mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of P μ particles comprising the steps of: a) mixing: - P TiO2 particles comprising a polysiloxane polymer comprising at least one polysiloxane chain covalently bonded to T iO2 nanoparticles, said P TiO2 particles being obtained from an alkoxysilane and a titanium alkoxide, with - P ZnOZnP particles comprising a polysiloxane polymer comprising at least one polysiloxane chain covalently bound to nanoparticles comprising a composite of ZnO and zinc pyrithione, said P ZnOZnP particles being obtained from an alkoxysilane, zinc acetate and zinc pyrithione particles, to obtain a mixture, b) passing the mixture over a sieve to obtain P μ particles having a volume distribution of particle size, as measured by laser diffraction, in which the volume median diameter D V50μ is from 1.0 to 5.0 μm and the volume diameter D v10μ is at least 0.1 μm. a) mixing: - P TiO2 particles comprising a polysiloxane polymer comprising at least one polysiloxane chain covalently bonded to T iO2 nanoparticles, said P TiO2 particles being obtained from an alkoxysilane and a titanium alkoxide, with - P ZnOZnP particles comprising a polysiloxane polymer comprising at least one polysiloxane chain covalently bound to nanoparticles comprising a composite of ZnO and zinc pyrithione, said P ZnOZnP particles being obtained from an alkoxysilane, zinc acetate and zinc pyrithione particles, to obtain a mixture, - P TiO2 particles comprising a polysiloxane polymer comprising at least one polysiloxane chain covalently bonded to T iO2 nanoparticles, said P TiO2 particles being obtained from an alkoxysilane and a titanium alkoxide, with - P ZnOZnP particles comprising a polysiloxane polymer comprising at least one polysiloxane chain covalently bound to nanoparticles comprising a composite of ZnO and zinc pyrithione, said P ZnOZnP particles being obtained from an alkoxysilane, zinc acetate and zinc pyrithione particles, b) passing the mixture over a sieve to obtain P μ particles having a volume distribution of particle size, as measured by laser diffraction, in which the volume median diameter D V50μ is from 1.0 to 5.0 μm and the volume diameter D v10μ is at least 0.1 μm.
A system for preparing beverages including an infusion assembly and a capsule containing a substance for the preparation of the beverage, wherein the capsule comprises a cup-shaped body of a material impermeable to liquids having a tearable bottom wall (20a, 20f) for introducing into the capsule a flow of a pressurized fluid, a lateral wall defining an opening around which a flange-like formation extends, protruding transversely towards the outside, and a tearable closing cover for the outflow of the beverage, the cover being connected in a liquid-tight manner to said flange-like formation; the infusion assembly comprising a capsule-holder and a cooperating body, at least one of which is movable with respect to the other between an open configuration for positioning the capsule therebetween, and a closed configuration for preparing the beverage through the capsule positioned and clamped in a liquid-tight manner therebetween; wherein in the capsule-holder there is defined a recess for receiving the capsule with said bottom wall (20a, 20f) facing to the inside of the capsule-holder and wherein there is defined a first piercing element provided with at least one piercing point adapted to penetrate through said bottom wall of said capsule; the capsule-holder being provided with supply means for supplying a flow of a fluid to be introduced into said capsule through the passage torn in said bottom wall of the capsule by said at least one point; wherein in the cooperating body there is defined a dispensing conduit for the beverage and a second piercing element is provided, having at least one point adapted to penetrate through the cover of said capsule and to allow the outflow of the beverage from the capsule towards said dispensing conduit; and wherein in the capsule-holder there are provided fluid communication means (8c; 8d; 11) which put into communication a region upstream with a region downstream of the first piercing member in the operational path of said flow of fluid, such that during the preparation of a beverage the pressurized fluid introduced into said recess of the capsule-holder exerts on the first piercing member a force lower than a predetermined value towards the capsule and in particular a force which is substantially null, said first piercing member being mounted in the recess of the capsule-holder such as to be movable under the action of an associated resilient means tending to displace it towards the cooperating body, characterized in that the bottom wall (20a, 20f) of the cup-shaped body of the capsule has a central portion of reduced thickness, surrounded by a relatively thicker annular peripheral portion, and the side wall of the cup-shaped body of the capsule has a thickness greater than that of said central portion of the bottom wall (20a, 20f).
