mhurhangee/ep-ind-claims huggingface dataset:
Method for recognizing a license plate of a vehicle, the method comprising the following steps: - Reading in an image captured by an optical sensor, the image originating from the optical sensor picturing at least said vehicle having a detectable license plate; - Analyzing the image using a convolutional neural network, the convolutional neural network having at least two separated symbol identification branches (220a, 220b), the at least two separated symbol identification branches each including a fully connected layer and an output layer, each of the separated symbol identification branches (220a, 220b) being configured for identifying one of several symbols at respective positions in the registration string of the license plate and/or the convolutional neural network having a country identification branch being separated from the symbol identification branches (220a, 220b), the country identification branch being configured for identifying the country having issued the license plate; and Outputting the at least two identified symbols and/or the identified country in order to recognize the license plate of the vehicle. - Reading in an image captured by an optical sensor, the image originating from the optical sensor picturing at least said vehicle having a detectable license plate; - Analyzing the image using a convolutional neural network, the convolutional neural network having at least two separated symbol identification branches (220a, 220b), the at least two separated symbol identification branches each including a fully connected layer and an output layer, each of the separated symbol identification branches (220a, 220b) being configured for identifying one of several symbols at respective positions in the registration string of the license plate and/or the convolutional neural network having a country identification branch being separated from the symbol identification branches (220a, 220b), the country identification branch being configured for identifying the country having issued the license plate; and
A process transmitter housing assembly comprising: a housing including external threads on an exterior of the housing; a cover assembly with a cover chassis including: a cover flange extending inward from a perimeter of the cover chassis at a first end of the cover chassis, and internal threads on an interior of the cover chassis at a second end of the cover chassis opposite the first end, the internal threads for threadedly engaging the external threads of the housing; and a transparent cover piece; wherein the transmitter housing assembly further comprises a display shroud (62, 162) for supporting display circuitry within the housing, the display circuitry providing a digital display viewable through the transparent cover piece; characterised in that the transparent cover piece is mechanically clamped between the cover flange and a surface of the housing nearest the cover flange when the cover chassis is threadedly secured to the housing, and wherein the process transmitter housing assembly further includes a deformable ring (64, 164) between the transparent cover piece and the housing such that the deformable ring and the transparent cover piece are clamped together between the housing and the cover flange when the cover chassis is threadedly secured to the housing. a housing including external threads on an exterior of the housing; a cover assembly with a cover chassis including: a cover flange extending inward from a perimeter of the cover chassis at a first end of the cover chassis, and internal threads on an interior of the cover chassis at a second end of the cover chassis opposite the first end, the internal threads for threadedly engaging the external threads of the housing; and a cover flange extending inward from a perimeter of the cover chassis at a first end of the cover chassis, and internal threads on an interior of the cover chassis at a second end of the cover chassis opposite the first end, the internal threads for threadedly engaging the external threads of the housing; and a transparent cover piece; wherein the transmitter housing assembly further comprises a display shroud (62, 162) for supporting display circuitry within the housing, the display circuitry providing a digital display viewable through the transparent cover piece; characterised in that the transparent cover piece is mechanically clamped between the cover flange and a surface of the housing nearest the cover flange when the cover chassis is threadedly secured to the housing, and wherein the process transmitter housing assembly further includes a deformable ring (64, 164) between the transparent cover piece and the housing such that the deformable ring and the transparent cover piece are clamped together between the housing and the cover flange when the cover chassis is threadedly secured to the housing.
An adsorption module comprised of at least one sorption unit and at least one evaporator/condenser unit having respective ports for feeding and discharging a fluid heat transfer medium, said units being located in separate housings or a common vacuum-tight housing, wherein the housing is formed to be plate-shaped, and a plurality of plate-shaped housings can be joined to a stacked arrangement which has a common steam duct, characterized in that the plate-shaped housing itself is made to be an active component of the adsorption module, so that at least parts of the housing are integral parts of the sorption unit, at least the sorption unit is comprised of a monolithic, cast or sintered three-dimensional metallic structure having a plurality of breakthroughs oriented in the flow passage direction of the heat transfer medium, wherein the structures of the breakthroughs are freely selectable by the casting or sintering technology, on the three-dimensional structure, a zeolite layer being in close contact with same is located, which is crystallized in situ, and hereby atoms are extracted from the metallic substrate in a targeted manner and incorporated in the zeolite layer, and the metallic structure is an integral part of the respective plate-shaped housing.
