mhurhangee/patent-ind-claim-en huggingface dataset:
A method for vascular disease detection using a recurrent neural network, comprising: extracting a plurality of 2D cross-section image patches from a 3D computed tomography angiography, CTA, image, wherein each of 2D cross-section image patches is extracted at a respective one of a plurality of sampling points along a vessel centerline of a vessel of interest in the 3D CTA image; and detecting vascular abnormalities in the vessel of interest by classifying each of the plurality of sampling points along the vessel centerline based on the plurality of 2D cross-section image patches using a trained recurrent neural network, RNN, wherein detecting vascular abnormalities in the vessel of interest by classifying each of the plurality of sampling points along the vessel centerline based on the plurality of 2D cross-section image patches using a trained recurrent neural network, RNN, comprises: encoding each of the 2D cross-section image patches into a respective feature vector using a trained convolutional neural network, CNN; and classifying each of the plurality of sampling points along the vessel centerline based on the feature vectors corresponding to the plurality of 2D cross-section image patches using a trained bi-directional RNN. extracting a plurality of 2D cross-section image patches from a 3D computed tomography angiography, CTA, image, wherein each of 2D cross-section image patches is extracted at a respective one of a plurality of sampling points along a vessel centerline of a vessel of interest in the 3D CTA image; and detecting vascular abnormalities in the vessel of interest by classifying each of the plurality of sampling points along the vessel centerline based on the plurality of 2D cross-section image patches using a trained recurrent neural network, RNN, wherein detecting vascular abnormalities in the vessel of interest by classifying each of the plurality of sampling points along the vessel centerline based on the plurality of 2D cross-section image patches using a trained recurrent neural network, RNN, comprises: encoding each of the 2D cross-section image patches into a respective feature vector using a trained convolutional neural network, CNN; and classifying each of the plurality of sampling points along the vessel centerline based on the feature vectors corresponding to the plurality of 2D cross-section image patches using a trained bi-directional RNN. encoding each of the 2D cross-section image patches into a respective feature vector using a trained convolutional neural network, CNN; and classifying each of the plurality of sampling points along the vessel centerline based on the feature vectors corresponding to the plurality of 2D cross-section image patches using a trained bi-directional RNN.
Heat exchanger for a heating device , in particular for a hot water appliance, comprising: - a first conduit circuit for guiding a first fluid (F1); - a second conduit circuit for guiding a second fluid (F2); - wherein the first conduit circuit and the second conduit circuit are both arranged in a heat-conducting material ; - wherein the heat-conducting material is provided on a first side with fins for transferring heat between a third fluid (F3) and at least the first conduit circuit ; - wherein the first conduit circuit substantially defines a plane arranged substantially parallel to and close to the first side of the heat-conducting material ; - wherein the second conduit circuit is arranged substantially along the first conduit circuit ; and - wherein the second conduit circuit extends substantially along only a limited part of the plane defined by the first conduit circuit ; characterized by a third conduit circuit for guiding a fourth fluid (F4) which is also arranged in the heat-conducting material of the heat exchanger ; and - wherein the third conduit circuit is arranged between the first side of the heat-conducting material , which side is provided with the fins , and the second conduit circuit . - a first conduit circuit for guiding a first fluid (F1); - a second conduit circuit for guiding a second fluid (F2); - wherein the first conduit circuit and the second conduit circuit are both arranged in a heat-conducting material ; - wherein the heat-conducting material is provided on a first side with fins for transferring heat between a third fluid (F3) and at least the first conduit circuit ; - wherein the first conduit circuit substantially defines a plane arranged substantially parallel to and close to the first side of the heat-conducting material ; - wherein the second conduit circuit is arranged substantially along the first conduit circuit ; and - wherein the second conduit circuit extends substantially along only a limited part of the plane defined by the first conduit circuit ; - wherein the third conduit circuit is arranged between the first side of the heat-conducting material , which side is provided with the fins , and the second conduit circuit .
Method for operating a home automation system having a central control device and peripheral devices , wherein the peripheral devices comprise a roller blind motor, wherein the peripheral devices can be connected by telecommunication technology to the central control device and can be actuated by the central control device , wherein in a switched-on operating state the central control device is configured to actuate the peripheral devices according to an actuation sequence which can be executed and, if appropriate, according to direct operator control inputs, and wherein the central control device receives passenger location data and determines execution of the actuation sequence on the basis thereof, wherein the central control device adapts, while retaining the switched-on operating state, the execution of the actuation sequence on the basis of a received external signal which is, if appropriate, different from the direct operator control inputs, wherein the external signal comprises close-range data which are generated by a close-range sensor (19a, b), wherein the close-range sensor (19a, b) is a person sensor, and wherein the external signal comprises environmental data generated by an environment sensor which is configured as a weather sensor.
