mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising: a lid for closing an enclosure; a non-conductive cover ; a shielded self-latching locking assembly for securely closing the lid on the enclosure, the locking assembly comprising a spring-biased slide member positioned within the non-conductive cover on an underside of the lid ; and an L-bolt having a leg portion thereof coupled to the slide member ; the L-bolt having an elongated shaft portion thereof rotatable in a slotted housing that securely retains the L-bolt under the lid ; the slide member having a latch thereof adapted to engage a rim or other abutment on an inside of the enclosure when the lid is forced down over an opening in the enclosure, such downward force on the lid progressively causing the latch to retract against the spring-bias, from contact with the rim or abutment, and then snap the latch into a spring-biased locking position under the rim or abutment; the shaft portion of the L-bolt accessible from the exterior of the lid for rotating the L-bolt to retract the latch against the spring-bias and from its locking position sufficiently for removing the lid from the enclosure, the non-conductive cover having a channel for receipt of and guiding travel of the spring-biased slide member , wherein the cover is positioned over the locking assembly to cover all conductive components of the locking assembly and wherein the cover shields contact from any conductive components of the locking assembly . a lid for closing an enclosure; a non-conductive cover ; a shielded self-latching locking assembly for securely closing the lid on the enclosure, the locking assembly comprising a spring-biased slide member positioned within the non-conductive cover on an underside of the lid ; and an L-bolt having a leg portion thereof coupled to the slide member ; the L-bolt having an elongated shaft portion thereof rotatable in a slotted housing that securely retains the L-bolt under the lid ; the slide member having a latch thereof adapted to engage a rim or other abutment on an inside of the enclosure when the lid is forced down over an opening in the enclosure, such downward force on the lid progressively causing the latch to retract against the spring-bias, from contact with the rim or abutment, and then snap the latch into a spring-biased locking position under the rim or abutment; the shaft portion of the L-bolt accessible from the exterior of the lid for rotating the L-bolt to retract the latch against the spring-bias and from its locking position sufficiently for removing the lid from the enclosure, the non-conductive cover having a channel for receipt of and guiding travel of the spring-biased slide member , wherein the cover is positioned over the locking assembly to cover all conductive components of the locking assembly and wherein the cover shields contact from any conductive components of the locking assembly .
An inter-layer prediction method of an image including a plurality of layers, the method comprising: decoding indicator information, indicating whether maximum temporal sub-layer information exists; decoding reference relation information indicating direct dependencies between layers; when the indicator information indicates that the maximum temporal sub-layer information exists, decoding the maximum temporal sub-layer information for a first layer with respect to a second layer that is indicated as using the first layer as a direct reference based on the reference relation information; deriving a reference picture from the first layer to be used for inter-layer prediction of a current picture of the second layer based on the maximum temporal sub-layer information for the first layer with respect to the second layer; and performing the inter-layer prediction of the current picture based on the reference picture, wherein the maximum temporal sub-layer information for the first layer with respect to the second layer indicates a maximum temporal identifier for the first layer with respect to the second layer, and a picture of the first layer having a temporal identifier greater than the maximum temporal identifier is not used for the inter-layer prediction of the current picture of the second layer, wherein a picture of the first layer having a temporal identifier equal to or smaller than the maximum temporal identifier is used for the inter-layer prediction of the current picture of the second layer, wherein the indicator information, and the maximum temporal sub-layer information are decoded from a video parameter set. decoding indicator information, indicating whether maximum temporal sub-layer information exists; decoding reference relation information indicating direct dependencies between layers; when the indicator information indicates that the maximum temporal sub-layer information exists, decoding the maximum temporal sub-layer information for a first layer with respect to a second layer that is indicated as using the first layer as a direct reference based on the reference relation information; deriving a reference picture from the first layer to be used for inter-layer prediction of a current picture of the second layer based on the maximum temporal sub-layer information for the first layer with respect to the second layer; and performing the inter-layer prediction of the current picture based on the reference picture, wherein the maximum temporal sub-layer information for the first layer with respect to the second layer indicates a maximum temporal identifier for the first layer with respect to the second layer, and a picture of the first layer having a temporal identifier greater than the maximum temporal identifier is not used for the inter-layer prediction of the current picture of the second layer, wherein a picture of the first layer having a temporal identifier equal to or smaller than the maximum temporal identifier is used for the inter-layer prediction of the current picture of the second layer, wherein the indicator information, and the maximum temporal sub-layer information are decoded from a video parameter set.
