mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a low-fat product from a starting material made of a fat and/or oil containing plant- or animal item, the method comprising the steps of: providing the starting material at a temperature of at least 35°C, and extracting a greater part of the extractable oil and/or fat originally contained in the plant or animal item from the starting material using a first decanter centrifuge , thereby leaving a residue of solids and liquids, the residue forming the low-fat product, wherein the first decanter centrifuge is of a two-phase type, characterized in that water and solids are discharged as a uniform slurry through a small end hub of the decanter centrifuge , while a relative clean oil is discharged via the large end hub of the decanter centrifuge , between the large end hub and the small end hub a bowl extends in a cylindrical shape adjacent the large end hub and in a conical shape adjacent the small end hub , a light phase discharge at the large end hub is in the first decanter centrifuge defining the outlet for the oily phase, whereas the slurry containing water and solids are discharged at a heavy phase outlet at the small end hub , a first liquid level being defined between the oily phase and the water phase in the bowl, the light phase discharge having a weir which is set to define the first liquid level at a specific distance from an axis allowing the oil/fat to be discharged at the light phase outlet but preventing solids/water to be discharged there. providing the starting material at a temperature of at least 35°C, and extracting a greater part of the extractable oil and/or fat originally contained in the plant or animal item from the starting material using a first decanter centrifuge , thereby leaving a residue of solids and liquids, the residue forming the low-fat product,
A surgical fastener deployment system including: a distal most coil fastener including a head attached to a coil body extending from the head and a distal tip at a distal most end of the coil body ; a first shaft including a proximal end and a distal end , the distal end of the first shaft also defining a distal end of the surgical fastener deployment system, wherein the distal most coil fastener is disposed in the first shaft ; a guiding element comprising a deflectable latch including a protruding surface that extends inwardly toward the coil body of the distal most coil fastener to engage the coil body, and wherein the guiding element is configured to deflect out of a path of the head of the distal most coil fastener as the distal most coil fastener is moved in a distal direction, characterised in that the protruding surface of the guiding element comprises a latch tip at the distal end of the first shaft such that the latch tip remains engaged with the coil body to guide the coil body as the distal tip of the distal most coil fastener is deployed out of the distal end and into a prosthetic and/or tissue, and wherein the latch tip is angled to correspond to the helix angle of the coil body . a distal most coil fastener including a head attached to a coil body extending from the head and a distal tip at a distal most end of the coil body ; a first shaft including a proximal end and a distal end , the distal end of the first shaft also defining a distal end of the surgical fastener deployment system, wherein the distal most coil fastener is disposed in the first shaft ; a guiding element comprising a deflectable latch including a protruding surface that extends inwardly toward the coil body of the distal most coil fastener to engage the coil body, and wherein the guiding element is configured to deflect out of a path of the head of the distal most coil fastener as the distal most coil fastener is moved in a distal direction, characterised in that the protruding surface of the guiding element comprises a latch tip at the distal end of the first shaft such that the latch tip remains engaged with the coil body to guide the coil body as the distal tip of the distal most coil fastener is deployed out of the distal end and into a prosthetic and/or tissue, and wherein the latch tip is angled to correspond to the helix angle of the coil body .
A communication method in a base station apparatus (40a to 40c) that is configured to perform radio communication with a plurality of mobile station apparatuses using a plurality of frequency layers with different frequency bands, the communication method comprising: determining a communication condition of each of the mobile station apparatuses , the communication condition including a RSRP, Reference Signal Received Power or a RSRQ, Reference Signal Received Quality and communication requirements; and in case that the RSRP in a high-frequency layer is larger than a threshold: transmitting downlink cell common control channel and downlink cell common traffic channel on a low-frequency layer; and transmitting downlink cell dedicated traffic channel and downlink cell dedicated control channel corresponding to each of the mobile station apparatuses on a low-frequency layer and a high-frequency layer or a high-frequency layer based on the result of the determination of the communication condition in each of the mobile station apparatuses . determining a communication condition of each of the mobile station apparatuses , the communication condition including a RSRP, Reference Signal Received Power or a RSRQ, Reference Signal Received Quality and communication requirements; and in case that the RSRP in a high-frequency layer is larger than a threshold: transmitting downlink cell common control channel and downlink cell common traffic channel on a low-frequency layer; and transmitting downlink cell dedicated traffic channel and downlink cell dedicated control channel corresponding to each of the mobile station apparatuses on a low-frequency layer and a high-frequency layer or a high-frequency layer based on the result of the determination of the communication condition in each of the mobile station apparatuses . transmitting downlink cell common control channel and downlink cell common traffic channel on a low-frequency layer; and transmitting downlink cell dedicated traffic channel and downlink cell dedicated control channel corresponding to each of the mobile station apparatuses on a low-frequency layer and a high-frequency layer or a high-frequency layer based on the result of the determination of the communication condition in each of the mobile station apparatuses .
