mhurhangee/ep-ind-claims huggingface dataset:
An ice breaking seal (14; 114) for a ball screw comprising a first ice breaking section (20; 120) and a second sealing section (22;122), the ice breaking section (20; 120) being formed of a polymeric material and having a first hardness and the sealing section (22; 122) being formed of a polymeric material and having a second hardness, which is lower than the first hardness, characterised in that the sealing section (22; 122) is formed integrally with the ice breaking section (20; 120).
A jet mill comprising a grinding chamber and an aerosol generator arranged to supply liquid aerosol into the grinding chamber, wherein the liquid aerosol comprises at least one of a pharmaceutically active material, a pharmaceutical additive and a pharmaceutical excipient.
A security element for securing security papers, value documents, such as bank notes, checks or the like, and other data carriers, wherein the security element has a substrate on which a first and a second layer (4, 5) are configured in register, wherein a third layer having magnetic pigments is configured at least partially on the first and/or second layer (4, 5), wherein the first layer has first pigments and the second layer has second pigments, wherein the first and/or second pigments are configured partially transparent or partially translucent in the visible wavelength range, and wherein the first and second layers are configured such that they show different colors upon illumination with light from the visible wavelength range and/or show different colors upon illumination with UV radiation.
A process for the production of a film comprising the steps of: a) providing a suspension comprising microfibrillated cellulose, wherein the content of the microfibrillated cellulose of said suspension is at least 60 weight-% based on the weight of solids of the suspension; b) adding cationic retention polymer to the suspension; c) adding nanoparticles, having an individual diameter of from 1 to 100 nm, to said suspension to provide a mixture of said microfibrillated cellulose and said nanoparticles, wherein said nanoparticles are silica, modified silica, silicates, alumina, nanoclays such as montmorrilonite or bentonite or nanobentonite particles, wherein the amount of nanoparticles added is at least 1.0 kg on dry basis per ton of dry solids of the suspension, wherein said nanoparticles are anionic at neutral or alkaline pH, wherein the weight ratio of polymer to nanoparticles is in the range of from 1:3 to 1:20; d) providing said mixture to a porous wire to form a web; and e) dewatering said web to form an intermediate thin substrate or film. a) providing a suspension comprising microfibrillated cellulose, wherein the content of the microfibrillated cellulose of said suspension is at least 60 weight-% based on the weight of solids of the suspension; b) adding cationic retention polymer to the suspension; c) adding nanoparticles, having an individual diameter of from 1 to 100 nm, to said suspension to provide a mixture of said microfibrillated cellulose and said nanoparticles, wherein said nanoparticles are silica, modified silica, silicates, alumina, nanoclays such as montmorrilonite or bentonite or nanobentonite particles, wherein the amount of nanoparticles added is at least 1.0 kg on dry basis per ton of dry solids of the suspension, wherein said nanoparticles are anionic at neutral or alkaline pH, wherein the weight ratio of polymer to nanoparticles is in the range of from 1:3 to 1:20; d) providing said mixture to a porous wire to form a web; and e) dewatering said web to form an intermediate thin substrate or film.
A method, comprising: receiving, at a TCP spoofer, a message from a local host (30, 40) including a request to initiate a TCP connection with a remote host (30, 40); determining spoofing resource conditions of the TCP spoofer; determining spoofing resource conditions of a TCP spoofer peer associated with the remote host (30, 40); and determining at the TCP spoofer whether to spoof the TCP connection from the local host (30, 40) to the remote host (30, 40) by querying a plurality of spoofing rules, wherein a first of the queried spoofing rules allows spoofing for the TCP connection if it corresponds to a first TCP port or application, and only if an amount of spoofing memory resources in use falls below or does not exceed a first predetermined threshold, wherein a second of the queried spoofing rules allows spoofing for the TCP connection if it corresponds to a second TCP port or application, and only if the amount of spoofing memory resources in use falls below or does not exceed a second predetermined threshold different from the first predetermined threshold, wherein the amount of spoofing memory resources in use is calculated using the determined spoofing resource conditions of the TCP spoofer and the TCP spoofer peer. receiving, at a TCP spoofer, a message from a local host (30, 40) including a request to initiate a TCP connection with a remote host (30, 40); determining spoofing resource conditions of the TCP spoofer; determining spoofing resource conditions of a TCP spoofer peer associated with the remote host (30, 40); and determining at the TCP spoofer whether to spoof the TCP connection from the local host (30, 40) to the remote host (30, 40) by querying a plurality of spoofing rules, wherein a first of the queried spoofing rules allows spoofing for the TCP connection if it corresponds to a first TCP port or application, and only if an amount of spoofing memory resources in use falls below or does not exceed a first predetermined threshold, wherein a second of the queried spoofing rules allows spoofing for the TCP connection if it corresponds to a second TCP port or application, and only if the amount of spoofing memory resources in use falls below or does not exceed a second predetermined threshold different from the first predetermined threshold, wherein the amount of spoofing memory resources in use is calculated using the determined spoofing resource conditions of the TCP spoofer and the TCP spoofer peer.
