mhurhangee/ep-ind-claims huggingface dataset:
A safety door lock using a door handle, comprising: the door handle configured to be rotatable in the vertical direction and to elastically reciprocate in the horizontal direction and provided adjacent to the front end of the door at one side of a door, rotated by a designated angle in the vertical direction and then pushed to be opened or pulled to be closed; wherein the safety door lock using the door handle further comprises: a body configured to form a rotating shaft with another door handle provided at the other side of the door or to support the door handle so as to be rotatable by a designated angle in connection with a door latch; an elastic unit interposed between the body and the door handle and providing restoring force to elastically reciprocate the door handle on the body around the rotating shaft; characterized in that the safety door lock further comprises a shock absorption unit provided at a bent part of the door handle so as to elastically rotate the door handle in the horizontal direction. the door handle configured to be rotatable in the vertical direction and to elastically reciprocate in the horizontal direction and provided adjacent to the front end of the door at one side of a door, rotated by a designated angle in the vertical direction and then pushed to be opened or pulled to be closed; wherein the safety door lock using the door handle further comprises: a body configured to form a rotating shaft with another door handle provided at the other side of the door or to support the door handle so as to be rotatable by a designated angle in connection with a door latch; an elastic unit interposed between the body and the door handle and providing restoring force to elastically reciprocate the door handle on the body around the rotating shaft; characterized in that the safety door lock further comprises a shock absorption unit provided at a bent part of the door handle so as to elastically rotate the door handle in the horizontal direction. a body configured to form a rotating shaft with another door handle provided at the other side of the door or to support the door handle so as to be rotatable by a designated angle in connection with a door latch; an elastic unit interposed between the body and the door handle and providing restoring force to elastically reciprocate the door handle on the body around the rotating shaft; characterized in that the safety door lock further comprises a shock absorption unit provided at a bent part of the door handle so as to elastically rotate the door handle in the horizontal direction.
A lawnmower comprising: a lawnmower housing; one or more cutting blades; a motor configured to rotate the one or more cutting blades; a handle including a switch assembly, characterized in that the switch assembly includes a contactless switch pivotable about an axis point and a magnet located at the axis point; one or more paddles extending from the handle, wherein rotation of the one or more paddles causes the contactless switch to pivot about the axis point; a sensor (50, 159) configured to sense a variation of a magnetic field of the magnet; and a controller coupled to the motor and the sensor, the controller configured to: receive, from the sensor, a value associated with the variation of the magnetic field of the magnet; and control the motor based on the value of the variation of the magnetic field. a lawnmower housing; one or more cutting blades; a motor configured to rotate the one or more cutting blades; a handle including a switch assembly, characterized in that the switch assembly includes a contactless switch pivotable about an axis point and a magnet located at the axis point; one or more paddles extending from the handle, wherein rotation of the one or more paddles causes the contactless switch to pivot about the axis point; a sensor (50, 159) configured to sense a variation of a magnetic field of the magnet; and a controller coupled to the motor and the sensor, the controller configured to: receive, from the sensor, a value associated with the variation of the magnetic field of the magnet; and control the motor based on the value of the variation of the magnetic field. receive, from the sensor, a value associated with the variation of the magnetic field of the magnet; and control the motor based on the value of the variation of the magnetic field.
Dispenser apparatus for dispensing precut wiping materials, said dispenser apparatus comprising a protective housing for receiving a module for supporting the strip of precut material to be unrolled and dispenser mechanisms for dispensing said strip, and a fold-back protective cover that is hinged relative to the housing, said module comprising side cheek plates between which a roll of material is placed, and a guide device for guiding said strip forming a swing piece controlled in position by setting levers disposed on either side of said side cheek plates of the module, the module comprising a transverse flap mounted between said cheek plates and a bearing plate between which passes the strip of material to be pulled by the user, to be in contact with said strip of material so as to cause it to advance, said dispenser apparatus being characterized in that it comprises an anti-ascent device for preventing the strip of material from moving up, which device comprises shaft of great length disposed parallel to and on the rear face of said flap, said shaft having in its middle portion a roller facing a central opening (6.1) arranged in the flap, said shaft having a first end (8.1) secured to a block arranged to receive, subsequently, a ratchet freewheel for rotating the shaft in one direction only, and having its other end (8.2) secured to a link-forming lever hinged to a shaft secured to a stationary portion (6.2) of the flap to move in opposition to resilient return means, in that said shaft has a stationary position on one side and is capable of moving resiliently away from the flap in opposition to said return means and the movement of the lever by defining the limit position for the roller relative to the flap that may or may not extend beyond the plane of said flap, and in that the freewheel configuration in the block causes the strip of material to be prevented from moving up by means of the effect of the roller being blocked in position.
