mhurhangee/patent-ind-claim-en huggingface dataset:
System for handling biological cells comprising: - n main channels , n being a whole number at least equal to 1, advantageously n being a hole number at least equal tot 2, with each main channel comprising an inlet end (6.1) and an outlet end (6.2), at least on a first portion starting from its end inlet (6.1), a transverse section such as a cell (C) circulating in said portion undergoes mechanical stresses, - first means for detecting the presence of said cell on the inlet end of the main channel , - at least one access zone opening into the main channel between its inlet end (6.1) and its outlet end (6.2) in said first portion, in order to make it possible to exert an action on said cell (C), said access zone being distinct from the inlet end (6.1), - means for displacing (P) said cell for controlling the displacement of the cell between the inlet end (6.1) and the outlet end (6.2), and in such a way that the cell enters into the main channel by the inlet end (6.1) and exits from the main channel by the outlet end (6.2). - n main channels , n being a whole number at least equal to 1, advantageously n being a hole number at least equal tot 2, with each main channel comprising an inlet end (6.1) and an outlet end (6.2), at least on a first portion starting from its end inlet (6.1), a transverse section such as a cell (C) circulating in said portion undergoes mechanical stresses, - first means for detecting the presence of said cell on the inlet end of the main channel , - at least one access zone opening into the main channel between its inlet end (6.1) and its outlet end (6.2) in said first portion, in order to make it possible to exert an action on said cell (C), said access zone being distinct from the inlet end (6.1), - means for displacing (P) said cell for controlling the displacement of the cell between the inlet end (6.1) and the outlet end (6.2), and in such a way that the cell enters into the main channel by the inlet end (6.1) and exits from the main channel by the outlet end (6.2).
An HVAC system including a thermostat comprising: a device body; an electronic display that is viewable by a user in front of the thermostat ; a first infrared-detecting element that measures infrared energy and is positioned such that it is provided with an outward field of view; a microprocessor programmed to detect occupancy based on readings from the first infrared-detecting element and to generate a scheduled program based on the detected occupancy; and a second infrared-detecting element that measures infrared energy and is positioned such that it is provided with a downward directed field of view; wherein the microprocessor is further programmed to detect an approaching user that will likely manually interact with the thermostat based on readings from the second infrared-detecting element , wherein the microprocessor is further programmed to cause the electronic display and a head unit microprocessor to transition from an off state to an on state in response to detecting the approaching user based on the readings from the second infrared-detecting element , wherein the microprocessor is further programmed to not cause the electronic display and the head unit microprocessor to transition from the off state to the on state, but to instead remain in the off state if the microprocessor detects occupancy based on the readings from the first infrared-detecting element and the microprocessor does not detect an approaching user that will likely manually interact with the device based on the readings from the second infrared-detecting element . a device body; an electronic display that is viewable by a user in front of the thermostat ; a first infrared-detecting element that measures infrared energy and is positioned such that it is provided with an outward field of view; a microprocessor programmed to detect occupancy based on readings from the first infrared-detecting element and to generate a scheduled program based on the detected occupancy; and a second infrared-detecting element that measures infrared energy and is positioned such that it is provided with a downward directed field of view; wherein the microprocessor is further programmed to detect an approaching user that will likely manually interact with the thermostat based on readings from the second infrared-detecting element , wherein the microprocessor is further programmed to cause the electronic display and a head unit microprocessor to transition from an off state to an on state in response to detecting the approaching user based on the readings from the second infrared-detecting element , wherein the microprocessor is further programmed to not cause the electronic display and the head unit microprocessor to transition from the off state to the on state, but to instead remain in the off state if the microprocessor detects occupancy based on the readings from the first infrared-detecting element and the microprocessor does not detect an approaching user that will likely manually interact with the device based on the readings from the second infrared-detecting element .