A process for producing lactose-free dairy products, comprising the following steps: (a) subjecting a starting milk to ultrafiltration for producing a first permeate P1 and a first retentate R1; (b) subjecting the first permeate P1 to reverse osmosis for producing a second permeate P2 and a second retentate R2; (c) subjecting the second retentate R2 to decalcification, wherein a precipitate is formed, which contains slightly soluble Ca/Mg salts; (d) subjecting the precipitate of step (c) to ultrafiltration for producing a third permeate P3, which is a lactose concentrate, and a third retentate R3, which is a mineral concentrate; (e) mixing the first retentate R1 with an amount of the third permeate P3 and the third retentate R3 each such that a standardized dairy product is obtained with defined concentrations of lactose and salts or minerals; (f) hydrolyzing the standardized dairy product of step (e) while adding an amount of lactase such that the residual amount of lactose still contained in the product is completely broken down into glucose and galactose. (a) subjecting a starting milk to ultrafiltration for producing a first permeate P1 and a first retentate R1; (b) subjecting the first permeate P1 to reverse osmosis for producing a second permeate P2 and a second retentate R2; (c) subjecting the second retentate R2 to decalcification, wherein a precipitate is formed, which contains slightly soluble Ca/Mg salts; (d) subjecting the precipitate of step (c) to ultrafiltration for producing a third permeate P3, which is a lactose concentrate, and a third retentate R3, which is a mineral concentrate; (e) mixing the first retentate R1 with an amount of the third permeate P3 and the third retentate R3 each such that a standardized dairy product is obtained with defined concentrations of lactose and salts or minerals; (f) hydrolyzing the standardized dairy product of step (e) while adding an amount of lactase such that the residual amount of lactose still contained in the product is completely broken down into glucose and galactose.
An aerosol generator, comprising - a housing (20, 22) having a first holding member (24, 24', 24") and a second holding member, and - a vibratable element for generating an aerosol, wherein - the vibratable element is at least partially accommodated in the housing (20, 22), - the vibratable element is contacted by and held between the first and second holding members (24, 24', 24"; 38), - the first holding member (24, 24', 24") is less flexible than the second holding member, and - the housing (20, 22) comprises a fluid reservoir for receiving a fluid to be aerosolised, characterized in that the second holding member is provided on the fluid reservoir. - a housing (20, 22) having a first holding member (24, 24', 24") and a second holding member, and - a vibratable element for generating an aerosol, wherein - the vibratable element is at least partially accommodated in the housing (20, 22), - the vibratable element is contacted by and held between the first and second holding members (24, 24', 24"; 38), - the first holding member (24, 24', 24") is less flexible than the second holding member, and - the housing (20, 22) comprises a fluid reservoir for receiving a fluid to be aerosolised,
A breathing mask for covering nostrils of a user and for supplying humidified gas for breathing to the nostrils, which mask comprises: a first member for abutting the face of the user and for covering the nostrils and comprising a first port for taking in gas for breathing; and a second member for covering at least a portion of the first member, the second member having a rigidity greater than that of the first member, and comprising a second port for connection to a means for transport of the gas for breathing, and which second port is mated with the first port, in which mask a cavity is present between the first member and the second member, characterised in that the first member and the second member seal the cavity by the mating with each other. a first member for abutting the face of the user and for covering the nostrils and comprising a first port for taking in gas for breathing; and a second member for covering at least a portion of the first member, the second member having a rigidity greater than that of the first member, and comprising a second port for connection to a means for transport of the gas for breathing, and which second port is mated with the first port, in which mask a cavity is present between the first member and the second member, characterised in that the first member and the second member seal the cavity by the mating with each other.
