mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a rolling bearing using centerless grinding, in which the rolling bearing has an inner ring , an outer ring , a plurality of rolling elements , a seal lip , and a sliding contact surface which is provided on the inner ring or the outer ring and with which a distal end of the seal lip is in contact in a slidable manner, wherein the method is characterized by comprising: a centerless grinding step of subjecting the sliding contact surface to centerless grinding while pressing a grindstone against a portion of the inner ring or the outer ring including the sliding contact surface ; and a finishing step of, after the centerless grinding step, subjecting the sliding contact surface to a process for eliminating directivity of surface roughness, which is generated on the sliding contact surface in the centerless grinding step, wherein the finishing step comprises a line forming process of forming a large number of grinding lines in irregular directions on an area including the sliding contact surface of the inner ring or the outer ring by using an abrasive grain-containing brush , a non-woven fabric abrasive, or a polishing tape so that an uneven shape of the sliding contact surface , which has the directivity of surface roughness, becomes complicated. a centerless grinding step of subjecting the sliding contact surface to centerless grinding while pressing a grindstone against a portion of the inner ring or the outer ring including the sliding contact surface ; and a finishing step of, after the centerless grinding step, subjecting the sliding contact surface to a process for eliminating directivity of surface roughness, which is generated on the sliding contact surface in the centerless grinding step, wherein the finishing step comprises a line forming process of forming a large number of grinding lines in irregular directions on an area including the sliding contact surface of the inner ring or the outer ring by using an abrasive grain-containing brush , a non-woven fabric abrasive, or a polishing tape so that an uneven shape of the sliding contact surface , which has the directivity of surface roughness, becomes complicated.
Substrate-filled plastic mesh hose or geosynthetic mesh hose characterized in - that the hose has a rough three-dimensional structure, - that the lattice strukture is such that invertebrates such as aquatic insects ca penetrate it, but the filling is held, and - hat the filling consists of a variable mixture of geological substrate such as gravel, pepples, stones and biogenic material such as dead wood, bark, cones, moss or clay balls or geoton in which the invertebrates can move. - that the hose has a rough three-dimensional structure, - that the lattice strukture is such that invertebrates such as aquatic insects ca penetrate it, but the filling is held, and - hat the filling consists of a variable mixture of geological substrate such as gravel, pepples, stones and biogenic material such as dead wood, bark, cones, moss or clay balls or geoton in which the invertebrates can move.
An injectable filler composition consisting of: a) agarose in an amount between 2.6% and 5% by weight; b) hyaluronic acid or a pharmaceutically acceptable salt thereof in an amount between 0.1% and 4% by weight; c) phosphate-buffered saline; and d) optionally at least one protein or amino acid. a) agarose in an amount between 2.6% and 5% by weight; b) hyaluronic acid or a pharmaceutically acceptable salt thereof in an amount between 0.1% and 4% by weight; c) phosphate-buffered saline; and d) optionally at least one protein or amino acid.
A refrigeration cycle apparatus , comprising: a refrigerant circuit configured to circulate refrigerant therethrough, the refrigerant circuit including a screw compressor , a condenser , a pressure reducing device, and an evaporator ; a liquid injection pipe branching off from a pipe between the condenser and the pressure reducing device and being connected to a liquid injection port of the screw compressor ; an adjustment device provided to the liquid injection pipe and configured to adjust a liquid injection amount; and a controller configured to control the adjustment device , the controller being configured to control the adjustment device so that a discharge temperature of refrigerant discharged from the screw compressor becomes a target discharge temperature during an operation of the screw compressor , and characterized in that the controller is configured to control, when the operation of the screw compressor is to be stopped, the adjustment device to increase the liquid injection amount, and then stop the screw compressor . a refrigerant circuit configured to circulate refrigerant therethrough, the refrigerant circuit including a screw compressor , a condenser , a pressure reducing device, and an evaporator ; a screw compressor , a condenser , a pressure reducing device, and an evaporator ; a liquid injection pipe branching off from a pipe between the condenser and the pressure reducing device and being connected to a liquid injection port of the screw compressor ; an adjustment device provided to the liquid injection pipe and configured to adjust a liquid injection amount; and a controller configured to control the adjustment device , the controller being configured to control the adjustment device so that a discharge temperature of refrigerant discharged from the screw compressor becomes a target discharge temperature during an operation of the screw compressor , and characterized in that the controller is configured to control, when the operation of the screw compressor is to be stopped, the adjustment device to increase the liquid injection amount, and then stop the screw compressor . control the adjustment device so that a discharge temperature of refrigerant discharged from the screw compressor becomes a target discharge temperature during an operation of the screw compressor , and characterized in that the controller is configured to control, when the operation of the screw compressor is to be stopped, the adjustment device to increase the liquid injection amount, and then stop the screw compressor .
