mhurhangee/ep-ind-claims huggingface dataset:
A vehicle wheel structure, comprising a vehicle axle extending from a vehicle frame, said vehicle axle comprising a fixed portion which is fixed with respect to the vehicle frame, and a mobile portion which is mobile with respect to the vehicle frame, wherein the fixed portion defines a wheel axis (X-X), and the mobile portion is configured to rotate around said wheel axis (X-X), the mobile portion comprising a shaft transmission part on which is arranged a wheel rim, said shaft transmission part being rotatable around the wheel axis (X-X), the vehicle wheel structure being characterised in that the fixed part comprises a support part, which extends beyond the shaft transmission part along the wheel axis (X-X), said support part comprises a wheel weight receiving portion which supports a wheel weight, such that the wheel weight is arranged on the wheel axis (X-X) and is static with respect to the vehicle frame, and the wheel rim is arranged between the wheel weight and the vehicle frame. the mobile portion comprising a shaft transmission part on which is arranged a wheel rim, said shaft transmission part being rotatable around the wheel axis (X-X), the vehicle wheel structure being characterised in that the fixed part comprises a support part, which extends beyond the shaft transmission part along the wheel axis (X-X), said support part comprises a wheel weight receiving portion which supports a wheel weight, such that the wheel weight is arranged on the wheel axis (X-X) and is static with respect to the vehicle frame, and the wheel rim is arranged between the wheel weight and the vehicle frame.
A computer adapted to carry out the following method: a method of intelligent analysis for liver tumour, comprising steps of: providing a device of scanning acoustic tomography comprising a SAT module and an analysis module for scanning of an area of liver of an examinee from an external position to obtain an ultrasonic image of a target liver tumour of said examinee by an image capturing unit of the analysis module; obtaining a plurality of existing ultrasonic reference images of benignant and malignant liver tumours; obtaining a plurality of liver tumour categories from said existing ultrasonic reference images based on the shading and shadowing areas of said existing ultrasonic reference images to mark a plurality of tumour pixel areas in said existing ultrasonic reference images and identify said liver tumour categories of said tumour pixel areas by a tumour marking unit of the analysis module; obtaining said tumour pixel areas in said ultrasonic reference images to train a categoriser model with the coordination of a deep learning algorithm by a classification unit of the analysis module; and processing an analysis of the ultrasonic image of said target liver tumour of said examinee with said categoriser model to provide said analysis by a comparison unit of the analysis module, wherein the computer is adapted to determine a liver tumour category and to predict a risk probability of malignance of the target liver tumour. providing a device of scanning acoustic tomography comprising a SAT module and an analysis module for scanning of an area of liver of an examinee from an external position to obtain an ultrasonic image of a target liver tumour of said examinee by an image capturing unit of the analysis module; obtaining a plurality of existing ultrasonic reference images of benignant and malignant liver tumours; obtaining a plurality of liver tumour categories from said existing ultrasonic reference images based on the shading and shadowing areas of said existing ultrasonic reference images to mark a plurality of tumour pixel areas in said existing ultrasonic reference images and identify said liver tumour categories of said tumour pixel areas by a tumour marking unit of the analysis module; obtaining said tumour pixel areas in said ultrasonic reference images to train a categoriser model with the coordination of a deep learning algorithm by a classification unit of the analysis module; and processing an analysis of the ultrasonic image of said target liver tumour of said examinee with said categoriser model to provide said analysis by a comparison unit of the analysis module, wherein the computer is adapted to determine a liver tumour category and to predict a risk probability of malignance of the target liver tumour.
