mhurhangee/ep-ind-claims huggingface dataset:
A composition for preparing adhesive hydrogel including a water-soluble main chain monomer, a crosslinking agent, a polymerization initiator, an adhesive monomer having a catechol group in a side chain, and water, wherein the catechol group is derived from DOPA or a derivative thereof, and the water-soluble main chain monomer is a vinyl group-containing monomer, and said DOPA or a derivative thereof represented by the formula wherein R 3 represents a hydrogen or C1-20 alkyl group, and Y represents an amide or ester, and p is 0 or an integer of 1-10, or formula wherein R 3 represents a hydrogen or C1-20 alkyl group, and Y represents an amide or ester, and p is 0 or an integer of 1-10, and each of R4, R5 and R6 is, the same or different, hydroxyl group, nitro group, carboxy group, or carbonyl group, and said vinyl group-containing monomer is one of alkyl (meth)acrylamides. the water-soluble main chain monomer is a vinyl group-containing monomer, and said DOPA or a derivative thereof represented by the formula wherein R 3 represents a hydrogen or C1-20 alkyl group, and Y represents an amide or ester, and p is 0 or an integer of 1-10, or formula wherein R 3 represents a hydrogen or C1-20 alkyl group, and Y represents an amide or ester, and p is 0 or an integer of 1-10, and each of R4, R5 and R6 is, the same or different, hydroxyl group, nitro group, carboxy group, or carbonyl group, and said vinyl group-containing monomer is one of alkyl (meth)acrylamides.
Method for generating a data routing table in a communication network between mobile devices contained in vehicles, the communication network comprising a manager device that manages a geographical area in which the mobile devices move, characterized in that the area is partitioned into grids, a set of chirps is associated with each grid, each chirp is a frequency-modulated signal around a centre frequency, the set of chirps associated with each grid being different from the sets of chirps associated with grids having a common border with the grid, the geographical area is associated with a time/frequency plane and in that the method comprises the following steps, executed by the manager device: - receiving, from each mobile device, a signalling packet identifying the mobile device and enabling the mobile device to be located, - determining the grid in which each mobile device is located and allocating a chirp to each mobile device on the basis of the identified grid, - receiving the allocated chirp from each mobile device, - determining (E95, E96), based on the received chirps, the routing table describing the routing options within the communication network, and broadcasting the routing table to the mobile devices. - receiving, from each mobile device, a signalling packet identifying the mobile device and enabling the mobile device to be located, - determining the grid in which each mobile device is located and allocating a chirp to each mobile device on the basis of the identified grid, - receiving the allocated chirp from each mobile device, - determining (E95, E96), based on the received chirps, the routing table describing the routing options within the communication network, and broadcasting the routing table to the mobile devices.
A method of displaying video images, comprising:- dividing at least a portion of video data into a plurality of video data sections, said video data being data that is capable of being processed and displayed on a display device as a first moving video image and said video data sections representing consecutive sections in time of said moving video image; displaying on a display device a plurality of second moving video images processed from a plurality of said video data sections; and characterised by moving the position where said second moving video images are displayed on said display device so that a said second moving video image finishes being displayed where an adjacent second moving video image, in the directions of movement, started being displayed. dividing at least a portion of video data into a plurality of video data sections, said video data being data that is capable of being processed and displayed on a display device as a first moving video image and said video data sections representing consecutive sections in time of said moving video image; displaying on a display device a plurality of second moving video images processed from a plurality of said video data sections; and characterised by moving the position where said second moving video images are displayed on said display device so that a said second moving video image finishes being displayed where an adjacent second moving video image, in the directions of movement, started being displayed.
