mhurhangee/ep-ind-claims huggingface dataset:
An airbag apparatus (1,11,21) which is installed inside at least the backrest of a seat, comprising: an airbag (2,12,22) which is deployed in a first direction in which the base end side thereof is attached to a seat back frame provided inside the backrest and the tip side thereof is distant from the backrest; an inflator which is provided inside this airbag (2,12,22), receives a signal from a sensor, generates gas, and deploys the airbag (2,12,22); a tether which includes one end attached to the seat back frame, with the other end extending in the first direction on the outer surface of the airbag (2,12,22) in the deployed state so as to be attached to the part on the tip side of the airbag (2,12,22) or attached to the seat; and a bracket which is attached to the seat back frame, and provided in the direction in which the tether extends; wherein the tether is supported by the front end of the bracket, wherein the first direction is the forward direction distant from the backrest of the seat, wherein one end of the tether is configured so as to be sandwiched between the bracket and the seat back frame, wherein the tether is provided on the passenger side of the airbag (2,12,22). characterized in that, the bracket forms a hook part hooked to the seat back frame on the front end. an airbag (2,12,22) which is deployed in a first direction in which the base end side thereof is attached to a seat back frame provided inside the backrest and the tip side thereof is distant from the backrest; an inflator which is provided inside this airbag (2,12,22), receives a signal from a sensor, generates gas, and deploys the airbag (2,12,22); a tether which includes one end attached to the seat back frame, with the other end extending in the first direction on the outer surface of the airbag (2,12,22) in the deployed state so as to be attached to the part on the tip side of the airbag (2,12,22) or attached to the seat; and a bracket which is attached to the seat back frame, and provided in the direction in which the tether extends; wherein the tether is supported by the front end of the bracket, wherein the first direction is the forward direction distant from the backrest of the seat, wherein one end of the tether is configured so as to be sandwiched between the bracket and the seat back frame, wherein the tether is provided on the passenger side of the airbag (2,12,22). characterized in that, the bracket forms a hook part hooked to the seat back frame on the front end.
A colored mirror in which a user is likely to gaze at himself, having a light reflectivity of at least 50% in the visible range, said mirror comprising a transparent substrate, a reflective metal layer and at least one interface layer between the substrate and the metal layer, characterized in that the interface layer comprises at least one discontinuous metal layer, termed discontinuous layer, and at least one layer of a dielectric material deposited on the discontinuous layer, termed overlayer, and in that the discontinuous metal layer has a nominal thickness comprised between 0.1 and 8 nm.
A welding auxiliary joining part to be set in at least a first component of poorly weldable material in combination with a die and for the subsequent welding to at least a second component of a weldable material, wherein the welding auxiliary joining part comprises the following features: a. a head and b. a rounded tip, which is arc-shaped around a point on a longitudinal axis of the welding auxiliary joining part, wherein the rounded tip comprises a tip radius SR 1 in the range of 0.5 mm ≤ SR 1 ≤ 8 mm so that a material displacement behavior is realizable in the material of the first component by the welding auxiliary joining part. a. a head and b. a rounded tip, which is arc-shaped around a point on a longitudinal axis of the welding auxiliary joining part, wherein the rounded tip comprises a tip radius SR 1 in the range of 0.5 mm ≤ SR 1 ≤ 8 mm so that a material displacement behavior is realizable in the material of the first component by the welding auxiliary joining part.
