mhurhangee/patent-ind-claim-en huggingface dataset:
A signal matching apparatus comprising: - at least one receiving unit adapted to receive a signal: - at least one memory unit adapted to store predefined reference data, wherein the reference data stored in the memory unit comprises a number of different representations of a reference signal including at least one of: a signal eye diagram, an IQ signal diagram, a spectrogram of the reference signal, a waterfall spectrum of the reference signal; and - at least one neural network configured to compare a signal profile of the received signal and/or signal parameters derived from the received signal with reference data stored in said memory unit for different representation types of the reference signal to determine a similarity between the received signal and the predefined reference data. - at least one receiving unit adapted to receive a signal: - at least one memory unit adapted to store predefined reference data, wherein the reference data stored in the memory unit comprises a number of different representations of a reference signal including at least one of: a signal eye diagram, an IQ signal diagram, a spectrogram of the reference signal, a waterfall spectrum of the reference signal; and a signal eye diagram, an IQ signal diagram, a spectrogram of the reference signal, a waterfall spectrum of the reference signal; and - at least one neural network configured to compare a signal profile of the received signal and/or signal parameters derived from the received signal with reference data stored in said memory unit for different representation types of the reference signal to determine a similarity between the received signal and the predefined reference data.
A display device , comprising: a first unit , comprising: a first substrate ; and a light blocking structure having a plurality of first openings and disposed on the first substrate ; and a plurality of second units , each comprising: a second substrate ; and a plurality of light emitting diodes disposed on the second substrate and corresponding to a portion of the plurality of first openings ; wherein the plurality of second units are adhered to the first unit , characterized in that the light blocking structure further comprises a third opening corresponding to a gap (GP) between two of the plurality of second units . a first unit , comprising: a first substrate ; and a light blocking structure having a plurality of first openings and disposed on the first substrate ; and a first substrate ; and a light blocking structure having a plurality of first openings and disposed on the first substrate ; and a plurality of second units , each comprising: a second substrate ; and a plurality of light emitting diodes disposed on the second substrate and corresponding to a portion of the plurality of first openings ; a second substrate ; and a plurality of light emitting diodes disposed on the second substrate and corresponding to a portion of the plurality of first openings ; wherein the plurality of second units are adhered to the first unit , characterized in that the light blocking structure further comprises a third opening corresponding to a gap (GP) between two of the plurality of second units .
Wiper for a glazed surface of a vehicle, comprising: - a structure designed to receive a wiping blade , said structure comprising a longitudinal support comprising a cavity that is intended to house a planar metal stiffening rod extending essentially over the entire length of the structure of the wiper, - an accessory that is mounted and secured on the longitudinal support , said accessory being located above the longitudinal support, characterized in that said accessory is created by extrusion independently of the longitudinal support and comprises a device for distributing/spraying fluid, consisting of at least one lateral liquid transport duct with holes pierced in it, said accessory comprising flanks bearing the one or more liquid transport ducts and surrounding the longitudinal support , and - at least one end piece located at one end of said structure and comprising means (61; 63; 621, 622) for closing off said transport duct. - a structure designed to receive a wiping blade , said structure comprising a longitudinal support comprising a cavity that is intended to house a planar metal stiffening rod extending essentially over the entire length of the structure of the wiper, - an accessory that is mounted and secured on the longitudinal support , said accessory being located above the longitudinal support, characterized in that said accessory is created by extrusion independently of the longitudinal support and comprises a device for distributing/spraying fluid, consisting of at least one lateral liquid transport duct with holes pierced in it, said accessory comprising flanks bearing the one or more liquid transport ducts and surrounding the longitudinal support , and - at least one end piece located at one end of said structure and comprising means (61; 63; 621, 622) for closing off said transport duct.
A method for evaluating tumorigenicity of a test cell, comprising transplanting the cell into anterior chamber of an eye of a rat, and observing the presence or absence of tumor formation, wherein the number of the cells to be transplanted is not less than 10 5 cells and wherein the test cell is a stem cell or a differentiated somatic cell induced therefrom. wherein the number of the cells to be transplanted is not less than 10 5 cells and wherein the test cell is a stem cell or a differentiated somatic cell induced therefrom.