A method comprising: operating a mobile device of a user to determine the user's location ; based on the determined location of the user, retrieving information identifying (i) at least a first nearby real-world object, (ii) at least a first target interaction associated with the first real-world object, the target interaction including a combination of gesture and material properties, and (iii) at least a first program action associated with the first target interaction; operating at least one sensor in communication with the mobile device to detect vibration data, the sensor being worn by the user; responsive to a determination that the vibration data matches the first target interaction initiating the first program action. operating a mobile device of a user to determine the user's location ; based on the determined location of the user, retrieving information identifying (i) at least a first nearby real-world object, (ii) at least a first target interaction associated with the first real-world object, the target interaction including a combination of gesture and material properties, and (iii) at least a first program action associated with the first target interaction; operating at least one sensor in communication with the mobile device to detect vibration data, the sensor being worn by the user; responsive to a determination that the vibration data matches the first target interaction initiating the first program action.
An apparatus for separating solid particles from a hydrocarbon-containing fluid produced from an oil and/or gas production facility, the apparatus comprising an upstream particle separation unit for separating solid particles and fluid in a vortex chamber , the upstream particle separation unit comprising an input conduit for a fluid and particle mixture into a vortex chamber , a first collector for solid particles beneath the vortex chamber and a fluid conduit for conveying fluid away from the vortex chamber, and a downstream particle separation unit comprising a first conduit for conveying a fluidising fluid into a lower portion of the first collector, a second conduit for receiving a fluidised flow of solid particles in the fluidising fluid from the lower portion of the first collector, a particle separator for receiving the fluidised flow and separating solid particles from the fluid, and a second collector for receiving the solid particles from the particle separator, wherein the upstream particle separation unit is adapted to separate a fluid and particle mixture at a higher pressure than a pressure of the fluidised flow separated by the downstream particle separation unit .
A solder preform comprising: either the preform being in shape of a solder tube, the tube comprising a cylindrically shaped solder alloy body, the solder alloy body comprising a first end , a second end , and at least one opening located at the first end or the second end, the second end circumferentially overlapping, or interlocking with, the first end; or the preform being in the shape of a solder washer with a central hole, the washer comprising a solder alloy body with an inner diameter sidewall and an outer diameter sidewall, and at least one opening located at the inner diameter sidewall or the outer diameter sidewall; the solder preform being characterised by the following: a flux core embedded in the solder alloy body, the flux core comprising a thermochromic indicator, such that during reflow soldering, the flux core comprising the thermochromic indicator is configured to flow out of the at least one opening of the solder alloy, and the thermochromic indicator is configured to become colorless at or above a reflow temperature of the solder alloy, either the preform being in shape of a solder tube, the tube comprising a cylindrically shaped solder alloy body, the solder alloy body comprising a first end , a second end , and at least one opening located at the first end or the second end, the second end circumferentially overlapping, or interlocking with, the first end; or the preform being in the shape of a solder washer with a central hole, the washer comprising a solder alloy body with an inner diameter sidewall and an outer diameter sidewall, and at least one opening located at the inner diameter sidewall or the outer diameter sidewall; the solder preform being characterised by the following: a flux core embedded in the solder alloy body, the flux core comprising a thermochromic indicator, such that during reflow soldering, the flux core comprising the thermochromic indicator is configured to flow out of the at least one opening of the solder alloy, and the thermochromic indicator is configured to become colorless at or above a reflow temperature of the solder alloy,