A static exciter system comprising a control device for controlling the field voltage of the field winding of at least two generators connected to a grid system via a bus bar , whereas the grid system and the bus bar are part of a wide area measurement system, the control device drives a static exciter system which is assigned to each generator for production of a DC voltage in the field winding of a generator rotor, the static exciter system is connected to the field winding and together with the field winding form an exciter circuit for emission of electrical energy in case of a shortage in the electric grid and wherein the static exciter system comprises a capacitance that stores a predetermined voltage, and a calculation unit feeds signals to the control device , which control device increases the field voltage of a generator which accelerates regarding a comparative value calculated by the calculation unit which acceleration is due to a reduction of the electromagnetic torque to the rotor and simultaneous constant mechanical torque from a turbine connected to the accelerated generator , wherein the field voltage is increased by adding voltage stored in the capacitance , while the control device does not increase the field voltage of a generator which decelerates regarding a comparative value calculated by the calculation unit .
An X-ray scanner comprising a plurality of electron emitters and a control system, the control system comprising an input arranged to receive an input signal identifying which of the plurality of electron emitters is to be active, and to produce a plurality of outputs each arranged to control operation of one of the emitters , wherein the control system further comprises an output stage associated with each of the emitters , each output stage being arranged to generate the outputs, wherein each of the outputs can be in a first state arranged to activate its respective emitter by connecting its respective emitter to a high voltage supply connection , a second state arranged to de-activate said emitter by connecting its respective emitter to a different voltage connection , or a third state arranged to put said emitter into a floating state in which the output is free to fluctuate by disconnecting its respective emitter from both connections thereby electrically isolating the emitter, the control system further comprising a first register arranged to contain data indicating which of the outputs should be in the first state and which in the second; the X-ray scanner characterised by the control system further comprising a second register arranged to contain data indicating which of the outputs should be in the third state, wherein the data from the second register is arranged to override that from the first register.
A method for measuring the vision of a person , comprising: determining a distance (d, d1, d2) between a measurement device (10; 50) and the person , and performing measuring the vision using a measurement component of the measurement device (10; 50) based on the distance (d, d1, d2), characterized in that determining the distance (d, d1, d2) comprises determining the distance (d, d1, d2) by communicating between a first wireless communication interface of the measurement device (10; 50) and a second wireless communication interface of a portable device (11; 43, 44) at the person . determining a distance (d, d1, d2) between a measurement device (10; 50) and the person , and performing measuring the vision using a measurement component of the measurement device (10; 50) based on the distance (d, d1, d2), characterized in that determining the distance (d, d1, d2) comprises determining the distance (d, d1, d2) by communicating between a first wireless communication interface of the measurement device (10; 50) and a second wireless communication interface of a portable device (11; 43, 44) at the person .
A molded resin article inspection apparatus comprising an X-ray emission means for emitting X-ray beams through a plurality of paths, one or more X-ray detection means for detecting X-ray beams that have passed through a molded resin article , and an image processing means , wherein the image processing means comprises a defect candidate detection means for detecting defect candidates based on two or more images acquired by the X-ray detection means , a height measuring means using a stereo matching method, an image computing means for performing logical multiplication of the image having recorded height position information obtained by the height measuring means and a defect candidate image obtained by the defect candidate detection means , and a selection means for judging the state of the defects candidate from the height position, characterized in that the selection means comprises a distance setting means for setting the distance from the X-ray emission means to the molded resin article , an inspection range setting means for setting an inspection range based on the distance and the thickness of the molded resin article , and a defect judgment means for deciding that a defect candidate found in the inspection range is a defect; and that the distance setting means comprises a distance input means for inputting a target distance from the X-ray emission means to the molded resin article , a distance measuring means for measuring the distance from the X-ray emission means to the molded resin article , and a distance correction means for calculating the difference between the input value entered by the distance input means and the measured value taken by the distance measuring means and making a correction based thereon so that the distance becomes equal to the input value.
A solid-liquid electrolyte in the form of a gel comprising: - at least one ionically conducting salt, - at least one organic carbonate-based solvent, and - precipitated silica. - at least one ionically conducting salt, - at least one organic carbonate-based solvent, and - precipitated silica.
