mhurhangee/ep-ind-claims huggingface dataset:
An electronic device having a rectangular periphery, the electronic device comprising: an adjustable antenna system, wherein the adjustable antenna system comprises: a peripheral conductive member configured to surround the rectangular periphery of the electronic device, dielectric interposed in the peripheral conductive member to form at least one gap in the peripheral conductive member with which an effective gap width is associated; and at least one adjustable electrical component that electrically adjusts the effective width of the gap; the peripheral conductive member comprises a metal structure configured to surround the rectangular periphery of the electronic device, characterised in that the metal structure surrounds substantially all of the rectangular periphery of the electronic device, and the metal structure comprises a display bezel. an adjustable antenna system, wherein the adjustable antenna system comprises: a peripheral conductive member configured to surround the rectangular periphery of the electronic device, dielectric interposed in the peripheral conductive member to form at least one gap in the peripheral conductive member with which an effective gap width is associated; and at least one adjustable electrical component that electrically adjusts the effective width of the gap; the peripheral conductive member comprises a metal structure configured to surround the rectangular periphery of the electronic device, characterised in that the metal structure surrounds substantially all of the rectangular periphery of the electronic device, and the metal structure comprises a display bezel. a peripheral conductive member configured to surround the rectangular periphery of the electronic device, dielectric interposed in the peripheral conductive member to form at least one gap in the peripheral conductive member with which an effective gap width is associated; and at least one adjustable electrical component that electrically adjusts the effective width of the gap; the peripheral conductive member comprises a metal structure configured to surround the rectangular periphery of the electronic device, characterised in that the metal structure surrounds substantially all of the rectangular periphery of the electronic device, and the metal structure comprises a display bezel.
A water stable pharmaceutical composition comprising: a therapeutic agent comprising aspirin, naproxen sodium, acetaminophen, or ibuprofen; and an off-flavor masking agent comprising cyclodextrin; in a water stable pharmaceutically acceptable gel matrix; wherein the water stable pharmaceutically acceptable gel matrix comprises a non-ion-specific gel comprising gellan, and wherein the term non-ion-specific gel refers to any gelling agent that is capable of gel formation initiated by monovalent or divalent cations or a combination thereof. a therapeutic agent comprising aspirin, naproxen sodium, acetaminophen, or ibuprofen; and an off-flavor masking agent comprising cyclodextrin;
Air flap assembly of a ventilation system of a vehicle heating, ventilating and/or air conditioning system, comprising: - an air flap having a rotation axis and at least one vane extending in a sideward direction from the rotation axis, the vane having an outer edge along a free end of the air flap and two side edges; and - a casing having an air opening with a rim forming a seat for the air flap, - the air flap having a closed position in which the air flap rests against the seat of the air opening and seals the air opening, and an open position in which the air flap is swiveled about the rotation axis relative to the closed position, the air flap assembly has a sealing mechanism comprising - an outer groove and an outer protruding structure one of which being provided at the seat of the air opening and - the other one of which being provided on the vane of the air flap in the region of the outer edge of the air flap, wherein the protruding structure rests in the outer groove in the closed position of the air flap forming a seal of the air opening, characterized in that the air flap consists of a homogenous plastic material. - an air flap having a rotation axis and at least one vane extending in a sideward direction from the rotation axis, the vane having an outer edge along a free end of the air flap and two side edges; and - a casing having an air opening with a rim forming a seat for the air flap, - the air flap having a closed position in which the air flap rests against the seat of the air opening and seals the air opening, and an open position in which the air flap is swiveled about the rotation axis relative to the closed position, - an outer groove and an outer protruding structure one of which being provided at the seat of the air opening and - the other one of which being provided on the vane of the air flap in the region of the outer edge of the air flap,
Printer device for constructing a concrete supporting structure for a passenger transport system designed as an escalator or moving walkway in an existing building, the printer device comprising at least the following components: • a printer guide device which can be arranged between two support points (11, 13) of the building that are provided for supporting the passenger transport system, the printer guide device being designed to be supported on the floors (E1, E2) of the building that are to be connected by the passenger transport system, at least during the printing process; • a 3D concrete printer apparatus which is arranged on the printer guide device so as to be movably guided along said device and is designed to spatially arrange workable concrete, the 3D concrete printer device comprising at least one printer nozzle, a movement device for moving the printer nozzle and a printer controller, by means of which printer controller the movement device, the concrete supply through the printer nozzle and the movements