mhurhangee/ep-ind-claims huggingface dataset:
Workpiece processing method for carrying out a working step on a workpiece by means of a tool, in particular for carrying out a stud joining process, wherein a holding device is temporarily connected to the workpiece using conventional fastening means such as clamps, screws, etc, before carrying out the working step, wherein the holding device is designed as a positioning device which defines a working step position of the working step, at which the working step is to be carried out; wherein the positioning device has a plurality of positioners for defining a plurality of positions on the workpiece, wherein the working step is carried out while taking into account at least one parameter value which is selected from a set of values, the working step position determines the parameter value, wherein an RFID transponder (32'; 32") is secured to at least one of the positioners, in which RFID transponder the parameter value for the working step position is stored, and wherein the tool has an RFID communication device, by means of which the parameter value is read out from the RFID transponder.
An input/output (I/O) terminal block, comprising: a housing; a plurality of terminals disposed on a front face of the I/O terminal block; a terminal opening of each of the plurality of terminals, the terminal opening configured to receive a field wire from a field device; a plurality of terminal status indicators capable of displaying a status of a respective terminal, each terminal status indicator being positioned on the I/O terminal block, wherein each terminal is associated with a first terminal status indicator capable of displaying a first status of the terminal, and a second terminal status indicator capable of displaying a second status of the terminal, wherein the first and second statuses are different from each other, and wherein the first terminal status indicator is disposed directly adjacent to the respective terminal along the front face of the I/O terminal block, and the second terminal status indicator comprises a transparent or translucent portion of the front face of the I/O terminal block surrounding the terminal opening of the respective terminal. a housing; a plurality of terminals disposed on a front face of the I/O terminal block; a terminal opening of each of the plurality of terminals, the terminal opening configured to receive a field wire from a field device; a plurality of terminal status indicators capable of displaying a status of a respective terminal, each terminal status indicator being positioned on the I/O terminal block, wherein each terminal is associated with a first terminal status indicator capable of displaying a first status of the terminal, and a second terminal status indicator capable of displaying a second status of the terminal, wherein the first and second statuses are different from each other, and wherein the first terminal status indicator is disposed directly adjacent to the respective terminal along the front face of the I/O terminal block, and the second terminal status indicator comprises a transparent or translucent portion of the front face of the I/O terminal block surrounding the terminal opening of the respective terminal.
A pharmaceutical composition comprising S -ketamine hydrochloride, water, and a penetrating agent, wherein the S -ketamine hydrochloride is present in a concentration of at least eq. 120 mg/mL, based on the total volume of the composition.
A method for constructing a building, which building has at least three floors, in which method a frame of the building is erected, which frame comprises at least one intermediate floor and load-bearing structural parts, such as load-bearing walls and/or pillars, supporting the intermediate floors, an opening is formed in at least one intermediate floor simultaneously with the construction of the intermediate floor and at least one modular unit is lowered to at least one floor under the intermediate floor through said opening, characterized in that a roof covering is built substantially ready to the building before lowering the modular units to the floors, which roof covering comprises at least water-proof underlay and in that an opening is formed in the roof covering, which opening is in alignment with the openings of the intermediate floor, and the modular units are lowered to the floors through the opening of the roof covering.
A cache memory for an associated processor core among a plurality of processor cores in a multiprocessor data processing system, said multiprocessor data processing system including a system fabric (110, 114) communicatively coupling the cache memory and a memory controller of a system memory to receive operations on the system fabric, the cache memory comprising: a data array; a directory of contents of the data array, wherein the directory includes coherence state information; and a snoop logic configured to process operations snooped from the system fabric by reference to the data array and the directory, wherein the snoop logic is characterised as further configured to: responsive to snooping on the system fabric a request of a first flush/clean memory access operation of one of the plurality of processor cores that specifies a target address: determine whether or not the cache memory has coherence ownership of the target address; based on determining the cache memory has coherence ownership of the target address, service the request and thereafter enter a referee mode; and while in the referee mode, protect a memory block identified by the target address against conflicting memory access requests by the plurality of processor cores until conclusion of a second flush/clean memory access operation that specifies the target address. a data array; a directory of contents of the data array, wherein the directory includes coherence state information; and a snoop logic configured to process operations snooped from the system fabric by reference to the data array and the directory, wherein the snoop logic is characterised as further configured to: responsive to snooping on the system fabric a request of a first flush/clean memory access operation of one of the plurality of processor cores that specifies a target address: determine whether or not the cache memory has coherence ownership of the target address; based on determining the cache memory has coherence ownership of the target address, service the request and thereafter enter a referee mode; and while in the referee mode, protect a memory block identified by the target address against conflicting memory access requests by the plurality of processor cores until conclusion of a second flush/clean memory access operation that specifies the target address. determine whether or not the cache memory has coherence ownership of the target address; based on determining the cache memory has coherence ownership of the target address, service the request and thereafter enter a referee mode; and while in the referee mode, protect a memory block identified by the target address against conflicting memory access requests by the plurality of processor cores until conclusion of a second flush/clean memory access operation that specifies the target address.
