mhurhangee/patent-ind-claim-en huggingface dataset:
A network device , comprising: a plurality of ports configured to serve as ingress ports (12-1) for receiving network packets from a network and as egress ports (12-2) for forwarding at least some of the network packets; a switch fabric configured to selectively connect the ingress ports (12-1) with the egress ports (12-2) according to at least destination addresses of the received network packets; a controller configured to monitor queues of the egress ports (12-2) and make a decision to drop at least a network packet of the received network packets, the network packet having a first destination address associated with a first network node ; and mirroring circuitry configured to: encapsulate the network packet yielding an encapsulated network packet with an encapsulation header which includes a second destination address different from the first destination address ; and feedback the encapsulated network packet into a processing pipeline of the received network packets within the network device at a point in the processing pipeline that is prior to egress port assignment, wherein the switch fabric is configured to forward the encapsulated network packet to a packet analyzer based on at least the second destination address in the encapsulation header . a plurality of ports configured to serve as ingress ports (12-1) for receiving network packets from a network and as egress ports (12-2) for forwarding at least some of the network packets; a switch fabric configured to selectively connect the ingress ports (12-1) with the egress ports (12-2) according to at least destination addresses of the received network packets; a controller configured to monitor queues of the egress ports (12-2) and make a decision to drop at least a network packet of the received network packets, the network packet having a first destination address associated with a first network node ; and mirroring circuitry configured to: encapsulate the network packet yielding an encapsulated network packet with an encapsulation header which includes a second destination address different from the first destination address ; and feedback the encapsulated network packet into a processing pipeline of the received network packets within the network device at a point in the processing pipeline that is prior to egress port assignment, wherein the switch fabric is configured to forward the encapsulated network packet to a packet analyzer based on at least the second destination address in the encapsulation header . encapsulate the network packet yielding an encapsulated network packet with an encapsulation header which includes a second destination address different from the first destination address ; and feedback the encapsulated network packet into a processing pipeline of the received network packets within the network device at a point in the processing pipeline that is prior to egress port assignment, wherein the switch fabric is configured to forward the encapsulated network packet to a packet analyzer based on at least the second destination address in the encapsulation header .
A dental composition containing a glass powder, the glass powder comprising: 15 to 40% by mass of zinc oxide (ZnO); 20 to 55% by mass of silicon oxide (SiO 2 ); 6 to 20% by mass of aluminum oxide (Al 2 O 3 ); 1 to 13% by mass of calcium oxide (CaO), and 1 to 19% by mass of fluorine (F), wherein the dental composition is a glass ionomer cement, wherein the glass ionomer cement includes a powder component having fluoroaluminosilicate glass powder, a polycarboxylic acid polymer, and a liquid component including water, and wherein a mass ratio of the powder component to the liquid component is in a range from 1 to 5. 15 to 40% by mass of zinc oxide (ZnO); 20 to 55% by mass of silicon oxide (SiO 2 ); 6 to 20% by mass of aluminum oxide (Al 2 O 3 ); 1 to 13% by mass of calcium oxide (CaO), and 1 to 19% by mass of fluorine (F), wherein the dental composition is a glass ionomer cement, wherein the glass ionomer cement includes a powder component having fluoroaluminosilicate glass powder, a polycarboxylic acid polymer, and a liquid component including water, and wherein a mass ratio of the powder component to the liquid component is in a range from 1 to 5.
A mirror scanner comprising: a mirror having a first surface that reflects a light, the mirror being swingable about a swing axis; a permanent magnet disposed on a second surface which is a surface opposite of the first surface of the mirror , a yoke having a pair of magnetic field generating ends, a pair of extending portions and a coupling portion , the pair of magnetic field generating ends being disposed at positions facing the permanent magnet in the second surface side of the mirror, the coupling portion coupling respective one ends of the pair of extending portions and the pair of magnetic field generating ends being formed on respective other ends of the pair of extending portions; and a coil wound around each of the pair of extending portions of the yoke, wherein the pair of extending portions and the coupling portion extend along the second surface of the mirror. a mirror having a first surface that reflects a light, the mirror being swingable about a swing axis; a permanent magnet disposed on a second surface which is a surface opposite of the first surface of the mirror , a yoke having a pair of magnetic field generating ends, a pair of extending portions and a coupling portion , the pair of magnetic field generating ends being disposed at positions facing the permanent magnet in the second surface side of the mirror, the coupling portion coupling respective one ends of the pair of extending portions and the pair of magnetic field generating ends being formed on respective other ends of the pair of extending portions; and a coil wound around each of the pair of extending portions of the yoke, wherein the pair of extending portions and the coupling portion extend along the second surface of the mirror.
