mhurhangee/ep-ind-claims huggingface dataset:
An array substrate, comprising a plurality of pixel units, each pixel unit comprising a thin film transistor, TFT, a transparent conductive layer and a pixel electrode, the TFT including a gate electrode, an active layer, a source electrode and a drain electrode, wherein the active layer is disposed above the gate electrode; a channel of the active layer is defined by the source electrode and the drain electrode; wherein the array substrate further comprises a substrate, a gate line electrically connected with the gate electrode, a gate insulating layer, and a data line electrically connected with the source electrode, wherein the drain electrode is electrically connected with the pixel electrode; the gate electrode and the gate line are formed on the substrate; the gate insulating layer is formed on the gate electrode and the gate line and covers the substrate; the pixel electrode and the transparent conductive layer are formed on the gate insulating layer, and the transparent conductive layer is disposed above the gate electrode; the active layer contacts with the transparent conductive layer; the source electrode and the drain electrode are formed on the active layer; characterised in that the active layer is formed on the transparent conductive layer.
A fuel usable in a fossil-fuel-fired system to control the emissions communicated by the fossil-fuel-fired system into the atmosphere, the fuel comprising: a. at least one combustible material; and b. an organic-emissions-control agent, wherein the organic-emissions-control agent is capable of interacting with one of the fuel, the combustion products of the fuel, and the fuel and combustion products so as to reduce the emission of at least one aspect of the flue-gas thereby controlling the emissions communicated by the fossil-fuel-fired system into the atmosphere, wherein a superabsorbent polymer acts as organic-emissions-control agent, wherein the fossil fuel is coal and wherein the superabsorbent polymer is applied to coal in an amount of from 0,0091 kg superabsorbent polymer per 1000 kg of coal (0.02 pounds per ton) to 45,36 kg superabsorbent polymer per 1000 kg of coal (100 pounds per ton), characterized in that the average particle size of the superabsorbent polymer is at least 200 μm. a. at least one combustible material; and b. an organic-emissions-control agent, wherein the organic-emissions-control agent is capable of interacting with one of the fuel, the combustion products of the fuel, and the fuel and combustion products so as to reduce the emission of at least one aspect of the flue-gas thereby controlling the emissions communicated by the fossil-fuel-fired system into the atmosphere,
Fixing element for fixing a functional component to a bumper skin of a motor vehicle, the element comprising retaining means for retaining the functional component, a fixing plate for fixing to a receiving zone of the bumper skin, the fixing plate having a central region to which the retaining means are connected, and fins extending on either side of the central region, characterized in that the fins have a thickness which varies, decreasing from a zone adjacent to the central region as far as their free end, this variation extending over at least half the length of each fin considered between their base at which they are connected to the central region and the free end.
A placeholder for implantation in a human or animal body, the placeholder comprising: a first tubular body having a jacket surface with a plurality of openings for in-growth of adjacent tissue; at least a second tubular body having a jacket surface with a plurality of openings, the second tubular body being disposed at least partially inside the first tubular body, characterized in that at least two second tubular bodies (3', 3" and 3 "') are accommodated side by side alongside to each other in the first body. a first tubular body having a jacket surface with a plurality of openings for in-growth of adjacent tissue; at least a second tubular body having a jacket surface with a plurality of openings, the second tubular body being disposed at least partially inside the first tubular body, characterized in that at least two second tubular bodies (3', 3" and 3 "') are accommodated side by side alongside to each other in the first body.
A low idle control system of construction equipment, comprising: a front angle change sensing means which detects an operation of at least a part of a front unit through changes in an angle; a controller which is electrically connected to the front angle change sensing means, determines whether to enter an auto idle state by receiving an output signal that is transmitted from the front angle change sensing means, and generates an rpm control signal corresponding to the result of the determination on whether to enter the auto idle state; an ECU which controls the rpm of an engine by receiving the rpm control signal outputted from the controller; and a working oil pressure sensor which detects pilot pressure that is generated corresponding to pressure of working oil supplied to drive a working device of the front unit, or an operation of an operating lever for operating the front unit, wherein the controller additionally considers a signal outputted from the working oil pressure sensor, at the time of determining whether to enter the auto idle state. a front angle change sensing means which detects an operation of at least a part of a front unit through changes in an angle; a controller which is electrically connected to the front angle change sensing means, determines whether to enter an auto idle state by receiving an output signal that is transmitted from the front angle change sensing means, and generates an rpm control signal corresponding to the result of the determination on whether to enter the auto idle state; an ECU which controls the rpm of an engine by receiving the rpm control signal outputted from the controller; and a working oil pressure sensor which detects pilot pressure that is generated corresponding to pressure of working oil supplied to drive a working device of the front unit, or an operation of an operating lever for operating the front unit, wherein the controller additionally considers a signal outputted from the working oil pressure sensor, at the time of determining whether to enter the auto idle state.
