mhurhangee/patent-ind-claim-en huggingface dataset:
Weighing device, in particular for kitchens, for weighing an object with a support plate for supporting the object and a controller , comprising - at least one excitation element for generating mechanical vibrations in the support plate and - at least one measuring element for measuring the mechanical vibrations, wherein the weighing device is adapted to determine at least one spectral property of the vibrations using the excitation element and the measuring element , and to use the spectral property to determine a mass of the object characterized in that the controller is adapted to determine at least two different spectral characteristics of the vibrations and to use the at least two spectral characteristics to determine the mass of the object. - at least one excitation element for generating mechanical vibrations in the support plate and - at least one measuring element for measuring the mechanical vibrations, wherein the weighing device is adapted to determine at least one spectral property of the vibrations using the excitation element and the measuring element , and to use the spectral property to determine a mass of the object characterized in that the controller is adapted to determine at least two different spectral characteristics of the vibrations and to use the at least two spectral characteristics to determine the mass of the object.
A device for converting heat into dynamic energy, comprising: - a frame; - a carrier coupled rotatably to the frame, about an axis; - at least two ferromagnetic elements , which are associated with the carrier and have magnetic properties and which move in a circumferential path during the rotation of said carrier ; - a magnet which is oriented to the path; and - a heat source which is disposed close to the path at a distance from the magnet to selectively heat said elements in a location close to, but at a distance, relative to the magnet along the path of the elements , wherein: - the elements extend from the carrier, and - the magnet and the heat source are located close to the elongate ferromagnetic elements at a distance from the carrier , the elements are elongate to extend in the longitudinal direction thereof substantially transversely of the acting direction of the heat source in a direction away from the carrier, and the magnetic field orientation of the magnet is chosen such that it lies parallel to the circumferential path in which the the elongate ferromagnetic elements move during the rotation of said carrier . - a frame; - a carrier coupled rotatably to the frame, about an axis; - at least two ferromagnetic elements , which are associated with the carrier and have magnetic properties and which move in a circumferential path during the rotation of said carrier ; - a magnet which is oriented to the path; and - a heat source which is disposed close to the path at a distance from the magnet to selectively heat said elements in a location close to, but at a distance, relative to the magnet along the path of the elements , - the elements extend from the carrier, and - the magnet and the heat source are located close to the elongate ferromagnetic elements at a distance from the carrier ,
A gown comprising: a body covering portion with an opening in a back of the gown from a top neck area of the gown to a bottom area of the gown creating a first panel and a second panel ; wherein the gown further comprises at least one elastic strap with first and second ends, wherein, in a neck area on the gown, the first end of the at least one elastic strap is attached to the first panel and the second end of the at least one elastic strap is attached to the second panel; characterized in that ; the gown can be pulled over the user's head and then secured without the user needing to reach behind themselves to their back; a portion of the first panel is designed to extend over the second panel; and the gown further comprises a weight added on the portion of the first panel that is designed to extend over the second panel, wherein the weight is configured to assist in keeping the portion of the first panel in place overlapping the second panel. a body covering portion with an opening in a back of the gown from a top neck area of the gown to a bottom area of the gown creating a first panel and a second panel ; wherein the gown further comprises at least one elastic strap with first and second ends, wherein, in a neck area on the gown, the first end of the at least one elastic strap is attached to the first panel and the second end of the at least one elastic strap is attached to the second panel; characterized in that ; the gown can be pulled over the user's head and then secured without the user needing to reach behind themselves to their back; a portion of the first panel is designed to extend over the second panel; and the gown further comprises a weight added on the portion of the first panel that is designed to extend over the second panel, wherein the weight is configured to assist in keeping the portion of the first panel in place overlapping the second panel.
A desludging installation provided to be connected to two ends of a hot-water heating circuit , comprising means for controlling the flow of cleaning water between these ends , making it possible to reverse the flow direction in the two pipes of the heating circuit , comprising a system for injecting air into the cleaning water, and comprising two control systems each arranged respectively at one end of the heating circuit , characterised in that each control system comprises an isolation valve , then a first three-way coupling , one of the channels of which extends the pipe , and a second three-way coupling , one of the channels of which supplies an end of the heating circuit , the two other channels connecting in parallel the two couplings , one comprising a nonreturn valve , which only allows through the flow coming from the isolation valve and blocks the other direction, and the other a blocking valve , in that the channel of the second coupling of each control system which supplies one end of the heating circuit is also equipped with a pressure gauge and a pressure-relief valve and in that the means making it possible to inject air into the cleaning water are located at a point upstream of said pressure gauge in flow direction in the heating circuit and inject air continuously or sporadically.
