mhurhangee/patent-ind-claim-en huggingface dataset:
A declogging assembly configured for use with a suction conduit in medical and dental applications, the suction conduit having a conduit body with a head at a first end of the conduit body and a vacuum tube connection at a second end of the conduit body , the assembly comprising: a body defining a first aperture , which connects the declogging assembly to a fluid reservoir , a second aperture , and a recess disposed between the first aperture and the second aperture , the recess having a first portion and a second portion ; a plug disposed within the recess of the body , the plug including a surface configured to contact the head of the suction conduit so as to move the plug from a first position, in which the plug is disposed in the first portion of the recess and the first aperture is in fluid communication with the second portion of the recess , to a second position, in which the first aperture is in fluid communication with the second aperture ; and a biasing member configured to bias the plug into the first position, characterized in that the plug further comprises a fenestrated needle that includes the surface . a body defining a first aperture , which connects the declogging assembly to a fluid reservoir , a second aperture , and a recess disposed between the first aperture and the second aperture , the recess having a first portion and a second portion ; a plug disposed within the recess of the body , the plug including a surface configured to contact the head of the suction conduit so as to move the plug from a first position, in which the plug is disposed in the first portion of the recess and the first aperture is in fluid communication with the second portion of the recess , to a second position, in which the first aperture is in fluid communication with the second aperture ; and a biasing member configured to bias the plug into the first position, characterized in that the plug further comprises a fenestrated needle that includes the surface .
An electric motor, comprising: a casing ; a stator supported by the casing , the stator comprising a stator yoke and stator teeth , and a winding being wound around the stator teeth and generating a magnetic field when energized; and a rotor (24; 241) which rotates under the action of the magnetic field and which comprises an inner ring disposed on an inner side of the stator, an outer ring disposed on an outer side of the stator, and a connection portion connected between the inner ring and the outer ring ; wherein at least a portion of the stator yoke is formed as a moving plate (3; 31, 31', 3"; 31") which is movable between a first position and a second position; wherein when the winding is energized, the moving plate (3; 31, 31', 3"; 31") is capable of moving from the first position to the second position under the action of the magnetic field, and wherein in the second position, the moving plate (3; 31, 31', 3"; 31") is separated from the rotor ; and wherein after the winding is de-energized, the moving plate (3; 31, 31', 3"; 31") is moved from the second position to the first position under the action of a spring force generated by the moving plate (3; 31, 31', 3"; 31") itself or by a spring member (33, 32"), so that the moving plate (3; 31, 31', 3"; 31") comes into contact with the rotor (24; 241) to provide a braking force to the rotor (24; 241). a casing ; a stator supported by the casing , the stator comprising a stator yoke and stator teeth , and a winding being wound around the stator teeth and generating a magnetic field when energized; and a rotor (24; 241) which rotates under the action of the magnetic field and which comprises an inner ring disposed on an inner side of the stator, an outer ring disposed on an outer side of the stator, and a connection portion connected between the inner ring and the outer ring ; wherein at least a portion of the stator yoke is formed as a moving plate (3; 31, 31', 3"; 31") which is movable between a first position and a second position; wherein when the winding is energized, the moving plate (3; 31, 31', 3"; 31") is capable of moving from the first position to the second position under the action of the magnetic field, and wherein in the second position, the moving plate (3; 31, 31', 3"; 31") is separated from the rotor ; and wherein after the winding is de-energized, the moving plate (3; 31, 31', 3"; 31") is moved from the second position to the first position under the action of a spring force generated by the moving plate (3; 31, 31', 3"; 31") itself or by a spring member (33, 32"), so that the moving plate (3; 31, 31', 3"; 31") comes into contact with the rotor (24; 241) to provide a braking force to the rotor (24; 241).
