mhurhangee/ep-ind-claims huggingface dataset:
A connector device comprising: a male part; a female part which engages the male part when those two parts (12; 50) are connected together, those two parts (12; 50) having respective passageways (14; 54) which are coaxial when those two parts (12; 50) are connected together; a collet which surrounds the male part and is coupled thereto, which collet has an external screwthread which engages an internal screwthread on the female part, so that relative rotation between those screwthreads in a given sense causes the female part to sealingly engage the male part, and which collet has a slot in it which extends longitudinally with respect to the axis of the screwthreads to enable the collet to be splayed, and which slot is open at both ends so that the collet is a split collet; and a wedge part which is located between the male part and the collet and is displaceable longitudinally with respect to the axis of the screwthreads to splay the collet thereby to lock the male and female parts (12; 50) in such a sealing engagement with one another; characterised in that the connector device further comprises a closed ring which surrounds that end of the collet which is further from the position at which the male and female parts (12; 50) sealingly engage one another, thereby to resist splaying of the collet at that end. a male part; a female part which engages the male part when those two parts (12; 50) are connected together, those two parts (12; 50) having respective passageways (14; 54) which are coaxial when those two parts (12; 50) are connected together; a collet which surrounds the male part and is coupled thereto, which collet has an external screwthread which engages an internal screwthread on the female part, so that relative rotation between those screwthreads in a given sense causes the female part to sealingly engage the male part, and which collet has a slot in it which extends longitudinally with respect to the axis of the screwthreads to enable the collet to be splayed, and which slot is open at both ends so that the collet is a split collet; and a wedge part which is located between the male part and the collet and is displaceable longitudinally with respect to the axis of the screwthreads to splay the collet thereby to lock the male and female parts (12; 50) in such a sealing engagement with one another; characterised in that the connector device further comprises a closed ring which surrounds that end of the collet which is further from the position at which the male and female parts (12; 50) sealingly engage one another, thereby to resist splaying of the collet at that end.
A head-mounted display comprising: a mounting portion that can be removed from a helmet; a connector connected with the mounting portion and allowing a position to be freely adjusted; a display disposed at a distal end of the connector; characterized by further comprising: a positioner included in the display; a positioned portion at which the positioner is positioned being fixed to the helmet such that a position can be freely adjusted. a mounting portion that can be removed from a helmet; a connector connected with the mounting portion and allowing a position to be freely adjusted; a display disposed at a distal end of the connector; characterized by further comprising: a positioner included in the display; a positioned portion at which the positioner is positioned being fixed to the helmet such that a position can be freely adjusted. a positioner included in the display; a positioned portion at which the positioner is positioned being fixed to the helmet such that a position can be freely adjusted.
A vector signal analyzer, comprising: a radio frequency front end splitting module configured to split a received signal into at least two same signals; an analog signal processing module configured to perform radio frequency/microwave processing and analog-to-digital conversion on each of the signals; and a digital signal processing module configured to concurrently perform a spectrum analysis on the one of the digital signals output by the analog signal processing module and a signal demodulation and analysis on another of the digital signals output by the analog signal processing module; wherein the analog signal processing module comprises: at least two radio frequency/microwave signal processing sub-modules configured to perform radio frequency/microwave processing respectively on the respective signals; and ADC sub-modules, the number of which is the same as the number of radio frequency/microwave signal processing sub-modules, configured to perform analog-to-digital conversion respectively on signals output by the respective radio frequency/microwave signal processing sub-modules. a radio frequency front end splitting module configured to split a received signal into at least two same signals; an analog signal processing module configured to perform radio frequency/microwave processing and analog-to-digital conversion on each of the signals; and a digital signal processing module configured to concurrently perform a spectrum analysis on the one of the digital signals output by the analog signal processing module and a signal demodulation and analysis on another of the digital signals output by the analog signal processing module; wherein the analog signal processing module comprises: at least two radio frequency/microwave signal processing sub-modules configured to perform radio frequency/microwave processing respectively on the respective signals; and ADC sub-modules, the number of which is the same as the number of radio frequency/microwave signal processing sub-modules, configured to perform analog-to-digital conversion respectively on signals output by the respective radio frequency/microwave signal processing sub-modules. at least two radio frequency/microwave signal processing sub-modules configured to perform radio frequency/microwave processing respectively on the respective signals; and ADC sub-modules, the number of which is the same as the number of radio frequency/microwave signal processing sub-modules, configured to perform analog-to-digital conversion respectively on signals output by the respective radio frequency/microwave signal processing sub-modules.