of the entire 3D concrete printer device along the printer guide device can be controlled; and • control software which can be executed on the printer controller in order to carry out the printing process during the construction of the concrete supporting structure; the printer guide device comprising at least one guide track, the guide path of which is adjustable with respect to its spatial use position, at least in the vertical direction, wherein the printer guide device comprises a support structure on which the at least one guide track is arranged and/or formed, and the guide path being adjusted by means of adjustment of the support structure, characterized in that the support structure comprises at least two portions (59, 61, 63) connected in series with one another for adjusting the guide track, the central longitudinal axes of which portions are adjustable at an angle to one another. • a printer guide device which can be arranged between two support points (11, 13) of the building that are provided for supporting the passenger transport system, the printer guide device being designed to be supported on the floors (E1, E2) of the building that are to be connected by the passenger transport system, at least during the printing process; • a 3D concrete printer apparatus which is arranged on the printer guide device so as to be movably guided along said device and is designed to spatially arrange workable concrete, the 3D concrete printer device comprising at least one printer nozzle, a movement device for moving the printer nozzle and a printer controller, by means of which printer controller the movement device, the concrete supply through the printer nozzle and the movements of the entire 3D concrete printer device along the printer guide device can be controlled; and • control software which can be executed on the printer controller in order to carry out the printing process during the construction of the concrete supporting structure;
A frame for 8a corrosion resistant intruder screen, the frame comprising: elongate frame members each having a first holding channel formed therein and a clamping portion spaced from the first holding channel; separately formed clamping members each co-acting with respective fastening means to thereby being able to clamp a mesh between the clamping members and the clamping portions with leveraged clamping action; and characterized by covers which are each configured to be clipped to the frame member and which have a second holding channel formed therein; and a sealing assembly comprising: first sealing members supported by the first holding channels able to be positioned against one side of the mesh; and second sealing members supported by the second holding channel able to be positioned against another side of the mesh. first sealing members supported by the first holding channels able to be positioned against one side of the mesh; and second sealing members supported by the second holding channel able to be positioned against another side of the mesh.
A method of enabling, in a communication network, voice discussions by at least two voice-enabled group communication devices (102a-102e) about a same data content being independently and simultaneously accessed on at least two devices (102d-102h) respectively associated with the at least two voice-enabled group communication devices (102a-102e), the method comprising: detecting (210, 310, 410, 502), by a server, that the at least two devices (102d-102h) are independently and substantially simultaneously accessing the same data content; responsive to the detecting that the at least two devices (102d-102h) are independently and substantially simultaneously accessing the same data content: identifying and reserving (220, 320, 420, 504), by one or more of the server and a controller, an available voice communication group resource; and providing (230, 330, 430, 506), by the server, a voice group identifier identifying the reserved voice communication group resource to the at least two voice-enabled group communications devices (102a-102e) associated with the at least two devices (102d-102h), to allow (240, 340) the at least two voice-enabled group communications devices (102a-102e) to use the reserved voice communication group resource to discuss the data content being accessed by the at least two devices (102d-102h). detecting (210, 310, 410, 502), by a server, that the at least two devices (102d-102h) are independently and substantially simultaneously accessing the same data content; responsive to the detecting that the at least two devices (102d-102h) are independently and substantially simultaneously accessing the same data content: identifying and reserving (220, 320, 420, 504), by one or more of the server and a controller, an available voice communication group resource; and providing (230, 330, 430, 506), by the server, a voice group identifier identifying the reserved voice communication group resource to the at least two voice-enabled group communications devices (102a-102e) associated with the at least two devices (102d-102h), to allow (240, 340) the at least two voice-enabled group communications devices (102a-102e) to use the reserved voice communication group resource to discuss the data content being accessed by the at least two devices (102d-102h). identifying and reserving (220, 320, 420, 504), by one or more of the server and a controller, an available voice communication group resource; and providing (230, 330, 430, 506), by the server, a voice group identifier identifying the reserved voice communication group resource to the at least two voice-enabled group communications devices (102a-102e) associated with the at least two devices (102d-102h), to allow (240, 340) the at least two voice-enabled group communications devices (102a-102e) to use the reserved voice communication group resource to discuss the data content being accessed by the at least two devices (102d-102h).
