mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel with a main body including a first substrate, a second substrate opposite the first substrate, and a liquid crystal layer disposed between the first substrate and the second substrate, the first substrate being the viewer side substrate of the display panel; and a touch screen panel serving as a speaker film, the touch screen panel being disposed on the viewer side surface of the first substrate, wherein the touch screen panel comprises a first electrode pattern patterned on a major surface of a base substrate and a second electrode pattern patterned on the opposite major surface of the base substrate, wherein the first electrode pattern and the second electrode pattern are configured for sensing a touch position by detecting a change in capacitance, wherein the speaker film further comprises a first transparent electrode disposed on an interposed layer interposed between the first transparent electrode and the first electrode pattern and a second transparent electrode disposed on a further interposed layer interposed between the second transparent electrode and the second electrode pattern, wherein each of the first and second transparent electrodes (420, 430) are formed in a first area surrounding a second area that corresponds to an empty space of the speaker film surrounded by the respective transparent electrode (420, 430), wherein a speaker is further formed in said first area and the speaker film is configured to vibrate a sound generated by said speaker. a display panel with a main body including a first substrate, a second substrate opposite the first substrate, and a liquid crystal layer disposed between the first substrate and the second substrate, the first substrate being the viewer side substrate of the display panel; and a touch screen panel serving as a speaker film, the touch screen panel being disposed on the viewer side surface of the first substrate, wherein the touch screen panel comprises a first electrode pattern patterned on a major surface of a base substrate and a second electrode pattern patterned on the opposite major surface of the base substrate, wherein the first electrode pattern and the second electrode pattern are configured for sensing a touch position by detecting a change in capacitance, wherein the speaker film further comprises a first transparent electrode disposed on an interposed layer interposed between the first transparent electrode and the first electrode pattern and a second transparent electrode disposed on a further interposed layer interposed between the second transparent electrode and the second electrode pattern, wherein each of the first and second transparent electrodes (420, 430) are formed in a first area surrounding a second area that corresponds to an empty space of the speaker film surrounded by the respective transparent electrode (420, 430), wherein a speaker is further formed in said first area and the speaker film is configured to vibrate a sound generated by said speaker.
An arrangement of building units, comprising: - a plurality of building units constructed in a coupled configuration and/or - a plurality of individual building units accommodated in a multi-storey building, wherein each building unit has a pie-slice-like floor plan with two side walls (2, 3) arranged at an angle α to each other, an inner end wall and an outer end wall, wherein the inner end walls are arranged on the north-facing, shaded side, and the outer end walls are arranged on the south-facing, sun-exposed side, characterised in that the two exterior side walls (6, 7) of the arrangement of building units are arranged at an angle β, being a multiple of the angle α, to one another, wherein β is between 45 ° and 270 °. - a plurality of building units constructed in a coupled configuration and/or - a plurality of individual building units accommodated in a multi-storey building,
A method for performing a programming operation involving a set of non-volatile storage elements and a set of associated bit lines, including at least one selected bit line and at least one unselected bit line, characterised in that the method comprises: during a first time period (t4-t8), allowing the at least one selected bit line and the at least one unselected bit line to float while electromagnetically coupling a voltage (VSOURCE) to the at least one selected bit line and the at least one unselected bit line from at least one conductive element (520, 620, 720), and while allowing communication between the at least one unselected bit line and an associated channel region of the set of non-volatile storage elements; and during a second time period (t10-t15) which is after the first time period, driving the at least one selected bit line and the at least one unselected bit line while preventing communication between the at least one unselected bit line and the associated channel region, and applying a program voltage (VPGM) to at least one of the non-volatile storage elements which is associated with the at least one selected bit line. during a first time period (t4-t8), allowing the at least one selected bit line and the at least one unselected bit line to float while electromagnetically coupling a voltage (VSOURCE) to the at least one selected bit line and the at least one unselected bit line from at least one conductive element (520, 620, 720), and while allowing communication between the at least one unselected bit line and an associated channel region of the set of non-volatile storage elements; and during a second time period (t10-t15) which is after the first time period, driving the at least one selected bit line and the at least one unselected bit line while preventing communication between the at least one unselected bit line and the associated channel region, and applying a program voltage (VPGM) to at least one of the non-volatile storage elements which is associated with the at least one selected bit line.
