mhurhangee/ep-ind-claims huggingface dataset:
A touch sensitive display device comprising: a display panel that comprises a plurality of common electrodes, the common electrodes driven for touch sensing and image display; a driving circuit configured to supply a touch driving signal to at least a first common electrode of the common electrodes; a third ground wiring (GND C) applied with a modulated ground voltage (GND_PWM) and disposed in the display panel; a first ground wiring (GND A) applied with a DC ground voltage (GND_DC) and disposed out of the display panel; and a circuit configured to provide the modulated ground voltage (GND_PWM) to the third ground wiring (GND C), the touch driving signal having a same phase as the modulated ground voltage (GND_PWM). a display panel that comprises a plurality of common electrodes, the common electrodes driven for touch sensing and image display; a driving circuit configured to supply a touch driving signal to at least a first common electrode of the common electrodes; a third ground wiring (GND C) applied with a modulated ground voltage (GND_PWM) and disposed in the display panel; a first ground wiring (GND A) applied with a DC ground voltage (GND_DC) and disposed out of the display panel; and a circuit configured to provide the modulated ground voltage (GND_PWM) to the third ground wiring (GND C), the touch driving signal having a same phase as the modulated ground voltage (GND_PWM).
An electroluminescence emitting touch switch, comprising: a plurality of first electrodes (la) having light permeability; a second electrode arranged so as to face the plurality of first electrodes (la), the second electrode functioning as a single electrode associated with the plurality of first electrodes (la); a plurality of EL layers each sandwiched between a corresponding one of the first electrodes and the second electrode, each of the EL layers being a laminate including a phosphor layer and an electrically insulating layer; light emission driving means arranged for applying a driving voltage between each of the first electrodes (la) and the second electrode to cause the EL layers to emit lights, timing signal generating means arranged for generating a timing signal to control the light emission driving means such that the application of the driving voltage is stopped at predetermined intervals; and touch decision means provided for each of the first electrodes (la), each of the touch decision means comprising a differential amplifier circuit including an operational amplifier and resistors (R1, R2, R3, R4), and each of the touch decision means detecting contact of a human body with the corresponding first electrode (la) based on operation of while the application of the driving voltage by the light emission driving means is stopped in accordance with the timing signal, wherein, in each of the touch decision means, an inverting input of the operational amplifier being connected to the corresponding first electrode (la) through a first resistor among corresponding ones of the resistors (R1, R2, R3, R4); a noninverting input of the operational amplifier being connected to the second electrode through a second resistor among the corresponding ones of the resistors (R1, R2, R3, R4); and an output of the operational amplifier being connected to the inverting input of the operational amplifier through a third resistor among the corresponding ones of the resistors (R1, R2, R3, R4).
An electronic apparatus comprising: an external element that is either one or both of an external coil and an external electrode disposed outside a housing; a communication circuit connected to the external element in series via a capacitor and configured to operate the external element as either one of a monopole antenna and a dipole antenna in a communication frequency band; and an additional circuit connected to the external element in series via an inductor. an external element that is either one or both of an external coil and an external electrode disposed outside a housing; a communication circuit connected to the external element in series via a capacitor and configured to operate the external element as either one of a monopole antenna and a dipole antenna in a communication frequency band; and an additional circuit connected to the external element in series via an inductor.
A cushion for co-sleeping comprising: a planar latch plate; a belt member coupled to the latch plate; a L-shape plate coupled to the belt member; a cushion member supported by the L-shape plate, characterised in that a bendable pipe is enclosed in the cushion member to allow a cushion to be bent in an arbitrary shape.
