses (21, 22) for receiving rods (11, 12) of a first width side that are positioned at opposite longitudinal ends of the clamping sheet and comprises second recesses (21, 22) for receiving rods (11, 12) of a second width side that are positioned at opposite longitudinal ends (9, 10) of the clamping sheet, and the device comprises a support member for carrying the device and the substrate.
A europium-activated alkaline-earth chloroapatite phosphor excitable by a near-ultraviolet to blue-violet light having a peak wavelength in a range of 390 nm or more and 420 nm or less, the phosphor comprising a composition expressed by a composition formula: (M 1-x Eu x) 5 (PO 4) 3 Cl where M is an alkaline-earth element containing at least Sr and Ba, x is an atomic ratio satisfying 0.04 ≤ x ≤ 0.2, wherein an average particle size of the phosphor is in a range of 20 to 35 μm, the average particle size being a value of 50% value of a particle size distribution obtained by dry laser diffractometry, a light emission peak wavelength of the phosphor excited by the near-ultraviolet to blue-violet light is in a range of 445 nm or more and 465 nm or less, and an external quantum efficiency of the phosphor excited by the near-ultraviolet to blue-violet light is 83% or more. where M is an alkaline-earth element containing at least Sr and Ba, x is an atomic ratio satisfying 0.04 ≤ x ≤ 0.2, wherein an average particle size of the phosphor is in a range of 20 to 35 μm, the average particle size being a value of 50% value of a particle size distribution obtained by dry laser diffractometry, a light emission peak wavelength of the phosphor excited by the near-ultraviolet to blue-violet light is in a range of 445 nm or more and 465 nm or less, and an external quantum efficiency of the phosphor excited by the near-ultraviolet to blue-violet light is 83% or more.
Orthosis comprising a first and second splint arm (1, 2) which are hingedly connected to one another and can be pivoted relative to one another within a specific pivot region, and comprising a pivot region adjustment apparatus which has at least one stop pin (27a, 27b) for limiting the pivot region, it being possible for the stop pin (27a, 27b) to be selectively arranged in differently positioned pivot region limiting holes (11, 26) of the orthosis, characterised in that the pivot region adjustment apparatus comprises at least one flexible stop pin holder (15a, 15b) which has a bearing portion that can be rotated about a pivot axis and a resilient holding arm to which the stop pin (27a, 27b) is attached.
Support for a drum with built-in seat having a sitting surface, in particular for a Guianese, West Indian or African drum, and any other type of drum played sitting down, comprising: - a substantially flat horizontal support element; - a substantially flat vertical support element, arranged on the horizontal support element; said vertical support element supporting the sitting surface of the built-in seat; - a means for holding said drum, arranged on at least one of the surfaces of the vertical support element; characterized in that said means for holding has the shape of an essentially flat profiled part, bent at the two ends (5a, 5b) thereof, of which one of said two ends is able to cooperate with the inner surface of the drum in order to hold said drum on the support with built-in seat, and characterized in that the other of said ends is attached to said vertical support element. - a substantially flat horizontal support element; - a substantially flat vertical support element, arranged on the horizontal support element; said vertical support element supporting the sitting surface of the built-in seat; - a means for holding said drum, arranged on at least one of the surfaces of the vertical support element;
A balloon controller for an endoscope apparatus having a fluid supply and drawing device which communicates with at least one of a balloon attached to an insertion portion of an endoscope and a balloon attached to an insertion assist implement for guiding the insertion portion when the insertion portion is inserted, and which supplies a fluid to each balloon or draws the fluid from the balloon, the balloon controller comprising: a leakage device provided in tube paths for communication between the balloons and the fluid supply and drawing device, the leakage device being capable of leaking the fluid, characterized in that the leakage device comprises a fixed throttle member (DA1, DB1), which releases fluid to the atmosphere all the times. a leakage device provided in tube paths for communication between the balloons and the fluid supply and drawing device, the leakage device being capable of leaking the fluid, characterized in that the leakage device comprises a fixed throttle member (DA1, DB1), which releases fluid to the atmosphere all the times.
