mhurhangee/ep-ind-claims huggingface dataset:
A baker's oven having at least one oven compartment, the oven compartment being heated by at least one heating element (21, 22, 25, 26) comprising a plurality of parallel heating sections arranged across the width of the oven compartment, each of the parallel heating sections including a steam generation chamber (35, 55), located adjacent to at least one elongate heating chamber containing at least one heating element (21, 22, 25, 26), the at least one heating chamber (33, 53) being adjacent to and separated from the steam generation chamber (35, 55) by a dividing wall; at least one heat sink member being provided in the steam generation chamber (35, 55) to provide a heat source to convert steaming water introduced into the steam generation chamber (35, 55) into steam; and a steaming water pipe having at least one nozzle operable to direct water onto the at least one heat sink within the steam generation chamber (35, 55), characterised in that a plurality of heat outlets are formed in the side of the heating chamber (33, 53) to provide direct access from the heating chamber (33, 53) to the oven chamber to enable the transfer of heat from the at least one heating element to the oven compartment; and wherein the steam generation chamber is covered, closed at one end, and forms an elongate conduit with at least one steam outlet at or adjacent the other end; the steaming water being convertible into steam within the steam generation chamber (35, 55) and releasable to the oven compartment through the at least one steam outlet.
A system that uses log based replication to transfer data between a database system that uses binary log files, and another type of database or system, comprising: a vendor access module, VAM, comprising: a first part of the VAM configured to recognize event data as recorded in a binary log file by a first or source database, convert the event data into data records in a format ready to send and store the data records in a limited size queue; and a second part of the VAM configured to fetch a data record from the limited size queue and send the data record to an application program interface, API, of the VAM in response to a request from the VAM API, wherein the VAM API communicates with an extract process to process the data records and to generate an output containing the processed data, for use in applying the processed data to a second or target database or system. a vendor access module, VAM, comprising: a first part of the VAM configured to recognize event data as recorded in a binary log file by a first or source database, convert the event data into data records in a format ready to send and store the data records in a limited size queue; and a second part of the VAM configured to fetch a data record from the limited size queue and send the data record to an application program interface, API, of the VAM in response to a request from the VAM API, a first part of the VAM configured to recognize event data as recorded in a binary log file by a first or source database, convert the event data into data records in a format ready to send and store the data records in a limited size queue; and a second part of the VAM configured to fetch a data record from the limited size queue and send the data record to an application program interface, API, of the VAM in response to a request from the VAM API, wherein the VAM API communicates with an extract process to process the data records and to generate an output containing the processed data, for use in applying the processed data to a second or target database or system.
Sorption heat pump (1, 20) comprising a gaseous refrigerant and a liquid solvent, a low-content and a rich solution, the low-content and the rich solution, wherein single-phase mixtures of the solvent and the refrigerant, as well as an absorber (2, 21) in which the low-content solution absorbs the refrigerant, which thereby releasing heat, an oil-lubricated compressor (6, 28) which injects the refrigerant into the absorber (2, 21), an oil separator (13, 35) which separates leakage oil from the compressor (6, 28) from the rich solution and returns it to the compressor (6, 28), and an oil dryer (15, 36) in the oil separator (13, 35), characterized in that, in the oil dryer (15, 36), a partial flow of the refrigerant removes the solvent from the leakage oil.
An axle assembly for a vehicle having a vehicle frame comprising: a first axle housing and a second axle housing adapted to extend toward opposing sides of the vehicle frame of the vehicle; a first wheel end coupled to said first axle housing and a second wheel end coupled to said second axle housing; at least one drive shaft extending through said first axle housing and said second axle housing and coupled to said first and second wheel ends (216, 218); a gearbox having a body with first and second portions (242, 244) defining a cavity with said first axle housing coupled to said first portion and said second axle housing coupled to said second portion such that said first axle housing and said second axle housing extend in opposing directions; an electric motor coupled to said first portion of said body adjacent said first axle housing and extending away from said first portion to define a motor axis offset from said axle axis; said gearbox including a gear train having an input shaft with one end coupled to said electric motor and an opposite end rotatably attached to said gearbox and an output shaft rotatably coupled to said input shaft; and said gear train further including a clutch comprising a shifting fork movable between an engaged state and a disengaged state along a clutch axis parallel to said axle axis to couple said output shaft to said at least one drive shaft such that said electric motor drives said at least one drive shaft and to uncouple said output shaft from said at least one drive shaft such that said at least one drive shaft is able to rotate independently from said electric motor. a first axle housing and a second axle housing adapted to extend toward opposing sides of the vehicle frame of the vehicle; a first wheel end coupled to said first axle housing and a second wheel end coupled to said second axle housing; at least one drive shaft extending through said first axle housing and said second axle housing and coupled to said first and second wheel ends (216, 218); a gearbox having a body with first and second portions (242, 244) defining a cavity with said first axle housing coupled to said first portion and said second axle housing coupled to said second portion such that said first axle housing and said second axle housing extend in opposing directions; an electric motor coupled to said first portion of said body adjacent said first axle housing and extending away from said first portion to define a motor axis offset from said axle axis; said gearbox including a gear train having an input shaft with one end coupled to said electric motor and an opposite end rotatably attached to said gearbox and an output shaft rotatably coupled to said input shaft; and said gear train further including a clutch comprising a shifting fork movable between an engaged state and a disengaged state along a clutch axis parallel to said axle axis to couple said output shaft to said at least one drive shaft such that said electric motor drives said at least one drive shaft and to uncouple said output shaft from said at least one drive shaft such that said at least one drive shaft is able to rotate independently from said electric motor.