A method for communicating between stations over a shared medium, the method comprising: receiving a first waveform at a first station transmitted over the shared medium from a second station, the first waveform including a payload having multiple segments, and during reception of a first segment of the payload, initiating processing of a subset of segments of the payload received before the first segment of the payload to generate partial selective acknowledgement, SACK, information that specifies which of one or more segments of the payload including the processed subset of segments have been correctly decoded by the first station; transmitting a second waveform from the first station over the shared medium, the second waveform including the partial SACK information; and transmitting a third waveform from the first station over the shared medium, after transmitting the second waveform, the third waveform including delayed acknowledgement information that specifies which of one or more segments of the payload including the first segment of the payload have been correctly decoded by the first station. receiving a first waveform at a first station transmitted over the shared medium from a second station, the first waveform including a payload having multiple segments, and during reception of a first segment of the payload, initiating processing of a subset of segments of the payload received before the first segment of the payload to generate partial selective acknowledgement, SACK, information that specifies which of one or more segments of the payload including the processed subset of segments have been correctly decoded by the first station; transmitting a second waveform from the first station over the shared medium, the second waveform including the partial SACK information; and transmitting a third waveform from the first station over the shared medium, after transmitting the second waveform, the third waveform including delayed acknowledgement information that specifies which of one or more segments of the payload including the first segment of the payload have been correctly decoded by the first station.
A secondary-battery chargeable-limit detecting method of detecting a state of charge of a chargeable limit serving as an upper limit of a chargeable state of charge of a secondary battery at every cycle operation time-point of a predetermined cycle; wherein, if reaching each of the cycle operation time-point, a voltage, a current, and a temperature of the secondary battery are measured; the state of charge of the secondary battery is calculated based on the value of the measured current; an average current corresponding to an average value of the current measurement value in a predetermined period is calculated, said average current is an average value obtained by averaging the current measurement value with the current measurement values acquired respectively at the cycle operation time-points before that by a predetermined method; a voltage excess rate representing a rate between the voltage measurement value and a predetermined voltage threshold, wherein the voltage measurement value is higher than a predetermined voltage threshold, in a predetermined period is calculated; if conditions that: the temperature measurement value is higher than a predetermined temperature threshold, the voltage measurement value is higher than the voltage threshold, the average current is within a predetermined current threshold range, and the voltage excess rate is larger than a predetermined voltage-excess-rate threshold are determined to be satisfied, condition satisfied duration in which the conditions are continuously satisfied is calculated; and, if the condition satisfied duration is determined to be longer than a predetermined duration threshold, the state of charge is set as the state of charge of the chargeable limit.
A network system comprising: a device comprising processing circuitry, the device associated with a first site; and a service orchestrator comprising processing circuitry and a database, the service orchestrator configured to: store network segment prefixes for network segments at a second site in the database, the network segment prefixes having been dynamically learned at the second site via a routing protocol; translate an intent-based security policy specifying a rule for control of network traffic between the first site and a workgroup at the second site to a security policy specifying a segment-specific queryable resource associated with the workgroup at the second site; configure the device based on the security policy to query the segment-specific queryable resource; and in response to a query from the device to the segment-specific queryable resource associated with the workgroup at the second site, transmit at least one of the network segment prefixes for a network segment associated with the workgroup at the second site stored in the database for receipt by the device. a device comprising processing circuitry, the device associated with a first site; and a service orchestrator comprising processing circuitry and a database, the service orchestrator configured to: store network segment prefixes for network segments at a second site in the database, the network segment prefixes having been dynamically learned at the second site via a routing protocol; translate an intent-based security policy specifying a rule for control of network traffic between the first site and a workgroup at the second site to a security policy specifying a segment-specific queryable resource associated with the workgroup at the second site; configure the device based on the security policy to query the segment-specific queryable resource; and in response to a query from the device to the segment-specific queryable resource associated with the workgroup at the second site, transmit at least one of the network segment prefixes for a network segment associated with the workgroup at the second site stored in the database for receipt by the device. store network segment prefixes for network segments at a second site in the database, the network segment prefixes having been dynamically learned at the second site via a routing protocol; translate an intent-based security policy specifying a rule for control of network traffic between the first site and a workgroup at the second site to a security policy specifying a segment-specific queryable resource associated with the workgroup at the second site; configure the device based on the security policy to query the segment-specific queryable resource; and in response to a query from the device to the segment-specific queryable resource associated with the workgroup at the second site, transmit at least one of the network segment prefixes for a network segment associated with the workgroup at the second site stored in the database for receipt by the device.
