mhurhangee/patent-ind-claim-en huggingface dataset:
A radial blower , comprising: - a housing with a first side wall , a second side wall opposite to the first side wall and a peripheral wall , which jointly define a conveying space , wherein the first side wall forms an inlet aperture and the peripheral wall forms an outlet aperture , - an impeller accommodated within the conveying space , - an electric motor , - a motor support , which forms a stator housing in which a stator of the motor is accommodated, and a rotor seat for the rotational support of a motor shaft connected to a rotor of the motor , characterized in that the electric motor is arranged outside the conveying space and the motor support is directly formed by the second side wall and axially protrudes into the conveying space so that the conveying space at least partially envelops the stator and the rotor seat . - a housing with a first side wall , a second side wall opposite to the first side wall and a peripheral wall , which jointly define a conveying space , wherein the first side wall forms an inlet aperture and the peripheral wall forms an outlet aperture , - an impeller accommodated within the conveying space , - an electric motor , - a motor support , which forms a stator housing in which a stator of the motor is accommodated, and a rotor seat for the rotational support of a motor shaft connected to a rotor of the motor ,
A secondary battery comprising: a stack comprising electrode groups and an insulating sheet disposed between the electrode groups ; a container member to which the insulating sheet is joined and which covers the outside of the stack ; and a lead which electrically connects the electrode groups to each other over part of an outer periphery of the insulating sheet , wherein the container member comprises a plurality of films opposed to each other and clamping the outer periphery of the insulating sheet in between. a stack comprising electrode groups and an insulating sheet disposed between the electrode groups ; a container member to which the insulating sheet is joined and which covers the outside of the stack ; and a lead which electrically connects the electrode groups to each other over part of an outer periphery of the insulating sheet , wherein the container member comprises a plurality of films opposed to each other and clamping the outer periphery of the insulating sheet in between.
A method for preparing monosilane, comprising: (a) performing wet pulverization of silicon particles in a liquid-phase solvent until the silicon particles have a particle size of 30 μm to 100 μm; (b) continuously supplying a suspension, which comprises the pulverized silicon particles obtained in step (a) and the solvent, into a reactor, followed by synthesizing alkoxysilane of triethoxysilane and tetraethoxysilane through reaction of the pulverized silicon particles with anhydrous ethyl alcohol using a copper-based catalyst in a solvent environment which has been heated to 160 °C to 300 °C; and (c) synthesizing monosilane gas from the obtained triethoxysilane using sodium ethoxide as a catalyst, the method further comprising (i) separating the synthesized triethoxysilane as a reaction product from the reactor, (ii) continuously removing unreacted anhydrous ethyl alcohol and an azeotropic mixture of anhydrous ethyl alcohol and triethoxysilane from the reactor at atmospheric pressure during a condensation process performed for separation of triethoxysilane of step (i), and (iii) purifying triethoxysilane separated by step (i). (a) performing wet pulverization of silicon particles in a liquid-phase solvent until the silicon particles have a particle size of 30 μm to 100 μm; (b) continuously supplying a suspension, which comprises the pulverized silicon particles obtained in step (a) and the solvent, into a reactor, followed by synthesizing alkoxysilane of triethoxysilane and tetraethoxysilane through reaction of the pulverized silicon particles with anhydrous ethyl alcohol using a copper-based catalyst in a solvent environment which has been heated to 160 °C to 300 °C; and (c) synthesizing monosilane gas from the obtained triethoxysilane using sodium ethoxide as a catalyst, (i) separating the synthesized triethoxysilane as a reaction product from the reactor, (ii) continuously removing unreacted anhydrous ethyl alcohol and an azeotropic mixture of anhydrous ethyl alcohol and triethoxysilane from the reactor at atmospheric pressure during a condensation process performed for separation of triethoxysilane of step (i), and (iii) purifying triethoxysilane separated by step (i).
