mhurhangee/patent-ind-claim-en huggingface dataset:
An automatically moving robotic vacuum cleaner with a housing and a filter chamber for receiving suction material, wherein the housing has a housing opening that is formed on the upper side of the housing relative to a usual orientation of the robotic vacuum cleaner during an automatic movement and has a displaceable sealing element , which can be displaced from a closed position that closes the housing opening into a released position that releases the housing opening , so as to enable access to the filter chamber , specifically a vacuuming out of the interior of the filter chamber by means of an external vacuum cleaning apparatus manually guided by the user, wherein the closure element is mounted on the housing in a linearly movable manner, wherein an engagement area of the closure element for shifting the closure element from outside of the housing is mechanically contactable, and wherein the robotic vacuum cleaner has a detection device that is set up to detect the presence of an external vacuum cleaning apparatus to be connected with the housing opening in the area of the housing opening of the robotic vacuum cleaner , wherein the robotic vacuum cleaner has a control device that is set up to control an opening of the housing opening if the presence of an external vacuum cleaning apparatus is detected, characterized in that the control device is set up to initiate the displacement of the closure element into the released position via a movement of the robotic vacuum cleaner against the external vacuum cleaning apparatus , so that the closure element is displaced into an open position through exposure to the mechanical force of the external vacuum cleaning apparatus .
A flexible energy absorbing system comprising a first plurality of cells comprising a first re-entrant geometry and a second plurality of cells comprising a second, different geometry, wherein the first plurality of cells and the second plurality of cells comprise an elastomeric material, characterized in that cells in the first plurality are located in a first area of the system and cells in the second plurality are located in a second, different area of the system, and cells in the first area are packed at a higher density to cells in the second area . wherein the first plurality of cells and the second plurality of cells comprise an elastomeric material, characterized in that cells in the first plurality are located in a first area of the system and cells in the second plurality are located in a second, different area of the system, and cells in the first area are packed at a higher density to cells in the second area .
A composition for submucosal injection, comprising: a divalent cation; and an oligosaccharide obtained by exposing powdered polysaccharides to irradiation, heat, ultrasound, or ultraviolet radiation, wherein viscosity of the composition is greater than 1 Pa s (1000 cP), and injection pressure of the composition falls within a range of 24.5 - 39.2 N (2.5 - 4 kgf), and wherein the viscosity and the injection pressure are measured as indicated in the description. a divalent cation; and an oligosaccharide obtained by exposing powdered polysaccharides to irradiation, heat, ultrasound, or ultraviolet radiation, wherein viscosity of the composition is greater than 1 Pa s (1000 cP), and injection pressure of the composition falls within a range of 24.5 - 39.2 N (2.5 - 4 kgf), and wherein the viscosity and the injection pressure are measured as indicated in the description.
Arrangement of a telescopic seat post and a bicycle frame , comprising: - a tubular telescopic element for mounting a saddle, the telescopic element being slidably mounted along a longitudinal axis (LA) of a seat tube of the bicycle frame , - a tubular support element which is displaceably mounted in the telescopic element , wherein the supporting element has a fastening section which is connected to the seat tube via a fastening element which can be inserted transversely to the longitudinal axis (LA) of the seat tube , characterized in that for an anti-twist protection between the telescopic element and the supporting element a longitudinal groove parallel to the longitudinal axis (LA) of the seat post extends in the surface of the supporting element or the telescopic element , into which engages a guide portion , which is fixedly connected to the telescopic element or the supporting element . - a tubular telescopic element for mounting a saddle, the telescopic element being slidably mounted along a longitudinal axis (LA) of a seat tube of the bicycle frame , - a tubular support element which is displaceably mounted in the telescopic element ,
A thermal insulation member which is directly sandwiched between a first object and a second object and thereby suppresses or interrupts heat transfer between said first object and said second object , comprising: a first main surface opposed to said first object ; and a second main surface positioned on the opposite side from said first main surface and opposed to said second object , said thermal insulation member having a porous structure of ceramic having pores, wherein ZrO 2 particles and different type material existing on surfaces of said ZrO 2 particles form a skeleton of said porous structure, and said different type material includes at least one selected out of SiO 2 , TiO 2 , La 2 O 3 , and Y 2 O 3 , and wherein said first object and said second object are each a metal, resin, plastic, wood, cement, concrete, or glass. a first main surface opposed to said first object ; and a second main surface positioned on the opposite side from said first main surface and opposed to said second object , said thermal insulation member having a porous structure of ceramic having pores, wherein ZrO 2 particles and different type material existing on surfaces of said ZrO 2 particles form a skeleton of said porous structure, and said different type material includes at least one selected out of SiO 2 , TiO 2 , La 2 O 3 , and Y 2 O 3 , and wherein said first object and said second object are each a metal, resin, plastic, wood, cement, concrete, or glass.
