mhurhangee/patent-ind-claim-en huggingface dataset:
A system for using medical imaging data to screen for at least one pancreatic cystic lesion, comprising: a computer hardware arrangement configured to: receive first radiological scan information for the pancreatic region of at least one patient; performing a segmentation operation on the first radiological scan information to identify the pancreas gland and at least one cyst; identify the at least one cyst in the segmented radiological scan information; apply a random forest classifier to a set of quantitative features of the at least one cyst to generate first classification probabilities of the at least one cyst, the features including (i) patient age, (ii) patient gender, (iii) cyst location, (iv) intensity statistics, and (v) shape features; apply a convolutional neural network (CNN) analyzing imaging features of the at least one cyst to generate second classification probabilities of the at least one cyst; and combining the first classification probabilities and the second classification probabilities into a Bayesian combination to produce probabilities of the at least one cyst being a particular lesion type among a group of lesion types. receive first radiological scan information for the pancreatic region of at least one patient; performing a segmentation operation on the first radiological scan information to identify the pancreas gland and at least one cyst; identify the at least one cyst in the segmented radiological scan information; apply a random forest classifier to a set of quantitative features of the at least one cyst to generate first classification probabilities of the at least one cyst, the features including (i) patient age, (ii) patient gender, (iii) cyst location, (iv) intensity statistics, and (v) shape features; apply a convolutional neural network (CNN) analyzing imaging features of the at least one cyst to generate second classification probabilities of the at least one cyst; and combining the first classification probabilities and the second classification probabilities into a Bayesian combination to produce probabilities of the at least one cyst being a particular lesion type among a group of lesion types.
A switching device for opening and closing a circuit between a first electric terminal and a second electric terminal , the switching device comprising: a bus-bar tank having the first electric terminal disposed therein; a circuit-breaker tank having the second electric terminal disposed therein; a bushing arranged between and coupling the bus-bar tank and the circuit-breaker tank ; a stationary contact mounted to the bushing by a fixing arrangement , the stationary contact having a first end and a second end , with the first end disposed in the bus-bar tank and having a pivot connection with a blade contact therein to be disposed in electrical connection with the first electric terminal in the bus-bar tank ; and a circuit-breaker arrangement arranged inside the circuit-breaker tank and disposed in electrical connection with the second electric terminal therein, the circuit-breaker arrangement adapted to be disposed in contact with the second end of the stationary contact , wherein: the stationary contact is at least partially accommodated inside the bushing , and the fixing arrangement is dielectrically shielded inside the bushing . a bus-bar tank having the first electric terminal disposed therein; a circuit-breaker tank having the second electric terminal disposed therein; a bushing arranged between and coupling the bus-bar tank and the circuit-breaker tank ; a stationary contact mounted to the bushing by a fixing arrangement , the stationary contact having a first end and a second end , with the first end disposed in the bus-bar tank and having a pivot connection with a blade contact therein to be disposed in electrical connection with the first electric terminal in the bus-bar tank ; and a circuit-breaker arrangement arranged inside the circuit-breaker tank and disposed in electrical connection with the second electric terminal therein, the circuit-breaker arrangement adapted to be disposed in contact with the second end of the stationary contact , wherein: the stationary contact is at least partially accommodated inside the bushing , and the fixing arrangement is dielectrically shielded inside the bushing . the stationary contact is at least partially accommodated inside the bushing , and the fixing arrangement is dielectrically shielded inside the bushing .
A method for preventing the spread of malware in a synchronized data network, the method comprising: receiving, at a first time by a server connected to a plurality of computing devices, a file from a first computing device of the plurality of computing devices; monitoring for changes to the file stored on the server; in response to detecting a change, generating a record indicative of the change to the file; receiving, from a second computing device of the plurality of computing devices, a download request to download the file from the server, wherein the download request is received at a second time subsequent to the first time; determining whether at least one record exists that indicates any change to the file between the first time and the second time; in response to determining that the record exists, scanning the file for malware; and in response to determining that the file stored on the server is associated with malware, denying the download request. receiving, at a first time by a server connected to a plurality of computing devices, a file from a first computing device of the plurality of computing devices; monitoring for changes to the file stored on the server; in response to detecting a change, generating a record indicative of the change to the file; receiving, from a second computing device of the plurality of computing devices, a download request to download the file from the server, wherein the download request is received at a second time subsequent to the first time; determining whether at least one record exists that indicates any change to the file between the first time and the second time; in response to determining that the record exists, scanning the file for malware; and in response to determining that the file stored on the server is associated with malware, denying the download request.