Medical appliance intended for light therapy for patients who have a chronic dermatological disorder, comprising a UV lamp and a filter unit that filters the light emanating from the UV lamp such that light having a wavelength of less than 280 nm is completely absorbed, wherein the filter unit comprises two filter plates which are placed parallel to one another and are interspaced, characterized in that the UV lamp and filter unit are such that in the wavelength range between 280 and 320 nanometers light is present having a maximum intensity of 0.35 W/m 2 at 40 cm distance from the UV lamp, and in that in the wavelength range from 280 to 320 nm each filter plate has a transmission factor increasing from zero at 280 nm to 0.35 at 320 nm.
A method for offloading data traffic of a wireless communication device, the method comprising: receiving, from a first computing device carrying out an anchor session management function , a request message, wherein the request message includes a data network access identifier of a data network to which the data traffic is to be offloaded; using the data network access identifier, selecting a second computing device to carry out an intermediate session management function ; and transmitting a message to the second computing device to create a context for the wireless communication device, wherein the anchor session management function provides a traffic steering policy that includes a traffic filter to identify a traffic subject to offloading, wherein, in a case that an access and mobility management function receives the traffic steering policy from the anchor session management function , the access and mobility management function transmits the traffic steering policy to the intermediate session management function , or in a case that the access and mobility management function does not receive the traffic steering policy from the anchor session management function , the anchor session management function transmits the traffic steering policy to the intermediate session management function . receiving, from a first computing device carrying out an anchor session management function , a request message, wherein the request message includes a data network access identifier of a data network to which the data traffic is to be offloaded; using the data network access identifier, selecting a second computing device to carry out an intermediate session management function ; and transmitting a message to the second computing device to create a context for the wireless communication device, wherein the anchor session management function provides a traffic steering policy that includes a traffic filter to identify a traffic subject to offloading, wherein, in a case that an access and mobility management function receives the traffic steering policy from the anchor session management function , the access and mobility management function transmits the traffic steering policy to the intermediate session management function , or in a case that the access and mobility management function does not receive the traffic steering policy from the anchor session management function , the anchor session management function transmits the traffic steering policy to the intermediate session management function .
A lens system comprising: a first lens array assembly including a first pair of lens arrays and comprising a first plurality of cells , wherein each cell of the first plurality of cells includes a Fourier transform pair of array lenses with one lens from each array; and a second lens array assembly including a second pair of lens arrays and comprising a second plurality of cells , wherein each cell of the second plurality of cells includes a Fourier transform pair of array lenses with one lens from each array; wherein: the pitch for the lenslets of the first array of the first pair of lens arrays is d 1a , the pitch for the lenslets of the second array of the first pair of lens arrays is d 1b , the pitch for the lenslets of the first array of the second pair of lens arrays is d 2a and the pitch for the lenslets of the second array of the second pair of lens arrays is d 2b , wherein the pitches of all four lens arrays differ from one another and the pitches are configured such that d 1a < d 1b < d 2a < d 2b ; and the first and second lens array assemblies and the first and second pairs of lens arrays are positioned relative to one another along an optical axis of the lens system such that a representation of a Fourier transform of light from an object is developed at a plane between the first and second pairs and an image of the object is provided at an image conjugate distance from the second pair. a first lens array assembly including a first pair of lens arrays and comprising a first plurality of cells , wherein each cell of the first plurality of cells includes a Fourier transform pair of array lenses with one lens from each array; and a second lens array assembly including a second pair of lens arrays and comprising a second plurality of cells , wherein each cell of the second plurality of cells includes a Fourier transform pair of array lenses with one lens from each array; wherein: the pitch for the lenslets of the first array of the first pair of lens arrays is d 1a , the pitch for the lenslets of the second array of the first pair of lens arrays is d 1b , the pitch for the lenslets of the first array of the second pair of lens arrays is d 2a and the pitch for the lenslets of the second array of the second pair of lens arrays is d 2b , wherein the pitches of all four lens arrays differ from one another and the pitches are configured such that d 1a < d 1b < d 2a < d 2b ; and the first and second lens array assemblies and the first and second pairs of lens arrays are positioned relative to one another along an optical axis of the lens system such that a representation of a Fourier transform of light from an object is developed at a plane between the first and second pairs and an image of the object is provided at an image conjugate distance from the second pair.