A method performed by a terminal which is capable of communicating with a master base station and a secondary base station in a wireless communication system, the method comprising: receiving, from the master base station, a first control message including a first cell-radio network temporary identifier, C-RNTI, for a master cell group, MCG, associated with the master base station, a first RNTI for a semi-persistent scheduling for the MCG, and a first RNTI for a power control of a physical uplink channel for the MCG; receiving, from the master base station, a second control message including a second C-RNTI for a secondary cell group, SCG, associated with the secondary base station, a second RNTI for a semi-persistent scheduling for the SCG, and a second RNTI for a power control of a physical uplink channel for the SCG; monitoring a cell of the MCG based on the first C-RNTI for the MCG and the first RNTI for the semi-persistent scheduling for the MCG; monitoring a cell of the SCG based on the second C-RNTI for the SCG and the second RNTI for the semi-persistent scheduling for the SCG; monitoring a cell of the MCG based on the first RNTI for the power control of the physical uplink channel for the MCG; and monitoring a cell of the SCG based on the second RNTI for the power control of the physical uplink channel for the SCG. receiving, from the master base station, a first control message including a first cell-radio network temporary identifier, C-RNTI, for a master cell group, MCG, associated with the master base station, a first RNTI for a semi-persistent scheduling for the MCG, and a first RNTI for a power control of a physical uplink channel for the MCG; receiving, from the master base station, a second control message including a second C-RNTI for a secondary cell group, SCG, associated with the secondary base station, a second RNTI for a semi-persistent scheduling for the SCG, and a second RNTI for a power control of a physical uplink channel for the SCG; monitoring a cell of the MCG based on the first C-RNTI for the MCG and the first RNTI for the semi-persistent scheduling for the MCG; monitoring a cell of the SCG based on the second C-RNTI for the SCG and the second RNTI for the semi-persistent scheduling for the SCG; monitoring a cell of the MCG based on the first RNTI for the power control of the physical uplink channel for the MCG; and monitoring a cell of the SCG based on the second RNTI for the power control of the physical uplink channel for the SCG.
A method, comprising: receiving a first packet from a first agent over a shared fabric, wherein the shared fabric is to communicatively couple at least the first agent and a second agent to one or more terminals, and the first packet is to be directed to one of the one or more terminals; assigning the first packet to a first virtual channel within the shared fabric, the first virtual channel being a real-time virtual channel, VC_RT; receiving a second packet from the second agent directed to one of the one or more terminals; and assigning the second packet to a second virtual channel within the shared fabric, the second virtual channel being an auxiliary virtual channel, VC_AUX, wherein the method further comprises assigning the packet to a traffic class based on the agent from which the packet originates, wherein the traffic class corresponds exactly to a virtual channel, and wherein the traffic class is prepended to a header of the packet or metadata for the packet. receiving a first packet from a first agent over a shared fabric, wherein the shared fabric is to communicatively couple at least the first agent and a second agent to one or more terminals, and the first packet is to be directed to one of the one or more terminals; assigning the first packet to a first virtual channel within the shared fabric, the first virtual channel being a real-time virtual channel, VC_RT; receiving a second packet from the second agent directed to one of the one or more terminals; and assigning the second packet to a second virtual channel within the shared fabric, the second virtual channel being an auxiliary virtual channel, VC_AUX, wherein the method further comprises assigning the packet to a traffic class based on the agent from which the packet originates, wherein the traffic class corresponds exactly to a virtual channel, and wherein the traffic class is prepended to a header of the packet or metadata for the packet.
A sulfonyl azide allylic monomer of formula: CF 2 =CF-CF 2 -O-R f -SO 2 N 3 formula wherein R f is a divalent (per)fluorinated group, optionally comprising one or more than one ethereal oxygen atom [monomer (Az)].
A polyphenol-oxidiser composition for use in antimicrobial therapy, the composition comprising: a. a water-soluble extract of a plant tissue containing polyphenols including a tannin; and b. an exogenous reactive oxygen species including hydrogen peroxide; and wherein the composition is substantially free of active reducing agents and enzymes. a. a water-soluble extract of a plant tissue containing polyphenols including a tannin; and b. an exogenous reactive oxygen species including hydrogen peroxide; and
A method for monitoring quality based on an Internet Protocol IP bearer in a mobile network, characterized in that the method comprises: setting an IP bearer monitoring center; setting logical data configurations of virtual gateways in Media Gateways, MGWs, of a mobile network, and connecting the virtual gateways in all the MGWs to the IP bearer monitoring center; the method further comprising: sending, by the IP bearer monitoring center, a test call request to the virtual gateways in MGWs to be monitored, wherein the test call request includes information of the MGWs to be monitored; allocating by the virtual gateways, test terminals according to the test call request; initiating, by the IP bearer monitoring center, a call flow between the test terminals; and obtaining, by the virtual gateways, a Quality of Service QoS parameter of a bearer during the call flow between the test terminals; and sending, by the virtual gateways, the QoS parameter to the IP bearer monitoring center through an audit process. sending, by the IP bearer monitoring center, a test call request to the virtual gateways in MGWs to be monitored, wherein the test call request includes information of the MGWs to be monitored; allocating by the virtual gateways, test terminals according to the test call request; initiating, by the IP bearer monitoring center, a call flow between the test terminals; and obtaining, by the virtual gateways, a Quality of Service QoS parameter of a bearer during the call flow between the test terminals; and sending, by the virtual gateways, the QoS parameter to the IP bearer monitoring center through an audit process.