A rotary-wing aircraft comprising: an airframe (14, 42); a main rotor system supported by said airframe (14, 42); a lower frame interface mounted to a lower portion of said airframe (14, 42), said lower frame interface configured to accommodate longitudinal loads and lateral loads; an upper frame interface mounted to an upper portion of said air-frame (14, 42) adjacent said main rotor system; and a tension member removably mounted so as to extend in a vertical direction between said lower frame interface and said upper frame interface through an aircraft cabin defined by said airframe (14, 42), said tension member operable to transfer tension loads between said lower frame interface and said upper frame interface characterized in that said lower frame interface includes a lug and an axial support swing arm, the lug being affixed to the airframe and the axial support swing arm being mounted to the lug permitting fore and aft rotation of the axial support swing arm relative to said lug about a pin extending along an axis (x) orthogonally to the vertical direction. an airframe (14, 42); a main rotor system supported by said airframe (14, 42); a lower frame interface mounted to a lower portion of said airframe (14, 42), said lower frame interface configured to accommodate longitudinal loads and lateral loads; an upper frame interface mounted to an upper portion of said air-frame (14, 42) adjacent said main rotor system; and a tension member removably mounted so as to extend in a vertical direction between said lower frame interface and said upper frame interface through an aircraft cabin defined by said airframe (14, 42), said tension member operable to transfer tension loads between said lower frame interface and said upper frame interface characterized in that said lower frame interface includes a lug and an axial support swing arm, the lug being affixed to the airframe and the axial support swing arm being mounted to the lug permitting fore and aft rotation of the axial support swing arm relative to said lug about a pin extending along an axis (x) orthogonally to the vertical direction.
A method for identifying a modification in a nucleic acid molecule, the method comprising: a) providing a template nucleic acid comprising the modification, wherein the modification is selected from the group consisting of a methylated base and a 7,8-dihydro-8-oxoguanine base, wherein the template nucleic acid comprises a first polynucleotide region comprising the modification and a second polynucleotide region complementary to the first polynucleotide region, where the first polynucleotide region and the second polynucleotide region are on a single strand of the template nucleic acid; b) providing an enzyme capable of processing the template nucleic acid in a single molecule sequencing reaction; c) contacting the template nucleic acid with the enzyme; d) monitoring processing of the template nucleic acid by the enzyme; and e) detecting a change in the processing, wherein the change is indicative of the modification and comprises a kinetic difference that occurs at one or more positions upstream or downstream of the modification, thereby identifying the modification. a) providing a template nucleic acid comprising the modification, wherein the modification is selected from the group consisting of a methylated base and a 7,8-dihydro-8-oxoguanine base, wherein the template nucleic acid comprises a first polynucleotide region comprising the modification and a second polynucleotide region complementary to the first polynucleotide region, where the first polynucleotide region and the second polynucleotide region are on a single strand of the template nucleic acid; b) providing an enzyme capable of processing the template nucleic acid in a single molecule sequencing reaction; c) contacting the template nucleic acid with the enzyme; d) monitoring processing of the template nucleic acid by the enzyme; and e) detecting a change in the processing, wherein the change is indicative of the modification and comprises a kinetic difference that occurs at one or more positions upstream or downstream of the modification, thereby identifying the modification.