A system comprising a network device located in an operator network and a network device located at an egress gateway of an enterprise network, wherein the network device located at the egress gateway of the enterprise network comprises: a DHCP server built into the network device located at the egress gateway, configured to allocate an Internet Protocol, IP, address segment to a virtual local area network, VLAN, in the enterprise network, wherein different VLANs are corresponding to different services, and different services, VLANs, and IP address segments are corresponding, wherein the network device located at the egress gateway is configured to send the IP address segment to the network device located in the operator network, a receiving module, configured to receive a correspondence between the IP address segment and a quality of service, QoS, mark, wherein the correspondence is sent by the network device located in the operator network, wherein the QoS mark is a QoS mark allocated by the network device located in the operator network to the IP address segment according to a preconfigured QoS policy, and the QoS policy comprises the correspondence between the IP address segment and the QoS mark and a further correspondence between the QoS mark and a QoS requirement, wherein the receiving module is further configured to receive a service packet sent by a host in the VLAN of the enterprise network to be transmitted to the operator network, wherein a source IP address of the service packet belongs to the IP address segment; and a processing module, configured to add the QoS mark to the service packet according to the correspondence between the IP address segment and the QoS mark. a DHCP server built into the network device located at the egress gateway, configured to allocate an Internet Protocol, IP, address segment to a virtual local area network, VLAN, in the enterprise network, wherein different VLANs are corresponding to different services, and different services, VLANs, and IP address segments are corresponding, wherein the network device located at the egress gateway is configured to send the IP address segment to the network device located in the operator network, a receiving module, configured to receive a correspondence between the IP address segment and a quality of service, QoS, mark, wherein the correspondence is sent by the network device located in the operator network, wherein the QoS mark is a QoS mark allocated by the network device located in the operator network to the IP address segment according to a preconfigured QoS policy, and the QoS policy comprises the correspondence between the IP address segment and the QoS mark and a further correspondence between the QoS mark and a QoS requirement, wherein the receiving module is further configured to receive a service packet sent by a host in the VLAN of the enterprise network to be transmitted to the operator network, wherein a source IP address of the service packet belongs to the IP address segment; and a processing module, configured to add the QoS mark to the service packet according to the correspondence between the IP address segment and the QoS mark.
A power supply device, comprising: a device body; a fan assembly, combined in the device body, comprising a bracket and a fan combined in the bracket, and the bracket comprising a plurality of through holes; the power supply device characterized in that comprises: an illuminated handle assembly, comprising a handle, an electrical connecting element and at least one light-emitting element, the handle combined with the bracket and attached to the at least one light-emitting element, the at least one light-emitting element electrically connected to the electrical connecting element; and a plurality of shock-absorbing fastening elements, inserted in the fan assembly through the plurality of through holes to fix the at least one light-emitting element on a side of the bracket facing the handle; wherein the power supply device is configured to control the at least one light-emitting element through the electrical connecting element. a device body; a fan assembly, combined in the device body, comprising a bracket and a fan combined in the bracket, and the bracket comprising a plurality of through holes; the power supply device characterized in that comprises: an illuminated handle assembly, comprising a handle, an electrical connecting element and at least one light-emitting element, the handle combined with the bracket and attached to the at least one light-emitting element, the at least one light-emitting element electrically connected to the electrical connecting element; and a plurality of shock-absorbing fastening elements, inserted in the fan assembly through the plurality of through holes to fix the at least one light-emitting element on a side of the bracket facing the handle; wherein the power supply device is configured to control the at least one light-emitting element through the electrical connecting element. an illuminated handle assembly, comprising a handle, an electrical connecting element and at least one light-emitting element, the handle combined with the bracket and attached to the at least one light-emitting element, the at least one light-emitting element electrically connected to the electrical connecting element; and a plurality of shock-absorbing fastening elements, inserted in the fan assembly through the plurality of through holes to fix the at least one light-emitting element on a side of the bracket facing the handle; wherein the power supply device is configured to control the at least one light-emitting element through the electrical connecting element.
A system, comprising: a data collection unit installable on a railway asset and configured to receive an electronic editable image of the railway asset from a mobile communication device; and a computing device (110, 116) located remote from the data collection unit and configured to: receive first information communicated from the data collection unit via a first network communication (142, 150), the first information comprising at least the electronic editable image; compare the first information to second information to determine whether a match exists therebetween by a given amount; and validate that the data collection unit was installed on the railway asset when a match is determined to exist between the first and second information by the given amount. a data collection unit installable on a railway asset and configured to receive an electronic editable image of the railway asset from a mobile communication device; and a computing device (110, 116) located remote from the data collection unit and configured to: receive first information communicated from the data collection unit via a first network communication (142, 150), the first information comprising at least the electronic editable image; compare the first information to second information to determine whether a match exists therebetween by a given amount; and validate that the data collection unit was installed on the railway asset when a match is determined to exist between the first and second information by the given amount. receive first information communicated from the data collection unit via a first network communication (142, 150), the first information comprising at least the electronic editable image; compare the first information to second information to determine whether a match exists therebetween by a given amount; and validate that the data collection unit was installed on the railway asset when a match is determined to exist between the first and second information by the given amount.