A fusion protein comprising a bacterial protein and one or more copies of a tumor antigen protein, wherein: the bacterial protein is selected from: Full length Factor H Binding Protein (fHbp), Domain A of Factor H Binding Protein (fHbpDomA), Neisseria heparin binding antigen (NHBA), Maltose Binding Protein (MBP), Outer Membrane Protein-F (ompF) and Aggregatibacter actinomycetemcomitans Factor H binding protein (Aa-fHbp); and the tumor antigen is selected from hEGFRvIII, hFAT-1 and hMUC-1, or an immunogenic fragment thereof selected from: (i) the hEGFRvIII immunogenic fragment LEEKKGNYVVTDH (SEQ ID NO:5); (ii) the hFAT-1 immunogenic fragment IQVEATDKDLGPNGHVTYSIVTDTD (SEQ ID NO:6); (iii) the hMUC-1 immunogenic fragment GVTSAPDTRPAPGSTAPPAH (SEQ ID NO:7). the bacterial protein is selected from: Full length Factor H Binding Protein (fHbp), Domain A of Factor H Binding Protein (fHbpDomA), Neisseria heparin binding antigen (NHBA), Maltose Binding Protein (MBP), Outer Membrane Protein-F (ompF) and Aggregatibacter actinomycetemcomitans Factor H binding protein (Aa-fHbp); and the tumor antigen is selected from hEGFRvIII, hFAT-1 and hMUC-1, or an immunogenic fragment thereof selected from: (i) the hEGFRvIII immunogenic fragment LEEKKGNYVVTDH (SEQ ID NO:5); (ii) the hFAT-1 immunogenic fragment IQVEATDKDLGPNGHVTYSIVTDTD (SEQ ID NO:6); (iii) the hMUC-1 immunogenic fragment GVTSAPDTRPAPGSTAPPAH (SEQ ID NO:7). (i) the hEGFRvIII immunogenic fragment LEEKKGNYVVTDH (SEQ ID NO:5); (ii) the hFAT-1 immunogenic fragment IQVEATDKDLGPNGHVTYSIVTDTD (SEQ ID NO:6); (iii) the hMUC-1 immunogenic fragment GVTSAPDTRPAPGSTAPPAH (SEQ ID NO:7).
A heater for heating an aerosol-forming substrate, the heater comprising a heating element configured to heat the aerosol-forming substrate, the heating element comprising at least one positive temperature coefficient (PTC) thermistor , the at least one PTC thermistor being configured to be supplied with an electric current so as to heat the at least one PTC thermistor, wherein a resistance of the at least one PTC thermistor increases when a temperature of the at least one PTC thermistor increases within a stabilised temperature range, a lower end of the stabilised temperature range being, when a constant voltage is applied to the at least one PTC thermistor, a reference temperature at which the resistance of the at least one PTC thermistor is twice a value of a minimum resistance of the at least one PTC thermistor, and wherein the reference temperature is between 100 degrees Celsius and 350 degrees Celsius when a constant voltage of 3.3 Volts is applied to the at least one PTC thermistor.
A composition containing not less than 10% w/w of oroxylin A, not less than 10% w/w of baicalein and not less than 2% w/w of chrysin for use in the therapeutic management of chemotherapeutics-induced or hyperglycemia induced neurotoxicity in a mammal.
A reusable closure system for packaging applications that include use of a frangible region to provide access to a packaged product , the closure system comprising: a base configured to be bonded to product packaging material, the base further including first and second fields of touch fasteners separated by a multi-layer buffer zone that is configured to keep the frangible region substantially free of active bonding agent; and a hinged lid configured to open and close with respect to the base portion and to provide access to the packaged product via the frangible region when the lid is open, the lid further including a third field of touch fasteners configured to engage the first and second touch fastener fields when the lid is closed; wherein the first, second and third fields of touch fasteners include at least one of hook and loop fastener elements.
A waterproof connector comprising: a cable in which metal terminals are connected to a tip end; a housing which houses the metal terminals and a part of the cable ; a sealing member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing in a state where the sealing member is passed over the cable , and which ensures a watertightness between the cable and the housing ; and a holding member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing on a side of the sealing member opposite to a side of the metal terminals , in a state where the holding member is passed over the cable , and which holds the sealing member to the housing in a slipping-off preventing state, engaging portions being disposed in the housing and the holding member , and engaged with each other to fix the holding member to the housing in a slipping-off preventing state, characterized in that the holding member is configured to have a front-back symmetrical shape, and wherein the engaging portion on a side of the housing is an elastic arm which is projected from an inner wall of the housing , and the engaging portion on a side of the holding member is a groove which is disposed in an outer wall of the holding member , and has a pair of engaging surfaces configured by a pair of groove side walls that are opposed to each other in an axial direction of the cable through hole disposed in the holding member . a cable in which metal terminals are connected to a tip end; a housing which houses the metal terminals and a part of the cable ; a sealing member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing in a state where the sealing member is passed over the cable , and which ensures a watertightness between the cable and the housing ; and a holding member in which a cable through hole that is passed to front and rear sides is disposed, which is incorporated in the housing on a side of the sealing member opposite to a side of the metal terminals , in a state where the holding member is passed over the cable , and which holds the sealing member to the housing in a slipping-off preventing state, engaging portions being disposed in the housing and the holding member , and engaged with each other to fix the holding member to the housing in a slipping-off preventing state, characterized in that the holding member is configured to have a front-back symmetrical shape, and wherein the engaging portion on a side of the housing is an elastic arm which is projected from an inner wall of the housing , and the engaging portion on a side of the holding member is a groove which is disposed in an outer wall of the holding member , and has a pair of engaging surfaces configured by a pair of groove side walls that are opposed to each other in an axial direction of the cable through hole disposed in the holding member .
