mhurhangee/ep-ind-claims huggingface dataset:
A specialized processing block that is configurable to perform fixed-point arithmetic operations and floating-point arithmetic operations, comprising: first, second, third, and fourth input ports; an arithmetic operator circuit; a floating-point adder circuit; a fixed-point adder circuit; first configurable interconnect circuitry coupling the first, second, and third input ports to the arithmetic operator circuit; and second configurable interconnect circuitry coupling the arithmetic operator circuit and the second and fourth input ports to the floating-point adder circuit and the fixed-point adder circuit. first, second, third, and fourth input ports; an arithmetic operator circuit; a floating-point adder circuit; a fixed-point adder circuit; first configurable interconnect circuitry coupling the first, second, and third input ports to the arithmetic operator circuit; and second configurable interconnect circuitry coupling the arithmetic operator circuit and the second and fourth input ports to the floating-point adder circuit and the fixed-point adder circuit.
An operation evaluation device configured to evaluate an operation work of an operator in a plant, the operation evaluation device comprising: a storage device configured to store a score calculation table used for evaluating, for each of a plurality of categories, the operation work of the operator in the plant, the score calculation table indicating, for the each of the plurality of categories, which key performance indicators in the process control in the plant are used; a processor configured to score for the each of the plurality of categories the operation work of the operator in the plant, the scoring being performed by using data related to the process control performed by the operation work of the operator in the plant and the score calculation table stored in the storage device; and an output device configured to output for the each of the plurality of categories, the score obtained by the processor wherein the plurality of categories comprises at least one of a viewpoint of "Profitability", a viewpoint of "Energy saving", a viewpoint of "Reliability and availability", a viewpoint of "Planning", and a viewpoint of "Safety"; and wherein the processor is configured to score the operation work of the operator in the plant using at least one of a number of times at least one of the key performance indicators falls outside a predetermined target range and a continuous time for which the at least one of key performance indicators falls outside the target range. a storage device configured to store a score calculation table used for evaluating, for each of a plurality of categories, the operation work of the operator in the plant, the score calculation table indicating, for the each of the plurality of categories, which key performance indicators in the process control in the plant are used; a processor configured to score for the each of the plurality of categories the operation work of the operator in the plant, the scoring being performed by using data related to the process control performed by the operation work of the operator in the plant and the score calculation table stored in the storage device; and an output device configured to output for the each of the plurality of categories, the score obtained by the processor wherein the plurality of categories comprises at least one of a viewpoint of "Profitability", a viewpoint of "Energy saving", a viewpoint of "Reliability and availability", a viewpoint of "Planning", and a viewpoint of "Safety"; and wherein the processor is configured to score the operation work of the operator in the plant using at least one of a number of times at least one of the key performance indicators falls outside a predetermined target range and a continuous time for which the at least one of key performance indicators falls outside the target range.
Digital day/night display device, particularly for a time piece comprising an hours disc comprising, distributed along its periphery, ciphers from 1 to 12 representing the hours, and realized such that light can pass either through the ciphers or through a portion of the hours disc surrounding the ciphers; a rotative day/night disc, located under the hours disc comprising a first zone (9.1) and a second zone (9.2) of different colors or shades; and a mechanism driving in rotation the hours disc and the day/night disc; characterized by the fact that the first zone (9.1) and the second zone (9.2) of the day/night disc extend under the ciphers 1 - 12 of the hours disc, and by the fact that the mechanism driving in rotation the hours disc and the day/night disc comprises means adapted for driving the hours disc in a continuous way and at constant speed at the rate of two revolutions in twenty-four hours and continuous driving means but intermittently, that is to say a dragging rotation which is periodically interrupted, for the day/night disc at a rate of one revolution in twenty-four hours.
