mhurhangee/ep-ind-claims huggingface dataset:
A turbo machine comprising: - a ring-shaped casing presenting an inside wall, - at least one distributor segment forming a ring sector housed inside ring-shaped casing and presenting an outside wall, each segment including several adjacent fixed blades which are integral with the ring sector, - a heat shield sheet interposed between the inside wall of the casing and the outside wall of the distributor segment, - a device for preventing the rotation of the distributor segment, the device comprising a rotation-proofing peg mounted both at a radially inner end in a notch provided on the distributor segment and at a radially outer end in a housing arranged on the casing wherein the rotation-proofing peg is projecting, the heat shield sheet including, at a downstream end, a tab bearing against the rotation-proofing peg, characterized in that the rotation-proofing peg includes a surface portion arranged radially between the tab and said inside wall of the casing, forming an abutment in the event of possible radial displacement of the heat shield sheet 30) during the operation of the turbo machine, the surface portion having an upper surface bearing against the inside wall of the casing and an upstream end being free of contact with the casing. - a ring-shaped casing presenting an inside wall, - at least one distributor segment forming a ring sector housed inside ring-shaped casing and presenting an outside wall, each segment including several adjacent fixed blades which are integral with the ring sector, - a heat shield sheet interposed between the inside wall of the casing and the outside wall of the distributor segment, - a device for preventing the rotation of the distributor segment, the device comprising a rotation-proofing peg mounted both at a radially inner end in a notch provided on the distributor segment and at a radially outer end in a housing arranged on the casing wherein the rotation-proofing peg is projecting,
A component mounting machine comprising: a head that has a suction nozzle which is configured to suck a component; an imaging device that is disposed on a side of the suction nozzle; and a control device that is configured to control the imaging device so as to image the component sucked by the suction nozzle from the side and to control the head so as to mount the component on a mounting target after determining a suction posture of the component based on the image obtained by imaging, wherein the control device is configured to detect a plurality of positions of lower edges including a lowermost end position (Zp) of the component from the image, to detect a suction angle of the component sucked by the suction nozzle based on a plurality of detection positions including the lowermost end position (Zp), and to determine the suction posture of the component based on the suction angle, and wherein the control device is configured to detect the height (Hp) of the component based on the lowermost end position (Zp) to determine whether or not there is height defect of the component, and is configured to only detect the suction angle with respect to the component that is determined to have no height defect. a head that has a suction nozzle which is configured to suck a component; an imaging device that is disposed on a side of the suction nozzle; and a control device that is configured to control the imaging device so as to image the component sucked by the suction nozzle from the side and to control the head so as to mount the component on a mounting target after determining a suction posture of the component based on the image obtained by imaging, wherein the control device is configured to detect a plurality of positions of lower edges including a lowermost end position (Zp) of the component from the image, to detect a suction angle of the component sucked by the suction nozzle based on a plurality of detection positions including the lowermost end position (Zp), and to determine the suction posture of the component based on the suction angle, and wherein the control device is configured to detect the height (Hp) of the component based on the lowermost end position (Zp) to determine whether or not there is height defect of the component, and is configured to only detect the suction angle with respect to the component that is determined to have no height defect.
An active stylus pen comprising: a housing connected to a ground, the housing having an outer surface; a conductive tip protruding outwardly from one side of the housing and configured to be brought into contact with a touch screen; a first insulation layer surrounding the outer surface of the housing; a conductor layer surrounding the first insulation layer; a second insulation layer surrounding the conductor layer, the second insulation layer providing an outer surface of the active stylus pen; a pen driving circuit configured for receiving an uplink signal followed by a touch sensor driving signal from the touch screen corresponding to 1 touch period of 1 frame allocated to drive a touch screen, and configured for generating a pen driving signal synchronized with the touch sensor driving signal (Ts) and outputting the generated pen driving signal to the touch screen through the conductive tip, and cased by the housing; and a switch configured for electrically connecting the conductor layer and the pen driving circuit when receiving said uplink signal and for electrically decoupling the conductor layer from the pen driving circuit when outputting the generated pen driving signal. a housing connected to a ground, the housing having an outer surface; a conductive tip protruding outwardly from one side of the housing and configured to be brought into contact with a touch screen; a first insulation layer surrounding the outer surface of the housing; a conductor layer surrounding the first insulation layer; a second insulation layer surrounding the conductor layer, the second insulation layer providing an outer surface of the active stylus pen; a pen driving circuit configured for receiving an uplink signal followed by a touch sensor driving signal from the touch screen corresponding to 1 touch period of 1 frame allocated to drive a touch screen, and configured for generating a pen driving signal synchronized with the touch sensor driving signal (Ts) and outputting the generated pen driving signal to the touch screen through the conductive tip, and cased by the housing; and a switch configured for electrically connecting the conductor layer and the pen driving circuit when receiving said uplink signal and for electrically decoupling the conductor layer from the pen driving circuit when outputting the generated pen driving signal.
