mhurhangee/patent-ind-claim-en huggingface dataset:
A method of counting and analyzing biological particles in whole blood, including red cells, white cells, and platelets, utilizing a cell analyzer with image processing software, diluent and stain, and a test cartridge having an imaging chamber , the method comprising: a) introducing a sample of the whole blood into the test cartridge ; b) separating a known amount of sample from a remaining amount of the sample with a sample metering valve in the test cartridge ; c) mixing the known amount of sample in the test cartridge with an amount of diluent in the cartridge that is sufficient to form a substantially uniform mixture of sample and diluent; d) transferring the mixture into the imaging chamber of the test cartridge to form a monolayer of red cells, white cells, and platelets; e) capturing one or more digital images of the monolayer of red cells, white cells, and platelets in the imaging chamber that are selected to be statistically representative of the number and distribution of biological particles in the imaging chamber ; and f) deriving a quantitative characterization of at least one aspect of the distribution of the red cells in the monolayer in the imaging chamber, at least one aspect of the distribution of the white cells in the monolayer in the imaging chamber, and at least one aspect of the distribution of the platelets in the monolayer in the imaging chamber based on the images captured in the step of capturing. a) introducing a sample of the whole blood into the test cartridge ; b) separating a known amount of sample from a remaining amount of the sample with a sample metering valve in the test cartridge ; c) mixing the known amount of sample in the test cartridge with an amount of diluent in the cartridge that is sufficient to form a substantially uniform mixture of sample and diluent; d) transferring the mixture into the imaging chamber of the test cartridge to form a monolayer of red cells, white cells, and platelets; e) capturing one or more digital images of the monolayer of red cells, white cells, and platelets in the imaging chamber that are selected to be statistically representative of the number and distribution of biological particles in the imaging chamber ; and f) deriving a quantitative characterization of at least one aspect of the distribution of the red cells in the monolayer in the imaging chamber, at least one aspect of the distribution of the white cells in the monolayer in the imaging chamber, and at least one aspect of the distribution of the platelets in the monolayer in the imaging chamber based on the images captured in the step of capturing.
A voice recognition apparatus comprising: an audio input unit configured to receiving a voice; a communication module configured to transmit voice data received from the audio input unit to a server system which performs voice recognition processing, and receive recognition result data on the voice data from the server system; and a controller configured to control the audio input unit and the communication module, wherein, when first voice data is received, the controller performs control to transmit the first voice data to the server system, and wherein, when the first voice data is a conversation command, which is a command in response to which a plurality of responsive operations is possible, the controller performs control to receive a first audible answer message including a first question from the server system and output the first audible answer message, wherein, when second voice data is received after outputting of the first audible answer message, the controller performs control to transmit the second voice data to the server system, wherein, when the second voice data is a conversation command, the controller performs control to receive a second audible answer message including a second question from the server system and output the second audible answer message, and wherein the second question is a question with a range of selection narrower than a range of selection for the first question. an audio input unit configured to receiving a voice; a communication module configured to transmit voice data received from the audio input unit to a server system which performs voice recognition processing, and receive recognition result data on the voice data from the server system; and a controller configured to control the audio input unit and the communication module, wherein, when first voice data is received, the controller performs control to transmit the first voice data to the server system, and wherein, when the first voice data is a conversation command, which is a command in response to which a plurality of responsive operations is possible, the controller performs control to receive a first audible answer message including a first question from the server system and output the first audible answer message, wherein, when second voice data is received after outputting of the first audible answer message, the controller performs control to transmit the second voice data to the server system, wherein, when the second voice data is a conversation command, the controller performs control to receive a second audible answer message including a second question from the server system and output the second audible answer message, and wherein the second question is a question with a range of selection narrower than a range of selection for the first question.