A connector body (100; 200) for use in a connector assembly for making fluid connections comprising: a hollow connector body, the hollow connector body comprising a recess and a resilient deformable seal (130; 230) having a central aperture (131; 231), a seal body and a lip surrounding the central aperture, wherein the lip (132; 232) is foldable into the recess of the hollow connector body; a locking mechanism (150; 250) integrally formed with the hollow connector body, the locking mechanism (150; 250) comprising at least one lug (151; 251) including a slot (152; 252), and at least one ramp (155; 255); a hollow connector first body end (101; 201) and a hollow connector second body end (106; 206); and an anti-actuation assembly engagement portion comprising at least one recess and/or at least one protrusion; a removable anti-actuation assembly comprising at least one peel strip , and at least one recess and/or at least one protrusion, the at least one recess of the anti-actuation assembly and/or at least one protrusion being engaged with the anti-actuation assembly engagement portion of the hollow connector body (100; 200); and, a removable cap, engaged with the hollow connector body (100; 200), wherein the removable anti-actuation assembly is interposed between the cap and the hollow connector first body end (101; 201), the cap covering the hollow connector first body end (101; 201). a hollow connector body, the hollow connector body comprising a recess and a resilient deformable seal (130; 230) having a central aperture (131; 231), a seal body and a lip surrounding the central aperture, wherein the lip (132; 232) is foldable into the recess of the hollow connector body; a locking mechanism (150; 250) integrally formed with the hollow connector body, the locking mechanism (150; 250) comprising at least one lug (151; 251) including a slot (152; 252), and at least one ramp (155; 255); a hollow connector first body end (101; 201) and a hollow connector second body end (106; 206); and an anti-actuation assembly engagement portion comprising at least one recess and/or at least one protrusion; a removable anti-actuation assembly comprising at least one peel strip , and at least one recess and/or at least one protrusion, the at least one recess of the anti-actuation assembly and/or at least one protrusion being engaged with the anti-actuation assembly engagement portion of the hollow connector body (100; 200); and, a removable cap, engaged with the hollow connector body (100; 200), wherein the removable anti-actuation assembly is interposed between the cap and the hollow connector first body end (101; 201), the cap covering the hollow connector first body end (101; 201).
A solid fabric softening composition comprising: a. 25 to 70 wt.% Fabric softening active; b. 10 to 40 wt.% Co-active; and c. 10 to 40 wt.% Disintegrant system; Wherein the disintegrant system comprises salt and acid. a. 25 to 70 wt.% Fabric softening active; b. 10 to 40 wt.% Co-active; and c. 10 to 40 wt.% Disintegrant system;
Gas dilution system having at least two gas flow control elements , and at least two gas tanks , wherein each of the at least two gas flow control elements each has an integrated measuring orifice, wherein each of the at least two gas flow control elements is each designed as an attachment in the manner of a valve such that each of the at least two gas flow control elements is each placed directly on one of the respective gas tanks and is detachedly or fixedly connected to said respective gas tank , wherein the gas dilution system is configured to extract gas having a predetermined flow from the respective connected gas tank via the at least two gas flow control elements in each case, to mix the extracted gases in a predetermined dilution ratio into a diluted gas mixture, and to provide the diluted gas mixture at an outlet , wherein the predetermined dilution ratio of the diluted gas mixture may be adjusted via orifice diameters of the integrated measuring orifices of the at least two gas flow control elements and characterized in that the gas dilution system has a surplus flow regulator which is provided to maintain a required flow volume of diluted gas mixture and to discharge diluted gas mixture that is not required. having at least two gas flow control elements , and at least two gas tanks , wherein each of the at least two gas flow control elements each has an integrated measuring orifice, wherein each of the at least two gas flow control elements is each designed as an attachment in the manner of a valve such that each of the at least two gas flow control elements is each placed directly on one of the respective gas tanks and is detachedly or fixedly connected to said respective gas tank , wherein the gas dilution system is configured to extract gas having a predetermined flow from the respective connected gas tank via the at least two gas flow control elements in each case, to mix the extracted gases in a predetermined dilution ratio into a diluted gas mixture, and to provide the diluted gas mixture at an outlet , wherein the predetermined dilution ratio of the diluted gas mixture may be adjusted via orifice diameters of the integrated measuring orifices of the at least two gas flow control elements and characterized in that the gas dilution system has a surplus flow regulator which is provided to maintain a required flow volume of diluted gas mixture and to discharge diluted gas mixture that is not required.
