mhurhangee/patent-ind-claim-en huggingface dataset:
A transmon qubit comprising: a superconducting plate capacitor comprising a first plate and a second plate wherein the first plate is disposed opposite to at least a part of the second plate, wherein the first plate and the second plate are connected via a superconducting nonlinear inductance element , and a capacitance formed between the first plate and the second plate; characterized in that the first plate and the second plate are configured to form a vacuum gap capacitor. a superconducting plate capacitor comprising a first plate and a second plate wherein the first plate is disposed opposite to at least a part of the second plate, wherein the first plate and the second plate are connected via a superconducting nonlinear inductance element , and a capacitance formed between the first plate and the second plate; characterized in that the first plate and the second plate are configured to form a vacuum gap capacitor.
An exchangeable cartridge containing a liquid composition, for an injection device for delivering the liquid composition, said cartridge comprising a container having a front end and a rear end, and a plunger slidably arranged within the container, wherein the plunger is connectable with a plunger rod of the injection device , wherein the container is arranged to receive the plunger rod from its rear end, wherein the plunger comprises a rod connector connectable with a front end portion of the plunger rod, the rod connector having a base portion , an outer wall section extending rearwards from the base portion, an inner wall section extending rearwards from the base portion, and a rod stop portion encircled by the inner wall section, wherein the inner wall section comprises several tongues protruding rearwards from the base portion, and defining an entrance opening for the plunger rod, wherein the inner wall section is arranged to receive a front portion of the plunger rod through the entrance opening, and wherein the tongues are provided with retaining portions , which are arranged to retain the front end portion during retraction of the plunger rod within the housing, wherein the container is provided with a disposable cap , which covers at least a part of an opening of the container at the rear end of the container, and which constitutes a rear stop for the rod connector , wherein a rear end of the outer wall section of the rod connector is arranged to abut on the disposable cap in a rearmost position.
A method implemented by one or more processors of a processing system executing software, comprising: capturing a first image and a second image of a scene using a pair of imaging cameras of an imaging system , wherein the first image and the second image form a stereo image pair and each comprises a plurality of pixels, wherein each of the plurality of pixels in the first image is associated with a disparity value; initializing, at a processor of the imaging system, each of the plurality of pixels in the second image with a disparity hypothesis; characterized by recursively determining, at the processor, for non-overlapping tiles of an increasing size starting with a size of 1x1 pixels and thus from an image tile of a smaller size to an image tile of a larger size, matching costs of the disparity hypothesis for each of the plurality of pixels in the second image to generate an initial tiled disparity map including a plurality of image tiles, wherein each image tile of the initial tiled disparity map is assigned a disparity value estimate; refining, at the processor, the disparity value estimate of each image tile and further associating the disparity value estimate of each image tile with a slant hypothesis for a slant of each image tile; determining, at the processor, a final disparity estimate for each pixel of the second image based on the refined disparity value estimate of each image tile; and generating a depth map for the scene using correspondence between the plurality of pixels of the first image and the second image and based on the determined final disparity estimate for each pixel of the second image. capturing a first image and a second image of a scene using a pair of imaging cameras of an imaging system , wherein the first image and the second image form a stereo image pair and each comprises a plurality of pixels, wherein each of the plurality of pixels in the first image is associated with a disparity value; initializing, at a processor of the imaging system, each of the plurality of pixels in the second image with a disparity hypothesis; characterized by recursively determining, at the processor, for non-overlapping tiles of an increasing size starting with a size of 1x1 pixels and thus from an image tile of a smaller size to an image tile of a larger size, matching costs of the disparity hypothesis for each of the plurality of pixels in the second image to generate an initial tiled disparity map including a plurality of image tiles, wherein each image tile of the initial tiled disparity map is assigned a disparity value estimate; refining, at the processor, the disparity value estimate of each image tile and further associating the disparity value estimate of each image tile with a slant hypothesis for a slant of each image tile; determining, at the processor, a final disparity estimate for each pixel of the second image based on the refined disparity value estimate of each image tile; and generating a depth map for the scene using correspondence between the plurality of pixels of the first image and the second image and based on the determined final disparity estimate for each pixel of the second image.