Laboratory centrifuge comprising a) a base body, b) a lid being supported at the base body for being pivoted about a pivoting axis and c) a damping device which dampens the pivoting movement of the lid relative to the base body, characterised in that d) the damping device comprises a friction element held by the base body and a friction element being pivoted together with the lid, da) the friction elements (23, 26) being pressed against each other by a normal force so that the friction elements (23, 26) produce a friction force effecting a damping and db) the normal force depending on the opening angle of the lid relative to the base body. a) a base body, b) a lid being supported at the base body for being pivoted about a pivoting axis and c) a damping device which dampens the pivoting movement of the lid relative to the base body, d) the damping device comprises a friction element held by the base body and a friction element being pivoted together with the lid, da) the friction elements (23, 26) being pressed against each other by a normal force so that the friction elements (23, 26) produce a friction force effecting a damping and db) the normal force depending on the opening angle of the lid relative to the base body. da) the friction elements (23, 26) being pressed against each other by a normal force so that the friction elements (23, 26) produce a friction force effecting a damping and db) the normal force depending on the opening angle of the lid relative to the base body.
A process for producing synthesis gas by autothermal reformation of gaseous, liquid and/or solid fuels, in which the fuel is reacted with an oxidizing agent in a reaction space at a pressure of 10 to 120 bar and a reaction space temperature of 800 to 2,000 °C to obtain synthesis gas, wherein the oxidizing agent is introduced centrally and separate from the fuel in the upper region of the reaction space and wherein a flame is formed in the reaction space, wherein the fuel is introduced via supply nozzles into a recirculation zone of the flame at several points, characterized in that the axes (B i) of the supply nozzles for the fuel are inclined at an angle (α) of 10 to 30° or 120 to 140° relative to the reaction space axis
A method of operating a mobile station comprising: obtaining position fix information from a satellite positioning system SPS signal; characterised by determining an uncertainty of said position fix information using a signal metric derived from the RF environment in which the mobile station operates associated with one or more non-SPS sources (250, 260); comparing said determined uncertainty to an uncertainty-tolerance value; and obtaining a subsequent position fix from an SPS signal, if the determined uncertainty increases beyond a tolerable threshold level, else updating the position fix information using non-SPS sources (250, 260). obtaining position fix information from a satellite positioning system SPS signal; characterised by determining an uncertainty of said position fix information using a signal metric derived from the RF environment in which the mobile station operates associated with one or more non-SPS sources (250, 260); comparing said determined uncertainty to an uncertainty-tolerance value; and obtaining a subsequent position fix from an SPS signal, if the determined uncertainty increases beyond a tolerable threshold level, else updating the position fix information using non-SPS sources (250, 260).