Method for limiting a temperature θ in an electrical machine , - wherein the temperature θ in the electrical machine is determined, - wherein, after a defined permanent temperature θ Permanent is exceeded, a further temperature increase in a time period (t Derating ) calculated by a controller is permitted, and - wherein, after this time period (t Derating ) elapses, the power and/or the torque and/or at least one phase current of the electrical machine are/is reduced, - characterized in that the reduction in the power and/or the torque and/or the at least one phase current of the electrical machine comprises the following steps: - measuring the temperature θ in the electrical machine in a specific time sequence, - determining the temperature difference Δθ between the measured temperature θ and the permanent temperature θ Permanent in a specific time sequence, - multiplying each value of the temperature difference Δθ by a factor K, - integrating the values of the product of the temperature difference Δθ and the factor K, - calculating a factor F which is associated or calculated with the value of the integration, - multiplying the factor F by the current magnitude of the power and/or the torque and/or at least one phase current of the electrical machine , and - realizing the value which results from the multiplication as a new value for the torque and/or the at least one phase current of the electrical machine . - wherein the temperature θ in the electrical machine is determined, - wherein, after a defined permanent temperature θ Permanent is exceeded, a further temperature increase in a time period (t Derating ) calculated by a controller is permitted, and - wherein, after this time period (t Derating ) elapses, the power and/or the torque and/or at least one phase current of the electrical machine are/is reduced, - characterized in that - measuring the temperature θ in the electrical machine in a specific time sequence, - determining the temperature difference Δθ between the measured temperature θ and the permanent temperature θ Permanent in a specific time sequence, - multiplying each value of the temperature difference Δθ by a factor K, - integrating the values of the product of the temperature difference Δθ and the factor K, - calculating a factor F which is associated or calculated with the value of the integration, - multiplying the factor F by the current magnitude of the power and/or the torque and/or at least one phase current of the electrical machine , and - realizing the value which results from the multiplication as a new value for the torque and/or the at least one phase current of the electrical machine .
A method for reducing the aldehyde content in an amine catalyst comprising (i) mixing a carboxylic monoacid with an amine catalyst containing one or more aldehyde impurities to form a catalyst mixture and (ii) subjecting the catalyst mixture to conditions such that the level of aldehyde impurities in the catalyst mixture are reduced.
Apparatus for smelting metallurgical charges comprising a bath furnace susceptible to contain a molten charge up to a determined level, characterized in that the furnace is equipped with: - at least one non-transferred plasma torch for the generation of first hot gases; - at least one oxygas burner for the generation of second hot gasses; and, - submerged injectors for injecting said first and second hot gases below said determined level. - at least one non-transferred plasma torch for the generation of first hot gases; - at least one oxygas burner for the generation of second hot gasses; and, - submerged injectors for injecting said first and second hot gases below said determined level.
A peptide represented by the formula D-Arg-2'6'-Dmt-Lys-Phe-NH 2 or Phe-D-Arg-Phe-Lys-NH 2 , for use in treating or preventing age-related macular degeneration.
A method of dispensing an agent for sealing an inflatable article, in particular a tire, from a container to which is associated a valve having an inlet and an outlet , a compressed air source is connected to the inlet and a connecting line for connecting to the inflatable object is connected to the outlet and, in a first position of the valve , the inlet and the outlet are connected to one another and, in a second position of the valve , a connection is established between the inlet and the container and between the container and the outlet , wherein the container is fixed to the valve only when sealing means are required in or on a receptacle of the valve , characterized in that the valve is brought from the first position into the second position by the container , and the valve is in the first position before the connection to the container , in the inlet and outlet for the direct passage of air, the container being in an approximately horizontal position, but then, by rotating the container together with a part of the valve , it is brought into the second position, in which a connection between the inlet and container as well as container and outlet , the container being upside down in this position.
