mhurhangee/ep-ind-claims huggingface dataset:
A double sliding-plug door system, comprising a fixed frame, a sliding-plug rail arranged in the fixed frame, a cross beam, a driving mechanism arranged in the cross beam for driving a side door to reciprocate, and a linkage mechanism matched with the driving mechanism for pulling another side door to reciprocate; and, further comprising a guide locking piece arranged in the cross beam, and a limiting mechanism; wherein, the driving mechanism comprises a screw rod and a nut assembly driven by a motor; the nut assembly comprises a transmission frame, a nut sleeved in the screw rod, and a follow-up member fixed in the nut; the nut is mounted in the transmission frame, and the transmission frame is connected with an active sleeve assembly; the screw rod drives the nut assembly to reciprocate axially along the screw rod; during the forward rotation of the screw rod, when the follow-up member is contacted with the guide locking piece, the follow-up member moves to the limiting mechanism under the guiding of an upper surface of the guide locking piece and is blocked by the limiting mechanism, then the follow-up member rotates with the screw rod to enter a space between a side plane of the guide locking piece and the limiting mechanism and is locked; and when the screw rod rotates reversely, the follow-up member reversely rotates with the screw rod to disengage from the limitation of the guide locking piece and is unlocked, and then moves axially along the screw rod; wherein the limiting mechanism comprises a limiting plate mounted in the cross beam, the limiting plate has a side plane facing the guide locking piece, the side plane and the side plane of the guiding block constitute a space enabling the follow-up member to fall into; and wherein the limiting plate is rotatably mounted in the cross beam by a pin shaft, and one side of the limiting plate facing the guide locking piece has a bent vertical plate; and a return spring is arranged between the limiting plate and the pin shaft. wherein the limiting mechanism comprises a limiting plate mounted in the cross beam, the limiting plate has a side plane facing the guide locking piece, the side plane and the side plane of the guiding block constitute a space enabling the follow-up member to fall into; and wherein the limiting plate is rotatably mounted in the cross beam by a pin shaft, and one side of the limiting plate facing the guide locking piece has a bent vertical plate; and a return spring is arranged between the limiting plate and the pin shaft.
A remote tracking device for issuing a tracking signal containing position related data representing the momentary position of the tracking device, to a user station, the remote tracking device comprising: a GNSS receiver and a GNSS antenna for receiving satellite positioning signals; a processor for converting the satellite positioning signals into position related data; and a UHF transmitter and a UHF antenna for transmitting the tracking signal, the UHF antenna comprising an inner conducting cylinder and an outer conducting cylinder spaced from and encircling the inner conducting cylinder; characterized in that the inner conducting cylinder is hollow, and in that one or more electronic components selected from the group consisting of the processor, the GNSS receiver, the UHF transmitter, a UHF receiver, a UHF radio modem, a power supply, a battery, a power converter, a switch, and a motor, is located inside the inner conducting cylinder. a GNSS receiver and a GNSS antenna for receiving satellite positioning signals; a processor for converting the satellite positioning signals into position related data; and a UHF transmitter and a UHF antenna for transmitting the tracking signal, the UHF antenna comprising an inner conducting cylinder and an outer conducting cylinder spaced from and encircling the inner conducting cylinder; characterized in that the inner conducting cylinder is hollow, and in that one or more electronic components selected from the group consisting of the processor, the GNSS receiver, the UHF transmitter, a UHF receiver, a UHF radio modem, a power supply, a battery, a power converter, a switch, and a motor, is located inside the inner conducting cylinder.
A method of pre-buffering, at a mobile terminal, one or more content data items to be rendered at said mobile terminal, comprising: acquiring a probability with which at least one selected content data item of the one or more content data items is to be rendered at the mobile terminal; acquiring an estimated point in time when the at least one selected content data item is to be rendered at the mobile terminal; and pre-buffering (S103a) a first selected part of said at least one selected content data item in the mobile terminal such that the first selected part of said at least one selected content data item is ready for rendering at the estimated point in time, the extent of the pre-buffered first selected part being related to the probability with which said at least one selected content data item is to be rendered at the mobile terminal. acquiring a probability with which at least one selected content data item of the one or more content data items is to be rendered at the mobile terminal; acquiring an estimated point in time when the at least one selected content data item is to be rendered at the mobile terminal; and pre-buffering (S103a) a first selected part of said at least one selected content data item in the mobile terminal such that the first selected part of said at least one selected content data item is ready for rendering at the estimated point in time, the extent of the pre-buffered first selected part being related to the probability with which said at least one selected content data item is to be rendered at the mobile terminal.
