mhurhangee/patent-ind-claim-en huggingface dataset:
A system for emergency light control over a mesh network , wherein the system is configured to provide an emergency light system of a marine vessel , the system comprising: a main power supply configured to provide power in a first operating mode; a plurality of light module apparatuses (411-413) operationally connected to the main power supply , the plurality of light module apparatuses (411-413) comprising a communication interface (RF) for a mesh network and a backup power source; at least one emergency light module apparatus comprising a communication interface (RF, 650) for the mesh network ; and wherein the plurality of light module apparatuses (411-413) is configured to detect change of mode from the first operating mode to a second operating mode; and to transmit an emergency signal over the mesh network using the backup power source, wherein in the second operating mode, the emergency signal is configured to be received by the at least one emergency light module apparatus over the mesh network , and to control the at least one emergency light module apparatus based on the emergency signal, characterized in that the system comprises an emergency power supply configured to provide power in the second operating mode; and in that the at least one emergency light module apparatus is operationally connected to the emergency power supply over an emergency power distribution network and configured to receive power from the emergency power supply in the second operating mode over the emergency power distribution network . a main power supply configured to provide power in a first operating mode; a plurality of light module apparatuses (411-413) operationally connected to the main power supply , the plurality of light module apparatuses (411-413) comprising a communication interface (RF) for a mesh network and a backup power source; at least one emergency light module apparatus comprising a communication interface (RF, 650) for the mesh network ; and wherein the plurality of light module apparatuses (411-413) is configured to detect change of mode from the first operating mode to a second operating mode; and to transmit an emergency signal over the mesh network using the backup power source, to detect change of mode from the first operating mode to a second operating mode; and to transmit an emergency signal over the mesh network using the backup power source, wherein in the second operating mode, the emergency signal is configured to be received by the at least one emergency light module apparatus over the mesh network , and to control the at least one emergency light module apparatus based on the emergency signal, characterized in that the system comprises an emergency power supply configured to provide power in the second operating mode; and in that the at least one emergency light module apparatus is operationally connected to the emergency power supply over an emergency power distribution network and configured to receive power from the emergency power supply in the second operating mode over the emergency power distribution network .
A method of using a user terminal to provide secure authenticated registration between a user and a third party, wherein the user is associated with the user terminal, wherein the user terminal is a mobile device, the method comprising: reading a chip to receive chip data stored on the chip; transmitting (S410) the chip data, via a network interface of the user terminal associated with the user, over a network to an authentication server associated with said third party and in response receiving (S412) via said network interface a notification message from the authentication server; determining (S414) whether an identification document associated with the chip data is authentic based on the notification message from the authentication server, wherein in response to determining that the identification document is authentic, the method further comprising: outputting (S418), via at least one output device of the user terminal, an authentication challenge to the user associated with the user terminal; receiving (S420) image data as a response to the authentication challenge; and transmitting (S422) the image data, via the network interface, over the network to the authentication server for authenticating the user with the third party. reading a chip to receive chip data stored on the chip; transmitting (S410) the chip data, via a network interface of the user terminal associated with the user, over a network to an authentication server associated with said third party and in response receiving (S412) via said network interface a notification message from the authentication server; determining (S414) whether an identification document associated with the chip data is authentic based on the notification message from the authentication server, wherein in response to determining that the identification document is authentic, the method further comprising: outputting (S418), via at least one output device of the user terminal, an authentication challenge to the user associated with the user terminal; receiving (S420) image data as a response to the authentication challenge; and transmitting (S422) the image data, via the network interface, over the network to the authentication server for authenticating the user with the third party. outputting (S418), via at least one output device of the user terminal, an authentication challenge to the user associated with the user terminal; receiving (S420) image data as a response to the authentication challenge; and transmitting (S422) the image data, via the network interface, over the network to the authentication server for authenticating the user with the third party.
