mhurhangee/patent-ind-claim-en huggingface dataset:
A method of updating a packet forwarding device , the method comprising: receiving , by the packet forwarding device , an update for updating the packet forwarding device ; determining a status of a network traffic associated with the packet forwarding device ; determining an update time for applying the update based on the determined status of the network traffic; determining if the determined update time is outside of a grace period associated with the update, the grace period being a period in which the update should be applied and the grace period being indicated by a flag included in the update; if it is determined that the determined update time is outside of the grace period, setting the update time to a predetermined time after expiration of the grace period; and applying the update to the packet forwarding device at the predetermined time after expiration of the grace period. receiving , by the packet forwarding device , an update for updating the packet forwarding device ; determining a status of a network traffic associated with the packet forwarding device ; determining an update time for applying the update based on the determined status of the network traffic; determining if the determined update time is outside of a grace period associated with the update, the grace period being a period in which the update should be applied and the grace period being indicated by a flag included in the update; if it is determined that the determined update time is outside of the grace period, setting the update time to a predetermined time after expiration of the grace period; and applying the update to the packet forwarding device at the predetermined time after expiration of the grace period.
A control system for electrically controlled installations , comprising at least one control device for monitoring and/or controlling the installation and/or installation components , at least one portable, mobile hand-held terminal for displaying information and entering control commands by an operator , wherein the hand-held terminal has at least one safety switching element that can be actuated manually, to which safety switching element a lighting device having at least one lighting means is assigned, and a signal connection , which can be coupled and released as needed, between the safety switching element of the hand-held terminal and the at least one control device or a separately formed safety controller , wherein the control system , in case of the presence of a coupled signal connection and upon manual actuation of the safety switching element , is configured for transferring the installation or one or multiple ones of the installation components into a safe state, characterized in that it comprises at least one lighting control device having a first switching means and a second switching means , which second switching means is connected in series with the first switching means , and that the lighting control device , in the event of a coupled signal connection , is configured for activating the lighting device by means of switching the first switching means and the second switching means into an electrically conducting switching state, and that the lighting control device , in the case of the presence of a released signal connection , is configured for deactivating the lighting device by switching the first switching means and the second switching means into an electrically non-conducting switching state, wherein at least one checking means for checking the conducting state of the switching means is assigned to the at least one lighting control device , and the lighting control device , in the case of the presence of a deactivated state of the lighting device , is configured for checking the proper non-conducting state of the switching means by means of the at least one checking means , and wherein the at least one lighting control device is configured for performing a test cycle, which test cycle comprises switching one of the switching means at a time, alternating in a periodical sequence, into an non-conducting state, and comprises the simultaneous switching of the other switching means into a conducting state.
A terminal block fastening device, for fastening a circuit board having at least one fastening hole , the terminal block fastening device comprising: a body including a socket for insertion of a printed circuit board and two through holes perpendicular to the socket ; and a locking handle installed in the body , the locking handle including a force arm , a fastening portion connected to one end of the force arm , a pivot point , and a resilient arm , wherein the fastening portion is operatively associated with the resilient arm to be moved between a locked state (L) and a released state (R), characterized in that the pivot point is connected to the other end of the force arm and the resilient arm is disposed between the fastening portion and the force arm , wherein the locking handle further includes a neck connected between the fastening portion and the force arm , a guiding hole formed on the neck , and a head extending from one end of the neck toward an opening of the socket , and wherein the body further includes a pillar element disposed between the two through holes , and the guiding hole is for insertion of the pillar element , so that the neck is movable in relation to the pillar element along the guiding hole . a body including a socket for insertion of a printed circuit board and two through holes perpendicular to the socket ; and a locking handle installed in the body , the locking handle including a force arm , a fastening portion connected to one end of the force arm , a pivot point , and a resilient arm , wherein the fastening portion is operatively associated with the resilient arm to be moved between a locked state (L) and a released state (R), characterized in that the pivot point is connected to the other end of the force arm and the resilient arm is disposed between the fastening portion and the force arm , wherein the locking handle further includes a neck connected between the fastening portion and the force arm , a guiding hole formed on the neck , and a head extending from one end of the neck toward an opening of the socket , and wherein the body further includes a pillar element disposed between the two through holes , and the guiding hole is for insertion of the pillar element , so that the neck is movable in relation to the pillar element along the guiding hole .