Rear anchor for a vertical formwork, comprising a dome plate comprising a spherical-shaped central section comprising an opening , and a nut with a threaded hole configured for housing a threaded end of a tie rod , the nut comprising a spherical portion which is arranged in the opening of the dome plate , the spherical portion of the nut and the central section of the dome plate being coupled like a ball and socket joint, and the rear anchor also comprising a support plate configured for being fixed to a rear formwork panel , said support plate comprising a housing in which the dome plate is arranged, and said dome plate having freedom of radial movement with respect to the support plate inside the housing , characterized in that the rear anchor further comprises a cover detachably fixed to the support plate , the cover and the support plate delimiting a housing in which the nut is retained.
A method for allocating energy costs in a collective building including a plurality of individual premises and at least one collective heat management device , the method being applicable to all the individual premises of the collective building and comprising determining an amount of thermal energy supplied by the at least one collective heat management device , to at least one individual premises of the collective building , over a given period, said determination, carried out by one or more processors, including the use of, - a simulation model, - a plurality of ambient temperature values of the collective building , the plurality of ambient temperature values of the collective building including a plurality of temperatures of the individual premises , - one or more values of temperatures outside the collective building , - a volume of the individual premises , and - at least one heat loss coefficient of the individual premises , and - the calculation of the at least one heat loss coefficient of the individual premises on the basis of the simulation model characterized in that the simulation model is a thermal simulation model of the collective building which virtually represents the collective building and which takes into account, for each individual premises , a geometry of the individual premises and a composition of the walls of the individual premises , as well as the heat exchange between various premises of the collective building ; and in that the method uses a plurality of temperatures of premises or common spaces of the collective building which are adjacent to the individual premises . - a simulation model, - a plurality of ambient temperature values of the collective building , the plurality of ambient temperature values of the collective building including a plurality of temperatures of the individual premises , - one or more values of temperatures outside the collective building , - a volume of the individual premises , and - at least one heat loss coefficient of the individual premises , and - the calculation of the at least one heat loss coefficient of the individual premises on the basis of the simulation model characterized in that the simulation model is a thermal simulation model of the collective building which virtually represents the collective building and which takes into account, for each individual premises , a geometry of the individual premises and a composition of the walls of the individual premises , as well as the heat exchange between various premises of the collective building ; and in that the method uses a plurality of temperatures of premises or common spaces of the collective building which are adjacent to the individual premises .
A microneedle particle comprising: a core structure; and one or more microneedles extending from the core structure, the one or more microneedles being structured to penetrate a biological tissue; wherein at least one of (i) the core structure, (ii) the one or more microneedles, and (iii) a spatial relationship between/among two or more of the microneedles is configured to prevent the entire microneedle particle from penetrating the biological tissue, and wherein the microneedle particle is a substantially planar microneedle particle. a core structure; and one or more microneedles extending from the core structure, the one or more microneedles being structured to penetrate a biological tissue; wherein at least one of (i) the core structure, (ii) the one or more microneedles, and (iii) a spatial relationship between/among two or more of the microneedles is configured to prevent the entire microneedle particle from penetrating the biological tissue, and wherein the microneedle particle is a substantially planar microneedle particle.
A blood purification apparatus comprising: a blood circuit ; a blood purifier provided in the blood circuit; citric acid solution supply means that supplies a citric acid solution into the blood circuit upstream of the blood purifier; and calcium solution supply means that supplies a calcium solution into the blood circuit downstream of the blood purifier, characterized in that the blood purification apparatus is configured to: estimate, based on an input of a target calcium ion concentration for a patient's blood, an amount of calcium loss throughout the blood circuit, including an amount of calcium removed by the blood purifier when blood having the target calcium ion concentration flows through the blood circuit; calculate a flow rate of the calcium solution to be supplied to the blood circuit based on the estimated amount of calcium loss; and supply the calcium solution to the blood circuit by the calcium solution supply means based on the calculated flow rate of the calcium solution. a blood circuit ; a blood purifier provided in the blood circuit; citric acid solution supply means that supplies a citric acid solution into the blood circuit upstream of the blood purifier; and calcium solution supply means that supplies a calcium solution into the blood circuit downstream of the blood purifier, characterized in that the blood purification apparatus is configured to: estimate, based on an input of a target calcium ion concentration for a patient's blood, an amount of calcium loss throughout the blood circuit, including an amount of calcium removed by the blood purifier when blood having the target calcium ion concentration flows through the blood circuit; calculate a flow rate of the calcium solution to be supplied to the blood circuit based on the estimated amount of calcium loss; and supply the calcium solution to the blood circuit by the calcium solution supply means based on the calculated flow rate of the calcium solution. estimate, based on an input of a target calcium ion concentration for a patient's blood, an amount of calcium loss throughout the blood circuit, including an amount of calcium removed by the blood purifier when blood having the target calcium ion concentration flows through the blood circuit; calculate a flow rate of the calcium solution to be supplied to the blood circuit based on the estimated amount of calcium loss; and supply the calcium solution to the blood circuit by the calcium solution supply means based on the calculated flow rate of the calcium solution.