A method of treating a subterranean formation comprising the steps of: (i) combining a polymer, which comprises at least one monomer M 1 comprising a switchable-amphiphilic functional group, with a liquid comprising water, the monomer having the following structure: wherein: linking group L 2 independently at each occurrence is (C 5 -C 20)alkylene, (C 5 -C 20) alkenylene, (C 5 -C 20)alkynylene, or a combination thereof; A is the switchable-amphiphilic functional group and has the following structure: X- is a counterion; and R 1, R 2, and R 3 are independently at each occurrence (C 1 -C 5)alkyl; (ii) bubbling a gas comprising CO 2 through the aqueous liquid containing the polymer so as to ionize the switchable-amphiphilic group and form a latex comprising the liquid and dispersed polymer particles; and (iii) placing the latex in the subterranean formation such that the polymer contacts a subterranean material. (i) combining a polymer, which comprises at least one monomer M 1 comprising a switchable-amphiphilic functional group, with a liquid comprising water, the monomer having the following structure: wherein: linking group L 2 independently at each occurrence is (C 5 -C 20)alkylene, (C 5 -C 20) alkenylene, (C 5 -C 20)alkynylene, or a combination thereof; A is the switchable-amphiphilic functional group and has the following structure: X- is a counterion; and R 1, R 2, and R 3 are independently at each occurrence (C 1 -C 5)alkyl; linking group L 2 independently at each occurrence is (C 5 -C 20)alkylene, (C 5 -C 20) alkenylene, (C 5 -C 20)alkynylene, or a combination thereof; A is the switchable-amphiphilic functional group and has the following structure: X- is a counterion; and R 1, R 2, and R 3 are independently at each occurrence (C 1 -C 5)alkyl; (ii) bubbling a gas comprising CO 2 through the aqueous liquid containing the polymer so as to ionize the switchable-amphiphilic group and form a latex comprising the liquid and dispersed polymer particles; and (iii) placing the latex in the subterranean formation such that the polymer contacts a subterranean material.
A cooking appliance comprising: a cooking chamber in which food is accommodated; a machine room separated from the cooking chamber; an exhaust assembly configured to discharge fluids inside the machine room to the outside; and a sensor assembly provided in the machine room, characterized in that the sensor assembly is configured to measure an amount of steam of fluids which flow from the cooking chamber to the machine room by driving of the exhaust assembly, further comprising a control unit which is configured to determine a completion point of cooking of the food based on a change rate of the amount of steam, wherein the control unit is configured to calculate the change rate of the amount of steam according to a preset calculation period. a cooking chamber in which food is accommodated; a machine room separated from the cooking chamber; an exhaust assembly configured to discharge fluids inside the machine room to the outside; and a sensor assembly provided in the machine room, characterized in that the sensor assembly is configured to measure an amount of steam of fluids which flow from the cooking chamber to the machine room by driving of the exhaust assembly, further comprising a control unit which is configured to determine a completion point of cooking of the food based on a change rate of the amount of steam, wherein the control unit is configured to calculate the change rate of the amount of steam according to a preset calculation period.
A method of fusion-splicing an embedded optical fiber included in a stub and an outside optical fiber to each other, the method comprising: attaching a stub cap having a non-axisymmetric structure to the stub; positioning the embedded optical fiber and the outside optical fiber to a fusion splicing working part by fixing the stub cap to the fusion splicing working part and by gripping the outside optical fiber with a fiber holder that is fixed to the fusion splicing working part; fusion-splicing the embedded optical fiber and the outside optical fiber to each other; gripping the outside optical fiber at the fusion splicing working part with a carrying fiber holder different from the fiber holder and having a non-axisymmetric structure and having an anchor plate fitted into a first anchor hole in the fusion splicing working part; repositioning the embedded optical fiber and the outside optical fiber to a reinforcing working part by fixing the stub cap to the reinforcing working part and by fitting the anchor plate of the carrying fiber holder into a second anchor hole in the reinforcing working part such that a relative positional relationship between the stub cap and the carrying fiber holder becomes the same as that at the fusion splicing working part; and reinforcing a spliced portion between the embedded optical fiber and the outside optical fiber while a tension is applied to the embedded optical fiber and the outside optical fiber. attaching a stub cap having a non-axisymmetric structure to the stub; positioning the embedded optical fiber and the outside optical fiber to a fusion splicing working part by fixing the stub cap to the fusion splicing working part and by gripping the outside optical fiber with a fiber holder that is fixed to the fusion splicing working part; fusion-splicing the embedded optical fiber and the outside optical fiber to each other; gripping the outside optical fiber at the fusion splicing working part with a carrying fiber holder different from the fiber holder and having a non-axisymmetric structure and having an anchor plate fitted into a first anchor hole in the fusion splicing working part; repositioning the embedded optical fiber and the outside optical fiber to a reinforcing working part by fixing the stub cap to the reinforcing working part and by fitting the anchor plate of the carrying fiber holder into a second anchor hole in the reinforcing working part such that a relative positional relationship between the stub cap and the carrying fiber holder becomes the same as that at the fusion splicing working part; and reinforcing a spliced portion between the embedded optical fiber and the outside optical fiber while a tension is applied to the embedded optical fiber and the outside optical fiber.