A string application and knotter apparatus for applying a withdrawal string to a tampon, said apparatus comprising: a) a circular ring bearing having a string conveyor mounted thereon and which defines a circular string path; and the interior of said apparatus is substantially open to permit passage of a tampon sliver; b) a snake ; c) a hook ; d) a knife; e) a clamp for holding the leading end of the string as the string conveyor travels around the circular string path; and wherein the ring bearing is substantially rigid. a) a circular ring bearing having a string conveyor mounted thereon and which defines a circular string path; and the interior of said apparatus is substantially open to permit passage of a tampon sliver; b) a snake ; c) a hook ; d) a knife; e) a clamp for holding the leading end of the string as the string conveyor travels around the circular string path;
Food composition in the form of an oil-in-water emulsion, comprising: • 65 to 85 wt% of vegetable oil, • Water, • Plant protein in an amount of from 0.3 to 5 wt%, based on the weight of the composition, wherein more than 60 wt% of said plant protein, based on the weight of the plant protein, is plant albumin, wherein the pH of the composition is between 2 and 5, wherein the composition is free from egg-derived ingredient. • 65 to 85 wt% of vegetable oil, • Water, • Plant protein in an amount of from 0.3 to 5 wt%, based on the weight of the composition, wherein more than 60 wt% of said plant protein, based on the weight of the plant protein, is plant albumin, wherein the pH of the composition is between 2 and 5, wherein the composition is free from egg-derived ingredient.
A process for manufacturing laminated glazing comprising at least two glass substrates and at least one interlayer made of a polymer material arranged between the substrates, the process comprising the bending of the substrates, the controlled cooling of the substrates, the assembly of the glass substrates and of the interlayer, characterized in that it comprises the following steps in the following order: • bending of the substrates, • controlled cooling of the substrates directly starting from the bending temperature, • formation of a laminated assembly comprising the substrates and the interlayer, • cutting the laminated assembly through its entire thickness along a line on one of its main faces, creating a cut edge, the controlled cooling comprising a general controlled cooling and a local controlled cooling of a zone comprising the cutting line, the local controlled cooling being faster than the general controlled cooling and creating permanent compressive edge stresses at the edge to be cut subsequently, the local controlled cooling is sufficient in duration and in intensity so that the edge stresses after cutting of the laminated assembly are greater than 4 MPa, the value of the edge stresses being determined between 0.1 and 2 mm from one edge after drilling an orifice by the method described in the standard ASTM F218-2005-01. • bending of the substrates, • controlled cooling of the substrates directly starting from the bending temperature, • formation of a laminated assembly comprising the substrates and the interlayer, • cutting the laminated assembly through its entire thickness along a line on one of its main faces, creating a cut edge,
Method for manufacturing an orthopaedic foam plastic shoe inlay with an orthopaedic footbed produced on the upper side by means of the RIM foaming method, a lower side and an injection-moulded core part stabilizing the foam plastic shoe inlay , comprising the following steps: - fixing of a first layer of a flexible material, the surface dimensions of which are greater than those of the finished foam plastic shoe inlay , in an injection moulding tool ; - forming of the core part in a partial section of the first layer by means of injection moulding in such a way that the core part remains firmly connected to the first layer and stiffens the partial section of the first layer ; - transfer of the position of the core part by means of the first layer , at which it is injected, from the injection mould to an RIM foaming mould ; - fixing of the first layer to the core part moulded thereon on a first foam mould half of the RIM foaming mould in such a way that the core part is held in an orthopaedically predetermined position by means of the first layer ; - insertion of the components producing the PU foam plastic into the RIM foaming mould in such a way that the side of the first layer facing away from a shaping surface of the first foaming mould half is foamed by the foam plastic produced by means of the RIM foaming method, with the footbed being formed on the upper side by the foam plastic at the same time; - allowing the foam plastic to harden in the closed RIM foaming mould ; - removal of the shoe inlay blank from the RIM foaming mould after hardening; and - cutting of the shoe inlay blank to form the foam plastic shoe inlay . - fixing of a first layer of a flexible material, the surface dimensions of which are greater than those of the finished foam plastic shoe inlay , in an injection moulding tool ; - forming of the core part in a partial section of the first layer by means of injection moulding in such a way that the core part remains firmly connected to the first layer and stiffens the partial section of the first layer ; - transfer of the position of the core part by means of the first layer , at which it is injected, from the injection mould to an RIM foaming mould ; - fixing of the first layer to the core part moulded thereon on a first foam mould half of the RIM foaming mould in such a way that the core part is held in an orthopaedically predetermined position by means of the first layer ; - insertion of the components producing the PU foam plastic into the RIM foaming mould in such a way that the side of the first layer facing away from a shaping surface of the first foaming mould half is foamed by the foam plastic produced by means of the RIM foaming method, with the footbed being formed on the upper side by the foam plastic at the same time; - allowing the foam plastic to harden in the closed RIM foaming mould ; - removal of the shoe inlay blank from the RIM foaming mould after hardening; and - cutting of the shoe inlay blank to form the foam plastic shoe inlay .