A kit of parts comprising at least: a food product with a hollow three-dimensional shape, made of a hard or semi-hard cheese, preferably selected from at least one of: Emmenthal, Pecorino, Bra, Grana cheese, Parmigiano Reggiano, Mozzarella Asiago, Montasio, Provolone, Caciocavallo, Bettelmat, Gruyere, Toma, Valtellina casera, Bitto, Fontina, Monte Veronese and Gorgonzola Verde and separately a pre-dosed natural food preparation, preferably honey or derived from fruit, vegetables or seeds, wherein said natural food preparation is contained in at least one sealed snap-and-squeeze sachet. a food product with a hollow three-dimensional shape, made of a hard or semi-hard cheese, preferably selected from at least one of: Emmenthal, Pecorino, Bra, Grana cheese, Parmigiano Reggiano, Mozzarella Asiago, Montasio, Provolone, Caciocavallo, Bettelmat, Gruyere, Toma, Valtellina casera, Bitto, Fontina, Monte Veronese and Gorgonzola Verde and separately a pre-dosed natural food preparation, preferably honey or derived from fruit, vegetables or seeds, wherein said natural food preparation is contained in at least one sealed snap-and-squeeze sachet.
An Arthrospira platensis NCB002 strain having a linear shape and deposited with accession number KCTC 13731BP.
An apparatus comprising a network function of a core network of a wireless communication network, the network function comprising at least one processor and at least one memory including computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to perform: receiving a single request for locations of a plurality of user equipments, UEs, for communicating in the wireless communication network, said request comprising a group identifier for identifying said plurality of UEs; checking whether each of two or more UEs of said identified plurality of UEs has been registered on the network; in response to determining that at least one UE of the two or more UEs has been registered on the network, determining and reporting at least one location for the at least one UE determined to be registered on the network; characterized in that the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: in response to determining that at least one UE of the two or more UEs has not been registered on the network, storing in memory of the network function at least one indication of at least one pending request for at least one location of the at least one UE not registered on the network. receiving a single request for locations of a plurality of user equipments, UEs, for communicating in the wireless communication network, said request comprising a group identifier for identifying said plurality of UEs; checking whether each of two or more UEs of said identified plurality of UEs has been registered on the network; in response to determining that at least one UE of the two or more UEs has been registered on the network, determining and reporting at least one location for the at least one UE determined to be registered on the network; characterized in that the at least one memory and the computer program code are configured, with the at least one processor, to cause the apparatus to: in response to determining that at least one UE of the two or more UEs has not been registered on the network, storing in memory of the network function at least one indication of at least one pending request for at least one location of the at least one UE not registered on the network.
Hot-water store (RECS), comprising a vertical cylindrical container which is provided with an exchanger that is fed by an external heat source, wherein the container is provided with insulation which is covered by panelling , wherein the store (RECS) comprises the following: A. a module (M), which is made up of the container and an insulating shell foamed directly onto the container so as to form a cuboidal module (M), B. panelling , which comprises at least - a pedestal carrying the module (M), - two side walls , and - a top part through which the pre-fitted heat-carrier-liquid and hot-water connections pass, C. wherein the side walls , which are composed of sheet metal, are connected to the pedestal by mechanical connections (LM), characterized in that the top part is connected to the side walls by mechanical connections (LM), and wherein the side walls are connected to the module (M) by magnetic fasteners (FA) which are integrated into the upper part of the insulating shell of the side parts (CG, CD) of the module (M). A. a module (M), which is made up of the container and an insulating shell foamed directly onto the container so as to form a cuboidal module (M), B. panelling , which comprises at least - a pedestal carrying the module (M), - two side walls , and - a top part through which the pre-fitted heat-carrier-liquid and hot-water connections pass, - a pedestal carrying the module (M), - two side walls , and - a top part through which the pre-fitted heat-carrier-liquid and hot-water connections pass, C. wherein the side walls , which are composed of sheet metal, are connected to the pedestal by mechanical connections (LM),
A combination of a test leak device configured for calibrating or testing leak detection apparatuses and a receiver spaced apart from the test leak device , wherein the test leak device comprises a compressed gas container with an inlet for filling with a test gas and with a leak having a predefined leakage rate, characterized in that the test leak device comprises an integrated pressure sensor arranged at the inlet and monitoring the pressure in the compressed gas container and being configured for wireless transmission of the measured pressure values to the receiver , wherein the receiver is configured for wireless reception of the pressure sensor values, and that the test leak device comprises a memory adapted to be read wirelessly, in which memory the leakage rate of the leak is stored, and is configured for wireless transmission of the stored data to the receiver . characterized in that the test leak device comprises an integrated pressure sensor arranged at the inlet and monitoring the pressure in the compressed gas container and being configured for wireless transmission of the measured pressure values to the receiver , wherein the receiver is configured for wireless reception of the pressure sensor values, and that the test leak device comprises a memory adapted to be read wirelessly, in which memory the leakage rate of the leak is stored, and is configured for wireless transmission of the stored data to the receiver .