Ship propulsion system (S) having a pump jet (P), which contains a drive motor and a pump housing (G) which has a suction inlet opening for sucking water into the pump housing (G) and at least one nozzle (9; 9a, 9b, 9c) for water to exit the pump housing (G), the drive motor containing a stator , which is part of an inner diffusor ring (D) of the pump jet (P), and a rotor , which is part of an impeller (I) of the pump jet (P), the drive motor being a magnet motor (M) integrated into the pump housing (G) or a high-temperature superconductor motor, and the drive of the pump jet (P) being free of force-transmitting parts, such as toothings, roller bearings and/or shafts, and the pump housing (G) containing or being formed as a whole as a diffusor housing , characterised in that deflection devices are provided, which are arranged in an interior of the diffusor housing and/or are formed in such a way that the suction inlet opening for sucking water into the pump housing (G) and the at least one nozzle (9; 9a, 9b, 9c) for water to exit the pump housing (G) are arranged in such a way that when the pump jet (P) is operational and attached to the hull the suction direction is substantially vertical from below towards the hull, and in such a way that when the pump jet (P) is operational and attached to the hull in the vertical direction the suction inlet opening and the at least one nozzle are positioned on the same side of the pump jet (P) with respect to the magnet motor (M) or high-temperature superconductor motor.
A method for adjusting a contention window size, CWS, in a wireless access system supporting an unlicensed band, the method comprising: performing a channel access procedure; transmitting a transmission burst including a downlink signal in the unlicensed band when a serving cell of the unlicensed band is determined to be in an idle state as a result of the channel access procedure; receiving hybrid automatic repeat and request acknowledgment, HARQ-ACK, information corresponding to the transmission burst; characterized in that the method further comprises: adjusting the CWS based on a number of discontinuous transmission, DTX, states in the HARQ-ACK information, when the transmission burst is scheduled by a self-carrier scheduling. performing a channel access procedure; transmitting a transmission burst including a downlink signal in the unlicensed band when a serving cell of the unlicensed band is determined to be in an idle state as a result of the channel access procedure; receiving hybrid automatic repeat and request acknowledgment, HARQ-ACK, information corresponding to the transmission burst; characterized in that the method further comprises: adjusting the CWS based on a number of discontinuous transmission, DTX, states in the HARQ-ACK information, when the transmission burst is scheduled by a self-carrier scheduling.
Thermoresponsive hydrogel, comprising dendritic polyglycerol units and poly(N-isopropylacrylamide)-co-polyethylene glycol units that are covalently bound to each other via a linker, wherein the linker is chosen from the group consisting of a cyclic triazol moiety and a diazacyclohexadiene moiety.
A modular winch designed to be onboard an aircraft, said winch including at least one cable wound onto a drum , and comprising a basic mechanical assembly intended to be attached to the aircraft, said basic mechanical assembly being designed to receive, in a removable manner, at least one module for varying at least one of the performance characteristics of said winch, namely the length of the cable , its diameter, the power of the winch and consequently the winding and unwinding speed of said cable , the power supply of the winch , characterized : - in that the basic mechanical assembly intended to be attached to the aircraft comprises mechanical connection means for mechanically connecting a drive module , which is capable of varying the characteristics relating to the power, to a cable module ; and - in that the cable module , which is capable of varying the characteristics relating to the cable, comprises at least one cable , at least one drum around which the cable is intended to be wound/unwound, and rotation means of said drum designed to be connected to the mechanical connection means . - in that the basic mechanical assembly intended to be attached to the aircraft comprises mechanical connection means for mechanically connecting a drive module , which is capable of varying the characteristics relating to the power, to a cable module ; and - in that the cable module , which is capable of varying the characteristics relating to the cable, comprises at least one cable , at least one drum around which the cable is intended to be wound/unwound, and rotation means of said drum designed to be connected to the mechanical connection means .