Separator configured to separate at least solid material particles from a fluid flow in a heating or cooling system, comprising: - a closed vessel comprising a peripheral wall, a bottom and an upper side; - a fluid supply opening which is arranged in the vessel and to which a fluid supply conduit is connectable; - a fluid discharge opening which is arranged in the vessel and to which a fluid discharge conduit is connectable; and - wherein the fluid supply conduit extends through the fluid supply opening and comprises within the volume enclosed by the vessel a supply pipe bend which deflects the fluid flow in a first peripheral direction of the vessel; characterized in that - the fluid supply opening and fluid discharge opening are arranged at positions substantially opposite each other in the peripheral wall, wherein the fluid supply conduit and fluid discharge conduit are connectable substantially in a straight line; - it comprises a capturing member extending in height direction along the peripheral wall of the vessel, wherein the capturing member comprises a strip part arranged on or close to the peripheral wall and extending some distance inward into the vessel from the peripheral wall; and - the fluid discharge conduit extends through the fluid discharge opening and comprises within the volume enclosed by the vessel a discharge pipe bend having a discharge inlet opening oriented downward to a limited extent in the direction of the bottom of the vessel. - a closed vessel comprising a peripheral wall, a bottom and an upper side; - a fluid supply opening which is arranged in the vessel and to which a fluid supply conduit is connectable; - a fluid discharge opening which is arranged in the vessel and to which a fluid discharge conduit is connectable; and - wherein the fluid supply conduit extends through the fluid supply opening and comprises within the volume enclosed by the vessel a supply pipe bend which deflects the fluid flow in a first peripheral direction of the vessel; - the fluid supply opening and fluid discharge opening are arranged at positions substantially opposite each other in the peripheral wall, wherein the fluid supply conduit and fluid discharge conduit are connectable substantially in a straight line; - it comprises a capturing member extending in height direction along the peripheral wall of the vessel, wherein the capturing member comprises a strip part arranged on or close to the peripheral wall and extending some distance inward into the vessel from the peripheral wall; and - the fluid discharge conduit extends through the fluid discharge opening and comprises within the volume enclosed by the vessel a discharge pipe bend having a discharge inlet opening oriented downward to a limited extent in the direction of the bottom of the vessel.
An apparatus, comprising: a housing; a piezoelectric transducer mounted in the housing; and an impedance matching layer; characterised in that the impedance matching layer is provided between the piezoelectric transducer and the housing, and in that the impedance matching layer includes a plurality of slots (925, 930, 935) extending therethrough, said slots also extending partially through the piezoelectric transducer. a housing; a piezoelectric transducer mounted in the housing; and an impedance matching layer; characterised in that the impedance matching layer is provided between the piezoelectric transducer and the housing, and in that the impedance matching layer includes a plurality of slots (925, 930, 935) extending therethrough, said slots also extending partially through the piezoelectric transducer.
A tool holder for a machining tool of a machine tool, wherein a machining force acts on the tool holder along a force path in an intended machining state, wherein the tool holder contains a force transducer, which is coupled metrologically to the force path for capturing a measurement variable correlated with the machining force, wherein the tool holder contains a communication element, which is connected to the force transducer for transmitting the measurement variable to the communication element, wherein the communication element is designed to transmit the measurement variable to a remote station, wherein the force transducer is arranged in the interior of the tool holder in a recess (22a, 22b) introduced into the tool holder, characterised in that the force transducer is designed as a fitting element for the recess in the form of a force-measuring pin, wherein the force-measuring pin is pressed into a bore as a recess in an accurately fitting manner, wherein the tool holder contains an energy source in the form of a battery or an accumulator or an energy receiver functioning on an inductive or capacitive principle for supplying the force transducer and/or the communication element with energy, and wherein the energy source contains an energy harvesting module for energy recovery, which energy stems from a rotation or acceleration or friction or light from the operation of the machine tool.
A playback apparatus comprising: a reading unit operable to read, from a recording medium, a graphics stream including a plurality of Epochs, each Epoch including a plurality of Display Sets, one of the Display Sets includes graphics data, window definition information and control data; a processor (12, 14) operable to decode the graphics data; an object buffer operable to store the decoded graphics data; a plane memory; and a controller, wherein the window definition information indicates a width, height and position of a rectangular area on the plane memory, the window definition information is fixed during one Epoch, the control data includes information indicating a type of the one of the Display Sets, the controller is operable, when the rectangular area is a part of the plane memory, to render the decoded graphics data stored in the object buffer within the rectangular area and not to render the decoded graphics data outside the rectangular area, the graphics stream includes PTS that indicates an execution start time for rendering the graphics data in the rectangular area, and PTS that indicates an execution end time for rendering the graphics data on the plane memory, the transfer rate between the object buffer and the plane memory is 256Mbps and the accuracy of said PTS is 90000Hz, and the PTS that indicates the execution start time is represented by: PTS WDS = PTS PCS - 90000 x SIZE WDS. WIN / 256000000, where SIZE [WDS. WIN] is a total window size derived from the window definition information. a reading unit operable to read, from a recording medium, a graphics stream including a plurality of Epochs, each Epoch including a plurality of Display Sets, one of the Display Sets includes graphics data, window definition information and control data; a processor (12, 14) operable to decode the graphics data; an object buffer operable to store the decoded graphics data; a plane memory; and a controller, wherein the window definition information indicates a width, height and position of a rectangular area on the plane memory, the window definition information is fixed during one Epoch, the control data includes information indicating a type of the one of the Display Sets, the controller is operable, when the rectangular area is a part of the plane memory, to render the decoded graphics data stored in the object buffer within the rectangular area and not to render the decoded graphics data outside the rectangular area, the graphics stream includes PTS that indicates an execution start time for rendering the graphics data in the rectangular area, and PTS that indicates an execution end time for rendering the graphics data on the plane memory, the transfer rate between the object buffer and the plane memory is 256Mbps and the accuracy of said PTS is 90000Hz, and the PTS that indicates the execution start time is represented by: PTS WDS = PTS PCS - 90000 x SIZE WDS. WIN / 256000000, where SIZE [WDS. WIN] is a total window size derived from the window definition information.