A copper alloy wire which is made of a precipitation hardening-type copper alloy comprising Co, P, and Sn, wherein the copper alloy is manufactured using a continuous cast-rolling method or cold working of a continuous cast wire rod manufactured using a continuous casting method, wherein the copper alloy wire has a composition including Co: more than or equal to 0.20 mass% and less than or equal to 0.35 mass%, P: more than 0.095 mass% and less than or equal to 0.15 mass%, and Sn: more than or equal to 0.01 mass% and less than or equal to 0.5 mass%, with a balance being Cu and inevitable impurities, wherein the copper alloy wire optionally includes one or more elements selected from a group consisting of Ni: more than or equal to 0.01 mass% and less than or equal to 0.15 mass%; and Fe: more than or equal to 0.005 mass% and less than or equal to 0.07 mass%, wherein the copper alloy wire optionally includes one or more elements selected from a group consisting of Zn: more than or equal to 0.002 mass% and less than or equal to 0.5 mass%; Mg: more than or equal to 0.002 mass% and less than or equal to 0.25 mass%; Ag: more than or equal to 0.002 mass% and less than or equal to 0.25 mass%; and Zr: more than or equal to 0.001 mass% and less than or equal to 0.1 mass%, and wherein the atomic ratio Co/P of Co to P is set in a range of 1.3≤Co/P≤1.6, and wherein the atomic ratio (Co+P)/Sn is set in a range of 3.5≤(Co+P)/Sn<8.5. wherein the copper alloy is manufactured using a continuous cast-rolling method or cold working of a continuous cast wire rod manufactured using a continuous casting method, wherein the copper alloy wire has a composition including Co: more than or equal to 0.20 mass% and less than or equal to 0.35 mass%, P: more than 0.095 mass% and less than or equal to 0.15 mass%, and Sn: more than or equal to 0.01 mass% and less than or equal to 0.5 mass%, with a balance being Cu and inevitable impurities, wherein the copper alloy wire optionally includes one or more elements selected from a group consisting of Ni: more than or equal to 0.01 mass% and less than or equal to 0.15 mass%; and Fe: more than or equal to 0.005 mass% and less than or equal to 0.07 mass%, wherein the copper alloy wire optionally includes one or more elements selected from a group consisting of Zn: more than or equal to 0.002 mass% and less than or equal to 0.5 mass%; Mg: more than or equal to 0.002 mass% and less than or equal to 0.25 mass%; Ag: more than or equal to 0.002 mass% and less than or equal to 0.25 mass%; and Zr: more than or equal to 0.001 mass% and less than or equal to 0.1 mass%, and wherein the atomic ratio Co/P of Co to P is set in a range of 1.3≤Co/P≤1.6, and wherein the atomic ratio (Co+P)/Sn is set in a range of 3.5≤(Co+P)/Sn<8.5.
Adaptor intended to be mounted on a distal tip of a drug delivery device, said distal tip defining an axial passage-way for the transfer of a product contained in said drug delivery device, said adaptor having a longitudinal axis A aligned on said axial passageway, the adaptor comprising connecting means for connecting said adaptor to a connector, said adaptor further comprising: - an inner ring capable of being engaged on said distal tip, said inner ring comprising retaining means capable of exerting a radial inward force on said distal tip once said adaptor is engaged on said distal tip, wherein, when said inner ring is engaged on said distal tip, said retaining means are capable of switching from a free configuration, in which the radial inward force they exert on said distal tip does not limit the axial movement of said adaptor with respect to said distal tip, to a locked configuration, in which the radial inward force they exert on said distal tip limits said axial movement, the adaptor further comprising: - compressing means (30, 32) coupled to said inner ring, said compressing means being movable axially with respect to said retaining means between a proximal position, in which said compressing means do not exert a centripetal pressure on said retaining means and said retaining means are in their free configuration, and a distal position, in which said compressing means exert a centripetal pressure on said retaining means and said retaining means are in their locked configuration, and - releasable maintaining means (29, 34) for temporarily maintaining said compressing means in its proximal position with respect to said retaining means. - an inner ring capable of being engaged on said distal tip, said inner ring comprising retaining means capable of exerting a radial inward force on said distal tip once said adaptor is engaged on said distal tip, - compressing means (30, 32) coupled to said inner ring, said compressing means being movable axially with respect to said retaining means between a proximal position, in which said compressing means do not exert a centripetal pressure on said retaining means and said retaining means are in their free configuration, and a distal position, in which said compressing means exert a centripetal pressure on said retaining means and said retaining means are in their locked configuration, and - releasable maintaining means (29, 34) for temporarily maintaining said compressing means in its proximal position with respect to said retaining means.
A kit for performing a specific binding assay for detecting an analyte in a sample containing or suspected to contain the analyte wherein the kit comprises: a) a solid support having immobilized thereon a chemiluminescent compound and a first specific binding partner for the analyte, b) an activator compound conjugate, wherein binding of at least one of the analyte and the activator compound conjugate, which comprises an activator compound conjugated to a second specific binding partner, to the immobilized specific binding partner on the solid support brings the activator compound into operable proximity to the immobilized chemiluminescent compound,and c) a trigger solution, wherein adding the trigger solution produces chemiluminescence from a reaction between the immobilized chemiluminescent compound and the bound activator compound for detecting the presence, location, or amount of the analyte in the sample, wherein the activator compound is a peroxidase enzyme, wherein the chemiluminescent compound is a substrate for a peroxidase enzyme, and wherein the trigger solution is an aqueous solution comprising a peroxide compound. a) a solid support having immobilized thereon a chemiluminescent compound and a first specific binding partner for the analyte, b) an activator compound conjugate, wherein binding of at least one of the analyte and the activator compound conjugate, which comprises an activator compound conjugated to a second specific binding partner, to the immobilized specific binding partner on the solid support brings the activator compound into operable proximity to the immobilized chemiluminescent compound,and c) a trigger solution, wherein adding the trigger solution produces chemiluminescence from a reaction between the immobilized chemiluminescent compound and the bound activator compound for detecting the presence, location, or amount of the analyte in the sample,
Self-tapping screw comprising a boring part and a shaft which is provided with a thread and a core diameter (D k), the boring part having a lateral surface and a boring tip which is arranged so as to be off-centre with respect to a longitudinal axis of the screw and having at least one first cutting edge which extends obliquely with respect to the longitudinal axis of the screw, and the boring tip lying on an imaginary circle around the longitudinal axis of the screw, the diameter of which is the same or substantially the same as the core diameter (D k), characterised in that the boring part has a second cutting edge which forms a primary cutting edge, is formed substantially by the intersection of a cutting surface and a primary free surface and extends from the boring tip predominantly in parallel with or substantially in parallel with the longitudinal axis of the screw, in that the first cutting edge is a secondary cutting edge which is formed by the intersection of the cutting surface and a secondary free surface and extends from the boring tip obliquely with respect to the longitudinal axis of the screw over the width of the boring part, and in that the boring part is designed as a sickle tip.