A hydrocracking reactor system for upgrading heavy hydrocarbonaceous material into lighter hydrocarbons, the hydrocracking reactor system comprising: a reactor vessel ; a first inlet for receiving a liquid feedstock pre-mixed with a catalyst, the first inlet in communication with top of the reactor vessel ; a second inlet for receiving a gaseous feed primarily comprising hydrogen, the second inlet in communication with bottom of the reactor vessel ; a spray arrangement including a plurality of nozzles , wherein the plurality of nozzles is arranged symmetrically within the spray arrangement across the cross-section of the reactor vessel and configured to disperse the liquid feedstock pre-mixed with the catalyst from the top of the reactor vessel to obtain dispersed droplets having a pre-determined droplet size less than 500 μm, wherein the spray arrangement comprises one or more concentric pipes for receiving the liquid feedstock pre-mixed with the catalyst from the first inlet , the one or more concentric pipes being arranged across a top cross-section of the reactor vessel ; a sparger arrangement including a plurality of sparger holes to introduce the gaseous feed comprising hydrogen from the bottom of the reactor vessel to form a continuous gaseous phase throughout a cross-section of the reactor vessel ; a top exit in communication with the top of the reactor vessel for removing at least a top portion of reaction effluent from the reactor vessel ; and a bottom exit in communication with the bottom of the reactor vessel for removing at least a bottom portion of the reaction effluent from the reactor vessel . a reactor vessel ; a first inlet for receiving a liquid feedstock pre-mixed with a catalyst, the first inlet in communication with top of the reactor vessel ; a second inlet for receiving a gaseous feed primarily comprising hydrogen, the second inlet in communication with bottom of the reactor vessel ; a spray arrangement including a plurality of nozzles , wherein the plurality of nozzles is arranged symmetrically within the spray arrangement across the cross-section of the reactor vessel and configured to disperse the liquid feedstock pre-mixed with the catalyst from the top of the reactor vessel to obtain dispersed droplets having a pre-determined droplet size less than 500 μm, wherein the spray arrangement comprises one or more concentric pipes for receiving the liquid feedstock pre-mixed with the catalyst from the first inlet , the one or more concentric pipes being arranged across a top cross-section of the reactor vessel ; a sparger arrangement including a plurality of sparger holes to introduce the gaseous feed comprising hydrogen from the bottom of the reactor vessel to form a continuous gaseous phase throughout a cross-section of the reactor vessel ; a top exit in communication with the top of the reactor vessel for removing at least a top portion of reaction effluent from the reactor vessel ; and a bottom exit in communication with the bottom of the reactor vessel for removing at least a bottom portion of the reaction effluent from the reactor vessel .
A printing system having an intermediate transfer member in the form of an endless belt for transporting an ink image from an image forming station, at which an ink image is deposited on the intermediate transfer member, to an impression station, where the ink image is transferred onto a printing substrate, the belt having along its edges formations of a greater thickness than the belt, which formations are received in channels to guide the belt and maintain the belt under lateral tension, the printing system further comprises two endless drive members , each located within a respective one of the channels, the two drive members being connected for movement in synchronism with one another and each having a respective laterally projecting gripper shaped for form locking engagement with the formations on a leading end of a strip from which the intermediate transfer member is to be formed, rotation of the drive members during installation of a new intermediate transfer member being operative to thread the strip through the printing system by pulling the strip from its leading end.
A structure for providing an indication of the presence of one or more liquids, the structure comprising: a porous three-dimensional photonic crystal comprising a first region and a second region; wherein said first region comprises a first functional group on at least some of the interior surfaces of the porous three-dimensional photonic crystal; said second region comprises a second functional group on at least some of the interior surfaces of the porous three-dimensional photonic crystal; and the first functional group attracts a first liquid differently than the second functional group. a porous three-dimensional photonic crystal comprising a first region and a second region; wherein said first region comprises a first functional group on at least some of the interior surfaces of the porous three-dimensional photonic crystal; said second region comprises a second functional group on at least some of the interior surfaces of the porous three-dimensional photonic crystal; and the first functional group attracts a first liquid differently than the second functional group.
A suspension seat for a vehicle, in particular a commercial vehicle, with an upper frame and with a lower frame , wherein the upper frame is so positioned oscillatably in a oscillation direction on the lower frame that a distance between the upper frame and the lower frame is adjustable, and with a locking device for locking the upper frame on the lower frame at several different distances from one another, wherein the locking device has a latch rail and a swivellable rocker arm , characterized in that the latch rail is oriented parallel to the oscillation direction and is fixed to the upper frame or to the lower frame , and in which the rocker arm is positioned in a swivellable manner on the lower frame or on the upper frame and has at least one latching element cooperating with the latch rail in a first swivel position for fixed locking of the upper frame in relation to the lower frame so that oscillation is prevented, which is out of engagement with the latch rail in a second swivel position.