A transducer for attaching to a fastener to produce a load indicating member, wherein the transducer comprises an electrode ; a transducer bonding adhesive placed between the transducer and a bonding surface of the fastener ; and a protective tape layer temporarily attached to top surface portions of the electrode to facilitate bonding of the transducer to the fastener and to protect the top surface portions of the electrode from the transducer bonding adhesive during bonding of the transducer to the fastener . the transducer comprises an electrode ; a transducer bonding adhesive placed between the transducer and a bonding surface of the fastener ; and a protective tape layer temporarily attached to top surface portions of the electrode to facilitate bonding of the transducer to the fastener and to protect the top surface portions of the electrode from the transducer bonding adhesive during bonding of the transducer to the fastener .
A process for shortening the hydrocarbon chain of a compound of formula (I) comprising contacting the compound of formula (I) with a peroxide and an enzyme having peroxygenase activity and comprising an amino acid sequence with at least 80% identity to SEQ ID NO. 1, wherein R 1 is selected from -H and -OH, R 2 is selected from: optionally substituted C 1 -C 17 alkyl, optionally substituted C 2 -C 17 alkenyl, optionally substituted C 2 -C 17 alkynyl, -X-COOH, X is selected from optionally substituted C 2 -C 16 alkyl, optionally substituted C 2 -C 16 alkenyl, optionally substituted C 2 -C 16 alkynyl wherein the peroxide is hydrogen peroxide or an organic hydroperoxide selected from the list comprising tert-butyl hydroperoxide, peracetic acid, m- chloroperoxybenzoic acid and ethyl hydroperoxide and wherein the enzymatic reaction that takes place leads to at least one-carbon shorter acid according to the next scheme: R 1 is selected from -H and -OH, R 2 is selected from: optionally substituted C 1 -C 17 alkyl, optionally substituted C 2 -C 17 alkenyl, optionally substituted C 2 -C 17 alkynyl, -X-COOH, X is selected from optionally substituted C 2 -C 16 alkyl, optionally substituted C 2 -C 16 alkenyl, optionally substituted C 2 -C 16 alkynyl wherein the peroxide is hydrogen peroxide or an organic hydroperoxide selected from the list comprising tert-butyl hydroperoxide, peracetic acid, m- chloroperoxybenzoic acid and ethyl hydroperoxide and wherein the enzymatic reaction that takes place leads to at least one-carbon shorter acid according to the next scheme:
Actuating arm drive for at least one pivotably mounted actuating arm , in particular for driving a flap of a piece of furniture , with a pivotably mounted main lever , an energy storage mechanism , by means of which a force for supporting the opening and/or closing movement of the actuating arm drive can be exerted on the main lever at a force-transmission point (x1, x2), and a setting device for setting the force-transmission point (x1, x2) on the main lever , wherein the force is transmitted to the main lever at the force-transmission point (x1, x2) via a force-transmission element loaded by the energy storage mechanism via levers , and the setting device is formed to adjust the force-transmission element along a bearing contour formed on the main lever , wherein the loaded force-transmission element is pushed along the bearing contour in the same direction in every pivot position of the main lever between the open position and the closed position of the actuating arm drive and in every setting of the setting device , wherein a component of the force originating from the energy storage mechanism with which the force-transmission element is loaded in the direction of the bearing contour is oriented identically in every pivot position of the main lever between the open position and/or the closed position of the actuating arm drive , characterized in that in a pivot position of the main lever corresponding to the open position of the actuating arm drive the force-transmission element is adjusted along the bearing contour substantially transversely to the line of action of the force from the energy storage mechanism acting on the main lever , wherein the bearing contour is formed curved with constant curvature and concavely curved.
A shuttle valve for a safety valve arrangement, with a valve housing comprising a fluid inlet and two fluid outlets , as well as with a movable shut-off body which is arranged in the valve housing and which can be moved between two closure positions, in which it closes one of the fluid outlets , wherein the shut-off body comprises two sealing surfaces which are away from one another, wherein a corresponding valve seat is formed on each of the fluid outlets in the valve housing , said valve seats being designed in a manner such that in one of the closure positions, one of the sealing surfaces is in sealing contact with one of the valve seats , wherein the shut-off body is arranged in pivotable manner about a pivot axis (D) which is situated at the outer side of the shut-off body and outside the sealing surfaces and the shuttle valve comprises a linear drive which engages on the shut-off body in a manner radially distanced to its pivot axis (D) and is coupled to the shut-off body in a manner such that the shut-off body is coupled in movement in a direct manner to a linearly movable part of the linear drive and is pivotable between its closure positions by way of moving the linear drive .