A hub arrangement, in particular for twin wheels, comprising a first hub and a second hub which are rotatable relative to one another and which are driven via a differential gear arrangement; and a further hub which forms an input of the differential gear arrangement, wherein the first hub and the further hub are each assigned a braking device which is actuable jointly with the respective other braking device, characterized in that the forces which are necessary for actuating the one braking device are discharged to stationary parts of the hub arrangement via the other braking device.
An exhaust-gas-purification catalytic heating device that houses a current heater in a conductive metallic housing where a catalytic unit is housed, the current heater being arranged at an upstream side of the catalytic unit along a distribution direction of exhaust gas, characterized in that the current heater has a negative electrode directly electrically coupled to the housing which is electrically coupled to an external ground wire , the current heater has a positive electrode with which a rod-shaped terminal is continuous, the terminal passing through the housing in an electrically insulating state so as to be electrically coupled to a power line outside the housing , and the terminal has a portion protruding from the housing , the protruding portion being covered with a terminal cover ; wherein the terminal cover is formed of a metallic cover substrate body secured to the housing side, and an insulating cover made of an insulating material and covering an upper portion of the terminal so as to be attachably/removably mounted on the cover substrate body .
Ground removal device for producing a hole in the ground by means of a removal tool which is designed and can be driven for the removal of ground material, wherein the ground removal device is designed as a drilling apparatus, a diaphragm wall cutter or a diaphragm wall grab which each comprise a mobile carrier implement, characterized in that on the removal tool at least one image capturing unit is arranged which is designed to produce an image of the in-situ ground when introducing the removal tool into the ground while ground material is being removed.
A multi-circuit heat exchanger system comprising a plurality of sets of tubular elements configuring fluid flow passages for a refrigerant and a plurality of first cooling panels and second cooling panels configuring independent fluid flow passages for a first coolant and a second coolant respectively, wherein the first cooling panels and the second cooling panels are so arranged with respect to the sets of tubular elements that at least one set of tubular elements is sandwiched between each of the adjacent first cooling panels and second cooling panels , characterised in that each tubular element of the set of tubular elements is adapted to withstand high operating pressures of a high pressure refrigerant flowing there through, wherein each tubular element of the set of tubular elements is adapted to receive R744 as refrigerant and withstand operating pressures in range of 150 to 190 bars.
A method of identifying a cell in a sample containing a plurality of cells, comprising: (a) placing said sample in a sample holder comprising a sample chamber defined by a channel having a variable cross-sectional shape such that a cross-sectional dimension of the channel differs along a length of the channel with a narrow end portion and a wider middle portion, wherein the sample chamber is configured to hold the sample, at least a portion of said sample holder comprising an optically transmissive material, said optically transmissive material comprising an optically transmissive surface and a reflective surface , wherein said optically transmissive surface and said reflective surface are configured effective that light passing through the optically transmissive surface simultaneously provides both epi-illumination and trans-illumination to the sample in the sample chamber , where epi-illumination comprises light traveling from said illumination source to the sample without reflection at a surface of the optically transmissive material, and where trans-illumination comprises light from said illumination source traveling within the optically transmissive material and to the sample following at least one reflection from at least one surface of said optically transmissive material; (b) illuminating said sample holder effective to simultaneously provide both epi-illumination and trans-illumination of the sample; and (c) identifying a cell in the sample. (a) placing said sample in a sample holder comprising a sample chamber defined by a channel having a variable cross-sectional shape such that a cross-sectional dimension of the channel differs along a length of the channel with a narrow end portion and a wider middle portion, wherein the sample chamber is configured to hold the sample, at least a portion of said sample holder comprising an optically transmissive material, said optically transmissive material comprising an optically transmissive surface and a reflective surface , wherein said optically transmissive surface and said reflective surface are configured effective that light passing through the optically transmissive surface simultaneously provides both epi-illumination and trans-illumination to the sample in the sample chamber , where epi-illumination comprises light traveling from said illumination source to the sample without reflection at a surface of the optically transmissive material, and where trans-illumination comprises light from said illumination source traveling within the optically transmissive material and to the sample following at least one reflection from at least one surface of said optically transmissive material; (b) illuminating said sample holder effective to simultaneously provide both epi-illumination and trans-illumination of the sample; and (c) identifying a cell in the sample.