A tape for manufacturing an electrical circuit with electrical contact pads, comprising: - a flexible dielectric substrate, - a copper foil covering at least partially the dielectric substrate, the copper foil having an internal face facing the dielectric substrate, and an external face opposite the internal face, - an intermediate layer comprising at least a nickel-based layer covering at least partially the external face of the copper foil, wherein a gold-copper alloy layer is deposited on the intermediate layer, and wherein the intermediate layer comprises a thin gold layer having a thickness less or equal to 15 nanometers, and covering at least partially the nickel-based layer, the gold-copper alloy layer being deposited on top of this thin gold layer, characterized in that the copper content in the gold-copper alloy layer is comprised between 10% Wt and 20% Wt. - a flexible dielectric substrate, - a copper foil covering at least partially the dielectric substrate, the copper foil having an internal face facing the dielectric substrate, and an external face opposite the internal face, - an intermediate layer comprising at least a nickel-based layer covering at least partially the external face of the copper foil, wherein a gold-copper alloy layer is deposited on the intermediate layer, and wherein the intermediate layer comprises a thin gold layer having a thickness less or equal to 15 nanometers, and covering at least partially the nickel-based layer, the gold-copper alloy layer being deposited on top of this thin gold layer, characterized in that the copper content in the gold-copper alloy layer is comprised between 10% Wt and 20% Wt.
A neurostimulation paddle lead, comprising: at least one elongated lead body having a proximal end, a distal end, and a longitudinal axis; a plurality of terminals carried by the proximal end of the at least one lead body; a paddle-shaped membrane disposed on the distal end of the at least one lead body; and a plurality of electrodes arranged on an exterior surface of the paddle-shaped membrane in electrical communication with the respective terminals, the plurality of electrodes comprising at least four electrodes extending along the paddle-shaped membrane in a direction transverse to the longitudinal axis, the at least four electrodes having first and second inner electrodes immediately adjacent to each other, a first outer electrode (26") immediately adjacent to the first inner electrode, and a second outer electrode (26") immediately adjacent to the second inner electrode, the paddle lead characterized in that: a first transverse spacing between the first and second inner electrodes is less than each of a second transverse spacing between the first inner electrode and the first outer electrode (26"), and a third transverse spacing between the second inner electrode and the second outer electrode (26"). at least one elongated lead body having a proximal end, a distal end, and a longitudinal axis; a plurality of terminals carried by the proximal end of the at least one lead body; a paddle-shaped membrane disposed on the distal end of the at least one lead body; and a plurality of electrodes arranged on an exterior surface of the paddle-shaped membrane in electrical communication with the respective terminals, the plurality of electrodes comprising at least four electrodes extending along the paddle-shaped membrane in a direction transverse to the longitudinal axis, the at least four electrodes having first and second inner electrodes immediately adjacent to each other, a first outer electrode (26") immediately adjacent to the first inner electrode, and a second outer electrode (26") immediately adjacent to the second inner electrode, the paddle lead characterized in that: a first transverse spacing between the first and second inner electrodes is less than each of a second transverse spacing between the first inner electrode and the first outer electrode (26"), and a third transverse spacing between the second inner electrode and the second outer electrode (26"). a first transverse spacing between the first and second inner electrodes is less than each of a second transverse spacing between the first inner electrode and the first outer electrode (26"), and a third transverse spacing between the second inner electrode and the second outer electrode (26").
A liquid cleaning composition having a pH between 3 and 7 comprising: a) non ionic surfactant or a mixture thereof, b) an amine oxide or a mixture thereof, c) a glycol ether solvent, d) a chelant, e) a cationic polymer, characterized in that the composition is free of anionic surfactant a) non ionic surfactant or a mixture thereof, b) an amine oxide or a mixture thereof, c) a glycol ether solvent, d) a chelant, e) a cationic polymer,