A copolycarbonate, comprising: 0.005-0.1 mole percent of sulfur-containing carbonate units derived from a sulfur-containing bisphenol monomer, 2-95 mole percent of high heat carbonate units derived from a high heat aromatic dihydroxy monomer, and 5-98 mole percent of a low heat carbonate units derived from a low heat aromatic monomer, each based on the sum of the moles of the carbonate units; and optionally, thioether carbonyl endcaps of the formula -C(=O)-L-S-R, wherein L is a C 1-12 aliphatic or aromatic linking group and R is a C 1-20 alkyl, C 6-18 aryl, or C 7-24 arylalkylene; wherein the sulfur-containing carbonate units are present in an amount effective to provide 5-30, or 5-15, or 5-10 parts per million by weight of added sulfur, based on the total parts by weight of the copolycarbonate, wherein; a "high heat aromatic dihydroxy monomer" is a compound that can be used to make a polycarbonate homopolymer having a glass transition temperature (Tg) of 175-330°C and a "low heat aromatic dihydroxy monomer" means a compound that can be used to manufacture a polycarbonate homopolymer having a Tg of less than 170°C and wherein glass transition temperatures Tg are determined by differential scanning calorimetry as per ASTM D3418 with a 20°C/min heating rate. and added sulfur is determined by the methods given in the present description. 0.005-0.1 mole percent of sulfur-containing carbonate units derived from a sulfur-containing bisphenol monomer, 2-95 mole percent of high heat carbonate units derived from a high heat aromatic dihydroxy monomer, and 5-98 mole percent of a low heat carbonate units derived from a low heat aromatic monomer, each based on the sum of the moles of the carbonate units; and optionally, thioether carbonyl endcaps of the formula -C(=O)-L-S-R, wherein L is a C 1-12 aliphatic or aromatic linking group and R is a C 1-20 alkyl, C 6-18 aryl, or C 7-24 arylalkylene; wherein the sulfur-containing carbonate units are present in an amount effective to provide 5-30, or 5-15, or 5-10 parts per million by weight of added sulfur, based on the total parts by weight of the copolycarbonate, wherein; a "high heat aromatic dihydroxy monomer" is a compound that can be used to make a polycarbonate homopolymer having a glass transition temperature (Tg) of 175-330°C and a "low heat aromatic dihydroxy monomer" means a compound that can be used to manufacture a polycarbonate homopolymer having a Tg of less than 170°C and wherein glass transition temperatures Tg are determined by differential scanning calorimetry as per ASTM D3418 with a 20°C/min heating rate. and added sulfur is determined by the methods given in the present description.
A mobile robot comprising: (a) means (20, 21) for moving the robot over a surface; (b) an obstacle detection sensor (12, 13, 16); (c) a control system operatively connected to said obstacle detection sensor and said means for moving and having a plurality of behaviours including various escape situation behaviours which comprise special behaviours for when the robot may not be operating freely and/or may become stuck; (d) one or more sensors for sensing a need for an escape situation; (e) wherein said control system is configured to operate the robot in the plurality of behaviours and wherein the control system is configured to determine which escape situation behaviour is warranted in response to said one or more sensors sensing a need for an escape situation and to switch to operate in the warranted one of said various escape situation behaviours, characterised in that one or more of the escape situation behaviors are triggered by a rate of a motor stall event of a motor of the mobile robot, wherein a motor stall event is detected based on a rise of a motor current of the motor. (a) means (20, 21) for moving the robot over a surface; (b) an obstacle detection sensor (12, 13, 16); (c) a control system operatively connected to said obstacle detection sensor and said means for moving and having a plurality of behaviours including various escape situation behaviours which comprise special behaviours for when the robot may not be operating freely and/or may become stuck; (d) one or more sensors for sensing a need for an escape situation; (e) wherein said control system is configured to operate the robot in the plurality of behaviours and wherein the control system is configured to determine which escape situation behaviour is warranted in response to said one or more sensors sensing a need for an escape situation and to switch to operate in the warranted one of said various escape situation behaviours, characterised in that one or more of the escape situation behaviors are triggered by a rate of a motor stall event of a motor of the mobile robot, wherein a motor stall event is detected based on a rise of a motor current of the motor.
A method of operating a turbomachine comprising a plurality of combustion cans capable of burning a syngas, the method comprising: providing a syngas fuel supply system wherein the syngas fuel supply system is integrated with the turbomachine and the syngas fuel supply system comprises a syngas valve (205,210); providing a non-syngas fuel supply system wherein the non-syngas fuel supply system is integrated with the turbomachine; determining whether to operate the turbomachine under a syngas operation, wherein the syngas operation utilizes the syngas fuel supply system; and determining whether the syngas operation is a solo mode or a co-fire mode; wherein the solo mode comprises utilizing the plurality of combustion cans to burn a syngas received from the syngas fuel supply system; determining a fuel stroke reference; utilizing the FSR to determine a flow reference; utilizing the flow reference to determine a critical flow capacity (Cg) of the syngas valve; utilizing the Cg to determine a position of the syngas valve; and adjusting the syngas valve to the position; and wherein the co-fire mode comprises utilizing the plurality of combustion cans to burn a syngas received from the syngas fuel supply system and to burn a non-syngas received from the non-syngas fuel supply system. providing a syngas fuel supply system wherein the syngas fuel supply system is integrated with the turbomachine and the syngas fuel supply system comprises a syngas valve (205,210); providing a non-syngas fuel supply system wherein the non-syngas fuel supply system is integrated with the turbomachine; determining whether to operate the turbomachine under a syngas operation, wherein the syngas operation utilizes the syngas fuel supply system; and determining whether the syngas operation is a solo mode or a co-fire mode; wherein the solo mode comprises utilizing the plurality of combustion cans to burn a syngas received from the syngas fuel supply system; determining a fuel stroke reference; utilizing the FSR to determine a flow reference; utilizing the flow reference to determine a critical flow capacity (Cg) of the syngas valve; utilizing the Cg to determine a position of the syngas valve; and adjusting the syngas valve to the position; and wherein the co-fire mode comprises utilizing the plurality of combustion cans to burn a syngas received from the syngas fuel supply system and to burn a non-syngas received from the non-syngas fuel supply system.