A straining mechanism comprising: a screen mesh that is installed in a discharge port of a material; a breaker plate that supports the screen mesh and has a plurality of small openings through which the material can pass; and a backup plate that has an opening rate higher than an opening rate of the breaker plate and a lattice shape in which openings to each of which the plurality of small openings formed in the breaker plate open are formed, and is installed on a rear surface side of the breaker plate to support the breaker plate , the backup plate being configured as a separate member from the breaker plate , characterized in that the lattice shape of the backup plate is a rhombic lattice shape in which sides of a lattice dividing and forming adjacent openings are staggered so as not to be located on a straight line. a screen mesh that is installed in a discharge port of a material; a breaker plate that supports the screen mesh and has a plurality of small openings through which the material can pass; and a backup plate that has an opening rate higher than an opening rate of the breaker plate and a lattice shape in which openings to each of which the plurality of small openings formed in the breaker plate open are formed, and is installed on a rear surface side of the breaker plate to support the breaker plate , the backup plate being configured as a separate member from the breaker plate , characterized in that the lattice shape of the backup plate is a rhombic lattice shape in which sides of a lattice dividing and forming adjacent openings are staggered so as not to be located on a straight line.
A security element for a security paper, value document or the like, having a carrier which has a motif region which makes available a visually perceptible motif having a first and a second motif part , wherein one of the two motif parts at least partly surrounds the other of the two motif parts , wherein the motif region comprises a first micro-optic representation arrangement which presents at least two different images in viewing angle-dependent fashion as a first motif part, and a second micro-optic representation arrangement which presents a reflective surface as the second motif part , which surface appears bulged relative to the actual macroscopic spatial form of the second micro-optic representation arrangement characterized in that the first micro-optic representation arrangement presents the at least two different images such that for a viewer there results a stereographic representation of an object with absolute depth information and/or an orthoparallactic representation of the object, wherein the two motif parts are arranged to be contiguous, wherein the distance of the two motif parts is preferably smaller than 1 mm.
A radiation-sensitive composition comprising: a polymer comprising a first structural unit that comprises an acid-labile group; a first compound that generates a first acid upon an irradiation with a radioactive ray; and a second compound that generates a second acid upon an irradiation with a radioactive ray, wherein, the first acid does not substantially dissociate the acid-labile group under a condition of a temperature of 110 °C and a time period of 1 min, and the second acid dissociates the acid-labile group under a condition of a temperature of 110 °C and a time period of 1 min, and the radiation-sensitive composition satisfies at least one of requirements and : the polymer comprises a monovalent iodine atom; and the radiation-sensitive composition further comprises a third compound that is other than the first compound or the second compound, and that comprises a monovalent iodine atom. a polymer comprising a first structural unit that comprises an acid-labile group; a first compound that generates a first acid upon an irradiation with a radioactive ray; and a second compound that generates a second acid upon an irradiation with a radioactive ray, wherein, the first acid does not substantially dissociate the acid-labile group under a condition of a temperature of 110 °C and a time period of 1 min, and the second acid dissociates the acid-labile group under a condition of a temperature of 110 °C and a time period of 1 min, and the radiation-sensitive composition satisfies at least one of requirements and : the polymer comprises a monovalent iodine atom; and the radiation-sensitive composition further comprises a third compound that is other than the first compound or the second compound, and that comprises a monovalent iodine atom. the polymer comprises a monovalent iodine atom; and the radiation-sensitive composition further comprises a third compound that is other than the first compound or the second compound, and that comprises a monovalent iodine atom.
An oral care composition comprising an alkoxylated alcohol based nonionic surfactant, a pigment having a hue angle, h, in the CIELAB system of from 220 to 320 degrees and a water soluble, polymeric deposition aid.
An apparatus for providing encryption key management, the apparatus capable of communicating with one or more servers of a communication system , the apparatus comprising at least one processor and at least one non-transitory memory storing instructions that, when executed by the processor, configure the apparatus to: provide, to the one or more servers, access to one or more encryption keys provided by a key material source , the encryption keys for accessing data managed by the communication system; wherein access to encryption keys is revocable on a per keyscope component basis, such that any encryption key associated with a revoked keyscope component is rendered invalid by the key material source, wherein a keyscope component is associated with an encryption key and is one of a timestamp, a user identifier, a message identifier, a file identifier, group-based communication channel identifier, a group-based communication team identifier, a group-based communication workspace identifier. provide, to the one or more servers, access to one or more encryption keys provided by a key material source , the encryption keys for accessing data managed by the communication system; wherein access to encryption keys is revocable on a per keyscope component basis, such that any encryption key associated with a revoked keyscope component is rendered invalid by the key material source, wherein a keyscope component is associated with an encryption key and is one of a timestamp, a user identifier, a message identifier, a file identifier, group-based communication channel identifier, a group-based communication team identifier, a group-based communication workspace identifier.
