mhurhangee/ep-ind-claims huggingface dataset:
A memory device comprising: a memory array including memory cells to store memory data; error correcting code, ECC, circuitry (232, 234) configured to generate ECC data and use the ECC data to detect errors in the memory data; and an ECC circuitry checker configured to: in response to a memory operation, translate a memory address of the memory operation to a memory address mapped portion of the memory array and retrieve check ECC data from the memory address mapped portion of the memory array according to the translated memory address; substitute the ECC data generated for the memory data of the memory operation with the check ECC data from the memory address mapped portion of the memory array; compare an output of the ECC circuitry to an expected output when the substituted check ECC data is applied to the ECC circuitry; and generate an alert when the comparing indicates an error in the ECC circuitry. a memory array including memory cells to store memory data; error correcting code, ECC, circuitry (232, 234) configured to generate ECC data and use the ECC data to detect errors in the memory data; and an ECC circuitry checker configured to: in response to a memory operation, translate a memory address of the memory operation to a memory address mapped portion of the memory array and retrieve check ECC data from the memory address mapped portion of the memory array according to the translated memory address; substitute the ECC data generated for the memory data of the memory operation with the check ECC data from the memory address mapped portion of the memory array; compare an output of the ECC circuitry to an expected output when the substituted check ECC data is applied to the ECC circuitry; and generate an alert when the comparing indicates an error in the ECC circuitry. in response to a memory operation, translate a memory address of the memory operation to a memory address mapped portion of the memory array and retrieve check ECC data from the memory address mapped portion of the memory array according to the translated memory address; substitute the ECC data generated for the memory data of the memory operation with the check ECC data from the memory address mapped portion of the memory array; compare an output of the ECC circuitry to an expected output when the substituted check ECC data is applied to the ECC circuitry; and generate an alert when the comparing indicates an error in the ECC circuitry.
Arrangement for modifying surfaces of metallic components, having a first and second laser radiation source and a first and second optical arrangement (OC, LH), wherein a first laser beam is directed from the first laser radiation source into the first optical arrangement, which is designed to split the first laser beam into at least two partial beams (B1, B2) and is designed in such a way that the at least two partial beams (B1, B2) interfere with one another in the region of the surface of a metallic component, so that material removal takes place on the surface of the component with a defined structural period Λ, characterised in that a second laser beam is directed from the second laser radiation source into the second optical arrangement, and the second optical arrangement is designed in such a way that structured surface regions of the surface of the metallic component are cured by the second laser beam being influenced by the second optical arrangement, and material removal does not take place there with the energy of the second laser beam, and the surface of the metallic component and the focal spots of the second laser beam directed onto the surface of the metallic component and influenced by the second optical arrangement and of the at least two partial beams (B1, B2) can be moved at least two-dimensionally relative to one another, wherein the second laser beam being influenced by the second optical arrangement has a greater power and a larger cross-sectional area of its focal spot on the surface of the metallic component than the at least two partial beams (B1, B2) together, and the power density of the interfering partial beams (B1, B2) in their focal spots is greater than that of the focal spot of the second laser beam on the component surface. a second laser beam is directed from the second laser radiation source into the second optical arrangement, and the second optical arrangement is designed in such a way that structured surface regions of the surface of the metallic component are cured by the second laser beam being influenced by the second optical arrangement, and material removal does not take place there with the energy of the second laser beam, and the surface of the metallic component and the focal spots of the second laser beam directed onto the surface of the metallic component and influenced by the second optical arrangement and of the at least two partial beams (B1, B2) can be moved at least two-dimensionally relative to one another, wherein the second laser beam being influenced by the second optical arrangement has a greater power and a larger cross-sectional area of its focal spot on the surface of the metallic component than the at least two partial beams (B1, B2) together, and the power density of the interfering partial beams (B1, B2) in their focal spots is greater than that of the focal spot of the second laser beam on the component surface.