A printhead die (150, 200) comprising: a plurality of actuators arranged in one or more rows extending in a length direction of the inkjet printhead die (150, 200); a plurality of discrete electrical connections in electrical communication with respective first electrodes of the plurality of actuators for providing drive signals to the respective first electrodes of the plurality of actuators; a first electrical bus arranged in common electrical communication with second electrodes of a first group of the plurality of actuators via respective electrical traces for providing first signals to the second electrodes of the first group; and a second electrical bus arranged in common electrical communication with second electrodes of a second group of the plurality of actuators via respective electrical traces for providing second signals to the second electrodes of the second group; wherein a first row of the one or more rows comprises actuators of the first group and further comprises actuators of the second group. a plurality of actuators arranged in one or more rows extending in a length direction of the inkjet printhead die (150, 200); a plurality of discrete electrical connections in electrical communication with respective first electrodes of the plurality of actuators for providing drive signals to the respective first electrodes of the plurality of actuators; a first electrical bus arranged in common electrical communication with second electrodes of a first group of the plurality of actuators via respective electrical traces for providing first signals to the second electrodes of the first group; and a second electrical bus arranged in common electrical communication with second electrodes of a second group of the plurality of actuators via respective electrical traces for providing second signals to the second electrodes of the second group; wherein a first row of the one or more rows comprises actuators of the first group and further comprises actuators of the second group.
An ink formulation comprising a marking component and a non-stoichiometric metal salt, wherein the non-stoichiometric metal salt is in the reduced form and absorbs laser radiation at 780-2500 nm.
Electrical contactor with touch control using a piezoelectric pellet incorporated in one face of a card which is made of an insulating material and the other face of which comprises an electronic circuit, characterised in that it comprises a metal casing, of which the bottom, which is sufficiently thin to be deformed under the effect of a light manual pressure, constitutes a protective partition against which the first face is applied by the interposition of a tubular member, of which one end, which is elastically deformable, is applied against the periphery of the said card, the said casing and the said card comprising means which, together, bring about the holding of the said member, or ring, in position, and in that the ring has at least one lug which extends beyond the diameter of the said ring, substantially obliquely in relation to the axis of the ring in such a way that the distance that separates a point on the periphery of the said lug and the said axis increases from that end of the ring which is in contact with the card to the other end, and in that the casing has at least one slot, or a peripheral groove, against the edge of which the end of the lug rests when the card is suitably applied under the bottom of the said casing.
A circuit interrupter comprising: a first stationary contact; a second moveable contact; a contact arm having a first end and a second end, said moveable contact positioned toward the first end; a handle; an escapement coupled at one end to a point along a length of said contact arm and at another end to said handle, wherein actuation of said handle causes said moveable contact arm to move said moveable contact into and out of physical contact with said stationary contact; characterised in that the circuit interrupter further comprises an arc horn shield mounted onto said escapement, said arc horn shield including a protrusion extending from a side portion thereof defined by a tab that includes an arc receiving surface such that when the moveable contact arm is displaced to an open position, said moveable contact is moved into a vicinity of the arc receiving surface. a first stationary contact; a second moveable contact; a contact arm having a first end and a second end, said moveable contact positioned toward the first end; a handle; an escapement coupled at one end to a point along a length of said contact arm and at another end to said handle, wherein actuation of said handle causes said moveable contact arm to move said moveable contact into and out of physical contact with said stationary contact; characterised in that the circuit interrupter further comprises an arc horn shield mounted onto said escapement, said arc horn shield including a protrusion extending from a side portion thereof defined by a tab that includes an arc receiving surface such that when the moveable contact arm is displaced to an open position, said moveable contact is moved into a vicinity of the arc receiving surface.
A buffer system for determining total alkaloids in tobacco or tobacco products by a continuous flow method, comprising a buffer solution A and a buffer solution B; wherein the buffer solution A is prepared according to the following steps: weighing 60.5 g to 83.0 g, preferably 71.6 g of disodium hydrogen phosphate and 10.1g to 20.2g, preferably 15.2g of trisodium phosphate, placing them into a beaker, dissolving with water, transferring the resulting solution into a volumetric flask of 1 L, and then supplementing water into the volumetric flask to reach the mark; the buffer solution B is prepared according to the following steps: weighing 5.5 to 8.0 g, preferably 7.0 g of p-aminobenzene sulfonic acid, 60.5g to 83.0 g, preferably 71.6 g of disodium hydrogen phosphate, 5.0g to 7.0 g, preferably 6.2g of sodium dihydrogen phosphate, and 10.0g to 12.1g, preferably 11.8g of sodium citrate, placing them into a beaker, dissolving with water, transferring the resulting solution into a volumetric flask of 1 L, and then supplementing water into the volumetric flask to reach the mark; the ratio of the amount of the buffer solution A to the amount of the buffer solution B is 3: 4.