A knot-tying head adapted to form a knot with a filament around a part, which part having an essentially cylindrical or prismatic portion, and wherein the knot-tying head comprises: at least one first body , and at least one second body , complementary with the at least one first body , wherein the at least one first body and the at least one second body are configured such that when they are attached they form a hollow space between both bodies configured for receiving the part; wherein the first body and the second body comprise: at least one conduit made in the first body and the second body , the at least one conduit forming a path substantially around the hollow space , and the at least one conduit being adapted to receive the filament , and at least one groove communicating the at least one conduit with the hollow space along all or part of its path, the width of the groove being - less than the width of the conduit , and - greater than the width of the filament used to form the knot; characterized in that the at least one first body and the at least one second body comprise at least one opening configured for the filament to enter or exit the conduit . at least one first body , and at least one second body , complementary with the at least one first body , wherein the at least one first body and the at least one second body are configured such that when they are attached they form a hollow space between both bodies configured for receiving the part; wherein the first body and the second body comprise: at least one conduit made in the first body and the second body , the at least one conduit forming a path substantially around the hollow space , and the at least one conduit being adapted to receive the filament , and at least one groove communicating the at least one conduit with the hollow space along all or part of its path, the width of the groove being - less than the width of the conduit , and - greater than the width of the filament used to form the knot; characterized in that the at least one first body and the at least one second body comprise at least one opening configured for the filament to enter or exit the conduit . at least one conduit made in the first body and the second body , the at least one conduit forming a path substantially around the hollow space , and the at least one conduit being adapted to receive the filament , and at least one groove communicating the at least one conduit with the hollow space along all or part of its path, the width of the groove being - less than the width of the conduit , and - greater than the width of the filament used to form the knot; characterized in that the at least one first body and the at least one second body comprise at least one opening configured for the filament to enter or exit the conduit . - less than the width of the conduit , and - greater than the width of the filament used to form the knot; characterized in that the at least one first body and the at least one second body comprise at least one opening configured for the filament to enter or exit the conduit .
Oil-mist detector for detecting and/or analysing oil-air mixtures, in particular for use in a crank chamber housing that delimits a crank chamber of a piston machine, having - a measuring chamber that forms at least one optical measuring path for the optical detection of an oil mist , wherein the measuring chamber contains an optical measuring arrangement of light sources , for example LEDs, and light detectors , for example photodiodes, - the optical measuring arrangement comprises a first functional pair and a second functional pair consisting of in each case a light source and a light detector , - the light source of the first functional pair forms a first optical measuring path with the light detector of the second functional pair , while the light source of the second functional pair forms a second optical measuring path with the light detector of the first functional pair , and - the optical measuring arrangement is configured to simultaneously carry out a transmitted light measurement and a scattered light measurement in each case on a gas sample located in the measuring chamber ; characterized in that , in order to enable a redundant transmitted light measurement, the first and the second optical measuring path run in mutually opposing directions and cover the same measuring path through the measuring chamber . - a measuring chamber that forms at least one optical measuring path for the optical detection of an oil mist , wherein the measuring chamber contains an optical measuring arrangement of light sources , for example LEDs, and light detectors , for example photodiodes, - the optical measuring arrangement comprises a first functional pair and a second functional pair consisting of in each case a light source and a light detector , - the light source of the first functional pair forms a first optical measuring path with the light detector of the second functional pair , while the light source of the second functional pair forms a second optical measuring path with the light detector of the first functional pair , and - the optical measuring arrangement is configured to simultaneously carry out a transmitted light measurement and a scattered light measurement in each case on a gas sample located in the measuring chamber ;
Method for managing handover roaming in a communication system comprising a first LPWAN network of a first operator and a second LPWAN network of a second operator, the first network comprising: - gathering gateways , - a first server responsible for managing said gathering gateways , and - a second server , coupled to the first server , responsible for controlling the MAC layer for end devices communicating via said gathering gateways , the second network comprising: - a third server responsible for interfacing a fourth server and a fifth server with the second server of the first network, - the fourth server , which implements an application with which at least one end device of the second operator exchanges application data in the context of a defined service subscription with the second operator, and - the fifth server , responsible for authenticating any end device seeking to join the communication system in order to benefit from the services of the fourth server , the method being such that the communication system transports uplink frames including application data from said at least one end device