Method for controlling a reversible inverter associated with a substation that powers a railway track section, said reversible inverter being used for the recovery of braking energy within said section, which is triggered beyond a voltage (V 0), referred to as the threshold voltage and limited by a minimum voltage (V 0min) and a maximum voltage (V 0max) which are defined with respect to said threshold voltage (V 0), characterized in that the inverter is droop-controlled and in that said method comprises at least one iteration of a phase for adjusting said threshold voltage (V 0) of said inverter and comprises the following steps: - measuring a current (I m) provided by said substation to said railway track section; - measuring a direct voltage (V m) provided by the substation to said railway track section; - assigning the measured value of said direct voltage (V m) to said threshold voltage (V 0) when: • the measured current (I m) is strictly less than a current value (I 0)which is predefined for said substation, referred to as the threshold current, and corresponding to a no-load voltage of said substation, and • said direct voltage (V m) is strictly greater than the minimum threshold (V 0min). - measuring a current (I m) provided by said substation to said railway track section; - measuring a direct voltage (V m) provided by the substation to said railway track section; - assigning the measured value of said direct voltage (V m) to said threshold voltage (V 0) when: • the measured current (I m) is strictly less than a current value (I 0)which is predefined for said substation, referred to as the threshold current, and corresponding to a no-load voltage of said substation, and • said direct voltage (V m) is strictly greater than the minimum threshold (V 0min). • the measured current (I m) is strictly less than a current value (I 0)which is predefined for said substation, referred to as the threshold current, and corresponding to a no-load voltage of said substation, and • said direct voltage (V m) is strictly greater than the minimum threshold (V 0min).
A heterostructure for an electrode in a lithium ion battery wherein the heterostructure comprises: a Germanium, Ge, nanowire stem; a plurality of tin, Sn, nanoparticles attached to the nanowire stem; and a plurality of branches of Silicon, Si, distributed along the entire length of the surface of the nanowire stem, wherein the plurality of branches of Si were grown from the surface of the nanowire stem by using the plurality of tin nanoparticles as secondary seeds. a Germanium, Ge, nanowire stem; a plurality of tin, Sn, nanoparticles attached to the nanowire stem; and a plurality of branches of Silicon, Si, distributed along the entire length of the surface of the nanowire stem, wherein the plurality of branches of Si were grown from the surface of the nanowire stem by using the plurality of tin nanoparticles as secondary seeds.
Inductive heating device (1; 3) for heating an aerosol-forming article (2; 4) comprising a susceptor (22, 23; 42), the inductive heating device (1; 3) comprising: - a device housing (10; 30) comprising a cavity (11; 31) having an internal surface (110; 310) shaped to accommodate at least a portion of the aerosol-forming article (2; 4), - a coil arranged to surround at least a portion of the cavity (11; 31) - an electrical power source, and - a power supply electronics connected to the electrical power source and to the coil, for supplying an alternating current to the coil to generate in the portion of the cavity (11; 31) surrounded by the coil an alternating magnetic field suitable to heat the susceptor (22, 23; 42), wherein the coil is a single coil having a coil length and a plurality of connection taps (L11, L21, L31, L12, L22, L32) which are arranged at different locations along the coil length to divide the single coil into a plurality of individual coil segments (L1, L2, L3), the connection taps (L11, L21, L31, L12, L22, L32) being connected to the power supply electronics, and wherein the power supply electronics is configured to be capable of individually supplying the alternating current to each individual coil segment (L1; L2; L3) of the plurality of coil segments (L1, L2, L3), to generate the alternating magnetic field in that portion of the cavity (11; 31) surrounded by the respective individual coil segment (L1; L2; L3) supplied with the alternating current. - a device housing (10; 30) comprising a cavity (11; 31) having an internal surface (110; 310) shaped to accommodate at least a portion of the aerosol-forming article (2; 4), - a coil arranged to surround at least a portion of the cavity (11; 31) - an electrical power source, and - a power supply electronics connected to the electrical power source and to the coil, for supplying an alternating current to the coil to generate in the portion of the cavity (11; 31) surrounded by the coil an alternating magnetic field suitable to heat the susceptor (22, 23; 42),
A composition for use in the treatment of a biological surface infected or contaminated with a bacterial biofilm or for use in reducing or eliminating a bacterial biofilm on a biological surface, said composition comprising a combination of thermolysin and an aminoglycoside antibacterial agent.
A method, comprising: obtaining a random access data channel subscription for a device to use, for a period of time specified by said subscription, an uplink random access data channel to a wireless communication network; and transmitting bursts containing data on the random access data channel in accordance with said subscription. obtaining a random access data channel subscription for a device to use, for a period of time specified by said subscription, an uplink random access data channel to a wireless communication network; and transmitting bursts containing data on the random access data channel in accordance with said subscription.
