mhurhangee/ep-ind-claims huggingface dataset:
A method for investigating live cells comprising the steps: acquiring an image of at least one unstained live cell, applying, at a first feature level, a Dual Tree Complex Wavelet transform to the image to form a plurality of high pass sub-images each corresponding to details at a different orientation and one low pass image, applying, at a predetermined number of subsequent feature levels, the Dual Tree Complex Wavelet transform to the low pass image of the preceding level to form a plurality of high pass sub-images each corresponding to details at a different orientation and one low pass image, wherein each level corresponds to a different scale, generating, at each feature level, an approximately rotational invariant resultant image by combining the high pass images of said level, The approximately rotational invariant resultant image being of the same size as the high pass image, resizing the approximately rotational invariant resultant image at each level to the size of the original image, generating a feature vector for each pixel in the first image based on the resized rotational invariant resultant images, by selecting as an element of the feature vector the corresponding value in each of the resized approximately rotational invariant resultant images, forming a pseudo-fluorescent image by, for each pixel, deriving a pixel value from the corresponding feature vector, and segmenting the pseudo-fluorescent image by a segmentation method for fluorescent images. acquiring an image of at least one unstained live cell, applying, at a first feature level, a Dual Tree Complex Wavelet transform to the image to form a plurality of high pass sub-images each corresponding to details at a different orientation and one low pass image, applying, at a predetermined number of subsequent feature levels, the Dual Tree Complex Wavelet transform to the low pass image of the preceding level to form a plurality of high pass sub-images each corresponding to details at a different orientation and one low pass image, wherein each level corresponds to a different scale, generating, at each feature level, an approximately rotational invariant resultant image by combining the high pass images of said level, The approximately rotational invariant resultant image being of the same size as the high pass image, resizing the approximately rotational invariant resultant image at each level to the size of the original image, generating a feature vector for each pixel in the first image based on the resized rotational invariant resultant images, by selecting as an element of the feature vector the corresponding value in each of the resized approximately rotational invariant resultant images, forming a pseudo-fluorescent image by, for each pixel, deriving a pixel value from the corresponding feature vector, and segmenting the pseudo-fluorescent image by a segmentation method for fluorescent images.
An insulation sheet comprising insulating particles and a binder resin, wherein, for the entire cross-section of the sheet perpendicular to the in-plane direction, based on 100 % by area of the total of the insulating particles, the binder resin and voids, the insulation sheet contains 75 to 97 % by area of the insulating particles, 3 to 25 % by area of the binder resin, and 10 % by area or less of the voids; wherein the insulating particles comprise flat-shaped particles that are deformed.
A printing device comprising: a housing; a card input in the housing; a card travel path that extends through the housing from the card input; a print engine disposed along the card travel path; a non-secure memory portion;_and a secure memory portion that is an isolated memory portion and is distinct and/or separate from the non-secure memory portion, wherein the secure memory portion includes a crypto processor, and wherein the secure memory portion is configured to store a unique and secure identity of the printing device including at least one factory established key, wherein the secure memory portion has access to a plurality of private keys, each of the plurality of private keys associated with an operation performed by the printing device, wherein the crypto processor is configured to validate an authorization request associated with a requested operation to be performed by the printing device using at least one of the plurality of private keys associated with the requested operation, and wherein the printing device is configured to perform the requested operation upon validation by the crypto processor of the authorization request. a housing; a card input in the housing; a card travel path that extends through the housing from the card input; a print engine disposed along the card travel path; a non-secure memory portion;_and a secure memory portion that is an isolated memory portion and is distinct and/or separate from the non-secure memory portion, wherein the secure memory portion includes a crypto processor, and wherein the secure memory portion is configured to store a unique and secure identity of the printing device including at least one factory established key, wherein the secure memory portion has access to a plurality of private keys, each of the plurality of private keys associated with an operation performed by the printing device, wherein the crypto processor is configured to validate an authorization request associated with a requested operation to be performed by the printing device using at least one of the plurality of private keys associated with the requested operation, and wherein the printing device is configured to perform the requested operation upon validation by the crypto processor of the authorization request.