A stable concentrated dairy liquid comprising: a homogenized blend of ultrafiltered dairy liquid and cream; a total solids of 25 to 36 percent, a protein to fat ratio of 0.4 to 0.7 where the fat is supplied from both the ultrafiltered dairy liquid and the cream, and less than 1 percent lactose; an amount of stabilizer salt in a ratio of protein to stabilizer salt between 10:1 to 38:1; 20 to 45 percent reduction in volatile compounds containing one of sulfur, nitrogen, or mixtures thereof as compared to a concentrated dairy liquid without cream enrichment; and a Brew Recovery of at least 90 percent after 9 months ambient storage, said Brew Recovery being a measurement of dairy solids that are received in a cup as compared to the starting dairy solids when reconstituted at ambient conditions. a homogenized blend of ultrafiltered dairy liquid and cream; a total solids of 25 to 36 percent, a protein to fat ratio of 0.4 to 0.7 where the fat is supplied from both the ultrafiltered dairy liquid and the cream, and less than 1 percent lactose; an amount of stabilizer salt in a ratio of protein to stabilizer salt between 10:1 to 38:1; 20 to 45 percent reduction in volatile compounds containing one of sulfur, nitrogen, or mixtures thereof as compared to a concentrated dairy liquid without cream enrichment; and a Brew Recovery of at least 90 percent after 9 months ambient storage, said Brew Recovery being a measurement of dairy solids that are received in a cup as compared to the starting dairy solids when reconstituted at ambient conditions.
A capacitor comprising: an outer packaging case for housing a capacitor element; a sealing member that includes a valve installation part, the valve installation part being higher than a processed sealing part of the outer packaging case; and a pressure valve that is installed in a through hole of the valve installation part, wherein the pressure valve comprises a valve function part that is set at a position higher than the processed sealing part; characterized in that: the capacitor comprises protrusions that are formed on a top of the valve installation part, the protrusions surrounding the valve function part, a clearance among the protrusions being formed, wherein; a curved face that protrudes outside or a taper face is provided for an outer peripheral part of the valve function part. an outer packaging case for housing a capacitor element; a sealing member that includes a valve installation part, the valve installation part being higher than a processed sealing part of the outer packaging case; and a pressure valve that is installed in a through hole of the valve installation part, wherein the pressure valve comprises a valve function part that is set at a position higher than the processed sealing part; characterized in that: the capacitor comprises protrusions that are formed on a top of the valve installation part, the protrusions surrounding the valve function part, a clearance among the protrusions being formed, wherein; a curved face that protrudes outside or a taper face is provided for an outer peripheral part of the valve function part. the capacitor comprises protrusions that are formed on a top of the valve installation part, the protrusions surrounding the valve function part, a clearance among the protrusions being formed, wherein; a curved face that protrudes outside or a taper face is provided for an outer peripheral part of the valve function part.
Use of a screw cap for sealing a screw top tube for biomaterial for cooled storage, wherein the screw cap comprises a cylindrical screw section comprising an external thread, wherein the cylindrical screw section determines a longitudinal axis; a flange section that connects to the screw section, wherein the flange portion is substantially cylindrical and has a larger outer diameter than the screw section; wherein the total length of the screw cap is the sum of the lengths of the screw section and the flange section and the ratio between the length of the screw portion and the length of the flange portion is between 1.4 and 3.4; a groove which is coaxial to the longitudinal axis and extends longitudinally through the flange portion and at least in part alongside the screw section, wherein the groove comprises an inner component profile that is suitable for opening and closing with an appropriate key, wherein the inner component profile extends axially at least in part along the screw section, wherein the inner component profile extends axially over 30 % to 99 % of the screw section.