A method for heating plastic preforms , wherein the plastic preforms are transported along a predetermined transport path (T) within a heating device and are heated to a predetermined temperature during this transport by a plurality of heating devices (H1... H12) arranged along the transport path (T), and wherein a heating power of the heating devices (H1... H12) impinging on the plastic preforms can be varied, characterised in that the heating power of the heating devices (H1... H12) impinging on the plastic preforms is controlled depending on a transport speed of the plastic preforms , wherein the heating power of each heating device (H1 ... H12) and/or in particular also of adjacent heating devices (H1 ... H12) are controlled and/or changed individually and/or independently from each other. the heating power of the heating devices (H1... H12) impinging on the plastic preforms is controlled depending on a transport speed of the plastic preforms , wherein the heating power of each heating device (H1 ... H12) and/or in particular also of adjacent heating devices (H1 ... H12) are controlled and/or changed individually and/or independently from each other.
A method for drilling a well having a wellbore extending into the earth, comprising: obtaining well log data from a logging-while-drilling (LWD) tool; obtaining a drilling rate associated with drilling the well; determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore, wherein the well log data comprises resistivity data, gamma ray data, and sonic compression data; determining the presence of salt creep from a torque generated by the drilling assembly and a hook load; adjusting the mud weight of the drilling fluid, wherein determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore comprises at least one of the following: determining that a resistivity from the resistivity data is in the range of 100 to 200 ohm-meter; determining that a gamma ray measurement of the gamma ray data is in the range of ± 15 gamma-ray, American Petroleum Industry (GAPI) units; and determining that a sonic compression of the sonic compression data is in the range of 213.3 - 219.8 microseconds/meter. obtaining well log data from a logging-while-drilling (LWD) tool; obtaining a drilling rate associated with drilling the well; determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore, wherein the well log data comprises resistivity data, gamma ray data, and sonic compression data; determining the presence of salt creep from a torque generated by the drilling assembly and a hook load; adjusting the mud weight of the drilling fluid, wherein determining, from the well log data and the drilling rate, the presence of a salt formation encountered by the wellbore comprises at least one of the following: determining that a resistivity from the resistivity data is in the range of 100 to 200 ohm-meter; determining that a gamma ray measurement of the gamma ray data is in the range of ± 15 gamma-ray, American Petroleum Industry (GAPI) units; and determining that a sonic compression of the sonic compression data is in the range of 213.3 - 219.8 microseconds/meter. determining that a resistivity from the resistivity data is in the range of 100 to 200 ohm-meter; determining that a gamma ray measurement of the gamma ray data is in the range of ± 15 gamma-ray, American Petroleum Industry (GAPI) units; and determining that a sonic compression of the sonic compression data is in the range of 213.3 - 219.8 microseconds/meter.
A spray system for a battery pack, characterized in comprising: a spray pipeline configured to circulate a spray liquid and forming an opening when being heated; a liquid storage device comprising two liquid outlets that are located at two ends of the liquid storage device along an axial direction thereof and communicate with two ends of the spray pipeline , respectively; and a driving device disposed in an inner cavity of the liquid storage device and comprising a driving component and an elastic component connected to the driving component, wherein the driving component comprises two driving plates disposed along the axial direction, the two driving plates being respectively connected to two ends of the elastic component and each movable towards a respective one of the two liquid outlets , wherein the two driving plates , under an elastic force applied by the elastic component , drives the spray liquid in the liquid storage device to flow into the spray pipeline . a spray pipeline configured to circulate a spray liquid and forming an opening when being heated; a liquid storage device comprising two liquid outlets that are located at two ends of the liquid storage device along an axial direction thereof and communicate with two ends of the spray pipeline , respectively; and a driving device disposed in an inner cavity of the liquid storage device and comprising a driving component and an elastic component connected to the driving component, wherein the driving component comprises two driving plates disposed along the axial direction, the two driving plates being respectively connected to two ends of the elastic component and each movable towards a respective one of the two liquid outlets , wherein the two driving plates , under an elastic force applied by the elastic component , drives the spray liquid in the liquid storage device to flow into the spray pipeline .