mhurhangee/ep-ind-claims huggingface dataset:
A vehicle-mounted device comprising: a communication unit configured to be able to perform wireless communication with a plurality of roadside apparatuses to which first identification information for identifying each of the plurality of roadside apparatuses is given, receive the first identification information concerning the roadside apparatuses, which is transmitted from the roadside apparatuses, and receive, from a subsequent roadside apparatus, as second identification information, identification information of roadside apparatuses via which the vehicle is expected to have travelled to reach the subsequent roadside apparatus, if the vehicle is traveling in a traffic lane where the roadside apparatuses are installed; a storage unit configured to store the first identification information transmitted from the roadside apparatuses; and a reproducing unit configured to reproduce content information provided from the roadside apparatuses together with the first and second identification information; characterized by a control unit configured to cause, if the first identification information stored in the storage unit is included in the second identification information subsequently transmitted from the subsequent roadside apparatus, the reproducing unit to reproduce content information subsequently transmitted together with the second identification information, and delete, from the storage unit, the first identification information previously transmitted from the previous roadside apparatus, after reproducing the content information. a communication unit configured to be able to perform wireless communication with a plurality of roadside apparatuses to which first identification information for identifying each of the plurality of roadside apparatuses is given, receive the first identification information concerning the roadside apparatuses, which is transmitted from the roadside apparatuses, and receive, from a subsequent roadside apparatus, as second identification information, identification information of roadside apparatuses via which the vehicle is expected to have travelled to reach the subsequent roadside apparatus, if the vehicle is traveling in a traffic lane where the roadside apparatuses are installed; a storage unit configured to store the first identification information transmitted from the roadside apparatuses; and a reproducing unit configured to reproduce content information provided from the roadside apparatuses together with the first and second identification information; characterized by a control unit configured to cause, if the first identification information stored in the storage unit is included in the second identification information subsequently transmitted from the subsequent roadside apparatus, the reproducing unit to reproduce content information subsequently transmitted together with the second identification information, and delete, from the storage unit, the first identification information previously transmitted from the previous roadside apparatus, after reproducing the content information.
Measuring system designed to determine and/or monitor the flow of a medium under measurement through a measuring tube with a first essentially discoidal electromechanical transducer element, which has a central point, and at least an additional second essentially discoidal electromechanical transducer, which has a central point, and with a measuring tube with a measuring tube axis and with a measuring tube inlet and a measuring tube outlet, wherein said measuring tube inlet has a measuring tube inlet axis, said measuring tube inlet axis having an angle σ not equal to 90° in relation to the measuring tube axis, and wherein said measuring tube outlet has a measuring tube outlet axis, said measuring tube outlet axis having an angle β not equal to 90° in relation to the measuring tube axis, wherein the electromechanical transducer elements (6, 7) are essentially opposite one another in a plane-parallel manner, and can each be coupled acoustically with the measuring tube, characterized in that a connecting line between the center points (12, 13) of the first and second electromechanical transducer element (6, 7) is at an angle y in relation to the measuring tube axis and extends along the side of the measuring tube axis on which the measuring tube outlet is located, wherein a measuring path of the measuring system extends along the connecting line.
Teat having a main body with an inlet opening, a mouthpiece with a suction opening, and at least one suction channel, wherein the mouthpiece has at least one extensible zone which extends separately from the at least one suction channel and which, during use, lies between the palate and tongue of a baby, and wherein this zone is designed in such a way that it expands in the presence of an underpressure generated in the baby's mouth during sucking, characterized in that the mouthpiece has a peripherally closed outer wall, a peripherally closed inner wall adjoining the outer wall in the area of the suction opening, and a flange adjoining the free end of the inner wall, wherein the inner wall, on its inner face directed towards its longitudinal centre axis, forms the at least one suction channel, and wherein the flange is oriented radially outwards from the inner wall, such that it can be hinged sealingly into an opening of a receiving head of a teat unit.
An siRNA targeted to SEQ ID NO: 1 for use in the treatment of dry eye and/or ocular pain wherein the siRNA is administered at a dosage of from about 0.3 to about 0.9 mg per day.
