mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a container for receiving, storing and transporting viscous or fluid media, constructed from an inner liner and an outer casing of fibre-reinforced plastic, whereby the liner is built upon a winding core near to or identical to the end shape in a first step by winding a plastic film, the liner is subjected to a surface treatment in a second step to increase the adhesion for further material build-up, the liner pretreated in that way is wrapped in a third step with a material made of resin-impregnated, pre-impregnated or non-impregnated reinforcement fibres and this structure is subjected in further steps to curing under defined temperature control, separation and rejoining to the tank casing, wherein, for the winding core, a material is selected that has a thermal expansion coefficient α which is higher in relation to the reinforcement fibres or the fibre composite plastic, respectively, so that during the curing process the plastic film lying between the winding core and the fibre-reinforced plastic is injected, and which shrinks upon cooling while retaining its original material properties and wherein the surface treatment consists of at least one surface of the plastic film being surface-treated to polarise it or being surface-treated in this way during and/or after winding onto the winding core.
A method for encapsulating a personal care active, comprising: preparing an aqueous phase, comprising partially hydrolyzed polyvinyl alcohol and a cosmetically acceptable non-ionic surfactant; preparing an oil phase, comprising the personal care active and isocyanate or polyisocyanate; homogenizing the aqueous phase and oil phase to form an emulsion with particles less than one micron; and forming a dispersion of polyurea core-shell particles containing the personal care active by contacting the emulsion with an aqueous amine solution wherein the partially hydrolyzed polyvinyl alcohol is present in an amount of from 2.5 to 12.5 wt% based on the total weight of the aqueous phase. preparing an aqueous phase, comprising partially hydrolyzed polyvinyl alcohol and a cosmetically acceptable non-ionic surfactant; preparing an oil phase, comprising the personal care active and isocyanate or polyisocyanate; homogenizing the aqueous phase and oil phase to form an emulsion with particles less than one micron; and forming a dispersion of polyurea core-shell particles containing the personal care active by contacting the emulsion with an aqueous amine solution wherein the partially hydrolyzed polyvinyl alcohol is present in an amount of from 2.5 to 12.5 wt% based on the total weight of the aqueous phase.
A relay conveyance device comprising a relay conveyance path to convey a sheet from an image forming apparatus forming an image on the sheet to a post processing device carrying out post process to the sheet with the image formed by the image forming apparatus; at least two reversing units reversing a surface side and a back-face side of the sheet; and a control device controlling conveyance of the sheet on the relay conveyance path, wherein the relay conveyance path includes: at least two reverse paths (54a, 54b) respectively passing through the at least two reversing units; a branch section branching into the at least two reverse paths (54a, 54b) at an upstream side; and a confluence section joining the at least two reverse paths (54a, 54b), the control device controls the branch section and the confluence section to convey the sheet while alternately switching the at least two reverse paths (54a, 54b), characterized in that said control device measures an interval time between the sheets passing through the confluence section, and controls conveyance of the sheet in the at least two reverse paths (54a, 54b) so as to uniformize the interval time. a relay conveyance path to convey a sheet from an image forming apparatus forming an image on the sheet to a post processing device carrying out post process to the sheet with the image formed by the image forming apparatus; at least two reversing units reversing a surface side and a back-face side of the sheet; and a control device controlling conveyance of the sheet on the relay conveyance path, wherein the relay conveyance path includes: at least two reverse paths (54a, 54b) respectively passing through the at least two reversing units; a branch section branching into the at least two reverse paths (54a, 54b) at an upstream side; and a confluence section joining the at least two reverse paths (54a, 54b), the control device controls the branch section and the confluence section to convey the sheet while alternately switching the at least two reverse paths (54a, 54b), characterized in that said control device measures an interval time between the sheets passing through the confluence section, and controls conveyance of the sheet in the at least two reverse paths (54a, 54b) so as to uniformize the interval time. at least two reverse paths (54a, 54b) respectively passing through the at least two reversing units; a branch section branching into the at least two reverse paths (54a, 54b) at an upstream side; and a confluence section joining the at least two reverse paths (54a, 54b), the control device controls the branch section and the confluence section to convey the sheet while alternately switching the at least two reverse paths (54a, 54b), characterized in that said control device measures an interval time between the sheets passing through the confluence section, and controls conveyance of the sheet in the at least two reverse paths (54a, 54b) so as to uniformize the interval time.
