mhurhangee/patent-ind-claim-en huggingface dataset:
A smartphone comprising: a cover layer; an organic light emitting display module ; a pressure sensor comprising a pressure electrode which is attached under the display module ; a reference potential layer which is positioned within the display module ; and a touch sensor having a plurality of drive electrodes (TX) to which a driving signal is applied and a plurality of receiving electrodes (RX) outputting a sensing signal used to detect a touch position, wherein the pressure sensor is apart from the touch sensor which is located within the display module, wherein the display module is bent by the touch, and a distance (d) between the pressure electrode and the reference potential layer changes as the display module bends, wherein a magnitude of a touch pressure is detected based on a capacitance which is detected from the pressure electrode and is changed according to the distance (d) between the pressure electrode which is attached under the display module and the reference potential layer which is positioned within the display module . a cover layer; an organic light emitting display module ; a pressure sensor comprising a pressure electrode which is attached under the display module ; a reference potential layer which is positioned within the display module ; and a touch sensor having a plurality of drive electrodes (TX) to which a driving signal is applied and a plurality of receiving electrodes (RX) outputting a sensing signal used to detect a touch position, wherein the pressure sensor is apart from the touch sensor which is located within the display module, wherein the display module is bent by the touch, and a distance (d) between the pressure electrode and the reference potential layer changes as the display module bends, wherein a magnitude of a touch pressure is detected based on a capacitance which is detected from the pressure electrode and is changed according to the distance (d) between the pressure electrode which is attached under the display module and the reference potential layer which is positioned within the display module .
A coplanar electrode photodiode array comprising a plurality of coplanar photodiodes, each coplanar photodiode comprising: a first conductive type heavily doped semiconductor substrate ; a first conductive type lightly doped semiconductor layer formed on the first conductive type heavily doped semiconductor substrate ; a second conductive type heavily doped semiconductor region formed on an upper portion of the first conductive type lightly doped semiconductor layer , wherein the second conductive type heavily doped semiconductor region and the first conductive type lightly doped semiconductor layer form a PN junction diode, and a second electrode is extracted out of the second conductive type heavily doped semiconductor layer at a light incidence side; a first conductive type heavily doped semiconductor region surrounding the second conductive type heavily doped semiconductor region , wherein a first electrode is extracted out of the first conductive type heavily doped semiconductor region at the light incidence side; and a trench structure disposed between the second conductive type heavily doped semiconductor region and the first conductive type heavily doped semiconductor region ; characterised in that the trench structure includes a trench filled with a first conductive type heavily doped monocrystalline semiconductor or polycrystalline semiconductor material. a first conductive type heavily doped semiconductor substrate ; a first conductive type lightly doped semiconductor layer formed on the first conductive type heavily doped semiconductor substrate ; a second conductive type heavily doped semiconductor region formed on an upper portion of the first conductive type lightly doped semiconductor layer , wherein the second conductive type heavily doped semiconductor region and the first conductive type lightly doped semiconductor layer form a PN junction diode, and a second electrode is extracted out of the second conductive type heavily doped semiconductor layer at a light incidence side; a first conductive type heavily doped semiconductor region surrounding the second conductive type heavily doped semiconductor region , wherein a first electrode is extracted out of the first conductive type heavily doped semiconductor region at the light incidence side; and a trench structure disposed between the second conductive type heavily doped semiconductor region and the first conductive type heavily doped semiconductor region ;
A semiconductor device comprising: a gate electrode disposed on a substrate ; a gate insulation layer disposed on the substrate to cover the gate electrode; an active layer disposed on the gate insulation layer, the active layer comprising an oxide semiconductor; an insulating interlayer disposed on the gate insulation layer and configured to cover the active layer; a protection structure comprising a first metal oxide layer disposed on the insulating interlayer, and a second metal oxide layer disposed on the first metal oxide layer, wherein the first metal oxide layer comprises a first composition of MOx1 containing a first oxygen content while the second metal oxide layer comprises a second composition of MOx2 containing a second oxygen content, where M indicates metal such as aluminium, titanium, tantalum or zirconium, O means oxygen and x represents a positive real number, wherein the second oxygen content abruptly varies from the first oxygen content at an interface between the first metal oxide layer and the second metal oxide layer, wherein a thickness ratio between the first and the second metal oxide layers is in a range of about 1:0.03 to 1:0.6; and a source electrode and a drain electrode disposed on the protection structure, the source electrode and the drain electrode contacting a source region and a drain region of the active layer, respectively. a gate electrode disposed on a substrate ; a gate insulation layer disposed on the substrate to cover the gate electrode; an active layer disposed on the gate insulation layer, the active layer comprising an oxide semiconductor; an insulating interlayer disposed on the gate insulation layer and configured to cover the active layer; a protection structure comprising a first metal oxide layer disposed on the insulating interlayer, and a second metal oxide layer disposed on the first metal oxide layer, wherein the first metal oxide layer comprises a first composition of MOx1 containing a first oxygen content while the second metal oxide layer comprises a second composition of MOx2 containing a second oxygen content, where M indicates metal such as aluminium, titanium, tantalum or zirconium, O means oxygen and x represents a positive real number, wherein the second oxygen content abruptly varies from the first oxygen content at an interface between the first metal oxide layer and the second metal oxide layer, wherein a thickness ratio between the first and the second metal oxide layers is in a range of about 1:0.03 to 1:0.6; and a source electrode and a drain electrode disposed on the protection structure, the source electrode and the drain electrode contacting a source region and a drain region of the active layer, respectively.