An image forming apparatus comprising: a scan unit to scan a document to generate a scan image; and a processor to detect a skew angle of the scan image, determine a reference point on the basis of a position of a content in the scan image, and rotate the scan image around the determined reference point to correct the skew angle, wherein the processor is to detect a boundary of the document from the scan image and detect the skew angle of the scan image on the basis of the detected boundary, and in response to the boundary of the document not being detected, the processor is to detect the content in the scan image and detects the skew angle of the scan image on the basis of a gradient of the detected content, wherein the scan image includes a plurality of contents, and the processor is to determine sizes and positions of each of the plurality of contents, assigns weights to the positions of each of the plurality of contents depending on the sizes of the each of the plurality of contents, and determine the reference point on the basis of the positions of each of the plurality of contents to which the weights are assigned. a scan unit to scan a document to generate a scan image; and a processor to detect a skew angle of the scan image, determine a reference point on the basis of a position of a content in the scan image, and rotate the scan image around the determined reference point to correct the skew angle, wherein the processor is to detect a boundary of the document from the scan image and detect the skew angle of the scan image on the basis of the detected boundary, and in response to the boundary of the document not being detected, the processor is to detect the content in the scan image and detects the skew angle of the scan image on the basis of a gradient of the detected content, wherein the scan image includes a plurality of contents, and the processor is to determine sizes and positions of each of the plurality of contents, assigns weights to the positions of each of the plurality of contents depending on the sizes of the each of the plurality of contents, and determine the reference point on the basis of the positions of each of the plurality of contents to which the weights are assigned.
A method comprising the steps consisting in: - receiving at least one frame comprising consecutive bits (210, 210A) transported by a serial bus; - estimating an arrival period of a last bit of said consecutive bits; - starting a sending of an acknowledgement of receipt before the end of the estimated arrival period. - receiving at least one frame comprising consecutive bits (210, 210A) transported by a serial bus; - estimating an arrival period of a last bit of said consecutive bits; - starting a sending of an acknowledgement of receipt before the end of the estimated arrival period.
A method of photographing a panoramic image, the method comprising: photographing a plurality of scenes; displaying an indicator (906, 916, 926), indicative of a position of a currently photographed scene in a whole scene of a panoramic image, on a preview screen, wherein the whole scene is composed of an i x j table of scenes with i ≥ 1 being the number of rows and j ≥ 2 being the number of columns of scenes, determining whether all scenes are completely photographed, and completing the photographing of the panoramic image upon determination that all scenes are completely photographed; characterized in that the determination whether all scenes are completely photographed comprises: checking if a predetermined direction key or a completion key is input, determining that all scenes are completely photographed when the completion key is input and increasing the number of rows i of the whole scene of the panoramic image by extending the whole scene from the currently photographed scene along an up-and-down direction or increasing the number of columns j of the whole scene of the panoramic image by extending the whole scene from the currently photographed scene along a right-and-left direction, corresponding to the input direction key when the direction key is input. photographing a plurality of scenes; displaying an indicator (906, 916, 926), indicative of a position of a currently photographed scene in a whole scene of a panoramic image, on a preview screen, wherein the whole scene is composed of an i x j table of scenes with i ≥ 1 being the number of rows and j ≥ 2 being the number of columns of scenes, determining whether all scenes are completely photographed, and completing the photographing of the panoramic image upon determination that all scenes are completely photographed; checking if a predetermined direction key or a completion key is input, determining that all scenes are completely photographed when the completion key is input and increasing the number of rows i of the whole scene of the panoramic image by extending the whole scene from the currently photographed scene along an up-and-down direction or increasing the number of columns j of the whole scene of the panoramic image by extending the whole scene from the currently photographed scene along a right-and-left direction, corresponding to the input direction key when the direction key is input.