A crown shaped retainer which comprises: a retainer ring body having one side face formed with a plurality of pockets (Pt), each having a portion with an opening, defined at respective locations in a circumferential direction for accommodating therein the balls; a grease reservoir depressed portion provided between the pockets (Pt) neighboring with each other in the circumferential direction of the retainer ring body for reserving a grease, the grease reservoir depressed portion, being delimited by an inner wall face in the retainer ring body, pocket walls of the neighboring pockets (Pt) and a connecting segment bridging between the neighboring pockets (Pt) and when viewed in a plane containing an axis of the retainer ring body and passing a middle point between the neighboring pockets has such a shape as to be defined by the inner wall face of the retainer ring body and the connecting segment; and a communicating port (Rh) in the form of a cutout open radially inwardly of the retainer ring body provided to communicate the grease reservoir depressed portion and the pocket (Pt) for allowing the grease deposited on the balls to migrate into the grease reservoir depressed portion as a result of relative movement between the balls and the retainer, characterized in that the maximum widthwise dimension of the communicating port (Rh) as measured along a circumferential direction of the pocket (Pt) is chosen to be within the range of 10 to 40% of the inner diameter of the pocket (Pt). a retainer ring body having one side face formed with a plurality of pockets (Pt), each having a portion with an opening, defined at respective locations in a circumferential direction for accommodating therein the balls; a grease reservoir depressed portion provided between the pockets (Pt) neighboring with each other in the circumferential direction of the retainer ring body for reserving a grease, the grease reservoir depressed portion, being delimited by an inner wall face in the retainer ring body, pocket walls of the neighboring pockets (Pt) and a connecting segment bridging between the neighboring pockets (Pt) and when viewed in a plane containing an axis of the retainer ring body and passing a middle point between the neighboring pockets has such a shape as to be defined by the inner wall face of the retainer ring body and the connecting segment; and a communicating port (Rh) in the form of a cutout open radially inwardly of the retainer ring body provided to communicate the grease reservoir depressed portion and the pocket (Pt) for allowing the grease deposited on the balls to migrate into the grease reservoir depressed portion as a result of relative movement between the balls and the retainer, characterized in that
Internal combustion engine of a motor vehicle comprising a high-pressure fuel pump arranged at a longitudinal end of the engine turned towards the coupling face of the engine and actuated by a fixed cam attached to a crankshaft of the engine, and a lubrication circuit comprising: - a supply duct for oil to a cylinder head hollowed into a cylinder casing, - a lubrication duct for the high-pressure fuel pump, - a longitudinal main oil supply rail orthogonal to both ducts, into which the two ducts open, characterized in that the supply duct extends substantially parallel to the coupling face in the extension of the lubrication duct, at one end of which an oil flow reduction nozzle is arranged. - a supply duct for oil to a cylinder head hollowed into a cylinder casing, - a lubrication duct for the high-pressure fuel pump, - a longitudinal main oil supply rail orthogonal to both ducts, into which the two ducts open,
A ceramic honeycomb filter comprising a ceramic honeycomb structure having large numbers of flow paths partitioned by porous cell walls, and plugs disposed alternately in said flow paths on the exhaust gas inlet or outlet side, to remove particulate matter from an exhaust gas passing through said porous cell walls, said ceramic honeycomb structure comprising cordierite as a main component of its crystal phase; said porous cell walls having a porosity of 45-75% as measured by mercury porosimetry; characterized in that the average pore diameter difference ratio as expressed by (A-B)/B meets the formula of 35 < (A-B)/B x 100 ≤ 70, wherein A is the median pore diameter of said cell walls as measured by mercury porosimetry, and B is the median pore diameter of said cell walls as measured by a bubble point method, the maximum pore diameter of said cell walls as measured by the bubble point method being 100 μm or less.
A protective garment (40, 50, 60, 70, 76, 80, 90) comprising: a) an integrally formed garment body of a liquid impermeable material having an inner surface; b) an absorptive device associated with the integrally formed garment body; and c) fibers affixed to at least a part of the inner surface of the integrally formed garment body; characterised in that the protective garment is a protective medical dressing in the form of a 3D body fitting, body tight medical protection garment to be worn on the body for medical applications and further comprising a connector associated with the integrally formed garment body; and a tubing connected to the integrally formed garment body by the connector. a) an integrally formed garment body of a liquid impermeable material having an inner surface; b) an absorptive device associated with the integrally formed garment body; and c) fibers affixed to at least a part of the inner surface of the integrally formed garment body;
Composition comprising: - at least one oxidation coupler chosen from hydroxyethyl-3,4-methylenedioxyaniline of formula, one of its addition salts, its solvates and/or the solvates of its salts: - at least one oxidation coupler chosen from 2-amino-5-ethylphenol of formula, one of its addition salts, its solvates and/or the solvates of its salts: - at least one compound chosen from N,N-dicarboxymethyl glutamic acid, one of its salts and mixtures thereof. - at least one oxidation coupler chosen from hydroxyethyl-3,4-methylenedioxyaniline of formula, one of its addition salts, its solvates and/or the solvates of its salts: - at least one oxidation coupler chosen from 2-amino-5-ethylphenol of formula, one of its addition salts, its solvates and/or the solvates of its salts: - at least one compound chosen from N,N-dicarboxymethyl glutamic acid, one of its salts and mixtures thereof.