A turbine engine assembly arranged relative to an axis, the assembly comprising: a rotor blade including an airfoil and a base; the airfoil extending axially between an upstream leading edge and a downstream trailing edge, and radially out from the base; and the base including a neck and a pocket, the neck extending axially to a downstream surface, and the pocket extending laterally into the neck; and a feather seal having an L-shaped geometry and extending from an upstream end to a downstream end; the feather seal extending laterally into the pocket, and including a downstream leg that extends substantially along the downstream surface; characterised in that the base further includes a plurality of bumpers configured to laterally locate the feather seal within the pocket; and a first of the bumpers is located at the upstream end, and a second of the bumpers is located at the downstream end. a rotor blade including an airfoil and a base; the airfoil extending axially between an upstream leading edge and a downstream trailing edge, and radially out from the base; and the base including a neck and a pocket, the neck extending axially to a downstream surface, and the pocket extending laterally into the neck; and the airfoil extending axially between an upstream leading edge and a downstream trailing edge, and radially out from the base; and the base including a neck and a pocket, the neck extending axially to a downstream surface, and the pocket extending laterally into the neck; and a feather seal having an L-shaped geometry and extending from an upstream end to a downstream end; the feather seal extending laterally into the pocket, and including a downstream leg that extends substantially along the downstream surface; characterised in that the base further includes a plurality of bumpers configured to laterally locate the feather seal within the pocket; and a first of the bumpers is located at the upstream end, and a second of the bumpers is located at the downstream end.
Device for detecting and/or examining an abrasion on a surface of a cylindrical component, in particular of a rod-shaped component of a nuclear power plant, in particular a fuel rod, a control rod, a neutron source rod, an absorber rod and/or a lance, comprising _ a light source for projecting light onto a surface region of the cylindrical component, wherein the light source is a split lamp, which emits light on a light emission plane, and the light source can be arranged relative to the cylindrical component such that the light emission plane is oriented perpendicular to a longitudinal axis of the cylindrical component, and _ an image capturing unit, in particular a camera for capturing an image of the surface region onto which light is projected, and/or for examining the surface region of the cylindrical component, wherein the optical axis of the image capturing unit is oriented at an angle (a) relative to the light emission plane of the light source, characterised in that the device comprises an analysis unit for determining the extent of an abrasion by means of a deviation of the actual surface of the surface region captured in the image from an ideal cylindrical surface of the cylindrical component, wherein the analysis unit is configured to determine an imaging function for the surface of the cylindrical component in a target condition, by means of an abrasion-free section captured in the image. _ a light source for projecting light onto a surface region of the cylindrical component, wherein the light source is a split lamp, which emits light on a light emission plane, and the light source can be arranged relative to the cylindrical component such that the light emission plane is oriented perpendicular to a longitudinal axis of the cylindrical component, and _ an image capturing unit, in particular a camera for capturing an image of the surface region onto which light is projected, and/or for examining the surface region of the cylindrical component, wherein the optical axis of the image capturing unit is oriented at an angle (a) relative to the light emission plane of the light source, characterised in that the device comprises an analysis unit for determining the extent of an abrasion by means of a deviation of the actual surface of the surface region captured in the image from an ideal cylindrical surface of the cylindrical component, wherein the analysis unit is configured to determine an imaging function for the surface of the cylindrical component in a target condition, by means of an abrasion-free section captured in the image.
An apparatus, comprising: a power management integrated circuit, PMIC (113, 213), comprising internal memory and adapted to be disposed on a memory sub-system, the internal memory configured to store a plurality of configuration profiles; and configuration pins (208A, 208B, 208N) operatively coupled to the PMIC (113, 213), wherein one or more of the configuration pins (208A, 208B, 208N) receive a signal to activate at least one of the plurality of configuration profiles, and wherein the activated at least one of the plurality of configuration profiles causes the PMIC (113, 213) to operate according to a particular set of operating characteristics. a power management integrated circuit, PMIC (113, 213), comprising internal memory and adapted to be disposed on a memory sub-system, the internal memory configured to store a plurality of configuration profiles; and configuration pins (208A, 208B, 208N) operatively coupled to the PMIC (113, 213), wherein one or more of the configuration pins (208A, 208B, 208N) receive a signal to activate at least one of the plurality of configuration profiles, and wherein the activated at least one of the plurality of configuration profiles causes the PMIC (113, 213) to operate according to a particular set of operating characteristics.
