mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing video monitoring by a mobile terminal, comprising the steps of: i, a mobile client sending a request for a media stream available at a monitoring front end to a media transcoding device, said request including an identity of said monitoring front end and the network standard of said mobile client, and said monitoring front end being connected to a camera or having a build-in camera; ii, the media transcoding device receiving said request, querying information of said monitoring front end from a service platform using said identity, requesting a media code stream of said monitoring front end from a fixed network stream media server connected to said monitoring front end, receiving said media code stream from said fixed network stream media server, transcoding the received media code stream into a transcoded media stream according to a video transcoding parameter corresponding to the network standard of said mobile client, said video transcoding parameter having been queried from said service platform, video transcoding parameters corresponding to respective mobile network standards being registered at said service platform; and iii, the media transcoding device outputting the transcoded media code stream to the mobile client or a mobile stream media server connected to said mobile client; thereby implementing video monitoring by mobile terminals of various network standards. i, a mobile client sending a request for a media stream available at a monitoring front end to a media transcoding device, said request including an identity of said monitoring front end and the network standard of said mobile client, and said monitoring front end being connected to a camera or having a build-in camera; ii, the media transcoding device receiving said request, querying information of said monitoring front end from a service platform using said identity, requesting a media code stream of said monitoring front end from a fixed network stream media server connected to said monitoring front end, receiving said media code stream from said fixed network stream media server, transcoding the received media code stream into a transcoded media stream according to a video transcoding parameter corresponding to the network standard of said mobile client, said video transcoding parameter having been queried from said service platform, video transcoding parameters corresponding to respective mobile network standards being registered at said service platform; and iii, the media transcoding device outputting the transcoded media code stream to the mobile client or a mobile stream media server connected to said mobile client;
A manufacturing machine for the production of disposable cartridges for electronic cigarettes; each disposable cartridge comprising a tubular casing provided with an upper wall, which is kept still by a plurality of bent locking teeth, and a quantity of tobacco product housed in the tubular casing; the manufacturing machine comprising: a manufacturing conveyor, which supports at least one group of seats, each designed to house a corresponding tubular casing; and a feeding unit, which is designed to couple a plurality of upper walls to respective tubular casings housed in the group of seats while the corresponding locking teeth are straight; the manufacturing machine is characterized in that it comprises a closing system, which is designed to bend the locking teeth against the corresponding upper walls in the tubular casings housed in the group of seats; said closing system comprising: a first bending unit, which, for each tubular casing, partially bends the locking teeth towards the upper wall keeping the locking teeth separate from the upper wall; and a second bending unit which is separate from and independent of the first bending unit, is arranged downstream of the first bending unit relative to the feeding direction of the manufacturing conveyor and, for each tubular casing, completely bends the locking teeth against the upper wall, resting the locking teeth against the upper wall. a manufacturing conveyor, which supports at least one group of seats, each designed to house a corresponding tubular casing; and a feeding unit, which is designed to couple a plurality of upper walls to respective tubular casings housed in the group of seats while the corresponding locking teeth are straight; the manufacturing machine is characterized in that it comprises a closing system, which is designed to bend the locking teeth against the corresponding upper walls in the tubular casings housed in the group of seats; said closing system comprising: a first bending unit, which, for each tubular casing, partially bends the locking teeth towards the upper wall keeping the locking teeth separate from the upper wall; and a second bending unit which is separate from and independent of the first bending unit, is arranged downstream of the first bending unit relative to the feeding direction of the manufacturing conveyor and, for each tubular casing, completely bends the locking teeth against the upper wall, resting the locking teeth against the upper wall. a first bending unit, which, for each tubular casing, partially bends the locking teeth towards the upper wall keeping the locking teeth separate from the upper wall; and a second bending unit which is separate from and independent of the first bending unit, is arranged downstream of the first bending unit relative to the feeding direction of the manufacturing conveyor and, for each tubular casing, completely bends the locking teeth against the upper wall, resting the locking teeth against the upper wall.
A direct vapor depositing resin composition comprising a graft copolymer (A-I)obtainable by graft-polymerizing one or more monomers or a monomer mixture to a complex rubber-like polymer composed of a (meth)acrylate-based polymer and a polyorganosiloxane in which the content of silicon atoms having three or more siloxane bonds is 1 mol% or less, including 0 mol%, based on all silicon atoms in polydimethylsiloxane.
