mhurhangee/patent-ind-claim-en huggingface dataset:
A golf ball dispenser comprising: a receptacle configured to hold multiple golf balls; a passageway connecting an outlet of the golf dispenser with the receptacle; a gateway coupled between the passageway and the receptacle to restrict a passage of the multiple golf balls into the passageway, the gateway being selectively moveable to allow a golf ball to pass into the passageway for delivery to a tee area; and a display device embedded in an angled top portion of the golf ball dispenser and configured to present at least information regarding the golf ball in flight after the golf ball is hit from the tee area, wherein the angled top portion of the golf ball dispenser comprises a protruding lip along an upper end of the angled top portion of the golf ball dispenser, the protruding lip being configured to redirect golf balls travelling along the angled top portion of the golf ball dispenser and toward an adjacent golf bay. a receptacle configured to hold multiple golf balls; a passageway connecting an outlet of the golf dispenser with the receptacle; a gateway coupled between the passageway and the receptacle to restrict a passage of the multiple golf balls into the passageway, the gateway being selectively moveable to allow a golf ball to pass into the passageway for delivery to a tee area; and a display device embedded in an angled top portion of the golf ball dispenser and configured to present at least information regarding the golf ball in flight after the golf ball is hit from the tee area, wherein the angled top portion of the golf ball dispenser comprises a protruding lip along an upper end of the angled top portion of the golf ball dispenser, the protruding lip being configured to redirect golf balls travelling along the angled top portion of the golf ball dispenser and toward an adjacent golf bay.
An apparatus for applying hair bands to strands of hair, which comprises: a handle ; an applicator head coupled to the handle , the applicator head defining a longitudinal axis and having a longitudinal opening for reception of strands of hair, said applicator head defining a hair entrance port in communication with, or a component of, the longitudinal opening , for reception of strands of hair; a band cartridge mounted to the applicator head , the band cartridge supporting a plurality of hair bands and being mounted within the longitudinal opening in opposition to the hair entrance port , said band cartridge defining a longitudinal passage therethrough which receives the strands of hair entering the longitudinal opening of the applicator head through the hair entrance port ; a hair band dispenser mechanism mounted at least partially in the applicator head , the hair band dispenser mechanism including first and second band lifters on opposed sides of the longitudinal axis, the first and second band lifters configured to move in radial inward directions to engage the hair bands of the band cartridge and translate in longitudinal directions to longitudinally displace the hair bands along the band cartridge for release on the strands of hair; and a motor operatively coupled to the first and second band lifters and configured to effect movement of the first and second band lifters . a handle ; an applicator head coupled to the handle , the applicator head defining a longitudinal axis and having a longitudinal opening for reception of strands of hair, said applicator head defining a hair entrance port in communication with, or a component of, the longitudinal opening , for reception of strands of hair; a band cartridge mounted to the applicator head , the band cartridge supporting a plurality of hair bands and being mounted within the longitudinal opening in opposition to the hair entrance port , said band cartridge defining a longitudinal passage therethrough which receives the strands of hair entering the longitudinal opening of the applicator head through the hair entrance port ; a hair band dispenser mechanism mounted at least partially in the applicator head , the hair band dispenser mechanism including first and second band lifters on opposed sides of the longitudinal axis, the first and second band lifters configured to move in radial inward directions to engage the hair bands of the band cartridge and translate in longitudinal directions to longitudinally displace the hair bands along the band cartridge for release on the strands of hair; and a motor operatively coupled to the first and second band lifters and configured to effect movement of the first and second band lifters .
A liquid tank with a venting pipe of the backflow-preventing type (200; 300) comprising a vessel (1; 30), composed of a lateral wall (1c; 31c) connected to upper (1s; 31) and lower walls, able to contain in use a liquid up to a specified maximum level (10"), comprising a filling pipe having a lower portion connected to the lateral wall of the vessel (1; 30), and a venting pipe having a lower end connected perpendicularly to the lateral wall of the vessel (1; 30) at said specified maximum level (10"), and an upper end connected to an upper portion of the filling pipe , characterized in that said lower portion is provided with a shut-off valve , and in that the lower end of the venting pipe extends in the vessel by a blind end piece (20; 40) parallel to the upper and lower walls of the vessel (1; 30) and provided with a "whistle"-type opening (21; 41) arranged facing the lower wall of the vessel (1; 30), said "whistle"-type opening having a sufficient extent to permit an aeraulic flow of gas in the venting pipe , whilst being sufficiently limited to block the liquid in the end piece when the level of liquid (10", 10i) reaches the "whistle"-type opening .