A lighting unit, comprising: a light source ; a light sensor arrangement ; and an optical feedback path from the light source to the light sensor arrangement; a transistor in series with the light source ; wherein the lighting unit is adapted to receive a first external input from a source external to the lighting unit for turning on the light source, wherein the light sensor arrangement is adapted to sense the first external input and turn on the light source; characterized in that the light sensor arrangement is adapted to maintain the light source switched on in response to light output from the light source sensed by the light sensor arrangement through the optical feedback path , wherein an output from the light sensor arrangement is directly connected to a gate of the transistor, so as to directly control an on state of the light source via said transistor. a light source ; a light sensor arrangement ; and an optical feedback path from the light source to the light sensor arrangement; a transistor in series with the light source ; wherein the lighting unit is adapted to receive a first external input from a source external to the lighting unit for turning on the light source, wherein the light sensor arrangement is adapted to sense the first external input and turn on the light source; characterized in that the light sensor arrangement is adapted to maintain the light source switched on in response to light output from the light source sensed by the light sensor arrangement through the optical feedback path , wherein an output from the light sensor arrangement is directly connected to a gate of the transistor, so as to directly control an on state of the light source via said transistor.
A medical device system comprising: therapy delivery circuitry configured to deliver anti-tachycardia pacing (ATP) therapy to a heart of a patient via electrodes communicatively coupled to the therapy delivery circuitry, the ATP therapy comprising an ATP train; and processing circuitry configured to: determine a first feature in a local electrogram; determine a second feature in a far-field electrogram; determine a first propagation time based on the first feature and the second feature; determine a number of pulses of the ATP train to achieve a second propagation time based on the first propagation time; and control the therapy delivery circuitry to deliver the ATP train of at least the number of pulses. therapy delivery circuitry configured to deliver anti-tachycardia pacing (ATP) therapy to a heart of a patient via electrodes communicatively coupled to the therapy delivery circuitry, the ATP therapy comprising an ATP train; and processing circuitry configured to: determine a first feature in a local electrogram; determine a second feature in a far-field electrogram; determine a first propagation time based on the first feature and the second feature; determine a number of pulses of the ATP train to achieve a second propagation time based on the first propagation time; and control the therapy delivery circuitry to deliver the ATP train of at least the number of pulses. determine a first feature in a local electrogram; determine a second feature in a far-field electrogram; determine a first propagation time based on the first feature and the second feature; determine a number of pulses of the ATP train to achieve a second propagation time based on the first propagation time; and control the therapy delivery circuitry to deliver the ATP train of at least the number of pulses.
Operating means for a latch of a door or panel of a motor vehicle, having a mechanism for opening the door or panel, having a movably mounted inertia mass to avoid unintentionally opening the door or panel if a predetermined acceleration is exceeded, having levers for moving the inertia mass , the inertia mass or a component of the inertia mass being rotatably mounted by means of a shaft , and, in the initial position of the inertia mass , a point of application for moving the inertia mass being located close to the shaft and this distance increasing if the inertia mass is moved from its initial position, as a result of which the lever ratios of the levers change by the inertia mass being moved, characterized in that the point of application is formed by means of a bolt extending into a slot .
Electrical/electronic installation device, comprising a receiving module and a functional module , wherein the functional module is received in the receiving module , wherein the receiving module is suitable for being fixed in an installation box, wherein the receiving module comprises a first switching element , a connection apparatus , a first pole , the second pole and a first housing , which forms a receiving space in which the functional module is received, wherein the first switching element and the connection apparatus are arranged in the first housing , wherein the connection apparatus comprises at least two connection devices for respectively connecting a conductor of an electrical installation, namely at least one first connection device and one second connection device , wherein the first switching element is electrically conductively connected on the one hand to the first pole and on the other hand to the first connection device , wherein the second pole is connected to the second connection device , wherein the functional module comprises a second housing and an electrical connection element arranged on the second housing , wherein the electrical connection element is connected to the first pole and the second pole , wherein the first pole and the second pole are designed and arranged in such a way that the electrical connection element is electrically conductively connected to the first pole and the second pole , and wherein the first switching element comprises an actuating element , which is arranged and designed in such a way that it can be actuated by an actuating member arranged on the functional module .