A piston and cylinder assembly of a downhole tool , the piston having an outer wall which is in direct sliding contact with a wall of the cylinder , the cylinder having a retainer for the piston, the retainer having at least one retaining part, the piston having at least one retained part , the retaining part and the retained part cooperating to retain the piston in the cylinder, the retained part being separate from the outer wall, characterised in that the at least one retaining part and the at least one retained part are movable into and out of alignment by rotation of the piston relative to the cylinder.
A container made of thermoplastic material for the storage and transport of liquid or free-flowing contents, which container is produced in a blow molding process and, at a container opening in the top of the container, is provided with a welded-on bung connector part prefabricated in an injection molding process and having internal threads for closing the container opening which are provided at the upper end, wherein - on the container side a shortened welded bung connector is formed which is formed in a blow molding process, encloses the container opening and is provided with an annular welding surface facing obliquely upward with a circular inner edge and a circular outer edge , - the bung connector part, prefabricated in an injection molding process, is formed as a solid threaded welding head with an internal thread by material accumulation and - has a corresponding annular welding surface facing obliquely downward with a circular inner edge and a circular outer edge , - the two annular welding surfaces are materially bonded to one another in a fixed and non-detachable manner and with normal upright positioning of the container , the outer edges of the two welding surfaces lying one on top of the other - as viewed in the horizontal plane - are arranged higher than the inner edges of the two welding surfaces . - on the container side a shortened welded bung connector is formed which is formed in a blow molding process, encloses the container opening and is provided with an annular welding surface facing obliquely upward with a circular inner edge and a circular outer edge , - the bung connector part, prefabricated in an injection molding process, is formed as a solid threaded welding head with an internal thread by material accumulation and - has a corresponding annular welding surface facing obliquely downward with a circular inner edge and a circular outer edge , - the two annular welding surfaces are materially bonded to one another in a fixed and non-detachable manner
An ultrasonic gas detector comprising: a piezoelectric element configured to convert the pressure of sound waves from mechanical energy into electric signal; one or more perforated metal electrodes (104 and 108) located proximate to the piezoelectric element ; one or more layers of solder (105 and 107) configured to attach the one or more perforated metal electrodes (104 and 108) to the piezoelectric element ; a protective cover comprising a low density material, the protective cover located on a first surface of the combined piezoelectric element and one or more perforated metal electrodes (104 and 108); a hot melt adhesive configured to attach the protective cover to the first surface of the combined piezoelectric element and one or more perforated metal electrodes (104 and 108); one or more support elements located proximate to the combined piezoelectric element and one or more perforated metal electrodes (104 and 108), wherein the ultrasonic gas detector is configured to detect an ultrasound; one or more casing elements (220 and 222) operable to enclose and house the other elements of the ultrasonic detector ; and an insulator located in proximity to the one or more perforated metal electrodes (104 and 108), and operable to prevent shorting between the one or more perforated metal electrodes (104 and 108) and the one or more casing elements (220 and 222). a piezoelectric element configured to convert the pressure of sound waves from mechanical energy into electric signal; one or more perforated metal electrodes (104 and 108) located proximate to the piezoelectric element ; one or more layers of solder (105 and 107) configured to attach the one or more perforated metal electrodes (104 and 108) to the piezoelectric element ; a protective cover comprising a low density material, the protective cover located on a first surface of the combined piezoelectric element and one or more perforated metal electrodes (104 and 108); a hot melt adhesive configured to attach the protective cover to the first surface of the combined piezoelectric element and one or more perforated metal electrodes (104 and 108); one or more support elements located proximate to the combined piezoelectric element and one or more perforated metal electrodes (104 and 108), wherein the ultrasonic gas detector is configured to detect an ultrasound; one or more casing elements (220 and 222) operable to enclose and house the other elements of the ultrasonic detector ; and an insulator located in proximity to the one or more perforated metal electrodes (104 and 108), and operable to prevent shorting between the one or more perforated metal electrodes (104 and 108) and the one or more casing elements (220 and 222).