A nuclear reactor in-core detector system including an in-core nuclear instrument assembly comprising: an instrument thimble; a self-powered, fixed, in-core detector for monitoring a reactor core parameter indicative of a state of a reactor core and providing an electrical output representative of the monitored parameter; characterized by a wireless transmitter connected to receive the electrical output, wherein the wireless transmitter comprises a number of electronic components at least one of which is a Vacuum Micro-Electric Device configured as a vacuum diode placed in a grid circuit of an amplifier which is connected to the electrical output of the self-powered, fixed, in-core detector and responds substantially logarithmically, thus enabling the electronic components to follow the monitored neutron flux from startup through full power of a nuclear reactor in which the in-core detector system is disposed; and wherein substantially the entire in-core nuclear instrument assembly is wholly contained within the instrument thimble, the instrument thimble being structured to be contained within a nuclear fuel assembly when inserted within the nuclear fuel assembly without any in-core detector wiring extending from the instrument thimble. an instrument thimble; a self-powered, fixed, in-core detector for monitoring a reactor core parameter indicative of a state of a reactor core and providing an electrical output representative of the monitored parameter; characterized by a wireless transmitter connected to receive the electrical output, wherein the wireless transmitter comprises a number of electronic components at least one of which is a Vacuum Micro-Electric Device configured as a vacuum diode placed in a grid circuit of an amplifier which is connected to the electrical output of the self-powered, fixed, in-core detector and responds substantially logarithmically, thus enabling the electronic components to follow the monitored neutron flux from startup through full power of a nuclear reactor in which the in-core detector system is disposed; and wherein substantially the entire in-core nuclear instrument assembly is wholly contained within the instrument thimble, the instrument thimble being structured to be contained within a nuclear fuel assembly when inserted within the nuclear fuel assembly without any in-core detector wiring extending from the instrument thimble.
Device having a wall, which is designed to tightly enclose a body part, comprising an electrically nonconductive material and a shape which is adapted to the body part or adapts thereto by virtue of the elasticity of the wall, wherein the wall comes to bear on the skin of the body part via an inner face and the inner face is provided with at least one electrically conductive section, which is arranged in order to transmit electrical signals from or to the skin of the body part through the electrically nonconductive material of the wall, wherein the electrically conductive section is covered by the electrically nonconductive material such that the electrically conductive section only remains uncovered toward the inner face, and is connected to at least one conductor (5, 5') passing through the electrically nonconductive material, characterized in that an electrically conductive layer (11, 13) located on the outer side of the electrically nonconductive material is arranged for shielding the conductor (5, 5') against irradiation with interfering signals..
A refrigerator comprising - a body wherein foodstuffs and beverages are placed; - a protector plate placed into the body; - at least one drawer that is placed under the protector plate, wherein fruits and vegetables are placed; - a separator plate that is disposed at the center of the protector plate and that has more than one hole enabling the air delivered to the protector plate to at least partially reach the drawer; - a shelf that is situated above the protector plate so that there is a first distance between the protector plate and the shelf; - and at least one air blowing opening that is arranged on the body and that enables cold air to be blown, characterized by - a ceiling that is disposed on the protector plate at the center thereof so that a second distance remains between the separator plate and the ceiling, that covers the upper side of the separator plate, that extends over the protector plate and that has at least one inlet port that enables the air blown through the air blowing opening to be partially delivered to the separator plate and to be partially distributed between the shelf and the protector plate, and - the air blowing opening that remains almost between the protector plate and the shelf, that faces the protector plate and the shelf and that blows the air in an inclined manner to the inlet port and the body so as to contact the upper side of the protector plate, - at least one outlet port that is situated almost opposite to the inlet port in the ceiling. - a body wherein foodstuffs and beverages are placed; - a protector plate placed into the body; - at least one drawer that is placed under the protector plate, wherein fruits and vegetables are placed; - a separator plate that is disposed at the center of the protector plate and that has more than one hole enabling the air delivered to the protector plate to at least partially reach the drawer; - a shelf that is situated above the protector plate so that there is a first distance between the protector plate and the shelf; - and at least one air blowing opening that is arranged on the body and that enables cold air to be blown, - a ceiling that is disposed on the protector plate at the center thereof so that a second distance remains between the separator plate and the ceiling, that covers the upper side of the separator plate, that extends over the protector plate and that has at least one inlet port that enables the air blown through the air blowing opening to be partially delivered to the separator plate and to be partially distributed between the shelf and the protector plate, and - the air blowing opening that remains almost between the protector plate and the shelf, that faces the protector plate and the shelf and that blows the air in an inclined manner to the inlet port and the body so as to contact the upper side of the protector plate, - at least one outlet port that is situated almost opposite to the inlet port in the ceiling.