An organic semiconductor material, comprising at least: a charge transporting molecular unit A having an aromatic fused ring-type structure of a cyclic structure unit B linked to the unit A by a single bond, and selected from a group consisting of and a side chain unit C being in at least one side of the unit A and the unit B, and being a linear structure hydrocarbon group having a carbon number of 2 to 20 or a group represented by formula : -(CH 2 ) n -X-(CH 2 ) m -CH 3 where X represents S, O or NH, m is an integer of 0 to 17, and n is an integer of 2 or more, wherein the organic semiconductor material exhibits a liquid crystal phase selected from SmB, SmB cryst , SmI, SmF, SmG, SmE, SmJ, SmK, and SmH. a charge transporting molecular unit A having an aromatic fused ring-type structure of a cyclic structure unit B linked to the unit A by a single bond, and selected from a group consisting of and a side chain unit C being in at least one side of the unit A and the unit B, and being a linear structure hydrocarbon group having a carbon number of 2 to 20 or a group represented by formula : -(CH 2 ) n -X-(CH 2 ) m -CH 3 where X represents S, O or NH, m is an integer of 0 to 17, and n is an integer of 2 or more, wherein the organic semiconductor material exhibits a liquid crystal phase selected from SmB, SmB cryst , SmI, SmF, SmG, SmE, SmJ, SmK, and SmH.
A platform to be installed on a loading plane (C) of a transport vehicle, comprising a sheet-like element adapted to rest on said loading plane (C) and having a plurality of holes arranged according to a predetermined distribution, said platform further comprising, for each hole , a relative cup-shaped element comprising a main body defining a receiving portion , in which an end part of a telescopic cargo bar can be fitted, and a peripheral portion extending transversally to the main body and adapted to define a stopping abutment upon inserting the cup-shaped element in the respective hole , wherein said holes are counter-shaped with respect to respective cup-shaped elements , characterized in that said cup-shaped elements are fitted into the respective holes so that the most external part of the cup-shaped elements is flush with the outer surface of the sheet-like element .
A percussion apparatus for sputum clearance, including: a percussion unit , including a percussion member and an angle detector , the angle detector being configured to detect an included angle (Θ) between a reference plane (A) and a horizontal plane (X); a drive unit ; and a control unit , electrically connected with the drive unit , characterized in that if the included angle (Θ) conforms to a preset angle, the control unit controls the drive unit to drive the percussion unit to periodically percuss. a percussion unit , including a percussion member and an angle detector , the angle detector being configured to detect an included angle (Θ) between a reference plane (A) and a horizontal plane (X); a drive unit ; and a control unit , electrically connected with the drive unit , characterized in that if the included angle (Θ) conforms to a preset angle, the control unit controls the drive unit to drive the percussion unit to periodically percuss.
A method for operating a transceiver coupled to a DSL line , comprising: reducing a transmit power level of the transceiver from a first transmit power level sufficient for the transceiver to continuously transmit data on the DSL line at a first bit rate to a second transmit power level below the first transmit power level sufficient for the transceiver to continuously transmit data on the DSL line at a second bit rate that is lower than the first bit rate and without generating time-varying crosstalk sufficient to destabilize a nearby DSL line ; and repeatedly suspending the transceiver from transmitting data on the DSL line for a period of time without generating further time-varying crosstalk sufficient to destabilize the nearby DSL line and only while the transmit power level of the transceiver is reduced to the second transmit power level. reducing a transmit power level of the transceiver from a first transmit power level sufficient for the transceiver to continuously transmit data on the DSL line at a first bit rate to a second transmit power level below the first transmit power level sufficient for the transceiver to continuously transmit data on the DSL line at a second bit rate that is lower than the first bit rate and without generating time-varying crosstalk sufficient to destabilize a nearby DSL line ; and repeatedly suspending the transceiver from transmitting data on the DSL line for a period of time without generating further time-varying crosstalk sufficient to destabilize the nearby DSL line and only while the transmit power level of the transceiver is reduced to the second transmit power level.
