mhurhangee/ep-ind-claims huggingface dataset:
Organ removal device for removing one or more organs or parts thereof located adjacent the spinal column of the carcass on opposite sides thereof from the wall of a body cavity of slaughtered eviscerated poultry having an access opening to the body cavity thereof, said device comprising: - a poultry support device (11, 12, 13) for supporting and positioning the access opening and the spinal column of the poultry, - a vacuum tube assembly comprising two vacuum tubes, each having at least one suction nozzle at an end thereof, the vacuum tube assembly further comprising two scrapers, each arranged to scrape along a region of the wall of the body cavity to loosen organs adhering to said wall, said regions being located on opposite sides of the spinal column, the scrapers being provided adjacent the nozzles, - a vacuum tube assembly actuator for moving the vacuum tube assembly into and out of said body cavity through said access opening, - a source of vacuum pressure communicating with the vacuum tubes to suck the one or more organs via the nozzles into the tube, characterized in that a sweeping mechanism is provided adapted to impart to each scraper a sweeping motion away and/ or towards the spinal column. - a poultry support device (11, 12, 13) for supporting and positioning the access opening and the spinal column of the poultry, - a vacuum tube assembly comprising two vacuum tubes, each having at least one suction nozzle at an end thereof, the vacuum tube assembly further comprising two scrapers, each arranged to scrape along a region of the wall of the body cavity to loosen organs adhering to said wall, said regions being located on opposite sides of the spinal column, the scrapers being provided adjacent the nozzles, - a vacuum tube assembly actuator for moving the vacuum tube assembly into and out of said body cavity through said access opening, - a source of vacuum pressure communicating with the vacuum tubes to suck the one or more organs via the nozzles into the tube,
A capacitive level gauge assembly for a pressurised or liquefied gas container comprising: a body with a base capable of being fitted in an opening of said container; a pair of capacitive electrodes dimensioned to extend into the container, the pair of electrodes comprising a first inner electrode and a second tubular electrode surrounding the first electrode; an electrical circuit arranged in the body and connected to the electrodes; characterised in that electrode-carrying means are fitted in leakproof manner in said body and connected to said electrical circuit, said electrode-carrying means being configured to support the two electrodes (18, 20) fixedly with a measurement space therebetween; and the electrode-carrying means comprise a metallic support fitted in leakproof manner in the body and electrically insulated therefrom, the first electrode being fixed to said metallic support, and the metallic support being connected to the electrical circuit. a body with a base capable of being fitted in an opening of said container; a pair of capacitive electrodes dimensioned to extend into the container, the pair of electrodes comprising a first inner electrode and a second tubular electrode surrounding the first electrode; an electrical circuit arranged in the body and connected to the electrodes; characterised in that electrode-carrying means are fitted in leakproof manner in said body and connected to said electrical circuit, said electrode-carrying means being configured to support the two electrodes (18, 20) fixedly with a measurement space therebetween; and the electrode-carrying means comprise a metallic support fitted in leakproof manner in the body and electrically insulated therefrom, the first electrode being fixed to said metallic support, and the metallic support being connected to the electrical circuit.
A method comprising: inputting data in computer-processable form, wherein the input data represents one or more data segments or groups; determining one or more values based on said one or more segments or groups, respectively; performing a counting operation on each of said values, wherein said counting operation comprises either counting down from said values or up to said value; determining, on each count, whether or not to perform a predetermined transformation to a respective bit of a sequence of bits; transforming said sequence of bits in accordance with said determining whether or not to perform a predetermined transformation to a respective bit of the sequence of bits; outputting the transformed sequence of bits as first output data. inputting data in computer-processable form, wherein the input data represents one or more data segments or groups; determining one or more values based on said one or more segments or groups, respectively; performing a counting operation on each of said values, wherein said counting operation comprises either counting down from said values or up to said value; determining, on each count, whether or not to perform a predetermined transformation to a respective bit of a sequence of bits; transforming said sequence of bits in accordance with said determining whether or not to perform a predetermined transformation to a respective bit of the sequence of bits; outputting the transformed sequence of bits as first output data.
