mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a cellular core for an acoustic panel, the cellular core including at least: - a plurality of acoustic cells each being delimited by peripheral longitudinal partition walls and by peripheral transverse partition walls, the acoustic cells extending vertically across the thickness from an open front end intended to bear vertically on an acoustic skin, up to a rear end sealed by a rear face, and - a plurality of deicing channels which extend longitudinally, each deicing channel being interposed transversely between two successive cells, the deicing channels being adapted to channel a deicing fluid, characterized in that it includes a manufacturing step which consists in making the acoustic cells and the deicing channels integrally in one-piece, the cellular core thus manufactured during the manufacturing step forms a monolithic part. - a plurality of acoustic cells each being delimited by peripheral longitudinal partition walls and by peripheral transverse partition walls, the acoustic cells extending vertically across the thickness from an open front end intended to bear vertically on an acoustic skin, up to a rear end sealed by a rear face, and - a plurality of deicing channels which extend longitudinally, each deicing channel being interposed transversely between two successive cells, the deicing channels being adapted to channel a deicing fluid,
A canceration information providing method for providing information related to canceration of cells, the method comprising: acquiring, by a flow cytometry method, information. related to the number of cells having a size corresponding to surface layer cells and middle layer cells which are contained in a specimen including cells collected from an epidermal tissue, said acquired information derives from essentially only non-cancerous cells; determining an aspiration amount of the specimen for preparing a measurement specimen based on the acquired information related to the number of cells, and preparing the measurement specimen in which a target number of surface layer cells and middle layer cells are contained; acquiring first data related to an amount of DNA of the cell contained in the prepared measurement specimen, second data related to a size of a cell nucleus of the cell, and third data related to a size of the cell; calculating a ratio of the size of the cell nucleus with respect to the size of the cell based on the second data and the third data; classifying the cells within a predetermined range in which the calculated ratio is greater than or equal to a predetermined threshold value into a first cell group; acquiring number of first cells, each of which having an amount of DNA exceeding an amount of DNA of a cell in which a cell cycle is in a G0 period or a G1 period, based on the first data of the cells classified into the first cell group; and outputting information related to canceration of the cells based on the acquired number of first cells. acquiring, by a flow cytometry method, information. related to the number of cells having a size corresponding to surface layer cells and middle layer cells which are contained in a specimen including cells collected from an epidermal tissue, said acquired information derives from essentially only non-cancerous cells; determining an aspiration amount of the specimen for preparing a measurement specimen based on the acquired information related to the number of cells, and preparing the measurement specimen in which a target number of surface layer cells and middle layer cells are contained; acquiring first data related to an amount of DNA of the cell contained in the prepared measurement specimen, second data related to a size of a cell nucleus of the cell, and third data related to a size of the cell; calculating a ratio of the size of the cell nucleus with respect to the size of the cell based on the second data and the third data; classifying the cells within a predetermined range in which the calculated ratio is greater than or equal to a predetermined threshold value into a first cell group; acquiring number of first cells, each of which having an amount of DNA exceeding an amount of DNA of a cell in which a cell cycle is in a G0 period or a G1 period, based on the first data of the cells classified into the first cell group; and outputting information related to canceration of the cells based on the acquired number of first cells.
Process for driverless motion of a vehicle to a parking area, with an external, stationary controller arranged at or near the parking area which enables access to the vehicle in order to guide it autonomously to or from an assigned parking space of the parking area, characterised by the following steps: - Detection of an occurred collision with another moving or parking vehicle by means of at least one sensor of the vehicle controlled by the external control device. - Evaluation of sensor data by an evaluation unit. - Situation-dependent behavioural decision carried out by the control device regarding measures for documenting the occurred collision and informing. - Detection of an occurred collision with another moving or parking vehicle by means of at least one sensor of the vehicle controlled by the external control device. - Evaluation of sensor data by an evaluation unit. - Situation-dependent behavioural decision carried out by the control device regarding measures for documenting the occurred collision and informing.
An integrated hydrogen gas generator, comprising: a water tank configured for containing a water to be electrolyzed; an electrolytic module configured for electrolyzing the water and generating a gas comprising hydrogen; an integrated passageway device disposed above the water tank, the integrated passageway device comprising a lower cover integrally formed to avoid the additional piping; a condenser coupled to the integrated passageway device for condensing an impurity in the gas comprising hydrogen; a humidifying module coupled to integrated passageway device and configured to humidify the gas comprising hydrogen; and wherein the gas comprising hydrogen is transmitted among the water tank, the condenser and the humidifying module through the integrated passageway device. a water tank configured for containing a water to be electrolyzed; an electrolytic module configured for electrolyzing the water and generating a gas comprising hydrogen; an integrated passageway device disposed above the water tank, the integrated passageway device comprising a lower cover integrally formed to avoid the additional piping; a condenser coupled to the integrated passageway device for condensing an impurity in the gas comprising hydrogen; a humidifying module coupled to integrated passageway device and configured to humidify the gas comprising hydrogen; and wherein the gas comprising hydrogen is transmitted among the water tank, the condenser and the humidifying module through the integrated passageway device.