A cooking vessel for an oven cavity of a cooking oven, wherein: - the cooking vessel includes an upper part and a lower part, - the cooking vessel provides a closed space, when the upper part covers the lower part, - at least one temperature sensor is removably or permanently arranged in the bottom of the lower part, and - the temperature sensor is connectable or connected to a control unit of the cooking oven, characterised in that the upper part and the lower part are made of at least one temperature resistant polymer or plastic further characterised in that the temperature sensor is connectable or connected to an oven socket via a cable, so that the temperature sensor can communicate with the control unit of the cooking oven, the lower part comprises a vessel socket for receiving a food probe including the temperature sensor, wherein said vessel socket is formed in the bottom of the lower part, or the lower part comprises a socket for receiving an electric plug of the cable, wherein said socket is connected to the temperature sensor, and wherein the temperature sensor is permanently or detachably arranged in the bottom of the lower part. - the cooking vessel includes an upper part and a lower part, - the cooking vessel provides a closed space, when the upper part covers the lower part, - at least one temperature sensor is removably or permanently arranged in the bottom of the lower part, and - the temperature sensor is connectable or connected to a control unit of the cooking oven,
A light-emitting device comprising a substrate, a circuitry, a LED in electrical connection with said circuitry, and a heat sink arranged to transport heat away from the LED, said LED being in thermal contact with said heat sink through an opening in said substrate, said opening being a hole extending throughout the substrate, said substrate having an upper surface and a circuitry side opposite the upper surface, characterized in that the circuitry is arranged on the circuitry side of the substrate, separated from the substrate by a layer of dielectric, said circuitry at least partly electrically isolated from the heat sink by a thermally conducting dielectric layer, said LED is in thermal contact with said heat sink at least partially via said circuitry, and said LED is at least partly arranged in said opening and an upper surface of said LED, when attached to the circuitry, is essentially in level with or below the level of the upper surface of the substrate.
A side-reinforced run-flat tire comprising a tread portion, a pair of sidewall portions extending on both sides of the tread portion, and reinforcing rubber provided in the sidewall portions, the side-reinforced run-flat tire further comprising: short fibers bonded, via an adhesive layer, to at least a portion of a region Rs of a tire inner surface that is located in each of the sidewall portions, characterized, in that the adhesive layer has a heatproof temperature of from 50 to 100 °C.
A heat exchanger assembly comprising: a first heat exchanger with tubes running in a first direction; a second heat exchanger with tubes running in a second direction at an angle to the first direction; two side channels (116, 118) for mounting the first heat exchanger, each side channel (116, 118) defining a back (138, 162) and two side walls (140, 142, 164, 166) protruding from the back (138, 162); the assembly being characterised by an elongate member at each end of a tank of the first heat exchanger, each elongate member extending through the tank of the first heat exchanger and being attached at each end to one of the side walls (140, 142, 164, 166) of one of the two channels (116, 118) so that the elongate member spans the channel (116, 118) to mount the first heat exchanger to the channel (116, 118); wherein the tank of the first heat exchanger includes a recessed region between two parts (132, 134) of the tank and the elongate member extends through an aperture defined in each of the parts (132, 134), such that an exposed portion of the elongate member is outside the tank; and, wherein the second heat exchanger is mounted to the exposed portions of two elongate members of the first heat exchanger via connecting means. a first heat exchanger with tubes running in a first direction; a second heat exchanger with tubes running in a second direction at an angle to the first direction; two side channels (116, 118) for mounting the first heat exchanger, each side channel (116, 118) defining a back (138, 162) and two side walls (140, 142, 164, 166) protruding from the back (138, 162); the assembly being characterised by an elongate member at each end of a tank of the first heat exchanger, each elongate member extending through the tank of the first heat exchanger and being attached at each end to one of the side walls (140, 142, 164, 166) of one of the two channels (116, 118) so that the elongate member spans the channel (116, 118) to mount the first heat exchanger to the channel (116, 118); wherein the tank of the first heat exchanger includes a recessed region between two parts (132, 134) of the tank and the elongate member extends through an aperture defined in each of the parts (132, 134), such that an exposed portion of the elongate member is outside the tank; and, wherein the second heat exchanger is mounted to the exposed portions of two elongate members of the first heat exchanger via connecting means.
