mhurhangee/ep-ind-claims huggingface dataset:
An oil catch apparatus comprising: a main unit, a lid that covers an opening in the main unit, a filter that is located inside of the main unit, wherein the filter has a main filter unit, a first keep member and a second keep member, the main filter unit being formed by stacking a network stainless material and a polyester mesh and winding the stack in a cylindrical shape, wherein the first and second keep members (72, 73) keep both ends of the cylindrical main filter unit (71, wherein the main unit includes an exhaust opening for air exiting from the peripheral surface of the main filter unit for clearance of impurities, and the lid includes an inlet into which air flows and a drain outlet out of which the impurities are drained, a buffer that is formed into a substantially hemispherical shape so as to cover a portion of the main filter unit on the side opposite to the inlet, wherein the buffer has a filter support member, a buffer member and a buffer mounting member, the filter support member supporting the second keep member and being mounted to the main unit together with the buffer member and buffer mounting member and a cylindrical member made of transparent or translucent soft material that is attached to the lid, wherein one side of the cylindrical member is coupled to the drain outlet and the other side of the cylindrical member is detachably mounted on a stop formed on the lid, whereby air flowing into the main filter unit is cleared of impurities upon passing through the main filter unit and then exits from a peripheral surface of the main filter unit.
A process plant monitoring and/or control apparatus including a controller configured to receive at least one input and to generate at least one output; and a computer readable medium for storing at least one module; said controller is further configured to execute said module to effectuate monitoring and/or control functionality within a process, characterized by: a module registration routine (800, 900) stored on said computer readable medium that, when executed, dynamically, at system run time, registers and unregisters modules for monitoring in accordance with a user input; and a program flow control monitoring routine (1200, 1300, 1500) stored on said computer readable medium, said program flow control monitoring routine (1200, 1300, 1500), when executed detects any error related to said module and provides a time-stamp indication of when any error is detected, said program flow control monitoring routine (1200, 1300, 1500) comprises an interface routine that is executed when a module error is detected and initiates a plant specific alert and/or action. a module registration routine (800, 900) stored on said computer readable medium that, when executed, dynamically, at system run time, registers and unregisters modules for monitoring in accordance with a user input; and a program flow control monitoring routine (1200, 1300, 1500) stored on said computer readable medium, said program flow control monitoring routine (1200, 1300, 1500), when executed detects any error related to said module and provides a time-stamp indication of when any error is detected, said program flow control monitoring routine (1200, 1300, 1500) comprises an interface routine that is executed when a module error is detected and initiates a plant specific alert and/or action.
A method for searching for a control channel by a user equipment, UE, in a multi-node system, the method comprising: configuring a first common search space, CSS, and a second CSS, which are distinguishable, in a subframe including a plurality of orthogonal frequency division multiplexing, OFDM, symbols; configuring at least one of a first UE-specific search space, USS, a second USS, and a third USS to search for control information specific to the UE, wherein the at least one of the first USS, the second USS, and the third USS is indicated through a radio resource control, RRC, message, and wherein the first USS is configured in the control region, the second USS is configured in an interleaving region in which cross-interleaving is applied, and the third USS is configured in a non-interleaving region in which cross-interleaving is not applied; determining whether only the first USS is indicated; if it is determined that only the first USS is indicated, searching for control information from only the first CSS; and if it is determined that the second USS or the third USS is indicated, searching a predetermined radio network temporary identifier, RNTI, and a downlink control information, DCI, format combination from at least one of the second CSS and the indicated second or third USS. configuring a first common search space, CSS, and a second CSS, which are distinguishable, in a subframe including a plurality of orthogonal frequency division multiplexing, OFDM, symbols; configuring at least one of a first UE-specific search space, USS, a second USS, and a third USS to search for control information specific to the UE, wherein the at least one of the first USS, the second USS, and the third USS is indicated through a radio resource control, RRC, message, and wherein the first USS is configured in the control region, the second USS is configured in an interleaving region in which cross-interleaving is applied, and the third USS is configured in a non-interleaving region in which cross-interleaving is not applied; determining whether only the first USS is indicated; if it is determined that only the first USS is indicated, searching for control information from only the first CSS; and if it is determined that the second USS or the third USS is indicated, searching a predetermined radio network temporary identifier, RNTI, and a downlink control information, DCI, format combination from at least one of the second CSS and the indicated second or third USS.