Device for commissioning of cargo goods into roller containers , wherein the roller container has a loading floor and at least one lateral lattice wall , including a commissioning platform , a commissioning shaft which extends up to a commissioning level on the commissioning platform on which cargo goods are moved during the commissioning procedure, a lifting and lowering device for raising and lowering the roller container in the commissioning shaft , characterized by a tongue capable of being inserted and retracted again from the side into the commissioning shaft for loading with cargo goods, a device for stepwise lowering of the tongue during the loading with cargo goods such that an upper side of a layer of cargo goods last placed onto the tongue is located approximately at the height of the commissioning level , and stripping means to strip cargo goods from the upper side of the tongue to the loading floor of the roller container at least upon retracting the tongue from the commissioning shaft .
Multi-phase busbar for conducting electric energy, comprising a first conducting layer made of a sheet metal, a first conducting pin mounted to said first conducting layer which extends in a direction perpendicular to the first conducting layer , a first insulating layer of a rigid insulating material arranged on said first conducting layer , said first insulating layer having an opening through which the first conducting pin projects, a second conducting layer made of a sheet metal, said second conducting layer comprising a first pinhole through which said first conducting pin projects and a second conducting pin which extends in a direction parallel to said first conducting pin , wherein said opening in said first insulating layer and said first pinhole in said second conducting layer define a common recess through which said first conducting pin projects, characterized in that said opening in the first layer of rigid insulating material comprises an area which is larger than the area of the cross section of the first pinhole , and that said common recess is filled with a hardened resin which forms a material bridge between the first conducting layer and the second conducting layer , which mechanically clamps said first conducting layer , said first rigid insulating layer and said second conducting layer together.
A packaged deodorant stick product comprising a deodorant stick composition mounted on an upper surface of a retaining member , a lower surface of the retaining member being reversibly connected to an upper surface of a holder enabling the deodorant stick product to be held in the human hand, wherein reversible connection between the retaining member and the holder is achieved by means of tongue and groove connection elements, characterised in that the tongue element extends at least partially across the lower surface of the retaining member or the upper surface of the holder and the groove element extends fully across the other of the lower surface of the retaining member or the upper surface of the holder and in that the product has an oval cross-section when viewed from above and the tongue and groove elements extend along the major axis of the oval cross-section of the product.
An automotive air conditioning system, comprising a compressor , a first heat exchanger , a second heat exchanger , a first pump , a first combined valve , a second combined valve and an outdoor heat exchanger ; wherein the automotive air conditioning system further comprises a first cooling mechanism and a first heating mechanism; wherein the compressor , the outdoor heat exchanger , the first combined valve and the second heat exchanger are communicated in sequence to form a circuit under the first cooling mechanism, wherein the first pump , the second heat exchanger and the first heat exchanger are communicated in sequence to form a circuit; wherein the compressor , the second heat exchanger , the second combination valve and the outdoor heat exchanger are communicated in sequence to form a circuit under the first heating mechanism, wherein the first pump , the second heat exchanger and a first heat exchanger are communicated in sequence to form a circuit; wherein the automotive air conditioning system further comprises a circulating liquid circuit with a fourth heat exchanger therein; wherein the automotive air conditioning system further comprises a box in which the first heat exchanger and the fourth heat exchanger are disposed; characterized in that , the circulating liquid circuit further comprises a heater , a battery unit , a third heat exchanger being a liquid heat exchanger and a second pump ; and the automotive air conditioning system further comprises a second heating mechanism under which the third heat exchanger , the second pump , the heater and the battery unit are communicated in sequence to form a circuit. wherein the automotive air conditioning system further comprises a first cooling mechanism and a first heating mechanism; wherein the compressor , the outdoor heat exchanger , the first combined valve and the second heat exchanger are communicated in sequence to form a circuit under the first cooling mechanism, wherein the first pump , the second heat exchanger and the first heat exchanger are communicated in sequence to form a circuit; wherein the compressor , the second heat exchanger , the second combination valve and the outdoor heat exchanger are communicated in sequence to form a circuit under the first heating mechanism, wherein the first pump , the second heat exchanger and a first heat exchanger are communicated in sequence to form a circuit; wherein the automotive air conditioning system further comprises a circulating liquid circuit with a fourth heat exchanger therein; wherein the automotive air conditioning system further comprises a box in which the first heat exchanger and the fourth heat exchanger are disposed; characterized in that , the circulating liquid circuit further comprises a heater , a battery unit , a third heat exchanger being a liquid heat exchanger and a second pump ; and the automotive air conditioning system further comprises a second heating mechanism under which the third heat exchanger , the second pump , the heater and the battery unit are communicated in sequence to form a circuit.
