mhurhangee/ep-ind-claims huggingface dataset:
A wideband antenna device having respective transmit and receive antennas (10,11) disposed in a single package and arranged to provide mutual isolation so that in use noise from the transmit antenna is isolated from the receive antenna, wherein the transmit and receive antennas are monopole antennas, the antenna device further comprising plural stubs, each dimensioned to operate in a different band of the wideband, the stubs being disposed to cancel coupling paths between the antennas (10,11) whereby noise from the transmit antenna at the same frequency as the receive channel is isolated from the receive antenna.
An article of footwear comprising: an incline adjuster comprising a main body, a variable-volume lateral chamber extending outward on a lateral side of the main body, and a variable-volume medial chamber extending outward on a medial side of the main body, and wherein the incline adjuster further comprises: a transfer channel defined in a central portion of the main body and extending between the lateral chamber and the medial chamber; an electrorheological fluid filling the lateral chamber, the transfer channel, and the medial chamber; a metal sheet first electrode embedded in the central portion and exposed to the electrorheological fluid along the transfer channel; and a metal sheet second electrode embedded in the central portion in a position opposite the first electrode and exposed to the electrorheological fluid along the transfer channel, wherein the first electrode and the second electrode each has side edges embedded in the central portion and not exposed to the electrorheological fluid, each of the side edges comprises apertures (109, 159) extending completely through the electrode corresponding to the side edge, and each of the apertures is filled with a solid material forming the central portion. a transfer channel defined in a central portion of the main body and extending between the lateral chamber and the medial chamber; an electrorheological fluid filling the lateral chamber, the transfer channel, and the medial chamber; a metal sheet first electrode embedded in the central portion and exposed to the electrorheological fluid along the transfer channel; and a metal sheet second electrode embedded in the central portion in a position opposite the first electrode and exposed to the electrorheological fluid along the transfer channel, wherein the first electrode and the second electrode each has side edges embedded in the central portion and not exposed to the electrorheological fluid, each of the side edges comprises apertures (109, 159) extending completely through the electrode corresponding to the side edge, and each of the apertures is filled with a solid material forming the central portion.
A display apparatus comprising: a display module including a flexible display panel to display an image; and a variable member to vary a shape of the flexible display panel, wherein the variable member comprises at least one variable section capable of bending in shape, and at least one driver to supply mechanical energy to bend the shape of the variable section, wherein, the flexible display panel is varied in shape by the bending in shape of the variable section, wherein the variable section comprises a first portion located at the display module, and a second portion located at the first portion, the second portion having a connection length variable by the driver to thereby bend a shape of the first portion, wherein the second portion is fixed, at opposite ends thereof, to opposite ends of the first portion, respectively, and wherein the connection length is the rectilinear length between opposite ends of the second portion. a display module including a flexible display panel to display an image; and a variable member to vary a shape of the flexible display panel, wherein the variable member comprises at least one variable section capable of bending in shape, and at least one driver to supply mechanical energy to bend the shape of the variable section, wherein, the flexible display panel is varied in shape by the bending in shape of the variable section, wherein the variable section comprises a first portion located at the display module, and a second portion located at the first portion, the second portion having a connection length variable by the driver to thereby bend a shape of the first portion, wherein the second portion is fixed, at opposite ends thereof, to opposite ends of the first portion, respectively, and wherein the connection length is the rectilinear length between opposite ends of the second portion.
A system for determining the dimensions of an object, comprising: an image-capturing subsystem for acquiring information about an object within the image-capturing subsystem's field of view, the image-capturing subsystem generating a point cloud of 3D positioning points arranged in a 2D matrix including points on the surface of the object; a features-computation module for analyzing object information acquired by the image-capturing subsystem and compiling a feature set describing the object's surface features; a classification module for analyzing the feature set describing the object's surface features and for categorizing the object's shape based on the analysis of the feature set, the feature set describing curvature and orientation for each positioning point in the point cloud relative to a ground plane; and a shape-estimation module for estimating dimensions of the object, the shape-estimation module comprising a plurality of shape-specific submodules adapted for estimating the dimensions of particular shapes. an image-capturing subsystem for acquiring information about an object within the image-capturing subsystem's field of view, the image-capturing subsystem generating a point cloud of 3D positioning points arranged in a 2D matrix including points on the surface of the object; a features-computation module for analyzing object information acquired by the image-capturing subsystem and compiling a feature set describing the object's surface features; a classification module for analyzing the feature set describing the object's surface features and for categorizing the object's shape based on the analysis of the feature set, the feature set describing curvature and orientation for each positioning point in the point cloud relative to a ground plane; and a shape-estimation module for estimating dimensions of the object, the shape-estimation module comprising a plurality of shape-specific submodules adapted for estimating the dimensions of particular shapes.