A suspension of immiscible particles in a solution, wherein the particles comprise an agglomeration of: a bioactive agent that is a protein; and a plurality of conjugates of a hyaluronic acid and a flavonoid; wherein the particles are on average from about 15 nm to about 300 nm in diameter as measured by dynamic light scattering and wherein the bioactive agent is releasably retained in the particles by the flavonoid. a bioactive agent that is a protein; and a plurality of conjugates of a hyaluronic acid and a flavonoid;
A card handling device (10, 10') comprising: a housing (9, 9') having an entrance aperture (2, 2') through which a card can be delivered and an exit aperture (6, 6') from which the card can leave the housing, wherein the exit aperture is located lower than the entrance aperture; a floor member (5, 5') within the housing (9, 9') and onto which a card (1, 1') is delivered after passing through the entrance aperture (2, 2'), the floor member being movable between a first orientation in which it extends towards the exit aperture (6, 6') such that a card can slide along the floor member under the influence of gravity towards the exit aperture, and a second orientation in which it extends away from said exit aperture so that in use a card can slide along the floor member under the influence of gravity away from the exit aperture; and a control system for controlling movement of the floor member (5, 5') between the first orientation and the second orientation; characterised in that in the first orientation, the floor member extends from adjacent the entrance aperture towards the exit aperture and, in the second orientation, the floor member extends below the first orientation. a housing (9, 9') having an entrance aperture (2, 2') through which a card can be delivered and an exit aperture (6, 6') from which the card can leave the housing, wherein the exit aperture is located lower than the entrance aperture; a floor member (5, 5') within the housing (9, 9') and onto which a card (1, 1') is delivered after passing through the entrance aperture (2, 2'), the floor member being movable between a first orientation in which it extends towards the exit aperture (6, 6') such that a card can slide along the floor member under the influence of gravity towards the exit aperture, and a second orientation in which it extends away from said exit aperture so that in use a card can slide along the floor member under the influence of gravity away from the exit aperture; and a control system for controlling movement of the floor member (5, 5') between the first orientation and the second orientation; characterised in that in the first orientation, the floor member extends from adjacent the entrance aperture towards the exit aperture and, in the second orientation, the floor member extends below the first orientation.
A sensing assembly comprising: a wellbore tubular string; a wellbore component disposed in a wellbore tubular string; at least one gauge, wherein the at least one gauge is disposed at a first location along the wellbore tubular string; and at least one sensing link coupled to the at least one gauge, wherein the sensing link is configured to provide communication of at least one parameter from a sensing point at a second location to the first location, wherein the sensing point is radially adjacent the wellbore component; the at least one gauge being configured to sense the at least one parameter; wherein the wellbore component is a filter element, wherein the first location and the second location are longitudinally separated, and the sensing link comprises a fluid communication line. a wellbore tubular string; a wellbore component disposed in a wellbore tubular string; at least one gauge, wherein the at least one gauge is disposed at a first location along the wellbore tubular string; and at least one sensing link coupled to the at least one gauge, wherein the sensing link is configured to provide communication of at least one parameter from a sensing point at a second location to the first location, wherein the sensing point is radially adjacent the wellbore component; the at least one gauge being configured to sense the at least one parameter; wherein the wellbore component is a filter element, wherein the first location and the second location are longitudinally separated, and the sensing link comprises a fluid communication line.