A light-emitting device comprising: a support member (110; 390); a reflective layer (130; 360) on the support member; a first light-transmitting electrode layer (150; 340) on the reflective layer; a light-emitting structure (170; 320) on the first light-transmitting electrode layer, the light-emitting structure including a semiconductor layer having a first conductivity type, an active layer and a semiconductor layer having a second conductivity type; a current blocking layer (160; 330) interposed between the first light-transmitting electrode layer (150; 340) and the light-emitting structure (170; 320); and a luminescence layer (140; 350) interposed between the reflective layer (130; 360) and the first light-transmitting electrode layer (150; 340), wherein the luminescence layer comprises a first layer including an R phosphor, a second layer including a G phosphor, and a third layer including a B phosphor. a support member (110; 390); a reflective layer (130; 360) on the support member; a first light-transmitting electrode layer (150; 340) on the reflective layer; a light-emitting structure (170; 320) on the first light-transmitting electrode layer, the light-emitting structure including a semiconductor layer having a first conductivity type, an active layer and a semiconductor layer having a second conductivity type; a current blocking layer (160; 330) interposed between the first light-transmitting electrode layer (150; 340) and the light-emitting structure (170; 320); and a luminescence layer (140; 350) interposed between the reflective layer (130; 360) and the first light-transmitting electrode layer (150; 340), wherein the luminescence layer comprises a first layer including an R phosphor, a second layer including a G phosphor, and a third layer including a B phosphor.
A housing for a weighing device which can be connected to a carrier element, (a) having a base plate on which the weighing device can be mounted or which is formed so as to be integral with the weighing device or a component of the weighing device, (b) having a circumferential elastic sealing element that is arranged on the underside of the housing and is formed so that the base plate is sealed in an outer annular peripheral area of the underside of the base plate with respect to the surface of the carrier element when the housing is set upon the surface of the carrier element and the housing is pressed against the surface of the carrier element, and (c) having a housing upper portion, which is connected to the base plate, with a cover wall and a circumferential side wall, wherein the side wall encompasses the circumferential side wall of the base plate, and wherein the lower end face of the side wall, in the state in which the housing is mounted on the carrier element, impinges upon an area of the sealing element that projects out beyond the outer periphery of the base plate in order to seal the side wall with respect to the base plate. (a) having a base plate on which the weighing device can be mounted or which is formed so as to be integral with the weighing device or a component of the weighing device, (b) having a circumferential elastic sealing element that is arranged on the underside of the housing and is formed so that the base plate is sealed in an outer annular peripheral area of the underside of the base plate with respect to the surface of the carrier element when the housing is set upon the surface of the carrier element and the housing is pressed against the surface of the carrier element, and (c) having a housing upper portion, which is connected to the base plate, with a cover wall and a circumferential side wall, wherein the side wall encompasses the circumferential side wall of the base plate, and wherein the lower end face of the side wall, in the state in which the housing is mounted on the carrier element, impinges upon an area of the sealing element that projects out beyond the outer periphery of the base plate in order to seal the side wall with respect to the base plate.
A method for manufacturing at least one metal turbomachine part (19a, 19b), comprising steps consisting of: a) keeping a titanium-aluminium intermetallic alloy molten by plasma torch in a ring mould, b) extracting therefrom an ingot, as cast, in a state cooled from molten, c) cutting the ingot into at least one blank with an external shape that is simpler than the more complex one of said part (19a, 19b) to be manufactured, d) machining the blank in order to obtain the part with said more complex external shape. a) keeping a titanium-aluminium intermetallic alloy molten by plasma torch in a ring mould, b) extracting therefrom an ingot, as cast, in a state cooled from molten, c) cutting the ingot into at least one blank with an external shape that is simpler than the more complex one of said part (19a, 19b) to be manufactured, d) machining the blank in order to obtain the part with said more complex external shape.