A dental implant guiding tool set, comprising: a handpiece comprising a handpiece head having a replaceable drill bit and configured to provide the drill bit with driving power, and a connection handle connected to the handpiece head; a dental implant guiding sleeve comprising a handpiece head guiding hole configured for insertion of the handpiece head, and having an aperture size corresponding to a shape of the handpiece head, at least one lateral opening disposed on a side of the handpiece head guiding hole, a position-limiting plate disposed on a bottom of the handpiece head guiding hole and having a drill bit through hole formed on a center thereof and two locating plates disposed radially on two outer sides of the dental implant guiding sleeve, respectively, the handpiece head guiding hole corresponding to the shape of the handpiece head and being disposed axially, the at least one lateral opening corresponding in position to the connection handle; and a tooth mold fastening device comprising a sleeve hole corresponding to the dental implant guiding sleeve and configured for insertion of the dental implant guiding sleeve, and two locating accommodation spaces formed on two sides of the sleeve hole and corresponding in position to the two locating plates. a handpiece comprising a handpiece head having a replaceable drill bit and configured to provide the drill bit with driving power, and a connection handle connected to the handpiece head; a dental implant guiding sleeve comprising a handpiece head guiding hole configured for insertion of the handpiece head, and having an aperture size corresponding to a shape of the handpiece head, at least one lateral opening disposed on a side of the handpiece head guiding hole, a position-limiting plate disposed on a bottom of the handpiece head guiding hole and having a drill bit through hole formed on a center thereof and two locating plates disposed radially on two outer sides of the dental implant guiding sleeve, respectively, the handpiece head guiding hole corresponding to the shape of the handpiece head and being disposed axially, the at least one lateral opening corresponding in position to the connection handle; and a tooth mold fastening device comprising a sleeve hole corresponding to the dental implant guiding sleeve and configured for insertion of the dental implant guiding sleeve, and two locating accommodation spaces formed on two sides of the sleeve hole and corresponding in position to the two locating plates.
A gas turbine engine having a fan and a bypass duct for discharging airflow from the fan to generate engine thrust, the bypass duct comprising: a first component and a second component each having a gas washed surface, the first component being positioned adjacent the second component with a gap therebetween; a sealing strip positioned in the gap between the first component and the second component distal to the gas washed surfaces of the first and second components; and a sealant positioned between the first and second component proximal to the gas washed surfaces of the first and second components, so as to seal the gap between the first component and the second component from airflow through the bypass duct; characterised in thatthe sealing strip forms a hollow tube; and the sealing strip is made from a compressible material. a first component and a second component each having a gas washed surface, the first component being positioned adjacent the second component with a gap therebetween; a sealing strip positioned in the gap between the first component and the second component distal to the gas washed surfaces of the first and second components; and a sealant positioned between the first and second component proximal to the gas washed surfaces of the first and second components, so as to seal the gap between the first component and the second component from airflow through the bypass duct;
A lightning protection system of a wind turbine, comprising - a blade lightning conductor arranged in a rotor blade of the wind turbine to extend into the hub; - a stationary conductor to provide a blade grounding path (P B) to ground during a lighting strike; and - a brush arranged to electrically connect the blade lightning conductor and the stationary conductor; which lightning protection system furher comprises a discharge means (R, R') arranged to provide a separate discharge path (P D) for static charge build-up from the blade lightning conductor to ground; and a rotary joint in the hub grounding path (P H); characterized in that the separate discharging path (P D) is through the rotary joint. - a blade lightning conductor arranged in a rotor blade of the wind turbine to extend into the hub; - a stationary conductor to provide a blade grounding path (P B) to ground during a lighting strike; and - a brush arranged to electrically connect the blade lightning conductor and the stationary conductor;