A method for managing real-time access to logic data stored in a differential phase-change memory operated in single-ended mode and comprising a first main memory module that stores first logic data to be refreshed, and an auxiliary memory module, and a second main memory module that stores third logic data to be refreshed, said method comprising the steps of: a- storing second logic data in the auxiliary memory module, copying the first logic data; b- refreshing the first logic data; c- fetching (26, 30), in response to a request for reading the first logic data, the second logic data during the step of refreshing the first logic data, and fetching the first logic data otherwise, d- storing fourth logic data in the auxiliary memory module, copying the third logic data; e- refreshing the third logic data; and f- fetching (26, 30), in response to a request for reading the third logic data, the fourth logic data during the step of refreshing the third logic data, and fetching the third logic data otherwise, wherein the first main memory module is synchronised to a first clock signal (CLK A) having a first frequency, and the second main memory module is synchronised to a second clock signal having a second frequency different from the first frequency, the method further comprising the steps of: - causing the auxiliary memory module to operate according to the synchronism of the first clock signal (CLK A) during fetching of the second logic data; and - causing the auxiliary memory module to operate according to the synchronism of the second clock signal during fetching of the fourth logic data. a- storing second logic data in the auxiliary memory module, copying the first logic data; b- refreshing the first logic data; c- fetching (26, 30), in response to a request for reading the first logic data, the second logic data during the step of refreshing the first logic data, and fetching the first logic data otherwise, d- storing fourth logic data in the auxiliary memory module, copying the third logic data; e- refreshing the third logic data; and f- fetching (26, 30), in response to a request for reading the third logic data, the fourth logic data during the step of refreshing the third logic data, and fetching the third logic data otherwise, - causing the auxiliary memory module to operate according to the synchronism of the first clock signal (CLK A) during fetching of the second logic data; and - causing the auxiliary memory module to operate according to the synchronism of the second clock signal during fetching of the fourth logic data.
Use of a composite material for manufacturing a device for containment of a cryogenic liquid, in which the composite material is obtained from a composition comprising, in percentages by weight relative to the total weight of the composition: - from 60% to 90% of a polyamide chosen from polyamides 6, 6.6 and 6/6.6 and mixtures thereof; - from 10% to 30% of a primary synthetic graphite in the form of particles; and - from 0% to 10% of an anti-oxidant. - from 60% to 90% of a polyamide chosen from polyamides 6, 6.6 and 6/6.6 and mixtures thereof; - from 10% to 30% of a primary synthetic graphite in the form of particles; and - from 0% to 10% of an anti-oxidant.
A workpiece carrier (10, 26) for providing and handling workpieces in high-temperature ovens for high-temperature treatment, said workpiece carrier being made of a support grid (11, 28) having workpiece holders (12, 39) for positioning workpieces on the workpiece carrier, said support grid being made of support struts (14, 15, 16, 17, 19, 20, 29, 30, 31, 32) forming a grid structure, said support struts being made of carbon fibre-reinforced carbon, said workpiece holders being made of positioning devices (22, 27) of the workpiece carrier arranged on the support struts, said positioning devices being realised and being arranged on the support struts in such a manner that workpieces can be arranged on the workpiece holders in a predetermined position, said positioning device comprising a bearing element (24, 34) for arranging workpieces, said bearing element being made of a ceramic fibre composite material, characterised in that said positioning device comprises a support element (23, 33) arranged on a support strut for arranging the bearing element.
A fiber-reinforced composite material comprising reinforcing fiber layers and a resin layer sandwiched therebetween, wherein conductive particles having a sphericity of 85% or more are disposed in the resin layer, and the fiber-reinforced composite material has a portion where upper and lower reinforcing fiber layers are connected by one conductive particle and has a portion where a conductive particle is sunk in a reinforcing fiber layer, and an amount of sinking of the conductive particles is 15% or more. wherein conductive particles having a sphericity of 85% or more are disposed in the resin layer, and the fiber-reinforced composite material has a portion where upper and lower reinforcing fiber layers are connected by one conductive particle and has a portion where a conductive particle is sunk in a reinforcing fiber layer, and an amount of sinking of the conductive particles is 15% or more.