STRO-1 bright multipotential cells for use in treating low back pain in a subject, wherein the STRO-1 bright multipotential cells are administered to the intervertebral disc space.
A cover , installable in a drawer body and arrangeable so as to be operatively connectable to a linearly movable drawer , wherein the cover for evacuating at least one drawer interior (R) of a drawer by an evacuation system, so that the at least one drawer interior (R) can be evacuated when the drawer is in a closed position and ventilated before the drawer is opened, characterized in that the cover is designed to be airtight, the evacuation system is secured in the cover in the form of a controller , a pump and a valve , and lifting means are arranged operatively connectably on the drawer body and at least partially in the cover interior or, respectively, in at least one recess (A) of the cover and connected to the controller so that the cover is secured such that the cover can be lifted and lowered in an aligned manner relative to the drawer body in a lifting direction (H) perpendicular to the drawer movement direction (S) of the drawer in an assembled condition, and the lifting means are servo motors and the cover has at least one air channel leading into the inside of the cover with the air channel operatively connected to the evacuation system such that, when the cover is placed on the drawer , air from the at least one drawer interior (R) is pumpable out of the at least one drawer interior (R) and the inside of the cover through the air channel . the cover is designed to be airtight, the evacuation system is secured in the cover in the form of a controller , a pump and a valve , and lifting means are arranged operatively connectably on the drawer body and at least partially in the cover interior or, respectively, in at least one recess (A) of the cover and connected to the controller so that the cover is secured such that the cover can be lifted and lowered in an aligned manner relative to the drawer body in a lifting direction (H) perpendicular to the drawer movement direction (S) of the drawer in an assembled condition, and the lifting means are servo motors and the cover has at least one air channel leading into the inside of the cover with the air channel operatively connected to the evacuation system such that, when the cover is placed on the drawer , air from the at least one drawer interior (R) is pumpable out of the at least one drawer interior (R) and the inside of the cover through the air channel .
A measuring system for detecting ice build-up on a wind turbine rotor blade , comprising - a transmitter unit for emitting waves in the direction of the wind turbine rotor blade , - a receiving unit for receiving waves reflected from the wind turbine rotor blade , and - an evaluation unit for evaluating the reflected waves to detect ice build-up, characterized in that the transmitting unit is adapted to emit waves having a wavelength corresponding to a lattice vibration of ice crystals. - a transmitter unit for emitting waves in the direction of the wind turbine rotor blade , - a receiving unit for receiving waves reflected from the wind turbine rotor blade , and - an evaluation unit for evaluating the reflected waves to detect ice build-up,
A matte substrate comprising a) a dried water-based coating composition comprising a water base which is a water-based polyurethane dispersion comprising carboxyl or sulfonate functionality, no mineral filler, refractory filler, organic filler or other matting agent, and no cross-linking agent; and b) a polyamide base substrate, wherein the matte substrate has a 60° gloss of less than 20, determined in accordance with the method described in the "Examples" section of the description. a) a dried water-based coating composition comprising a water base which is a water-based polyurethane dispersion comprising carboxyl or sulfonate functionality, no mineral filler, refractory filler, organic filler or other matting agent, and no cross-linking agent; and a water base which is a water-based polyurethane dispersion comprising carboxyl or sulfonate functionality, no mineral filler, refractory filler, organic filler or other matting agent, and no cross-linking agent; and b) a polyamide base substrate, wherein the matte substrate has a 60° gloss of less than 20, determined in accordance with the method described in the "Examples" section of the description.
Metastable β titanium alloy comprising, as a percentage by weight, between 24 and 45% niobium, between 0 and 20% zirconium, between 0 and 10% tantalum and/or between 0 and 1.5% silicon and/or less than 2% oxygen, said alloy having a crystallographic structure comprising: - a mixture of austenitic phase and alpha phase, and - a presence of omega-phase precipitates the volumetric concentration of which is less than 10%, and said alloy being characterized in that the alpha phase has a volumetric concentration comprised between 1 and 40%, preferably between 2 and 35%, preferably between 5 and 30%. - a mixture of austenitic phase and alpha phase, and - a presence of omega-phase precipitates the volumetric concentration of which is less than 10%, and said alloy being characterized in that the alpha phase has a volumetric concentration comprised between 1 and 40%, preferably between 2 and 35%, preferably between 5 and 30%.