Circulation pump of a hot water supply, including an electric motor and a control unit for turning the circulation pump on and off, and comprising a circuit arrangement (17, 20, 26, 29) for processing signals of a sensor detecting the temperature in the inlet flow of a circulation line and of a sensor detecting the temperature in the return flow of the circulation line, wherein the circuit arrangement is connected to the motor control unit of the electric motor of the circulation pump, the circuit arrangement (17, 20, 26, 29) for processing the signals and the motor control unit are disposed in a housing (13, 14) attachable to the pump housing of the circulation pump, said housing including a casing, enclosing the electric motor, and a cap, wherein - in the direction away from a rotor of the electric motor the casing is extended by means of the cap, - a power supply to the electric motor is provided via a supply line which is passed through a cable sleeve into the cavity of the cap, - within the cap a circuit board with the motor control unit and a circuit board with the circuit arrangement are accommodated, - the circuit board with the circuit arrangement is disposed inside in the vicinity of the end face of the cap and is connected to the circuit board of the motor control unit via an adaptor circuit board plugged in contact strips of the circuit boards, and - the circuit board with the circuit arrangement is provided with contact pins which are accessible from the outside through an opening in a lateral wall of the cap and which are for plugging on a plug connected via a cable to the sensor for detecting the temperature in the inlet flow. - in the direction away from a rotor of the electric motor the casing is extended by means of the cap, - a power supply to the electric motor is provided via a supply line which is passed through a cable sleeve into the cavity of the cap, - within the cap a circuit board with the motor control unit and a circuit board with the circuit arrangement are accommodated, - the circuit board with the circuit arrangement is disposed inside in the vicinity of the end face of the cap and is connected to the circuit board of the motor control unit via an adaptor circuit board plugged in contact strips of the circuit boards, and - the circuit board with the circuit arrangement is provided with contact pins which are accessible from the outside through an opening in a lateral wall of the cap and which are for plugging on a plug connected via a cable to the sensor for detecting the temperature in the inlet flow.
Use of a loaded particulate carrier comprising surface-reacted calcium carbonate loaded with an active ingredient, said active ingredient having a solubility limit in water of less than 10 g/l, measured at 20 °C and 1 bar, characterized in that the loaded particulate carrier is used for preparing an aqueous system comprising said active ingredient in dissolved form, wherein the mass concentration of dissolved active ingredient in said aqueous system corresponds to a supersaturated state, wherein the surface-reacted calcium carbonate is a reaction product of ground natural calcium carbonate (GNCC) or precipitated calcium carbonate treated with CO 2 and one or more H 3 O + ion donors, wherein the CO 2 is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source.
Process for obtaining dry super-absorbing polymer particles from used sanitary products, which sanitary products comprise a package containing therein at least one plastic sheet, wet SAP particles and other components, comprising the steps of: a. Opening the package, b. Subjecting the opened package to a separation in a dry mode to obtain a stream of the plastic sheets and a first mixed stream of the packages, the wet SAP particles and the other components, characterized in that the process comprises the steps of c. Heating and drying the first mixed stream, to obtain a second mixed stream of the packages, the dry SAP particles and the other components, and d. Subjecting the second mixed stream to a separation to obtain a stream of the dry SAP particles and a stream of the packages and other components. a. Opening the package, b. Subjecting the opened package to a separation in a dry mode to obtain a stream of the plastic sheets and a first mixed stream of the packages, the wet SAP particles and the other components, characterized in that the process comprises the steps of c. Heating and drying the first mixed stream, to obtain a second mixed stream of the packages, the dry SAP particles and the other components, and d. Subjecting the second mixed stream to a separation to obtain a stream of the dry SAP particles and a stream of the packages and other components.
An organic light-emitting device comprising an anode, a cathode, a light-emitting layer provided between the anode and the cathode, and a hole blocking layer provided in contact with a cathode side of the light-emitting layer, characterized in that the hole blocking layer comprises a hole blocking material that has a larger ionization potential than an ionization potential of the light-emitting layer and one kind or plural kinds of materials, which are different from the hole blocking material; wherein the one kind or plural kinds of materials comprise one kind or plural kinds of n-type organic semiconductors, wherein a value of an energy gap of each of the n-type organic semiconductors between a highest occupied molecular orbital level and a lowest unoccupied molecular orbital level is larger than a value of an energy gap of the light-emitting layer between a highest occupied molecular orbital level and a lowest unoccupied molecular orbital level.
A method for obtaining neighborhood information for a first cell in a network comprising at least a first and a second cell comprising first and second cell sites, comprising: facilitating a handover procedure of a mobile node from the second cell site to the first cell site; establishing the presence of a mobile node in the first cell in response to facilitating the handover procedure; facilitating a communication session for the mobile node; determining in the first cell site neighborhood information in response to facilitating the handover procedure, the neighborhood information describing the second cell having a second cell site; discovering that the first cell site is a neighbor of the second cell site in response to the neighborhood information; and recording the neighborhood information in a neighborhood information record. facilitating a handover procedure of a mobile node from the second cell site to the first cell site; establishing the presence of a mobile node in the first cell in response to facilitating the handover procedure; facilitating a communication session for the mobile node; determining in the first cell site neighborhood information in response to facilitating the handover procedure, the neighborhood information describing the second cell having a second cell site; discovering that the first cell site is a neighbor of the second cell site in response to the neighborhood information; and recording the neighborhood information in a neighborhood information record.