An integrated circuit comprising: first circuitry configured to receive input signals, process the input signals, and retain data in a sleep state, the first circuitry including master latch circuitry and slave latch circuitry; and sleep transistor circuitry (1042, 1044, 1046, and 1048) coupled to the first circuitry and configured to receive a sleep signal, SLEEPB, and to put the first circuitry into the sleep state based on the sleep signal, characterized in that: the first circuitry is configured to receive a hold signal, HOLDB; and the slave latch circuitry is configured to retain the data, in the sleep state, when the hold signal, HOLDB, has a first value, and is configured not to retain the data, in the sleep state, when the hold signal, HOLDB, has a second value. first circuitry configured to receive input signals, process the input signals, and retain data in a sleep state, the first circuitry including master latch circuitry and slave latch circuitry; and sleep transistor circuitry (1042, 1044, 1046, and 1048) coupled to the first circuitry and configured to receive a sleep signal, SLEEPB, and to put the first circuitry into the sleep state based on the sleep signal, characterized in that: the first circuitry is configured to receive a hold signal, HOLDB; and the slave latch circuitry is configured to retain the data, in the sleep state, when the hold signal, HOLDB, has a first value, and is configured not to retain the data, in the sleep state, when the hold signal, HOLDB, has a second value. the first circuitry is configured to receive a hold signal, HOLDB; and the slave latch circuitry is configured to retain the data, in the sleep state, when the hold signal, HOLDB, has a first value, and is configured not to retain the data, in the sleep state, when the hold signal, HOLDB, has a second value.
An apparatus comprising a processor, a memory (130, 132), and communication circuitry, the apparatus being connected to a network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to perform operations comprising: upon entering a cell (1902, 1904) of the network, receiving a first set of system information broadcast within the cell, the first set of system information comprising information for initial access to the network and information concerning availability of at least one other set of system information; storing the received first set of system information in the memory; determining, based on the stored first set of system information, to acquire the at least one other set of system information; sending, to the cell, based on the stored information concerning availability of the at least one other set of system information, a message requesting the at least one other set of system information; and receiving, from the cell, the at least one other set of system information. upon entering a cell (1902, 1904) of the network, receiving a first set of system information broadcast within the cell, the first set of system information comprising information for initial access to the network and information concerning availability of at least one other set of system information; storing the received first set of system information in the memory; determining, based on the stored first set of system information, to acquire the at least one other set of system information; sending, to the cell, based on the stored information concerning availability of the at least one other set of system information, a message requesting the at least one other set of system information; and receiving, from the cell, the at least one other set of system information.
A stimulation electrode lead for connecting to an electrotherapy device such as a cardiac pacemaker, a defibrillator or the like, wherein the stimulation electrode lead is configured for intraluminal placement within a blood vessel or within the heart of a patient, and comprises a proximal end and a distal end, and also an electrode lead plug at the proximal end of the stimulation electrode lead and stimulation electrodes in the region of the distal end of the stimulation electrode lead, which stimulation electrodes have an electrically conductive outer surface and are electrically connected to the electrode lead plug, wherein - the stimulation electrode lead comprises, in the region of its distal end, at least one distal electrode support member, which supports at least one electrode and is connected by a wire bridge to a distal end of a first, extended electrode lead portion, wherein the wire bridge is pre-formed such that, when in a relaxed state, the wire bridge is not extended and can be elastically extended, - the first, extended electrode lead portion comprises a lumen, which leads at the distal end of the first, extended electrode lead portion into a distal opening through which a guide wire can exit the stimulation electrode lead, and - the distal electrode support member comprises a longitudinal opening through which a distal end of a guide wire can enter the distal electrode support member, characterised in that a proximal electrode support member is arranged at the distal end of the first, extended electrode lead portion and comprises a distal opening through which a guide wire can exit, and the longitudinal opening in the distal electrode support member is formed such that a guide wire can pass through it. - the stimulation electrode lead comprises, in the region of its distal end, at least one distal electrode support member, which supports at least one electrode and is connected by a wire bridge to a distal end of a first, extended electrode lead portion, wherein the wire bridge is pre-formed such that, when in a relaxed state, the wire bridge is not extended and can be elastically extended, - the first, extended electrode lead portion comprises a lumen, which leads at the distal end of the first, extended electrode lead portion into a distal opening through which a guide wire can exit the stimulation electrode lead, and - the distal electrode support member comprises a longitudinal opening through which a distal end of a guide wire can enter the distal electrode support member,
A fuel element for a fuel assembly, the fuel element having a tubular interior volume and storing a fissionable composition within at least a portion of the tubular interior volume, the fissionable composition in thermal transfer contact with an interior surface of the fuel element and defined by a smear density profile that selectively varies with position along a longitudinal axis of the fuel element and includes at least one region of locally increased smear density, wherein the smear density profile approximates an inverted Gaussian shape, characterized in that the fuel element comprises twelve zones and at least three sections, the first section proximate a first longitudinal end of the fuel element, a third section proximate a second longitudinal end of the fuel element, and a second section between the first and third sections, wherein an average smear density of the first section is greater than an average smear density of the second section, wherein an average smear density of the third section is greater than the smear density of the second section, and wherein the first section comprises 5 zones and the smear density profile of the zones of the first section varies according to a decreasing step function, wherein the second section comprises 2 zones and the smear density profile of the zones of the second section is constant, and wherein the third section comprises 5 zones and the smear density profile of the zones of the third section varies according to an increasing step function.