A toy launcher apparatus and projectile combination:, said toy launcher apparatus comprising a housing assembly; a platform assembly mounted to the housing assembly, the platform assembly including a launch deck with a slot positioned to be spaced away from alignment with a center point of a loaded circular projectile; the circular projectile disposed on the launch deck, the circular projectile having a closed top, an open bottom, and an annular inner wall bordering the open bottom; a cocking assembly connected to the platform assembly, the cocking assembly including a launch spring, a rotatable launch arm connected to the launch spring, and a catch structure, the launch arm rotating through the slot when passing between a first uncocked position and a second cocked position, and wherein the launch arm makes contact with the inner wall of the projectile disposed on the launch deck as the launch arm moves from the second position to the first position; said catch structure engaging and maintaining the launch arm in the second position; and a trigger mounted to the housing assembly and connected to the catch structure to enable the catch structure to release the launch arm. characterized in that the uncocked position and the cocked position are both below the top surface of the launch deck, and that the launch arm rotates, through the slot, above the top surface of the launch deck., said toy launcher apparatus comprising a housing assembly; a platform assembly mounted to the housing assembly, the platform assembly including a launch deck with a slot positioned to be spaced away from alignment with a center point of a loaded circular projectile; the circular projectile disposed on the launch deck, the circular projectile having a closed top, an open bottom, and an annular inner wall bordering the open bottom; a cocking assembly connected to the platform assembly, the cocking assembly including a launch spring, a rotatable launch arm connected to the launch spring, and a catch structure, the launch arm rotating through the slot when passing between a first uncocked position and a second cocked position, and wherein the launch arm makes contact with the inner wall of the projectile disposed on the launch deck as the launch arm moves from the second position to the first position; said catch structure engaging and maintaining the launch arm in the second position; and a trigger mounted to the housing assembly and connected to the catch structure to enable the catch structure to release the launch arm.
A removable gas sensor module for a therapeutic gas delivery device, the gas sensor module comprising: a sample chamber operable to receive a sample gas from the therapeutic gas delivery device; and a gas detection unit comprising a plurality of sensors operable to measure at least one property of the sample gas, wherein the plurality of sensors include two or more of a gas detection sensor, a humidity sensor, a temperature sensor, or a combination thereof, wherein the gas sensor module is self-contained within the therapeutic gas delivery device and swappable with another gas sensor module, wherein the gas detection unit is operable to electronically store or send to the therapeutic gas delivery device serial numbers, calibration data, and/or usage information of the gas sensor module, and characterised in that the gas sensor module is and shelf stable for at least 1 month. a sample chamber operable to receive a sample gas from the therapeutic gas delivery device; and a gas detection unit comprising a plurality of sensors operable to measure at least one property of the sample gas, wherein the plurality of sensors include two or more of a gas detection sensor, a humidity sensor, a temperature sensor, or a combination thereof, wherein the gas sensor module is self-contained within the therapeutic gas delivery device and swappable with another gas sensor module, wherein the gas detection unit is operable to electronically store or send to the therapeutic gas delivery device serial numbers, calibration data, and/or usage information of the gas sensor module, and characterised in that the gas sensor module is and shelf stable for at least 1 month.
Closure device for a container for aseptically receiving a flowable product, in particular for a pouch pack, - having a spout which has a product filling duct extending axially between a first end and a second end, wherein the first end forms the container-side end of the spout and the second end forms the closure-side end of the spout, - having a closure cap which can be mounted onto the spout and which, in the mounted state, closes the second end of the product filling duct, - wherein the closure cap is connectable in axially positively locking fashion to the spout in two axially different positions (I, II), - wherein the first position of the two axially different positions (I, II) is a position in which the closure cap is not fully mounted on the spout, - wherein the second position of the two axially different positions (I, II) is a position in which the closure cap is fully mounted on the spout, - wherein the closure cap bears sealingly against the spout in the second position, and - wherein the closure cap has a ring-shaped tamper-evident securing element (5.1) on the container-side end of the closure cap, which securing element is connected in unipartite fashion to the rest of the closure cap, characterized - in that in the first position, the tamper-evident securing element (5.1) is not at least partially detached from the rest of the closure cap and/or is destroyed and is not deformed, and - in that the closure cap bears sealingly against the spout in the first position. - having a spout which has a product filling duct extending axially between a first end and a second end, wherein the first end forms the container-side end of the spout and the second end forms the closure-side end of the spout, - having a closure cap which can be mounted onto the spout and which, in the mounted state, closes the second end of the product filling duct, - wherein the closure cap is connectable in axially positively locking fashion to the spout in two axially different positions (I, II), - wherein the first position of the two axially different positions (I, II) is a position in which the closure cap is not fully mounted on the spout, - wherein the second position of the two axially different positions (I, II) is a position in which the closure cap is fully mounted on the spout, - wherein the closure cap bears sealingly against the spout in the second position, and - wherein the closure cap has a ring-shaped tamper-evident securing element (5.1) on the container-side end of the closure cap, which securing element is connected in unipartite fashion to the rest of the closure cap, - in that in the first position, the tamper-evident securing element (5.1) is not at least partially detached from the rest of the closure cap and/or is destroyed and is not deformed, and - in that the closure cap bears sealingly against the spout in the first position.