A method for making a supported polymerization catalyst, comprising: forming a catalyst compound comprising bis(n-propylcyclopentadienyl) hafnium (CH 3 ) 2 , bis(n-propylcyclopentadienyl) hafnium F 2 , bis(n-propylcyclopentadienyl) hafnium Cl 2 , or any combinations thereof; mixing the catalyst compound with an activator to form a catalyst complex; combining the catalyst complex with a support to form a supported catalyst wherein the support is one inorganic oxide and the inorganic oxide is silica; and drying the supported catalyst to bind the catalyst complex to the silica support, wherein the supported polymerization catalyst has a particle size distribution wherein 10 % of the particles have a size less than or equal to 20 micrometers, 50 % of the particles have a size less than or equal to 42 micrometers, and 90 % of the particles have a size less than or equal to 75.4 micrometers, and wherein the supported catalyst produces polyolefin polymer in a gas phase fluidized bed reactor, wherein the polyolefin polymer has an average particle size of greater than 0.660 mm, has an average productivity of greater than 7000 g resin/g catalyst, and forms a distribution of resin particles with sizes where 20 % of resin particles have a size larger than 1 mm and has an average ratio of a fluidized bulk density to a settled bulk density (FBD/SBD) of at least 4 % higher than an average of FBD/SBD for resin particles formed from the catalyst compound supported on other silica supports, when polymerizations form a same polymer grade. mixing the catalyst compound with an activator to form a catalyst complex; combining the catalyst complex with a support to form a supported catalyst wherein the support is one inorganic oxide and the inorganic oxide is silica; and drying the supported catalyst to bind the catalyst complex to the silica support, wherein the supported polymerization catalyst has a particle size distribution wherein 10 % of the particles have a size less than or equal to 20 micrometers, 50 % of the particles have a size less than or equal to 42 micrometers, and 90 % of the particles have a size less than or equal to 75.4 micrometers, and wherein the supported catalyst produces polyolefin polymer in a gas phase fluidized bed reactor, wherein the polyolefin polymer has an average particle size of greater than 0.660 mm, has an average productivity of greater than 7000 g resin/g catalyst, and forms a distribution of resin particles with sizes where 20 % of resin particles have a size larger than 1 mm and has an average ratio of a fluidized bulk density to a settled bulk density (FBD/SBD) of at least 4 % higher than an average of FBD/SBD for resin particles formed from the catalyst compound supported on other silica supports, when polymerizations form a same polymer grade.
A rheometer for measuring properties of a sample material, comprising: a first die assembly comprising a first die and a first sealing plate ; a gap between the first die and the first sealing plate ; a second die assembly comprising a second die and a second sealing plate , the first and second dies forming a sample-holding chamber ; and a backing element cooperating with the first sealing plate , wherein a portion of the backing element interfaces with the sample-holding chamber , wherein at least a portion of the backing element comprises polytetrafluoroethylene, an elastomer or graphite, wherein: the first and second die assemblies are arranged to accept a film to be positioned between the first and second dies to bridge the gap between the first die and the first sealing plate , and when the film is held between the dies , the backing element is spaced from the first die while said backing element contacts the film with the film separating the backing element from the sample-holding chamber . a first die assembly comprising a first die and a first sealing plate ; a gap between the first die and the first sealing plate ; a second die assembly comprising a second die and a second sealing plate , the first and second dies forming a sample-holding chamber ; and a backing element cooperating with the first sealing plate , wherein a portion of the backing element interfaces with the sample-holding chamber , wherein at least a portion of the backing element comprises polytetrafluoroethylene, an elastomer or graphite, wherein: the first and second die assemblies are arranged to accept a film to be positioned between the first and second dies to bridge the gap between the first die and the first sealing plate , and when the film is held between the dies , the backing element is spaced from the first die while said backing element contacts the film with the film separating the backing element from the sample-holding chamber .
Method for obtaining an Intelligent Electronic Device, IED, process bus network switch filtering rule configuration file from a substation specification according to the IEC 61850 standard, comprising the steps of: calculating, from a substation topology file, from a control function library file and a substation bay library file, a Substation Specification Description file and substation traffic demand flow files comprising a GOOSE message profile subscription file and a Sampled Values message profile subscription file; generating destination MAC addresses; characterized in that the method further comprises: simulating the process bus communication network using said substation traffic demand flow files and the process bus communication network topology, said topology comprising said process bus network switches, respective links and IED links; calculating the shortest path between each publisher IED and each subscriber IED; calculating a switch multicast filtering rule file, for each switch output port, comprising a multicast MAC address filter rule that allows the calculated shortest paths. calculating, from a substation topology file, from a control function library file and a substation bay library file, a Substation Specification Description file and substation traffic demand flow files comprising a GOOSE message profile subscription file and a Sampled Values message profile subscription file; generating destination MAC addresses; characterized in that the method further comprises: simulating the process bus communication network using said substation traffic demand flow files and the process bus communication network topology, said topology comprising said process bus network switches, respective links and IED links; calculating the shortest path between each publisher IED and each subscriber IED; calculating a switch multicast filtering rule file, for each switch output port, comprising a multicast MAC address filter rule that allows the calculated shortest paths. simulating the process bus communication network using said substation traffic demand flow files and the process bus communication network topology, said topology comprising said process bus network switches, respective links and IED links; calculating the shortest path between each publisher IED and each subscriber IED; calculating a switch multicast filtering rule file, for each switch output port, comprising a multicast MAC address filter rule that allows the calculated shortest paths.