A fiber-reinforced resin composition which comprises a polyarylene sulfide, a carbodiimide compound and carbon fibers and in which the carbon fibers are surface-treated with a sizing agent, wherein the carbodiimide compound is an aliphatic carbodiimide compound, the sizing agent is a compound having, in one molecule, three or more functional groups of at least one type selected from the group consisting of a carboxyl group, an amino group, a hydroxyl group and an epoxy group, the fiber-reinforced resin composition contains 0.1 to 10 parts by mass of the component and 10 to 300 parts by mass of the component based on 100 parts by mass of the component, and 0.01 to 5 parts by mass of the component based on 100 parts by mass of the component.
A composition having a pH of from 6.5 to 14, said composition comprising an encapsulate having a diameter of from 10 microns to 450 microns, said encapsulate comprising a shell and a matrix composition, said shell encapsulating said matrix composition, said matrix composition having a pH from 3.5 to 6, said matrix composition comprising a matrix network material and matrix benefit agent cores, said matrix benefit agent cores being entrapped in said matrix network material, wherein said matrix composition comprises a buffer and/or buffer precursor, wherein said buffer comprises δ-gluconic acid and said buffer precursor comprises Gluco-δ-lactone.
A switch (12, 1000) configured to process a packet, comprising: a flow table configured to store the contents of flow processing as control information, wherein entries of the flow table include a matching rule for identifying a flow of the packet, and an action for processing the packet; an entry addition information storage means configured to store authority information corresponding to the entries of the flow table; a memory storing program instructions; and a processor (124, 1002) configured to execute the program instructions to: receive a request for controlling the switch from one of a plurality of controllers configured to control the switch (12, 1000); access control information (125, 225) corresponding to the request, based on authority information corresponding to each of the plurality of controllers, wherein the authority information represents an authority to edit the control information and an authority for accessing the control information, wherein the authority for editing the control information and the authority for accessing the control information correspond to each of the plurality of controllers. a flow table configured to store the contents of flow processing as control information, wherein entries of the flow table include a matching rule for identifying a flow of the packet, and an action for processing the packet; an entry addition information storage means configured to store authority information corresponding to the entries of the flow table; a memory storing program instructions; and a processor (124, 1002) configured to execute the program instructions to: receive a request for controlling the switch from one of a plurality of controllers configured to control the switch (12, 1000); access control information (125, 225) corresponding to the request, based on authority information corresponding to each of the plurality of controllers, wherein the authority information represents an authority to edit the control information and an authority for accessing the control information, wherein the authority for editing the control information and the authority for accessing the control information correspond to each of the plurality of controllers. receive a request for controlling the switch from one of a plurality of controllers configured to control the switch (12, 1000); access control information (125, 225) corresponding to the request, based on authority information corresponding to each of the plurality of controllers, wherein the authority information represents an authority to edit the control information and an authority for accessing the control information, wherein the authority for editing the control information and the authority for accessing the control information correspond to each of the plurality of controllers.
Method for the mass-spectrometric determination of the resistance of microbes, in which the microbes are cultured in a medium containing an antibiotic, and a mass spectrum MS cum of the microbes is acquired after they have been cultured, wherein any growth of microbes taking place during the culture is determined with the aid of a dosed addition of a reference substance, which is also measured in the mass spectrum MS cum, and microbial growth indicates the resistance to the antibiotic.