A system for deploying wireless network resources comprising an expanse of material with multiple wireless resource components placed at different locations along the expanse, wherein the expanse is embedded with multiple addressable antenna sets along different antenna lanes at the different locations, each antenna set comprising at least an antenna and an antenna switch to control the antenna along a corresponding antenna lane , and wherein the expanse carries power and signaling interfaces to connect the multiple wireless resource components to allow them to participate in a functioning wireless network. wherein the expanse is embedded with multiple addressable antenna sets along different antenna lanes at the different locations, each antenna set comprising at least an antenna and an antenna switch to control the antenna along a corresponding antenna lane , and wherein the expanse carries power and signaling interfaces to connect the multiple wireless resource components to allow them to participate in a functioning wireless network.
Feedthrough for an electrical storage device having at least one conductor and a glass or glass-ceramic material as well as a base body , in particular in the form of a preferably disk-shaped metal part having a thickness, wherein the base body has at least one opening through which the at least one conductor is passed in the glass or glass-ceramic material, wherein the base body comprises a light metal or AlSiC, wherein AlSiC is an Al-infiltrated SiC matrix, and glass or glass-ceramic material is selected such that the fusion temperature of the glass or glass-ceramic material with the light metal or AlSiC is below the fusion temperature of the light metal or AlSiC of the base body, characterized in that the opening passes through the entire thickness of the base body and a cover glass or a plastic layer is applied to the glass or glass-ceramic material, wherein the cover glass or the plastic layer increases the chemical resistance of the glass or glass-ceramic material and in the case of glass has a sufficient chemical resistance to acids and/or to water, wherein the cover glass has a fusion temperature which is lower than the fusion temperature of the base body.
Recirculating pump for recirculating a cooling liquid of a vehicle combustion engine, comprising: - a pump body and an impeller supported by a driven shaft , coaxial with each other; - a first movement transmission device for transmitting to the driven shaft a movement generated by a shaft of the combustion engine of the vehicle and comprising movement receiving means , in particular at least one pulley , for connection with said shaft of the combustion engine; - an electromagnetic friction coupling connected to said movement receiving means ; - a second device for generating a movement for the driven shaft independently of the first movement transmission device and comprising an electric motor with stator and rotor ; - connection means for connection to the driven shaft , rotationally integral with the driven shaft ; wherein: - the rotor of the electric motor is rotationally integral with the connection means for connection to the driven shaft ; - the electromagnetic friction coupling is arranged so as to connect/disconnect the first movement transmission device to the connection means for connection to the driven shaft; characterized in that said electric motor is arranged in a position axially on the outside of the electromagnetic friction coupling and on the opposite side of the latter with respect to the impeller . - a pump body and an impeller supported by a driven shaft , coaxial with each other; - a first movement transmission device for transmitting to the driven shaft a movement generated by a shaft of the combustion engine of the vehicle and comprising movement receiving means , in particular at least one pulley , for connection with said shaft of the combustion engine; - an electromagnetic friction coupling connected to said movement receiving means ; - a second device for generating a movement for the driven shaft independently of the first movement transmission device and comprising an electric motor with stator and rotor ; - connection means for connection to the driven shaft , rotationally integral with the driven shaft ; - the rotor of the electric motor is rotationally integral with the connection means for connection to the driven shaft ; - the electromagnetic friction coupling is arranged so as to connect/disconnect the first movement transmission device to the connection means for connection to the driven shaft; characterized in that said electric motor is arranged in a position axially on the outside of the electromagnetic friction coupling and on the opposite side of the latter with respect to the impeller .