Method for in vitro diagnosis of melanoma comprising or consisting of evaluating the expression in serum of all the following eight biomarkers: alpha-2 macroglobulin, transthyretin, Apo E, Apo A1, Apo B, ceruloplasmin, alpha-fetoprotein and albumin wherein transthyretin, Apo E, Apo A1, Apo B are over-expressed in comparison to the expression thereof in a healthy subject, meanwhile alpha-2 macroglobulin, ceruloplasmin, alpha-fetoprotein and albumin are down-expressed in comparison to the expression thereof in a healthy subject.
Article comprising a material having a surface containing at least one zinc oxide or salt and at least one antioxidant chosen as being a selenium oxide or salt, a flavonoid or a β-glucan.
Process for the preparation of a bridged bis(indenyl) ligand comprising the step of reacting a 2-indenylpinacolylborane compound of formula wherein R 1, R 2, R 3, R 4, R 5, R 6 each independently stand for H, a hydrocarbon radical having 1-20 C-atoms, a halide, an alkoxy group having 1-6 C-atoms, an alkylsulphide, an amine, a Si or B containing group or a P-containing group with a bromosubstituted compound of formula (Br) 2 -R wherein R stands for a bridging group containing at least two sp2-hybridised carbon atoms that are bonded to the indenyl groups at the 2-positions in a solvent in the presence of a Pd catalyst and a base to form the corresponding bridged bis(indenyl) ligand of formula wherein R and R 1, R 2, R 3, R 4, R 5 are R 6 as described above
Oven appliance containing an electrical heating device having at least one heating element (2-1, 2-2) for heating an oven compartment, control elements for switching the heating device on/off and for switching on one of two or more modes of operation in each case, a mechanical temperature controller, which limits the heat in the oven compartment and an electronic clock for setting a desired heating duration, wherein the clock has a display panel for the electronic time display and an electronic control device for controlling the display panel, characterised in that at least two presentation images (11, 13, 15) for an identical number of modes of operation are integrated into the display panel of the electronic clock, it being possible for the control device of the electronic clock to control said presentation images as a function of the respective switching state of the control elements of the heating device for the purpose of electrically illuminating the display if the relevant mode of operation is switched on.
A method for forming a porous ceramic honeycomb article, the method comprising: forming a batch mixture comprising cordierite-forming raw materials, glass-forming raw materials, at least one ceramic processing aid and water; extruding the batch mixture into a green honeycomb article; firing the green honeycomb article under conditions sufficient to produce the porous ceramic honeycomb article having a primary cordierite phase and an intercrystalline glass phase, wherein, after firing, the porous ceramic honeycomb article exhibits an as-fired microcrack parameter Nb 3 ≤ 0.06; washcoating and calcining the porous ceramic honeycomb article, wherein the porous ceramic honeycomb article exhibits a coated microcrack parameter Nb 3 ≤ 0.14 and a coated E 500°C /E 25°C ratio ≤ 1.06 after washcoating and calcining; and thermally treating the porous ceramic honeycomb article, wherein at least a first portion of the porous ceramic honeycomb article exhibits a first treated microcrack parameter Nb 3 ≥ 0.18, and a first treated mean coefficient of thermal expansion of less than 12x10 -7 /°C over a temperature range of 25°C to 800°C after the thermal treating; wherein the primary cordierite phase comprises domains of cordierite crystallites having a domain length parameter ≥ 40 microns, the cordierite crystallites having a sub-parallel orientation with one another within the domains and an orientation of the cordierite crystallites within the domains differs between adjacent domains. forming a batch mixture comprising cordierite-forming raw materials, glass-forming raw materials, at least one ceramic processing aid and water; extruding the batch mixture into a green honeycomb article; firing the green honeycomb article under conditions sufficient to produce the porous ceramic honeycomb article having a primary cordierite phase and an intercrystalline glass phase, wherein, after firing, the porous ceramic honeycomb article exhibits an as-fired microcrack parameter Nb 3 ≤ 0.06; washcoating and calcining the porous ceramic honeycomb article, wherein the porous ceramic honeycomb article exhibits a coated microcrack parameter Nb 3 ≤ 0.14 and a coated E 500°C /E 25°C ratio ≤ 1.06 after washcoating and calcining; and thermally treating the porous ceramic honeycomb article, wherein at least a first portion of the porous ceramic honeycomb article exhibits a first treated microcrack parameter Nb 3 ≥ 0.18, and a first treated mean coefficient of thermal expansion of less than 12x10 -7 /°C over a temperature range of 25°C to 800°C after the thermal treating; wherein the primary cordierite phase comprises domains of cordierite crystallites having a domain length parameter ≥ 40 microns, the cordierite crystallites having a sub-parallel orientation with one another within the domains and an orientation of the cordierite crystallites within the domains differs between adjacent domains.
