mhurhangee/patent-ind-claim-en huggingface dataset:
A cable plug for bone plates comprising: a cable retaining portion having at least one passage (1326") for receiving a cable wire therethrough; an intermediate portion disposed from the cable retaining portion about a longitudinal axis of the cable plug; and a fastening portion disposed from the intermediate portion about the longitudinal axis, characterised in that the intermediate portion has a first sidewall and a second sidewall opposite of the first sidewall along a first lateral axis transverse with the longitudinal axis and that an interior conduit is formed between the cable retaining portion, the first and second sidewalls of the intermediate portion, and the fastening portion such that the passage forms at least a portion of the interior conduit. a cable retaining portion having at least one passage (1326") for receiving a cable wire therethrough; an intermediate portion disposed from the cable retaining portion about a longitudinal axis of the cable plug; and a fastening portion disposed from the intermediate portion about the longitudinal axis, characterised in that the intermediate portion has a first sidewall and a second sidewall opposite of the first sidewall along a first lateral axis transverse with the longitudinal axis and that an interior conduit is formed between the cable retaining portion, the first and second sidewalls of the intermediate portion, and the fastening portion such that the passage forms at least a portion of the interior conduit.
Method for producing a flat copper winding , comprising the steps: - providing a copper strip ; - producing a repeating pattern in the copper strip , wherein the repeating pattern is generated by a punching process, laser cutting, erosion or by water-jet cutting, - cold-forming the copper strip , a spiral body being formed by alternate bending, wherein, after the cold forming, the spiral body is annealed and, after the annealing, the spiral body is coated with an electrically insulating material. - providing a copper strip ; - producing a repeating pattern in the copper strip , wherein the repeating pattern is generated by a punching process, laser cutting, erosion or by water-jet cutting, - cold-forming the copper strip , a spiral body being formed by alternate bending,
Method for generating hydrogen gas from a sulphurous first gas mixture comprising at least a hydrocarbon gas, which method comprises the steps of (i) providing the sulphurous first gas mixture, (ii) separating the sulphurous first gas mixture into a desulphurized second gas mixture and a sulphurous third gas mixture, (iii) guiding the second gas mixture separated in the second step (ii) to a converting device for converting the second gas mixture into a fourth gas mixture of substantially hydrogen gas and residual gases, and (iv) separating the fourth gas mixture into hydrogen gas and residual gases, wherein the step (ii) of separating the sulphurous first gas mixture is performed with a first pressure swing adsorption process (PSA process), wherein the first gas mixture is admitted into at least one vessel in which an adsorption mass for adsorbing sulphurous material is received, and the step (iv) of separating the fourth gas mixture into hydrogen gas and residual gases is performed with a second pressure swing adsorption process (PSA process), wherein the fourth gas mixture is admitted into at least one vessel , in which an adsorption mass for adsorbing at least carbon monoxide and carbon dioxide is received, for the purpose of separating the fourth gas mixture into hydrogen gas and a waste gas, and wherein the converting device comprises a steam reformer which is provided with a burner for supplying heat to this steam reformer , characterized by a step (v) of guiding the third gas mixture separated in the second step (ii) from the at least one vessel and to the burner of the steam reformer . (i) providing the sulphurous first gas mixture, (ii) separating the sulphurous first gas mixture into a desulphurized second gas mixture and a sulphurous third gas mixture, (iii) guiding the second gas mixture separated in the second step (ii) to a converting device for converting the second gas mixture into a fourth gas mixture of substantially hydrogen gas and residual gases, and (iv) separating the fourth gas mixture into hydrogen gas and residual gases, wherein
Amplifier arrangement , in particular for a driver laser arrangement of an EUV light source comprising: an optical amplifier for amplifying pulsed laser radiation , at least one reflective element, in particular a target material of the EUV light source or a stop , at which a portion of the laser radiation emerging from the optical amplifier is reflected back to the optical amplifier , and at least one optical isolator arranged in the beam path of the laser radiation and having a polarizer device for suppressing a polarization component (s, p) of the laser radiation and a phase shifting device arranged between the polarizer device and the reflective element , wherein at least the polarizer device of the optical isolator is positioned at a location at which the laser radiation has a laser power (Po) of more than 500 W, wherein the polarizer device is configured for reflecting a non-suppressed polarization component (s) of the laser radiation , and wherein the polarizer device has at least one thin-film reflector (9a, ..., 9e) which absorbs the polarization component (p) to be suppressed, characterized in that the at least one absorbent thin-film reflector (9a, ..., 9e) forms a deflection mirror of the optical amplifier , which is arranged in a housing of the optical amplifier and is surrounded by a gaseous amplifier medium . an optical amplifier for amplifying pulsed laser radiation , at least one reflective element, in particular a target material of the EUV light source or a stop , at which a portion of the laser radiation emerging from the optical amplifier is reflected back to the optical amplifier , and at least one optical isolator arranged in the beam path of the laser radiation and having a polarizer device for suppressing a polarization component (s, p) of the laser radiation and a phase shifting device arranged between the polarizer device and the reflective element , wherein at least the polarizer device of the optical isolator is positioned at a location at which the laser radiation has a laser power (Po) of more than 500 W, wherein the polarizer device is configured for reflecting a non-suppressed polarization component (s) of the laser radiation , and wherein the polarizer device has at least one thin-film reflector (9a, ..., 9e) which absorbs the polarization component (p) to be suppressed, characterized in that the at least one absorbent thin-film reflector (9a, ..., 9e) forms a deflection mirror of the optical amplifier , which is arranged in a housing of the optical amplifier and is surrounded by a gaseous amplifier medium .
