mhurhangee/ep-ind-claims huggingface dataset:
A stacked package assembly comprising: a first die package and a second die package stacked one upon the other with plural interconnections between them, wherein the first die package comprises a first embedded logic die and wherein the second die package comprises a second embedded die; and a voltage reference plane embedded in the first die package and in proximity and parallel to the second die package, wherein the voltage reference plane comprises an aperture through which the embedded logic die at least partly extends and wherein the voltage reference plane substantially encompasses the first die package. a first die package and a second die package stacked one upon the other with plural interconnections between them, wherein the first die package comprises a first embedded logic die and wherein the second die package comprises a second embedded die; and a voltage reference plane embedded in the first die package and in proximity and parallel to the second die package, wherein the voltage reference plane comprises an aperture through which the embedded logic die at least partly extends and wherein the voltage reference plane substantially encompasses the first die package.
A method for identifying atypical reactive antibodies in a blood products manufacturing process, wherein the atypical reactive antibodies result in false positive in the rabbit pyrogen test, wherein the method comprises: (a) obtaining a sample of blood or plasma; (b) testing the sample and a control using any one or more of cellular agglutination, fluorescence microscopy, immunoprecipitation, immunodiffusion, immunofluorescence, ELISA, flow cytometry, FACS, or Western blotting so as to determine whether the sample contains atypical antibodies that are cross-reactive with rabbit white blood cell antigens; (c) comparing the sample and control testing results; (d) determining whether the sample contains reactive atypical antibodies; and; (e) interdicting a blood or plasma unit that was the source of the sample if the sample contains reactive atypical antibodies; and wherein the atypical reactive antibodies cross-react with rabbit white blood cell antigens and cause a pyrogenic response during rabbit pyrogen test. (a) obtaining a sample of blood or plasma; (b) testing the sample and a control using any one or more of cellular agglutination, fluorescence microscopy, immunoprecipitation, immunodiffusion, immunofluorescence, ELISA, flow cytometry, FACS, or Western blotting so as to determine whether the sample contains atypical antibodies that are cross-reactive with rabbit white blood cell antigens; (c) comparing the sample and control testing results; (d) determining whether the sample contains reactive atypical antibodies; and; (e) interdicting a blood or plasma unit that was the source of the sample if the sample contains reactive atypical antibodies;
Method for producing a decorative panel, in particular a floor panel, which has a core with a core upper side, having the steps: a) provision of a core which has at least one depression in the core upper side, b) introduction of a filling element into the at least one depression, characterized in that the introduction of the filling element takes place by means of at least one 3D printer. a) provision of a core which has at least one depression in the core upper side, b) introduction of a filling element into the at least one depression, characterized in that the introduction of the filling element takes place by means of at least one 3D printer.
A non-aqueous electrolyte secondary battery comprising a power generating element including a positive electrode obtained by forming a positive electrode active material layer containing a positive electrode active material on a surface of a positive electrode current collector; a negative electrode obtained by forming a negative electrode active material layer containing a negative electrode active material on a surface of a negative electrode current collector; and a separator including a resin film having a three-layer structure, in which three layers of films formed of one resin material, including a form in which two or more kinds of polymer compounds are mixed, are laminated; a ratio of a rated capacity to a pore volume of the positive electrode active material layer being 2.08 Ah/cc or more, a ratio of a battery area to a rated capacity being 7 cm 2 /Ah or more, and a rated capacity being 50 Ah or more; wherein the separator further includes a heat resistant insulating layer configured to suppress thermal shrinkage of the resin film, the heat resistant insulating layer being a ceramic layer containing inorganic particles and a binder; and wherein a value R of the separator represented by the following Formula 1 is 62 to 110: [Math. 1] R = Tortuosity factor × Thickness μm Porosity provided that, in Formula 1, a tortuosity factor is a value represented by the following Formula 2: [Math. 2] Tortuosity factor = Air permeability sec / 100 ml × Average pore diameter μ m × Porosity Thickness μ m × 25 × 5.18 × 10 − 3 the average pore diameter is 0.10 to 0.18 μm, the porosity is 0.43 to 0.65, the air permeability is 140 to 305 sec/100 ml, and the thickness is 11 to 25 μm. the average pore diameter is 0.10 to 0.18 μm, the porosity is 0.43 to 0.65, the air permeability is 140 to 305 sec/100 ml, and the thickness is 11 to 25 μm.
