mhurhangee/patent-ind-claim-en huggingface dataset:
A method for registering multi-channel images of a tissue micro array, said multichannel images including morphological and molecular functional images of the same tissue section of a biological material, wherein a microscope that can acquire both bright field and fluorescent images is used for acquisition of the morphological and molecular functional images, comprising the steps of, providing a biological material on a substrate; applying one or more molecular probes, adapted to provide fluorescent molecular markers, to said biological material; obtaining a first digital image of said biological material and the fluorescent molecular markers to provide the molecular functional image of the tissue section; applying a morphological stain to said biological material; obtaining a second digital image of said biological material to provide the morphological image of the tissue section, and co-registering said second image with said first image based on one or more registration metrics, wherein the first and second images are co-registered by maximizing mutual information of the first image and the second image. providing a biological material on a substrate; applying one or more molecular probes, adapted to provide fluorescent molecular markers, to said biological material; obtaining a first digital image of said biological material and the fluorescent molecular markers to provide the molecular functional image of the tissue section; applying a morphological stain to said biological material; obtaining a second digital image of said biological material to provide the morphological image of the tissue section, and co-registering said second image with said first image based on one or more registration metrics, wherein the first and second images are co-registered by maximizing mutual information of the first image and the second image.
A communication method, comprising: receiving, by a remote unit or head-end unit of a distributed antenna system, one or more communication frames, each of the one or more communication frames including a start-of-frame field, the one or more communication frames associated with a frame repetition rate; detecting the start-of-frame field included in the first communication frame of the one or more communication frames; extracting the payload of the first communication frame of the one or more communication frames based on the detected start-of-frame field included in the first communication frame, characterized by determining, after a period of time corresponding to the frame repetition rate, whether an additional start-of-frame field included in an additional communication frame of the one or more communication frames is detected; in response to determining that the additional start-of-frame field is not detected, predicting a location of the additional start-of-frame field included in the additional communication frame of the one or more communication frames; and extracting an additional payload from the additional communication frame based on the predicted location of the additional start-of-frame field. receiving, by a remote unit or head-end unit of a distributed antenna system, one or more communication frames, each of the one or more communication frames including a start-of-frame field, the one or more communication frames associated with a frame repetition rate; detecting the start-of-frame field included in the first communication frame of the one or more communication frames; extracting the payload of the first communication frame of the one or more communication frames based on the detected start-of-frame field included in the first communication frame, characterized by determining, after a period of time corresponding to the frame repetition rate, whether an additional start-of-frame field included in an additional communication frame of the one or more communication frames is detected; in response to determining that the additional start-of-frame field is not detected, predicting a location of the additional start-of-frame field included in the additional communication frame of the one or more communication frames; and extracting an additional payload from the additional communication frame based on the predicted location of the additional start-of-frame field.
A method of preparing a solid electrolyte for an all-solid battery, comprising: providing a powder mixture comprising an elemental sulfur powder, an elemental phosphorus powder, an elemental lithium powder and a halogen compound powder; amorphizing the powder mixture; and heat treating the amorphized powder mixture, wherein the solid electrolyte comprises an argyrodite-type crystal structure, the amorphizing is performed by milling, and the heat treating is performed at a temperature of about 200 °C to 550°C for about 1 min to 100 hr. providing a powder mixture comprising an elemental sulfur powder, an elemental phosphorus powder, an elemental lithium powder and a halogen compound powder; amorphizing the powder mixture; and heat treating the amorphized powder mixture, wherein the solid electrolyte comprises an argyrodite-type crystal structure, the amorphizing is performed by milling, and the heat treating is performed at a temperature of about 200 °C to 550°C for about 1 min to 100 hr.