A blade or vane for a gas turbine, comprising: an outer surface and an inner surface that defines a cavity for receiving a gaseous cooling fluid; a cooling hole foot formed on the inner surface, wherein the cooling hole foot is formed as a projection protruding from a base surface region of the inner surface surrounding the cooling hole foot, the cooling hole foot including: a first foot surface that extends inclined relative to the base surface region of the inner surface, and a curved second foot surface emerging from the base surface region and extending inclined to the first foot surface; and a cooling hole extending between the first foot surface of the cooling hole foot and the outer surface to discharge cooling fluid from the cavity to the outer surface, a central axis of the cooling hole extending transverse to the first foot surface, characterized in that an intersecting edge between the first foot surface and the second foot surface is arc shaped. an outer surface and an inner surface that defines a cavity for receiving a gaseous cooling fluid; a cooling hole foot formed on the inner surface, wherein the cooling hole foot is formed as a projection protruding from a base surface region of the inner surface surrounding the cooling hole foot, the cooling hole foot including: a first foot surface that extends inclined relative to the base surface region of the inner surface, and a curved second foot surface emerging from the base surface region and extending inclined to the first foot surface; and a first foot surface that extends inclined relative to the base surface region of the inner surface, and a curved second foot surface emerging from the base surface region and extending inclined to the first foot surface; and a cooling hole extending between the first foot surface of the cooling hole foot and the outer surface to discharge cooling fluid from the cavity to the outer surface, a central axis of the cooling hole extending transverse to the first foot surface,
A playing card delivery shoe from which cards may be dealt, comprising: a card in-feed area (4, 102) for receiving a first set of cards; a first card mover for mechanically moving cards from the first set in the card in-feed area (4,102), one-at-a-time, to a card buffer area (48, 124), wherein at least one card is staged in the order in which cards are moved from the first set of cards to the card buffer area (48, 124); a second card mover for mechanically moving cards from the card buffer area (48, 124) to a delivery area (36, 236), one-at-a-time, in the same order in which the cards were moved from the first set of cards to the card buffer area (48, 124); card reading sensors (18, 20, 22, 32, 38, 40, 42, 238) for reading at least one of card rank, card suit and card value of each card separately, after each card has been moved from the card in-feed area (4, 102) and before removal from the card delivery area (36, 236); and a finger slot at the card delivery area (36, 236). a card in-feed area (4, 102) for receiving a first set of cards; a first card mover for mechanically moving cards from the first set in the card in-feed area (4,102), one-at-a-time, to a card buffer area (48, 124), wherein at least one card is staged in the order in which cards are moved from the first set of cards to the card buffer area (48, 124); a second card mover for mechanically moving cards from the card buffer area (48, 124) to a delivery area (36, 236), one-at-a-time, in the same order in which the cards were moved from the first set of cards to the card buffer area (48, 124); card reading sensors (18, 20, 22, 32, 38, 40, 42, 238) for reading at least one of card rank, card suit and card value of each card separately, after each card has been moved from the card in-feed area (4, 102) and before removal from the card delivery area (36, 236); and a finger slot at the card delivery area (36, 236).
Cone or gyratory crusher having a crusher shaft, the head of which is supported in an upper shaft bearing held by a cross-member, the upper shaft bearing comprising a roll-off bushing accommodated in a central receptacle, and an annular wear insert being held in the roll-off bushing, against which wear insert the head of the breaker shaft rolls, and a pulling means for pulling the roll-off bushing into the receptacle being provided, characterized in that the receptacle forms a conically tapering inner cone, wherein the roll-off bushing narrows as the roll-off bushing is pulled into the receptacle and therefore clamps the wear insert located in the roll-off bushing in a force-fitting manner.
A method of sharing information related to a home device (201, 801, 905) at a first user device (203, 803, 901) in a home network system, the method comprising: performing a registration procedure with the home device (201, 801, 905); acquiring a unique user identifier, UUID, of a related home device (201, 801, 905), a peer ID, peerlD, for identifying the related home device (201, 801, 905), the peerlD being managed by a connectivity server (211, 809, 909) configured to manage a connection between the first user device (203, 803, 901) and the related home device (201, 801, 905), a peer group ID, peerGroupID, for identifying a group that includes home devices (201, 801, 905) registered in a service server (207, 807, 907) configured to manage device information on the related home device (201, 801, 905), and a device token containing information on a key for authenticating access to the related home device (201, 801, 905); and transmitting the UUID, the peerlD, the peerGroupID, and the device token to at least one second user device (205, 805, 903), wherein the at least one second user device (205, 805, 903) is a user device that has not been registered with the home device (201, 801, 905) among a plurality of user devices included in the home network system. performing a registration procedure with the home device (201, 801, 905); acquiring a unique user identifier, UUID, of a related home device (201, 801, 905), a peer ID, peerlD, for identifying the related home device (201, 801, 905), the peerlD being managed by a connectivity server (211, 809, 909) configured to manage a connection between the first user device (203, 803, 901) and the related home device (201, 801, 905), a peer group ID, peerGroupID, for identifying a group that includes home devices (201, 801, 905) registered in a service server (207, 807, 907) configured to manage device information on the related home device (201, 801, 905), and a device token containing information on a key for authenticating access to the related home device (201, 801, 905); and transmitting the UUID, the peerlD, the peerGroupID, and the device token to at least one second user device (205, 805, 903), wherein the at least one second user device (205, 805, 903) is a user device that has not been registered with the home device (201, 801, 905) among a plurality of user devices included in the home network system.