A surgical tool comprising: at least one driven portion to which a driving force is transmitted from an external portion; a cord-shaped element that transmits a movement of the at least one driven portion to a working portion; two or more rotors each with a circumferential surface around which the cord-shaped element extending from the at least one driven portion to the working portion is wound; a first supporting portion and a second supporting portion arranged such that the two or more rotors are interposed therebetween, the first supporting portion and the second supporting portion supporting the two or more rotors such that the two or more rotors are each movable in an approaching and separating manner in relation to at least one of the at least one driven portion and the working portion; two or more rotational shafts each including a first end securable to the first supporting portion, and supporting a corresponding rotor of the two or more rotors such that the corresponding rotor is rotatable about a rotational axis thereof; and two or more securing portions each arranged between a second end of a corresponding rotational shaft of the two or more rotational shafts and the second supporting portion, a position of each securing portion relative to the corresponding rotational shaft being changeable in a rotational axis direction that is a direction of the rotational axis, each securing portion being securable to the second supporting portion. at least one driven portion to which a driving force is transmitted from an external portion; a cord-shaped element that transmits a movement of the at least one driven portion to a working portion; two or more rotors each with a circumferential surface around which the cord-shaped element extending from the at least one driven portion to the working portion is wound; a first supporting portion and a second supporting portion arranged such that the two or more rotors are interposed therebetween, the first supporting portion and the second supporting portion supporting the two or more rotors such that the two or more rotors are each movable in an approaching and separating manner in relation to at least one of the at least one driven portion and the working portion; two or more rotational shafts each including a first end securable to the first supporting portion, and supporting a corresponding rotor of the two or more rotors such that the corresponding rotor is rotatable about a rotational axis thereof; and two or more securing portions each arranged between a second end of a corresponding rotational shaft of the two or more rotational shafts and the second supporting portion, a position of each securing portion relative to the corresponding rotational shaft being changeable in a rotational axis direction that is a direction of the rotational axis, each securing portion being securable to the second supporting portion.
A quadrangular self-supporting panel, comprising: - a metal sheet having at least two opposite lateral edges folded into a C shape, - a central honeycomb element positioned in contact with an inner face of said metal sheet and such as to remain retained inside said C-shaped lateral edges, - a covering wall made of non-metallic sandable material, positioned on the opposite side of said metal sheet with respect to said central honeycomb element, said covering wall having a thickness greater than 2 mm. - a metal sheet having at least two opposite lateral edges folded into a C shape, - a central honeycomb element positioned in contact with an inner face of said metal sheet and such as to remain retained inside said C-shaped lateral edges, - a covering wall made of non-metallic sandable material, positioned on the opposite side of said metal sheet with respect to said central honeycomb element, said covering wall having a thickness greater than 2 mm.
A heated aerosol-generating article comprising a plurality of components assembled in the form of a rod, the article having a mouth end and a distal end upstream from the mouth end, the article including; a combustible heat-generating element located at the distal end of the article for heating air drawn into the article, and a liquid aerosol-forming substrate located downstream of the combustible heat-generating element, the liquid aerosol-forming substrate being releasably contained within a frangible capsule and the liquid aerosol-forming substrate comprising a nicotine solution and at least one aerosol-former; and a liquid retention medium for retaining the liquid aerosol-forming substrate within the article.