A method of detecting presence probability of obstacle in an unknown position, wherein the method comprises: establishing a grid map for a target region, wherein the grid map comprises unoccupied grid cells, occupied grid cells and unknown grid cells; the method characterized by : labeling an unoccupied grid cell adjacent to an unknown grid cell as an unknown grid cell on a currently established grid map in a preprocessing; determining at least one frontier included in the currently established grid map during a mobile detection process for establishing the grid map for the target region; determining a target frontier which satisfies a preset detection condition from the at least one frontier based on position information of the at least one frontier; and controlling a smart device to move to the target frontier and to detect, by a distance sensor, presence probability of obstacle in the unknown position included in the grid map; and wherein the frontier is a center point of a grid cell in the grid map which is unoccupied and is adjacent to a border between the unknown grid cell and the unoccupied grid cell. establishing a grid map for a target region, wherein the grid map comprises unoccupied grid cells, occupied grid cells and unknown grid cells; the method characterized by : labeling an unoccupied grid cell adjacent to an unknown grid cell as an unknown grid cell on a currently established grid map in a preprocessing; determining at least one frontier included in the currently established grid map during a mobile detection process for establishing the grid map for the target region; determining a target frontier which satisfies a preset detection condition from the at least one frontier based on position information of the at least one frontier; and controlling a smart device to move to the target frontier and to detect, by a distance sensor, presence probability of obstacle in the unknown position included in the grid map; and wherein the frontier is a center point of a grid cell in the grid map which is unoccupied and is adjacent to a border between the unknown grid cell and the unoccupied grid cell. labeling an unoccupied grid cell adjacent to an unknown grid cell as an unknown grid cell on a currently established grid map in a preprocessing; determining at least one frontier included in the currently established grid map during a mobile detection process for establishing the grid map for the target region; determining a target frontier which satisfies a preset detection condition from the at least one frontier based on position information of the at least one frontier; and controlling a smart device to move to the target frontier and to detect, by a distance sensor, presence probability of obstacle in the unknown position included in the grid map; and wherein the frontier is a center point of a grid cell in the grid map which is unoccupied and is adjacent to a border between the unknown grid cell and the unoccupied grid cell.
Micromechanical component, comprising: a carrier structure with at least two membranes , wherein the at least two membranes each cover a cutout , which extends from a first side of the carrier structure into the carrier structure , such that, in the case of a pressure equality on the first side of the carrier structure and a second side of the carrier structure that is directed away from the first side , the at least two membranes are present in a plane which is defined by a first spatial direction (x) and a second spatial direction (y) which is oriented perpendicularly to the first spatial direction (x) and can be bent by means of a pressure difference between the first side of the carrier structure and the second side of the carrier structure ; and at least one actuator electrode which is connected to the at least two membranes in such a way that the at least one actuator electrode can be adjusted by means of bending of the at least two membranes out of their respective initial position; characterized in that each of the at least two membranes is formed with the same first extent (a1) in the first spatial direction (x) and the same second extent (a2) in the second spatial direction (y), wherein the first extent (a1) is greater by at least a factor of 1.25 than the second extent (a2). a carrier structure with at least two membranes , wherein the at least two membranes each cover a cutout , which extends from a first side of the carrier structure into the carrier structure , such that, in the case of a pressure equality on the first side of the carrier structure and a second side of the carrier structure that is directed away from the first side , the at least two membranes are present in a plane which is defined by a first spatial direction (x) and a second spatial direction (y) which is oriented perpendicularly to the first spatial direction (x) and can be bent by means of a pressure difference between the first side of the carrier structure and the second side of the carrier structure ; and at least one actuator electrode which is connected to the at least two membranes in such a way that the at least one actuator electrode can be adjusted by means of bending of the at least two membranes out of their respective initial position; characterized in that each of the at least two membranes is formed with the same first extent (a1) in the first spatial direction (x) and the same second extent (a2) in the second spatial direction (y), wherein the first extent (a1) is greater by at least a factor of 1.25 than the second extent (a2).