A pharmaceutical composition comprising a compound represented by Formula: including a tautomer or a pharmaceutically acceptable salt thereof, wherein: n and m are each integers representing, independently, 1, 2, or 3; any one of R 1 to R 4 represents a substituent, independently in each occurrence being selected from the group consisting of hydrogen, alkyl, cycloalkyl, alkoxy, hydroxy, thiohydroxy, thioalkoxy, aryloxy, thioaryloxy, amino, nitro, halo, trihalomethyl, cyano, amide, carboxy, sulfonamide, -S(=O)-R', and -S(=O) 2 -R', wherein R' is hydrogen, alkyl, cycloalkyl, alkenyl, aryl, heteroaryl (bonded through a ring carbon) or heteroalicyclic (bonded through a ring carbon); and any one of R 5a-c each represent C 1-6 alkyl. any one of R 1 to R 4 represents a substituent, independently in each occurrence being selected from the group consisting of hydrogen, alkyl, cycloalkyl, alkoxy, hydroxy, thiohydroxy, thioalkoxy, aryloxy, thioaryloxy, amino, nitro, halo, trihalomethyl, cyano, amide, carboxy, sulfonamide, -S(=O)-R', and -S(=O) 2 -R', wherein R' is hydrogen, alkyl, cycloalkyl, alkenyl, aryl, heteroaryl (bonded through a ring carbon) or heteroalicyclic (bonded through a ring carbon); and any one of R 5a-c each represent C 1-6 alkyl.
Device for fastening the level element of a spirit level , wherein the spirit level comprises a hollow profile with at least one measuring surface to be put on the surface to be measured and at least one outer surface , the fastening device having a level holder accommodating the level element , which holder can be snapped in place in the hollow profile of the spirit level or fastened therein in another way, characterised in that the fastening device comprises fastening wedges designed as separate components, which wedges, in a mounting position, are arranged between the level element and the level holder such that the level element can be ultrasonically welded to the level holder , indirectly or obliquely, via the fastening wedges , wherein the level element can be ultrasonically welded to the fastening wedges and/or the fastening wedges can be ultrasonically welded to the level holder .
A nozzle device (1-1; 1-2; 1-3) for atomisation of a liquid, wherein the nozzle device (1-1; 1-2; 1-3) comprises: a substrate , a sieve-side membrane comprising a plurality of sieve-side orifices , the sieve-side membrane being provided on a sieve-side of the substrate , a spray-side membrane comprising a plurality of spray-side orifices , the spray-side membrane being provided on a spray-side of the substrate , wherein the substrate has a first cavity portion extending to the sieve-side membrane , and a second cavity portion extending from the first cavity portion to the spray-side membrane , thereby providing fluid communication, along a fluid communication axis , between the sieve-side orifices and the spray-side orifices , the first cavity portion having a larger cross-sectional area than a cross-sectional area of the second cavity portion , the cross-sections being with respect to the fluid communication axis ; wherein the substrate comprises a first wafer provided with the first cavity portion and a second wafer provided with the second cavity portion , the first wafer and the second wafer being bonded to each other to form the substrate . a substrate , a sieve-side membrane comprising a plurality of sieve-side orifices , the sieve-side membrane being provided on a sieve-side of the substrate , a spray-side membrane comprising a plurality of spray-side orifices , the spray-side membrane being provided on a spray-side of the substrate , wherein the substrate has a first cavity portion extending to the sieve-side membrane , and a second cavity portion extending from the first cavity portion to the spray-side membrane , thereby providing fluid communication, along a fluid communication axis , between the sieve-side orifices and the spray-side orifices , the first cavity portion having a larger cross-sectional area than a cross-sectional area of the second cavity portion , the cross-sections being with respect to the fluid communication axis ; wherein the substrate comprises a first wafer provided with the first cavity portion and a second wafer provided with the second cavity portion , the first wafer and the second wafer being bonded to each other to form the substrate .