A fastening clip for fastening a first component (B1) to a second component (B2) that consists of an integral, elongated structure with a first and a second fastening end in which the first fastening end forms an at least one-armed independent latching structure, and the second fastening end forms a resilient clamp that each act on an intermediate support structure , characterized in that the second fastening end comprises a cross bar on which, as resilient clamps, at least two spring loops are arranged opposite each other.
A switching device for a hybrid drive system of a motor vehicle , having a centrally arranged shaft , a first gearwheel rotatably mounted relative to the shaft and a second gearwheel which is rotatably mounted relative to the shaft and arranged along the shaft offset with respect to the first gearwheel , wherein each gearwheel is associated with a sliding sleeve , which sliding sleeves are designed in such a manner that in a first displacement position they connect the shaft in a non-rotatable manner to the first gearwheel , while the second gearwheel is rotationally decoupled from the shaft , and in a second displacement position they rotationally connect the shaft both to the first gearwheel and to the second gearwheel , characterised in that the sliding sleeves in a third displacement position rotationally connect the two gearwheels to each other, while the shaft is rotationally decoupled from the two gearwheels , and in a fourth displacement position they rotationally decouple the two gearwheels from each other and the shaft from the two gearwheels .
Method for desulphurising a hydrocarbon mixture containing organic sulphur compounds, comprising the following steps: a) producing a sodium dispersion, b) adding the sodium dispersion to the hydrocarbon mixture to be desulphurised, characterized in that the mixture of sodium dispersion and hydrocarbon mixture is passed through a reactor, wherein the reaction conditions, in particular pressure and temperature, are selected such as to bring about a reaction of the sodium with the organic sulphur compounds, during which sulphur atoms are leached out of the organic sulphur compounds and bond with the sodium, the reactor is a turbulent flow reactor, preferably a tubular reactor or an oscillating plug flow reactor having an internal screw conveyor, and the temperature in the reactor is at least 250°C and at most 310°C. a) producing a sodium dispersion, b) adding the sodium dispersion to the hydrocarbon mixture to be desulphurised,
A method of determining a radiation treatment plan for delivering radiation to a patient (P) using an external-beam radiation treatment system , the method comprising: receiving , by a computer system , one or more class solutions, wherein each class solution includes field geometry limits for one or more treatment axes of the external-beam radiation treatment system and a corresponding collision free region , and wherein the collision free region comprises a three-dimensional space for allowed initial isocenter positions determined based on a delivery machine model and a patient model; receiving , by the computer system , a three-dimensional image of the patient (P); aligning the three-dimensional image of the patient (P) with the collision free regions of the one or more class solutions; receiving , via a user interface, a desired initial isocenter position; determining , by the computer system , that the desired initial isocenter position is within at least one collision free region of the one or more class solutions; identifying , by the computer system , one or more treatment fields within the field geometry limits of a class solution corresponding to the at least one collision free region ; and determining , by the computer system , the radiation treatment plan using the one or more identified treatment fields. receiving , by a computer system , one or more class solutions, wherein each class solution includes field geometry limits for one or more treatment axes of the external-beam radiation treatment system and a corresponding collision free region , and wherein the collision free region comprises a three-dimensional space for allowed initial isocenter positions determined based on a delivery machine model and a patient model; receiving , by the computer system , a three-dimensional image of the patient (P); aligning the three-dimensional image of the patient (P) with the collision free regions of the one or more class solutions; receiving , via a user interface, a desired initial isocenter position; determining , by the computer system , that the desired initial isocenter position is within at least one collision free region of the one or more class solutions; identifying , by the computer system , one or more treatment fields within the field geometry limits of a class solution corresponding to the at least one collision free region ; and determining , by the computer system , the radiation treatment plan using the one or more identified treatment fields.
Sealing arrangement for a bellows of an air spring , which bellows has a bellows body which consists of an elastomeric plastic with reinforcing inserts and, at at least one free axial end , has an elastic annular bead , the sealing arrangement having a circular connector plate and a bead ring , characterized in that the connector plate and the bead ring have bayonet closure means which are configured and arranged so as to correspond geometrically to one another, and in that the annular bead of the bellows is configured and arranged in such a way that, in the case of the closure of the bayonet connection , it can be clamped in a pressure-tight manner between the connector plate and the bead ring .