A method for monitoring a charge of a battery, the method comprising: - obtaining a battery current measurement value (I L) and a battery voltage measurement value (V L), - applying a current integration method to update a primary charge estimate value representative of the charge stored in the battery by taking into account the battery current measurement value (I L), - determining an ancillary charge estimate value representative of the charge stored in the battery using a battery model taking into account the battery voltage measurement value (V L), - determining an error value for said ancillary charge estimate value, said error value expressing the reliability of said battery model taking the battery voltage measurement value (V L) into account, - applying a correction to the primary charge estimate value as function of the ancillary charge estimate value and the error value, and characterised by - determining a systematic error of the battery current measurement value (I L) taking into account said correction to the primary charge estimate value. - obtaining a battery current measurement value (I L) and a battery voltage measurement value (V L), - applying a current integration method to update a primary charge estimate value representative of the charge stored in the battery by taking into account the battery current measurement value (I L), - determining an ancillary charge estimate value representative of the charge stored in the battery using a battery model taking into account the battery voltage measurement value (V L), - determining an error value for said ancillary charge estimate value, said error value expressing the reliability of said battery model taking the battery voltage measurement value (V L) into account, - applying a correction to the primary charge estimate value as function of the ancillary charge estimate value and the error value, and characterised by - determining a systematic error of the battery current measurement value (I L) taking into account said correction to the primary charge estimate value.
Protective clothing for cutting operations, comprising: an inner layer having the form of an article of clothing, the material of the inner layer at least partly comprising a cut-resistant material, the inner layer formed to resist cuts, an outer layer, having the form of the same article of clothing as the inner layer, and configured to fit over the inner layer; the inner and outer layers (3, 2) further comprising a least one mutual fastener (4, 6, 7, 8, 9) configured to releasably retain the inner and outer layers (3, 2) together in use, characterized in that the inner layer is formed from a framework of lower strength carrier fibers interwoven with high strength fibers that are held in place by the carrier fibers, the long high strength fibers arranged in a slight wave pattern to enable the fabric to stretch, this pattern comprising a three-dimensional mesh structure of fine carrier fibres or threads formed from polyester into which are incorporated high strength polyester fibres arranged longitudinally with a slight "S" formation; in the event of a chainsaw cut, the mesh of carrier fibres is cut to release the high strength fibers from the woven structure, so that the high-strength fibres are caught by the chainsaw chain and pulled into the chainsaw sprocket to jam the saw and stop the blade. an inner layer having the form of an article of clothing, the material of the inner layer at least partly comprising a cut-resistant material, the inner layer formed to resist cuts, an outer layer, having the form of the same article of clothing as the inner layer, and configured to fit over the inner layer; the inner and outer layers (3, 2) further comprising a least one mutual fastener (4, 6, 7, 8, 9) configured to releasably retain the inner and outer layers (3, 2) together in use, characterized in that the inner layer is formed from a framework of lower strength carrier fibers interwoven with high strength fibers that are held in place by the carrier fibers, the long high strength fibers arranged in a slight wave pattern to enable the fabric to stretch, this pattern comprising a three-dimensional mesh structure of fine carrier fibres or threads formed from polyester into which are incorporated high strength polyester fibres arranged longitudinally with a slight "S" formation; in the event of a chainsaw cut, the mesh of carrier fibres is cut to release the high strength fibers from the woven structure, so that the high-strength fibres are caught by the chainsaw chain and pulled into the chainsaw sprocket to jam the saw and stop the blade.
A process for making a coated cobalt- or nickel-based superalloy article, said process comprising: applying a slurry to a surface of a cobalt- or nickel-based superalloy article to produce a slurry film on the surface, where the slurry is composed of, a liquid carrier, chromium-aluminum alloy particles having a composition, by weight, of 5% to 10% aluminum and 95% to 90% chromium, a halide selected from the group consisting of ammonium chloride, chromium chloride, ammonium fluoride, and combinations thereof; and the amount of solids in the slurry is between 50 and 75 percent by weight of the slurry, and thermal treating the article and slurry film for between 6 and 16 hours at an activation temperature greater than 1038°C at which the halide reacts with the chromium and aluminum to form intermediary compounds, the intermediary compounds depositing the chromium and aluminum on the surface, the thermal treating also diffusing the chromium and aluminum into a sub-surface region of the article such that the sub-surface region becomes enriched with chromium and aluminum. applying a slurry to a surface of a cobalt- or nickel-based superalloy article to produce a slurry film on the surface, where the slurry is composed of, a liquid carrier, chromium-aluminum alloy particles having a composition, by weight, of 5% to 10% aluminum and 95% to 90% chromium, a halide selected from the group consisting of ammonium chloride, chromium chloride, ammonium fluoride, and combinations thereof; and the amount of solids in the slurry is between 50 and 75 percent by weight of the slurry, and a liquid carrier, chromium-aluminum alloy particles having a composition, by weight, of 5% to 10% aluminum and 95% to 90% chromium, a halide selected from the group consisting of ammonium chloride, chromium chloride, ammonium fluoride, and combinations thereof; and the amount of solids in the slurry is between 50 and 75 percent by weight of the slurry, and thermal treating the article and slurry film for between 6 and 16 hours at an activation temperature greater than 1038°C at which the halide reacts with the chromium and aluminum to form intermediary compounds, the intermediary compounds depositing the chromium and aluminum on the surface, the thermal treating also diffusing the chromium and aluminum into a sub-surface region of the article such that the sub-surface region becomes enriched with chromium and aluminum.