Apparatus for integrating one-way and two-way security systems to enable secure distribution of services, comprising: a decryption device enabled to securely receive and decrypt encrypted services from one or more service providers; a consumer device enabled to securely communicate with said decryption device; a user interface associated with said consumer device for initiating a service request for a requested service from said one or more service providers; wherein: said consumer device is arranged to communicate said service request to said decryption device; said decryption device is arranged to acquire said requested service from said one or more service providers in response to said service request as an encrypted requested service; said decryption device is arranged to decrypt the acquired encrypted requested service; said decryption device is arranged to re-encrypt said requested service and to securely communicate the re-encrypted requested service from said decryption device to said consumer device; and the consumer device is arranged to decrypt and decode said re-encrypted requested service to provide said requested service. a decryption device enabled to securely receive and decrypt encrypted services from one or more service providers; a consumer device enabled to securely communicate with said decryption device; a user interface associated with said consumer device for initiating a service request for a requested service from said one or more service providers; wherein: said consumer device is arranged to communicate said service request to said decryption device; said decryption device is arranged to acquire said requested service from said one or more service providers in response to said service request as an encrypted requested service; said decryption device is arranged to decrypt the acquired encrypted requested service; said decryption device is arranged to re-encrypt said requested service and to securely communicate the re-encrypted requested service from said decryption device to said consumer device; and the consumer device is arranged to decrypt and decode said re-encrypted requested service to provide said requested service. said consumer device is arranged to communicate said service request to said decryption device; said decryption device is arranged to acquire said requested service from said one or more service providers in response to said service request as an encrypted requested service; said decryption device is arranged to decrypt the acquired encrypted requested service; said decryption device is arranged to re-encrypt said requested service and to securely communicate the re-encrypted requested service from said decryption device to said consumer device; and the consumer device is arranged to decrypt and decode said re-encrypted requested service to provide said requested service.
A water-flow ultrasonic oral-cavity cleaning device to clean an oral cavity ultrasonically by a water-flow of cleaning in which ultrasonic waves are propagated, comprising a pen-shaped case comprising a disk-shaped ultrasonic transducer to propagate the ultrasonic waves into the cleaning liquid, a transducer mounting part provided at one end of the case to mount the ultrasonic transducer, a supply port to supply the cleaning liquid to a vibrating surface of the ultrasonic transducer, an outlet port provided on the apical end that is tapered toward the other end against the transducer mounting part to emit water flow of the cleaning liquid, further comprising a cleaning-liquid supplying means that is connected to the supply port to supply the cleaning liquid into the case, and a cleaning-liquid discharging means to discharge the cleaning liquid which was used in ultrasonically oral-cavity cleaning, whereof the oscillation frequency to activate the ultrasonic transducer is 200kHz or more and 500kHz or less with the value calculated by the arithmetic expression f x D x P is 200 or less wherein f is frequency (kHz), D is a diameter of the ultrasonic transducer (m) and P is the average power supply to the ultrasonic transducer, and the diameter of the ultrasonic transducer is 50mm or less, and the power supply to the ultrasonic transducer is 100W or less, with a bendable nozzle being provided at the outlet port of the case, thus allowing for a change in direction of the water-flow, of such bendable nozzle being bent once in the opposite direction to an aperture of the nozzle-end and then bent again toward the nozzle-end, of such bendable nozzle-end being bent at an angle of 5 degrees or more to 90 degrees or less with respect to the central axis of the case, as well as such bendable nozzle-end being set on the central axis of the case, with a reflector being provided in the bent portion of the bendable nozzle to reflect the ultrasonic waves in the direction of the aperture.