A method for inspecting installation of a fastener which comprises a pintail, the method comprising: - monitoring hydraulic pressure of a tool that is installing the fastener by means of a swaging operation; - detecting that the hydraulic pressure has dropped by more than a threshold amount within a period of time, and that, during this period of pressure drop, the pressure drop has continued for at least a threshold amount of time; - determining that the pintail of the fastener has snapped and that swaging has completed in response to the detecting; concluding that the fastener has been installed within a predefined tolerance, based on the changes in the hydraulic pressure that indicate progress of the swaging operation; and - reducing the hydraulic pressure in response to the conclusion that the fastener has been installed. - monitoring hydraulic pressure of a tool that is installing the fastener by means of a swaging operation; - detecting that the hydraulic pressure has dropped by more than a threshold amount within a period of time, and that, during this period of pressure drop, the pressure drop has continued for at least a threshold amount of time; - determining that the pintail of the fastener has snapped and that swaging has completed in response to the detecting; - reducing the hydraulic pressure in response to the conclusion that the fastener has been installed.
A remote operation assistance system (S) that is used for assisting in remote operation of a work machine by an operator (OP) using a remote operation device , the remote operation assistance system (S) comprising: a distance acquisition unit arranged at a predetermined portion of the remote operation device and configured to obtain information on a distance to a moving body; an attribute acquisition unit configured to obtain an attribute, the moving body belonging to the attribute; an interference determination unit configured to determine a level of a likelihood of interference occurring with the remote operation, based on the distance detected by the distance acquisition unit and the attribute obtained by the attribute acquisition unit; and an assistance control unit configured to perform control to assist in the remote operation in accordance with a result of the determination by the interference determination unit . a distance acquisition unit arranged at a predetermined portion of the remote operation device and configured to obtain information on a distance to a moving body; an attribute acquisition unit configured to obtain an attribute, the moving body belonging to the attribute; an interference determination unit configured to determine a level of a likelihood of interference occurring with the remote operation, based on the distance detected by the distance acquisition unit and the attribute obtained by the attribute acquisition unit; and an assistance control unit configured to perform control to assist in the remote operation in accordance with a result of the determination by the interference determination unit .
A processing method in a wireless telecommunications receiver receiving a digitally modulated single-carrier signal, said receiver comprising a processing chain having a matched filter (6_2) to perform shaping filtering on the signal in the time domain and to operate at a frequency drx×B and a frequency equaliser (6_3) adapted to perform frequency equalisation on the filtered signal and deduce the modulation symbols of the equalised signal and to operate at the frequency B, drx being strictly greater than 1; said method implemented in the receiver comprising, between the filtering and the equalisation, a step of decimating the filtered signal by a factor drx, said method implemented in the receiver being characterised in that said decimation of the filtered signal comprises the following steps: i/ extracting, from a filtered signal frame: - a first sequence of samples, said samples being samples for aiding the decimation and having the same power; and - a second sequence of samples, said samples being the payload samples intended to be equalised; ii/ estimating the variance in the power of each of the drx decimation phases of the first sequence of samples; comparing the estimated power variances with one another and identifying the decimation phase associated with the minimum variance, said identified phase being the n th phase, with n ∈ {0, 1, .. ; drx-1}; iii/ decimating the second sequence of samples by a factor drx, the samples at the sampling frequency equal to B and delivered at the output of said decimation step being those of the n th decimation phase of the second sequence; iv/ providing, at the input of the frequency equaliser, said samples at the sampling frequency equal to B and delivered at the output of said decimation step. i/ extracting, from a filtered signal frame: - a first sequence of samples, said samples being samples for aiding the decimation and having the same power; and - a second sequence of samples, said samples being the payload samples intended to be equalised; - a first sequence of samples, said samples being samples for aiding the decimation and having the same power; and - a second sequence of samples, said samples being the payload samples intended to be equalised; ii/ estimating the variance in the power of each of the drx decimation phases of the first sequence of samples; comparing the estimated power variances with one another and identifying the decimation phase associated with the minimum variance, said identified phase being the n th phase, with n ∈ {0, 1, .. ; drx-1}; iii/ decimating the second sequence of samples by a factor drx, the samples at the sampling frequency equal to B and delivered at the output of said decimation step being those of the n th decimation phase of the second sequence; iv/ providing, at the input of the frequency equaliser, said samples at the sampling frequency equal to B and delivered at the output of said decimation step.
Compound containing at least one unit of the formula (I) wherein X being a ketone or sulfone group, wherein Z being a structure element comprising at least one tertiary carbon atom and at least one aromatic 6-ring directly bonded to one of the oxygen atoms, and wherein Y being a structure element comprising at least one nitrogen atom with a positive charge and Y being bonded to said tertiary carbon atom of Z. wherein Z being a structure element comprising at least one tertiary carbon atom and at least one aromatic 6-ring directly bonded to one of the oxygen atoms, and wherein Y being a structure element comprising at least one nitrogen atom with a positive charge and Y being bonded to said tertiary carbon atom of Z.