mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a semiconductor device comprising one or more layers of mainly dielectric material, with at least one of a first type of conductive structure (3,26) and at least one of a second type of conductive structure (4,24) embedded in one or more of said dielectric layer(s) (2,22), and possibly in said substrate, comprising the steps of: - providing a semiconductor substrate, comprising active components on the surface of said substrate, - depositing a top layer of dielectric material on the surface of said substrate or on other dielectric layers present on said surface, - etching at least one first opening at least through said top layer, filling said first opening(s) at least with a first conductive material, and performing a first Chemical Mechanical Polishing step, to form said first conductive structures (3,26), - etching at least one second opening at least through said top layer, filling said second opening(s) at least with a second conductive material, and performing a second CMP step, to form said second conductive structures (4,24), characterized in that the method comprises the step of depositing a common CMP stopping layer (5,25) on said dielectric top layer, before the steps of etching and filling said first opening(s), so that said common CMP stopping layer is used for stopping the CMP process after filling of said first opening(s) as well as the CMP process after filling of said second opening(s). - providing a semiconductor substrate, comprising active components on the surface of said substrate, - depositing a top layer of dielectric material on the surface of said substrate or on other dielectric layers present on said surface, - etching at least one first opening at least through said top layer, filling said first opening(s) at least with a first conductive material, and performing a first Chemical Mechanical Polishing step, to form said first conductive structures (3,26), - etching at least one second opening at least through said top layer, filling said second opening(s) at least with a second conductive material, and performing a second CMP step, to form said second conductive structures (4,24), characterized in that the method comprises the step of depositing a common CMP stopping layer (5,25) on said dielectric top layer, before the steps of etching and filling said first opening(s), so that said common CMP stopping layer is used for stopping the CMP process after filling of said first opening(s) as well as the CMP process after filling of said second opening(s).
An aqueous skin disinfecting solution having a pH of from 2 to 6 and comprising: (a) hydrogen peroxide in a concentration of from 0.01 to 4% w/w of the solution; (b) at least one surfactant chosen from amine oxides having the formula R1R2R3NO wherein each of R1, R2, and R3 is independently a saturated, substituted or unsubstituted linear or branched alkyl group having from 1 to 28 carbon atoms in a concentration of from 0.01 to 15% w/w of the solution; (c) at least one hydrogen peroxide stabilizer in a concentration of from 0.01 to 4% w/w of the solution; (d) salicylic acid in a concentration of from 0.01 to 4% w/w of the solution; and (e) at least one skin conditioning agent in a concentration of from 0.01 to 10% w/w of the solution. (a) hydrogen peroxide in a concentration of from 0.01 to 4% w/w of the solution; (b) at least one surfactant chosen from amine oxides having the formula R1R2R3NO wherein each of R1, R2, and R3 is independently a saturated, substituted or unsubstituted linear or branched alkyl group having from 1 to 28 carbon atoms in a concentration of from 0.01 to 15% w/w of the solution; (c) at least one hydrogen peroxide stabilizer in a concentration of from 0.01 to 4% w/w of the solution; (d) salicylic acid in a concentration of from 0.01 to 4% w/w of the solution; and (e) at least one skin conditioning agent in a concentration of from 0.01 to 10% w/w of the solution.
A system for delivering a prosthetic heart valve device into a heart of a patient, the system comprising: an elongated catheter body; a delivery capsule carried by the elongated catheter body, the delivery capsule including a platform and a housing having a sidewall and a proximal rim, the housing being configured to slide along the platform from a containment configuration to a deployment configuration, and the platform and the sidewall defining a chamber for retaining a prosthetic heart valve device in the containment configuration; and an expandable atraumatic member associated with the capsule, the atraumatic member having an opening, an atraumatic surface, and a peripheral portion, wherein the atraumatic member is configured to be in (a) a compacted configuration in which the atraumatic member is within the chamber in the containment configuration and (b) an expanded configuration in which the peripheral portion extends laterally outward over the proximal rim of the housing in the deployment configuration. an elongated catheter body; a delivery capsule carried by the elongated catheter body, the delivery capsule including a platform and a housing having a sidewall and a proximal rim, the housing being configured to slide along the platform from a containment configuration to a deployment configuration, and the platform and the sidewall defining a chamber for retaining a prosthetic heart valve device in the containment configuration; and an expandable atraumatic member associated with the capsule, the atraumatic member having an opening, an atraumatic surface, and a peripheral portion, wherein the atraumatic member is configured to be in (a) a compacted configuration in which the atraumatic member is within the chamber in the containment configuration and (b) an expanded configuration in which the peripheral portion extends laterally outward over the proximal rim of the housing in the deployment configuration.