Folding system, in particular glass folding system, for openable room closures or room partitions in conservatories, shop entrances, balcony glazing or similar, comprising a peripheral frame (5, 6, 7, 8) consisting of an upper guide rail and a lower guide rail (5, 6) and side frames (7, 8) connected thereto, and a chain of sashes (2, 3, 4) which are interconnected by hinges and can be folded in the manner of a concertina in order to open the folding system, hinge regions between the sashes being guided so as to alternate on the guide rails (5, 6) and being deflected therebetween so as to buckle transversely to the guide rails, which regions form a closed wall together with the frame (5, 6, 7, 8) in order to close the folding system in a stretched-out position, inside of which wall the sashes (2, 3, 4) are closed off with respect to one another and with respect to the frame (5, 6, 7, 8) by seals, from which sashes seals extend between the sashes and the frame at least in part along a sealing plane, an adjusting strip being positioned in front of at least one of the side frames in the direction of the guide rails (5, 6), which strip is designed such that the spacing thereof can be altered relative to the side frame in order to adapt to an end edge which results from the stretched-out position of the sash chain, characterised in that the adjusting strip has a seal contact surface which is aligned with the sealing plane between the sashes (2, 3, 4) and the frame (5, 6, 7, 8) and rests against a seal which is arranged on the adjacent side frame and continues into the adjoining guide rails (5, 6).
An expanded beads molded article of expanded beads comprising a crosslinked multi-block copolymer containing a polyethylene block and an ethylene/α-olefin copolymer block, wherein the density of the expanded beads molded article is from 40 to 150 g/L; the gel fraction of the expanded beads molded article by a hot xylene extraction method according to the specification is from 30 to 70% by weight; the tensile elongation of the expanded beads molded article, determined according to the method as defined in the specification, is 120% or more; the bead weight of the expanded beads is from 0.8 to 4 mg; and the number of expanded beads per unit area on the surface of the expanded beads molded article, determined according to the method as defined in the specification, is from 5 to 30 per cm 2.
An article (1, 2, 3, 6) for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, the article (1, 2, 3, 6) comprising: a carrier having plural thermally-conductive portions on which are locatable respective discrete quantities of smokable material; wherein between the thermally-conductive portions of the carrier the carrier is shaped differently compared to the thermally-conductive portions to form a thermal barrier for inhibiting heat conduction from one or more of the portions of the carrier towards another of the portions of the carrier in use; characterised in that the carrier is shaped differently by providing perforations, channels, or blind holes. a carrier having plural thermally-conductive portions on which are locatable respective discrete quantities of smokable material; wherein between the thermally-conductive portions of the carrier the carrier is shaped differently compared to the thermally-conductive portions to form a thermal barrier for inhibiting heat conduction from one or more of the portions of the carrier towards another of the portions of the carrier in use; characterised in that the carrier is shaped differently by providing perforations, channels, or blind holes.
Actuator for a motor vehicle brake, comprising an electric motor with housing and rotatable motor shaft, wherein the housing is accommodated in a gearbox casing, comprising two helically wound, involute-toothed pinion teeth (7, 8) on the motor shaft, which mesh with an oblique external toothing of an intermediate gear (9, 10), which has a geared connection to an output gear of a second stage of the gearbox, characterized in that a pinion component is co-rotationally mounted on a free end of the motor shaft, wherein the pinion component meshes synchronously on its circumference with two intermediate gears (9, 10) which are arranged in a common mounting plane ME.
A medical device, comprising: an elongate member having a proximal end, a distal end, and a first lumen formed therein, wherein the distal end splits into a first distal branch portion having a second lumen, and a second distal branch portion having a third lumen; and a snare loop configured to transition between a collapsed configuration and an expanded configuration, and disposed at least partially within the first distal branch portion and the second distal branch portion when in the collapsed configuration. an elongate member having a proximal end, a distal end, and a first lumen formed therein, wherein the distal end splits into a first distal branch portion having a second lumen, and a second distal branch portion having a third lumen; and a snare loop configured to transition between a collapsed configuration and an expanded configuration, and disposed at least partially within the first distal branch portion and the second distal branch portion when in the collapsed configuration.