Contactless payment device , characterised in that it comprises: - a support carrying a printed circuit and at least two electroluminescent diodes arranged in front of a circular cavity formed in said support ; - a capsule comprising a perimeter interrupted in at least four portions , it being possible to orient said capsule in at least two positions; - a ring having at least one recess on its internal periphery; said capsule being centred on said cavity of said support so as to be aligned with said at least two electroluminescent diodes , and said ring being positioned on top of said capsule , held free to rotate, it being possible for said capsule to take at least one of the two positions: - a first position in which said at least one lug of said capsule is in contact with one end of said at least one recess of said ring , two of said at least four portions of said perimeter of said capsule allowing the light from said at least two electroluminescent diodes to pass simultaneously, thus illuminating the capsule . - a second position in which said at least one lug of said capsule is movable between the two ends of said at least one recess of said perimeter of said capsule blocking the light from said at least two electroluminescent diodes , thus darkening the capsule . - a support carrying a printed circuit and at least two electroluminescent diodes arranged in front of a circular cavity formed in said support ; - a capsule comprising a perimeter interrupted in at least four portions , it being possible to orient said capsule in at least two positions; - a ring having at least one recess on its internal periphery; - a first position in which said at least one lug of said capsule is in contact with one end of said at least one recess of said ring , two of said at least four portions of said perimeter of said capsule allowing the light from said at least two electroluminescent diodes to pass simultaneously, thus illuminating the capsule . - a second position in which said at least one lug of said capsule is movable between the two ends of said at least one recess of said perimeter of said capsule blocking the light from said at least two electroluminescent diodes , thus darkening the capsule .
A turbo-compressor train for use in the oil and gas field industry to drive a compressor, the train comprising a gas turbine engine , a centrifugal compressor , an auxiliary gearbox , a lube pump , a bearing system and a thrust balance system, the gas turbine engine including a compressor fluidly connected to a combustion chamber in which fuel and air are mixed together and ignited, the hot gases being provided to an expander , the gas turbine engine configured to transform thermal energy into mechanical energy, and the centrifugal compressor having a shaft connected to a shaft of the expander , characterized in that the lube pump is a single lube pump connected to oil piping and configured to provide synthetic oil to the gas turbine engine , the centrifugal compressor and the auxiliary gearbox , the auxiliary gearbox connecting a shaft of the compressor to a shaft of the lube pump , and the auxiliary gearbox is configured to work with synthetic oil, and the bearing system of the entire turbo-compressor train being provided with rolling bearings, wherein no component of the train has hydro-dynamic bearings and no mineral oil is used in any component of the train , wherein the bearings of the gas turbine engine , the centrifugal compressor , the single lube pump and the auxiliary gearbox each comprise only rolling bearings configured to be lubricated by the synthetic oil provided by the single lube pump ; and wherein the thrust balance system is configured to compensate axial thrust in the turbo-compressor train . the gas turbine engine including a compressor fluidly connected to a combustion chamber in which fuel and air are mixed together and ignited, the hot gases being provided to an expander , the gas turbine engine configured to transform thermal energy into mechanical energy, and the centrifugal compressor having a shaft connected to a shaft of the expander , characterized in that the lube pump is a single lube pump connected to oil piping and configured to provide synthetic oil to the gas turbine engine , the centrifugal compressor and the auxiliary gearbox , the auxiliary gearbox connecting a shaft of the compressor to a shaft of the lube pump , and the auxiliary gearbox is configured to work with synthetic oil, and the bearing system of the entire turbo-compressor train being provided with rolling bearings, wherein no component of the train has hydro-dynamic bearings and no mineral oil is used in any component of the train , wherein the bearings of the gas turbine engine , the centrifugal compressor , the single lube pump and the auxiliary gearbox each comprise only rolling bearings configured to be lubricated by the synthetic oil provided by the single lube pump ; and wherein the thrust balance system is configured to compensate axial thrust in the turbo-compressor train .