Apparatus for determining status of weft insertion for a jet loom including weft arrival detection means for detecting a weft inserted by injection of fluid, comprising: clock means for measuring a weft flying period (t1(s)) from the start time of insertion of a weft to the arrival time of the weft; and converting means (Co) for converting the weft flying period (t1(s)) into a weft flying angle (t1(t)) at standard rotational speed of a weaving machine using the weft flying period (t1(s)) measured by the clock means and the standard rotational speed. clock means for measuring a weft flying period (t1(s)) from the start time of insertion of a weft to the arrival time of the weft; and converting means (Co) for converting the weft flying period (t1(s)) into a weft flying angle (t1(t)) at standard rotational speed of a weaving machine using the weft flying period (t1(s)) measured by the clock means and the standard rotational speed.
Method for the in-register arrangement of at least two printing plates on at least two plate cylinders of a printing press to each other, where the printing press has at least one printing unit, which has at least one transfer cylinder in the contact area of which a print gap is established with a further cylinder and where the at least one transfer cylinder is in contact with a plurality of plate cylinders and where in dependence on at least one print image printed on a print substrate adjustments for at least one temperature of at least one printing plate arranged on at least one of the at least two plate cylinders and/or at least one cylinder barrel of the at least one plate cylinder and/or at least one temperature control means interacting with this at least one printing plate and/or this at least one plate cylinder are determined and the at least one temperature of this at least one printing plate and/or this at least one cylinder barrel and/or this at least one temperature control means is changed in accordance with the adjustments and where the at least one plate cylinder has at least one channel, in which is arranged at least one tensioning device, which contains at least one front clamping device, in which a front end of a respective printing plate is clamped and has at least one rear clamping device, in which a rear end of this respective printing plate is clamped and where at least one register pattern of the print substrate is recorded and in dependence thereon adjustments for at least one adjusting element (39; 41; 131; 144) of at least one of the tensioning devices are determined, where the at least one adjusting element (39; 41) of the at least one tensioning device is designed as at least one front contact body (39; 41), by means of which a distance of the at least one front clamping device from the first channel wall of the at least one channel is adjustable and/or is designed as at least one rear spacer, by means of which a distance of the at least one rear clamping device from the second channel wall of the at least one channel is adjustable and/or is designed as at least one axial drive, by means of which a position of the at least one rear clamping device is adjustable with respect to the axial direction parallel to an axis of rotation of the respective plate cylinder.
Method for imaging a biological sample using microscopy, characterized in that it provides to use in said biological sample nanoparticles of platinum, an oxidizing agent and an oxidizable substrate to obtain an electron-dense osmiophilic precipitate localized around said nanoparticles of platinum, said osmiophilic precipitate being obtained by means of an oxidation phase of said oxidizable substrate activated by said nanoparticles of platinum and by said oxidizing agent, wherein said oxidizable substrate comprises at least a chemical compound chosen from a group consisting of: 3,3',5,5'-tetramethylbenzidine, 3,3'-diaminobenzidine, p-phenylenediamine-pyrocatechol, and homovanillic acid.
A supply air terminal device comprising at least one supply air chamber comprising a supply air chamber floor and a fresh air inlet arranged to receive fresh air; at least one mixing chamber comprising a mixing chamber floor having plurality of holes and end walls; the supply air chamber and the mixing chamber are arranged parallel to each other so that the supply air chamber floor and the mixing chamber floor form a visible plane surface; a heat exchanger arranged within the mixing chamber to pass the circulated air from the room into the mixing chamber through the holes located in the mixing chamber floor; a channel arranged to conduct the combined air flow from the mixing chamber to the room; characterized in that at least one nozzle arranged to conduct the fresh supply air from the supply air chamber into the mixing chamber, wherein the fresh supply air and a circulated air from the room are combined and a combined air flow is formed. at least one supply air chamber comprising a supply air chamber floor and a fresh air inlet arranged to receive fresh air; at least one mixing chamber comprising a mixing chamber floor having plurality of holes and end walls; the supply air chamber and the mixing chamber are arranged parallel to each other so that the supply air chamber floor and the mixing chamber floor form a visible plane surface; a heat exchanger arranged within the mixing chamber to pass the circulated air from the room into the mixing chamber through the holes located in the mixing chamber floor; a channel arranged to conduct the combined air flow from the mixing chamber to the room; characterized in that at least one nozzle arranged to conduct the fresh supply air from the supply air chamber into the mixing chamber, wherein the fresh supply air and a circulated air from the room are combined and a combined air flow is formed.