A method for producing a substance having antimicrobial, antiviral, and immunostimulatory activities, particularly towards dendritic cells, comprising extracting chopped potato sprouts with water, separating the aqueous extract from the pellet, adding a salt agent to the extract, concentrating the obtained saline solution using ultrafiltration through a 300-kD filter, freezing the solution for 24 hours, thawing and filtering the solution, removing the pellet, precipitating the crude substance from the solution using an acidic salt agent, re-solubilizing the crude substance with alkali, dializing the alkaline solution against distilled water on a filter, and purifying the substance from the resulting solution using gel permeation chromatography, wherein the molecular weight of the substance is 500 kDa to 17,000 kDa.
Headlamp for a motor vehicle comprising a light source arrangement with several light sources, more particularly LEDs, wherein at least one lens element is arranged downstream of a part of the light source arrangement, wherein in order to generate at least two predetermined light distributions the light source arrangement and the lens element can be moved relative to each other, characterised in that the movably supported lens element can be rotated against the light source arrangement, wherein a central light source or central light source group acting as a positioning light is arranged on and/or around the axis of rotation of the lens element
A refuse collection vehicle having a cleaning apparatus for cleaning a surface, preferably for cleaning a surface by collecting debris, wherein the cleaning apparatus is couplable to the refuse collection vehicle by means of coupling means; the cleaning apparatus has at least one first mechanical collection means and at least one second mechanical collection means; and debris is transferable indirectly and/or directly from the first collection means to the second collection means, characterized in that a compensation means is provided for the raising or lowering of the cleaning apparatus to compensate any height difference of the surface to be cleaned that occurs, with the compensation means being hydraulic and/or pneumatic lifting means that are arranged at the cleaning apparatus and that enable a movement relative to the refuse collection vehicle.
Handle, in particular of the cremone bolt type, applicable onto the frame of a moveable wing of a window or door and comprising: - a box-shaped body that has a resting face for resting on said frame and a face opposite said resting face and from which a manoeuvring handgrip projects, said handgrip being fixed to a rotor that is housed inside said box-shaped body in a rotatable manner about a rotation axis orthogonal to said resting face, wherein said rotor is associable with a transforming mechanism for transforming the rotary motion of said rotor into translation motion of at least one slider which is couplable with a respective manoeuvring or closing rod of said moveable wing, said handle being characterised in that said at least one slider is provided with a tab that projects from said resting face and that extends in a direction substantially parallel to said rotation axis to insert into a slot obtained in said frame and on which tab a respective attachment plate is mounted, to which attachment plate the end of a respective said manoeuvring or closing rod is fixable, wherein said attachment plate is guided on said tab in a sliding manner along a direction parallel to said rotation axis and wherein between said attachment plate and said tab a toothed coupling is defined that extends along the relative sliding direction between said attachment plate and said tab and the mutually meshed teeth of which extend in a direction transversal to said sliding direction to allow a stepped adjustment of the position of said attachment plate with respect to said tab. - a box-shaped body that has a resting face for resting on said frame and a face opposite said resting face and from which a manoeuvring handgrip projects, said handgrip being fixed to a rotor that is housed inside said box-shaped body in a rotatable manner about a rotation axis orthogonal to said resting face, wherein said rotor is associable with a transforming mechanism for transforming the rotary motion of said rotor into translation motion of at least one slider which is couplable with a respective manoeuvring or closing rod of said moveable wing, said handle being characterised in that said at least one slider is provided with a tab that projects from said resting face and that extends in a direction substantially parallel to said rotation axis to insert into a slot obtained in said frame and on which tab a respective attachment plate is mounted, to which attachment plate the end of a respective said manoeuvring or closing rod is fixable, wherein said attachment plate is guided on said tab in a sliding manner along a direction parallel to said rotation axis and wherein between said attachment plate and said tab a toothed coupling is defined that extends along the relative sliding direction between said attachment plate and said tab and the mutually meshed teeth of which extend in a direction transversal to said sliding direction to allow a stepped adjustment of the position of said attachment plate with respect to said tab.