An image processing device for removing fixed pattern noise (FPN) in images captured by an image pickup device mounted on a vehicle, comprising: memory on which is stored a plurality of images captured by the image pickup device while the vehicle is running; windshield wipers and a wiper controller adapted to generate a wiper activation signal when the windshield wipers are operational; a controller operatively coupled to the memory and responsive to the wiper activation signal, the controller adapted to: generate correction data by extracting, from the images captured by the image pickup device , a plurality of areas that correspond to the windshield wipers; superimposing the plurality of extracted windshield wipers areas to define an image having at least one portion that is black; extracting a high spatial frequency component from the portion that is black; and generating the correction data for removing the fixed pattern noise based on the high spatial frequency component extracted from the portion that is black; and use the correction data to remove fixed pattern noise from images captured by the image pickup device. memory on which is stored a plurality of images captured by the image pickup device while the vehicle is running; windshield wipers and a wiper controller adapted to generate a wiper activation signal when the windshield wipers are operational; a controller operatively coupled to the memory and responsive to the wiper activation signal, the controller adapted to: generate correction data by extracting, from the images captured by the image pickup device , a plurality of areas that correspond to the windshield wipers; superimposing the plurality of extracted windshield wipers areas to define an image having at least one portion that is black; extracting a high spatial frequency component from the portion that is black; and generating the correction data for removing the fixed pattern noise based on the high spatial frequency component extracted from the portion that is black; and use the correction data to remove fixed pattern noise from images captured by the image pickup device. generate correction data by extracting, from the images captured by the image pickup device , a plurality of areas that correspond to the windshield wipers; superimposing the plurality of extracted windshield wipers areas to define an image having at least one portion that is black; extracting a high spatial frequency component from the portion that is black; and generating the correction data for removing the fixed pattern noise based on the high spatial frequency component extracted from the portion that is black; and use the correction data to remove fixed pattern noise from images captured by the image pickup device.
Composition of extracts from Hippeastrum papilio comprising galanthamine, narwedine and haemanthamine obtainable by conventional procedures for liquid-liquid extraction of alkaloids, and characterized in that it contains the following components as determined by integration of their GC-MS peak areas and expressed as a percentage of their total ion current: galanthamine from 40% to 98%, haemanthamine from 0.01% to 35%, narwedine from 0.01% to 10%, and other alkaloids of homolycorine-, and/or tazettine-, and/or monthanine- and/or lycorine-type from 0.001% to 35%, and non-alkaloid plant metabolites from 0.001 to 1 %, and in that it is derived from the total extracts from dry herbage of Hippeastrum papilio.
Combined drill-chamfer tool for the introduction of boreholes in a workpiece and subsequent introduction of a chamfer on at least one borehole edge of the borehole , consisting of a drill bit , which is attached to be resistant to rotation in a drill shank , wherein at least one chamfering blade , which is mounted to be displaceable in spring-loaded manner transversely to the longitudinal axis of the combined tool in a blade window arranged in the drill shank , is arranged in axial direction behind the drill bit , wherein a drill body consisting of the drill bit and the drill shank consists of a metal material, and in that a control bolt , which is displaceable in spring-loaded manner, the front tip of which controls the transverse displacement of the chamfering blade which is displaceable transversely in the blade window , is arranged in a central longitudinal borehole of the drill body , characterised in that the drill body consisting of the drill bit and the drill shank consists of a solid carbide material and in that on the rear-side part of the drill shank is attached an adapter sleeve with the same or reduced diameter compared to the drill shank , in which drive means for the control bolt are arranged.
Method for weighing a vehicle crossing a bridge which comprises at least one span having a deck resting on two supports which are positioned sequentially, with a gap therebetween, in the direction of travel across the bridge, the method comprising: - using at least one sensor to obtain values which indicate a parameter of overall deformation of the deck, i.e. a parameter of a deformation that affects the deck over the entire length of the span, such as bending of the deck, at successive moments during the passage of the vehicle; - acquiring an interpretable measurement relating to the speed of the vehicle; - calculating an integral of said values over a period of time during which the deck is deformed during the passage of the vehicle; and - deducing the weight of the vehicle by a comparison involving the speed of the vehicle, said integral and a scale of correspondence between integrals and total vehicle weights, the scale having been pre-established by calibration with vehicles of known weight. - using at least one sensor to obtain values which indicate a parameter of overall deformation of the deck, i.e. a parameter of a deformation that affects the deck over the entire length of the span, such as bending of the deck, at successive moments during the passage of the vehicle; - acquiring an interpretable measurement relating to the speed of the vehicle; - calculating an integral of said values over a period of time during which the deck is deformed during the passage of the vehicle; and - deducing the weight of the vehicle by a comparison involving the speed of the vehicle, said integral and a scale of correspondence between integrals and total vehicle weights, the scale having been pre-established by calibration with vehicles of known weight.