Method for injection moulding of thermoplastic pole parts, with the use of a mould in which at least one vacuum interrupter and contact terminals are fixed during the moulding procees, and with at least one injection opening for injection of thermoplastic material into the mould, characterized in that the mould is applied with multiple injection openings or gates , or film-injection gates at least along its long axis, for injection of hot thermoplastic material, and that the injection gates can be steered or operated and are located in such a way, that they inject thermoplastic material with a defined time dependent injection pattern, that the injection openings are applied with shutters, by which the flux of injected hot thermoplastic material can independently be steered for each injection opening, and that additionally the contact terminals are positioned into the mould as inlays and injection gates are located in such, that they are positioned near to that inlays and in that way, that a force Fi is caused by injected material in that way and in that direction, that the inlays will be pushed into their predetermined end positions.
A method for checking possible air leaks inside instrumentation comprising a housing for a battery , a main body , for underwater use, comprising the following steps: a) detecting, by means of a pressure sensor , the initial reference pressure P1 inside the main body of said instrumentation for underwater use in a first condition, in which the housing for the battery is open; b) setting a second condition, in which the housing for the battery is closed; c) detecting, by means of said pressure sensor , the pressure P2 of the air inside said main body of the instrumentation for underwater use after having set said second closed condition of the housing for the battery ; d) periodically detecting, at time t n , the value P n of the pressure inside said main body of the instrumentation for underwater use in said closed condition of the housing for the battery ; e) transmitting said values P1, P2, P n to a central unit capable of storing said values and comparing them with one another; f) activating a communication device capable of emitting a signal perceptible by the user when the drop in the value of pressure P n measured at time t n with respect to values P1 and P2 is greater than a predetermined threshold value P3. a) detecting, by means of a pressure sensor , the initial reference pressure P1 inside the main body of said instrumentation for underwater use in a first condition, in which the housing for the battery is open; b) setting a second condition, in which the housing for the battery is closed; c) detecting, by means of said pressure sensor , the pressure P2 of the air inside said main body of the instrumentation for underwater use after having set said second closed condition of the housing for the battery ; d) periodically detecting, at time t n , the value P n of the pressure inside said main body of the instrumentation for underwater use in said closed condition of the housing for the battery ; e) transmitting said values P1, P2, P n to a central unit capable of storing said values and comparing them with one another; f) activating a communication device capable of emitting a signal perceptible by the user when the drop in the value of pressure P n measured at time t n with respect to values P1 and P2 is greater than a predetermined threshold value P3.
Method for monitoring automatic parking of a vehicle, wherein at least one video image of the execution of the automatic parking of the vehicle is captured , which video image is transmitted to a mobile terminal, wherein the at least one video image comprises a video image which is captured by means of a vehicle-external camera, wherein the vehicle-external camera is a vehicle-internal camera of a further vehicle.
An imaging platform for the detection of motile objects of interest in a fluid sample comprising: one or more substantially optically transparent sample holders ; a moveable scanning head containing one or more coherent light sources located on a first side of the one or more substantially optically transparent sample holders and one or more corresponding image sensors associated with the one or more coherent light sources and located on an opposing side of the one or more substantially optically transparent sample holders , wherein the one or more coherent light sources project light onto the one or more substantially optically transparent sample holders ; a translation stage configured to translate the moveable scanning head relative to the one or more optically transparent sample holders ; a computing device configured to receive a movie of time-varying holographic speckle pattern image sequences obtained by the one or more image sensors , the computing device comprising computational motion analysis software configured to generate a three-dimensional contrast map of candidate motile objects within the one or more optically transparent sample holders , the computing device further comprising a deep learning-based classifier software to identify the motile objects of interest in the three-dimensional contrast map, wherein the deep learning-based classifier software is trained to distinguish motile objects of interest from a group of candidate motile objects. one or more substantially optically transparent sample holders ; a moveable scanning head containing one or more coherent light sources located on a first side of the one or more substantially optically transparent sample holders and one or more corresponding image sensors associated with the one or more coherent light sources and located on an opposing side of the one or more substantially optically transparent sample holders , wherein the one or more coherent light sources project light onto the one or more substantially optically transparent sample holders ; a translation stage configured to translate the moveable scanning head relative to the one or more optically transparent sample holders ; a computing device configured to receive a movie of time-varying holographic speckle pattern image sequences obtained by the one or more image sensors , the computing device comprising computational motion analysis software configured to generate a three-dimensional contrast map of candidate motile objects within the one or more optically transparent sample holders , the computing device further comprising a deep learning-based classifier software to identify the motile objects of interest in the three-dimensional contrast map, wherein the deep learning-based classifier software is trained to distinguish motile objects of interest from a group of candidate motile objects.