A heat pump , in particular a heat pump installed indoors, comprising - a refrigerant circuit with a flammable refrigerant, in particular R454C, and - a housing , in which the refrigerant circuit is arranged, wherein the housing comprises a vent duct with an outlet opening and a fan arranged in the vent duct , wherein the fan is configured to suction air from the interior of the housing via the vent duct and the outlet opening out of the housing such that a vacuum is maintained inside the housing , and wherein the fan is configured as a radial fan and is configured to additionally suction air from outside the housing , characterised in that the radial fan has a suction surface , which is divided into two areas which each suction air from the interior of the housing or air from outside the housing . - a refrigerant circuit with a flammable refrigerant, in particular R454C, and - a housing , in which the refrigerant circuit is arranged, wherein the housing comprises a vent duct with an outlet opening and a fan arranged in the vent duct , wherein the fan is configured to suction air from the interior of the housing via the vent duct and the outlet opening out of the housing such that a vacuum is maintained inside the housing , and wherein the fan is configured as a radial fan and is configured to additionally suction air from outside the housing , characterised in that the radial fan has a suction surface , which is divided into two areas which each suction air from the interior of the housing or air from outside the housing . wherein the housing comprises a vent duct with an outlet opening and a fan arranged in the vent duct , wherein the fan is configured to suction air from the interior of the housing via the vent duct and the outlet opening out of the housing such that a vacuum is maintained inside the housing , and wherein the fan is configured as a radial fan and is configured to additionally suction air from outside the housing , characterised in that the radial fan has a suction surface , which is divided into two areas which each suction air from the interior of the housing or air from outside the housing .
An easily dismantlable adhesive tape comprising an adhesive layer made of a dismantlable adhesive composition including an acrylic polymer, and an acid catalyst or an acid generator, wherein the acrylic polymer includes a (meth)acrylate monomer having a carboxyl precursor group, 2-ethyl hexyl acrylate, and a monomer having a polar group as a monomer.
A computer implemented method of radiotherapy treatment plan optimization using a scenario-based optimization function to perform optimization based on at least a first and a second scenario, each scenario representing the realization of at least one uncertainty related to the position of at least one region of interest, the method comprising the steps of: - providing input data for the optimization; - defining at least a first and a second scenario, the first and second scenario representing a first and a second realization, respectively, of the at least one uncertainty, including a first and a second possible location (3", 5') of the region of interest ; - identifying the extent of the region of interest in the first scenario and in the second scenario; - defining the extended region of interest volume based on the union of the extent of the region of interest in the first and the second scenario; - optimizing a radiotherapy treatment plan using the extended region of interest volume. - providing input data for the optimization; - defining at least a first and a second scenario, the first and second scenario representing a first and a second realization, respectively, of the at least one uncertainty, including a first and a second possible location (3", 5') of the region of interest ; - identifying the extent of the region of interest in the first scenario and in the second scenario; - defining the extended region of interest volume based on the union of the extent of the region of interest in the first and the second scenario; - optimizing a radiotherapy treatment plan using the extended region of interest volume.
Method for direct bonding between a first element and a second element , including at least the following steps: - deposition of at least one first porous layer on at least one face of the first element , - production of at least one first bonding layer on the first porous layer and - rigid connection by direct bonding of the second element with the first bonding layer , characterized by the first porous layer being compressible and having an isothermal compressibility coefficient χ T greater than 10 -10 Pa -1 at 25°C. - deposition of at least one first porous layer on at least one face of the first element , - production of at least one first bonding layer on the first porous layer and - rigid connection by direct bonding of the second element with the first bonding layer , characterized by the first porous layer being compressible and having an isothermal compressibility coefficient χ T greater than 10 -10 Pa -1 at 25°C.
A refrigeration device, comprising: a door , having a pair of rails ; a door shelf , moving along the rails in a vertical direction; a retaining mechanism , for stopping, in at least one direction, the door shelf at a join-up position on the rail , a synchronization mechanism for making the door shelf move along the rails synchronously in the vertical direction, and an unblocking mechanism , for releasing the door shelf from a current join-up position, wherein the join-up position is disposed in the front surface of the rail , and the retaining mechanism is elastically pivotable and designed in a manner that the door shelf can be adjusted upwards when the unblocking mechanism is not actuated, wherein the retaining mechanism automatically restores its initial state because of elasticity, when the door shelf is raised to a next join-up position , and wherein the synchronization mechanism is separated from the unblocking mechanism , characterized in that the synchronization mechanism comprises a gear shaft disposed on the door shelf and a rack disposed on the rail , and a gear of the gear shaft is in meshing cooperation with the rack , and that the rack is disposed at the back surface of the rail . a door , having a pair of rails ; a door shelf , moving along the rails in a vertical direction; a retaining mechanism , for stopping, in at least one direction, the door shelf at a join-up position on the rail , a synchronization mechanism for making the door shelf move along the rails synchronously in the vertical direction, and an unblocking mechanism , for releasing the door shelf from a current join-up position, wherein the join-up position is disposed in the front surface of the rail , and the retaining mechanism is elastically pivotable and designed in a manner that the door shelf can be adjusted upwards when the unblocking mechanism is not actuated, wherein the retaining mechanism automatically restores its initial state because of elasticity, when the door shelf is raised to a next join-up position , and wherein the synchronization mechanism is separated from the unblocking mechanism , characterized in that the synchronization mechanism comprises a gear shaft disposed on the door shelf and a rack disposed on the rail , and a gear of the gear shaft is in meshing cooperation with the rack , and that the rack is disposed at the back surface of the rail .