An identity authentication method, comprising: acquiring video data displaying a lip part mouth shape changing process of a user; parsing (202, 403) the video data to generate annotation information of a human face region displayed by each image in consecutive images constituting the video data and human face feature information corresponding to each image in the consecutive images; the annotation information including a position of the human face region in each image and positions of organs in the human face region, the human face feature information including structural relationships between the organs; generating (203, 404) a lip part feature information sequence and a human face local part feature information sequence of a different face part than the lip part, based on the generated annotation information and the consecutive images; and transmitting (204, 405) the generated human face feature information, the lip part feature information sequence, and the human face local part feature information sequence to a server, and receiving an identity verification result returned from the server. acquiring video data displaying a lip part mouth shape changing process of a user; parsing (202, 403) the video data to generate annotation information of a human face region displayed by each image in consecutive images constituting the video data and human face feature information corresponding to each image in the consecutive images; the annotation information including a position of the human face region in each image and positions of organs in the human face region, the human face feature information including structural relationships between the organs; generating (203, 404) a lip part feature information sequence and a human face local part feature information sequence of a different face part than the lip part, based on the generated annotation information and the consecutive images; and transmitting (204, 405) the generated human face feature information, the lip part feature information sequence, and the human face local part feature information sequence to a server, and receiving an identity verification result returned from the server.
A process for continuously feeding (metering) the polyglycerol ester Grinstead PGE 0 80/D to a polymerization reaction of ethylene, propene, and other higher homologous olefins for the preparation of homo- and copolymers without production of inhomogeneities, such as lumps or chunks which are present because the condition of the polyglycerol ester is not suitable for precise metering, wherein said polyglycerol ester in paste or solid form is first subjected to a heat treatment in the presence of a solvent at a temperature of from 20 to 60°C, preferably from 30 to 50°C, and then recooled, and then fed to the polymerization reaction.
Conveying assembly (40; 200) comprising an overhead conveyor (49; 201) utilizing shackle assemblies (48; 210) for transporting poultry carcasses (45; 2012) through a processing plant, said overhead conveyor including a track (41 a; 202) and a series of trolleys (41 b; 204) hanging therefrom to travel therealong, said trolleys being interconnected by a drive chain (41 c; 206), wherein each trolley has a hanger projecting downwardly therefrom, wherein each shackle assembly (48; 210) comprises a connection member to connect to the hanger, an elongated rod extending essentially vertically from the connection member and a leg-engaging retainer at the lower end of the rod, wherein the conveying assembly further comprises a guide element disposed generally horizontally below and essentially parallel to the overhead conveyor to engage against the leg-engaging retainer to prevent rotation of the shackle assemblies about an essentially vertical axis, characterized in that the conveying assembly further comprises a guide chain (43; 232) disposed generally horizontally below and essentially parallel to the overhead conveyor (49; 201), which guide chain is operable synchronously with drive chain and is provided with stops to abut against the leg-engaging retainer to prevent rotation of the shackle assemblies about an essentially horizontal rotation axis.
A method performed by a user equipment, UE, for handling communication in a wireless communications network, the method comprising: - determining a first preamble from a group of preambles out of one or more groups of preambles, wherein the group of preambles is selected based on whether one or more conditions, associated with the group, are fulfilled or not, wherein the group of preambles is further selected based on a priority rule defining an order of selection of the one or more groups of preambles, and wherein the group of preambles is selected based on level of signal strength and/or number of conditions of respective group of preambles; and - transmitting, to a radio network node, a physical random access channel, PRACH, transmission using the determined first preamble. - determining a first preamble from a group of preambles out of one or more groups of preambles, wherein the group of preambles is selected based on whether one or more conditions, associated with the group, are fulfilled or not, wherein the group of preambles is further selected based on a priority rule defining an order of selection of the one or more groups of preambles, and wherein the group of preambles is selected based on level of signal strength and/or number of conditions of respective group of preambles; and - transmitting, to a radio network node, a physical random access channel, PRACH, transmission using the determined first preamble.