Method of culturing and/or monitoring epithelial cells using a microfluidic cell culture system comprising a microfluidic channel network, the method comprising a) introducing mesenchymal cells in the microfluidic channel network, wherein the mesenchymal cells are introduced in the microfluidic channel network a1) using an aqueous medium; or a2) using a gel precursor and allowing the gel precursor to gelate in the microfluidic channel network thereby occupying at least part of the microfluidic channel network; b) in case of step a1), and preferably in case of step a2), allowing the mesenchymal cells to proliferate and/or differentiate, until at least part of the microfluidic channel network is covered with mesenchymal cells such that at least a group/layer/sheet of mesenchymal cells is formed; c) introducing epithelial cells in the microfluidic channel network comprising the mesenchymal cells; and d) allowing the epithelial cells to proliferate and/or differentiate, until at least part of the microfluidic channel network is covered with epithelial cells and/or until at least part of the mesenchymal cells is covered with epithelial cells such that at least a group/layer/sheet of epithelial cells is formed. a) introducing mesenchymal cells in the microfluidic channel network, wherein the mesenchymal cells are introduced in the microfluidic channel network a1) using an aqueous medium; or a2) using a gel precursor and allowing the gel precursor to gelate in the microfluidic channel network thereby occupying at least part of the microfluidic channel network; a1) using an aqueous medium; or a2) using a gel precursor and allowing the gel precursor to gelate in the microfluidic channel network thereby occupying at least part of the microfluidic channel network; b) in case of step a1), and preferably in case of step a2), allowing the mesenchymal cells to proliferate and/or differentiate, until at least part of the microfluidic channel network is covered with mesenchymal cells such that at least a group/layer/sheet of mesenchymal cells is formed; c) introducing epithelial cells in the microfluidic channel network comprising the mesenchymal cells; and d) allowing the epithelial cells to proliferate and/or differentiate, until at least part of the microfluidic channel network is covered with epithelial cells and/or until at least part of the mesenchymal cells is covered with epithelial cells such that at least a group/layer/sheet of epithelial cells is formed.
A sensor controller connected to a sensor, the sensor controller being capable of performing communication, utilizing capacitive coupling, with a first stylus and a second stylus being different from the first stylus , the first stylus being configured for a first communication method (STD), the second stylus being configured for a second communication method (PRP), wherein the sensor controller is configured for the first communication method (STD) and the second communication method (PRP), wherein the first communication method (STD) is bidirectional communication, wherein the second communication method (PRP) that is one-directional communication from the second stylus toward the sensor controller , wherein the sensor controller is configured to execute a first discovery (S201) for searching for the first stylus using the first communication method (STD), wherein the sensor controller is configured to execute a second discovery (S202) in order to search for the second stylus on a basis of whether or not the sensor controller receives a pen signal (P2), the pen signal (P2) being transmitted from the second stylus , wherein the sensor controller is configured to alternately and repetitively execute the first discovery (S201) and the second discovery (S202). wherein the sensor controller is configured for the first communication method (STD) and the second communication method (PRP), wherein the first communication method (STD) is bidirectional communication, wherein the second communication method (PRP) that is one-directional communication from the second stylus toward the sensor controller , wherein the sensor controller is configured to execute a first discovery (S201) for searching for the first stylus using the first communication method (STD), wherein the sensor controller is configured to execute a second discovery (S202) in order to search for the second stylus on a basis of whether or not the sensor controller receives a pen signal (P2), the pen signal (P2) being transmitted from the second stylus , wherein the sensor controller is configured to alternately and repetitively execute the first discovery (S201) and the second discovery (S202).
A camshaft assembly for an internal combustion piston engine comprising a first end part (16.1) and a second end part (16.2) and between the first end part (16.1) and the second end part (16.2) an intermediate part in which cams of the camshaft assembly are provided, which end parts (16.1,16.2) are provided with a bearing surface such that the camshaft assembly can be assembled to the engine rotatably supported by bearings via the bearing surfaces, and wherein the camshaft assembly has an direction of longitudinal axis (D), wherein at least one of the cams of the intermediate part comprise a first cam surface (I) and a second cam surface (II) substantially next to each other in the direction of the longitudinal axis (D), characterized in that the intermediate part is releasably assembled to the first end part (16.1) and to the second end part (16.2).