An elevator control system, comprising: a plurality of sway sensors situated within a hoistway of a building; characterized by: the sway sensors respectively including a contact surface situated to be contacted by a vertically extending elongated member of an elevator when the elongated member moves laterally in the hoistway, the sway sensors respectively providing an indication of contact between the contact surface and the elongated member; and a controller configured to: receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors, determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member, and implement an adjustment to elevator movement control when the at least one condition exists. a plurality of sway sensors situated within a hoistway of a building; characterized by: the sway sensors respectively including a contact surface situated to be contacted by a vertically extending elongated member of an elevator when the elongated member moves laterally in the hoistway, the sway sensors respectively providing an indication of contact between the contact surface and the elongated member; and a controller configured to: receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors, determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member, and implement an adjustment to elevator movement control when the at least one condition exists. the sway sensors respectively including a contact surface situated to be contacted by a vertically extending elongated member of an elevator when the elongated member moves laterally in the hoistway, the sway sensors respectively providing an indication of contact between the contact surface and the elongated member; and a controller configured to: receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors, determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member, and implement an adjustment to elevator movement control when the at least one condition exists. receive an indication of building movement from a plurality of building sensors and the indications from the sway sensors, determine whether at least one condition exists in the hoistway based on the indications, wherein the condition in the hoistway comprises an undesirable amount or pattern of sway of the elongated member, and implement an adjustment to elevator movement control when the at least one condition exists.
Measuring system for determining a pose, in particular a position and an orientation, of an object suspended from flexible tensile means (Z1 - Z3), comprising the object which can be positioned in the room, at least two pulling means (Z1 - Z3) connected to the object and positioning the object, at least two actuators (A1, A2) which move the pulling means (Z1 - Z3), a controller which controls the actuators (A1, A2), characterized by at least two angle sensors (WS1 - WS8), wherein one angle sensor (WS1 - WS8) each is arranged on a respective pulling means (Z1 - Z3), and each angle sensor (WS1 - WS8) determines an angle (α1, β1, γ1) between the respective pulling means (Z1 - Z3) and a reference axis (N1, N2, N3) assigned to the respective pulling means (Z1 - Z3) as an angle signal and communicates it to the controller, and wherein the reference axis (N1, N2, N3) comprises a gravitational normal or a horizontal or a vertical or horizontal edge of the object.
A phase difference compensating element comprising: a birefringent layer formed with a film stack of a plurality of obliquely-deposited films, each of the obliquely-deposited films having a thickness equal to or smaller than a used wavelength; and a phase-difference-adding antireflection layer configured to provide an arbitrary phase difference, in addition to a phase difference in obliquely-incident transmitted light in the birefringent layer, the phase-difference-adding antireflection layer being formed with a film stack of two or more kinds of dielectric films having different refractive indexes, characterized in that the phase-difference-adding antireflection layer provides the opposite phase difference to the phase difference in obliquely-incident transmitted light in the birefringent layer, and wherein the phase-difference-adding antireflection layer comprises a number of dielectric films which is 8 or larger. a birefringent layer formed with a film stack of a plurality of obliquely-deposited films, each of the obliquely-deposited films having a thickness equal to or smaller than a used wavelength; and a phase-difference-adding antireflection layer configured to provide an arbitrary phase difference, in addition to a phase difference in obliquely-incident transmitted light in the birefringent layer, the phase-difference-adding antireflection layer being formed with a film stack of two or more kinds of dielectric films having different refractive indexes, characterized in that the phase-difference-adding antireflection layer provides the opposite phase difference to the phase difference in obliquely-incident transmitted light in the birefringent layer, and wherein the phase-difference-adding antireflection layer comprises a number of dielectric films which is 8 or larger.