An organic light emitting display, comprising: a display panel including a plurality of pixel circuits (Pk), a plurality of data lines (Dm), a plurality of first scan lines (Snb) and a plurality of second scan lines (Sna); and a driver comprising: a bi-directional data driver adapted to apply a data signal to the data lines in a forward direction and a reverse direction; and a first scan driver adapted to receive a forward or reverse signal and to selectively output first selection signals in the forward or reverse direction to the first scan lines in accordance with the forward or reverse signal; characterized in that each pixel circuit is provided at an intersection of a pair of first and second scan lines and one of the data lines and each pixel circuit is electrically coupled to both first and second scan lines of the pair of first and second scan lines; and in that the driver further comprises a second scan driver adapted to receive the first selection signals and to selectively output second selection signals in the forward or reverse direction to the second scan lines in accordance with the forward or reverse signal, wherein the second selection signals are selected from among the first selection signals in accordance with the forward or reverse signal such that the first selection signals are applied to current scan lines and the second selection signals are selected to be the same as first selection signals applied to previous scan lines in the forward or reverse direction. a display panel including a plurality of pixel circuits (Pk), a plurality of data lines (Dm), a plurality of first scan lines (Snb) and a plurality of second scan lines (Sna); and a driver comprising: a bi-directional data driver adapted to apply a data signal to the data lines in a forward direction and a reverse direction; and a first scan driver adapted to receive a forward or reverse signal and to selectively output first selection signals in the forward or reverse direction to the first scan lines in accordance with the forward or reverse signal; a bi-directional data driver adapted to apply a data signal to the data lines in a forward direction and a reverse direction; and a first scan driver adapted to receive a forward or reverse signal and to selectively output first selection signals in the forward or reverse direction to the first scan lines in accordance with the forward or reverse signal;
A formulation for use in preventing nucleic acids from acting as templates in an amplification reaction, the formulation comprising a corrosion-inhibiting agent, a wetting agent, a solubilizing agent, and a corrosive nucleic acid deactivating agent in an amount sufficient for the formulation to substantially deactivate nucleic acids, the corrosion-inhibiting agent reduces the corrosive properties of the deactivating agent, the wetting agent improves the dispersion properties of the deactivating agent on a solid surface and/or increases the solubility of the corrosive nucleic acid deactivating agent and/or other material that may be present on a solid surface or in a formulation, and the solubilizing agent increases the solubility of at least one of the corrosive nucleic acid deactivating agent, the corrosion-inhibiting agent, and the wetting agent, wherein the corrosion-inhibiting agent is present in the formulation at a concentration of from about 10 mM to about 750 mM, wherein the wetting agent is present in the formulation at a concentration of from about 0.005% to about 1% (w/v), and wherein the solubilizing agent is present in the formulation at a concentration of from about 0.001% to about 20% (v/v).
A device for dispensing individual doses of powder from respective pockets of a carrier, the device including: a chassis; a first support mounted on the chassis for rotation about a central axis and for supporting a first carrier having cavities with respective pockets formed therein and arranged in a circular array centred on the central axis, the first support including an array of gear teeth centred on the central axis; a priming member mounted on the chassis for rotation about the central axis; and an intermittent-motion mechanism mounted on the chassis for interaction with the priming member and gear teeth of the first support such that rotation of the priming member from a first position to a second position causes rotation of the first support by a predetermined angle and rotation of the priming member back from the second position to the first position causes no rotation of the first support, characterized in that the intermittent-motion mechanism is a Geneva wheel rotatably mounted on the chassis on an axis offset from the central axis. a chassis; a first support mounted on the chassis for rotation about a central axis and for supporting a first carrier having cavities with respective pockets formed therein and arranged in a circular array centred on the central axis, the first support including an array of gear teeth centred on the central axis; a priming member mounted on the chassis for rotation about the central axis; and an intermittent-motion mechanism mounted on the chassis for interaction with the priming member and gear teeth of the first support such that rotation of the priming member from a first position to a second position causes rotation of the first support by a predetermined angle and rotation of the priming member back from the second position to the first position causes no rotation of the first support, characterized in that the intermittent-motion mechanism is a Geneva wheel rotatably mounted on the chassis on an axis offset from the central axis.