A method of selecting the intensity of a light source for monitoring an analyte in blood, comprising the steps of: providing the light source, the light source emitting light in a first wavelength into the tissue of the subject to obtain an analyte-pulse; providing a second light source, the second light source emitting light in a second wavelength into the tissue of the subject to obtain a blood-pulse; monitoring the similarity of the pulse shape obtained by the first wavelength to the pulse shape obtained by the second wavelength; and adjusting the intensity of the light emitted by the light source and/or the intensity of the light emitted by the second light source until the shape of the analyte-pulse and the shape of the blood-pulse are similar. providing the light source, the light source emitting light in a first wavelength into the tissue of the subject to obtain an analyte-pulse; providing a second light source, the second light source emitting light in a second wavelength into the tissue of the subject to obtain a blood-pulse; monitoring the similarity of the pulse shape obtained by the first wavelength to the pulse shape obtained by the second wavelength; and adjusting the intensity of the light emitted by the light source and/or the intensity of the light emitted by the second light source until the shape of the analyte-pulse and the shape of the blood-pulse are similar.
Device having a beverage container holder and a beverage container , wherein the beverage container holder has a holder device for arranging the beverage container holder on a receiver and has a receiving device for releasably fixing the beverage container , and the beverage container has an inner recess for receiving a liquid and has an arrangement device formed to be complementary to the receiving device in terms of shape and surface, and a magnet device is provided on at least one of the receiving device and the arrangement device for their mutual releasable fixing, characterised in that the arrangement device of the beverage container extends out from a base side of the beverage container in the direction of the inner recess and has at least one surface region facing towards the receiving device , which surface region corresponds at least to a segment of an outer surface of an ellipsoidal body .
A continuous process for the preparation of ethylene glycol and 1,2-propylene glycol from starting material comprising one or more saccharides, said process being carried out in a reactor system comprising a reactor vessel equipped with an external recycle loop and said process comprising the steps of: i) providing the starting material in a solvent, via an inlet, to the external recycle loop and contacting it therein with a retro-aldol catalyst composition to provide an intermediate stream; ii) then contacting said intermediate stream with hydrogen in the presence of a hydrogenation catalyst composition in the reactor vessel; iii) withdrawing a product stream comprising glycols from the reactor vessel; iv) providing a portion of said product stream, via an outlet, for separation and purification of the glycols contained therein; and v) recycling the remainder of said product stream via the external recycle loop. i) providing the starting material in a solvent, via an inlet, to the external recycle loop and contacting it therein with a retro-aldol catalyst composition to provide an intermediate stream; ii) then contacting said intermediate stream with hydrogen in the presence of a hydrogenation catalyst composition in the reactor vessel; iii) withdrawing a product stream comprising glycols from the reactor vessel; iv) providing a portion of said product stream, via an outlet, for separation and purification of the glycols contained therein; and v) recycling the remainder of said product stream via the external recycle loop.
Method for repercussion-free unidirectional transfer of data from a first network zone to a second network zone for evaluation in a remote application server , performed by a transfer apparatus and having the method steps of: - capturing the data, which are transferred in a network data format , in the first network zone , - transforming the data from the network data format into a transport data format , - unidirectionally transferring the data in the transport data format to the second network zone , - transforming the data from the transport data format back into the network data format , and - transmitting the data to an application server , wherein the transforming back is performed in a second network zone that is physically remote from the first network zone , characterized in that the transforming of the network data from the network data format into the transport data format involves a protocol format conversion from a network protocol used for transferring the network data in the first network zone into a transport protocol used for transferring the network data to the second network zone being performed, wherein the network protocol allows a bidirectional communication and the transport protocol allows only a unidirectional communication. - capturing the data, which are transferred in a network data format , in the first network zone , - transforming the data from the network data format into a transport data format , - unidirectionally transferring the data in the transport data format to the second network zone , - transforming the data from the transport data format back into the network data format , and - transmitting the data to an application server , wherein the transforming back is performed in a second network zone that is physically remote from the first network zone ,