Ventilation connector for liquid filling and ventilation in a hydraulic clutch disengagement system of a motor vehicle, having a ventilation valve and having a connector housing, wherein - the ventilation valve is arranged in the connector housing so as to be rotationally movable relative thereto, - a primary sealing means (230; 330) is fitted between ventilation valve and connector housing, and, - on the outer circumference of the ventilation valve, there is situated a bore which can be closed off by way of the primary sealing means and which can be opened again by way of a 180° rotation of the ventilation valve in order to discharge air and liquids in accordance with demand, wherein the connector furthermore has a secondary sealing means which is situated between ventilation valve and connector housing and which is, as viewed in the ventilation direction, arranged downstream of the bore in order to reduce the oblique positioning of the ventilation valve relative to the connector housing, and wherein - the ventilation valve comprises a section of relatively large diameter and a section of relatively small diameter, wherein the primary sealing means is fitted in the section of relatively small diameter and the secondary sealing means is fitted in the section of relatively large diameter, and wherein the primary sealing means and the secondary sealing means is in each case an O-ring, - characterized in that in each case on the outer circumference of the connector housing, there is formed a recess which runs in zigzag fashion, and on the outer circumference of the ventilation valve, there is formed a projection, and - the projection can be guided along the recess in order to rotate the ventilation valve and thus move the primary sealing means out of its usage position. - the ventilation valve is arranged in the connector housing so as to be rotationally movable relative thereto, - a primary sealing means (230; 330) is fitted between ventilation valve and connector housing, and, - on the outer circumference of the ventilation valve, there is situated a bore which can be closed off by way of the primary sealing means and which can be opened again by way of a 180° rotation of the ventilation valve in order to discharge air and liquids in accordance with demand, - the ventilation valve comprises a section of relatively large diameter and a section of relatively small diameter, wherein the primary sealing means is fitted in the section of relatively small diameter and the secondary sealing means is fitted in the section of relatively large diameter, and wherein the primary sealing means and the secondary sealing means is in each case an O-ring, - characterized in that - the projection can be guided along the recess in order to rotate the ventilation valve and thus move the primary sealing means out of its usage position.
A method of selecting a printing composition with a reduced degree of misting when being printed comprising: obtaining values of the rheological parameters viscous modulus, phase angle and phase-angle slope of the printing composition, following the method given in the description wherein the phase-angle slope is the slope of a phase angle-temperature line at the characteristic point of each of three or more temperatures which substantially cover the intended range of printing operation temperatures, and the viscous modulus and phase angle are the respective values at the lowest of the temperatures, and selecting a composition whose viscous modulus, phase angle and phase-angle slope values simultaneously reflect that the viscoelastic properties will not substantially degrade over that range of temperatures, wherein the composition selected has a phase angle of at least 55°, a viscous modulus of at least 150 Pa, and a phase-angle slope of at least -0.5°/°C. obtaining values of the rheological parameters viscous modulus, phase angle and phase-angle slope of the printing composition, following the method given in the description wherein the phase-angle slope is the slope of a phase angle-temperature line at the characteristic point of each of three or more temperatures which substantially cover the intended range of printing operation temperatures, and the viscous modulus and phase angle are the respective values at the lowest of the temperatures, and selecting a composition whose viscous modulus, phase angle and phase-angle slope values simultaneously reflect that the viscoelastic properties will not substantially degrade over that range of temperatures, wherein the composition selected has a phase angle of at least 55°, a viscous modulus of at least 150 Pa, and a phase-angle slope of at least -0.5°/°C.
An apparatus for fixing golf tees by means of a tape that can be wound and unwound, which tape is arranged together with the winding and unwinding device in a housing and to which at least one golf tee can be fastened, wherein the golf tee has a tee shaft for insertion into the ground and a plateau arranged thereon, for a golf ball, wherein the tape has openings arranged spaced apart in the tape longitudinal direction, which openings are visible and accessible when the tape is unwound and which penetrate the tape and into each of which a tee shaft of a golf tee can be frictionally inserted.
Method for grinding and/or polishing a defect in the surface coating of a workpiece, wherein a grinding or polishing disc held on a tool is guided over the defect with orbital, rotating and/or vibrating movements with pressure, wherein the tool equipped with the grinding or polishing disc is moved over the defect in an automatic and computer-controlled manner on the basis of a stored program, characterized in that the grinding or polishing disc is first guided along a concentrically inner grinding path relative to the defect and is then guided without interruption along a spiral-shaped grinding path into an outer concentric grinding path.