An image forming apparatus comprising: a main body having a fusing unit; a first temperature sensor which is disposed in an external surface of the main body and is configured to measure an outside temperature; a humidity sensor which is disposed in the external surface of the main body and is configured to measure an outside humidity; a second temperature sensor which is disposed inside the main body and is configured to measure an inside temperature; at least one fan disposed in the main body; and a controller configured to calculate a dew point temperature (Td) by using the inside temperature and the outside humidity and operate the at least one fan based on the calculated dew point temperature (Td), characterised in that the controller is configured to compare a temperature difference between the outside temperature and the inside temperature to a preset temperature margin, wherein the controller is configured to calculate the dew point temperature (Td) only if the temperature difference is equal to or less than the preset temperature margin. a main body having a fusing unit; a first temperature sensor which is disposed in an external surface of the main body and is configured to measure an outside temperature; a humidity sensor which is disposed in the external surface of the main body and is configured to measure an outside humidity; a second temperature sensor which is disposed inside the main body and is configured to measure an inside temperature; at least one fan disposed in the main body; and a controller configured to calculate a dew point temperature (Td) by using the inside temperature and the outside humidity and operate the at least one fan based on the calculated dew point temperature (Td), characterised in that the controller is configured to compare a temperature difference between the outside temperature and the inside temperature to a preset temperature margin, wherein the controller is configured to calculate the dew point temperature (Td) only if the temperature difference is equal to or less than the preset temperature margin.
Apparatus for monitoring a telecommunication network comprising one or more telecommunication channels, the apparatus comprising means (6, 7, P) configured for: - designing (S1, S2, S3) a neural network configured for determining an impairment type of a telecommunication channel as a function of a channel frequency response of said telecommunication channel, - training said neural network based on training data specifying, for respective telecommunication channels, a channel frequency response and an associated impairment type, characterized in that said neural network is a convolutional neural network, wherein designing the convolutional neural network comprises selecting at least one of a number of convolutional layers, a number of filters and/or a size of filters for respective convolutional layers as a function of analysis results of channel frequency responses for a plurality of telecommunication channels. - designing (S1, S2, S3) a neural network configured for determining an impairment type of a telecommunication channel as a function of a channel frequency response of said telecommunication channel, - training said neural network based on training data specifying, for respective telecommunication channels, a channel frequency response and an associated impairment type,
A stroller for a child, comprising: a handle bar; a rotatable brake actuator disposed around a lengthwise axis of the handle bar; a first cable coupled to the rotatable brake actuator, the first cable having a first end and a second end; and a first wheel brake of a first wheel coupled to the first end of the first cable, wherein the rotatable brake actuator comprises a base member having an elongate tubular main body disposed coaxially about the handle bar, a housing disposed about the body of the base member and configured to displace the first cable, and an interior cavity extending through the housing from a first end of the housing to a second end of the housing, wherein rotating the rotatable brake actuator around the lengthwise axis of the handle bar activates the first wheel brake, wherein increasing the rotation of the rotatable brake actuator around the handle bar increases a braking force applied to the first wheel brake. a handle bar; a rotatable brake actuator disposed around a lengthwise axis of the handle bar; a first cable coupled to the rotatable brake actuator, the first cable having a first end and a second end; and a first wheel brake of a first wheel coupled to the first end of the first cable, wherein the rotatable brake actuator comprises a base member having an elongate tubular main body disposed coaxially about the handle bar, a housing disposed about the body of the base member and configured to displace the first cable, and an interior cavity extending through the housing from a first end of the housing to a second end of the housing, wherein rotating the rotatable brake actuator around the lengthwise axis of the handle bar activates the first wheel brake, wherein increasing the rotation of the rotatable brake actuator around the handle bar increases a braking force applied to the first wheel brake.
Fused raw material for the production of a refractory product comprising the following mineralogical phases: Magnesia spinel with a hyperstoichiometric proportion of Al 2 O 3; Al 4 O 4 C; Al 4 C 3 in a proportion of less than 2% by mass. Magnesia spinel with a hyperstoichiometric proportion of Al 2 O 3; Al 4 O 4 C; Al 4 C 3 in a proportion of less than 2% by mass.