A method of making a Nerium oleander aloe extract, comprising: intermixing a Nerium oleander plant species with aloe under conditions selected to form an extraction mixture; conditioning the extraction mixture under conditions selected to extract cardiac glycosides from said Nerium oleander plant species to thereby form a conditioned extraction mixture, wherein said conditioning comprises heating said extraction mixture to a temperature in the range of about 40° C to about 100° C for about 1 to about 10 hours to form said conditioned extraction mixture and wherein the conditioned extraction mixture comprises residual Nerium oleander plant species and a Nerium oleander aloe mixture; separating at least a portion of the Nerium oleander aloe mixture from the residual Nerium oleander plant species to thereby form a Nerium oleander aloe extract, wherein the Nerium oleander aloe extract comprises cardiac glycosides extracted from said Nerium oleander plant species; and wherein said Nerium oleander aloe extract is substantially free of the residual Nerium oleander plant species. intermixing a Nerium oleander plant species with aloe under conditions selected to form an extraction mixture; conditioning the extraction mixture under conditions selected to extract cardiac glycosides from said Nerium oleander plant species to thereby form a conditioned extraction mixture, wherein said conditioning comprises heating said extraction mixture to a temperature in the range of about 40° C to about 100° C for about 1 to about 10 hours to form said conditioned extraction mixture and wherein the conditioned extraction mixture comprises residual Nerium oleander plant species and a Nerium oleander aloe mixture; separating at least a portion of the Nerium oleander aloe mixture from the residual Nerium oleander plant species to thereby form a Nerium oleander aloe extract, wherein the Nerium oleander aloe extract comprises cardiac glycosides extracted from said Nerium oleander plant species; and wherein said Nerium oleander aloe extract is substantially free of the residual Nerium oleander plant species.
A vacuum heat insulation material which includes an outer covering material that has a gas barrier property and a core material that is provided in an inside of the outer covering material, the inside of the outer covering material being vacuum sealed, the vacuum heat insulation material comprising: a sealed portion that is configured by sealing a peripheral edge of the outer covering material; a fin (4, 4-1, 4-2, 4-3) that is formed on the peripheral edge of the outer covering material; and a compressed portion that is formed by a protrusion being compressed, the protrusion being generated when the peripheral edge of the outer covering material is folded back toward the core material, wherein the compressed portion is formed on a corner of the vacuum heat insulation material, characterized in that a height of the compressed portion is a height within a range of 5 mm from a peak of a bent unit (X, 10) in a longitudinal direction part other than the corner on which the compressed portion is formed, wherein the compressed portion is formed by thermoforming the protrusion that is formed in the fin (4, 4-1, 4-2, 4-3). a sealed portion that is configured by sealing a peripheral edge of the outer covering material; a fin (4, 4-1, 4-2, 4-3) that is formed on the peripheral edge of the outer covering material; and a compressed portion that is formed by a protrusion being compressed, the protrusion being generated when the peripheral edge of the outer covering material is folded back toward the core material,
Bag placing apparatus for placing valve bags, which has a gripper device and a placing device, the gripper device being provided for gripping an empty valve bag and wherein the placing device comprises an accelerating device and is suitable to place a valve bag onto a filling spout of a rotary packaging machine equipped with multiple filling spouts, wherein a movement of the gripper device can be controlled by way of a rotary eccentric device, the eccentric device being rotatable by means of a motor for periodically receiving valve bags and placing these by means of the placing device, wherein the gripper device is provided pivotal and is suitable to grip and to take up in a first pivot position a valve bag from a bag bundle disposed on a take-up surface of a delivery table and in a second pivot position to deliver the same to the placing device, characterized in that the placing device consists of at least two placing elements (11, 12) at least one of which placing elements being disposed pivotal and that the motor is provided as a common drive for pivoting the gripper device and the pivotal placing element in that the gripper device and the pivotal placing element are mechanically linked by way of a linkage mechanism.