A motor drive device comprising: a multiplex winding motor having an armature iron core wound with armature windings including a plurality of winding sets (311,312) each of which includes windings for a plurality of phases; voltage application means for applying voltages to the plurality of winding sets (311,312); and control means for calculating a voltage command for the plurality of winding sets (311,312) and controlling the voltage application means based on the voltage command, wherein the control means controls the voltage application means so that induced voltages generated in the plurality of winding sets (311,312) by rotation of the multiplex winding motor each have a trapezoidal waveform, and a phase difference between the voltages for the plurality of winding sets (311,312) becomes a value that reduces 6(2m - 1)-th order torque ripple caused by a {6(2m - 1) ± 1}-th order harmonic component of the induced voltages, characterized in that the multiplex winding motor has field poles having a plurality of permanent magnets fixed at a surface of a field pole iron core, and h2/h1 is 0.65 to 1.0, where h1 is a thickness at a center of each permanent magnet and h2 is a thickness at an end of each permanent magnet. a multiplex winding motor having an armature iron core wound with armature windings including a plurality of winding sets (311,312) each of which includes windings for a plurality of phases; voltage application means for applying voltages to the plurality of winding sets (311,312); and control means for calculating a voltage command for the plurality of winding sets (311,312) and controlling the voltage application means based on the voltage command, wherein the control means controls the voltage application means so that induced voltages generated in the plurality of winding sets (311,312) by rotation of the multiplex winding motor each have a trapezoidal waveform, and a phase difference between the voltages for the plurality of winding sets (311,312) becomes a value that reduces 6(2m - 1)-th order torque ripple caused by a {6(2m - 1) ± 1}-th order harmonic component of the induced voltages, characterized in that the multiplex winding motor has field poles having a plurality of permanent magnets fixed at a surface of a field pole iron core, and h2/h1 is 0.65 to 1.0, where h1 is a thickness at a center of each permanent magnet and h2 is a thickness at an end of each permanent magnet.
Apparatus configured for implantation in an eye of a subject, comprising: an intraocular device comprising: a plurality of photosensors, each photosensor configured to detect photons and to generate a signal in response thereto; an array of electrodes; and a control unit configured to drive at least some of the electrodes; wherein the array of electrodes has at least 10 subsets of two or more electrodes; and the control unit is configured to drive at least some of the electrodes in each subset to non-simultaneously apply respective electrical charges into a retina of the subject, in response to photons detected generally simultaneously by respective ones of the photosensors. an intraocular device comprising: a plurality of photosensors, each photosensor configured to detect photons and to generate a signal in response thereto; an array of electrodes; and a control unit configured to drive at least some of the electrodes; wherein the array of electrodes has at least 10 subsets of two or more electrodes; and the control unit is configured to drive at least some of the electrodes in each subset to non-simultaneously apply respective electrical charges into a retina of the subject, in response to photons detected generally simultaneously by respective ones of the photosensors. a plurality of photosensors, each photosensor configured to detect photons and to generate a signal in response thereto; an array of electrodes; and a control unit configured to drive at least some of the electrodes; wherein the array of electrodes has at least 10 subsets of two or more electrodes; and the control unit is configured to drive at least some of the electrodes in each subset to non-simultaneously apply respective electrical charges into a retina of the subject, in response to photons detected generally simultaneously by respective ones of the photosensors.
A tri-directional-sliding door structure suitable for a double gyroscopic paint mixer, comprising a top cover located at the top of a cabinet, left and right front doors arranged symmetrically, a door-moving bracket, and left and right linear guiding rails, wherein the left and right front doors are symmetrically arranged on a front side of the cabinet, the left and right linear guiding rails are mounted on a cabinet shell by guiding rail fixing holders respectively, and wherein the left and right front doors are symmetrically hinged to two sides of the door-moving bracket, and lower ends of the left and right front doors are both interacted with a fixing holder at the bottom of the cabinet via connecting parts characterized in that the top cover is fixedly mounted on the door-moving bracket, and left and right sides of the door-moving bracket are symmetrically connected to sliders arranged on and sliding along the linear guiding rails.