A cellular base station for communicating with a user terminal operable to utilize radio resources of the cellular base station and a wireless local area network, WLAN, access point , comprising: a controller configured to execute functions of: a plurality of packet data convergence protocol, PDCP, entities corresponding to a plurality of bearers used in performing a communication with a user terminal ; and a specific entity that generates a specific packet by adding, to a PDCP packet generated by each of the plurality of PDCP entities, a header including a bearer identifier, wherein the bearer identifier is for identifying a bearer to which the specific packet belongs, from the plurality of bearers, and the specific entity transmits the specific packet to the user terminal via the WLAN access point . a controller configured to execute functions of: a plurality of packet data convergence protocol, PDCP, entities corresponding to a plurality of bearers used in performing a communication with a user terminal ; and a specific entity that generates a specific packet by adding, to a PDCP packet generated by each of the plurality of PDCP entities, a header including a bearer identifier, wherein a plurality of packet data convergence protocol, PDCP, entities corresponding to a plurality of bearers used in performing a communication with a user terminal ; and a specific entity that generates a specific packet by adding, to a PDCP packet generated by each of the plurality of PDCP entities, a header including a bearer identifier, wherein the bearer identifier is for identifying a bearer to which the specific packet belongs, from the plurality of bearers, and the specific entity transmits the specific packet to the user terminal via the WLAN access point .
A method for controlling a robot cleaner , the method comprising: a first operation (S20) of storing information on cleaning while a manual cleaner moved by a user is cleaning (S10), wherein the manual cleaner is a cordless cleaner and a UWB module is installed in the manual cleaner ; a second operation (S30) of transmitting the information stored in the first operation to the robot cleaner , wherein coordinate values are recorded by a UWB module equipped in a charging station of the robot cleaner while the manual cleaner moves while performing the cleaning, wherein a starting coordinate value to be recorded is a coordinate value of a charging station where the manual cleaner is charged or the starting coordinate value is a coordinate value of the charging station of the robot cleaner ; and a third operation (S40) of performing, by the robot cleaner , cleaning based on the information. a first operation (S20) of storing information on cleaning while a manual cleaner moved by a user is cleaning (S10), wherein the manual cleaner is a cordless cleaner and a UWB module is installed in the manual cleaner ; a second operation (S30) of transmitting the information stored in the first operation to the robot cleaner , wherein coordinate values are recorded by a UWB module equipped in a charging station of the robot cleaner while the manual cleaner moves while performing the cleaning, wherein a starting coordinate value to be recorded is a coordinate value of a charging station where the manual cleaner is charged or the starting coordinate value is a coordinate value of the charging station of the robot cleaner ; and a third operation (S40) of performing, by the robot cleaner , cleaning based on the information.
A compound selected from the group consisting of: or a pharmaceutically acceptable salt, solvate, or polymorph thereof.
A furniture hinge having a fitting portion and a hinge cup pivotally connected thereto by at least one hinge lever , wherein the hinge lever is connected to the hinge cup by a hinge axis (A), and with a damping device for dampening a relative movement between the fitting portion and the hinge cup , the damping device is configured to be actuated by an actuating element of the furniture hinge , wherein the actuating element is pivotally arranged within the hinge cup about a pivoting axis (S) extending substantially parallel to the hinge axis (A) of the hinge cup , and the damping device includes at least one linear damper arranged on the outside of the hinge cup , the linear damper includes at least one linearly displaceable piston , wherein each of the outer sides of the hinge cup has a damping device , wherein the hinge cup , together with the damping devices arranged thereon, is configured to be jointly inserted into a cylindrical bore (B) provided in a furniture part and is configured to be jointly arranged within a notional bore diameter of the bore (B), and wherein a transmission mechanism is provided for converting a pivotal movement of the actuating element into a linear movement of the pistons of the linear dampers , and the hinge cup and the linear dampers arranged on the hinge cup are configured to be arranged, in the mounting position, altogether within the cylindrical bore (B) in the furniture part , characterized in that the actuating element is configured so as to be separate from the hinge lever .
Cosmetic preparation comprising a) one or more UV filters b) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate) c) citronellol, wherein the preparation is free from 2-hydroxy-4-methoxybenzophenone, 2-ethylhexyl 4-methoxycinnamate, isoamyl 4-methoxycinnamate and 3-(4-methylbenzylidene)camphor. a) one or more UV filters b) polyglyceryl-10 stearate (INCI Polyglyceryl-10 Stearate) c) citronellol, wherein the preparation is free from 2-hydroxy-4-methoxybenzophenone, 2-ethylhexyl 4-methoxycinnamate, isoamyl 4-methoxycinnamate and 3-(4-methylbenzylidene)camphor.