Method of obtaining terephthalic acid from waste polyethylene terephthalate by depolymerization with microwave heating and alkaline hydrolysis of the reaction mixture, and its subsequent purification, characterized in that, the depolymerisation is carried out continuously in two steps into two serial-interconnected reactors adapted for exhaust of gaseous phase, of which the second reactor is adapted for operation under reduced pressure to remove mono-ethylene glycol, and after this depolymerization, the mixture of products of depolymerization reaction is mixed in water, solid phase is separated from the formed mixture, the obtained solution is extracted with water-immiscible organic solvent and, after separation of phases, dissolved impurities are removed from the aqueous phase by its contact with a sorbent that is then separated, wherein, after separation of the sorbent, terephthalic acid is precipitated from the solution by its acidification and subsequently separated from the formed suspension.
Detachable handle intended to engage with a cooking vessel having a side wall which is extended upwards by a curved portion outwards comprising a free end , said detachable handle extending in a longitudinal direction and comprising an internal bearing member and an external bearing member intended to come against, respectively, an inner surface and an outer surface of the side wall , as well as an upper bearing member intended to come against the free end of the curved portion , said detachable handle comprising a lock which is mobile in translation between an open position and a closed position, the lock comprising a blocking wall intended to be extended from the internal bearing member in the open position of the lock and intended to generate a force on the free end in the closed position of the lock , under the action of a pressurising means , said force comprising a vertical component F for blocking the free end of the curved portion against the upper bearing member , said vertical blocking component F being perpendicular to the longitudinal direction which is substantially horizontal, characterised in that the lock comprising a projecting member and said detachable handle comprises a hollow member or reciprocally, and in that in the closed position, the projecting member and the hollow member are engaged in one another to prevent the recoil of the lock when the free end generates a force on the blocking wall , comprising a component F1 opposite the vertical blocking component F, and the intensity of which is greater than a predetermined value.
A thermoplastic resin composition comprising: a thermoplastic resin; a filler; and polyglyceryl fatty acid ester, wherein the thermoplastic resin contains a component defined by a following formula (I), the filler is an inorganic filler and a content thereof to the whole thermoplastic resin composition lies within a range of 20 wt % or more and 50 wt % or less, a content of the polyglyceryl fatty acid ester to the whole thermoplastic resin composition lies within a range between 0.5 wt % or more and 10 wt % or less, and a fatty acid constructing the polyglyceryl fatty acid ester is an unsaturated fatty acid, -CH 2 -CH = CH-CH 2 - ... (I). a thermoplastic resin; a filler; and polyglyceryl fatty acid ester, wherein the thermoplastic resin contains a component defined by a following formula (I), the filler is an inorganic filler and a content thereof to the whole thermoplastic resin composition lies within a range of 20 wt % or more and 50 wt % or less, a content of the polyglyceryl fatty acid ester to the whole thermoplastic resin composition lies within a range between 0.5 wt % or more and 10 wt % or less, and a fatty acid constructing the polyglyceryl fatty acid ester is an unsaturated fatty acid, -CH 2 -CH = CH-CH 2 - ... (I).