A vertical light-emitting diode comprising: a light-emitting structure comprising a first conductivity type semiconductor layer, an active layer under the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer under the active layer; a reflective electrode electrically connected to the second conductivity type semiconductor layer, arranged under the light-emitting structure and comprising a first region under the second conductivity type semiconductor layer and a second region extending from the first region to pass through the second conductivity type semiconductor layer and the active layer; an electrode electrically connected to the first conductivity type semiconductor layer; wherein an uppermost layer of the reflective electrode, which extends from the second region of the reflective electrode, overlaps with the electrode in a vertical direction, a metal layer making contact with the second region of the reflective electrode, wherein a first region of the metal layer is located higher than the active layer, characterised in that a second region of the metal layer makes contact with a bottom surface of the second conductivity type semiconductor layer and a third region of the metal layer extends laterally outward from the second region of the metal layer, wherein the third region of the metal layer is laterally exposed from a lower peripheral portion of the light-emitting structure, wherein the metal layer is disposed around a lower portion of the light-emitting structure to form a metal channel layer. a light-emitting structure comprising a first conductivity type semiconductor layer, an active layer under the first conductivity type semiconductor layer, and a second conductivity type semiconductor layer under the active layer; a reflective electrode electrically connected to the second conductivity type semiconductor layer, arranged under the light-emitting structure and comprising a first region under the second conductivity type semiconductor layer and a second region extending from the first region to pass through the second conductivity type semiconductor layer and the active layer; an electrode electrically connected to the first conductivity type semiconductor layer; wherein an uppermost layer of the reflective electrode, which extends from the second region of the reflective electrode, overlaps with the electrode in a vertical direction, a metal layer making contact with the second region of the reflective electrode, wherein a first region of the metal layer is located higher than the active layer, characterised in that a second region of the metal layer makes contact with a bottom surface of the second conductivity type semiconductor layer and a third region of the metal layer extends laterally outward from the second region of the metal layer, wherein the third region of the metal layer is laterally exposed from a lower peripheral portion of the light-emitting structure, wherein the metal layer is disposed around a lower portion of the light-emitting structure to form a metal channel layer.
A domestic vacuum cleaner comprising: - a case, - a suction endpiece arranged on the case and through which air carrying waste can be sucked into the case, - a suction device housed in a motor compartment of the case, the suction device including an air inlet opening fluidly connected to the suction endpiece, a motor casing defining an inner housing, a suction motor which is disposed in the inner housing and which is configured to generate an air flow through the suction endpiece and the air inlet opening, and an air discharge opening, - an air exhaust circuit comprising at least one air exhaust opening provided on the case and through which the air flow generated by the suction motor is discharged to the outside of the domestic vacuum cleaner, and an air exhaust conduit which fluidly connects the air discharge opening of the suction device to at least one air exhaust opening, characterized in that the air exhaust circuit includes an acoustic attenuation cavity opening into the air exhaust conduit, and an acoustic absorption element which is made of porous material and which is configured to separate the acoustic attenuation cavity and the air exhaust conduit, the acoustic absorption element and the acoustic attenuation cavity being configured such that, when the domestic vacuum cleaner is in operation, at least part of the acoustic waves, coming from the suction device and propagating in the air exhaust conduit, passes through the acoustic absorption element and enters the acoustic attenuation cavity. - a case, - a suction endpiece arranged on the case and through which air carrying waste can be sucked into the case, - a suction device housed in a motor compartment of the case, the suction device including an air inlet opening fluidly connected to the suction endpiece, a motor casing defining an inner housing, a suction motor which is disposed in the inner housing and which is configured to generate an air flow through the suction endpiece and the air inlet opening, and an air discharge opening, - an air exhaust circuit comprising at least one air exhaust opening provided on the case and through which the air flow generated by the suction motor is discharged to the outside of the domestic vacuum cleaner, and an air exhaust conduit which fluidly connects the air discharge opening of the suction device to at least one air exhaust opening,
Arrangement for contactless thickness measurement of a continuous, in particular flexible, elastic and/or coated, material web, with: an at least in sections cylindrical contact body; a material web guided over a surface of the contact body; a sensor arrangement for measuring the material web thickness (t), wherein at least one first sensor is directed at a material web top side and at least one second sensor, opposite the first sensor, is directed at a material web underside; wherein the second sensor is arranged at least in sections below the contact area between the material web and the contact body, characterised in that the cylindrical contact body has a cavity in which the second sensor is accommodated. an at least in sections cylindrical contact body; a material web guided over a surface of the contact body; a sensor arrangement for measuring the material web thickness (t), wherein at least one first sensor is directed at a material web top side and at least one second sensor, opposite the first sensor, is directed at a material web underside; wherein the second sensor is arranged at least in sections below the contact area between the material web and the contact body, characterised in that the cylindrical contact body has a cavity in which the second sensor is accommodated.