A chassis for a railway vehicle , in particular a wagon, including two side sills disposed in parallel and aligned horizontally, each side sill including a core whose cross section forms a segment, the core being disposed between an upper flange and a lower flange or between an upper flange and a lower part , characterized in that , when the chassis is disposed horizontally, the cross section of the core of each side sill forms an angle between 20° and 40°, preferably between 25° and 35°, with the vertical direction, and in that the two cores converge towards a point located above the chassis so as to space the lower flanges or lower parts apart from each other in order to house a bogie therebetween.
A meter for detecting a presence and/or concentration of an analyte in a liquid biological sample, comprising: a housing defining an opening communicating with an internal cavity adapted to receive at least a portion of a test strip , the test strip being configured to retain a liquid biological sample; a pressure sensor arranged and configured to sense a pressure exerted by an inserted test strip relative to said housing; and a controller configured to detect a presence and/or concentration of an analyte in the liquid biological sample, said controller comprising a processor and a memory , wherein the memory is configured to store one or more predetermined pressure threshold values, the processor responsive to said pressure sensor and configured to: receive signals corresponding to the sensed pressure from said sensor ; compare the signals to a pressure threshold value, and indicate when the sensed pressure exceeds the pressure threshold value. a housing defining an opening communicating with an internal cavity adapted to receive at least a portion of a test strip , the test strip being configured to retain a liquid biological sample; a pressure sensor arranged and configured to sense a pressure exerted by an inserted test strip relative to said housing; and a controller configured to detect a presence and/or concentration of an analyte in the liquid biological sample, said controller comprising a processor and a memory , wherein the memory is configured to store one or more predetermined pressure threshold values, the processor responsive to said pressure sensor and configured to: receive signals corresponding to the sensed pressure from said sensor ; compare the signals to a pressure threshold value, and indicate when the sensed pressure exceeds the pressure threshold value. receive signals corresponding to the sensed pressure from said sensor ; compare the signals to a pressure threshold value, and indicate when the sensed pressure exceeds the pressure threshold value.
A method of monitoring the flow of liquid in a conduit, the method comprising the steps of a liquid-flow monitoring device : receiving data substantially continuously from a sensor , the data indicative of fluid flow in a conduit, and operating sampling means of the device to sample the data to produce a stream of sampled data; processing, using processing means of the device , the stream of sampled data to extract summary information and at least one sub-sampled stream therefrom, the sub-sampled stream comprising a plurality of data sets, each data set being a statistical subset of the stream of sampled data over a respective data-set period; storing, using storage means of the device , the at least one sub-sampled stream; periodically transmitting, using communication means of the device , the summary information to a central location remote from the device ; and upon receiving a request for a more complete representation of the stream of sampled data at or over a specified time, to transmit one or more of the data sets corresponding to the specified time. receiving data substantially continuously from a sensor , the data indicative of fluid flow in a conduit, and operating sampling means of the device to sample the data to produce a stream of sampled data; processing, using processing means of the device , the stream of sampled data to extract summary information and at least one sub-sampled stream therefrom, the sub-sampled stream comprising a plurality of data sets, each data set being a statistical subset of the stream of sampled data over a respective data-set period; storing, using storage means of the device , the at least one sub-sampled stream; periodically transmitting, using communication means of the device , the summary information to a central location remote from the device ; and upon receiving a request for a more complete representation of the stream of sampled data at or over a specified time, to transmit one or more of the data sets corresponding to the specified time.
Use of an aqueous protein and diluent dispersion and an adhesive, binder and/or curative as an additive for reducing tool and blade wear in manufacturing a lignocellulosic composite board, wherein the aqueous protein and diluent dispersion comprises starch, sugar and soy flour; and, wherein the additive is added to a lignocellulosic mixture to form a composite mixture from which said lignocellulosic composite board is manufactured. wherein the aqueous protein and diluent dispersion comprises starch, sugar and soy flour; and, wherein the additive is added to a lignocellulosic mixture to form a composite mixture from which said lignocellulosic composite board is manufactured.