of the second operator to the fourth server by successive relayings of the first , second and third servers when said at least one end device of the second operator is authenticated and furthermore said uplink frames are captured by at least one gathering gateway of the first network, the method being characterised in that each gathering gateway of the first network that has detected an end device of the second operator requesting to join the communication system in order to benefit from the services of the fourth server communicates with the fifth server for authenticating said end device of the second operator detected, short-circuiting the first , second and third servers; and in that , the first network having a range of addresses for all the end devices accessing the communication system via the gathering gateways of the first network, the fifth server manages a predetermined subset of addresses of the range of addresses of the first network and attributes an address from among said predetermined subset of addresses to any end device of the second operator that is in handover roaming via the first network and is authenticated by the fifth server . - gathering gateways , - a first server responsible for managing said gathering gateways , and - a second server , coupled to the first server , responsible for controlling the MAC layer for end devices communicating via said gathering gateways , - a third server responsible for interfacing a fourth server and a fifth server with the second server of the first network, - the fourth server , which implements an application with which at least one end device of the second operator exchanges application data in the context of a defined service subscription with the second operator, and - the fifth server , responsible for authenticating any end device seeking to join the communication system in order to benefit from the services of the fourth server ,
A communications device configured to communicate with an infrastructure equipment forming part of a mobile communications network, and to communicate with one or more relay nodes of the mobile communications network, wherein the communications device comprises a receiver configured to receive signals on the downlink from the one or more relay nodes via a first wireless access interface , and to receive signals on the downlink from the infrastructure equipment via a second wireless access interface , a transmitter configured to transmit signals on the uplink to the one or more relay nodes via the first wireless access interface, and to transmit signals on the uplink to the infrastructure equipment via the second wireless access interface, and a controller configured to control the receiver to receive the signals and to control the transmitter to transmit the signals, wherein the controller is configured in combination with the receiver and the transmitter in a first mode of operation to perform one or more of transmitting signals representing data via the first wireless access interface to one of the relay nodes for transmission via the second wireless access interface to the infrastructure equipment, and receiving signals representing data via the second wireless access interface from the infrastructure equipment via the first wireless access interface from the one of the relay nodes, and in response to predetermined conditions to switch to a second mode of operation, in the second mode of operation performing one or more of transmitting signals representing data via the second wireless access interface to the infrastructure equipment, and receiving signals representing data via the second wireless access interface from the infrastructure equipment, wherein the second wireless access interface has a relative capability higher than a relative capability of the first wireless access interface.
A method for a continuous wort production in a brewhouse plant , the wort of the wort boiling process being cooled from a hot wort temperature to the desired pitching temperature by means of a continuously operating wort cooler in a continuously operating wort boiling device and before yeast is added, the wort cooler being realised in the manner of a heat transfer means which cools the wort with water in the counter current, the water being heated in the wort cooler from a cold water temperature, characterised in that the water in the wort cooler is continuously heated from a cold water temperature in the range between 2°C and 6°C to an intermediate temperature in the range between 90°C and 96°C, the water having the intermediate temperature in the range between 90°C and 96°C subsequently being immediately fed as heat carrier into a continuously operating wort preheating device upstream of the wort boiling device , and the temperature of the wort in the wort preheating device being raised by heat transfer, and the water in the continuously operating wort preheating device being cooled down from the intermediate temperature reached in the wort cooler in the range between 90°C and 96°C to a hot water storage temperature in the range between 75°C and 85°C.
A Papaver somniferum plant wherein the plant is modified and comprises: a genomic deletion to all or part of three genes encoding codeine 3-O-demethylases, a genomic deletion to all or part of five genes encoding thebaine 6-O-demethylases, wherein the expression or activity of said three codeine 3-O-demethylases is undetectable and further wherein the expression or activity of said five thebaine 6-O-demethylases is undetectable wherein the modified plant has a thebaine content that is at least 90% of the total extracted alkaloid content of latex or dried straw when compared to a wild type Papaver somniferum plant comprising functional genes encoding codeine 3-O-demethylases and thebaine 6-O-demethylases. a genomic deletion to all or part of three genes encoding codeine 3-O-demethylases, a genomic deletion to all or part of five genes encoding thebaine 6-O-demethylases, wherein the expression or activity of said three codeine 3-O-demethylases is undetectable and further wherein the expression or activity of said five thebaine 6-O-demethylases is undetectable wherein the modified plant has a thebaine content that is at least 90% of the total extracted alkaloid content of latex or dried straw when compared to a wild type Papaver somniferum plant comprising functional genes encoding codeine 3-O-demethylases and thebaine 6-O-demethylases.