Rotary slide valve for a motor vehicle with a drive motor, a transmission which can be set in rotation by means of the drive motor, a rotary slide valve member with at least one flow opening, a flow housing, in which the rotary slide valve member is beared and which comprises at least one inlet and at least one outlet, which can be fluidically connected via the flow opening of the rotary slide valve member, characterised in that the transmission is a high-transmission coaxial planetary gear which is configured as a Wolfrom gear, the second ring gear of which is configured on a radial inside of the rotary slide valve member, and which is arranged in a space which is fluidically connected to the flow opening of the rotary slide valve member. a drive motor, a transmission which can be set in rotation by means of the drive motor, a rotary slide valve member with at least one flow opening, a flow housing, in which the rotary slide valve member is beared and which comprises at least one inlet and at least one outlet, which can be fluidically connected via the flow opening of the rotary slide valve member, characterised in that the transmission is a high-transmission coaxial planetary gear which is configured as a Wolfrom gear, the second ring gear of which is configured on a radial inside of the rotary slide valve member, and which is arranged in a space which is fluidically connected to the flow opening of the rotary slide valve member. a rotary slide valve member with at least one flow opening, a flow housing, in which the rotary slide valve member is beared and which comprises at least one inlet and at least one outlet, which can be fluidically connected via the flow opening of the rotary slide valve member, characterised in that the transmission is a high-transmission coaxial planetary gear which is configured as a Wolfrom gear, the second ring gear of which is configured on a radial inside of the rotary slide valve member, and which is arranged in a space which is fluidically connected to the flow opening of the rotary slide valve member.
Gear motor consisting of a housing which is formed by assembling an upper casing and a lower casing, said housing comprising an electric motor consisting of a wound stator assembly and a magnetized rotor, said housing further comprising a printed circuit for connecting and controlling said motor, a reduction gear train for rotationally moving the rotor, a position sensor magnet and a magneto-sensitive probe, the gear train comprising a movement-output toothed wheel that outputs said movement of the rotor, the sensor magnet being annular and secured to said output wheel, - said output wheel being axially extended on either side of its axis of rotation and of the sensor magnet by two forms of guide, which slide in the lower casing and upper casing, said casings forming two opposite walls of the housing of said gear motor, - said annular magnet surrounding the axis of rotation of the output wheel, - said printed circuit comprising the means for controlling said motor and extending axially or radially up to the vicinity of the output wheel, - said printed circuit comprising, in a region located in the vicinity of the output wheel, said magneto-sensitive probe which is mounted directly, electrically and mechanically on said region and located axially or radially opposite said annular magnet. - said output wheel being axially extended on either side of its axis of rotation and of the sensor magnet by two forms of guide, which slide in the lower casing and upper casing, said casings forming two opposite walls of the housing of said gear motor, - said annular magnet surrounding the axis of rotation of the output wheel, - said printed circuit comprising the means for controlling said motor and extending axially or radially up to the vicinity of the output wheel, - said printed circuit comprising, in a region located in the vicinity of the output wheel, said magneto-sensitive probe which is mounted directly, electrically and mechanically on said region and located axially or radially opposite said annular magnet.
A power control unit mounted on a vehicle for controlling electric power used for driving the vehicle, said power control unit comprising: a casing including a top where an opening is formed, a terminal block placed in said casing, and arranged opposite to said opening, and a substrate placed in said casing, and on which an electronic component is mounted, said terminal block having a first wall arranged between said substrate and said opening, and extending towards said top at a circumference of an aperture of said opening, and characterized in that said casing further includes a rib-like section arranged between said substrate and said opening, and protruding from an inner edge of said top defining said opening towards inside said casing, said first wall extending up to a position overlapping with said rib-like section in a height direction. a casing including a top where an opening is formed, a terminal block placed in said casing, and arranged opposite to said opening, and a substrate placed in said casing, and on which an electronic component is mounted, said terminal block having a first wall arranged between said substrate and said opening, and extending towards said top at a circumference of an aperture of said opening, and