A component mounter for picking up a component (P) supplied by a component supply device and mounting the component (P) on a target object (S), the component mounter comprising: a head ; a holding member configured to hold a component (P); a first raising and lowering device configured to raise and lower a raising and lowering member with respect to the head ; a second raising and lowering device configured to relatively raise and lower the holding member with respect to the raising and lowering member and to be raised and lowered together with the raising and lowering member by the first raising and lowering device ; a control device configured to selectively perform a first operation mode of driving the first raising and lowering device to lower the holding member , and a second operation mode of driving the first raising and lowering device and the second raising and lowering device to lower the holding member ; and a load measuring section provided on the second raising and lowering device and configured to measure a load applied with respect to the holding member , wherein the control device is configured to perform a cleaning operation of cleaning the holding member or a rejection operation of rejecting a component (P) picked up by the holding member , each of which does not require the load measuring section , via the first operation mode, and perform a pickup operation of using the holding member to pick up the component (P) or a mounting operation of using the holding member to mount the component (P), each of which requires the load measuring section , via the second operation mode. a head ; a holding member configured to hold a component (P); a first raising and lowering device configured to raise and lower a raising and lowering member with respect to the head ; a second raising and lowering device configured to relatively raise and lower the holding member with respect to the raising and lowering member and to be raised and lowered together with the raising and lowering member by the first raising and lowering device ; a control device configured to selectively perform a first operation mode of driving the first raising and lowering device to lower the holding member , and a second operation mode of driving the first raising and lowering device and the second raising and lowering device to lower the holding member ; and a load measuring section provided on the second raising and lowering device and configured to measure a load applied with respect to the holding member , wherein the control device is configured to perform a cleaning operation of cleaning the holding member or a rejection operation of rejecting a component (P) picked up by the holding member , each of which does not require the load measuring section , via the first operation mode, and perform a pickup operation of using the holding member to pick up the component (P) or a mounting operation of using the holding member to mount the component (P), each of which requires the load measuring section , via the second operation mode.
A blow molding method for molding a composite container , comprising: preparing a preform which includes a mouth part , a trunk part and a bottom part and is made of plastic material; preparing a plastic member which includes a trunk part in a tubular shape wherein the preform and the plastic member are formed of different members; arranging the plastic member having heat shrinkability outside the trunk part of the preform and setting the plastic member in close contact with an outer surface of the preform without adhering thereto, in such close contact that the plastic member 40a does not move or rotate with respect to the preform 10a, by heating the plastic member to cause heat shrinkage; heating the preform and the plastic member in a heating device , and inserting the preform and the plastic member in the blow molding die after the heating; and integrally inflating the preform and the plastic member by performing blow molding on the preform and the plastic member in the blow molding die . preparing a preform which includes a mouth part , a trunk part and a bottom part and is made of plastic material; preparing a plastic member which includes a trunk part in a tubular shape wherein the preform and the plastic member are formed of different members; arranging the plastic member having heat shrinkability outside the trunk part of the preform and setting the plastic member in close contact with an outer surface of the preform without adhering thereto, in such close contact that the plastic member 40a does not move or rotate with respect to the preform 10a, by heating the plastic member to cause heat shrinkage; heating the preform and the plastic member in a heating device , and inserting the preform and the plastic member in the blow molding die after the heating; and integrally inflating the preform and the plastic member by performing blow molding on the preform and the plastic member in the blow molding die .