A method of wireless communication of audio/video, AV, information between AV devices, comprising: receiving audio/video, AV, information comprising audio data, video data and interface specific control data from a first AV module via a first wired AV interface in a first AV device, wherein a certain portion of the interface specific control data is transmitted in data islands during H/V blanking periods of HDMI frames and a certain other portion of the interface specific control data is transmitted via a separate interface such as I 2 C, inter-integrated circuit; performing interface dependent processing on the AV information that comprises separation of the audio data, the video data and the interface specific control data for a first AV interface type, and conversion of the interface specific control data, the audio data and the video data, wherein the interface specific control data is converted to interface-independent control information; converting a first packet format to a second packet format for packetizing the audio data, the video data and the interface-independent control information; and transmitting the audio data, the video data and the interface-independent control information in the second packet format from a wireless transceiver over a wireless channel to a wireless receiver of a second AV device including a second wired AV interface, wherein the first wired AV interface is of a different type to the second wired AV interface. receiving audio/video, AV, information comprising audio data, video data and interface specific control data from a first AV module via a first wired AV interface in a first AV device, wherein a certain portion of the interface specific control data is transmitted in data islands during H/V blanking periods of HDMI frames and a certain other portion of the interface specific control data is transmitted via a separate interface such as I 2 C, inter-integrated circuit; performing interface dependent processing on the AV information that comprises separation of the audio data, the video data and the interface specific control data for a first AV interface type, and conversion of the interface specific control data, the audio data and the video data, wherein the interface specific control data is converted to interface-independent control information; converting a first packet format to a second packet format for packetizing the audio data, the video data and the interface-independent control information; and transmitting the audio data, the video data and the interface-independent control information in the second packet format from a wireless transceiver over a wireless channel to a wireless receiver of a second AV device including a second wired AV interface, wherein the first wired AV interface is of a different type to the second wired AV interface.
An RFID tag comprising: a substrate having an upper surface; an rfid chip /antenna combination integrally formed on said upper surface of said substrate, said antenna comprising a coil defining a central opening enveloping an axis of revolution arranged at an acute angle with respect to said upper surface of said substrate; and a core of magnetically permeable material positioned within said central opening of said coil, characterised in that the coil comprises a plurality of layers of electrically conductive turns defining the central opening, each layer having a plurality of electrically conductive turns, and the core of magnetically permeable material is a thin film core, formed as an annulus, which extends away from said upper surface of said substrate within said central opening towards the uppermost one of said plurality of layers of said coil. a substrate having an upper surface; an rfid chip /antenna combination integrally formed on said upper surface of said substrate, said antenna comprising a coil defining a central opening enveloping an axis of revolution arranged at an acute angle with respect to said upper surface of said substrate; and a core of magnetically permeable material positioned within said central opening of said coil, characterised in that the coil comprises a plurality of layers of electrically conductive turns defining the central opening, each layer having a plurality of electrically conductive turns, and the core of magnetically permeable material is a thin film core, formed as an annulus, which extends away from said upper surface of said substrate within said central opening towards the uppermost one of said plurality of layers of said coil.
A method performed by an advice of charge function of providing advice of charge service in an internet protocol multimedia subsystem, IMS, comprising: receiving a request for setting up a session for a user; receiving an advice of charge type from a home subscriber server; determining that the advice of charge type comprises an indication indicating that advice of charge information is to be provided to the user during setting up the session; querying an Online Charging System for tariff information, wherein the querying for tariff information comprises sending a credit control event request message with a requested-action attribute-value pair set to PRICE_ENQUIRY, receiving the tariff information from the Online Charging System in a credit control answer message; and including advice of charge information in a response to the request. receiving a request for setting up a session for a user; receiving an advice of charge type from a home subscriber server; determining that the advice of charge type comprises an indication indicating that advice of charge information is to be provided to the user during setting up the session; querying an Online Charging System for tariff information, wherein the querying for tariff information comprises sending a credit control event request message with a requested-action attribute-value pair set to PRICE_ENQUIRY, receiving the tariff information from the Online Charging System in a credit control answer message; and including advice of charge information in a response to the request.