A product comprising a strain of Lactobacillus apinorum Fhon13N T having deposition number LMG P-28345 alone or in combination with a strain of Lactobacillus mellifer Bin4N T having deposition number LMG P-28344, having the ability to produce benzene, ethylbenzene, free fatty acids and 2-heptanone, wherein said bacterial strains are obtainable from honeybees or their processed food including honey, corbicular bee-pollen, bee bread.
A method for the diagnosis of Alzheimer's Disease (AD) in a subject, comprising the steps of (i) determining the level of antibodies against Y-box binding protein-1 (YB-1) in a sample from a subject to be diagnosed, (ii) comparing the determined level in the sample to a control level of YB-1 antibodies derived from subjects without AD; wherein an increased level in the sample from the subject to be diagnosed as compared to the control level is indicative of AD in the subject to be diagnosed. (i) determining the level of antibodies against Y-box binding protein-1 (YB-1) in a sample from a subject to be diagnosed, (ii) comparing the determined level in the sample to a control level of YB-1 antibodies derived from subjects without AD;
Device for detecting wear of an electromechanical switching device , the device comprising: - a measuring device which is adapted to detect at least one predetermined operating parameter of the electromechanical switching device ; and - an evaluation device which is adapted to determine a current state of wear of the electromechanical switching device from the recorded predetermined operating parameter of the electromechanical switching device using a machine deep learning method with the aid of mass data, preferably in the form of training data. - a measuring device which is adapted to detect at least one predetermined operating parameter of the electromechanical switching device ; and - an evaluation device which is adapted to determine a current state of wear of the electromechanical switching device from the recorded predetermined operating parameter of the electromechanical switching device using a machine deep learning method with the aid of mass data, preferably in the form of training data.
A work vehicle comprising: a motor unit ; an inverter circuit configured to provide electric current to the motor unit based on an inverter drive signal; a man-operable tool for adjusting the rotational power of the motor unit ; an operation amount sensor configured to detect an operation amount of the man-operable tool and output an operation detection signal; a target signal generation unit configured to generate a control target signal for the inverter circuit based on the operation detection signal; an inverter drive signal generation section configured to generate an inverter drive signal based on the control target signal and output the inverter drive signal to the inverter circuit ; a vehicle state detection section configured to detect a vehicle state and output a state detection signal; a trouble detection section configured to detect a vehicle trouble based on the state detection signal; and a signal superposition section configured to superpose a pulsatory signal on the control target signal if the trouble detection section detects a vehicle trouble, and to output a resultant superposed control target signal to the inverter drive signal generation section ; characterized in that said motor unit is a travelling motor unit configured to provide a rotational power to a drive wheel unit ; and the traveling motor unit includes a left motor for driving a left drive wheel and a right motor for driving a right drive wheel . a motor unit ; an inverter circuit configured to provide electric current to the motor unit based on an inverter drive signal; a man-operable tool for adjusting the rotational power of the motor unit ; an operation amount sensor configured to detect an operation amount of the man-operable tool and output an operation detection signal; a target signal generation unit configured to generate a control target signal for the inverter circuit based on the operation detection signal; an inverter drive signal generation section configured to generate an inverter drive signal based on the control target signal and output the inverter drive signal to the inverter circuit ; a vehicle state detection section configured to detect a vehicle state and output a state detection signal; a trouble detection section configured to detect a vehicle trouble based on the state detection signal; and a signal superposition section configured to superpose a pulsatory signal on the control target signal if the trouble detection section detects a vehicle trouble, and to output a resultant superposed control target signal to the inverter drive signal generation section ; characterized in that said motor unit is a travelling motor unit configured to provide a rotational power to a drive wheel unit ; and the traveling motor unit includes a left motor for driving a left drive wheel and a right motor for driving a right drive wheel .