A bioerodible implant for use in treating a medical condition of the human eye, the implant comprising 60 wt% dexamethasone and 40 wt% PLGA, wherein the PLGA is a mixture of PLGA having hydrophilic end groups, selected from carboxyl, hydroxyl, polyethylene glycol, or a combination thereof, and PLGA having hydrophobic end groups, selected from an alkyl ester or aromatic ester, and the implant being made by an extrusion process, wherein the medical condition of the eye is selected from the group consisting of uveitis, macular edema, macular degeneration, retinal detachment, ocular tumors, fungal infections, viral infections, multifocal choroiditis, diabetic retinopathy, proliferative vitreoretinopathy, sympathetic ophthalmia, Vogt Koyanagi-Harada syndrome, histoplasmosis, uveal diffusion, and vascular occlusion. the implant comprising 60 wt% dexamethasone and 40 wt% PLGA, wherein the PLGA is a mixture of PLGA having hydrophilic end groups, selected from carboxyl, hydroxyl, polyethylene glycol, or a combination thereof, and PLGA having hydrophobic end groups, selected from an alkyl ester or aromatic ester, and the implant being made by an extrusion process,
Hybrid checkout station for a retail store, configured for operating both in an employee-assisted mode and a self-service mode, alternatively, comprising a desk defining a predetermined footprint area and a moving system comprising a first frame to which is fastened said desk and at least one actuating device (44, 45) having a first end fastened to said first frame and a second end opposite to said first end and configured to be fixedly linked to a floor on which is laid said hybrid checkout station; said at least one actuating device (44, 45) being configured for displacing said first frame only in said footprint area of said desk fastened to said first frame between a first position in which said hybrid checkout station is arranged on a first zone equal to said footprint area of the desk and configured to operate in said employee-assisted mode, and a second position in which said hybrid checkout station is arranged on a second zone also equal to said footprint area of the desk and configured to operate in said self-service mode; said first zone and second zone being tilted to each other by virtue of said at least one actuating device (44, 45) which moves said first frame in said footprint area and thus moves said desk fastened to said first frame, and said first zone and second zone having each a common portion.
A compressor for discharging a medium, in particular tire sealant that is to be discharged from a container into a tire, wherein a motor of the compressor drives a step-up transmission wheel for moving at least one piston (6 to 6.6) in a compression chamber, wherein the step-up transmission wheel consists of two toothed wheels (11, 12) lying on each other when viewed in an axial direction, characterized in that the step-up transmission wheel is connected eccentrically to an output wheel and, by way of the latter, to a piston rod, which moves a piston in a compression chamber; and in that the output wheel consists of two wheel halves (4.1, 4.2), each with a toothing (14.1, 14.2), wherein the toothing (14.1) of one wheel half (4.1) extends about one arc distance and the toothing (14.2) of the other wheel half (4.2) extends about another arc distance.
A method for detecting overpressure inside a compartment associated with a gas turbine nacelle, the method comprising: a) measuring one or more predetermined operating conditions (O 1, O 2...) nominally affecting the temperature inside the compartment; b) determining a reference temperature (T ref1, T ref2) for the compartment, corresponding to a nominal reference zone pressure, on the basis of the measured operating condition or conditions (O 1 O 2...); c) measuring the actual temperature (T actual) inside the compartment, corresponding to the actual compartment pressure; and d) using the measured actual temperature (T actual) in the compartment and the determined reference temperature (T ref1, T ref2) for the compartment to assess the gas pressure inside the compartment. a) measuring one or more predetermined operating conditions (O 1, O 2...) nominally affecting the temperature inside the compartment; b) determining a reference temperature (T ref1, T ref2) for the compartment, corresponding to a nominal reference zone pressure, on the basis of the measured operating condition or conditions (O 1 O 2...); c) measuring the actual temperature (T actual) inside the compartment, corresponding to the actual compartment pressure; and d) using the measured actual temperature (T actual) in the compartment and the determined reference temperature (T ref1, T ref2) for the compartment to assess the gas pressure inside the compartment.