An advanced driver assistance calibration device for vehicle comprising a target device , and a first laser wheel clamp and a second laser wheel clamp respectively disposed on two front wheels of the vehicle; a first scale and a second scale disposed on the target device , which are symmetrically distributed on both sides of a center of a crossbeam of the target device ; wherein a third scale and a fourth scale are disposed on the first laser wheel clamp and the second laser wheel clamp respectively, and a first laser and a second laser are disposed on the first scale and the second scale and configured to irradiate the third scale and the fourth scale respectively, and wherein a third laser and a fourth laser are disposed on the first laser wheel clamp and the second laser wheel clamp and configured to irradiate the first scale and second scale respectively
A process for preparing a hydrosol of one or more metal oxides, comprising: i) Preparing a metal alkoxide solution of one or more metal alkoxides in an alcohol miscible with water without phase separation; ii) Providing an aqueous solvent having a pH of from pH 0 to pH 7; iii)Mixing the metal alkoxide solution of step i) with the aqueous solvent of step ii) in a volume or weight proportion to form a single-phase aqueous sol colloid (hydrosol) of hydrated metal oxide; with the proviso that the hydrosol does not comprise non-ionic block polymer surfactant. i) Preparing a metal alkoxide solution of one or more metal alkoxides in an alcohol miscible with water without phase separation; ii) Providing an aqueous solvent having a pH of from pH 0 to pH 7; iii)Mixing the metal alkoxide solution of step i) with the aqueous solvent of step ii) in a volume or weight proportion to form a single-phase aqueous sol colloid (hydrosol) of hydrated metal oxide;
Diaphragm pump with at least two pump chambers , wherein the pump chambers are each connected to a common inlet chamber via an inlet valve and to an outlet chamber via two outlet valves , wherein the inlet valve has an inlet opening which can be closed by an inlet valve body and each outlet valve has an outlet opening which can be closed by a respective outlet valve body.
A pharmaceutical composition of polyethylene glycol loxenatide, characterised by comprising polyethylene glycol loxenatide as an active ingredient, a buffer and an isosmotic regulator, wherein the polyethylene glycol loxenatide has a structure of the pharmaceutical composition comprises 0.05% to 5.0% (W/V) of the polyethylene glycol loxenatide, 0.1% to 5.0% (W/V) of the buffer, 1.0% to 10.0% (W/V) of the isosmotic regulator, the buffer is an acetate buffer or a phosphate buffer, the isosmotic regulator is sodium chloride, mannitol or sorbitol, and the pharmaceutical composition has a pH in the range of 3.0 to 7.0. the pharmaceutical composition comprises 0.05% to 5.0% (W/V) of the polyethylene glycol loxenatide, 0.1% to 5.0% (W/V) of the buffer, 1.0% to 10.0% (W/V) of the isosmotic regulator, the buffer is an acetate buffer or a phosphate buffer, the isosmotic regulator is sodium chloride, mannitol or sorbitol, and the buffer is an acetate buffer or a phosphate buffer, the isosmotic regulator is sodium chloride, mannitol or sorbitol, and the pharmaceutical composition has a pH in the range of 3.0 to 7.0.
A method of detecting clogging of a dishwasher filter in a sump at the bottom of a washing compartment, comprising the steps of: draining (S101) the dishwasher on process water; measuring (S102) operating current of a motor driving a dishwasher drain pump being located downstream of the sump; and determining (S103) whether the dishwasher filter is clogged based on the measured drain pump motor operating current by relatively instantly comparing the measured drain pump motor operating current to a first predetermined current threshold value, wherein the filter is considered to be clogged if the measured current is below the first predetermined current threshold value. draining (S101) the dishwasher on process water; measuring (S102) operating current of a motor driving a dishwasher drain pump being located downstream of the sump; and determining (S103) whether the dishwasher filter is clogged based on the measured drain pump motor operating current by relatively instantly comparing the measured drain pump motor operating current to a first predetermined current threshold value, wherein the filter is considered to be clogged if the measured current is below the first predetermined current threshold value.