Method for detecting a motor phase fault (R7a..d; X) of a motor arrangement , the motor phases (U, V, W) of which are connected to a drive circuit having a DC voltage intermediate circuit and an inverter , wherein at least one motor phase (U, V, W) is connected to a first reference potential (P1) via first resistors (R1, R2) and is connected to a second reference potential (P2) via further resistors (R8, R9), or a first motor phase (W) of the motor phases (U, V, W) is connected to a first reference potential (P1) via first resistors (R1, R2) and the other motor phases (U, V) of the motor phases (U, V, W) are each connected to a second reference potential (P2) via further resistors (R3, R4; R5, R6); a divided motor phase voltage (Uu, Uv, Uw) of one motor phase (U, V, W) or a divided motor phase voltage (Uw) of the first motor phase (W) with respect to the first reference potential (P1) is captured while the inverter is switched off; and a voltage profile of the captured divided motor phase voltage (Uu, Uv, Uw) is used to determine whether there is a motor phase fault (R7a..d; X) on one of the motor phases (U, V, W) of the motor arrangement , the divided motor phase voltage (Uu, Uv, Uw) of one motor phase (U, V, W) or the divided motor phase voltage (Uw) of the first motor phase (W) is captured by means of a voltage divider (R1, R2), characterized in that a fault current value (I R7 ) of an insulation fault (R7a..d) during the fault check and/or a resistance value (R7) of the insulation fault (R7a..d) and/or a maximum possible fault current value (I R7,max ) of the insulation fault (R7a..d) are/is quantitatively calculated during operation with the inverter switched on on the basis of the captured motor phase voltage (Uu, Uv, Uw); and the fault current value (I R7 ) of the insulation fault (R7a..d) during the fault check and/or the resistance value (R7) of the insulation fault (R7a..d) and/or the maximum possible fault current value (I R7,max ) of the insulation fault (R7a..d) are/is calculated solely on the basis of the resistance values of the first resistors (R1, R2) and the further resistors (R3, R4; R5, R6; R8, R9), a measurement voltage (Um) of the divided motor phase voltage (Uu, Uv, Uw), as captured by means of the voltage divider (R1, R2), a network voltage (U Netz ) of a supply network and an intermediate circuit voltage (U+HV) across the DC voltage intermediate circuit .
A computer system comprising one or more processing units and memory, wherein the computer system implements a panoramic video playback system that includes: a streaming controller configured to request encoded data for at least one section of a picture of panoramic video in an input flat projection, the picture of panoramic video in the input flat projection being based on sample values of different camera views recorded at a given time in multiple directions around a central position; an input buffer configured to store the encoded data; a video decoder configured to decode at least some of the encoded data, thereby producing sample values of the at least one section of the picture of panoramic video in the input flat projection, wherein a center location for a view direction for an application does not correspond to a center location of the input flat projection; and a mapper configured to map at least some of the sample values in the input flat projection to an output flat projection , wherein the mapper is configured to re-project the at least some of the sample values in the input flat projection towards a center location for a view direction for an application, thereby making the center location for the view direction correspond to the center location of the output flat projection. a streaming controller configured to request encoded data for at least one section of a picture of panoramic video in an input flat projection, the picture of panoramic video in the input flat projection being based on sample values of different camera views recorded at a given time in multiple directions around a central position; an input buffer configured to store the encoded data; a video decoder configured to decode at least some of the encoded data, thereby producing sample values of the at least one section of the picture of panoramic video in the input flat projection, wherein a center location for a view direction for an application does not correspond to a center location of the input flat projection; and a mapper configured to map at least some of the sample values in the input flat projection to an output flat projection , wherein the mapper is configured to re-project the at least some of the sample values in the input flat projection towards a center location for a view direction for an application, thereby making the center location for the view direction correspond to the center location of the output flat projection.
Saddle for vehicles, such as bicycles or motorcycles, comprising a seat component defining a support surface for a user and a base component to which said seat component is constrained or connected, said base component comprising a first internal face facing towards said seat component and defining therewith an internal zone (IZ) of said saddle and a second face facing away from said seat component , characterized in that it comprises at least one printed circuit , at least one heating and/or cooling element and/or at least one sensor as well as at least one connector designed to wire or electrically connect said at least one printed circuit and said at least one heating and/or cooling element and/or said at least one sensor, said at least one heating and/or cooling element and/or said at least one sensor being interposed between said seat component and said base component or connected to or embedded in or disposed within said seat component , said saddle comprising at least one casing or lid attached to said base component , said at least one casing or lid and said base component defining among them at least one housing seat (HZ), said at least one printed circuit being housed in said at least one housing seat (HZ), said at least one casing or lid is constrained to said first internal face of said base component , so that said at least one housing seat (HZ) is within said internal zone (IZ) or said at least one casing or lid is constrained to said second face of said base component , so that said at least one housing seat (HZ) is outside of said internal zone (IZ), said saddle comprising a padding within said internal zone (IZ) obtained by pouring or injecting a liquid or fluid into said internal zone (IZ) and subsequent hardening or solidification of the same, wherein said at least one housing seat (HZ) is closed with liquid or fluid tight so as to prevent the passage or entry thereinto from the internal zone (IZ) of the liquid or fluid for making the padding before it hardens or solidifies. said saddle comprising at least one casing or lid attached to said base component , said at least one casing or lid and said base component defining among them at least one housing seat (HZ), said at least one printed circuit being housed in said at least one housing seat (HZ), said at least one casing or lid is constrained to said first internal face of said base component , so that said at least one housing seat (HZ) is within said internal zone (IZ) or said at least one casing or lid is constrained to said second face of said base component , so that said at least one housing seat (HZ) is outside of said internal zone (IZ), said saddle comprising a padding within said internal zone (IZ) obtained by pouring or injecting a liquid or fluid into said internal zone (IZ) and subsequent hardening or solidification of the same, wherein said at least one housing seat (HZ) is closed with liquid or fluid tight so as to prevent the passage or entry thereinto from the internal zone (IZ) of the liquid or fluid for making the padding before it hardens or solidifies.