A sample storage tube with a hinge comprising: a tube body for storing a sample; a push stopper lid for capping the upper opening of the tube body ; and a hinge body for connecting the tube body and the push stopper lid ; characterized in that : the tube body and the push stopper lid are formed by molding as one piece, in which one portion is formed with light transmissive material and the other portion is formed with black opaque material as an information writable area , the color of portions of the opaque material can be turned from black to white by irradiating these portions with a laser beam, so that an information code can be written in there, the information writable area with opaque material is formed at least on the upper portion of the push stopper lid and the bottom portion of the tube body ; and the information code can be written at least on both the upper portion of the push stopper lid and the bottom portion of the tube body . a tube body for storing a sample; a push stopper lid for capping the upper opening of the tube body ; and a hinge body for connecting the tube body and the push stopper lid ; characterized in that : the tube body and the push stopper lid are formed by molding as one piece, in which one portion is formed with light transmissive material and the other portion is formed with black opaque material as an information writable area , the color of portions of the opaque material can be turned from black to white by irradiating these portions with a laser beam, so that an information code can be written in there, the information writable area with opaque material is formed at least on the upper portion of the push stopper lid and the bottom portion of the tube body ; and the information code can be written at least on both the upper portion of the push stopper lid and the bottom portion of the tube body . the tube body and the push stopper lid are formed by molding as one piece, in which one portion is formed with light transmissive material and the other portion is formed with black opaque material as an information writable area , the color of portions of the opaque material can be turned from black to white by irradiating these portions with a laser beam, so that an information code can be written in there, the information writable area with opaque material is formed at least on the upper portion of the push stopper lid and the bottom portion of the tube body ; and the information code can be written at least on both the upper portion of the push stopper lid and the bottom portion of the tube body .
Rotor position sensor (RPS) for a DC motor , wherein the rotor position sensor (RPS) comprises a housing , a sensor element , and a sheet-metal shield which encloses the housing ; wherein the sheet-metal shield is configured as a circumferentially closed hollow member and is pushed over the housing ; wherein the two ends of the sheet-metal shield at a connection point of the hollow member configure a mutually engaging connection contour ; wherein the rotor position sensor (RPS) is able to be disposed on the DC motor ; wherein a second lower periphery (10.2) of the sheet-metal shield faces the DC motor ; wherein a bending tab with an embossing is in each case configured on at least two mutually opposite sides on a first upper periphery (10.1) of the sheet-metal shield that faces away from the DC motor , said bending tabs exerting a pretensioning force (F) on the housing .
A variable chamber baler comprising: • a bale chamber having a width defined by first and second side walls ; • at least one belt that defines a bale forming zone within the bale chamber, wherein bale material is rotated and compressed by the belt within the bale forming zone to form a bale; • at least one roller over which the belt runs, said at least one roller comprising a sensing roller having first and second ends supported by respective first and second support elements ; • a belt tensioner that is configured to adjust the belt tension; • first and second strain gauges mounted respectively on the first and second support elements and configured to sense strain in the first and second support elements; and • a control device connected to receive strain signals from the first and second strain gauges; characterised in that the control device is configured to determine from the received strain signals a difference in belt tension across the width of the bale chamber and the control device is configured to control operation of the belt tensioner so as to reduce the belt tension if: i. the determined difference in belt tension across the width of the bale chamber exceeds a predetermined limit, and/or ii. a sum of the received strain signals exceeds a predetermined limit. • a bale chamber having a width defined by first and second side walls ; • at least one belt that defines a bale forming zone within the bale chamber, wherein bale material is rotated and compressed by the belt within the bale forming zone to form a bale; • at least one roller over which the belt runs, said at least one roller comprising a sensing roller having first and second ends supported by respective first and second support elements ; • a belt tensioner that is configured to adjust the belt tension; • first and second strain gauges mounted respectively on the first and second support elements and configured to sense strain in the first and second support elements; and • a control device connected to receive strain signals from the first and second strain gauges; the control device is configured to determine from the received strain signals a difference in belt tension across the width of the bale chamber and the control device is configured to control operation of the belt tensioner so as to reduce the belt tension if: i. the determined difference in belt tension across the width of the bale chamber exceeds a predetermined limit, and/or ii. a sum of the received strain signals exceeds a predetermined limit. i. the determined difference in belt tension across the width of the bale chamber exceeds a predetermined limit, and/or ii. a sum of the received strain signals exceeds a predetermined limit.