A surface cleaning apparatus comprising: a brushroll that rotates about an axis, the brushroll defining a cylindrical portion and the axis extending centrally through the cylindrical portion, the brushroll further including a rib that extends in a direction away from the axis, wherein the rib includes a face extending along a line that is collinear with a secant through the cylindrical portion, characterised in that a brush member, which includes a plurality of bristles, extends from the face a length such that a portion of the length of the brush member is drawn along the surface to be cleaned as the brushroll rotates about the axis, and wherein the brush member extends from the face a length that is larger than 0.5 times a diameter of the cylindrical portion. a brushroll that rotates about an axis, the brushroll defining a cylindrical portion and the axis extending centrally through the cylindrical portion, the brushroll further including a rib that extends in a direction away from the axis, wherein the rib includes a face extending along a line that is collinear with a secant through the cylindrical portion, characterised in that a brush member, which includes a plurality of bristles, extends from the face a length such that a portion of the length of the brush member is drawn along the surface to be cleaned as the brushroll rotates about the axis, and wherein the brush member extends from the face a length that is larger than 0.5 times a diameter of the cylindrical portion.
Method for energy saving in residential and commercial room air-conditioning system, which takes into account the short term expected climatic conditions, by an Internet connection to a weather centre; - collecting information from remote satellite units operating in the air-conditioning system and associated with a plurality of system users, said information comprising room condition status, ongoing energy consumption and requests forwarded to the remote satellite units by the users; - collecting further information about the status of actuators operating in said air-conditioning system; being characterized in that it further comprises the following steps: - processing by processing means (CENT) the collected information to provide a plurality of different air-conditioning system control possible rules associated with several combined scenarios for keeping predetermined kinds of room comfort and energy consumption; - providing the users with electronic communication means, - interactively surveying the users by showing the several combined scenarios to the users and gathering user answers via the electronic communication means and, through a computational algorithm, forming a final score; - using the final score to validate a selected combined scenario among the several combined scenarios and a corresponding selected control rule; - storing the selected control rule in a database; - driving and controlling the actuators in accordance with the selected control rule. - collecting information from remote satellite units operating in the air-conditioning system and associated with a plurality of system users, said information comprising room condition status, ongoing energy consumption and requests forwarded to the remote satellite units by the users; - collecting further information about the status of actuators operating in said air-conditioning system; - processing by processing means (CENT) the collected information to provide a plurality of different air-conditioning system control possible rules associated with several combined scenarios for keeping predetermined kinds of room comfort and energy consumption; - providing the users with electronic communication means, - interactively surveying the users by showing the several combined scenarios to the users and gathering user answers via the electronic communication means and, through a computational algorithm, forming a final score; - using the final score to validate a selected combined scenario among the several combined scenarios and a corresponding selected control rule; - storing the selected control rule in a database; - driving and controlling the actuators in accordance with the selected control rule.
A single-seed metering system for a planter, which comprises a housing having connection means for connecting to air suction means, a seed distribution disc having a plurality of holes and an air suction body configured to be rotationally mounted in the interior of said housing, said air suction body being adapted to cooperate with said air suction means when the system is in use, and said distribution disc being susceptible of being integrally connected to said suction body such as to define a metering chamber for the seeds that are adhered to the distribution disc due to the suction of air, said system including a drive motor and an actuating mechanism (3,4) associated to said drive motor, the outer perimeter of said suction body comprising means for actuating said suction body by means of said actuating mechanism (3,4) associated to a drive motor of the system, characterized in that the exterior of the housing comprises an upper aperture disposed in correspondence with a section of the outer circular perimeter of the air suction body, a cogged surface of the outer perimeter of the suction body being susceptible of being directly actuated from the exterior of the housing through said upper aperture by a gear of the actuation mechanism (3,4).
Drinking straw with a tube base body which is made of or consists of glass, wherein at least the inside of the tube base body is at least partially covered a hydrophobic coating, wherein the glass tube body is hydrophobized, preferably silanized, at least at the portions covered by the hydrophobic coating, wherein the coating additionally contains an antibacterial agent.