A display or illuminating device comprising a moisture- or oxygen-sensitive light source or light valve at least partially covered with a barrier assembly comprising a flexible visible light-transmissive substrate having a Tg greater than or equal to 78°C overcoated with a polymer layer having a Tg greater than or equal to 78°C and further overcoated with at least two visible light-transmissive inorganic barrier layers separated by at least one polymer layer having a Tg greater than or equal to 78°C, wherein the Tg values are measured by the methods defined in the description.
A method of determining touch of one or more objects on a touch surface of a touch-sensitive apparatus, wherein the method operates in a time sequence of frames, for each frame the method comprising the steps of: for a current frame, processing an output signal of the touch sensitive apparatus to generate one or more touch traces, each touch trace having one or more characteristics; and outputting a confirmed touch signal for each touch trace having a touch trace matching at least one of said one or more characteristics in a first number of frames preceding the current frame, characterized in that said first number is determined in dependence on said one or more characteristics.
A rail vehicle brake slack adjuster, comprising an axially movable, sleeve-shaped driver element adapted to receive an axially applied braking force in a brake application direction, a spindle (16; 60) axially movable within the driver element, an adjuster nut in non-self-locking thread engagement with the spindle, clutch means between the driver element and the adjuster nut, and a barrel spring (30; 61) biasing the spindle in the brake application direction, wherein it further comprises a combination of a first clutch comprising a clutch surface on the driver element directed in the brake application direction and a corresponding clutch surface on the adjuster nut and a second clutch comprising a clutch surface on the driver element directed in the direction opposite to the brake application direction and a corresponding clutch surface on an adjuster nut sleeve, characterized by the adjuster nut sleeve a) being axially movable on the adjuster nut, b) being biased in the brake application direction by a leader spring, c) having an end position in the brake application direction in relation to the adjuster nut such that the minimum axial distance between the clutch surfaces on the adjuster nut and the adjuster nut sleeve exceeds the axial distance between the two clutch surfaces on the driver element, and d) defining a control distance or "A"-measure with a control sleeve, which is axially fixed in relation to the driver sleeve and the adjuster nut. a) being axially movable on the adjuster nut, b) being biased in the brake application direction by a leader spring, c) having an end position in the brake application direction in relation to the adjuster nut such that the minimum axial distance between the clutch surfaces on the adjuster nut and the adjuster nut sleeve exceeds the axial distance between the two clutch surfaces on the driver element, and d) defining a control distance or "A"-measure with a control sleeve, which is axially fixed in relation to the driver sleeve and the adjuster nut.
A packet forwarding method performed by a network device, the network device comprising a first virtual routing forwarding, VRF, table and a second VRF table, wherein: ∘ the first VRF table consists of one or more local routes, and each next-hop outbound interface of the one or more local routes is a local outbound interface of the network device, and ∘ the second VRF table comprises a plurality of routes, and the plurality of routes comprises the one or more local routes and at least one remote route whose next-hop outbound interface of the network device is a remote outbound interface, wherein the method comprises the steps of: • receiving (step 501) a first packet; • determining whether the first packet contains tunnel attribute information, the tunnel attribute information indicating that the first packet is sent to the network device through a tunnel on a network side: ∘ if the first packet contains the tunnel attribute information, forwarding (step 502) the first packet based on the first VRF table, and ∘ if the first packet does not contain the tunnel attribute information, forwarding the first packet based on the second VRF table. ∘ the first VRF table consists of one or more local routes, and each next-hop outbound interface of the one or more local routes is a local outbound interface of the network device, and ∘ the second VRF table comprises a plurality of routes, and the plurality of routes comprises the one or more local routes and at least one remote route whose next-hop outbound interface of the network device is a remote outbound interface, • receiving (step 501) a first packet; • determining whether the first packet contains tunnel attribute information, the tunnel attribute information indicating that the first packet is sent to the network device through a tunnel on a network side: ∘ if the first packet contains the tunnel attribute information, forwarding (step 502) the first packet based on the first VRF table, and ∘ if the first packet does not contain the tunnel attribute information, forwarding the first packet based on the second VRF table. ∘ if the first packet contains the tunnel attribute information, forwarding (step 502) the first packet based on the first VRF table, and ∘ if the first packet does not contain the tunnel attribute information, forwarding the first packet based on the second VRF table.