A communication method, comprising: receiving , by a first terminal device, first information from a second terminal device, where the first information is included in sidelink control information, SCI; obtaining , by the first terminal device, a cyclic redundancy check, CRC, code based on the first information; and obtaining , by the first terminal device, a reference signal sequence of a channel state information reference signal, CSI-RS, based on a scrambling identity, where the scrambling identity is L least significant bits of the CRC code or L most significant bits of the CRC code and L is a positive integer, and wherein the obtaining the reference signal sequence of the CSI-RS based on a scrambling identity comprises: obtaining, by the first terminal device, an initial value of a pseudo-random sequence based on the scrambling identity; and obtaining, by the first terminal device, the reference signal sequence of the CSI-RS based on the initial value of the pseudo-random sequence. receiving , by a first terminal device, first information from a second terminal device, where the first information is included in sidelink control information, SCI; obtaining , by the first terminal device, a cyclic redundancy check, CRC, code based on the first information; and obtaining , by the first terminal device, a reference signal sequence of a channel state information reference signal, CSI-RS, based on a scrambling identity, where the scrambling identity is L least significant bits of the CRC code or L most significant bits of the CRC code and L is a positive integer, and wherein the obtaining the reference signal sequence of the CSI-RS based on a scrambling identity comprises: obtaining, by the first terminal device, an initial value of a pseudo-random sequence based on the scrambling identity; and obtaining, by the first terminal device, the reference signal sequence of the CSI-RS based on the initial value of the pseudo-random sequence. obtaining, by the first terminal device, an initial value of a pseudo-random sequence based on the scrambling identity; and obtaining, by the first terminal device, the reference signal sequence of the CSI-RS based on the initial value of the pseudo-random sequence.
Door handle assembly for a motor vehicle , having a handle support , a handle and a drive element , wherein the handle can assume at least an idle position and a handling position, wherein when installed in a vehicle door the handle is arranged extending strake-flush with the outside of the vehicle door in the idle position and is arranged projecting outwards in a projection direction relative to the outside of the vehicle door for actuation in the handling position, wherein a base plate is mounted movably on the handle support , said base plate being movable relative to the handle support , and the handle being mounted thereon, and wherein the drive element is motion-coupled to the base plate and in normal operation is designed to move the base plate from a basic position, in which the handle is arranged in its idle position, into a readiness position, in which the handle is arranged in its handling position, wherein the drive element drives a drive axis rotationally, and the base plate is mounted so as to be movable between the basic position and the readiness position on the handle support via at least one rotary joint , wherein the at least one rotary joint is connected in torque-proof manner to the drive axis , characterized in that the at least one rotary joint is constructed in the form of a lever and a first lever end of the rotary joint is connected rotatably to the base plate , and a second lever end of the rotary joint is both connected in torque-proof manner to the drive axis and mounted rotatably on the handle support .
Rotor spinning machine with a multiple number of work stations arranged side by side between two front-side ends of the rotor spinning machine on at least one longitudinal side of the rotor spinning machine , each of which work stations features a multiple number of work elements for the production and winding of a yarn , whereas the work elements comprise at least one feed device , one severing device , one spinning rotor along with one winding device , and with a suction device for producing a negative spinning pressure at the work stations , whereas each work station features an individual drive , in particular a single electric drive , for the spinning rotor characterized in that the suction device includes at least two separate negative pressure sources , whereas at least one negative pressure source is arranged on each of the two front ends of the rotor spinning machine , and whereas each of the negative pressure sources is connected to a separate negative pressure channel that extends in the longitudinal direction of the rotor spinning machine only over a part of the work stations , and that the severing devices and the winding devices , of the work stations are driven by means of an individual electric drive.
A remote management system for providing a monitoring screen displayable on a plurality of devices having resolutions different from each other, comprising: a graphic editing unit configured to create a first file including a plurality of layers of monitoring screens corresponding to the resolutions of selected remote terminals; and a remote server configured to verify resolution and an application standard of a remote terminal upon receiving a monitoring screen provision request from the remote terminal , to activate a layer corresponding to the resolution of the remote terminal among the layers included in the first file, to create a second file corresponding to the application standard of the remote terminal using an activated layer, and to provide the second file to the remote terminal . a graphic editing unit configured to create a first file including a plurality of layers of monitoring screens corresponding to the resolutions of selected remote terminals; and a remote server configured to verify resolution and an application standard of a remote terminal upon receiving a monitoring screen provision request from the remote terminal , to activate a layer corresponding to the resolution of the remote terminal among the layers included in the first file, to create a second file corresponding to the application standard of the remote terminal using an activated layer, and to provide the second file to the remote terminal .