Method for accessing content, said method being implemented by a terminal , in a content delivery network comprising at least said terminal, an origin server and a cache server , the method comprising: a first phase comprising the following steps of: - sending (G7) a request for authorization to access said content to an origin server associated with said content, - receiving (G9) a file (FAA) containing a sequence of messages exchanged between the terminal and the origin server in the course of a communication session set up between the terminal and the origin server , at least one of the messages of said sequence of messages containing at least one authorization to access said content, delivered to said terminal by the origin server , a second phase comprising the following steps of: - sending (G10) a request for access to said content to a so-called cache server in which said content is stored, - transmitting (G11) the file (FAA) containing said access authorization to the cache server , - receiving (G15, G17) the content transmitted by the cache server when the authenticity of the file (FAA) is verified by the cache server . a first phase comprising the following steps of: - sending (G7) a request for authorization to access said content to an origin server associated with said content, - receiving (G9) a file (FAA) containing a sequence of messages exchanged between the terminal and the origin server in the course of a communication session set up between the terminal and the origin server , at least one of the messages of said sequence of messages containing at least one authorization to access said content, delivered to said terminal by the origin server , - sending (G7) a request for authorization to access said content to an origin server associated with said content, - receiving (G9) a file (FAA) containing a sequence of messages exchanged between the terminal and the origin server in the course of a communication session set up between the terminal and the origin server , at least one of the messages of said sequence of messages containing at least one authorization to access said content, delivered to said terminal by the origin server , a second phase comprising the following steps of: - sending (G10) a request for access to said content to a so-called cache server in which said content is stored, - transmitting (G11) the file (FAA) containing said access authorization to the cache server , - receiving (G15, G17) the content transmitted by the cache server when the authenticity of the file (FAA) is verified by the cache server . - sending (G10) a request for access to said content to a so-called cache server in which said content is stored, - transmitting (G11) the file (FAA) containing said access authorization to the cache server , - receiving (G15, G17) the content transmitted by the cache server when the authenticity of the file (FAA) is verified by the cache server .
A method comprising: determining head related transform function (HRTF) data of a user by using transform data of the user, the transform data being indicative of a difference, as perceived by the user, between a sound of a direct utterance by the user and a sound of a reproduced utterance by the user output from an audio speaker; and producing an audio effect tailored for the user by processing audio data based on the HRTF data of the user. determining head related transform function (HRTF) data of a user by using transform data of the user, the transform data being indicative of a difference, as perceived by the user, between a sound of a direct utterance by the user and a sound of a reproduced utterance by the user output from an audio speaker; and producing an audio effect tailored for the user by processing audio data based on the HRTF data of the user.
Device (D) for supplying power to a contactor (C) and for electrically connecting it to a set (A) of modular electrical devices (m) mounted side by side on a mounting support , said device including an assembly of conductive bars (5 to 8), comprising one conductive bar for distributing the neutral and conductive bars for distributing a phase, the conductive bars (5 to 8) being mounted in a so-called first insulative support, each bar including teeth (d) for connection to the various terminals (of the modular electrical devices (m), those teeth being aligned with a first pitch corresponding to that of the modular devices (m), the assembly consisting of the first support and the bars (5 to 8) having two rows (R, S) of teeth, namely a row (R) of neutral teeth (n) and a row (S) of phase teeth (p), with a neutral tooth (n) disposed between two successive phase teeth (p), the device comprising a certain number of supplementary teeth (11 to 14), characterized in that that number corresponds to the number of bars (5 to 8), those supplementary teeth (11 to 14) being fixed to and electrically connected to respective bars (5 to 8) in a zone (z) without teeth (d) situated at one of the ends of said bars (5 to 8) on one side of said assembly, those supplementary teeth (11 to 14) being aligned in the longitudinal direction of the bars with a second pitch corresponding to that of the contactor C and being intended to be electrically connected to respective terminals (a,b,c,d) of the contactor C when the contactor (C) and the set of modular electrical devices (m) are mounted side by side on the same mounting support .
A metal ion capacitor comprising: - a negative electrode which comprises a hard carbon, - a positive electrode which comprises an activated carbon and a sacrificial salt mixed with a conducting carbon to obtain a carbon coating on the salt, and - a separator positioned between the two electrodes; wherein the sacrificial salt is selected from the group consisting of squarate, oxalate, ketomalonate and di-ketosuccinate or a combination thereof. - a negative electrode which comprises a hard carbon, - a positive electrode which comprises an activated carbon and a sacrificial salt mixed with a conducting carbon to obtain a carbon coating on the salt, and - a separator positioned between the two electrodes; wherein the sacrificial salt is selected from the group consisting of squarate, oxalate, ketomalonate and di-ketosuccinate or a combination thereof.