A tissue anomaly detection system, comprising: a probe transmitter device structured to radiate a radio-frequency signal (S RAD) to irradiate a patient tissue in near-field conditions so as to produce a resulting radio-frequency signal (S IN) and comprising: an antenna radiating element configured to radiate the radio-frequency signal (S RAD) with a linear polarization; a receiving device structured to receive the resulting signal (S IN) and provide a corresponding received electrical signal (V REC); a processing module configured to process the received electrical signal (V REC) and provide an information indicating detection of an anomaly in said tissue; wherein the processing module is configured to: analyse the trend of a power associated to the received electrical signal (V REC) versus time and detect said anomaly associated with nulls or minima or values under a threshold in said trend of the power; characterized in that the transmitter device further includes an actuator device mechanically coupled to the antenna radiating element and configured to cause a rotation of the antenna radiating element so as to rotate the polarization of the radio-frequency signal (S RAD) and triggering interference and scattering phenomena that allow obtaining the anomaly detection. a probe transmitter device structured to radiate a radio-frequency signal (S RAD) to irradiate a patient tissue in near-field conditions so as to produce a resulting radio-frequency signal (S IN) and comprising: an antenna radiating element configured to radiate the radio-frequency signal (S RAD) with a linear polarization; a receiving device structured to receive the resulting signal (S IN) and provide a corresponding received electrical signal (V REC); a processing module configured to process the received electrical signal (V REC) and provide an information indicating detection of an anomaly in said tissue; wherein the processing module is configured to: analyse the trend of a power associated to the received electrical signal (V REC) versus time and detect said anomaly associated with nulls or minima or values under a threshold in said trend of the power; characterized in that the transmitter device further includes an actuator device mechanically coupled to the antenna radiating element and configured to cause a rotation of the antenna radiating element so as to rotate the polarization of the radio-frequency signal (S RAD) and triggering interference and scattering phenomena that allow obtaining the anomaly detection.
A method for routing Remote Direct Memory Access, RDMA, network traffic in a distributed computing system having a plurality of hosts interconnected by a computer network, the individual hosts having a main processor, a network interface card, NIC, and a hardware packet processor operatively coupled to one another, the method comprising: receiving, from the computing network, a connection request packet at the packet processor of a host for establishing an RDMA connection with a virtual machine on the host and having access to the NIC via a corresponding virtual function; determining whether the received connection request packet matches a flow in a flow table in the packet processor; and in response to determining that the received connection request packet does not match with any flow in the flow table, forwarding, via the NIC, the connection request packet with an exception flag to a software component provided by the main processor; receiving, via the NIC, a copy of the connection request packet and flow information of a flow corresponding to the connection request packet from the software component; processing the copy of the connection request packet according to the received flow information; and forwarding the processed connection request packet back to the NIC to be delivered to the virtual function of the virtual machine, thereby allowing the virtual machine to establish the RDMA connection. receiving, from the computing network, a connection request packet at the packet processor of a host for establishing an RDMA connection with a virtual machine on the host and having access to the NIC via a corresponding virtual function; determining whether the received connection request packet matches a flow in a flow table in the packet processor; and in response to determining that the received connection request packet does not match with any flow in the flow table, forwarding, via the NIC, the connection request packet with an exception flag to a software component provided by the main processor; receiving, via the NIC, a copy of the connection request packet and flow information of a flow corresponding to the connection request packet from the software component; processing the copy of the connection request packet according to the received flow information; and forwarding the processed connection request packet back to the NIC to be delivered to the virtual function of the virtual machine, thereby allowing the virtual machine to establish the RDMA connection. forwarding, via the NIC, the connection request packet with an exception flag to a software component provided by the main processor; receiving, via the NIC, a copy of the connection request packet and flow information of a flow corresponding to the connection request packet from the software component; processing the copy of the connection request packet according to the received flow information; and forwarding the processed connection request packet back to the NIC to be delivered to the virtual function of the virtual machine, thereby allowing the virtual machine to establish the RDMA connection.
A method for preventing or reducing low speed pre-ignition in a direct injected, boosted, spark ignited internal combustion engine, said method comprising the step of lubricating the crankcase of the engine with a lubricating oil composition comprising from 50 to 3000 ppm of metal from at least one zirconium-containing compound, based on the total weight of the lubricating oil composition.