A method for implementing automatic binding of a first and second terminal, wherein the first and second terminal pre-install an application which based on an identical network platform, and the method for implementing automatic binding of the first and second terminal comprises: generating (S10), by the first terminal, a first identifier comprising information of the application, to uniquely express the first terminal itself, and sending the first identifier to the second terminal via a first connection; generating (S20), by the second terminal, a second identifier comprising the information of the application, to uniquely express the second terminal itself, and generating a third identifier according to the second identifier and the received first identifier; sending (S30), by the second terminal, the third identifier to a cloud end server; and backing up, by the cloud end server, the third identifier thereon, and binding the first and the second terminal based on the third identifier, enabling the first and the second terminal to interact vie the pre-installed application based on the identical network platform different than the first connection. generating (S10), by the first terminal, a first identifier comprising information of the application, to uniquely express the first terminal itself, and sending the first identifier to the second terminal via a first connection; generating (S20), by the second terminal, a second identifier comprising the information of the application, to uniquely express the second terminal itself, and generating a third identifier according to the second identifier and the received first identifier; sending (S30), by the second terminal, the third identifier to a cloud end server; and backing up, by the cloud end server, the third identifier thereon, and binding the first and the second terminal based on the third identifier, enabling the first and the second terminal to interact vie the pre-installed application based on the identical network platform different than the first connection.
An oral care composition comprising: (a) from about 0.0025% to about 5%, by weight of the oral care composition, of tin; (b) from about 5% to about 50%, by weight of the oral care composition, of stabilizing polyol, the stabilizing polyol comprising five or six carbon atoms, wherein the stabilizing polyol is xylitol, sorbitol, galactitol and/or mixtures thereof; (c) from about 0.0025% to about 20%, by weight of the oral care composition, of gum strengthening polyol, the gum strengthening polyol comprising seven or more hydroxyl functional groups, and wherein the gum strengthening polyol is trehalose, rafiose, stachyose, verbascose, isomalt, maltitol, lactitol, maltotriitol, maltotetraitol, polyglycitol, or combinations thereof; and (d) up to about 45%, by weight of the oral care composition, of water, wherein the oral care composition has a pH of greater than 7. (a) from about 0.0025% to about 5%, by weight of the oral care composition, of tin; (b) from about 5% to about 50%, by weight of the oral care composition, of stabilizing polyol, the stabilizing polyol comprising five or six carbon atoms, wherein the stabilizing polyol is xylitol, sorbitol, galactitol and/or mixtures thereof; (c) from about 0.0025% to about 20%, by weight of the oral care composition, of gum strengthening polyol, the gum strengthening polyol comprising seven or more hydroxyl functional groups, and wherein the gum strengthening polyol is trehalose, rafiose, stachyose, verbascose, isomalt, maltitol, lactitol, maltotriitol, maltotetraitol, polyglycitol, or combinations thereof; and (d) up to about 45%, by weight of the oral care composition, of water,
A gas detector system for spatially resolved detection of a gas substance in an area, comprising; - a detector comprising first and second image sensors ; - a broad band filter arranged in the optical beam path before the detector ; for transferring a broad band beam with a wavelength spectrum including an absorption wavelength peak (B) corresponding to said gas substance; - a telescope , splitter ; and relay optics ; - wherein the telescope is arranged to imaging the area onto the image sensors; wherein the splitter is arranged to produce split beams; and - wherein said relay optics are arranged to relay said split beams respectively to produce first and second images on first and second image sensors; to provide for each pixel of the first image a corresponding pixel of the second image for respective on- and off-peak wavelengths relative to the absorption wavelength; and a controller coupled to the detector , arranged to provide a difference image as a function of the two pixel values of first and second image sensors to produce an image at the spatially resolved absorption wavelength corresponding to said gas substance, wherein the relay optics are provided with an interferometric stage combining said split beams with an optical path difference into a first image, and into a second image, thereby each image having a spectral fringe pattern corresponding to the optical path difference that matches absorption dips pertaining to the gas being measured, to produce the first image and second image with a phase difference corresponding to half of the central wavelength of the broad beam, thereby producing said first and second images with relative phase differences corresponding to respective on- and off-peak wavelengths relative to the absorption wavelength. - a detector comprising first and second image sensors ; - a broad band filter arranged in the optical beam path before the detector ; for transferring a broad band beam with a wavelength spectrum including an absorption wavelength peak (B) corresponding to said gas substance; - a telescope , splitter ; and relay optics ; - wherein the telescope is arranged to imaging the area onto the image sensors; wherein the splitter is arranged to produce split beams; and - wherein said relay optics are arranged to relay said split beams respectively to produce first and second images on first and second image sensors; to provide for each pixel of the first image a corresponding pixel of the second image for respective on- and off-peak wavelengths relative to the absorption wavelength; and
A steering robot for operating a steering wheel of a test automobile, the robot comprising: an actuator mounted to the automobile; an electromechanical connector that detachably connects the actuator to the steering wheel ; and a steering processor connected to the actuator and electromechanical connector , the steering processor adapted to perform the step of: actuating the actuator , thereby operating the steering wheel when the actuator is connected to the steering wheel by way of the electromechanical connector; characterized in that the steering processor is adapted to perform the step of: actuating the electromechanical connector , thereby disconnecting the actuator from the steering wheel. an actuator mounted to the automobile; an electromechanical connector that detachably connects the actuator to the steering wheel ; and a steering processor connected to the actuator and electromechanical connector , the steering processor adapted to perform the step of: actuating the actuator , thereby operating the steering wheel when the actuator is connected to the steering wheel by way of the electromechanical connector; characterized in that the steering processor is adapted to perform the step of: actuating the electromechanical connector , thereby disconnecting the actuator from the steering wheel. actuating the actuator , thereby operating the steering wheel when the actuator is connected to the steering wheel by way of the electromechanical connector; characterized in that the steering processor is adapted to perform the step of: actuating the electromechanical connector , thereby disconnecting the actuator from the steering wheel.