Vacuum cleaner nozzle, arranged to be connected to a vacuum cleaner, comprising: - a sole, - at least one suction channel formed in the sole, the suction channel comprising at least one wall having, when the nozzle is connected to the vacuum cleaner in operation, a layer of air in which an air speed is reduced in the vicinity of the wall, at least one portion of the wall of the suction channel comprising means for disturbing that form a relief on the wall, in such a way as to increase a thickness of the layer of air, characterised in that the means for disturbing comprise a plurality of cells arranged on the wall, at a predetermined distance from one another. - a sole, - at least one suction channel formed in the sole,
A method for identifying an applet of risky content based on differential privacy preserving, applied to a client of a service platform and comprising: in response to monitoring a target operation performed by a user by using an applet carried by the service platform, obtaining a result of determining whether an operation source is a risky operation source, the operation source including a combination of the user and a device used by the user, and the determining result being determined by using a risk identification policy group; in response to determining that the operation source is a risky operation source, disturbing a program identifier of the applet by using a randomized response technique that satisfies local differential privacy preserving, to obtain a disturbed program identifier; and sending an operation source identifier of the operation source and the disturbed program identifier to a serving end of the service platform, so that the serving end identifies whether the applet is an applet of risky content based on multiple received disturbed program identifiers by using the randomized response technique, wherein the operation source identifier includes an account identifier and a device identifier, and wherein the risk identification policy group includes a content risk identification policy being used for risk identification for at least one of the following items: information content related to the target operation in the applet, and historical release data and/or historical access data corresponding to the operation source identifier. in response to monitoring a target operation performed by a user by using an applet carried by the service platform, obtaining a result of determining whether an operation source is a risky operation source, the operation source including a combination of the user and a device used by the user, and the determining result being determined by using a risk identification policy group; in response to determining that the operation source is a risky operation source, disturbing a program identifier of the applet by using a randomized response technique that satisfies local differential privacy preserving, to obtain a disturbed program identifier; and sending an operation source identifier of the operation source and the disturbed program identifier to a serving end of the service platform, so that the serving end identifies whether the applet is an applet of risky content based on multiple received disturbed program identifiers by using the randomized response technique, wherein the operation source identifier includes an account identifier and a device identifier, and wherein the risk identification policy group includes a content risk identification policy being used for risk identification for at least one of the following items: information content related to the target operation in the applet, and historical release data and/or historical access data corresponding to the operation source identifier.
A seat bank transport device for transporting a seat bank for a vehicle, comprising a chassis, a retaining rail pair that is disposed on the chassis and includes two retaining rails (28a, 28b) that extend parallel to one another to accommodate seat bank feet, the lengthwise sides of these rails that face one another being open at least in sections and the lengthwise sides thereof that face away from one another each having at least one locking section, and comprising a displacement mechanism for moving the retaining rails (28a, 28b) transversely relative to one another, characterized in that the displacement mechanism has a positioning disk, in which a plurality of arc slots (88a to 88e) is formed for guiding a handle, each of which has an arc length that corresponds to a travel distance between an open position and a closed position of the retaining rails (28a, 28b) for each seat bank rail distance.
A thermal printer performing a printing process for forming an image on recording paper using an ink ribbon having a function of performing cleaning of a thermal head by being heated, the thermal printer comprising: the thermal head having a function of emitting heat; and a printing control unit controlling the thermal head, wherein the thermal printer performs a cleaning process of performing the cleaning of the thermal head, and in the cleaning process, in accordance with control of the printing control unit, the thermal head applies, to the ink ribbon, heat of a heat quantity with which a dye applied onto the ink ribbon does not sublime and with which the cleaning is performed wherein, in the ink ribbon, transfer regions to which the dye used in forming the image is applied exist, characterized in that the thermal printer is configured to perform the cleaning process using a region (Rga, Rgb) in the ink ribbon interposed between the transfer regions. the thermal head having a function of emitting heat; and a printing control unit controlling the thermal head, wherein the thermal printer performs a cleaning process of performing the cleaning of the thermal head, and in the cleaning process, in accordance with control of the printing control unit, the thermal head applies, to the ink ribbon, heat of a heat quantity with which a dye applied onto the ink ribbon does not sublime and with which the cleaning is performed wherein, in the ink ribbon, transfer regions to which the dye used in forming the image is applied exist, characterized in that the thermal printer is configured to perform the cleaning process using a region (Rga, Rgb) in the ink ribbon interposed between the transfer regions.
A facility for heat-shrinking sleeves made of a heat-shrinkable material inserted onto supports, such as containers, comprising: - an enclosure provided with a heat-diffusion means, - at least one conveyor for carrying the supports through the enclosure between an intake of the enclosure and an output of the enclosure, the enclosure including a base and a hood which is mounted mobile between an open position allowing access to the conveyor and an operational position in which it is securely mounted on the base, the hood comprising two openings through which the conveyor extends when the hood is in operational position, the facility being characterised in that the hood comprises an inner partition mounted mobile between a retracted position and a service position in which the partition defines with side walls of the hood and the base a main chamber of the enclosure subjected to the action of the heat-diffusion means when the hood is in operational position. - an enclosure provided with a heat-diffusion means, - at least one conveyor for carrying the supports through the enclosure between an intake of the enclosure and an output of the enclosure,