A method for determining a codebook, comprising steps of: configuring at a base station for a User Equipment, UE, a codebook determination parameter in accordance with an antenna array parameter adopted by the base station; wherein the codebook determination parameter comprises information about one or more sets of matrices for determining the codebook; and transmitting the codebook determination parameter to the UE to instruct the UE to determine the codebook in accordance with the codebook determination parameter, wherein subsequent to the step of transmitting the codebook determination parameter to the UE, the method further comprises receiving Channel State Information, CSI, reported by the UE, the CSI being determined by the UE in accordance with the codebook which is determined in accordance with the codebook determination parameter; the CSI comprises one or more Precoding Matrix Indicators, PMIs, corresponding to a precoding matrix; and the method is characterized in that: a codeword in the codebook is acquired by the base station through calculation on a matrix in the set of matrices using a calculation rule agreed with the UE in advance, or acquired by taking a matrix in the set of matrices as a component of a codeword in the codebook, or acquired by taking a resulted matrix after calculation in the set of matrices as a component of the codeword in the codebook. configuring at a base station for a User Equipment, UE, a codebook determination parameter in accordance with an antenna array parameter adopted by the base station; wherein the codebook determination parameter comprises information about one or more sets of matrices for determining the codebook; and transmitting the codebook determination parameter to the UE to instruct the UE to determine the codebook in accordance with the codebook determination parameter, wherein subsequent to the step of transmitting the codebook determination parameter to the UE, the method further comprises receiving Channel State Information, CSI, reported by the UE, the CSI being determined by the UE in accordance with the codebook which is determined in accordance with the codebook determination parameter; the CSI comprises one or more Precoding Matrix Indicators, PMIs, corresponding to a precoding matrix; and the method is characterized in that: a codeword in the codebook is acquired by the base station through calculation on a matrix in the set of matrices using a calculation rule agreed with the UE in advance, or acquired by taking a matrix in the set of matrices as a component of a codeword in the codebook, or acquired by taking a resulted matrix after calculation in the set of matrices as a component of the codeword in the codebook.
Element capable of collecting light comprising a transparent first substrate forming a protective cover and a second substrate forming a plate support, said substrates imprisoning between two conductive layers (2, 6) forming electrodes at least one functional layer based on absorbent material allowing energy conversion of light into electrical energy, the second substrate being provided with at least one orifice emerging at the level of a conductive layer (2, 6) wherein the element capable of collecting light also includes at least one electrical connection device including a housing that is solidary with the second substrate and a presser body which passes into said orifice of the second substrate and which is in electrical contact with a conductive layer (2, 6), and the presser body being imprisoned within a sealed cavity realized in the electrical connection device solidary with the second substrate, the element capable of collecting light including barrier seals (17, 11, 12) around the presser body, between the housing.and the second substrate, characterized in that said barrier seals (17, 11, 12) include a plurality of recessed or raised zones (11, 12) provided on one side of the housing in contact with the second substrate and concentric around the presser body.