A method for information exchange in online charging, wherein the method comprises: receiving, by a charging trigger function device, a credit control answer message that carries a non-real-time trigger condition and that is sent by an online charging system, the non-real-time trigger condition corresponds to one or more quotas of a rating group, and the non-real-time trigger condition is configured to trigger the charging trigger function device to record charging information before and after an event corresponding to the non-real-time trigger condition happens, the non-real-time trigger condition is configured not to trigger the charging trigger function device to report the recorded charging information to the online charging system; recording, by the charging trigger function device, charging information before the corresponding event of the non-real-time trigger condition happens each time and charging information after the corresponding event of the non-real-time trigger condition happens each time, the charging information comprises quota usage information of the one or more quotas of the rating group; and sending, by the charging trigger function device, a credit control request message to the online charging system, wherein the credit control request message comprises the charging information before the corresponding event of the non-real-time trigger condition happens each time and the charging information after the corresponding event of the non-real-time trigger condition happens each time, wherein the credit control request message comprises at least two containers. receiving, by a charging trigger function device, a credit control answer message that carries a non-real-time trigger condition and that is sent by an online charging system, the non-real-time trigger condition corresponds to one or more quotas of a rating group, and the non-real-time trigger condition is configured to trigger the charging trigger function device to record charging information before and after an event corresponding to the non-real-time trigger condition happens, the non-real-time trigger condition is configured not to trigger the charging trigger function device to report the recorded charging information to the online charging system; recording, by the charging trigger function device, charging information before the corresponding event of the non-real-time trigger condition happens each time and charging information after the corresponding event of the non-real-time trigger condition happens each time, the charging information comprises quota usage information of the one or more quotas of the rating group; and sending, by the charging trigger function device, a credit control request message to the online charging system, wherein the credit control request message comprises the charging information before the corresponding event of the non-real-time trigger condition happens each time and the charging information after the corresponding event of the non-real-time trigger condition happens each time, wherein the credit control request message comprises at least two containers.
A reinspection apparatus which reinspects sheets rejected from a sheet processing apparatus configured to convey sheets at a first speed, to inspect the conveyed sheets in accordance with a first determination threshold, and to reject the sheets in accordance with an inspection result, the reinspection apparatus comprising: a taking unit configured to take in, one by one, the sheets rejected from the sheet processing apparatus; a conveying unit configured to convey the taken sheets at a second speed lower than the first speed; an inspection unit configured to inspect the sheets conveyed at the second speed; a determination unit configured to determine whether to reject the sheets in accordance with the result of the inspection; a counting unit configured to count the sheets which have been determined not to be rejected in accordance with the result of the determination; and an output unit configured to output the result of the counting, characterized in that the determination unit comprises a memory configured to store a second determination threshold having a wider acceptance range than the first determination threshold, the inspection unit retrieves a detection value from the sheets conveyed at the second speed, and the determination unit determines whether to reject the sheets in accordance with second determination threshold and the detection value. a taking unit configured to take in, one by one, the sheets rejected from the sheet processing apparatus; a conveying unit configured to convey the taken sheets at a second speed lower than the first speed; an inspection unit configured to inspect the sheets conveyed at the second speed; a determination unit configured to determine whether to reject the sheets in accordance with the result of the inspection; a counting unit configured to count the sheets which have been determined not to be rejected in accordance with the result of the determination; and an output unit configured to output the result of the counting, characterized in that the determination unit comprises a memory configured to store a second determination threshold having a wider acceptance range than the first determination threshold, the inspection unit retrieves a detection value from the sheets conveyed at the second speed, and the determination unit determines whether to reject the sheets in accordance with second determination threshold and the detection value.
An integrated converter of an antenna power system, the integrated converter comprising: a baseplate; a transformer area interposed between input and output sections (130, 140), the transformer area comprising: a magnetic core top portion; a magnetic core bottom portion disposed on the baseplate; a magnetic core pillar extending between central sections of the magnetic core top and bottom portions (122, 124); and successive layers of shield and magnetic core materials (152, 153, 158, 159), windings and magnetic core materials (150, 151, 156, 157) and shield and magnetic core materials (154, 155, 160, 161) interleaved between dielectric material layers at opposite sides of the magnetic core pillar, wherein the magnetic core materials (153, 155, 159, 161) in each successive layer of shield and magnetic core materials (153, 155, 159, 161, 152, 154, 158, 160) form a C-shape or a reverse C-shape about the magnetic core pillar. a baseplate; a transformer area interposed between input and output sections (130, 140), the transformer area comprising: a magnetic core top portion; a magnetic core bottom portion disposed on the baseplate; a magnetic core pillar extending between central sections of the magnetic core top and bottom portions (122, 124); and successive layers of shield and magnetic core materials (152, 153, 158, 159), windings and magnetic core materials (150, 151, 156, 157) and shield and magnetic core materials (154, 155, 160, 161) interleaved between dielectric material layers at opposite sides of the magnetic core pillar, wherein the magnetic core materials (153, 155, 159, 161) in each successive layer of shield and magnetic core materials (153, 155, 159, 161, 152, 154, 158, 160) form a C-shape or a reverse C-shape about the magnetic core pillar. a magnetic core top portion; a magnetic core bottom portion disposed on the baseplate; a magnetic core pillar extending between central sections of the magnetic core top and bottom portions (122, 124); and successive layers of shield and magnetic core materials (152, 153, 158, 159), windings and magnetic core materials (150, 151, 156, 157) and shield and magnetic core materials (154, 155, 160, 161) interleaved between dielectric material layers at opposite sides of the magnetic core pillar, wherein the magnetic core materials (153, 155, 159, 161) in each successive layer of shield and magnetic core materials (153, 155, 159, 161, 152, 154, 158, 160) form a C-shape or a reverse C-shape about the magnetic core pillar.