A liquid crystal display device, comprising: a liquid crystal cell, including a color filter substrate and an array substrate provided opposite to each other and liquid crystal material provided between the color filter substrate and the array substrate; a lower polarizer, provided on a light incident side of the liquid crystal cell; an upper polarizer, provided on a light exiting side of the liquid crystal cell; and a light shielding pattern layer, including light shielding lines (141,142) and being provided at a light exiting side of the upper polarizer, wherein the color filter substrate is formed with a black matrix and a color filter thereon, and the array substrate is formed with gate lines, data lines, and thin film transistors thereon, characterized in that regions between the light shielding lines (141,142) comprise vacuum, and a scattering film is directly attached onto a light exiting side of the light shielding pattern layer. a liquid crystal cell, including a color filter substrate and an array substrate provided opposite to each other and liquid crystal material provided between the color filter substrate and the array substrate; a lower polarizer, provided on a light incident side of the liquid crystal cell; an upper polarizer, provided on a light exiting side of the liquid crystal cell; and a light shielding pattern layer, including light shielding lines (141,142) and being provided at a light exiting side of the upper polarizer, wherein the color filter substrate is formed with a black matrix and a color filter thereon, and the array substrate is formed with gate lines, data lines, and thin film transistors thereon, characterized in that regions between the light shielding lines (141,142) comprise vacuum, and a scattering film is directly attached onto a light exiting side of the light shielding pattern layer.
Guide device comprising a guide with one or more guide elements for guiding a rapier bar in a rapier weaving machine, wherein this guide device is provided with an air circuit through which compressed air can flow and which is provided with perforations for cooling the rapier bar by means of compressed air, characterized in that the guide device is provided with a cooling circuit through which cooling liquid can flow for cooling the rapier bar by means of cooling liquid.
A submount for a micro-component, the submount (100, 200,...) comprising: - a semiconductor substrate having a cavity (104, 204,...) defined in a front-side of the substrate in which to mount the micro-component, a thin silicon membrane portion (105, 205,...) at a bottom of the cavity (104, 204,...) and thicker frame portions (107, 207,...) adjacent to sidewalls (106, 206,...) of the cavity (104, 204,...); characterized by - an electrically conductive feed-through connection (114, 214,...) extending from a back-side of the substrate at least partially through the thicker silicon frame portion (107, 207,...), with electrical contact between the feed-through connection (114, 214) and a conductive layer (112, 212,...) on a surface of the cavity being made at least partially through a sidewall (106, 206,...) of the cavity (104, 204,...). - a semiconductor substrate having a cavity (104, 204,...) defined in a front-side of the substrate in which to mount the micro-component, a thin silicon membrane portion (105, 205,...) at a bottom of the cavity (104, 204,...) and thicker frame portions (107, 207,...) adjacent to sidewalls (106, 206,...) of the cavity (104, 204,...); characterized by - an electrically conductive feed-through connection (114, 214,...) extending from a back-side of the substrate at least partially through the thicker silicon frame portion (107, 207,...), with electrical contact between the feed-through connection (114, 214) and a conductive layer (112, 212,...) on a surface of the cavity being made at least partially through a sidewall (106, 206,...) of the cavity (104, 204,...).
A method of purifying full adeno-associated virus capsids from a concentrated AAV fraction comprising empty AAV capsids and full AAV capsids, comprising: (i) loading into a zonal rotor a) the concentrated AAV fraction and b) at least two sugar solutions, each of which has a different sugar concentration and each of which comprises a sugar at a concentration equivalent to a sucrose concentration ranging from 45% (w/w) to 65% (w/w) sucrose, (ii) operating an ultracentrifuge comprising the zonal rotor in batch mode, whereupon a sugar gradient is formed, (iii) obtaining a fraction of the sugar gradient to obtain an AAV fraction wherein at least 60% of the AAV particles in the AAV fraction are full AAV capsids. (i) loading into a zonal rotor a) the concentrated AAV fraction and b) at least two sugar solutions, each of which has a different sugar concentration and each of which comprises a sugar at a concentration equivalent to a sucrose concentration ranging from 45% (w/w) to 65% (w/w) sucrose, (ii) operating an ultracentrifuge comprising the zonal rotor in batch mode, whereupon a sugar gradient is formed, (iii) obtaining a fraction of the sugar gradient to obtain an AAV fraction wherein at least 60% of the AAV particles in the AAV fraction are full AAV capsids.
An ornamental band, in particular a wristband, having a strip-like ornament carrier which is associated with a ornament, characterized in that the ornament carrier is provided with perforations arranged in a grid-like manner in the form of perforated rows of holes, which are arranged in parallel adjacent to each other, which are offset with respect to each other in the longitudinal direction of the rows and laterally in each case by half a hole distance, and whose holes form square grid fields, wherein each grid field side is associated with at least one hole, and that the ornament which can be applied to the ornament carrier is formed in the manner of a grid and consists of a set of ornamental rivets which are each associated with one grid field and which each comprise a rivet head of a size adjusted to the size of the grid fields and at least one insert element which protrudes from the rear side of the rivet head and is associated with a hole of the respectively associated grid field, with which the ornamental rivet can be detachably secured to the ornament carrier.