A molecular pump (1A-1F) comprising: a pump body provided with a turbo molecular pump portion including a rotor blade and a stator blade; a control unit provided with a control portion and a power supply portion; and a cooling unit for cooling said control unit; said control unit being arranged in contact with or close to said cooling unit, such that said cooling unit and said control unit are brought into thermal contact, said control unit having a cover in which said control portion and said power supply portion are accommodated, characterized in that a first temperature detecting portion is provided in a first position, said first position being a position inside said cover and having a low temperature during operation of said cooling unit; a humidity detecting portion and a second temperature detecting portion is provided in a second position, said second position being a position inside said cover and having a temperature higher than the temperature of said first position during the operation of said cooling unit; and said control portion controls the operation of said cooling unit, based on a relative humidity in said first position calculated based on temperature information detected by said first temperature detecting portion and said second temperature detecting portion, and humidity information detected by said humidity detecting portion. a pump body provided with a turbo molecular pump portion including a rotor blade and a stator blade; a control unit provided with a control portion and a power supply portion; and a cooling unit for cooling said control unit; said control unit being arranged in contact with or close to said cooling unit, such that said cooling unit and said control unit are brought into thermal contact, said control unit having a cover in which said control portion and said power supply portion are accommodated, characterized in that a first temperature detecting portion is provided in a first position, said first position being a position inside said cover and having a low temperature during operation of said cooling unit; a humidity detecting portion and a second temperature detecting portion is provided in a second position, said second position being a position inside said cover and having a temperature higher than the temperature of said first position during the operation of said cooling unit; and said control portion controls the operation of said cooling unit, based on a relative humidity in said first position calculated based on temperature information detected by said first temperature detecting portion and said second temperature detecting portion, and humidity information detected by said humidity detecting portion.
A power tool which is adapted to perform a predetermined operation on a workpiece with a tool bit driven by a motor, wherein: the motor comprises an inner rotor, an outer rotor and a stator having a driving coil mechanism and is configured as a dual rotor motor, characterized in that the inner rotor and the outer rotor are coaxially arranged inside and outside of the stator, respectively. the motor comprises an inner rotor, an outer rotor and a stator having a driving coil mechanism and is configured as a dual rotor motor, characterized in that the inner rotor and the outer rotor are coaxially arranged inside and outside of the stator, respectively.
A method for controlling a washing machine having a tub for containing water, a drum rotatably provided in the tub, at least one nozzle for spraying water into the drum, a washing motor configured to rotate the drum, and a circulation pump configured to pump water discharged from the tub to the at least one nozzle, the method comprising: a step (a) of alternatively repeating acceleration and deceleration of the washing motor such that the washing motor is accelerated to make laundry in the drum rotate along with the drum while stuck to the drum owing to a centrifugal force, and the washing motor is decelerated to make the laundry separated from the drum; and a step (b) of operating a circulation pump motor included in the circulation pump to spray water through the at least one nozzle, wherein the circulation pump motor is accelerated and decelerated, characterized in that the acceleration and deceleration of the circulation pump motor in step (b) is performed in response to the acceleration of the washing motor and the braking of the washing motor, respectively, and wherein the circulation pump motor is a variable speed motor whose rotation speed is controllable, and the respective acceleration and deceleration of the circulation pump motor in step (b) is performed with a certain gradient. a step (a) of alternatively repeating acceleration and deceleration of the washing motor such that the washing motor is accelerated to make laundry in the drum rotate along with the drum while stuck to the drum owing to a centrifugal force, and the washing motor is decelerated to make the laundry separated from the drum; and a step (b) of operating a circulation pump motor included in the circulation pump to spray water through the at least one nozzle, wherein the circulation pump motor is accelerated and decelerated, characterized in that the acceleration and deceleration of the circulation pump motor in step (b) is performed in response to the acceleration of the washing motor and the braking of the washing motor, respectively, and wherein the circulation pump motor is a variable speed motor whose rotation speed is controllable, and the respective acceleration and deceleration of the circulation pump motor in step (b) is performed with a certain gradient.