An injection moulding machine having a cover plate, a hot runner plate having a plurality of openings for receiving nozzle housings and a plurality of module systems, characterised in that the module systems respectively comprise an adaptor plate, a plurality of piston housings (6, 6') in each of which is disposed a respective piston connected to a closure needle, a hot runner distributor plate in which a hot runner is arranged, and a plurality of nozzle housings which are so arranged that by a movement of one of the pistons the closure needle connected to said piston selectively opens or closes an opening in the nozzle housing, wherein the adaptor plate connects the cover plate to a plurality of piston housings (6, 6') of an injection moulding machine, wherein the adaptor plate has a first fluid passage (23, 24) for feeding a first control fluid into the piston housings (6, 6') and a second fluid passage (25, 26) for feeding a second control fluid into the piston housings (6, 6'), wherein the first fluid passage (23, 24) has at least one first fluid passage inlet (13, 15) for receiving the first control fluid and a plurality of first fluid passage outlets (14, 16) for discharge of the first control fluid to the piston housings (6, 6') and the second fluid passage (25, 26) has at least one second fluid passage inlet for receiving the second control fluid and a plurality of second fluid passage outlets for discharge of the second control fluid to the piston housings (6. 6').
A sealing member for preventing leakage of a developer containing toner particles from a developer containing portion of a process cartridge detachable from a main body of an electrophotographic image forming apparatus to an outside of the developer containing portion, wherein the sealing member is made of a thermoplastic elastomer, characterized in that the thermoplastic elastomer contains at least a copolymer and paraffin oil as a plasticizer, the percentage of the plasticizer in the thermoplastic elastomer being 60 to 80 mass%, and in a molecular weight distribution of a tetrahydrofuran soluble matter of the thermoplastic elastomer measured by gel permeation chromatography, at least one peak is present in each of a region of a molecular weight of 4,000 or less and a region of a molecular weight of 30,000 to 200,000, and a percentage of a component of a molecular weight of 800 or less in a region of a molecular weight of 5,000 or less is 10% or less. wherein the sealing member is made of a thermoplastic elastomer, characterized in that the thermoplastic elastomer contains at least a copolymer and paraffin oil as a plasticizer, the percentage of the plasticizer in the thermoplastic elastomer being 60 to 80 mass%, and in a molecular weight distribution of a tetrahydrofuran soluble matter of the thermoplastic elastomer measured by gel permeation chromatography, at least one peak is present in each of a region of a molecular weight of 4,000 or less and a region of a molecular weight of 30,000 to 200,000, and a percentage of a component of a molecular weight of 800 or less in a region of a molecular weight of 5,000 or less is 10% or less.