A method for interacting with real or virtual objects (30, 32) in an augmented reality, AR, environment or virtual objects (30, 32) in a virtual reality, VR, environment with a head mounted device that includes a display device, the method comprising: at a processor of the display device: receiving a voice command from a user from a microphone of the display device by way of natural language input; receiving a first auxiliary input from the user from the microphone and a second auxiliary input from the user from a second sensor to accompany the voice command, wherein the first auxiliary input includes non-semantic input of the voice command and the second auxiliary input includes one of a pose of the user, a gesture of the user, a gaze direction of the user, and a controller input of a controller operated by the user, the non-semantic input includes one of voice volume, voice pitch and voice cadence; determining a first set of probability factors for each of a plurality of objects (30, 32) in a user's field of view in the AR/VR environment with respect to the first auxiliary input from the user and a second set of probability factors for each of the plurality of objects (30, 32) with respect to the second auxiliary input from the user, each probability factor in the first and second sets indicating a likelihood that respective auxiliary inputs (18, 20) are directed to a respective one of the plurality of objects (30, 32); determining a target object from among the plurality of objects (30, 32) based upon the probability factors (26, 28) of the first and second auxiliary inputs (18, 20); and executing the command on the target object. receiving a voice command from a user from a microphone of the display device by way of natural language input; receiving a first auxiliary input from the user from the microphone and a second auxiliary input from the user from a second sensor to accompany the voice command, wherein the first auxiliary input includes non-semantic input of the voice command and the second auxiliary input includes one of a pose of the user, a gesture of the user, a gaze direction of the user, and a controller input of a controller operated by the user, the non-semantic input includes one of voice volume, voice pitch and voice cadence; determining a first set of probability factors for each of a plurality of objects (30, 32) in a user's field of view in the AR/VR environment with respect to the first auxiliary input from the user and a second set of probability factors for each of the plurality of objects (30, 32) with respect to the second auxiliary input from the user, each probability factor in the first and second sets indicating a likelihood that respective auxiliary inputs (18, 20) are directed to a respective one of the plurality of objects (30, 32); determining a target object from among the plurality of objects (30, 32) based upon the probability factors (26, 28) of the first and second auxiliary inputs (18, 20); and executing the command on the target object.
Laundry care appliance having an outer tub for receiving washing liquid, wherein the outer tub has a discharge opening, wherein the discharge opening is fluidically connected to a suction pipe, a variable-speed pump for pumping washing liquid, wherein the pump has a suction chamber, which is fluidically connected to the suction pipe, and wherein the pump has a pressure chamber, which is fluidically connected to the suction chamber and fluidically connected to a pump pipe (115, 115-1, 115-2), wherein the pump has an impeller, which is embodied to rotate in a first direction of rotation and a second direction of rotation which is opposite to the first direction of rotation, and a controller for controlling the variable-speed pump, wherein the controller is embodied to activate the pump during a pumping process in order to rotate the impeller in the second direction of rotation and to pump washing liquid in a pump direction out of the suction chamber into the pressure chamber and out of the pressure chamber into the pump pipe (115, 115-1, 115-2), characterised in that the controller is embodied to record a rotation of the impeller in the first direction of rotation during a first time segment with a deactivated pump, in order to record washing liquid flowing back in a return flow direction which is opposite to the pump direction from the pump pipe (115, 115-1, 115-2) into the pressure chamber and from the pressure chamber into the suction chamber, and that the controller is embodied to activate the pump during a second time segment which connects to the first time segment, in order to rotate the impeller in the second direction of rotation and to reduce the volume flow of the return flowing washing liquid. the controller is embodied to record a rotation of the impeller in the first direction of rotation during a first time segment with a deactivated pump, in order to record washing liquid flowing back in a return flow direction which is opposite to the pump direction from the pump pipe (115, 115-1, 115-2) into the pressure chamber and from the pressure chamber into the suction chamber, and that the controller is embodied to activate the pump during a second time segment which connects to the first time segment, in order to rotate the impeller in the second direction of rotation and to reduce the volume flow of the return flowing washing liquid.
Method for determining at least one flow parameter of blood flowing through a cannula-like portion of an implanted vascular assist system, comprising the following steps: a) estimating the flow velocity of the blood, b) performing a pulsed Doppler measurement by means of an ultrasonic sensor of the assist system in an observation window within the cannula-like portion of the assist system, wherein the observation window is displaced at an observation window velocity which is determined using the flow velocity estimated in step a), and c) identifying the at least one flow parameter of the blood using at least one measurement result of the pulsed Doppler measurement or a measurement result of the pulsed Doppler measurement and the observation window velocity. a) estimating the flow velocity of the blood, b) performing a pulsed Doppler measurement by means of an ultrasonic sensor of the assist system in an observation window within the cannula-like portion of the assist system, wherein the observation window is displaced at an observation window velocity which is determined using the flow velocity estimated in step a), and c) identifying the at least one flow parameter of the blood using at least one measurement result of the pulsed Doppler measurement or a measurement result of the pulsed Doppler measurement and the observation window velocity.