A heater suitable for heating a flow of a first gas, comprising: an evaporator vessel containing a heat transfer fluid; a condenser vessel being in fluid communication with the evaporator vessel to allow heat transfer fluid to flow between the evaporator vessel and the condenser vessel a heat source tube passing through the evaporator vessel and being at least partially immersed in the heat transfer fluid, the heat source tube being suppliable with a heated second gas, the heat source tube being configured to allow the heated second gas to flow along and inside the heat source tube to evaporate the heat transfer fluid; and at least one heat exchanger comprising at least one heat transfer tube passing through the condenser vessel and being connectable to a source of the first gas so that the first gas can flow inside the at least one heat transfer tube, the at least one heat transfer tube being arranged to be heated by the evaporated heat transfer fluid, the at least one heat exchanger being arranged so that the first gas can be heated by the evaporated heat transfer fluid, the heater further comprising a burner to supply the heated second gas to the heat source tube, and a control system for the burner to control the circulation rate of the heated second gas in the heat source tube, characterised in that the evaporator vessel and the condenser vessel are separate from each other and connected by a feed tube for evaporated heat transfer fluid and a return tube for condensed heat transfer fluid allowing heat transfer fluid to flow between the evaporator vessel and the condenser vessel in a circuit.
A powered toothbrush comprising: a handle comprising: a gripping portion; and a stem extending from the gripping portion, the stem extending along an axis; and a power source, an electric motor and a primary drive shaft operably coupled together, the primary drive shaft comprising an eccentric disposed within the stem; a refill head detachably coupled to the handle, the refill head comprising: a head portion; a tubular sleeve coupled to the head portion, the tubular sleeve having a cavity in which the stem is disposed; wherein the primary drive shaft comprises a distal portion protruding from a distal end of the stem; the head portion comprises at least one moveable tuft block comprising a plurality of tooth cleaning elements; characterised in that the distal portion of the primary drive shaft is operably coupled to the movable tuft block; wherein rotation of the primary drive shaft by the motor results in: the eccentric of the drive generating vibrations within the stem that are transmitted to the head portion; and rotational movement of the movable tuft block. a gripping portion; and a stem extending from the gripping portion, the stem extending along an axis; and a power source, an electric motor and a primary drive shaft operably coupled together, the primary drive shaft comprising an eccentric disposed within the stem; a refill head detachably coupled to the handle, the refill head comprising: a head portion; a tubular sleeve coupled to the head portion, the tubular sleeve having a cavity in which the stem is disposed; wherein the primary drive shaft comprises a distal portion protruding from a distal end of the stem; the head portion comprises at least one moveable tuft block comprising a plurality of tooth cleaning elements; characterised in that the distal portion of the primary drive shaft is operably coupled to the movable tuft block; wherein rotation of the primary drive shaft by the motor results in: the eccentric of the drive generating vibrations within the stem that are transmitted to the head portion; and rotational movement of the movable tuft block. a head portion; a tubular sleeve coupled to the head portion, the tubular sleeve having a cavity in which the stem is disposed; wherein the primary drive shaft comprises a distal portion protruding from a distal end of the stem; the head portion comprises at least one moveable tuft block comprising a plurality of tooth cleaning elements; characterised in that the distal portion of the primary drive shaft is operably coupled to the movable tuft block; wherein rotation of the primary drive shaft by the motor results in: the eccentric of the drive generating vibrations within the stem that are transmitted to the head portion; and rotational movement of the movable tuft block.
A bicycle electronic system comprising a first manual command management unit (1014; 1015) having a casing (1070, 1071) configured for being fixed at a handgrip of a bicycle handlebar and being different from a display-carrier unit, a display unit or another centralised unit, the first manual command management unit (1014; 1015) comprising at least one first manually actuatable switch (1036, 1076), a first processor and a first wireless communication device, characterized in that the first manual command management unit (1014; 1015) further comprises a circuit for supplying power to the first processor and the first wireless communication device, the power supply circuit being configured for absorbing energy from a radiofrequency electromagnetic field generated within the system.