Method for producing a sealing element for forming a seal on a vehicle body , in particular a vehicle door, wherein an extruded profile strand portion is provided with a projection which extends transversely with respect to the strand longitudinal direction, the profile strand portion is subjected to a punching operation, wherein the projection is used for positioning the profile strand portion in the strand longitudinal direction relative to a punching tool , and a further element part of the sealing element is injection-moulded onto the profile strand portion , wherein the projection is used for positioning the profile strand portion in the strand longitudinal direction relative to an injection mould .
An ultraviolet light irradiation device comprising: a cylindrical portion forming a cylindrical processing flow path extending in a longitudinal direction; a case portion in which the cylindrical portion is accommodated; a member of an annular shape , provided in close contact between an outer circumferential surface of the cylindrical portion and an inner circumferential surface the case portion , and including an elastic member at least in a portion in contact with the inner circumferential surface of the case portion ; a first chamber located in a region on a side of one end portion of the cylindrical portion with respect to the member, in a cylindrical gap between the cylindrical portion and the case portion ; a second chamber located in a region on a side of the other end portion of the cylindrical portion with respect to the member, in the cylindrical gap between the cylindrical portion and the case portion ; an inflow portion through which an object flows into the first chamber ; an outflow portion through which the object flows out of the second chamber ; and a light emitting element provided at least in one of the one end portion and the other end portion of the cylindrical portion , and configured to emit ultraviolet light to the object passing through the processing flow path . a cylindrical portion forming a cylindrical processing flow path extending in a longitudinal direction; a case portion in which the cylindrical portion is accommodated; a member of an annular shape , provided in close contact between an outer circumferential surface of the cylindrical portion and an inner circumferential surface the case portion , and including an elastic member at least in a portion in contact with the inner circumferential surface of the case portion ; a first chamber located in a region on a side of one end portion of the cylindrical portion with respect to the member, in a cylindrical gap between the cylindrical portion and the case portion ; a second chamber located in a region on a side of the other end portion of the cylindrical portion with respect to the member, in the cylindrical gap between the cylindrical portion and the case portion ; an inflow portion through which an object flows into the first chamber ; an outflow portion through which the object flows out of the second chamber ; and a light emitting element provided at least in one of the one end portion and the other end portion of the cylindrical portion , and configured to emit ultraviolet light to the object passing through the processing flow path .
An isolated human Arginase I protein which: i. comprises the native Arginase I amino acid sequence, optionally without the N-terminal methionine residue; and ii. comprises a non-native metal co-factor which is cobalt in the form of Co 2+ for use in medicine. i. comprises the native Arginase I amino acid sequence, optionally without the N-terminal methionine residue; and ii. comprises a non-native metal co-factor which is cobalt in the form of Co 2+ for use in medicine.
A method for use in dentistry, the method comprising: creating a three-dimensional model from an image set of a sequence of image sets, each image set including a plurality of images of a subject captured with a multi-aperture video camera, each one of the plurality of images captured from a different optical axis; displaying a video sequence captured with one channel of the multi-aperture video camera in a control window of a user interface; receiving a user selection of a still image from the video sequence displayed in the control window, the selected still image containing a first view of the subject from a first perspective; displaying the selected still image in an image window of the user interface; determining the first perspective for the selected still image displayed in the image window of the user interface; and rendering the three-dimensional model in a model view window of the user interface from the determined first perspective of the selected still image, wherein the control window, the image window, and the model view window are different from each other. creating a three-dimensional model from an image set of a sequence of image sets, each image set including a plurality of images of a subject captured with a multi-aperture video camera, each one of the plurality of images captured from a different optical axis; displaying a video sequence captured with one channel of the multi-aperture video camera in a control window of a user interface; receiving a user selection of a still image from the video sequence displayed in the control window, the selected still image containing a first view of the subject from a first perspective; displaying the selected still image in an image window of the user interface; determining the first perspective for the selected still image displayed in the image window of the user interface; and rendering the three-dimensional model in a model view window of the user interface from the determined first perspective of the selected still image, wherein the control window, the image window, and the model view window are different from each other.