A monitoring device for switching systems comprising a contact assembly having at least a movable contact and a kinematic chain for actuating said movable contact and opening/closing said contact assembly whereby it comprises: - an accelerometer adapted to be positioned on a moving part of said switching system and capable of determining acceleration data of said moving part; - characterized by a control unit comprising: a first processing unit adapted to receive acceleration data measured by said accelerometer and calculate timing instants of predetermined events and motion parameters related to said switching system ; - a second processing unit adapted to receive said timing instants of predetermined events and said motion parameters and to use at least one timing instant and at least one motion parameter to calculate electro/mechanical parameters of said switching system indicative of the status of components of said switching system. - an accelerometer adapted to be positioned on a moving part of said switching system and capable of determining acceleration data of said moving part; - characterized by a control unit comprising: a first processing unit adapted to receive acceleration data measured by said accelerometer and calculate timing instants of predetermined events and motion parameters related to said switching system ; - a second processing unit adapted to receive said timing instants of predetermined events and said motion parameters and to use at least one timing instant and at least one motion parameter to calculate electro/mechanical parameters of said switching system indicative of the status of components of said switching system. a first processing unit adapted to receive acceleration data measured by said accelerometer and calculate timing instants of predetermined events and motion parameters related to said switching system ; - a second processing unit adapted to receive said timing instants of predetermined events and said motion parameters and to use at least one timing instant and at least one motion parameter to calculate electro/mechanical parameters of said switching system indicative of the status of components of said switching system.
A controller for a motor configured to rotate a roll of material, the controller comprising: a drive speed regulator configured to generate an initial torque command based on a difference between a speed setpoint and a measured drive speed of the motor; characterized by an observer module configured to estimate a density error of the roll of material, wherein the initial torque command is adjusted based on the density error to obtain a total torque command ; and a torque regulator configured to control the motor based on the total torque command. a drive speed regulator configured to generate an initial torque command based on a difference between a speed setpoint and a measured drive speed of the motor; characterized by an observer module configured to estimate a density error of the roll of material, wherein the initial torque command is adjusted based on the density error to obtain a total torque command ; and a torque regulator configured to control the motor based on the total torque command.
A method for semi-persistent scheduling, SPS, based resource allocation in a private 5G network, comprising: receiving location data of a plurality of user equipment, UEs, in the private 5G network in a last subframe of respective current communication periods of the plurality of UEs; determining distance distribution of the plurality of UEs in a subsequent communication period of a candidate UE of the plurality of UEs, based on the respective location data of the plurality of UEs; determining signal to noise ratio, SNR, expectation of the plurality of UEs for the subsequent communication period, based at least in part on the distance distribution of the plurality of UEs, the SNR expectation further defining an amount of data to be carried by one or more SPS channels in the subsequent communication period; solving an optimization problem optimizing an expectation of data to be carried by each of the one or more SPS channels in the subsequent communication period, to obtain scheduling result for each of the one or more SPS channels; generating resource allocation data for the candidate UE based on the scheduling result; and transmitting the resource allocation data to the candidate UE for uplink communication. receiving location data of a plurality of user equipment, UEs, in the private 5G network in a last subframe of respective current communication periods of the plurality of UEs; determining distance distribution of the plurality of UEs in a subsequent communication period of a candidate UE of the plurality of UEs, based on the respective location data of the plurality of UEs; determining signal to noise ratio, SNR, expectation of the plurality of UEs for the subsequent communication period, based at least in part on the distance distribution of the plurality of UEs, the SNR expectation further defining an amount of data to be carried by one or more SPS channels in the subsequent communication period; solving an optimization problem optimizing an expectation of data to be carried by each of the one or more SPS channels in the subsequent communication period, to obtain scheduling result for each of the one or more SPS channels; generating resource allocation data for the candidate UE based on the scheduling result; and transmitting the resource allocation data to the candidate UE for uplink communication.