A pharmaceutical composition for use in a method for the treatment of rheumatoid arthritis in human, wherein the pharmaceutical composition comprises an effective amount of arsenic trioxide to inhibit the proliferation or promote the apoptosis of synoviocytes, and a pharmaceutically acceptable excipient; wherein the arsenic trioxide is in a pharmaceutically acceptable carrier for local administration to a synovial joint; wherein the composition comprising the arsenic trioxide is administrated directly to the synvovial joint.
An aircraft transparency, comprising: a stretched acrylic ply having a first major surface and a second major surface; a topcoat formed over at least a portion of the first major surface of the ply and comprising a polysiloxane material comprising the reaction product of: (a) a hybrid copolymer comprising: (i) a first monomer comprising a hydroxy functional organoacrylate; and (ii) a second monomer comprising an organoalkoxysilane; and (b) a second material comprising an organoalkoxysilane; and an overcoat formed over at least a portion of the topcoat and comprising a silicon oxycarbide coating. a stretched acrylic ply having a first major surface and a second major surface; a topcoat formed over at least a portion of the first major surface of the ply and comprising a polysiloxane material comprising the reaction product of: (a) a hybrid copolymer comprising: (i) a first monomer comprising a hydroxy functional organoacrylate; and (ii) a second monomer comprising an organoalkoxysilane; and (b) a second material comprising an organoalkoxysilane; and (a) a hybrid copolymer comprising: (i) a first monomer comprising a hydroxy functional organoacrylate; and (ii) a second monomer comprising an organoalkoxysilane; and (i) a first monomer comprising a hydroxy functional organoacrylate; and (ii) a second monomer comprising an organoalkoxysilane; and (b) a second material comprising an organoalkoxysilane; and an overcoat formed over at least a portion of the topcoat and comprising a silicon oxycarbide coating.
An apparatus comprising: a nut plate ; a plurality of retention tabs integrally attached to the nut plate; a spring assembly contained within the plurality of retention tabs , wherein the spring assembly comprises at least one Belleville washer; and a nut retained by the plurality of retention tabs, and characterized in that the spring assembly is located between the nut and the nut plate; the apparatus further comprising a bolt containing a threaded portion, wherein the bolt extends through each of the nut plate, the spring assembly, and the nut, and further wherein the bolt is threadably engageable with the nut, the apparatus further comprising a stop extending from the nut , wherein the length of the stop is configured to touch the nut plate when a specific level of torque is applied to the bolt, and further wherein the stop prevents over-compression of the spring assembly past a specific amount of compression. a nut plate ; a plurality of retention tabs integrally attached to the nut plate; a spring assembly contained within the plurality of retention tabs , wherein the spring assembly comprises at least one Belleville washer; and a nut retained by the plurality of retention tabs, and characterized in that the spring assembly is located between the nut and the nut plate; the apparatus further comprising a bolt containing a threaded portion, wherein the bolt extends through each of the nut plate, the spring assembly, and the nut, and further wherein the bolt is threadably engageable with the nut, the apparatus further comprising a stop extending from the nut , wherein the length of the stop is configured to touch the nut plate when a specific level of torque is applied to the bolt, and further wherein the stop prevents over-compression of the spring assembly past a specific amount of compression.