A closure bottom part for an essentially rotationally symmetric water container of a water pipe , comprising a closure element extending in an axial direction with a continuous opening in an axial direction and characterized in that the closure bottom part comprises a clamping means having a circumferential clamping element (16; 36; 61) modifiable in a radial direction, which is configured to, in a state where it is affixed to the water container , create a radially directed clamping force in order to clamp the closure bottom part between opposing walls of the water container or in order to clamp the water container between opposing walls of the closure bottom part , wherein the clamping force is based on a modification of the diameter of the clamping element (16; 36; 61) in a radial direction, furthermore comprising a displacement element (32; 33; 34) displaceable in an axial direction with respect to the clamping element which is configured to modify the clamping element (16; 36) in the radial direction as a result of an axial displacement of the displacement element (32; 33; 34) with respect to the closure element .
A vehicle having a vehicle frame , a rear fender assembly , a seat assembly and a longitudinal axis , the seat assembly comprising: a first seat pan of a driver seat having a first coupler coupling the driver seat to the vehicle frame ; a first seat support of the driver seat adjacent to the first seat pan ; a grab strap coupled to the first seat pan ; a first seat cover of the driver seat coupled to the first seat pan ; a first fastener coupling the driver seat to the rear fender assembly ; a passenger seat having a second seat cover , a second seat pan and a second seat support disposed between the second seat cover and the second seat pan , the second seat pan being coupled to the rear fender assembly with the first fastener , and a second fastener coupling the second seat pan to the rear fender assembly ; characterized by said second seat pan comprising a first opening , the grab strap being inserted through the first opening in the second seat pan and through the second seat support and the second seat cover . a first seat pan of a driver seat having a first coupler coupling the driver seat to the vehicle frame ; a first seat support of the driver seat adjacent to the first seat pan ; a grab strap coupled to the first seat pan ; a first seat cover of the driver seat coupled to the first seat pan ; a first fastener coupling the driver seat to the rear fender assembly ; a passenger seat having a second seat cover , a second seat pan and a second seat support disposed between the second seat cover and the second seat pan , the second seat pan being coupled to the rear fender assembly with the first fastener , and a second fastener coupling the second seat pan to the rear fender assembly ; characterized by said second seat pan comprising a first opening , the grab strap being inserted through the first opening in the second seat pan and through the second seat support and the second seat cover .
A computing device comprising one or more processors and one or more memory devices having stored thereon computer readable instructions which, when executed by the one or more processors , cause the computing device to establish a trusted execution environment for executing application code, the trusted execution environment comprising: - an execution engine configured to execute application code; - a storage module configured to provide read-only access to the execution engine for accessing the application code; and - a management module configured to: - receive, from a requestor, execution request(s) to execute the application code; - instruct the execution engine to load the application code from the storage module and to execute the application code according to the execution request; - bundle data input, response data output to and from the execution engine into input data stream(s) and output data stream(s), respectively; - terminate the execution engine after execution of the application code; - create an execution record of execution of the application code by the execution engine comprising data indicative of said input data stream (s) and output data stream(s); and - transmit the execution record to the requestor. - an execution engine configured to execute application code; - a storage module configured to provide read-only access to the execution engine for accessing the application code; and - a management module configured to: - receive, from a requestor, execution request(s) to execute the application code; - instruct the execution engine to load the application code from the storage module and to execute the application code according to the execution request; - bundle data input, response data output to and from the execution engine into input data stream(s) and output data stream(s), respectively; - terminate the execution engine after execution of the application code; - create an execution record of execution of the application code by the execution engine comprising data indicative of said input data stream (s) and output data stream(s); and - transmit the execution record to the requestor. - receive, from a requestor, execution request(s) to execute the application code; - instruct the execution engine to load the application code from the storage module and to execute the application code according to the execution request; - bundle data input, response data output to and from the execution engine into input data stream(s) and output data stream(s), respectively; - terminate the execution engine after execution of the application code; - create an execution record of execution of the application code by the execution engine comprising data indicative of said input data stream (s) and output data stream(s); and - transmit the execution record to the requestor.