A method of producing one or more products by microbial fermentation, the method comprising; a) providing a gaseous substrate comprising CO to a bioreactor comprising a culture of one or more acetogenic carboxydotrophic microorganisms in a liquid nutrient medium comprising a sulphur source selected from the group comprising SO 2, H 2 SO 3, Na 2 S 2 O 4, S 8, Na 2 S, NaHS, cysteine, NH 4 SO 3 or (NH 4) 2 SO 3; b)anaerobically fermenting the substrate to produce one or more products selected from the group comprising alcohols, acids and mixtures thereof; c) converting the sulphur source to H 2 S in a headspace of the bioreactor; d) adjusting the concentration of the sulphur source in the liquid nutrient medium according to the amount of H 2 S measured in the headspace; and e)recovering one or more products; wherein the concentration of H 2 S in the headspace is maintained at between 1ppm and 100 ppm. a) providing a gaseous substrate comprising CO to a bioreactor comprising a culture of one or more acetogenic carboxydotrophic microorganisms in a liquid nutrient medium comprising a sulphur source selected from the group comprising SO 2, H 2 SO 3, Na 2 S 2 O 4, S 8, Na 2 S, NaHS, cysteine, NH 4 SO 3 or (NH 4) 2 SO 3; b)anaerobically fermenting the substrate to produce one or more products selected from the group comprising alcohols, acids and mixtures thereof; c) converting the sulphur source to H 2 S in a headspace of the bioreactor; d) adjusting the concentration of the sulphur source in the liquid nutrient medium according to the amount of H 2 S measured in the headspace; and e)recovering one or more products;
A method for producing hydrogen, comprising the steps of: - providing a base material comprising magnesium; - providing a carrier fluid, in particular water; - providing a pH-lowering liquid; - bringing together the base material and the carrier fluid in a suspension container to form a suspension; - supplying the pH-lowering liquid to a reactor; - continuously supplying the suspension to the reactor; - discharging the hydrogen produced in the reactor in a reaction of the base material and the pH-lowering liquid from the reactor. - providing a base material comprising magnesium; - providing a carrier fluid, in particular water; - providing a pH-lowering liquid; - bringing together the base material and the carrier fluid in a suspension container to form a suspension; - supplying the pH-lowering liquid to a reactor; - continuously supplying the suspension to the reactor; - discharging the hydrogen produced in the reactor in a reaction of the base material and the pH-lowering liquid from the reactor.
A method for labeling a substance that contains a vicinal diol, the method comprising: (a) providing a vicinal diol containing substance; (b) adding a periodate salt to the vicinal diol containing substance to form a reaction mixture, wherein the vicinal diol containing substance is capable of being oxidized with periodate to produce an aldehyde containing substance; (c) adding a barium salt or barium acetate to form an alkaline earth metal treated reaction mixture; and (d) adding a signal label to the alkaline earth metal treated reaction mixture without removing BaIO4 from the solution, the signal label being capable of reaction with the aldehyde containing substance, to produce a signal labeled substance. (a) providing a vicinal diol containing substance; (b) adding a periodate salt to the vicinal diol containing substance to form a reaction mixture, wherein the vicinal diol containing substance is capable of being oxidized with periodate to produce an aldehyde containing substance; (c) adding a barium salt or barium acetate to form an alkaline earth metal treated reaction mixture; and (d) adding a signal label to the alkaline earth metal treated reaction mixture without removing BaIO4 from the solution, the signal label being capable of reaction with the aldehyde containing substance, to produce a signal labeled substance.
Decor paper or foil for application to panel shaped substrates, wherein said decor paper or foil comprises a base layer, an inkjet receiving surface, and a digitally printed pattern obtained via printing with a single-pass printer and including a matrix of a plurality, preferably at least 200, printed ink dots per inch, characterized in that said matrix, as seen in the width direction of the paper or foil, is generally uniformly made up with uniformly sized printed ink dots, with the exception of a minority of the area of the printed pattern wherein said matrix is modified.
Exterior aircraft light unit, comprising: a lens cover, and at least one light source (6, 6') for emitting light through the lens cover, wherein the lens cover has an aerodynamic front edge, separating an impinging air stream during flight, and an aerodynamic front region around the aerodynamic front edge, wherein the lens cover has an outside contour and wherein the aerodynamic front region is defined as that part of the lens cover where the tangent to the outside contour has an angle of more than 45° with respect to the i direction of the impinging air stream, and wherein light emitted by the at least one light source exits the lens cover only outside the aerodynamic front region. a lens cover, and at least one light source (6, 6') for emitting light through the lens cover, wherein the lens cover has an aerodynamic front edge, separating an impinging air stream during flight, and an aerodynamic front region around the aerodynamic front edge, wherein the lens cover has an outside contour and wherein the aerodynamic front region is defined as that part of the lens cover where the tangent to the outside contour has an angle of more than 45° with respect to the i direction of the impinging air stream, and wherein light emitted by the at least one light source exits the lens cover only outside the aerodynamic front region.