A measuring plug comprising: - a hollow plug body comprising a proximal end, a distal end and a plug body axis; - a sensing structure comprising at least one electrical sensing element, the sensing structure located at the proximal end of the hollow plug body; and, - connector terminals arranged in a housing which is attached to the distal end of the hollow plug body, the connector terminals are electrically coupled via electronic circuitry and bonding wires to the at least one electrical sensing element; and the measuring plug further comprises an interconnection structure providing an electrical connection through the hollow plug body; characterized in that the interconnection structure comprises a flexible PCB with first contact areas at a proximal end part (108A1) of the flexible PCB and second contact areas at a distal end part (108A2) of the flexible PCB; the first contact areas are electrically coupled to the electrical sensing element by means of bonding wires, the proximal end part (108A1) of the flexible PCB is positioned in the hollow plug body in a plane which is perpendicular to the plug body axis; the interconnection structure further comprises an elongated support structure configured to fixate a part (108A3) of the flexible PCB between the proximal end (108A1) and distal end (108A2) of the flexible PCB in the hollow plug body. - a hollow plug body comprising a proximal end, a distal end and a plug body axis; - a sensing structure comprising at least one electrical sensing element, the sensing structure located at the proximal end of the hollow plug body; and, - connector terminals arranged in a housing which is attached to the distal end of the hollow plug body, the connector terminals are electrically coupled via electronic circuitry and bonding wires to the at least one electrical sensing element;
Back rest device for guiding warp threads coming from a warp beam comprising a first guiding bar for guiding warp threads, a second guiding bar (5, 105) for guiding warp threads, which second guiding bar (5, 105) in use is arranged in parallel to the first guiding bar and upstream of the first guiding bar for deflecting warp threads coming from the warp beam, a mounting device, which mounting device is arranged for mounting the first guiding bar in a fixed mounting position and in a non-rotatable manner, and a supporting device, which supporting device is arranged for supporting the second guiding bar (5, 105) so that in use the longitudinal axis of the second guiding bar (5, 105) is mounted fixed in position with respect to the longitudinal axis of the first guiding bar, characterized in that the second guiding bar (5, 105) is mounted on the first guiding bar by means of the supporting device, and in that the position of the longitudinal axis of the second guiding bar (5, 105) with respect to the longitudinal axis of the first guiding bar is settable, wherein in order to bring the longitudinal axis of the second guiding bar (5, 105) into a set position with respect to the longitudinal axis of the first guiding bar the first guiding bar is rotatable about its longitudinal axis to orient the first guiding bar in an angular position.
A method of ventilating an excised lung, comprising: applying a first pressure to an airway of the lung, wherein P1 is above an atmospheric pressure; applying a second pressure to an exterior surface of the lung; and varying P2 to change a pressure differential so as to cause the lung to breathe, wherein PD=P1-P2, characterized in that a regenerative vacuum pump, in particular a single turbine, is used to apply and control both P1 and P2, wherein an exhaust pressure at an exhaust side of the pump is used to regulate P1 and a vacuum pressure at a vacuum side of the pump is used to regulate P2. applying a first pressure to an airway of the lung, wherein P1 is above an atmospheric pressure; applying a second pressure to an exterior surface of the lung; and varying P2 to change a pressure differential so as to cause the lung to breathe, wherein PD=P1-P2, characterized in that a regenerative vacuum pump, in particular a single turbine, is used to apply and control both P1 and P2, wherein an exhaust pressure at an exhaust side of the pump is used to regulate P1 and a vacuum pressure at a vacuum side of the pump is used to regulate P2.
A method, comprising: positioning a charge terminal (T 1) at a defined height over a lossy conducting medium; adjusting a phase delay (Φ) of a feed network connected to the charge terminal (T 1) to match a wave tilt angle (Ψ) corresponding to a complex Brewster angle of incidence ( θ i,B) associated with the lossy conducting medium; adjusting a load impedance ( Z L) of the charge terminal (T 1) based upon an image ground plane impedance ( Z in) associated with the lossy conducting medium; and exciting the charge terminal (T 1) with an excitation voltage via the feed network, where the excitation voltage establishes an electric field that couples into a guided surface waveguide mode along a surface of the lossy conducting medium. positioning a charge terminal (T 1) at a defined height over a lossy conducting medium; adjusting a phase delay (Φ) of a feed network connected to the charge terminal (T 1) to match a wave tilt angle (Ψ) corresponding to a complex Brewster angle of incidence ( θ i,B) associated with the lossy conducting medium; adjusting a load impedance ( Z L) of the charge terminal (T 1) based upon an image ground plane impedance ( Z in) associated with the lossy conducting medium; and exciting the charge terminal (T 1) with an excitation voltage via the feed network, where the excitation voltage establishes an electric field that couples into a guided surface waveguide mode along a surface of the lossy conducting medium.
A method of operation by a radio access node in a cellular communications network, comprising: configuring (100, 200, 300, 400, 500) a plurality of Channel State Information Reference Signal, CSI-RS, ports for a wireless device, the plurality of CSI-RS ports being one of a group consisting of: twelve CSI-RS ports and sixteen CSI-RS ports, and transmitting (102, 202, 302, 402, 502) CSI-RS on the plurality of CSI-RS ports by multiplexing pairs of CSI-RS ports onto adjacent CSI-RS RE pairs in the time domain using length-2 Orthogonal Cover Codes, OCCs, wherein: configuring (100, 200, 300, 400, 500) the plurality of CSI-RS ports for the wireless device comprises signaling a bitmap to the wireless device that indicates pair positions of the RE pairs at any pair positions within a Physical Resource Block, PRB. configuring (100, 200, 300, 400, 500) a plurality of Channel State Information Reference Signal, CSI-RS, ports for a wireless device, the plurality of CSI-RS ports being one of a group consisting of: twelve CSI-RS ports and sixteen CSI-RS ports, and transmitting (102, 202, 302, 402, 502) CSI-RS on the plurality of CSI-RS ports by multiplexing pairs of CSI-RS ports onto adjacent CSI-RS RE pairs in the time domain using length-2 Orthogonal Cover Codes, OCCs, wherein: configuring (100, 200, 300, 400, 500) the plurality of CSI-RS ports for the wireless device comprises signaling a bitmap to the wireless device that indicates pair positions of the RE pairs at any pair positions within a Physical Resource Block, PRB.