A data processor converting a sampling rate to n/m times, n and m being integers larger than 1, when first parallel data with number of samples being S1 pieces is supplied, wherein the data processor comprises: a parallel transfer rate converter converting the first parallel data input in synchronism with a first clock to second parallel data with number of samples being S2=S1×(m/p) pieces, p being an integer larger than 1 and S1 being a multiple of p, and outputting the second parallel data in synchronism with a second clock having a frequency which is p/m times of a frequency of the first clock; and a convolution operation device inputting the second parallel data in synchronism with the second clock, generating third parallel data with number of samples being S3=S2×(n/m) pieces, S3 being equal to S1, by executing a convolution operation of the second parallel data and parts of previous and next second parallel data with a coefficient set indicating a transmission characteristic, and outputting the third parallel data in synchronism with the second clock, and wherein a calculation expression of the convolution operation for a value of p and each second parallel data input to the convolution operation device is fixed. a parallel transfer rate converter converting the first parallel data input in synchronism with a first clock to second parallel data with number of samples being S2=S1×(m/p) pieces, p being an integer larger than 1 and S1 being a multiple of p, and outputting the second parallel data in synchronism with a second clock having a frequency which is p/m times of a frequency of the first clock; and a convolution operation device inputting the second parallel data in synchronism with the second clock, generating third parallel data with number of samples being S3=S2×(n/m) pieces, S3 being equal to S1, by executing a convolution operation of the second parallel data and parts of previous and next second parallel data with a coefficient set indicating a transmission characteristic, and outputting the third parallel data in synchronism with the second clock, and wherein a calculation expression of the convolution operation for a value of p and each second parallel data input to the convolution operation device is fixed.
A capsule comprising: a. a shell containg gellan gum and HPMC; b. a fill phase comprising beeswax, candelilla wax, and a supercritical extract of an herb; wherein the capsule is vegetarian and meets the non-GMO Project Standards; wherein the capsule comprises greater than 0% and less than 5%, by weight of the capsule, beeswax; and wherein at least 98% of the capsules pass the Cracking Test, wherein the supercritical extract of an herb comprises a supercritical extract of ginger and the supercritical extract of ginger is less than 10% of the fill phase, and wherein the capsule comprises a volume greater than 0.61 mL. a. a shell containg gellan gum and HPMC; b. a fill phase comprising beeswax, candelilla wax, and a supercritical extract of an herb;
Bed frame with a head part, a foot part and two side walls (4, 5) which exhibit curved standing faces (16, 17) which are formed by in each case undersides of the side walls of the bed frame facing the floor, wherein the bed frame can be tilted for sleeping at an angle in relation to the horizontal and in that the entire lying surface or lying plane which is formed by the bed frame can be fixed in an oblique attitude with respect to the floor surface, characterised in that the curved standing faces (16, 17) are in each case guided in a floor rail (10, 11) and can be fixed there by holding means at different angular positions on the floor rails (10, 11).
A fixation assembly (10; 42; 44; 48; 54; 64) for securing parts of a sternum, the assembly comprising: a flexible elongated member including a locking structure configured to secure the flexible elongated member in a loop around the sternum parts; and an attachment member separate from the locking structure, the attachment member having at least one opening for receiving a bone fastener, wherein the attachment member is coupled to the flexible elongated member. a flexible elongated member including a locking structure configured to secure the flexible elongated member in a loop around the sternum parts; and an attachment member separate from the locking structure, the attachment member having at least one opening for receiving a bone fastener, wherein the attachment member is coupled to the flexible elongated member.