Squirrel-cage rotor, in particular for an asynchronous machine, having a shaft, rotor plate assembly having cage rods and short-circuit rings which are arranged at the inner side, wherein at least a portion of a short-circuit ring comprises a disc assembly which is constructed in layers from discs with recesses through which the ends of the cage rods extend from the rotor plate assembly, characterised in that - the disc assembly of the short-circuit ring is constructed from a plurality of individual discs with the same diameter, - in that the discs of a short-circuit ring, starting from the covering face as an end face, have over the outer periphery at least one chamfer (62, 63) or step which is directed radially inwards, and - in that the adjacent discs form by means of the respective chamfers (62, 63) or steps thereof in the disc assembly a groove in which a joint connection is at least partially present. - the disc assembly of the short-circuit ring is constructed from a plurality of individual discs with the same diameter, - in that the discs of a short-circuit ring, starting from the covering face as an end face, have over the outer periphery at least one chamfer (62, 63) or step which is directed radially inwards, and - in that the adjacent discs form by means of the respective chamfers (62, 63) or steps thereof in the disc assembly a groove in which a joint connection is at least partially present.
A process to treat / clean a gas, containing SO 2, CO 2 and O 2 comprising the steps of: a. Bringing the gas in contact with an activated carbon catalyst, converting SO 2 to SO 3 / H 2 SO 4 on the activated carbon catalyst, washing the SO 3 / H 2 SO 4 from the activated carbon catalyst to obtain a sulfuric acid solution and a SO 2 depleted gas; b. Bringing the SO 2 depleted gas in contact with an aqueous ammonia solution wherein CO 2 is converted to obtain a SO 2 and CO 2 depleted gas containing ammonia; c. Bringing on another activated carbon catalyst the SO 2 and CO 2 depleted gas containing ammonia in contact with the sulfuric acid solution obtained in step a. to form a solution containing ammonium sulfate and a treated, clean gas, wherein the sulfuric acid solution obtained in step a. is brought on top of the other activated carbon catalyst. a. Bringing the gas in contact with an activated carbon catalyst, converting SO 2 to SO 3 / H 2 SO 4 on the activated carbon catalyst, washing the SO 3 / H 2 SO 4 from the activated carbon catalyst to obtain a sulfuric acid solution and a SO 2 depleted gas; b. Bringing the SO 2 depleted gas in contact with an aqueous ammonia solution wherein CO 2 is converted to obtain a SO 2 and CO 2 depleted gas containing ammonia; c. Bringing on another activated carbon catalyst the SO 2 and CO 2 depleted gas containing ammonia in contact with the sulfuric acid solution obtained in step a. to form a solution containing ammonium sulfate and a treated, clean gas, wherein the sulfuric acid solution obtained in step a. is brought on top of the other activated carbon catalyst.
- A method for forming sealed packages filled with a pourable product comprising at least the steps of: - forming a tube from a web of packaging material; - filling the pourable product into the tube for forming a product column within the tube; and wherein it comprises directing, during the step of forming and the step of filling, a sterile gas into the product column for forming and/or maintaining a gas cushion within the product column, characterized in that the gas cushion divides the product column into a first portion and a second portion, wherein the gas cushion is formed and/or maintained by a gas feeding device comprising a gas feeding tube, wherein the gas feeding tube has a portion at least partially extending within the tube, for directing the sterile gas into the product column, the method further comprising at least the step of controlling a pressure of an auxiliary sterile gas acting on the product column by a pressurizing device; wherein the pressure of the auxiliary sterile gas is controlled to be substantially identical to the pressure of the sterile gas within the gas cushion. - forming a tube from a web of packaging material; - filling the pourable product into the tube for forming a product column within the tube; and wherein it comprises directing, during the step of forming and the step of filling, a sterile gas into the product column for forming and/or maintaining a gas cushion within the product column, characterized in that the gas cushion divides the product column into a first portion and a second portion, wherein the gas cushion is formed and/or maintained by a gas feeding device comprising a gas feeding tube, wherein the gas feeding tube has a portion at least partially extending within the tube, for directing the sterile gas into the product column, the method further comprising at least the step of controlling a pressure of an auxiliary sterile gas acting on the product column by a pressurizing device; wherein the pressure of the auxiliary sterile gas is controlled to be substantially identical to the pressure of the sterile gas within the gas cushion.