Suction excavator consisting of a carrier vehicle on which are mounted an engine compartment equipped with waste and rubble pumping means and a tank subdivided into a filter compartment adjacent to the engine compartment, in which is mounted a filtration unit, and a compartment for the storage of sucked-up waste and rubble, equipped in its rear part with an articulated suction arm linked to a suction circuit connected on the suction side of the pumping means, said tank being capable of tilting transversely about a horizontal tilting axis essentially parallel to its median longitudinal axis between, on the one hand, an upright or working position in which the waste and rubble can be sucked up and transferred into the storage compartment, and, on the other hand, a tilted or emptying position, characterised in that the upper part of the tank is divided longitudinally into a closed part below which is mounted, at the level of the storage compartment of the same, a longitudinal section of the suction circuit linked to the articulated suction arm and an open part blocked by an articulated longitudinal cover which opens during the movement of the tank from the working position to the emptying position in order to allow the evacuation of waste and rubble collected in the storage compartment and dust collected in the filter compartment, connecting means (23, 24, 25, 26, 43) for disconnecting the tank and the suction circuit from the articulated suction arm and the pumping means mounted in the engine compartment when said tank is moved from the working position to the emptying position and for reconnecting the same when the reverse movement is performed, and the filtration unit provided in the filter compartment being closed by an articulated protective cover which remains closed during the tilting of the tank from the working position to the emptying position.
A method of receiving a personal broadcast of a second terminal by using peer-to-peer, P2P, communication, wherein the method is performed by a first terminal, the method comprising: receiving timeline based electronic program guide, EPG, information about a personal broadcasting channel of a second terminal from a tracker server; displaying the received EPG information via a user interface for a user to refer to the EPG information while making a reservation; transmitting information about the reservation to the tracker server when an external input for making the reservation to view the personal broadcast is received; synchronizing the received EPG information with the second terminal; receiving a notification message indicating the starting of the personal broadcast from the second terminal which received the information from the tracker server; and, receiving streaming data from the second terminal after the notification message is received. receiving timeline based electronic program guide, EPG, information about a personal broadcasting channel of a second terminal from a tracker server; displaying the received EPG information via a user interface for a user to refer to the EPG information while making a reservation; transmitting information about the reservation to the tracker server when an external input for making the reservation to view the personal broadcast is received; synchronizing the received EPG information with the second terminal; receiving a notification message indicating the starting of the personal broadcast from the second terminal which received the information from the tracker server; and, receiving streaming data from the second terminal after the notification message is received.
A honeycomb structure having a plurality of cells formed by a plurality of partition walls and extending through in parallel with one another between two end faces (S1, S2), wherein the partition walls are constituted of ceramic, and the cells are formed of the partition walls including first partition walls each having first thickness and second partition walls each having second thickness thinner than the first thickness, and each of the cells has a square shape in a cross section perpendicular to a cell extension direction, and the cells include cells whose three or four sides among the four sides forming the square shape are formed of the first partition walls and cells whose three or four sides among the four sides forming the square shape are formed of the second partition walls; wherein a thin wall portion cell area / thick wall portion cell area ratio, which is the ratio of the thin wall portion cell area, where four sides forming the square shape includes only two sides formed of the first partition walls without facing each other or only one side or less formed of the first partition wall, to the thick wall portion cell area, where all the four sides forming the square shape are formed of the first partition walls, is 2.0 or more and 16 or less. wherein the partition walls are constituted of ceramic, and the cells are formed of the partition walls including first partition walls each having first thickness and second partition walls each having second thickness thinner than the first thickness, and each of the cells has a square shape in a cross section perpendicular to a cell extension direction, and the cells include cells whose three or four sides among the four sides forming the square shape are formed of the first partition walls and cells whose three or four sides among the four sides forming the square shape are formed of the second partition walls; wherein a thin wall portion cell area / thick wall portion cell area ratio, which is the ratio of the thin wall portion cell area, where four sides forming the square shape includes only two sides formed of the first partition walls without facing each other or only one side or less formed of the first partition wall, to the thick wall portion cell area, where all the four sides forming the square shape are formed of the first partition walls, is 2.0 or more and 16 or less.