An articulation with three degrees of freedom for a robot, comprising a platform , three motors each connected to a crown via a pinion , each crown being disposed inside a hollow disc stacked on a base, so that each disc is integral with a crown , wherein each disc is also in turn integral with a disc head extending in the same direction as the stack of the base and the discs , and wherein, for each disc head , an arm is rotatably connected on the one hand to the disc head and on the other hand to the platform , the platform being connected to the base and to the hollow discs only by the three arms , each motor being at least partially comprised inside at least one disc .
Rotating machine in a static housing , formed with a device for monitoring and detecting an unbalance (U) caused by the rotating machine , with a first sensor arranged in the housing of the rotating machine for determining acceleration signals (Sb) of the housing and with a second sensor for simultaneously determining signals (Sd) for determining the rotational speed of the rotating machine, as well as a microcontroller to which the sensor signals (Sb, Sd) are supplied, wherein said microcontroller is configured to evaluate the correlation of the two signals (Sb, Sd), characterized in that the acceleration component in the radial direction due to the unbalance of the rotating machine rotating at the determined rotational speed is filtered out.
An injection molding machine comprising: a) an injection apparatus including a nozzle to inject a resin to fill the resin into a mold (30, C, 32, 33); b) a moving mechanism configured to press said nozzle against said mold (30, C, 32, 33); and c) a detection part configured to detect a magnitude relation between a nozzle contact force by the moving mechanism and a reaction force of a pressure of the resin injected by the injection apparatus , the moving mechanism including a hydraulic cylinder , a flow path to supply an operating fluid to generate the nozzle contact force to the hydraulic cylinder , an open/close valve to open and close the flow path , and a pressure sensor to detect a hydraulic pressure of the operating fluid between the hydraulic cylinder and the open/close valve , wherein the detection part is configured to detect the magnitude relation between the nozzle contact force and the reaction force based on a result of detection of the pressure sensor under a condition where the open/close valve close the flow path . a) an injection apparatus including a nozzle to inject a resin to fill the resin into a mold (30, C, 32, 33); b) a moving mechanism configured to press said nozzle against said mold (30, C, 32, 33); and c) a detection part configured to detect a magnitude relation between a nozzle contact force by the moving mechanism and a reaction force of a pressure of the resin injected by the injection apparatus ,
A stator for a helical gear device, comprising: a plurality of rigid disks stacked together and defining a helically convoluted elongated chamber , each of said rigid disks having an interior surface with radially extending lobes defining a central aperture, said rigid disks being concentrically aligned face-to-face in a stacked helical relationship with one another with each disk rotated with respect to an adjacent one of said rigid disks progressively along a length of said disk stack in one direction of rotation to define a helically convoluted elongated chamber ; a bonding member fixedly attached to said rigid disks to bond said rigid disks together as said disk stack ; and a plurality of rigid support rings fixedly attached to said disk stack , said rings including a first ring and a second ring , said first and second rings fitted concentrically at opposite ends of said disk stack against the end rigid disks of said disk stack , said rings being sized with an inside diameter substantially equal to the major diameter of the central aperture defined by the radially extending lobes of said rigid disks and said rings supporting a rotor nutatively disposed in said helically convoluted elongated chamber by contact with the rotor , characterized in that said support rings having an axial width that is greater than an axial width (W) of each of said rigid disks , and said bonding member including a tube , said tube housing said disk stack and said rigid support rings entirely within said tube . a plurality of rigid disks stacked together and defining a helically convoluted elongated chamber , each of said rigid disks having an interior surface with radially extending lobes defining a central aperture, said rigid disks being concentrically aligned face-to-face in a stacked helical relationship with one another with each disk rotated with respect to an adjacent one of said rigid disks progressively along a length of said disk stack in one direction of rotation to define a helically convoluted elongated chamber ; a bonding member fixedly attached to said rigid disks to bond said rigid disks together as said disk stack ; and a plurality of rigid support rings fixedly attached to said disk stack , said rings including a first ring and a second ring , said first and second rings fitted concentrically at opposite ends of said disk stack against the end rigid disks of said disk stack , said rings being sized with an inside diameter substantially equal to the major diameter of the central aperture defined by the radially extending lobes of said rigid disks and said rings supporting a rotor nutatively disposed in said helically convoluted elongated chamber by contact with the rotor , characterized in that said support rings having an axial width that is greater than an axial width (W) of each of said rigid disks , and said bonding member including a tube , said tube housing said disk stack and said rigid support rings entirely within said tube .