A remote management method enabling a remote management server to manage at least a Set Top Box, comprising a transmission to said at least a Set Top Box of a Customer premises equipment Wide area network Management Protocol command (52, 72, 76) requesting a retrieval of parameters from said at least a Set Top Box related to a stream received by said at least a Set Top Box, said parameters comprising one of: a number of MPEG2-TS packets received by said at least a Set Top Box for said stream received by said at least a Set Top Box; a number of times a receive jitter buffer of said at least a Set Top Box has overrun for said stream received by said at least a Set Top Box; a number of times a receive jitter buffer of said at least a Set Top Box has underrun for said stream received by said at least a Set Top Box. a number of MPEG2-TS packets received by said at least a Set Top Box for said stream received by said at least a Set Top Box; a number of times a receive jitter buffer of said at least a Set Top Box has overrun for said stream received by said at least a Set Top Box; a number of times a receive jitter buffer of said at least a Set Top Box has underrun for said stream received by said at least a Set Top Box.
A power line communication device comprising: a transmission processing unit for generating a transmission signal from transmission data to be output to a power line; an inverter noise detection processing unit for detecting inverter noise by a DC/AC inverter of the power line, a transmission position determination unit for determining a transmission period of the transmission signal; and an output unit for outputting the transmission signal in the transmission period, wherein the transmission position determination unit is configured to determine the transmission period based on an amplitude of the transmission signal and a noise voltage amplitude of the power line, the noise voltage amplitude being a voltage amplitude of the inverter noise. a transmission processing unit for generating a transmission signal from transmission data to be output to a power line; an inverter noise detection processing unit for detecting inverter noise by a DC/AC inverter of the power line, a transmission position determination unit for determining a transmission period of the transmission signal; and an output unit for outputting the transmission signal in the transmission period, wherein the transmission position determination unit is configured to determine the transmission period based on an amplitude of the transmission signal and a noise voltage amplitude of the power line, the noise voltage amplitude being a voltage amplitude of the inverter noise.
An electronic apparatus comprising: a communication unit (15, 16) configured to communicate with a terminal apparatus; a first storage unit configured to store a first program; a second storage unit configured to store, for each section, a patch program for the first program, the patch program being received from the terminal apparatus via the communication unit (15, 16); and a controller configured to apply, in a case of executing the first program, a latest patch program stored in the sections in the second storage unit, characterized in that the second storage unit is configured to store a section management table which stores information for managing each of the sections including information indicating presence or absence of the patch program and validity or invalidity of the patch program for each of the sections, the information indicating the presence or absence of the patch program and the validity or invalidity of the patch program being respectively changeable by a command from the terminal apparatus, and the controller is configured to specify an appropriate section, in the section management table, which stores a patch program whose presence and validity are indicated as a valid patch program, to be applied to the first program. a communication unit (15, 16) configured to communicate with a terminal apparatus; a first storage unit configured to store a first program; a second storage unit configured to store, for each section, a patch program for the first program, the patch program being received from the terminal apparatus via the communication unit (15, 16); and a controller configured to apply, in a case of executing the first program, a latest patch program stored in the sections in the second storage unit, characterized in that the second storage unit is configured to store a section management table which stores information for managing each of the sections including information indicating presence or absence of the patch program and validity or invalidity of the patch program for each of the sections, the information indicating the presence or absence of the patch program and the validity or invalidity of the patch program being respectively changeable by a command from the terminal apparatus, and the controller is configured to specify an appropriate section, in the section management table, which stores a patch program whose presence and validity are indicated as a valid patch program, to be applied to the first program.
Vehicle with a body and a seat part, wherein the seat part has a wire frame which is fastened reversibly to the substructure of the body by two fastening means, wherein each fastening means has a housing with arms on which latching surfaces are provided which interact in a latching manner with the substructure of the body, characterized in that the fastening means has an unlocking ring which interacts with the arms in order to space the latching surfaces from the substructure of the body.
Method for operating a solar installation, in particular for optimized servicing of a solar system, having solar fluid as heat carrier medium in a solar circuit by means of at least one solar collector and at least one heat consumer and also having a control device, wherein the state of the solar fluid is detected by means of an output signal from a sensor, which is incorporated in the solar circuit and which is acted on by solar fluid, and is evaluated in the control device, characterized in that the sensor, which is acted on by solar fluid, has properties for measuring the pH value, the permittivity and/or the conductivity.