A dietary composition for use in preventing or treating idiopathie vomiting in a companion animal, comprising one or more compounds in an effective amount for inhibiting a 5-hydroxytryptamine-3a serotonin (5-HT3a) receptor and/or a neurokinin-1 (NK-1) receptor, wherein said one or more compounds are selected from the group consisting of ubiquinone-0 (CAS NO. 605-94-7), resveratrol (CAS No. 501-36-0), 1,4-benzenediol, 2,3-dimethyl- (CAS NO. 608-43-5), vetiverol (CAS NO. 89-88-3), 3,6-dihydroxyflavone (CAS NO. 92439-20-8), nonivamide (CAS NO. 2444-46-4), DL-palmitoylcarnitine chloride (CAS NO. 6865-14-1), asiatic acid (CAS NO. 464-92-6), farnesal (CAS NO. 19317-11-4), nootkatone (CAS NO. 4674-50-4), alpha-amylcinnamyl alcohol (CAS NO. 101-85-9), delta-dodecalactone (CAS NO. 713-95-1), gamma-dodecalactone (CAS NO. 2305-05-7), alpha-lonone (CAS NO. 127-41-3), biochanin A (CAS NO. 491-80-5), delta-undecalactone (CAS NO. 104-67-6), delta-tetradecalactone (CAS NO. 2721-22-4), 2-(3-phenylpropyl)pyridine (CAS NO. 2110-18-1), 1,14-tetradecanediol (CAS NO. 19812-64-7), (+)-cedrol (CAS NO. 77-53-2), 3-heptyldihydro-5-methyl-2 -furanone (CAS NO. 40923-64-6), delta-undecalactone (CAS NO. 710-04-3), methyl dihydrojasmonate (CAS NO. 24851-98-7), ethoxyquin (CAS NO. 91-53-2), petroselinic acid (CAS NO. 593-39-5), methyl isoeugenol (CAS NO. 93-16-3), vanillyl butyl ether (CAS NO. 82654-98-6), guiaiacwood oil (CAS NO. 8016-23-7), luteolin (CAS NO. 491-70-3), 18-beta-glycyrrhetic acid (CAS NO. 471-53-4), tributyl citrate (CAS NO. 77-94-1), palmitoleic acid (CAS NO. 373-49-9), bisabolol (CAS NO. 515-69-5), curcumin (CAS NO. 458-37-7), piperine (CAS NO. 94-62-2), flavone (CAS NO. 525-82-6), menthoxypropanediol (CAS NO. 87061-04-9), 4-hydroxychalcone (CAS NO. 2657-25-2), N-propyl-4-hydroxybenzoate (CAS NO. 94-13-3), cholecalciferol VD3 (CAS NO. 67-97-0), oleoresin ginger (CAS NO. 8002-60-6), eicosapentaenoic acid (CAS NO. 10417- 94-4), riboflavin VB2 (CAS NO. 83-88-5), phloretin (CAS NO. 60-82-2), menadione (CAS NO. 58-27-5), 3,3'-diindolylmethane (CAS NO. 1968-05-4), trans,trans-2,4-heptadienal (CAS NO. 4313-03-5), trans-2,cis-6-nonadienol (CAS NO. 557-48-2), trans,trans-2,4-nonadienal (CAS NO. 5910-87-2), trans-4-methoxycinnamaldehyde (CAS NO. 24680-50-0), , 2,2',4'-trihydroxy-chalcone (CAS NO. 26962-50-5), hematoporphyrin dihydrochloride (CAS NO. 17696-69-4), phytosphingosine (CAS NO. 554-62-1), benzylidenacetone (CAS NO. 122-57-6), genistein (CAS NO. 446-72-0), apigenin (CAS NO. 520-36-5), chalcone (CAS NO. 614-47-1), cinnamon bark oil (CAS NO. 8015-91-6), and combinations thereof.