A particle magnifier for magnifying particles carried by a carrier gas in a flow , comprising a conditioner for conditioning the flow with a working gas , a cooler for cooling the conditioned flow such that working gas condenses on the particles , and a first conduit for guiding the flow in a flow direction successively through the conditioner and the cooler , characterised in that the conditioner has a second conduit for the working gas , wherein the first and second conduit are in fluid communication via a membrane that is permeable to both the carrier gas and the working gas and impermeable to the particles , such that at least part of the carrier gas in the flow can be substituted by the working gas , such that molecules of the carrier gas can diffuse from the first to the second conduit and molecules of the working gas can diffuse from the second to the first conduit through the membrane .
Goods transport compartment , comprising two sides and a roof connecting the two sides , the sides defining therebetween an opening for accessing goods inside the compartment , the compartment further comprising a sectional door for selectively opening and closing said opening , said sectional door comprising a frame framing an opening , and a panel which is formed of a plurality of consecutive slats hinged to one other and is movably mounted relative to the frame between a closed position, in which said panel closes the opening , and an open position, in which said panel is away from the opening , the panel of said sectional door having an inner face facing inside the compartment , the sectional door also comprising an inflatable seal mounted on the frame at the periphery of the opening , the inflatable seal comprising a resilient membrane defining an inner channel , said resilient membrane being suitable for occupying a rest position away from the panel when the inner channel is empty, and for expanding so as to occupy an expanded position in which it bears against the panel in the closed position when a pressurised fluid is injected into the inner channel , characterised in that the inflatable seal is positioned so as to bear against said inner face when the resilient membrane is in the expanded position and the panel is in the closed position.
A storage and transport element , in particular a pallet or container for storing and/or transporting goods, comprising a supporting platform on the top side thereof and a substructure supporting framework connected to the supporting platform, the substructure supporting framework comprising in each case at least two fastening struts , the longitudinal axes of which extend perpendicularly to the surface of the supporting platform , at one or more lateral surfaces of the storage and transport element , a respective fastening bracket for connecting fastening struts to further fastening struts of an adjacent storage and transport element being pivotably mounted at the fastening struts, each of the fastening brackets comprising a respective pivotable arm including a clamping element , which is configured to at least partially embrace a further fastening strut of an adjacent storage and transport element in a fastening position, when the arm is pivoted out, and the fastening brackets in each case having a sleeve-shaped or toroidal end that surrounds a respective fastening strut .
A computer-implemented method comprising: receiving at a hosted services server, a token request transmitted from an end-user communication device, requesting an upload token from the hosted services server configured to authorize transmission of a first media file to a hosted proxy server; upon validating a user of the end-user communication device using end-user credentials to the hosted services server, transmitting the upload token to the end-user communication device; receiving at the hosted services server, a token validation call from the hosted proxy server; transmitting a validation message from the hosted services server to the hosted proxy server configured to authorize transmission of the first media file from the hosted proxy server to a media sharing site using credentials of the hosted services server; and receiving, at the hosted services server, a unique identification representing a location of the first media file on the media sharing site. receiving at a hosted services server, a token request transmitted from an end-user communication device, requesting an upload token from the hosted services server configured to authorize transmission of a first media file to a hosted proxy server; upon validating a user of the end-user communication device using end-user credentials to the hosted services server, transmitting the upload token to the end-user communication device; receiving at the hosted services server, a token validation call from the hosted proxy server; transmitting a validation message from the hosted services server to the hosted proxy server configured to authorize transmission of the first media file from the hosted proxy server to a media sharing site using credentials of the hosted services server; and receiving, at the hosted services server, a unique identification representing a location of the first media file on the media sharing site.