A network synchronizing system comprising plural information processing apparatuses including a first information processing apparatus having a first synchronization common recording unit configured to record personal setting data of one or more registered users who can use one of the plural information processing apparatuses, so as to share the personal setting data with one or more of other information processing apparatuses of the plural information processing apparatuses; a second information processing apparatus of the plural information processing apparatuses includes a second setting data unit configured to record personal setting data of one or more registered users who can use the second information processing apparatus; and a second synchronization control unit configured to compare the personal setting data of said one or more users recorded in the second setting data unit and the personal setting data of said one or more users recorded in the first synchronization common recording unit and update the personal setting data of said one or more users recorded in the second setting data unit with the latest personal setting data for each user; the second synchronization control unit (340, 240) determines that a predetermined user having personal setting data recorded in the second setting data unit and a predetermined user having personal setting data recorded in the first synchronization common recording unit are the same user, when data uniquely provided for the predetermined user in the personal setting data of the predetermined user recorded in the second setting data unit and data uniquely provided for the predetermined user in the personal setting data of the predetermined user recorded in the synchronization common recording unit are the same.
Printed circuit board (Cl) comprising at least one flexible part, said flexible part comprising at least one layer, called transport layer, comprising at least one copper track for transmitting a signal (P1, P2, P3, PdG, PdD), and at least one support layer, said at least one support layer being characterised in that it comprises at least one track serving as a ground plane and at least one track for protection against intrusion of at least one of said tracks for transmitting a signal, said transport layer comprising at least one track for transmitting a signal to be protected (P1, P2, P3) and one ground track (PPdM) linked to said ground plane of said support layer by means of at least one via.
A method of evolution of an antibody or a human protein in an insect cell production host, the method comprising: a) evolving a template antibody or human protein to produce a set of mutant proteins in the insect cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same insect cell production host as used in the evolving step a). a) evolving a template antibody or human protein to produce a set of mutant proteins in the insect cell production host; b) screening the set of mutant proteins for at least one predetermined property; characteristic or activity; c) selecting an up-mutant protein from the set of mutant proteins based upon the at least one predetermined property, characteristic or activity; and d) expressing the up-mutant protein in the same insect cell production host as used in the evolving step a).
A high pressure flash chromatography apparatus comprising: a pressurized vessel (28, 1) provided by a cylindrically shaped column made from a material that is capable of withstanding high pressures, the pressurized vessel (28, 1) having a separate flash cartridge inserted therein, and the cartridge containing an adsorption material having a particle size of 10-100 microns, pumping means (38, 22) for pressurizing and delivering a mobile phase to the pressurized vessel (28, 1), the mobile phase containing, in use, carbon dioxide and a cosolvent, loading means (41, 40, 27) for loading a sample into the pressurized vessel (28, 1) and onto the adsorption material, a pressure controlling means for controlling the pressure of the mobile phase exiting the pressurized vessel (28, 1), said pressure controlling means provided by an automated back pressure regulator arranged downstream of the pressurized vessel (28, 1) and configured for maintaining, in use, the pressurized vessel (28, 1) at a pressure between about 50 to 350 bar at its top, while the mobile phase passes therethrough, a heat exchanger for controlling the temperature of the mobile phase exiting said pressure controlling means, so that, in use, part of the mobile phase that is not a liquid solvent is converted into a gas by the heat from the heat exchanger, means for directing the mobile phase exiting the heat exchanger to collection means (33, 34) for collecting, in use, fractions of the sample. a pressurized vessel (28, 1) provided by a cylindrically shaped column made from a material that is capable of withstanding high pressures, the pressurized vessel (28, 1) having a separate flash cartridge inserted therein, and the cartridge containing an adsorption material having a particle size of 10-100 microns, pumping means (38, 22) for pressurizing and delivering a mobile phase to the pressurized vessel (28, 1), the mobile phase containing, in use, carbon dioxide and a cosolvent, loading means (41, 40, 27) for loading a sample into the pressurized vessel (28, 1) and onto the adsorption material, a pressure controlling means for controlling the pressure of the mobile phase exiting the pressurized vessel (28, 1), said pressure controlling means provided by an automated back pressure regulator arranged downstream of the pressurized vessel (28, 1) and configured for maintaining, in use, the pressurized vessel (28, 1) at a pressure between about 50 to 350 bar at its top, while the mobile phase passes therethrough, a heat exchanger for controlling the temperature of the mobile phase exiting said pressure controlling means, so that, in use, part of the mobile phase that is not a liquid solvent is converted into a gas by the heat from the heat exchanger, means for directing the mobile phase exiting the heat exchanger to collection means (33, 34) for collecting, in use, fractions of the sample.