A method for producing a cream product having an average particle size of less than 3 μm, comprising the following steps: (a) subjecting a cream product having a fat content not greater than 40% by weight to a first high-pressure homogenization at a temperature in the range from 50 °C to 100 °C, wherein the homogenization pressure is in the range from 10 to 150 bar, (b) heating the product obtained in step a) to 135 °C up to 150 °C, (c) cooling the product obtained in step b) to a temperature below 100°C, (d) subjecting the product obtained in step c) to a second high-pressure homogenization at a temperature in the range from 50 °C to 80 °C and a pressure in the range from 60 to 100 bar, (e) cooling the product obtained in step d) to a temperature from 0 °C to 10 °C, wherein the cooling temperature is reached in a time interval from 1 to 10 seconds, and (f) packaging the product obtained in step e). (a) subjecting a cream product having a fat content not greater than 40% by weight to a first high-pressure homogenization at a temperature in the range from 50 °C to 100 °C, wherein the homogenization pressure is in the range from 10 to 150 bar, (b) heating the product obtained in step a) to 135 °C up to 150 °C, (c) cooling the product obtained in step b) to a temperature below 100°C, (d) subjecting the product obtained in step c) to a second high-pressure homogenization at a temperature in the range from 50 °C to 80 °C and a pressure in the range from 60 to 100 bar, (e) cooling the product obtained in step d) to a temperature from 0 °C to 10 °C, wherein the cooling temperature is reached in a time interval from 1 to 10 seconds, and (f) packaging the product obtained in step e).
A method for multiple EAP -based authentications in a wireless communication system, the method comprising: generating a first master session key, MSK, in a first EAP -based authentication for a first-type access; generating a first temporal session key, TSK, from the first master session key, MSK; performing a second EAP -based authentication, using the first temporal session key, TSK, for a second-type access; and providing first-type access and second-type access after the first and second EAP-based authentications are successfully completed. generating a first master session key, MSK, in a first EAP -based authentication for a first-type access; generating a first temporal session key, TSK, from the first master session key, MSK; performing a second EAP -based authentication, using the first temporal session key, TSK, for a second-type access; and providing first-type access and second-type access after the first and second EAP-based authentications are successfully completed.
Operating device having a handle which can be manually deflected from an inoperative position relative to an axis, wherein the handle can be rotated about the axis and/or can be displaced axially with respect to the axis and/or can be tilted in relation to the axis and/or can be displaced transversely with respect to the axis, having a sensor system for detecting the deflection of the handle and having a haptics device by which the handle can be subjected to the action of a haptically detectable effect depending on the deflection of the handle, characterized in that the handle is fixedly connected to an actuator by which the handle can be driven such that it can be moved alternately in one degree of freedom by a movement distance of < 1 mm depending on the deflection of said handle.
A container for transporting and consuming liquids comprising: - a main body, - a first closure device at one end of the main body, - a second closure device in an opposite end of the main body, - a cover that surrounds the main body of the container wherein the cover comprises a continuous band of elastic material forming a tubular body placed around the main body and an extension that comprises a portion of the continuous band different of the tubular body; wherein the continuous band of elastic material comprises fastening means for fastening one end of the extension on the tubular body; characterized in that the continuous band of elastic material has a variable thickness in the extension to increase the stretching capacity thereof to allow to fasten the main body of the container surrounded by the cover, to an external element and in that the container comprises a second closure device in an opposite end of the main body.. - a main body, - a first closure device at one end of the main body, - a second closure device in an opposite end of the main body, - a cover that surrounds the main body of the container wherein the cover comprises a continuous band of elastic material forming a tubular body placed around the main body and an extension that comprises a portion of the continuous band different of the tubular body; wherein the continuous band of elastic material comprises fastening means for fastening one end of the extension on the tubular body; characterized in that the continuous band of elastic material has a variable thickness in the extension to increase the stretching capacity thereof to allow to fasten the main body of the container surrounded by the cover, to an external element and in that the container comprises a second closure device in an opposite end of the main body..
A primary flight structure comprising: a load bearing composite shell (301 302) defining at least the exterior of a helicopter fuselage as a continuous laminate structure, the fuselage defining at least a central fuselage section and tail boom, wherein the central fuselage section is adapted to enclose at least one of an engine or drive train. a load bearing composite shell (301 302) defining at least the exterior of a helicopter fuselage as a continuous laminate structure, the fuselage defining at least a central fuselage section and tail boom, wherein the central fuselage section is adapted to enclose at least one of an engine or drive train.