A conveyor belt system with a circulating conveyor belt, in which a loadable conveyor belt segment is supported on upper rolls and an unloaded conveyor belt segment is supported on lower rolls , and with an enclosure extending along the longitudinal axis of the conveyor belt system , characterized in that the enclosure features diagnostic windows on at least one side of the conveyor belt, such that the diagnostic windows are arranged at the level of the rolls of the conveyor belt and are designed for optical and/or acoustic monitoring of bearings of the rolls , the diagnostic windows being either transparent to a diagnostic signal or easily openable, and itself the diagnostic windows extending along a row, and in that the enclosure features lower diagnostic windows , upper diagnostic windows and covering hoods , the lower diagnostic windows being arranged laterally next to the lower rolls , the upper diagnostic windows being arranged laterally next to the upper rolls , and the covering hoods being arranged on the upper diagnostic windows .
Cleaning cylinder arrangement in an intaglio printing machine, comprising a cleaning cylinder rotatably mounted, against a printing cylinder , above a recovery tray , and a flexible cleaning element consisting of a porous cloth maintained in contact with a lower portion of the surface of said cleaning cylinder , spreading over at least on a 45° arc, by means of a flexible support element provided with downward ink outflow openings, said flexible cleaning element being fastened at leading and trailing (6") edges on attaching means, one of which is adjustable in position, wherein said attaching means consist of a front holding unit and a rear holding unit opposed to each other with respect to a symmetrical axis (Z-Z), provided with blocking devices respectively of a leading edge and of a trailing edge (6") of said flexible cleaning element , characterized in that said blocking devices are respectively slidingly driven at least according to different displacement axes (X-X; Y-Y) that are substantially parallel to respective axes being tangential to the surface of the cleaning cylinder by means of first and second pneumatic actuators , and said first and second pneumatic actuators are arranged as arrays of actuators distributed along the length of said cleaning cylinder , driven by compressed air also in a differentiated way in order to obtain a precise control of the porous cloth pressure on the cleaning cylinder along its longitudinal axis.
A water quality optimization system to optimize the quality of pure water obtained through air purification and condensation, the water quality optimization system comprising a water pump, a water purification device, a water storage device, a controller and a power source, and further comprising a pH value regulation device, wherein an inlet of the water pump is connected with a water source, and an outlet of the water pump is connected with the pH value regulation device; the pH value regulation device is connected with the water storage device through the water purification device, and the water storage device is connected with a system outlet and further connected with the inlet of the water pump through valves; the water storage device comprises a pH value detector, the signal outlet end of the pH value detector is connected with the controller, and the control ends of the valves and the control end of a water pump driving circuit are all connected with the controller, the water quality optimization system being characterized in that the water storage device further comprises a plurality of water receivers and the pH value regulation device is configured so as to electrolyze and balance the water into acid water or alkaline water by an electrolysis method according to the pH value of the water with no additives, the pH value of the water being monitored through the pH value detector in the water storage device and, if it is found that the pH value of the water in a certain water receiver does not meet the standard, the controller starts the water pump and opens the corresponding valve, pure water in the water receiver not meeting the pH value standard is circulated, and thus the pure water can be balanced circularly.