An advancer assembly for an atherectomy device, comprising: a housing; a drive mechanism positioned within the housing; an actuation mechanism in communication with the drive mechanism and accessible from exterior of the housing; a first operation module; a second operation module; and wherein a single adjustment of the actuation mechanism adjusts a setting of the first operation module of the advancer assembly and a setting of the second operation module of the advancer assembly, wherein the first operation module of the advancer assembly is a speed module configured to adjust a speed setting of the drive mechanism between a first non-zero speed setting, a second non-zero speed setting, and a zero speed setting in response to the adjustment of the actuation mechanism, wherein the first non-zero speed setting is associated with a rotational speed for a rotational device that facilitates advancement of the rotational device through an obstruction or occlusion in a vessel of a patient and the second non-zero speed setting is associated with a rotational speed for the rotational device that facilitates withdrawal of the rotational device within the vessel while mitigating risks of injury to the patient, and wherein the second operation module of the advancer assembly is a braking module configured to activate or deactivate a braking assembly configured to engage a guidewire extending through the housing in response to the adjustment of the actuation mechanism. a housing; a drive mechanism positioned within the housing; an actuation mechanism in communication with the drive mechanism and accessible from exterior of the housing; a first operation module; a second operation module; and wherein a single adjustment of the actuation mechanism adjusts a setting of the first operation module of the advancer assembly and a setting of the second operation module of the advancer assembly, wherein the first operation module of the advancer assembly is a speed module configured to adjust a speed setting of the drive mechanism between a first non-zero speed setting, a second non-zero speed setting, and a zero speed setting in response to the adjustment of the actuation mechanism, wherein the first non-zero speed setting is associated with a rotational speed for a rotational device that facilitates advancement of the rotational device through an obstruction or occlusion in a vessel of a patient and the second non-zero speed setting is associated with a rotational speed for the rotational device that facilitates withdrawal of the rotational device within the vessel while mitigating risks of injury to the patient, and wherein the second operation module of the advancer assembly is a braking module configured to activate or deactivate a braking assembly configured to engage a guidewire extending through the housing in response to the adjustment of the actuation mechanism.
Glasses provided with biosensors, for detecting signals, that are in contact with the head of the user, comprising a front frame for supporting respective lenses, a pair of sides articulated to the frame on laterally opposing parts and a nasal bearing device, the nasal bearing device comprising a framework that is structurally independent of the front frame and can be removably coupled to the frame, a first and a second nasal bearing element (10, 11) being provided on said framework, which elements are opposite one another and in which there is integrated respective first and second nasal sensors (10a, 11a) that can make surface contact with corresponding laterally opposing zones of the nose, a third sensor being mounted in the centre of the framework and at a spacing from said first and second sensors (10a, 11a) in order to make contact with the surface of the face in the zone of the bridge of the nose, characterised in that said first, second and third sensors (10a, 11a, 12) are made of a resiliently pliable and electrically conductive elastomer or rubber, and in that said framework comprises a pair of arms that are opposite one another and are interconnected at one end thereof by means of a central crosspiece, the corresponding nasal bearing element (10, 11) being provided on each of said arms, the third sensor extending in the form of a bridge between said arms at a spacing from said crosspiece, said third sensor being rigidly connected at its opposing ends to the respective arms of the framework.
An apparatus comprising: a processor; and a memory to store a Galois table and multiplication routine which when executed by the processor causes the processor to perform actions comprising: looking up and retrieving in the Galois table a first value, the first value corresponding to an address in the Galois table; exclusive ORing the retrieved value with a data value from a data set to generate an intermediate address for the Galois table, wherein the data value is at a location associated with an index; looking up and retrieving a second value in the Galois table by the intermediate address. a processor; and a memory to store a Galois table and multiplication routine which when executed by the processor causes the processor to perform actions comprising: looking up and retrieving in the Galois table a first value, the first value corresponding to an address in the Galois table; exclusive ORing the retrieved value with a data value from a data set to generate an intermediate address for the Galois table, wherein the data value is at a location associated with an index; looking up and retrieving a second value in the Galois table by the intermediate address. looking up and retrieving in the Galois table a first value, the first value corresponding to an address in the Galois table; exclusive ORing the retrieved value with a data value from a data set to generate an intermediate address for the Galois table, wherein the data value is at a location associated with an index; looking up and retrieving a second value in the Galois table by the intermediate address.
A laminate obtained by forming a rubber layer formed of a latex composition on a fiber substrate, the latex composition comprising a copolymer latex and a crosslinking agent, the copolymer latex containing a copolymer comprising 50 to 88 wt% of a conjugated diene monomer unit, 10 to 40 wt% of an ethylenically unsaturated nitrile monomer unit, and 2 to 10 wt% of an ethylenically unsaturated acid monomer unit, the copolymer latex having an insoluble content in methyl ethyl ketone of 70 wt% or less and a swelling degree in methyl ethyl ketone of 40 times or more when the copolymer is formed into a dry film.