Battery device having a plurality of battery cells and a cooling device for evenly cooling the plurality of battery cells , wherein the cooling device , in order to cool the battery cells , comprises: a heat exchange element that is able to be thermally connected to a battery cell in order to route heat from the battery cell to an environment , and a coolant feeding apparatus , arranged separately from the heat exchange element , for feeding a coolant to the heat exchange element , wherein the coolant feeding apparatus has a coolant guide , arranged next to the heat exchange element , for guiding coolant in a region separate from the battery cell , wherein the coolant guide is designed as a plate-shaped or flat element , and wherein the coolant guide has at least one channelling apparatus for routing coolant in the direction of the battery cell , characterized in that a multiplicity of heat exchange elements and a multiplicity of channelling apparatuses are provided, wherein coolant deflection apparatuses are provided in order to achieve an equal coolant pressure at the heat exchange elements and/or an equal amount of coolant at the heat exchange elements , in that the heat exchange elements are designed as cell connectors for electrically connecting at least two battery cells , and in that the channelling apparatuses are formed by apertures arranged next to the heat exchange elements .
A method for correcting electrode positions of clinical usage catheters configured for disposition within a patient body, the method comprising: acquiring, from a testing catheter (12") having a plurality of electrodes and a plurality of magnetic sensors , a plurality of data sets, each data set including measured positions of the electrodes and measured positions of the magnetic sensors ; mapping, for each data set, a measured position of each electrode to a calculated electrode position that is determined, at least in part, from the measured positions of the magnetic sensors to generate a correction model, wherein the correction model maps measured electrode positions to calculated electrode positions; acquiring, from the clinical usage catheter (12") having a plurality of electrodes, a subsequent set of measured electrode positions for a set of electrodes of the clinical usage catheter , wherein the clinical usage catheter has a common shape as the testing catheter, and the set of electrodes have an equal number, spacing and common configuration as the plurality of electrodes of the testing catheter, and wherein the testing catheter (12") and the clinical usage catheter deform in a manner that is substantially identical; inputting the subsequent set of measured electrode positions into the correction model to generate a set of calculated electrode positions of the clinical usage catheter ; generating a catheter shape based on the set of calculated electrode positions; and displaying an image of the clinical usage catheter shape. acquiring, from a testing catheter (12") having a plurality of electrodes and a plurality of magnetic sensors , a plurality of data sets, each data set including measured positions of the electrodes and measured positions of the magnetic sensors ; mapping, for each data set, a measured position of each electrode to a calculated electrode position that is determined, at least in part, from the measured positions of the magnetic sensors to generate a correction model, wherein the correction model maps measured electrode positions to calculated electrode positions; acquiring, from the clinical usage catheter (12") having a plurality of electrodes, a subsequent set of measured electrode positions for a set of electrodes of the clinical usage catheter , wherein the clinical usage catheter has a common shape as the testing catheter, and the set of electrodes have an equal number, spacing and common configuration as the plurality of electrodes of the testing catheter, and wherein the testing catheter (12") and the clinical usage catheter deform in a manner that is substantially identical; inputting the subsequent set of measured electrode positions into the correction model to generate a set of calculated electrode positions of the clinical usage catheter ; generating a catheter shape based on the set of calculated electrode positions; and displaying an image of the clinical usage catheter shape.
A heat-sensitive transfer recording medium comprising: a base; a heat-resistant lubricating layer formed on one surface of the base; an underlying layer formed on the other surface of the base; and a dye layer formed on a surface of the underlying layer, the surface being on the other side of a surface facing the base, wherein the underlying layer has a major component that is a copolymer of polyester having a sulfonic group on a side chain and acrylic having at least one of a glycidyl group and a carboxyl group, characterized in that a copolymerization ratio of the polyester and the acrylic is in a range of not less than 20:80 to not more than 40:60 in terms of weight ratio. a base; a heat-resistant lubricating layer formed on one surface of the base; an underlying layer formed on the other surface of the base; and a dye layer formed on a surface of the underlying layer, the surface being on the other side of a surface facing the base, wherein the underlying layer has a major component that is a copolymer of polyester having a sulfonic group on a side chain and acrylic having at least one of a glycidyl group and a carboxyl group, characterized in that a copolymerization ratio of the polyester and the acrylic is in a range of not less than 20:80 to not more than 40:60 in terms of weight ratio.