An electromechanical surgical system , comprising: a hand-held electromechanical surgical device , a surgical attachment , and an adapter assembly selectively interconnecting the surgical device with the surgical attachment, the surgical device being configured to actuate the surgical attachment and including: a housing ; and at least one motor disposed with the housing for driving actuation of the surgical attachment; and the adapter assembly including at least one mating part adapted to be detachably connected to the surgical device, whereby, when the adapter assembly is connected to the surgical device, the adapter assembly is in operative communication with the at least one motor , and the surgical device and the adapter assembly together define a longitudinal axis (X-X), characterized in that the adapter assembly is configured to permit coupling of the adapter assembly to the surgical device in at least a first connection orientation and a second connection orientation, wherein the second connection orientation is rotationally spaced from the first connection orientation about the longitudinal axis (X-X). a hand-held electromechanical surgical device , a surgical attachment , and an adapter assembly selectively interconnecting the surgical device with the surgical attachment, the surgical device being configured to actuate the surgical attachment and including: a housing ; and at least one motor disposed with the housing for driving actuation of the surgical attachment; and a housing ; and at least one motor disposed with the housing for driving actuation of the surgical attachment; and the adapter assembly including at least one mating part adapted to be detachably connected to the surgical device, whereby, when the adapter assembly is connected to the surgical device, the adapter assembly is in operative communication with the at least one motor , and the surgical device and the adapter assembly together define a longitudinal axis (X-X), characterized in that the adapter assembly is configured to permit coupling of the adapter assembly to the surgical device in at least a first connection orientation and a second connection orientation, wherein the second connection orientation is rotationally spaced from the first connection orientation about the longitudinal axis (X-X).
A method, comprising: analyzing , by a device , an image sensed by an image sensor of the device; receiving, by the device, accelerometer data; determining a direction of at least one of a movement or an acceleration of the device based on the accelerometer data; determining, by the device, a portion of the image to mask based on at least one of the movement or the acceleration of the device; masking, by the device, the portion of the image; determining , by the device, a metric based on analyzing the image and masking the portion of the image, wherein the metric provides an indication of a blurriness or a sharpness of the image; and determining , by the device and based on the metric, a measure of proximity associated with the image. analyzing , by a device , an image sensed by an image sensor of the device; receiving, by the device, accelerometer data; determining a direction of at least one of a movement or an acceleration of the device based on the accelerometer data; determining, by the device, a portion of the image to mask based on at least one of the movement or the acceleration of the device; masking, by the device, the portion of the image; determining , by the device, a metric based on analyzing the image and masking the portion of the image, wherein the metric provides an indication of a blurriness or a sharpness of the image; and determining , by the device and based on the metric, a measure of proximity associated with the image.
A container for shipping an item , comprising - a cushioning means for cushioning the item in the container , the cushioning means comprising a plurality of inflatable partial volumes arranged inside the container and arranged apart from each other; - an inflation port with a closure and opening valve intended to be connected to an external inflating means for inflating the cushioning means , or an inflating means for inflating the cushioning means , wherein the partial volumes being inflatable while being arranged in the container , characterized in that the partial volumes comprise resilient shaping means providing a specific shape to the partial volume in a non-inflated state. - a cushioning means for cushioning the item in the container , the cushioning means comprising a plurality of inflatable partial volumes arranged inside the container and arranged apart from each other; - an inflation port with a closure and opening valve intended to be connected to an external inflating means for inflating the cushioning means , or an inflating means for inflating the cushioning means ,
A method for the production of a laminated panel comprising a first glass ply , a second glass ply and a bonding interlayer , said laminate having at least one bore extending through the panel, wherein a sealing member is placed between the plies so as to surround the bore and form a seal with the inner faces of the glass plies thereby excluding the interlayer from an area surrounding the bore characterised in that the sealing member is removed from the laminated panel following the completion of the laminating process after which a load bearing insert is positioned in the area surrounding the bore from which interlayer has been excluded.