A method of calibrating a detector comprising a volatile organic compound, VOC, sensor that is sensitive to carbon monoxide, CO, and a CO sensor that is previously calibrated, the method comprising: assembling the detector with the VOC sensor for field deployment; and calibrating the VOC sensor using CO as a calibrant prior to the field deployment; wherein the calibrating of the VOC sensor comprises exposing the VOC sensor to the CO; wherein the exposing of the VOC sensor to the CO comprises positioning a sensor calibration tool close to the VOC sensor and the previously calibrated CO sensor during exposure of an unknown quantity of CO to the VOC sensor and the previously calibrated CO sensor; and wherein the previously calibrated CO sensor is used to measure a quantity of the CO by which the VOC sensor is calibrated. assembling the detector with the VOC sensor for field deployment; and calibrating the VOC sensor using CO as a calibrant prior to the field deployment; wherein the calibrating of the VOC sensor comprises exposing the VOC sensor to the CO; wherein the exposing of the VOC sensor to the CO comprises positioning a sensor calibration tool close to the VOC sensor and the previously calibrated CO sensor during exposure of an unknown quantity of CO to the VOC sensor and the previously calibrated CO sensor; and wherein the previously calibrated CO sensor is used to measure a quantity of the CO by which the VOC sensor is calibrated.
A method for analysing an image composed of pixels by estimating a continuous function of a selected pixel attribute, the continuous function being centred on a selected pixel position, the method comprising: determining a series of nested sets of pixels, each set being centred on a common pixel; estimating a discrete weighting for each set of pixels in accordance with the continuous function; mapping the sets of pixels onto pixels of the image with the common pixel mapped on to the selected pixel position; for each set of pixels, forming a combined value in dependence on the values of the selected pixel attribute for the pixels of the set in the image; and estimating the function as a sum of the combined values for each set weighted by the respective discrete weighting; characterized in that the method comprises estimating multiple groups of discrete weightings, each group of discrete weightings representing a different relationship of weighting with distance from the common pixel, the method comprises selecting a group of the weightings and the step of estimating the function comprises estimating the function as a sum of the combined values for each set weighted by the respective discrete weighting from the selected group. determining a series of nested sets of pixels, each set being centred on a common pixel; estimating a discrete weighting for each set of pixels in accordance with the continuous function; mapping the sets of pixels onto pixels of the image with the common pixel mapped on to the selected pixel position; for each set of pixels, forming a combined value in dependence on the values of the selected pixel attribute for the pixels of the set in the image; and estimating the function as a sum of the combined values for each set weighted by the respective discrete weighting; characterized in that the method comprises estimating multiple groups of discrete weightings, each group of discrete weightings representing a different relationship of weighting with distance from the common pixel, the method comprises selecting a group of the weightings and the step of estimating the function comprises estimating the function as a sum of the combined values for each set weighted by the respective discrete weighting from the selected group.
A filter for internal combustion engines, comprising a rigid external casing provided with at least an inlet for a fluid to be filtered and an outlet for the fluid when filtered, and a removable filter cartridge located internally of the external casing, wherein the removable filter cartridge comprises a support flange (31, 31', 32') and a plurality of tubular filter walls (30, 30') arranged parallel to one another and configured to be crossed by the fluid flowing from the inlet towards the outlet of the external casing, wherein each tubular filter wall (30, 30') is made such as to exhibit at least an open end, wherein the open end of each tubular filter wall (30, 30') is fixed to the support flange (31, 31', 32') which is destined to connect the tubular filter walls (30, 30') to one another, wherein the support flange (31, 31', 32') is provided with at least a through-hole aligned with a cavity of the tubular filter wall (30, 30'), and wherein the external casing further comprises an openable cover, for insertion or extraction of the removable filter cartridge, characterised in that the external casing is conformed such as to delimit a pouch a transversal section of which, performed along a perpendicular plane to axes of the tubular filter walls (30, 30'), exhibits a prevalent line of development and a small width with respect to the prevalent line of development, and in that the tubular filter walls (30, 30') are arranged internally of the pouch, side by side with one another, forming a single row which follows the prevalent line of development of the pouch, such that the width of the pouch is occupied by a single tubular filter wall, wherein the support flange (31, 31', 32') entirely occupies a transversal section of the external casing, such as to sub-divide the internal volume thereof in two distinct chambers, of which a first chamber communicates with the inlet and a second chamber communicates with the outlet.