A delivery device for delivering a stented prosthesis to a target site; the delivery device comprising: at least one elongate tension member that can compressively retain the stented prosthesis to the delivery device; a shaft assembly having a lumen and a cutting assembly positioned within the lumen; wherein the cutting assembly includes a blade that is configured to selectively sever the at least one elongate tension member; wherein the cutting assembly includes the cutting blade and a cord looped around the elongate tension members that is configured to draw the elongate tension members toward the cutting blade, wherein the cutting blade can be actuated to extend out of the lumen to sever the elongate tension members. at least one elongate tension member that can compressively retain the stented prosthesis to the delivery device; a shaft assembly having a lumen and a cutting assembly positioned within the lumen; wherein the cutting assembly includes a blade that is configured to selectively sever the at least one elongate tension member; wherein the cutting assembly includes the cutting blade and a cord looped around the elongate tension members that is configured to draw the elongate tension members toward the cutting blade, wherein the cutting blade can be actuated to extend out of the lumen to sever the elongate tension members.
A self-curing coating composition comprising a polymer containing hydroxyl groups, carboxylic acid groups and acid groups comprising sulfonic acid groups and/or phosphoric acid groups.
A pallet collar for a pallet, comprising a first element, a second element opposite the first element, a third element and a fourth element opposite the third element, wherein the elements are connected to each other through hinges, wherein the first element and the second element are provided with pivots in a central portion, so that the pallet collar is foldable, wherein each of the elements comprise a bottom side and a top side, and wherein the bottom side and the top side of the elements are provided with protrusions and recesses, respectively, which recesses are arranged for receiving protrusions of an adjacent pallet collar in a stack of pallet collars, wherein the first element and the second element comprise inner protrusions or inner protrusion portions, and the first element and the second element comprise outer protrusions or outer protrusion portions, wherein the inner protrusions or protrusion portions are arranged closer to the pivot than the outer protrusions or the outer protrusion portions, wherein a height of the outer protrusions or the outer protrusion portions entirely or partially is lower than a height of the inner protrusions or the inner protrusion portions, characterized in that the height of the outer protrusions or protrusion portions is adapted so that the outer protrusions are disengaged from the corresponding recesses of an adjacent pallet collar when the third element of the pallet collar is lifted from an underlying pallet collar while disengaging the inner protrusions from recesses corresponding to the inner protrusions while the fourth element simultaneously engages the underlying pallet collar, so that the pallet collar is foldable when the fourth element engages the underlying pallet collar.
A material processing system comprising a reaction chamber wherein millimetre-waves are used inside the reaction chamber to fabricate a synthetic substance; optical equipment; an apparatus for reflecting the incident millimetre-wave beam to shield the optical equipment by blocking transmission of the millimetre-wave, but still transmitting optical frequencies to the optical equipment in order to observe a reaction taking place within the chamber, said apparatus comprising: a first layer of a first dielectric material adapted to receive and partially transmit said incident millimeter-wave beam, wherein said first dielectric material comprises optical sapphire; and a plurality of additional layers of dielectric materials disposed in alignment with said first layer, each additional layer partially transmitting a wave received through a previous layer and the thickness of each layer being such that transmitted waves substantially cancel in the forward direction, thereby yielding a high degree of transmission loss and a high reflection, whereby the apparatus reflects the incident millimetre-wave beam while remaining optically transparent; wherein said first layer and said plurality of additional layers (50, 52) are alternately constructed from said first dielectric material and a second dielectric material, wherein said second dielectric material comprises air or dry nitrogen; and spacers for enforcing the correct thickness of the layers of the second dielectric material. a first layer of a first dielectric material adapted to receive and partially transmit said incident millimeter-wave beam, wherein said first dielectric material comprises optical sapphire; and a plurality of additional layers of dielectric materials disposed in alignment with said first layer, each additional layer partially transmitting a wave received through a previous layer and the thickness of each layer being such that transmitted waves substantially cancel in the forward direction, thereby yielding a high degree of transmission loss and a high reflection, whereby the apparatus reflects the incident millimetre-wave beam while remaining optically transparent; wherein said first layer and said plurality of additional layers (50, 52) are alternately constructed from said first dielectric material and a second dielectric material, wherein said second dielectric material comprises air or dry nitrogen; and spacers for enforcing the correct thickness of the layers of the second dielectric material.