Headrest of a vehicle seat, wherein the headrest comprises a first headrest device and a second headrest device (1"), wherein the headrest comprises a tilting device for tilting the first headrest device relative to the second headrest device (1"), wherein the headrest comprises a height-adjusting device for adjusting the height of the first headrest device relative to the second headrest device (1"), wherein the tilting device can be driven by means of a drive unit, wherein the drive unit comprises a motor and a worm gear, wherein the tilting device can be driven by means of the worm gear, wherein the worm gear comprises a rotatably mounted worm thread which can be driven by the motor, and a toothed element which is rigidly connected to a headrest mount.
A household appliance comprising: a primary function unit operable to perform a primary function of the household appliance; a controller operable to control an operation of the primary function unit; and a two-way communication module for trnasmitting and receiving signals between the controller and a second household appliance, wherein the controller is operable to control, based on a user interaction with the household appliance or the second household appliance, the operation of the primary function unit based on synchronized duty cycles of the household appliance and the second household appliance as well as on a priority scheme of the household appliance and the second household appliance. a primary function unit operable to perform a primary function of the household appliance; a controller operable to control an operation of the primary function unit; and a two-way communication module for trnasmitting and receiving signals between the controller and a second household appliance, wherein the controller is operable to control, based on a user interaction with the household appliance or the second household appliance, the operation of the primary function unit based on synchronized duty cycles of the household appliance and the second household appliance as well as on a priority scheme of the household appliance and the second household appliance.
A process for the generation of energy (E1, E2, E4) and/or hydrocarbons and methanol (M60, M61) by utilization of carbonaceous materials (M10, M11) without the emission of carbon dioxide into the atmosphere, in which in a first process stage the carbonaceous materials (M10, M11) are supplied and pyrolysed, wherein pyrolysis coke and pyrolysis gas are formed; in a second process stage, the pyrolysis coke from the first process stage is gasified, wherein synthesis gas is formed, and slag and other residues (M91, M92) are removed; and in a third process stage, the synthesis gas from the second process stage is converted by Fischer-Tropsch synthesis or liquid-phase methanol synthesis into hydrocarbons and/or methanol (M60, M61), which are discharged; characterized in that the three process stages (P1, P2, P3) form a closed cycle, the pyrolysis gas of the first process stage is passed into the second process stage, in the second process stage oxygen and, if appropriate, process steam is blown into a firebed formed by the pyrolysis coke, the pyrolysis gas is blown spatially separated from the entry point of the oxygen into the gas phase above the firebed, where the polyatomic molecules contained in the pyrolysis gas are cracked and broken down, the temperature in the second process stage is 850 °C or above, wherein the pyrolysis coke and the pyrolysis gas remain in the second process stage for at least 2 seconds, the synthesis gas of the second process stage is passed into the third process stage, and surplus gas from the third process stage is passed as recycle gas into the first process stage.
A method of purifying an antibody, the method comprising: subjecting an antibody in solution to hydrophobic interaction chromatography in flow through mode using a matrix containing hydrophobic ligands with a mobile phase buffer, wherein the mobile phase buffer has a pH of about 5.0 to about 7.0 and comprises 0-100 mM of salt.
An IV set comprising: a drip chamber comprising an access orifice, a top end having an inlet orifice, a bottom end having an outlet orifice, and a sidewall extending between the top end and the bottom end, wherein the access orifice is disposed in the sidewall of the drip chamber; a coupling for connecting the IV set to a source of liquid; and a valve assembly connected to the access orifice, the valve assembly comprising: a valve connected to the drip chamber for selectively controlling access to the drip chamber through the access orifice; an access port; a duct that extends from the access orifice to the access port; characterised in that the valve assembly further comprises a vented cap connected to the access port, a drip chamber comprising an access orifice, a top end having an inlet orifice, a bottom end having an outlet orifice, and a sidewall extending between the top end and the bottom end, wherein the access orifice is disposed in the sidewall of the drip chamber; a coupling for connecting the IV set to a source of liquid; and a valve assembly connected to the access orifice, the valve assembly comprising: a valve connected to the drip chamber for selectively controlling access to the drip chamber through the access orifice; an access port; a duct that extends from the access orifice to the access port; a valve connected to the drip chamber for selectively controlling access to the drip chamber through the access orifice; an access port; a duct that extends from the access orifice to the access port; characterised in that the valve assembly further comprises a vented cap connected to the access port,