A method of determining an inverse convolution function for use in correcting a response of an emissions measurement instrument, the method comprising: determining an idealized convolution function, the idealized convolution function being in the time domain; transforming the idealized convolution function from the time domain to the frequency domain; dividing a regularizing filter function by the transformed idealized convolution function, the result being the inverse convolution function in the frequency domain; and transforming the inverse convolution function from the frequency domain to the time domain. determining an idealized convolution function, the idealized convolution function being in the time domain; transforming the idealized convolution function from the time domain to the frequency domain; dividing a regularizing filter function by the transformed idealized convolution function, the result being the inverse convolution function in the frequency domain; and transforming the inverse convolution function from the frequency domain to the time domain.
Burner basket for an ammonia oxidation burner comprising a gas-permeable bottom plate, a side wall that is spaced apart from the bottom plate by a gap, and a retaining device covering the bottom plate and the gap for retaining particles of a bulk material that can be arranged in the burner basket, characterized in that one or more fastening elements are arranged on the bottom plate, by means of which the retaining device is fixed in place, and characterized in that the retaining device is configured as a gas-permeable fabric.
A method of drying an electrode assembly, comprising the steps of: 1) stacking at least one anode, at least one cathode, and at least one separator interposed between the at least one anode and at least one cathode to prepare an electrode assembly; 2) placing the electrode assembly in a drying chamber; 3) drying the electrode assembly under vacuum at a temperature from 50 °C to 90 °C for a period of time from 5 minutes to 4 hours; 4) further drying the electrode assembly under vacuum at a temperature from 90°C to 155°C; 5) filling the drying chamber with a dry air or inert gas; and 6) repeating steps 4) and 5) to obtain a dried electrode assembly. 1) stacking at least one anode, at least one cathode, and at least one separator interposed between the at least one anode and at least one cathode to prepare an electrode assembly; 2) placing the electrode assembly in a drying chamber; 3) drying the electrode assembly under vacuum at a temperature from 50 °C to 90 °C for a period of time from 5 minutes to 4 hours; 4) further drying the electrode assembly under vacuum at a temperature from 90°C to 155°C; 5) filling the drying chamber with a dry air or inert gas; and 6) repeating steps 4) and 5) to obtain a dried electrode assembly.
A sterile packaging unit of a medical filter module comprising at least one filter module packed in a sterile primary package, wherein the primary package is a blister package comprising a molded part including a receiving compartment for the filter module and a cover part arranged on the molded part and hermetically sealing the receiving compartment, and wherein the primary package includes at least one getter for binding molecular oxygen present in the receiving compartment, characterized in that the filter module is mounted by form closure vis-à-vis the molded part, and the molded part is configured to be dimensionally stable and a pressure compensation portion of the molded part is configured to be weakened as compared to the residual molded part so that the molded part will deform substantially only in the pressure compensation portion due to vacuum caused in the receiving compartment by the getter binding oxygen, and inner portions of the primary package on which the filter module is mounted remain substantially undeformed. wherein the primary package is a blister package comprising a molded part including a receiving compartment for the filter module and a cover part arranged on the molded part and hermetically sealing the receiving compartment, and wherein the primary package includes at least one getter for binding molecular oxygen present in the receiving compartment, characterized in that the filter module is mounted by form closure vis-à-vis the molded part, and the molded part is configured to be dimensionally stable and a pressure compensation portion of the molded part is configured to be weakened as compared to the residual molded part so that the molded part will deform substantially only in the pressure compensation portion due to vacuum caused in the receiving compartment by the getter binding oxygen, and inner portions of the primary package on which the filter module is mounted remain substantially undeformed.