An interior arrangement, which comprises a stowage having a shell, an opening and a frame of the opening, and (ii) a flexible cover fabric comprising at least one portion for connection to the stowage and means for removable fastening to the stowage, the flexible fabric being configured to be movable between a closed position in which the flexible fabric covers, at least partially, the opening of the stowage and an open position in which the flexible fabric clears the opening of the stowage, characterized in that the fastening means comprise at least one stick configured to cooperate with at least one notch of the frame of the opening of the stowage, the frame of the opening of the stowage having several notches allowing receiving the stick, so as to vary the coverage of the opening by the flexible fabric and define several closed positions of the flexible fabric, and in that, in one of the said closed positions, a region of the flexible fabric that does not cover the opening of the stowage has a function of a storage hammock.
Infill material for a synthetic turf surface, said infill material comprising a plurality of particles each one comprising: - a polymeric matrix made of a polymeric material selected in the group: polylactic acid, polybutylene adipate terephthalate (PBAT), polyglycolic acid, polycaprolactone, poly(lactic-co-glycolic) acid (PLGA), poly-(2-hydroxyethylmethacrylate), poly-ethylene-glycol, chitosan, hyaluronic acid, a poly-hydroxy-alkanoate, or combinations thereof; - a reinforcing filler dispersed in said polymeric matrix, the reinforcing filler being made of a plant material, wherein the infill material is a mixture comprising said particles and further infill particles, characterized in that said further infill particles are olive pits. - a polymeric matrix made of a polymeric material selected in the group: polylactic acid, polybutylene adipate terephthalate (PBAT), polyglycolic acid, polycaprolactone, poly(lactic-co-glycolic) acid (PLGA), poly-(2-hydroxyethylmethacrylate), poly-ethylene-glycol, chitosan, hyaluronic acid, a poly-hydroxy-alkanoate, or combinations thereof; - a reinforcing filler dispersed in said polymeric matrix, the reinforcing filler being made of a plant material, the infill material is a mixture comprising said particles and further infill particles, characterized in that said further infill particles are olive pits.
A system to regulate the internal temperature of a power source port, comprising: a connector electrically interconnecting the power source port and a power sink port; an output control routing a power supply output to the connector; a port controller having a plurality of source capabilities lists stored thereon in a non-transitory digital medium, each list identifying a different set of power source port capabilities that, based on their power requirements, may be advertised over a power delivery communication channel to the power sink port; one or more temperature sensors measuring the surface temperature of heat dissipating elements or the internal temperature of the power supply and communicating the measured temperature to a comparator; and the comparator comparing the measured temperature to predefined limit temperatures, wherein when the measured temperature exceeds a predefined maximum limit temperature, the port controller advertises to the power sink port a source capabilities list with reduced electrical power to reduce internal temperatures and when the measured temperature is below a predefined minimum temperature, the port controller advertises to the power sink port a source capabilities list with increased electrical power thereby maximizing the electrical power available from the power source port. a connector electrically interconnecting the power source port and a power sink port; an output control routing a power supply output to the connector; a port controller having a plurality of source capabilities lists stored thereon in a non-transitory digital medium, each list identifying a different set of power source port capabilities that, based on their power requirements, may be advertised over a power delivery communication channel to the power sink port; one or more temperature sensors measuring the surface temperature of heat dissipating elements or the internal temperature of the power supply and communicating the measured temperature to a comparator; and the comparator comparing the measured temperature to predefined limit temperatures, wherein when the measured temperature exceeds a predefined maximum limit temperature, the port controller advertises to the power sink port a source capabilities list with reduced electrical power to reduce internal temperatures and when the measured temperature is below a predefined minimum temperature, the port controller advertises to the power sink port a source capabilities list with increased electrical power thereby maximizing the electrical power available from the power source port.
A system for the detection of defects in rails, the system comprising a source of ultrasonic waves for emitting ultrasonic waves onto a rail, a detector for detecting ultrasonic waves reflected or otherwise scattered by the rail or defects therein and a mist generator arranged, in use, to expose one or both of the rail and source of ultrasonic waves to a mist of liquid, thus enabling the formation of an ultrasound-transmissive interface between the rail and the source of ultrasonic waves, characterized in that the system comprises a mist accelerator for accelerating the droplets forming the mist towards the rail subsequent to generation of the mist.