A ventilation unit, comprising: - an accommodating space for a heat exchanger, - a heat exchanger disposed in the accommodating space, and - a wedging unit, wherein the heat exchanger is in a removal position in which the heat exchanger is removable when the wedging unit is at least partially removed, wherein the heat exchanger is in an operating position when the wedging unit is inserted and wedges the heat exchanger inside the accommodating space, wherein the wedging unit includes: - a wedge portion arranged to mutually wedge the heat exchanger and the ventilation unit such that the heat exchanger is retained in an operating position by the wedging, and - a handle portion extending from the upper end of the wedge portion for releasing the wedging unit from the wedging, wherein the wedge portion has at least two pairs of opposing sides, - a first pair of opposing sides, and - a second pair of opposing sides tapering towards the lower end of the wedging unit. - an accommodating space for a heat exchanger, - a heat exchanger disposed in the accommodating space, and - a wedging unit, wherein the heat exchanger is in a removal position in which the heat exchanger is removable when the wedging unit is at least partially removed, wherein the heat exchanger is in an operating position when the wedging unit is inserted and wedges the heat exchanger inside the accommodating space, wherein the wedging unit includes: wherein the heat exchanger is in a removal position in which the heat exchanger is removable when the wedging unit is at least partially removed, wherein the heat exchanger is in an operating position when the wedging unit is inserted and wedges the heat exchanger inside the accommodating space, wherein the wedging unit includes: - a wedge portion arranged to mutually wedge the heat exchanger and the ventilation unit such that the heat exchanger is retained in an operating position by the wedging, and - a handle portion extending from the upper end of the wedge portion for releasing the wedging unit from the wedging, - a first pair of opposing sides, and - a second pair of opposing sides tapering towards the lower end of the wedging unit.
An oral liquid composition comprising: i) about 0.25% to about 1% w/v of methimazole, a pharmaceutically acceptable salt, solvate, or combination thereof, ii) at least about 0.2% w/v of xanthan gum, and iii) water. i) about 0.25% to about 1% w/v of methimazole, a pharmaceutically acceptable salt, solvate, or combination thereof, ii) at least about 0.2% w/v of xanthan gum, and iii) water.
Mechanical coupling, particularly for a draftgear in rail vehicles, comprising a central plate turnably mounted in a coupler head and having a coupling link pivoted in the same, and including a hooking mechanism for detachable hooking up of the central plate and the link in the non coupled position of the coupling, as well as including a releasing device for the automatic detachment of the hooking mechanism upon coupling, wherein the hooking mechanism comprises a hooking rod pivotally connected with the central plate, which rod, by a lug, clutches a collar arranged in the coupler head and, upon activation of the releasing device, is detached from said collar, wherein a leaf spring (13, 13', 13") arranged in the coupler head, characterised in that the leaf spring (13, 13', 13'') in abutment against the hooking rod, forces the same, under the bias from the leaf spring (13, 13', 13"), to be pressed against the collar in the hooked up as well as the disengaged position.
A surgical navigation system for tracking a tracking device in a surgical procedure comprising: at least one tracking device having a plurality of faces that are activated in an active state, wherein in the activated state the face is illuminated; and a display device that displays a position of the tracking device during the surgical procedure; a tracking system suitable to track the tracking device wherein the tracking system is an optical tracking system and includes a camera that is responsive to the illuminated face to determine a location of the active face; the navigation system characterized by a face activation module suitable to activate a selected one of the faces upon receipt of an activation signal; a visibility module suitable to generate the activation signal and to receive the signal from the face to generate tracking data for the tracking device; and a face switching module suitable to generate face control data to activate a different face based on the tracking data and suitable to determine based on the tracking data and the activation signal which one of the faces to activate and to send face control data to face activation module; wherein the tracking device includes a receiver for receipt of a signal from the camera to charge the tracking device for illumination. at least one tracking device having a plurality of faces that are activated in an active state, wherein in the activated state the face is illuminated; and a display device that displays a position of the tracking device during the surgical procedure; a tracking system suitable to track the tracking device wherein the tracking system is an optical tracking system and includes a camera that is responsive to the illuminated face to determine a location of the active face; the navigation system characterized by a face activation module suitable to activate a selected one of the faces upon receipt of an activation signal; a visibility module suitable to generate the activation signal and to receive the signal from the face to generate tracking data for the tracking device; and a face switching module suitable to generate face control data to activate a different face based on the tracking data and suitable to determine based on the tracking data and the activation signal which one of the faces to activate and to send face control data to face activation module; wherein the tracking device includes a receiver for receipt of a signal from the camera to charge the tracking device for illumination.