A system for thermally treating fluid for treatment of a patient, comprising: an energy delivery device configured to be in use positioned in the patient; and a cooling device that includes a thermal plate ; a disposable heat exchanger cartridge or resilient body removably coupled to the cooling device , the cartridge or body including a thermally conductive surface and a fluid channel that extends through the cartridge or body with at least a portion of the fluid channel arranged adjacent to the thermally conductive surface , wherein the fluid channel of the heat exchanger cartridge is in fluid communication with the energy delivery device ; and at least one biasing mechanism arranged to removably couple the cartridge or body to the cooling device such that the thermally conductive surface is biased against the thermal plate of the cooling device to transfer heat from the fluid, and a pump positioned in a supply path between the heat exchanger cartridge and the energy delivery device, the pump being configured to draw a fluid through the fluid channel of the heat exchanger cartridge at a negative pressure to chill the fluid, and configured to supply the chilled fluid to the energy delivery device at a positive pressure. an energy delivery device configured to be in use positioned in the patient; and a cooling device that includes a thermal plate ; a disposable heat exchanger cartridge or resilient body removably coupled to the cooling device , the cartridge or body including a thermally conductive surface and a fluid channel that extends through the cartridge or body with at least a portion of the fluid channel arranged adjacent to the thermally conductive surface , wherein the fluid channel of the heat exchanger cartridge is in fluid communication with the energy delivery device ; and at least one biasing mechanism arranged to removably couple the cartridge or body to the cooling device such that the thermally conductive surface is biased against the thermal plate of the cooling device to transfer heat from the fluid, and a pump positioned in a supply path between the heat exchanger cartridge and the energy delivery device, the pump being configured to draw a fluid through the fluid channel of the heat exchanger cartridge at a negative pressure to chill the fluid, and configured to supply the chilled fluid to the energy delivery device at a positive pressure.
A radiation detector adapted for detecting leakage currents, the radiation detector comprising: a direct conversion material for converting incident radiation into charges, the direct conversion material having a first major surface and a second major surface; at least one first electrode connected to the first major surface of the direct conversion material and a plurality of second electrodes connected to the second major surface of the direct conversion material , each of the at least one first electrode and the plurality of second electrodes arranged for collecting charges generated in an electric field applied between the first and second electrodes; at least one current measurement device ; a plurality of signal processing chains , each signal processing chain comprising a readout unit for discriminating between energy values with respect to the incident radiation, wherein the radiation detector is characterized in that each signal processing chain is further comprising a switching element for sending signals on a first signal path electrically connecting one of the plurality of second electrodes with the readout unit for discriminating between energy values, or on a second signal path electrically connecting the one of the plurality of second electrodes with an input to one of the at least one current measurement devices; wherein a plurality of switching elements is configured to send signals on the second signal path for measuring a leakage current received at a corresponding plurality of second electrodes of the detector in the absence of incident radiation. a direct conversion material for converting incident radiation into charges, the direct conversion material having a first major surface and a second major surface; at least one first electrode connected to the first major surface of the direct conversion material and a plurality of second electrodes connected to the second major surface of the direct conversion material , each of the at least one first electrode and the plurality of second electrodes arranged for collecting charges generated in an electric field applied between the first and second electrodes; at least one current measurement device ; a plurality of signal processing chains , each signal processing chain comprising a readout unit for discriminating between energy values with respect to the incident radiation, wherein the radiation detector is characterized in that each signal processing chain is further comprising a switching element for sending signals on a first signal path electrically connecting one of the plurality of second electrodes with the readout unit for discriminating between energy values, or on a second signal path electrically connecting the one of the plurality of second electrodes with an input to one of the at least one current measurement devices;