An apparatus for a bone cement mixing device comprising: a pump body; two or more arms (120, 122) extending from the pump body configured to hold a cement mixing container; a vacuum port exposed on an exterior surface of the pump body and positioned to engage a port on the cement mixing container; a venturi positioned proximate the vacuum port; a perforator within the pump body, the perforator configured to puncture a gas container to release gas to the venturi to create a vacuum at the vacuum port; and an actuator configured to puncture the gas container with the perforator. a pump body; two or more arms (120, 122) extending from the pump body configured to hold a cement mixing container; a vacuum port exposed on an exterior surface of the pump body and positioned to engage a port on the cement mixing container; a venturi positioned proximate the vacuum port; a perforator within the pump body, the perforator configured to puncture a gas container to release gas to the venturi to create a vacuum at the vacuum port; and an actuator configured to puncture the gas container with the perforator.
Agent, comprising at least a substance, suitable to inhibit or destruct the formation of amyloid fibrilla, which enhance the infection efficiency of HIV, for the use in a process for the treatment and/or prophylaxis of HIV-associated dementia, in which amyloid fibrilla, which enhance the efficiency of viral infections, are inhibited in its formation or are destructed my means of the substance, characterized by at least one peptide as a substance with an amino acid sequence chosen from the group consisting of SEQ ID NO: 1 and / or SEQ ID NO: 2 and / or SEQ ID NO: 3 and / or SEQ ID NO: 4 and / or SEQ ID NO: 5 and / or SEQ ID NO: 6 and / or SEQ ID NO: 7 and / or SEQ ID NO: 8 and / or SEQ ID NO: 9 and / or SEQ ID NO: 10 and / or SEQ ID NO: 11 wherein at least one peptide consists essentially or completely of D-amino acids.
A saccharification reaction mixture, characterized in that the reaction mixture can saccharify at least one of cellulose and hemicellulose and which comprises, in a dispersion state, at least one of cellulose and hemicellulose, and a saccharification enzyme composition containing a saccharification enzyme, and a colloidal liquid, in which colloidal silica is dispersed in a dispersion solvent, wherein the colloidal silica has a mean primary particle size of 1 nm to 400 nm, as calculated by the formula: D nm = 2720 / S, wherein S represents the specific surface area (m 2 /g) as determined by the BET method; and a particle size, as measured through a dynamic light scattering method, of 5 nm or greater and less than 500 nm, and wherein the ratio of the amount of the saccharification enzyme not immobilized on colloidal silica to the entire amount of the saccharification enzyme in the saccharification enzyme composition is 25% to 100%.
Press fitting comprising a socket (10, 10', 10", 10"') defining at one end an opening for the insertion of an end of a tube, a sealing ring (20, 20') within the socket (10, 10', 10", 10"') and a gripping ring (30, 30') within the socket (10, 10', 10", 10"'), arranged in front of the sealing ring (20, 20') in the direction of insertion of the tube, wherein the gripping ring (30, 30') is provided with at least two weakening features, in particular in form of notches (31-31"', 32), being reducible in size by deforming the gripping ring (30, 30') when applying a pressing action on the socket (10, 10', 10", 10"') such that the inner diameter D2 of the gripping ring (30, 30') is reduced, characterized in that the weakening features (31 - 31"', 32) of the gripping ring (30, 30'), which extend substantially axially and equally spaced around the inner diameter D2, are provided with chamfer angles A1 at their tube facing side, with the chamfer angle A1 being at most 45°, and the inner diameter D2 being chosen to be larger than the outer diameter of the tube prior to reducing the size of the weakening features (31 - 31"', 32) when applying a pressing action.
An optical cable, comprising: a plurality of optical transmission elements, each having a plurality of optical waveguides surrounded by a jacket; and a cable sheath surrounding the plurality of optical transmission elements, strain-relief elements, wherein the strain-relief elements are arranged between the plurality of optical transmission elements and the cable sheath, characterized in that the plurality of optical transmission elements are helically rotated in a rotation direction at least three times through 360° about a longitudinal axis of the optical cable in a longitudinal direction along a section of the optical cable whose length is at least two hundred times a diameter of the cable before the direction of rotation is changed. a plurality of optical transmission elements, each having a plurality of optical waveguides surrounded by a jacket; and a cable sheath surrounding the plurality of optical transmission elements, strain-relief elements, wherein the strain-relief elements are arranged between the plurality of optical transmission elements and the cable sheath, characterized in that the plurality of optical transmission elements are helically rotated in a rotation direction at least three times through 360° about a longitudinal axis of the optical cable in a longitudinal direction along a section of the optical cable whose length is at least two hundred times a diameter of the cable before the direction of rotation is changed.