A water-based or solvent-based washing unit for washing a flexographic plate, wherein said unit comprises: - a chamber in which of said plate the washing occurs; - a main cylinder around which said plate is wound, said main cylinder being positioned in said chamber and rotating about a longitudinal axis; - an assembly of washing brushes (6, 6A, 6B), each of which rotates about a rotation axis which is substantially parallel to said longitudinal axis; - a water supply network for bringing washing liquid into said chamber; - a liquid containment structure positioned in said chamber, wherein said structure comprises: - a lower basin arranged in a position below said main cylinder, said basin defining a discharge section of said liquid; characterized in that said structure further comprises: - at least a first side basin and at least a second side basin arranged on opposite sides with respect to a first vertical reference plane containing said longitudinal axis of rotation, each of said side basins (52A, 52B) being supplied with washing liquid through said water network, wherein with respect to the lower basin, said side basins (52A, 52B) are arranged so that following the filling thereof, said washing liquid directly or indirectly overflows, flowing into said lower basin, and wherein there is installed a washing brush (6, 6A, 6B) at each of said basins (51, 52A, 52B) of said structure so that the same brush is partially immersed in the liquid collected in the corresponding of said basins (51, 52A, 52B). - a chamber in which of said plate the washing occurs; - a main cylinder around which said plate is wound, said main cylinder being positioned in said chamber and rotating about a longitudinal axis; - an assembly of washing brushes (6, 6A, 6B), each of which rotates about a rotation axis which is substantially parallel to said longitudinal axis; - a water supply network for bringing washing liquid into said chamber; - a liquid containment structure positioned in said chamber, wherein said structure comprises: - a lower basin arranged in a position below said main cylinder, said basin defining a discharge section of said liquid; - at least a first side basin and at least a second side basin arranged on opposite sides with respect to a first vertical reference plane containing said longitudinal axis of rotation, each of said side basins (52A, 52B) being supplied with washing liquid through said water network,
A transmission device for examining samples in cavities of a microtiter plate, comprising an illumination device and a detection device, between which an intermediate space is formed which is designed to receive a microtiter plate, wherein the illumination device comprises at least one emission source, which is designed to generate emission light, wherein the illumination device is designed to split the emission light generated by the emission source onto a plurality of partial beam paths, wherein several of the partial beam paths extend as transmission beam paths through the intermediate space to one detector unit of the detection device in each case and wherein the detection device is being designed to measure light signals incident along the transmission beam paths separately for each transmission beam path by means of the detector units, characterized in that the illumination device comprises a light mixer, which is designed to homogenize the emission light generated by the emission source and to distribute the emission light with equal intensity onto the partial beam paths, wherein the partial beam paths in the illumination device each extend in an optical waveguide, the entry sides of which adjoin the light mixer so as to be bundled together, wherein the optical waveguides in which the transmission beam paths extend are designed to guide a portion of the emission light from the light mixer to one emission opening of the illumination device in each case, wherein the light mixer has a substantially triangular shape, wherein one side of the triangle is provided for coupling in the emission light und the two other sides converge in the direction of propagation of the light.
A method of immunoassay for detecting or quantitating in a biofluid sample a C-terminal epitope of the α1 chain of collagen type VIII comprised in the C-terminus amino acid sequence SFSGYLLYPM-COOH, wherein said method comprises contacting said sample comprising said C-terminal epitope with an antibody specifically reactive with an epitope comprised in the C-terminus amino acid sequence SFSGYLLYPM-COOH, and determining the amount of binding of said antibody, wherein said biofluid is serum, or plasma.
A method for treating food, in particular meat and sausage products, by means of non-conventional heating, using the steps of - filling a casing of a non-conducting material, which casing is dimensionally stable or dimensionally stabilized by additional means, with a filling material, namely sausage meat or a similar food raw material, - closing openings of the casing by means of conducting surfaces, in particular plates, plungers or plugs, and - feeding electric alternating current via the conducting surfaces, and conducting the current through the filling material under a relative movement between the filling material and the conducting surfaces for uniform ohmic heating. - filling a casing of a non-conducting material, which casing is dimensionally stable or dimensionally stabilized by additional means, with a filling material, namely sausage meat or a similar food raw material, - closing openings of the casing by means of conducting surfaces, in particular plates, plungers or plugs, and - feeding electric alternating current via the conducting surfaces, and conducting the current through the filling material under a relative movement between the filling material and the conducting surfaces for uniform ohmic heating.