Modified strontium ferrite of the general formula Sr 1-x La x Fe 12-y Co y O 19, characterised in that 0.14 ≤ y ≤ 0.145; 0.14 ≤ y ≤ 0.145; where B R ≥ 5100 − 0, 1844 * Oe − 1 * H CJ G; where B R is the remanent magnetisation in G, H CJ being the coercivity in Oe.
A communication method, comprising: when a terminal device is handed over from a source access network device in a first area to a target access network device in a second area, receiving (712, 812, 910, 1605), by a target mobility management network element in the second area from a source mobility management network element in the first area, a slice set for a home public land mobile network, HPLMN, of the terminal device, wherein the slice set for the HPLMN is corresponding to allowed network slice selection assistance information of the terminal device in the first area; and obtaining, by the target mobility management network element, allowed network slice selection assistance information of the terminal device in the second area based on the slice set for the HPLMN when a terminal device is handed over from a source access network device in a first area to a target access network device in a second area, receiving (712, 812, 910, 1605), by a target mobility management network element in the second area from a source mobility management network element in the first area, a slice set for a home public land mobile network, HPLMN, of the terminal device, wherein the slice set for the HPLMN is corresponding to allowed network slice selection assistance information of the terminal device in the first area; and obtaining, by the target mobility management network element, allowed network slice selection assistance information of the terminal device in the second area based on the slice set for the HPLMN
A system for displaying optical effects, comprising a lighting device and a displaying object, the lighting device having at least one input polarization unit for influencing polarization connected downstream of a light source and at least one individually controllable modulation unit for influencing polarization and/or influencing retardance connected downstream of the input polarization unit, and the displaying object having at least one object retarder unit for influencing retardance and an output polarization unit connected downstream of the object retarder unit, characterized in that the lighting device has a modular design, a desired number and arrangement of other optical functional elements for influencing retardance being introducible into a light path downstream of the input polarization unit, and the displaying object consisting of passive optical elements, the displaying object being arranged at different distances and in a resulting freely mobile arrangement outside of the lighting device and downstream thereof and having any kind of lightable shape and dimension, light (Sout) exiting the lighting device exhibiting an inner structure having a defined internal composition indistinguishable to the eye, the object retarder unit of the displaying object having a structured, optically anisotropic layer whose structure corresponds to a reversibly or irreversibly impressed latent piece of image information, the latent piece of image information thus being present in the form of a correspondingly impressed pattern of local optical path differences, and light (Sout) exiting the lighting device and modulated by means of the modulation unit hitting the object retarder unit so as to interact there with the impressed piece of image information, whereby optical effects can be visualized by means of the output polarization unit.
An integrated electric connector for connecting a transmission cable with an electronic device, said integrated electric connector at least comprising: a main body comprising a first guiding part and a second guiding part, wherein said first guiding part is a guiding track, and said second guiding part is a cylindrical post; a first electric connector at least partially protruded from said main body and connected with said transmission cable; a casing located beside said first electric connector; a second electric connector installed in said casing, and connectable with said first electric connector; a third electric connector disposed on said casing and connected with said second electric connector, wherein said second electric connector and said third electric connector are opposed to each other with respect to said casing; and a guiding member connected with said casing, and comprising a third guiding part and a fourth guiding part, wherein said third guiding part is another cylindrical post, and said fourth guiding part is another guiding track, and said third guiding part and said fourth guiding part match said first guiding part and said second guiding part, respectively, wherein said first electric connector is guided by said guiding member to be detachably connected with said second electric connector, such that said first electric connector is either directly connectable with said electronic device or is indirectly connectable with said electronic device through said second electric connector and said third electric connector. a main body comprising a first guiding part and a second guiding part, wherein said first guiding part is a guiding track, and said second guiding part is a cylindrical post; a first electric connector at least partially protruded from said main body and connected with said transmission cable; a casing located beside said first electric connector; a second electric connector installed in said casing, and connectable with said first electric connector; a third electric connector disposed on said casing and connected with said second electric connector, wherein said second electric connector and said third electric connector are opposed to each other with respect to said casing; and a guiding member connected with said casing, and comprising a third guiding part and a fourth guiding part, wherein said third guiding part is another cylindrical post, and said fourth guiding part is another guiding track, and said third guiding part and said fourth guiding part match said first guiding part and said second guiding part, respectively, wherein said first electric connector is guided by said guiding member to be detachably connected with said second electric connector, such that said first electric connector is either directly connectable with said electronic device or is indirectly connectable with said electronic device through said second electric connector and said third electric connector.