A display device, comprising: a substrate (2010, 3010, 4010) including a wiring electrode; a conductive adhesive layer (2030, 3030, 4030) including an anisotropic conductive medium (2034, 3034, 4034), and disposed to cover the wiring electrode; and a plurality of semiconductor light emitting devices (2050, 3050, 4050) adhered to the conductive adhesive layer (2030, 3030, 4030), and electrically connected to the wiring electrode through the anisotropic conductive medium, wherein the conductive adhesive layer (2030, 3030, 4030) comprises: a first layer (2031, 3031, 4031) disposed on the substrate; a second layer (2032, 3032, 4032) deposited on the first layer, and including the anisotropic conductive medium (2034, 3034, 4034); and a third layer (2033, 4033) deposited on the second layer (2032, 4032), to which the semiconductor light emitting devices are adhered, and wherein at least one of the second layer (2032, 3032, 4032) and the third layer (2033, 4033) includes a white pigment (2060, 3060, 4060) configured to reflect light emitted by the semiconductor light emitting device, characterized in that the white pigment (2060, 3060, 4060) is excluded from the first layer (2031,3031,4031). a substrate (2010, 3010, 4010) including a wiring electrode; a conductive adhesive layer (2030, 3030, 4030) including an anisotropic conductive medium (2034, 3034, 4034), and disposed to cover the wiring electrode; and a plurality of semiconductor light emitting devices (2050, 3050, 4050) adhered to the conductive adhesive layer (2030, 3030, 4030), and electrically connected to the wiring electrode through the anisotropic conductive medium, wherein the conductive adhesive layer (2030, 3030, 4030) comprises: a first layer (2031, 3031, 4031) disposed on the substrate; a second layer (2032, 3032, 4032) deposited on the first layer, and including the anisotropic conductive medium (2034, 3034, 4034); and a third layer (2033, 4033) deposited on the second layer (2032, 4032), to which the semiconductor light emitting devices are adhered, and a first layer (2031, 3031, 4031) disposed on the substrate; a second layer (2032, 3032, 4032) deposited on the first layer, and including the anisotropic conductive medium (2034, 3034, 4034); and a third layer (2033, 4033) deposited on the second layer (2032, 4032), to which the semiconductor light emitting devices are adhered, and wherein at least one of the second layer (2032, 3032, 4032) and the third layer (2033, 4033) includes a white pigment (2060, 3060, 4060) configured to reflect light emitted by the semiconductor light emitting device, characterized in that the white pigment (2060, 3060, 4060) is excluded from the first layer (2031,3031,4031).
Securing element for connecting a ligament to a bone part of a human or animal, comprising: a ligament coupling element in wire, thread or ribbon form, which is adapted to be connected to the ligament; and a clamping element which is adapted to be connected to the bone part, and which comprises a first clamping part and a second clamping part being movable to the first clamping part, the first clamping part being provided with a first surface and the second clamping part being provided with a corresponding second surface on a side facing the first clamping part, for clamping at least part of the ligament coupling element between the first surface and the second surface, characterized by: a stressing element adapted to engage the first clamping part and the second clamping part, the stressing element being adapted to provide a force pressing the first surface and the second surface towards one another; and an actuating element adapted to move the first surface and the second surface away from each other against the force provided by the stressing element. a ligament coupling element in wire, thread or ribbon form, which is adapted to be connected to the ligament; and a clamping element which is adapted to be connected to the bone part, and which comprises a first clamping part and a second clamping part being movable to the first clamping part, the first clamping part being provided with a first surface and the second clamping part being provided with a corresponding second surface on a side facing the first clamping part, for clamping at least part of the ligament coupling element between the first surface and the second surface, a stressing element adapted to engage the first clamping part and the second clamping part, the stressing element being adapted to provide a force pressing the first surface and the second surface towards one another; and an actuating element adapted to move the first surface and the second surface away from each other against the force provided by the stressing element.
A method carried out by a mobile terminal for facilitating a mobile Internet Protocol IP handoff from a source access router to one of a plurality of potential target access routers, the method comprising: 1) detecting entry of the mobile terminal into an area served by two or more of the plurality of potential target access routers; 2) transmitting an address of the source access router from the mobile terminal to one or more of the potential target access routers; characterised by: 3) receiving, at the mobile terminal, capability information from one or more of the plurality of potential target access routers; and 4) selecting one of the target access routers for an IP handoff operation on the basis of the capability information. 1) detecting entry of the mobile terminal into an area served by two or more of the plurality of potential target access routers; 2) transmitting an address of the source access router from the mobile terminal to one or more of the potential target access routers; 3) receiving, at the mobile terminal, capability information from one or more of the plurality of potential target access routers; and 4) selecting one of the target access routers for an IP handoff operation on the basis of the capability information.