Process for producing colloidal quantum dots comprising i) a core comprising zinc selenide ii) optionally one or more shells grown onto the core and comprising zinc selenide iii) at least one shell of a passivating material, applied to the core and/or to the last shell, the colloidal quantum dots being cadmium-free, which comprises: a) providing a raw solution which comprises at least one zinc carboxylate and an organic solvent selected from hydrocarbons having a boiling point of at least 250°C at standard pressure, b) providing at least one selenium source, c) providing at least one sulfur source, d) contacting the raw solution comprising at least one zinc carboxylate from step a) with at least one selenium source from step b), e) optionally contacting the reaction solution obtained from step d) at least one further time, with at least one further selenium source from step b), and f) contacting the reaction solution obtained from step d) and/or step e) with at least one sulfur source from step c), wherein the colloidal quantum dots are produced in a one-pot process and the particle size in steps d) and e) is defined via the stoichiometric ratio of the raw solution comprising at least one zinc carboxylate from step a) and the selenium source from step b) and/or via the number of growth steps in step e). i) a core comprising zinc selenide ii) optionally one or more shells grown onto the core and comprising zinc selenide iii) at least one shell of a passivating material, applied to the core and/or to the last shell, a) providing a raw solution which comprises at least one zinc carboxylate and an organic solvent selected from hydrocarbons having a boiling point of at least 250°C at standard pressure, b) providing at least one selenium source, c) providing at least one sulfur source, d) contacting the raw solution comprising at least one zinc carboxylate from step a) with at least one selenium source from step b), e) optionally contacting the reaction solution obtained from step d) at least one further time, with at least one further selenium source from step b), and f) contacting the reaction solution obtained from step d) and/or step e) with at least one sulfur source from step c),
An RF-tagged tool comprising: a tool; an RF tag; and a cured self-adhesive silicone rubber bonding member characterized in that the self-adhesive silicone rubber bonding member is disposed between the RF tag and the tool and is wound around the tool over the RF tag. a tool; an RF tag; and a cured self-adhesive silicone rubber bonding member characterized in that the self-adhesive silicone rubber bonding member is disposed between the RF tag and the tool and is wound around the tool over the RF tag.
A composition for dental polishing and/or cleaning, comprising 5 to 70 % by weight of an acicular crystalline calcium silicate as a first abrasive body, the acicular crystalline calcium silicate having a length-to-width ratio of from 3:1 to 20:1, and wherein the acicular crystalline calcium silicate is wollastonite, and wherein a polishing body is present, which is selected from hydroxylapatite, feldspar, pumice, micaceous iron oxide.
Axial-flow thermal turbomachine, having a rotor made of a metallic material with a first density (D 1), in which rotor blades (3, 3') and intermediate pieces are mounted alternately in a circumferential groove, wherein said intermediate pieces consist of a material with a second density (D 2), which is lower than the first density (D 1) characterized in that the material having the second density (D 2) is an intermetallic compound.
A spool for a receiving of a winding material comprising: a rotationally symmetrical, in particular conical spool core for the receiving of the winding material, wherein the spool core has a first end and one or several first latch portions, and a first flange having one or a plurality of first latch elements, wherein a plurality of second latch portions are provided at the first end of the spool core and a plurality of second latch elements are provided at the first flange, wherein the second latch portions are formed at the spool core and the second latching elements are formed at the first flange in such a manner that the second latch elements are engaged with respective second latch portions, when the first latch elements are engaged with the corresponding first latch portions, wherein the pairs of the second latch elements with the second latch portions are different from the pairs of the first latch elements with the first latch portions, wherein the second latch portions have different angular positions with respect to the axis of rotation of the spool core, characterized in that the first latch elements engage, when viewed in the radial direction, from the outside into the first latch portions at the first end of the spool core and that the first latch elements are formed such that these can be pressed in the direction of the first latch portions, in particular radially inwards, by the winding material during a winding of the spool core with the winding material. a rotationally symmetrical, in particular conical spool core for the receiving of the winding material, wherein the spool core has a first end and one or several first latch portions, and a first flange having one or a plurality of first latch elements, wherein a plurality of second latch portions are provided at the first end of the spool core and a plurality of second latch elements are provided at the first flange, wherein the second latch portions are formed at the spool core and the second latching elements are formed at the first flange in such a manner that the second latch elements are engaged with respective second latch portions, when the first latch elements are engaged with the corresponding first latch portions, wherein the pairs of the second latch elements with the second latch portions are different from the pairs of the first latch elements with the first latch portions, wherein the second latch portions have different angular positions with respect to the axis of rotation of the spool core, characterized in that the first latch elements engage, when viewed in the radial direction, from the outside into the first latch portions at the first end of the spool core and that the first latch elements are formed such that these can be pressed in the direction of the first latch portions, in particular radially inwards, by the winding material during a winding of the spool core with the winding material.
Method for the transmission of zapping data, which are associated in each case with channels transmitted respectively at a first data rate in periodically-repeated burst intervals (Δt A, Δt B) of a digital television transmission system and which are transmitted at time intervals (Δt 1A, Δt 1B; Δt 4A, Δt 4B) between the burst intervals (Δt A, Δt B) associated with the respective channel, wherein the zapping data are transmitted at a second data rate different from the first data rate of the individual bursts, characterised in that the zapping data in a second frequency range different from the first frequency range of the individual bursts are transmitted continuously within a first time interval (Δt 1A, Δt 1B) which is positioned only between the individual burst intervals (Δt A, Δt B) associated with the respective channel.