A fuel cell system, comprising: a power module comprising at least one fuel cell segment; an input/output module comprising at least one first inverter configured as a bi-directional inverter; an uninterruptible power module comprising at least one second inverter; and a control logic unit comprising a selective connection mechanism; wherein: the at least one fuel cell segment is electrically connected in parallel to the at least one first inverter and the at least one second inverter; the at least one first inverter is electrically connected to a load through an electrical grid, wherein the at least one first inverter is selectively electrically connected to the electrical grid through a switch; and the control logic unit is configured to switch the selective connection mechanism selectively between a first position, in which the electrical grid is electrically connected to the load, and a second position, in which the at least one second inverter is electrically connected to the load without using the electrical grid. a power module comprising at least one fuel cell segment; an input/output module comprising at least one first inverter configured as a bi-directional inverter; an uninterruptible power module comprising at least one second inverter; and a control logic unit comprising a selective connection mechanism; wherein: the at least one fuel cell segment is electrically connected in parallel to the at least one first inverter and the at least one second inverter; the at least one first inverter is electrically connected to a load through an electrical grid, wherein the at least one first inverter is selectively electrically connected to the electrical grid through a switch; and the control logic unit is configured to switch the selective connection mechanism selectively between a first position, in which the electrical grid is electrically connected to the load, and a second position, in which the at least one second inverter is electrically connected to the load without using the electrical grid. the at least one fuel cell segment is electrically connected in parallel to the at least one first inverter and the at least one second inverter; the at least one first inverter is electrically connected to a load through an electrical grid, wherein the at least one first inverter is selectively electrically connected to the electrical grid through a switch; and the control logic unit is configured to switch the selective connection mechanism selectively between a first position, in which the electrical grid is electrically connected to the load, and a second position, in which the at least one second inverter is electrically connected to the load without using the electrical grid.
Mobile telephone, managed by an android platform hosting applications, the mobile telephone comprising data storage means (12, 14, 16), divided into a plurality of storage volumes (12, 14, 16), each storage volume comprising at least one partition, each partition of each storage volume (12, 14, 16) being suitable for storing contents, the mobile telephone comprising a chain for supplying contents stored in the storage volumes (12, 14, 16) to the user, said chain comprising: - means for detecting the storage volumes (12, 14, 16); - means for reading the storage volumes (12, 14, 16); - means for providing content to applications; and - at least one content presentation application; characterized in that the means for reading the storage volumes (12, 14, 16) comprise a plurality of volume scanners (52, 54, 56) and in that the means for providing contents comprise a plurality of content suppliers (72, 74, 76), the means for detecting the storage volumes (12, 14, 16) comprising a single demon and a single programme for listening to the demon. - means for detecting the storage volumes (12, 14, 16); - means for reading the storage volumes (12, 14, 16); - means for providing content to applications; and - at least one content presentation application; characterized in that the means for reading the storage volumes (12, 14, 16) comprise a plurality of volume scanners (52, 54, 56) and in that the means for providing contents comprise a plurality of content suppliers (72, 74, 76), the means for detecting the storage volumes (12, 14, 16) comprising a single demon and a single programme for listening to the demon.
Process for the temperature detection of a sample the temperature of which cannot be measured directly in a device for measuring mechanical properties using two or more identical samples and a localised heat source, at least one of the two or more identical samples being a mirror sample and more at least another one of the two or more identical samples being a working sample, wherein - the at least one mirror sample and the at least one working sample are arranged in the device so that they are equidistant from the heat source and so that the heat source is symmetrically centered between the at least one mirror sample and the at least one working sample, - the at least one mirror sample and the at least one working sample are heated simultaneously to the same temperature, - the temperature of the at least one mirror sample is measured while deformation experiments are carried out at the at least one working samples. - the at least one mirror sample and the at least one working sample are arranged in the device so that they are equidistant from the heat source and so that the heat source is symmetrically centered between the at least one mirror sample and the at least one working sample, - the at least one mirror sample and the at least one working sample are heated simultaneously to the same temperature, - the temperature of the at least one mirror sample is measured while deformation experiments are carried out at the at least one working samples.
A data transmission method, characterized by comprising: a multi-medium access point, AP, acquiring a current wireless local area network, WLAN, operating mode of an opposite end multi-medium Client from the opposite end multi-medium Client; and the multi-medium AP comparing an address of a target device to which a data packet to be sent is sent with an address of the opposite end multi-medium Client, if the address of the target device to which the data packet to be sent is sent and the address of the opposite end multi-medium Client are different, judging whether both a current WLAN operating mode of the multi-medium AP and the current WLAN operating mode of the opposite end multi-medium Client are three-address modes or not, and if yes, determining that the data packet to be sent is prohibited from being sent through a wireless fidelity, WiFi, interface of the multi-medium AP. a multi-medium access point, AP, acquiring a current wireless local area network, WLAN, operating mode of an opposite end multi-medium Client from the opposite end multi-medium Client; and the multi-medium AP comparing an address of a target device to which a data packet to be sent is sent with an address of the opposite end multi-medium Client, if the address of the target device to which the data packet to be sent is sent and the address of the opposite end multi-medium Client are different, judging whether both a current WLAN operating mode of the multi-medium AP and the current WLAN operating mode of the opposite end multi-medium Client are three-address modes or not, and if yes, determining that the data packet to be sent is prohibited from being sent through a wireless fidelity, WiFi, interface of the multi-medium AP.