An extinguishing composition comprising: an extinguishing material; and a capsule configured to contain the extinguishing material, wherein the extinguishing material comprises calcium bromide (CaBr2); wherein the extinguishing composition further comprises a dispersion layer applied to an outer circumferential surface of the capsule. an extinguishing material; and a capsule configured to contain the extinguishing material, wherein the extinguishing material comprises calcium bromide (CaBr2); wherein the extinguishing composition further comprises a dispersion layer applied to an outer circumferential surface of the capsule.
A method for separating oil and water in a stream comprising a mixture of oil and water, the method comprising: introducing an effective amount of a single-phase microemulsion additive to the stream to separate the oil from the water in the stream, where the single-phase microemulsion additive comprises: at least one demulsifier, wherein the demulsifier is selected from a group consisting of an anionic demulsifier, a cationic demulsifier, a non-ionic demulsifier, a crosslinked demulsifier, an acid-based demulsifier, an amphoteric demulsifier, and combinations thereof; at least one water clarifier, wherein the water clarifier is selected from a group consisting of a polycondensate derived from N,N'-bis[3-(dimethylamino)propyl]urea, a polyacrylate copolymer, a polyacrylamide copolymer, a poly(acrylate/acrylamide) copolymer, a polycondensate derived from an alkanolamine, a dithiocarbamate, and combinations thereof; or is an anionic or cationic starch selected from the group consisting of a biopolymer, a plant starch, a potato starch, a corn starch, a rice starch, a tapioca starch, and combinations thereof; at least one surfactant, wherein the surfactant is selected from a group consisting of a non-ionic surfactant, an anionic surfactant, a cationic surfactant, a zwitterionic surfactant, an amphoteric surfactant, and combinations thereof; and optionally at least one solvent; wherein the at least one demulsifier and the at least one water clarifier are immiscible with each other. at least one demulsifier, wherein the demulsifier is selected from a group consisting of an anionic demulsifier, a cationic demulsifier, a non-ionic demulsifier, a crosslinked demulsifier, an acid-based demulsifier, an amphoteric demulsifier, and combinations thereof; at least one water clarifier, wherein the water clarifier is selected from a group consisting of a polycondensate derived from N,N'-bis[3-(dimethylamino)propyl]urea, a polyacrylate copolymer, a polyacrylamide copolymer, a poly(acrylate/acrylamide) copolymer, a polycondensate derived from an alkanolamine, a dithiocarbamate, and combinations thereof; or is an anionic or cationic starch selected from the group consisting of a biopolymer, a plant starch, a potato starch, a corn starch, a rice starch, a tapioca starch, and combinations thereof; at least one surfactant, wherein the surfactant is selected from a group consisting of a non-ionic surfactant, an anionic surfactant, a cationic surfactant, a zwitterionic surfactant, an amphoteric surfactant, and combinations thereof; and optionally at least one solvent; wherein the at least one demulsifier and the at least one water clarifier are immiscible with each other.
A 3-dimensional textile spacer fabric comprising a top layer knitted from at least a first yarn, a bottom layer knitted from at least a second yarn and a spacer structure located there between and holding the two layers at a distance from each other, said spacer structure comprising upright pile yarns extending there through for connecting the two layers to each other, wherein: - at least the top layer comprises a multifilament yarn and an elastic yarn as first yarns, and the elasticity of the top layer is different from the elasticity of the bottom layer , characterised in that - the top layer and/or the bottom layer is formed with band-shaped areas that are parallel to each other and are devoid of pile yarns extending therefrom through the spacer structure, - the band-shaped areas are oriented parallel and at right angles to the courses and wales of the fabric, respectively, enclosing square or rectangular areas in which pile yarns are extending through the spacer structure , - the top layer and/or the bottom layer are in the form of a knitted fabric having raised and recessed areas on its outer surface forming gliding lines for a person lying thereon or on an additional sheet on the fabric. - at least the top layer comprises a multifilament yarn and an elastic yarn as first yarns, and the elasticity of the top layer is different from the elasticity of the bottom layer , characterised in that - the top layer and/or the bottom layer is formed with band-shaped areas that are parallel to each other and are devoid of pile yarns extending therefrom through the spacer structure, - the band-shaped areas are oriented parallel and at right angles to the courses and wales of the fabric, respectively, enclosing square or rectangular areas in which pile yarns are extending through the spacer structure , - the top layer and/or the bottom layer are in the form of a knitted fabric having raised and recessed areas on its outer surface forming gliding lines for a person lying thereon or on an additional sheet on the fabric.