A magnetic wound closure device comprising: i) a first magnet and a second magnet, the first magnet and the second magnet being elongated magnets each having a top surface (24a, 24b), a bottom surface (14a, 14b), an inner edge (20a, 20b; 38a, 38b), and an outer edge (18a, 18b), wherein the inner edge (20a; 38a) of the first magnet has an opposite polarity to the inner edge (20b; 38b) of the second magnet; ii) a removable sheet having an elongated partition member, the removable sheet designed to position the first magnet relative to the second magnet by adhering to the top surface of the first magnet and the top surface of the second magnet, wherein the removable sheet has a top surface and a bottom surface, wherein the bottom surface of the removable sheet is removably affixed to the top surface of the first magnet and the top surface of the second magnet; wherein the elongated partition member extends from the bottom surface of the removable sheet and is designed to be positioned between, and to separate, the inner edge (20a; 38a) of the first magnet and the inner edge (20b; 38b) of the second magnet, thereby preventing the inner edge (20a; 38a) of the first magnet from directly contacting the inner edge (20b; 38b) of the second magnet when the magnetic wound closure device is being placed along edges of a wound; wherein the elongated partition member is an elongated tab having a width of less than 2 cm, a depth of less than 2 cm, and wherein the first magnet and the second magnet have a depth of less than 2 cm; whereby the distance between the inner edge (20a; 38a) of the first magnet and the inner edge (20b; 38b) of the second magnet is less than 2 cm when the elongated tab is positioned between the inner edge (20a; 38a) of the first magnet and the inner edge (20b; 38b) of the second magnet; and whereby when the removable sheet and the elongated partition member are removed from the first and the second magnets (12a, 12b), the first and second magnets (12a, 12b) are magnetically drawn to each other, causing the inner edge (20a; 38a) of the first magnet to move toward the inner edge (20b; 38b) of the second magnet, thereby reapproximating wound edges. i) a first magnet and a second magnet, the first magnet and the second magnet being elongated magnets each having a top surface (24a, 24b), a bottom surface (14a, 14b), an inner edge (20a, 20b; 38a, 38b), and an outer edge (18a, 18b), wherein the inner edge (20a; 38a) of the first magnet has an opposite polarity to the inner edge (20b; 38b) of the second magnet; ii) a removable sheet having an elongated partition member, the removable sheet designed to position the first magnet relative to the second magnet by adhering to the top surface of the first magnet and the top surface of the second magnet,
A wiring substrate comprising: a substrate body formed by a single or a plurality of insulating layers (c1, c2) and having a front surface and a back surface that are located at opposite sides of the substrate body; a plurality of pads (6-8, 10, 11) and an inner layer surface that is located between the front and back surfaces (3, 4), the plurality of pads formed on the front surface and the plurality of pads formed on the back surface having a staggered arrangement in plan view; and a plurality of via conductors formed at each of the plurality of pads (6-8, 10, 11), the plurality of via conductors extending in the thickness direction of the substrate body with the plurality of via conductors being parallel to each other, and an arrangement, in plan view, of the plurality of via conductors connecting to the pad and an arrangement, in plan view, of the plurality of via conductors connecting to an adjacent pad in longitudinal, lateral and oblique directions, located on the same surface being shifted from each other in a rotation direction in plan view. a substrate body formed by a single or a plurality of insulating layers (c1, c2) and having a front surface and a back surface that are located at opposite sides of the substrate body; a plurality of pads (6-8, 10, 11) and an inner layer surface that is located between the front and back surfaces (3, 4), the plurality of pads formed on the front surface and the plurality of pads formed on the back surface having a staggered arrangement in plan view; and a plurality of via conductors formed at each of the plurality of pads (6-8, 10, 11), the plurality of via conductors extending in the thickness direction of the substrate body with the plurality of via conductors being parallel to each other, and an arrangement, in plan view, of the plurality of via conductors connecting to the pad and an arrangement, in plan view, of the plurality of via conductors connecting to an adjacent pad in longitudinal, lateral and oblique directions, located on the same surface being shifted from each other in a rotation direction in plan view.