Method for determining, using a smartphone, the weight of a vehicle , comprising a step of storing in memory characteristic physical values ({param}) of the vehicle, characterized in that it comprises the following steps: - a) displaying, on the screen of the smartphone, the drawing of a line substantially parallel to an axis (x) of the smartphone, and superposing said line on an image filmed by the smartphone, - b) placing the smartphone in a vertical plane (XZ) parallel to a wheel of the vehicle so that the image comprises the wheel of the vehicle and at least one segment of an outline of the associated wheel arch, and measuring the angle of inclination β of the smartphone with respect to the vertical plane (XZ), - c) displaying an error message on or emitting an audio error message with the smartphone if the value of the angle β is higher than a threshold value, - d) orienting the smartphone according to the slope of the roadway, using the line, - e) estimating the angle of inclination (α) of the roadway on which the vehicle is found, - f) analysing an image acquired by the smartphone in order to determine a distance (D) between the wheel and the segment of the outline of the wheel arch, - g) computing a first weight value (M) depending on this distance (D), - h) computing a weight (M 1 ) of the vehicle by dividing this first weight value (M) by a coefficient that is dependent on the angle of inclination (α) of the roadway, on the distance between the wheel and the outline of the wheel arch, and on the characteristic physical values of the vehicle. - a) displaying, on the screen of the smartphone, the drawing of a line substantially parallel to an axis (x) of the smartphone, and superposing said line on an image filmed by the smartphone, - b) placing the smartphone in a vertical plane (XZ) parallel to a wheel of the vehicle so that the image comprises the wheel of the vehicle and at least one segment of an outline of the associated wheel arch, and measuring the angle of inclination β of the smartphone with respect to the vertical plane (XZ), - c) displaying an error message on or emitting an audio error message with the smartphone if the value of the angle β is higher than a threshold value, - d) orienting the smartphone according to the slope of the roadway, using the line, - e) estimating the angle of inclination (α) of the roadway on which the vehicle is found, - f) analysing an image acquired by the smartphone in order to determine a distance (D) between the wheel and the segment of the outline of the wheel arch, - g) computing a first weight value (M) depending on this distance (D), - h) computing a weight (M 1 ) of the vehicle by dividing this first weight value (M) by a coefficient that is dependent on the angle of inclination (α) of the roadway, on the distance between the wheel and the outline of the wheel arch, and on the characteristic physical values of the vehicle.
A method of replacing a replaceable component of a braking system , comprising the steps of: (a) providing a first code to a controller connected to the braking system , the first code being associated with a replacement component of the braking system ; causing the controller to: compare the first code with a second code, the second code being associated with a replaceable component of the braking system ; such that, in the case that the first code is determined by the controller to be correctly associated with the second code, the controller activates a replacement actuator of the braking system to permit replacement of the replaceable component from the braking system ; and (b) replacing the replaceable component with the replacement component. (a) providing a first code to a controller connected to the braking system , the first code being associated with a replacement component of the braking system ; causing the controller to: compare the first code with a second code, the second code being associated with a replaceable component of the braking system ; such that, in the case that the first code is determined by the controller to be correctly associated with the second code, the controller activates a replacement actuator of the braking system to permit replacement of the replaceable component from the braking system ; and compare the first code with a second code, the second code being associated with a replaceable component of the braking system ; such that, in the case that the first code is determined by the controller to be correctly associated with the second code, the controller activates a replacement actuator of the braking system to permit replacement of the replaceable component from the braking system ; and (b) replacing the replaceable component with the replacement component.
A fluid dispensing device comprising: a cylinder ; an actuator button having a stroke length; a stopper axially movable through said cylinder; a pusher plate in contact with an outward face of the stopper; an actuator track comprising a plurality of links connected together in series by living hinges which allow the actuator track to bend over 180 degrees on itself, with a terminal one of the links connected to the pusher plate, each link corresponding to an amount of fluid; and wherein the actuator track comprises a plurality of tooth receivers spaced apart to define a pitch; an actuator tooth provided on a portion of the actuator button and extending into the cylinder and the actuator tooth being movable axially inwardly and outwardly with respect to said cylinder, the actuator tooth on an inward stroke engaging at least one of the plurality of links by one of the tooth receivers and causing the stopper to move inwardly through the cylinder, the actuator tooth on an outward stroke disengaging from the plurality of links; and wherein the actuator button stroke length and pitch of the tooth receivers define an amount of fluid to be dispensed with each activation of the device. a cylinder ; an actuator button having a stroke length; a stopper axially movable through said cylinder; a pusher plate in contact with an outward face of the stopper; an actuator track comprising a plurality of links connected together in series by living hinges which allow the actuator track to bend over 180 degrees on itself, with a terminal one of the links connected to the pusher plate, each link corresponding to an amount of fluid; and wherein the actuator track comprises a plurality of tooth receivers spaced apart to define a pitch; an actuator tooth provided on a portion of the actuator button and extending into the cylinder and the actuator tooth being movable axially inwardly and outwardly with respect to said cylinder, the actuator tooth on an inward stroke engaging at least one of the plurality of links by one of the tooth receivers and causing the stopper to move inwardly through the cylinder, the actuator tooth on an outward stroke disengaging from the plurality of links; and wherein the actuator button stroke length and pitch of the tooth receivers define an amount of fluid to be dispensed with each activation of the device.