Mould (10, 110) for forming tiles and the like, comprising a bottom half-mould (11, 111) and a top half-mould (12, 112) which define at least one forming cavity, at least one of the two half-moulds comprising a bearing plate (16, 116) with at least one seat (17, 117) inside which a pressing block (18, 118) is sealingly slidable, between block and bottom of the seat there being formed a chamber (20, 120) intended to receive incompressible fluid for pushing the block towards the outside of the seat, resilient means (21, 121) being present between the plate and the peripheral edge of the block so as to push resiliently the block towards the bottom of the seat, characterized in that the resilient means comprise a flange (22, 122) which projects laterally from the peripheral edge of the block and is connected to the plate by means of connection pins (23, 123) with arrangement, in between, of at least one resilient spacer (24, 124) which opposes sliding of the block towards the outside of the seat in the plate, the resilient spacer (24, 124) being formed by a layer of elastomeric material and the flange being formed as a frame which surrounds the block (18, 118) as one or two parts.
An LED vehicle headlight comprising: a lens having a focal plane; a reflector disposed at a side of the lens, the reflector having a first focal point and a second focal point, wherein the second focal point is located on the focal plane; a first light source having a first light-emitting surface confronting the lens; a second light source having a second light-emitting surface confronting the reflector, the first focal point is located on the second light-emitting surface, and the reflector is configured to reflect and focus light beams emitted from the second light-emitting surface onto the second focal point; characterized in that an optical axis of the lens is placed in between the first light source and the second light source, and that a controller is configured to turn on both the first light source and the second light source in a driving beam mode; and turn on the first light source and turn off the second light source in a passing beam mode. a lens having a focal plane; a reflector disposed at a side of the lens, the reflector having a first focal point and a second focal point, wherein the second focal point is located on the focal plane; a first light source having a first light-emitting surface confronting the lens; a second light source having a second light-emitting surface confronting the reflector, the first focal point is located on the second light-emitting surface, and the reflector is configured to reflect and focus light beams emitted from the second light-emitting surface onto the second focal point; characterized in that an optical axis of the lens is placed in between the first light source and the second light source, and that a controller is configured to turn on both the first light source and the second light source in a driving beam mode; and turn on the first light source and turn off the second light source in a passing beam mode.
A method comprising: operating multiple electrically isolated, asynchronous clocked integrated power data circuits (304, 306, 308); initiating concurrent data acquisition by the multiple integrated power data circuits (304, 306, 308) to obtain respective data for respective voltages of a three-phase power distribution system to determine one or more power parameters for the voltages in the three-phase voltage distribution system; providing the data to a processor; determining the one or more power parameters with the processor; and providing access to the determined power parameters. operating multiple electrically isolated, asynchronous clocked integrated power data circuits (304, 306, 308); initiating concurrent data acquisition by the multiple integrated power data circuits (304, 306, 308) to obtain respective data for respective voltages of a three-phase power distribution system to determine one or more power parameters for the voltages in the three-phase voltage distribution system; providing the data to a processor; determining the one or more power parameters with the processor; and providing access to the determined power parameters.
A method of manufacturing a pneumatic tire, the method comprising: preparing a symmetric uncured tire having an axis of rotation, a cavity shape, a crown portion, a pair of beads, a tread, a pair of sidewalls, a pair of shoulder portions, and a carcass including one or a plurality of plies, each ply having a cord, and a path of the cords in at least one ply defining a ply line; curing the uncured tire in an asymmetric mold, the asymmetric mold having a symmetric mold ring but asymmetric sidewall plates having different shapes such that the pair of shoulder portions of the tire have an asymmetric construction and the cavity shape of the tire is symmetric. preparing a symmetric uncured tire having an axis of rotation, a cavity shape, a crown portion, a pair of beads, a tread, a pair of sidewalls, a pair of shoulder portions, and a carcass including one or a plurality of plies, each ply having a cord, and a path of the cords in at least one ply defining a ply line; curing the uncured tire in an asymmetric mold, the asymmetric mold having a symmetric mold ring but asymmetric sidewall plates having different shapes such that the pair of shoulder portions of the tire have an asymmetric construction and the cavity shape of the tire is symmetric.