A menu screen display method comprising: generating a first menu screen having a cross-shaped array of function icons and content icons, comprising a function icon array of a plurality of function icons displayed in an aligned manner and a content icon array of a plurality of content icons associated with a respective function icon and displayed in an aligned manner so as to cross the function icon array at an intersection area indicative of a currently selected function icon; acquiring a menu display instruction from a user requesting a menu screen displayed by a system to be displayed while an application program corresponding to the currently selected function icon is running; the method being characterized by displaying, by a function of the system, a second menu screen in which, in addition to the content icon array comprising a plurality of content icons displayed in an aligned manner in the first menu screen displayed by the system that is displayed when the application program is not running, an instruction icon for entering an instruction to the running application program is displayed by inserting the instruction icon into the content icon array in between the plurality of content icons associated with the function icon corresponding to the application program, when the menu display instruction is acquired. generating a first menu screen having a cross-shaped array of function icons and content icons, comprising a function icon array of a plurality of function icons displayed in an aligned manner and a content icon array of a plurality of content icons associated with a respective function icon and displayed in an aligned manner so as to cross the function icon array at an intersection area indicative of a currently selected function icon; acquiring a menu display instruction from a user requesting a menu screen displayed by a system to be displayed while an application program corresponding to the currently selected function icon is running; the method being characterized by displaying, by a function of the system, a second menu screen in which, in addition to the content icon array comprising a plurality of content icons displayed in an aligned manner in the first menu screen displayed by the system that is displayed when the application program is not running, an instruction icon for entering an instruction to the running application program is displayed by inserting the instruction icon into the content icon array in between the plurality of content icons associated with the function icon corresponding to the application program, when the menu display instruction is acquired.
Optochemical sensor including a polymer matrix applied on a substrate and doped with a luminescent dye whose capability of emission can be varied upon excitation with electromagnetic radiation by substances to be detected, such as gaseous or dissolved O 2, SO 2, H 2 O 2, CO 2, nitrogen oxides, halogenated hydrocarbons, and which forms a sensor layer, which is further covered by a protecting, supporting and/or insulating layer permeable for the substance to be analyzed, characterized in that the sensor layer is formed by a layer comprising at least one insular sensor element, which at least one insular sensor element is covered by an undoped polymer matrix chemically corresponding to the polymer matrix of the sensor layer, and that a further layer corresponding to the undoped polymer matrix is provided between the substrate and the layer comprising the at least one sensor element.
An opening/closing device comprising: a fixed plate; a moving plate that can be moved relative to the fixed plate; a slide plate that is formed having a slide groove; a hinge arm including a first shaft part rotatably connected to the fixed plate, a third shaft part rotatably connected to the moving plate, and a second shaft part provided between the first shaft part and the third shaft part, and configured to move the moving plate between a closed position and an open position relative to the fixed plate by centrally rotating about the first shaft part; a slide arm including a fourth shaft part rotatably connected to the moving plate and a fifth shaft part connected slidably along the slide groove of the slide plate, and configured to move the moving plate between the closed position and the open position relative to the fixed plate by rotating about the fourth shaft part; a link arm having one end part connected to the second shaft part and another end part connected to the fifth shaft part; wherein the fifth shaft part is configured to slide inside the slide groove as the link arm moves along with the moving of the hinge arm when the moving plate is moved between the closed position and the open position, wherein the moving plate and the fixed plate are positioned substantially on the same plane when the moving plate is moved to the open position. a fixed plate; a moving plate that can be moved relative to the fixed plate; a slide plate that is formed having a slide groove; a hinge arm including a first shaft part rotatably connected to the fixed plate, a third shaft part rotatably connected to the moving plate, and a second shaft part provided between the first shaft part and the third shaft part, and configured to move the moving plate between a closed position and an open position relative to the fixed plate by centrally rotating about the first shaft part; a slide arm including a fourth shaft part rotatably connected to the moving plate and a fifth shaft part connected slidably along the slide groove of the slide plate, and configured to move the moving plate between the closed position and the open position relative to the fixed plate by rotating about the fourth shaft part; a link arm having one end part connected to the second shaft part and another end part connected to the fifth shaft part; wherein the fifth shaft part is configured to slide inside the slide groove as the link arm moves along with the moving of the hinge arm when the moving plate is moved between the closed position and the open position, wherein the moving plate and the fixed plate are positioned substantially on the same plane when the moving plate is moved to the open position.