A wrench assembly for turning a central portion of a turnbuckle about a rotational axis, the wrench assembly comprising: a first wrench comprising a first body portion; and a second wrench comprising a second body portion, the first and second body portions (24a, 24b) each comprising a slot (26a, 26b) defining an open end (28a, 28b), the open ends (28a, 28b) of the first and second body portions (24a, 24b) oppositely disposed to one another about the central portion of the turnbuckle, and the slots (26a, 26b) at least partially adjacent one another along the rotational axis of the central portion and simultaneously engaging the central portion of the turnbuckle for the first and second wrenches to turn the central portion of the turnbuckle about the rotational axis, characterized in that the first wrench further comprises at least two spokes (30a, 30b) extending outwardly from around a periphery of the first body portion and the second wrench further comprises at least two spokes (30c, 30d) extending outwardly from around a periphery of the second body portion, wherein the first and second wrenches are detachably secured to one another, and wherein the at least two spokes (30a, 30b) of the first body portion and the at least two spokes (30c, 30d) of the second body portion are equally spaced from one another. a first wrench comprising a first body portion; and a second wrench comprising a second body portion, the first and second body portions (24a, 24b) each comprising a slot (26a, 26b) defining an open end (28a, 28b), the open ends (28a, 28b) of the first and second body portions (24a, 24b) oppositely disposed to one another about the central portion of the turnbuckle, and the slots (26a, 26b) at least partially adjacent one another along the rotational axis of the central portion and simultaneously engaging the central portion of the turnbuckle for the first and second wrenches to turn the central portion of the turnbuckle about the rotational axis, characterized in that the first wrench further comprises at least two spokes (30a, 30b) extending outwardly from around a periphery of the first body portion and the second wrench further comprises at least two spokes (30c, 30d) extending outwardly from around a periphery of the second body portion, wherein the first and second wrenches are detachably secured to one another, and wherein the at least two spokes (30a, 30b) of the first body portion and the at least two spokes (30c, 30d) of the second body portion are equally spaced from one another.
A touch display apparatus comprising: a touch display panel arranged to display at least one application icon and sense a touch operation of an input tool; a storage unit arranged to store a plurality of startup gesture icons; and a control unit coupled to the touch display panel and the storage unit, characterised in the control unit being arranged to, if the touch operation conforms to an icon conversion operation, immediately control the touch display panel to convert the at least one application icon into one of the startup gesture icons corresponding to the at least one application icon, wherein the one of the startup gesture icons indicates a touch gesture operation required for starting up an application corresponding to the one of the startup gesture icons, and the touch display panel does not change the display of the touch display panel in response to the icon conversion operation for displaying the startup gesture icons until the control unit determines that the touch operation conforms to the icon conversion operation, wherein application icons far away from fingers of a hand of a user that is holding the touch display apparatus are converted into the startup gesture icons, and application icons that can be touched by the user's fingers are not converted into the startup gesture icons. a touch display panel arranged to display at least one application icon and sense a touch operation of an input tool; a storage unit arranged to store a plurality of startup gesture icons; and a control unit coupled to the touch display panel and the storage unit, characterised in the control unit being arranged to, if the touch operation conforms to an icon conversion operation, immediately control the touch display panel to convert the at least one application icon into one of the startup gesture icons corresponding to the at least one application icon, wherein the one of the startup gesture icons indicates a touch gesture operation required for starting up an application corresponding to the one of the startup gesture icons, and the touch display panel does not change the display of the touch display panel in response to the icon conversion operation for displaying the startup gesture icons until the control unit determines that the touch operation conforms to the icon conversion operation, wherein application icons far away from fingers of a hand of a user that is holding the touch display apparatus are converted into the startup gesture icons, and application icons that can be touched by the user's fingers are not converted into the startup gesture icons.
Device (1a, 1b) for controlling at least one electronic function of a portable object, in particular a timepiece, comprising a control stem capable of moving axially between at least a first and a second stable position, or between at least a stable position and an unstable position, the control device (1a, 1b) also comprising an actuation element (6a, 6b) made from an electrically insulating material rigidly connected to the control stem, as well as at least one flexible electrical switching element (8a, 8b, 8c) provided to be mechanically actuated by the actuation element (6a, 6b) when the control stem is moved axially, said at least one flexible electrical switching element (8a, 8b, 8c) being capable of moving between a closing position in which said at least one flexible electrical switching element (8a, 8b, 8c) closes an electrical circuit of the control device (1a, 1b), and an opening position in which said at least one flexible electrical switching element (8a, 8b, 8c) opens said electrical circuit, at least one electrical contact stud (16a, 16b, 16c, 16d) being provided to cooperate with said at least one flexible electrical switching element (8a, 8b, 8c) when the latter is moved into said closing position, the control device (1a, 1b) being characterized in that said at least one flexible electrical switching element is made in one piece and has the shape of a V with two branches that each comprise an electrical contact zone (24a, 24b) of said flexible electrical switching element.