A collapsible thermoplastic container for liquids, suitable for hot filling, warm filling or cold filling processes of non-carbonated liquids, defining a longitudinal axis, and comprising: - a body, - a neck, provided with an opening at a first side of the body, - a base, defining a base plane at a second side of the body opposite to the first side, the body having two substantially frustoconical or frustopyramidal portions having their smaller bases opposed to each other, so as to constitute a peripheral groove, between the neck and the middle of the container along the longitudinal axis, having a V-shaped profile on its projection on a first plane coplanar with the longitudinal axis, the V-shaped profile having an apex pointing towards the longitudinal axis; a proximal straight side, proximal to the neck, having a first slope of first angle (α 2) with respect to a second plane perpendicular to the longitudinal axis, and a first length (di); and a distal straight side, distal to the neck, having a second slope of second angle (α 1) with respect to said second plane, and a second length (d 2), wherein the second length (d 2) is smaller than the first length (d 1), and wherein the first angle (α 2) is greater than the second angle (α 1), whereby the proximal straight side comes into contact with the distal straight side, thus reducing the internal volume of the container, only when a compression force greater than a force resulting from atmospheric pressure is applied along the longitudinal axis, also after the compression force is released. - a body, - a neck, provided with an opening at a first side of the body, - a base, defining a base plane at a second side of the body opposite to the first side,
A method for co-site and multi-path interference mitigation, the method comprising: receiving a signal, the signal reflected off at least one surface (112, 206, 304, 404) of a platform, at a sensor near a receiver antenna, wherein the sensor and the receiver antenna are located on the platform; configuring a conformal reflective phased array antenna coupled to the at least one platform surface (112, 206, 304, 404) to steer the reflected signal; and steering the reflected signal using the conformal reflective phased array antenna to reduce an amplitude of the reflected signal at the receiver antenna based on the reflected signal received at the sensor. receiving a signal, the signal reflected off at least one surface (112, 206, 304, 404) of a platform, at a sensor near a receiver antenna, wherein the sensor and the receiver antenna are located on the platform; configuring a conformal reflective phased array antenna coupled to the at least one platform surface (112, 206, 304, 404) to steer the reflected signal; and steering the reflected signal using the conformal reflective phased array antenna to reduce an amplitude of the reflected signal at the receiver antenna based on the reflected signal received at the sensor.
A method for producing a solid solution pigment nanoparticle, characterized in that at least two fluids are used as fluids to be processed, of these at least one fluid is a pigment solution having at least two types of pigment dissolved in a solvent, and at least one fluid other than the said fluid is a pigment separation solvent to separate the pigments, characterized in that the two fluids to be processed are mixed in a thin film fluid formed between at least two processing surfaces, the at least two processing surfaces being disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby separating the solid solution pigment nanoparticle having a controlled solid solution ratio, wherein the solid solution ratio of the at least two types of pigment in a primary particle of the separated solid solution pigment nanoparticles relative to a ratio of the at least two types of pigment in the pigment solution mixed with the pigment separation solvent is within 25% as a degree of precision.
A method for assisting with overtaking a first vehicle by a second vehicle when there is a third oncoming vehicle, said third vehicle being invisible from the second vehicle, including a first step in which said first vehicle emits, over the air waves, to said second vehicle and after having detected said third vehicle, a message comprising detected position and speed of the latter, the method being characterized in that the message comprises representative information of the fact that said third vehicle is oncoming and its own current position and speed, and a second step in which said second vehicle determines, on receipt of said message, whether it can safely overtake said first vehicle on the basis of said detected position and speed of said third vehicle, said current position and speed of said first vehicle, and a distance separating it from the latter, and for generating a message representative of a result of this determination, intended for its driver and/or to permit or prohibit said overtaking on the basis of said result.
Method for checking a function-triggering surface by applying pressure to at least one partial area, preferably to several partial areas of said surface, in particular for checking a touch screen, where after pressure application triggering the function the surface or that partial area subjected to pressure reacts in haptically registrable manner, where the at least one partial area is subjected to pressure by a first feeler element, in which is integrated a first sensor, by means of a handling device having integrated force and momentum sensors, where an introduction of force of the first feeler element into the surface is regulated by the force and momentum sensors integrated in the handling device, said first feeler element having an intermediate element decoupling a body consisting of plastic from the handling device in respect of vibration, where force feedback functions of the surface triggered by the pressure application are registered by the first sensor integrated in the feeler element in the form of a vibration sensor, and amplitude and/or frequency of force feedback signals is/are analysed and assessed.