A method for generating a multi-view image, the method comprising: estimating a disparity between a first image and a second image from a plurality of images, each having a different viewpoint; warping the second image to the viewpoint of the first image based on the estimated disparity; determining, by a processor, a presence of a color distortion between the first image and the warped second image when a degree of color distortion is greater than a predetermined value, or an absence of a color distortion between the first image and the warped second image when a degree of color distortion is lower than said predetermined value; using at least one of the first image and the second image as an input image for generating a third image, depending on the presence or absence of the color distortion, comprising, when the color distortion is present: using one of the first image and the second image as the input image for generating the third image; and comprising, when the color distortion is absent: using the first image and the second image as the input images for generating the third image; and generating the third image using the at least one image. estimating a disparity between a first image and a second image from a plurality of images, each having a different viewpoint; warping the second image to the viewpoint of the first image based on the estimated disparity; determining, by a processor, a presence of a color distortion between the first image and the warped second image when a degree of color distortion is greater than a predetermined value, or an absence of a color distortion between the first image and the warped second image when a degree of color distortion is lower than said predetermined value; using at least one of the first image and the second image as an input image for generating a third image, depending on the presence or absence of the color distortion, comprising, when the color distortion is present: using one of the first image and the second image as the input image for generating the third image; and comprising, when the color distortion is absent: using the first image and the second image as the input images for generating the third image; and generating the third image using the at least one image.
System comprising a support element for a wiper drive and a surrounding structure for securing the support element, wherein the support element comprises the following: - a receptacle for attaching the wiper drive; - a bearing point for securing the support element to the surrounding structure; - an elastic element on the bearing point between the support element and the surrounding structure, - wherein the support element has a predetermined breaking point, - a supporting portion which lies between the predetermined breaking point and the bearing point, - wherein a projection which extends in the direction of the surrounding structure is formed on the supporting portion - such that a predetermined gap lies between the projection and the surrounding structure, the width of which gap is dependent on a force acting on the support element, - and therefore the projection only comes into contact with the surrounding structure if a predetermined force on the support element is exceeded. - a receptacle for attaching the wiper drive; - a bearing point for securing the support element to the surrounding structure; - an elastic element on the bearing point between the support element and the surrounding structure, - wherein the support element has a predetermined breaking point, - a supporting portion which lies between the predetermined breaking point and the bearing point, - wherein a projection which extends in the direction of the surrounding structure is formed on the supporting portion - such that a predetermined gap lies between the projection and the surrounding structure, the width of which gap is dependent on a force acting on the support element, - and therefore the projection only comes into contact with the surrounding structure if a predetermined force on the support element is exceeded.
A delivery system for delivering an implant to a location within a patient's body, the delivery system comprising: a delivery apparatus configured to deliver the implant to the location within the patient's body; at least one motor configured to actuate at least a portion of the delivery apparatus; a processor configured to operate the at least one motor to actuate at least the portion of the delivery apparatus; and one or more sensors (580, 582) configured to sense one or more of a condition of the delivery apparatus, wherein the processor is configured to operate the at least one motor to actuate at least the portion of the delivery apparatus based on a signal from the one or more sensors (580, 582), wherein the one or more sensors (580, 582) are configured to sense a spatial relationship between the delivery apparatus and a surface of the patient's body, wherein the one or more sensors (580, 582) are coupled to the delivery apparatus, and wherein the processor is configured to operate the at least one motor to cause at least the portion of the delivery apparatus to avoid or retract from the surface of the patient's body based on the signal from the one or more sensors (580, 582). a delivery apparatus configured to deliver the implant to the location within the patient's body; at least one motor configured to actuate at least a portion of the delivery apparatus; a processor configured to operate the at least one motor to actuate at least the portion of the delivery apparatus; and one or more sensors (580, 582) configured to sense one or more of a condition of the delivery apparatus, wherein the processor is configured to operate the at least one motor to actuate at least the portion of the delivery apparatus based on a signal from the one or more sensors (580, 582), wherein the one or more sensors (580, 582) are configured to sense a spatial relationship between the delivery apparatus and a surface of the patient's body, wherein the one or more sensors (580, 582) are coupled to the delivery apparatus, and wherein the processor is configured to operate the at least one motor to cause at least the portion of the delivery apparatus to avoid or retract from the surface of the patient's body based on the signal from the one or more sensors (580, 582).