A mobile device comprising: at least one speaker; a position component configured to detect a position of the at least one speaker and mobile device; and a processor communicatively coupled to the position component, wherein the processor is configured to: receive position data from the position component indicating the position of the at least one speaker and mobile device; compare the position data of the at least one speaker and mobile device to one or more predetermined position data, wherein the one or more predetermined position data include a position that provides optimal audio performance of the mobile device; and provide feedback via a visual indicator indicating whether the position of the at least one speaker and mobile device is acceptable based on the comparison. at least one speaker; a position component configured to detect a position of the at least one speaker and mobile device; and a processor communicatively coupled to the position component, wherein the processor is configured to: receive position data from the position component indicating the position of the at least one speaker and mobile device; compare the position data of the at least one speaker and mobile device to one or more predetermined position data, wherein the one or more predetermined position data include a position that provides optimal audio performance of the mobile device; and receive position data from the position component indicating the position of the at least one speaker and mobile device; compare the position data of the at least one speaker and mobile device to one or more predetermined position data, wherein the one or more predetermined position data include a position that provides optimal audio performance of the mobile device; and provide feedback via a visual indicator indicating whether the position of the at least one speaker and mobile device is acceptable based on the comparison.
A system comprising a switch logic module and I/O modules to which the switch logic module is mechanically and electrically detachably connected, the I/O modules being arranged next to each other on a DIN rail and spanned by the switch logic module, the I/O modules each comprising at least one electrical contact, and the mechanical connection being establishable using the electrical contacts, the switch logic module comprising a multiplex logic that can be used to cyclically connect the electrical contacts of the I/O modules for a predefined switch time to an output of the switch module, the housing of the switch logic module being designed so as to complement the housing shapes of the I/O modules so as to be attached thereto in a form-locked manner and thereby providing a natural mechanical secure fit thereon, fitting electrical terminals or electrical bushings of the I/O modules, the switch logic module comprising connectors, which are inserted into the terminals or bushings of the I/O modules with precise fit and not only ensure mechanical fixation but also an electrical connection, and the number of I/O modules connected by the switch logic module being configurable using DIP switches. the I/O modules being arranged next to each other on a DIN rail and spanned by the switch logic module, the I/O modules each comprising at least one electrical contact, and the mechanical connection being establishable using the electrical contacts, the switch logic module comprising a multiplex logic that can be used to cyclically connect the electrical contacts of the I/O modules for a predefined switch time to an output of the switch module, the housing of the switch logic module being designed so as to complement the housing shapes of the I/O modules so as to be attached thereto in a form-locked manner and thereby providing a natural mechanical secure fit thereon, fitting electrical terminals or electrical bushings of the I/O modules, the switch logic module comprising connectors, which are inserted into the terminals or bushings of the I/O modules with precise fit and not only ensure mechanical fixation but also an electrical connection, and the number of I/O modules connected by the switch logic module being configurable using DIP switches.
Method for measuring the distance between an inner housing wall of a turbine housing and a radially outer blade edge of a moved turbine blade, in which millimetre waves are continuously emitted by a transceiver unit accommodated in the region of the housing wall of the turbine housing and the millimetre waves reflected at the blade edge are received by the transceiver unit, wherein a distance (d meas) between the blade edge and the housing wall is determined by a phase evaluation of the millimetre waves received, characterized in that a profile of the blade edge in the direction of movement of the turbine blade is detected in a highly resolved manner by subsequent focusing with the aid of a numerical method.
A cellular communication system comprising: a cellular buoy located in a body of water, said cellular buoy including a transceiver for transmitting and receiving radio frequency signals mounted on said cellular buoy, and a wave energy converter WEC (20, 40, 70) for converting the energy in waves present in the body of water into electrical energy for providing power to the transceiver, characterised in that the cellular communication system is arranged to receive and transmit cellular signals between an offshore location and a land-based cellular system and comprises an array of said cellular buoys extending along and away from the shore, each buoy in the array being disposed at a fixed location with respect to a plurality of other said cellular buoys to permit line of sight cellular transmission between the buoys, and each of the buoys in the array nearest to the shore being disposed at a fixed location for line of sight cellular communication with at least one land-based cellular tower. a cellular buoy located in a body of water, said cellular buoy including a transceiver for transmitting and receiving radio frequency signals mounted on said cellular buoy, and a wave energy converter WEC (20, 40, 70) for converting the energy in waves present in the body of water into electrical energy for providing power to the transceiver, characterised in that the cellular communication system is arranged to receive and transmit cellular signals between an offshore location and a land-based cellular system and comprises an array of said cellular buoys extending along and away from the shore, each buoy in the array being disposed at a fixed location with respect to a plurality of other said cellular buoys to permit line of sight cellular transmission between the buoys, and each of the buoys in the array nearest to the shore being disposed at a fixed location for line of sight cellular communication with at least one land-based cellular tower.