A communications terminal forming part of a mobile communications network comprising one or more infrastructure equipment , the communications terminal comprising a transmitter configured to transmit signals via a wireless access interface to the one or more infrastructure equipment , a receiver configured to receive signals via the wireless access interface from the one or more infrastructure equipment , and a controller configured to control the transmitter and the receiver to transmit and to receive data via the wireless access interface when in a connected mode, wherein the controller is configured in combination with the transmitter and the receiver when in the connected mode to control the receiver to operate in accordance with a discontinuous reception, DRX, state, when in a re-selection mobility management mode of the DRX state, to measure signals received by the receiver from any of the one or more infrastructure equipment , and to select, based on the measured signals received by the receiver from any of the one or more infrastructure equipment , one of the one or more infrastructure equipment from which to receive signals transmitted on the downlink, when in a network controlled mobility management mode of the DRX state, to measure signals received by the receiver from any of the one or more infrastructure equipment, to generate measurement information based on the measured signals received by the receiver from any of the one or more infrastructure equipment , and to control the transmitter to transmit the measurement information to the one of the infrastructure equipment , wherein the controller is configured in combination with the receiver when in the network controlled mobility management mode of the DRX state after predetermined conditions have been satisfied to switch to the re-selection mobility management mode of the DRX state.
A filling system for a machine used in tobacco industry for filling trays with rod-shaped articles that are dispensed from a dispenser , the filling system comprising: - a filling mechanism comprising rotary rollers for facilitating the passing of the rod-shaped articles from the dispenser to the tray below the filling system ; and - a blocking mechanism for blocking the passing of the rod-shaped articles from the dispenser to the tray ; characterized in that : - the blocking mechanism comprises pressing elements located between the rotary rollers and movable in a direction of axes of the rotary rollers between: - a blocked position, in which the pressing elements are configured to press the rod-shaped articles towards a back wall of the dispenser such as to block the passing of the rod-shaped articles from the dispenser to the tray ; - and an unblocked position, in which the pressing elements do not block the passing of the rod-shaped articles from the dispenser to the tray . - a filling mechanism comprising rotary rollers for facilitating the passing of the rod-shaped articles from the dispenser to the tray below the filling system ; and - a blocking mechanism for blocking the passing of the rod-shaped articles from the dispenser to the tray ; - the blocking mechanism comprises pressing elements located between the rotary rollers and movable in a direction of axes of the rotary rollers between: - a blocked position, in which the pressing elements are configured to press the rod-shaped articles towards a back wall of the dispenser such as to block the passing of the rod-shaped articles from the dispenser to the tray ; - and an unblocked position, in which the pressing elements do not block the passing of the rod-shaped articles from the dispenser to the tray . - a blocked position, in which the pressing elements are configured to press the rod-shaped articles towards a back wall of the dispenser such as to block the passing of the rod-shaped articles from the dispenser to the tray ; - and an unblocked position, in which the pressing elements do not block the passing of the rod-shaped articles from the dispenser to the tray .
Method for producing a lining part (8, 8.1, 8.2), in particular for the interior of a vehicle, with which method a support substrate (5, 5.1, 5.2) is positioned opposite a flexible decorative layer (3, 3.1, 3.2) with the interposition of a foam coating (4, 4.1, 4.2), and the support substrate is adhesively connected thereto, wherein the raw foam compound used to form the foam layer (9, 9.1, 9.2) is foamed using a gas as a physical blowing agent and is applied onto the rear face of the decorative layer (3, 3.1, 3.2) and/or the face of the support substrate (5, 5.1, 5.2) facing towards the decorative layer (3, 3.1, 3.2), in the form of a reactive expanded raw foam compound, characterised in that , as long as the expanded foam coating (4, 4.1, 4.2) is still flowable, the support substrate (5, 5.1, 5.2) is positioned at a defined distance to the rear face of the decorative layer (3, 3.1, 3.2), with the interposition of the expanded film coating (4, 4.1, 4.2), wherein, during the process of positioning of the support substrate (5, 5.1, 5.2), at least in some regions, a part of the foam coating (4, 4.1, 4.2) filling the original distance between the decorative layer (3, 3.1, 3.2) and the support substrate (5, 5.1, 5.2) is displaced and plastically compressed, such that the decorative layer (3, 3.1, 3.2) is connected to the support substrate (5, 5.1, 5.2) by the foam coating (4, 4.1, 4.2), and is held until the cross-linking process of the foam coating (4, 4.1, 4.2) has at least mostly concluded.
An oil filtration system , the system comprising: a mount interface having a contaminated conduit and a clean conduit ; a housing , characterized in that the housing further comprising: an inlet being provided about an end portion of the housing ; an outlet being provided about a central axis of the end portion of the housing ; a first inner seal member being configured to seal to an exterior portion of the contaminated conduit ; a second inner seal member being configured to seal and separate a filtered fluid exiting the outlet into the clean conduit from a contaminated fluid entering the inlet from the contaminated conduit when in an installed state; a valve being provided about the outlet, the valve being configured to bias in a closed position in an uninstalled state, and being configured to remain open in an installed state; wherein, upon removal, the valve is configured to be closed prior to the release of either the first inner seal member or the second inner seal member ; and wherein the first inner seal member is configured to release a respective seal after the release of a second respective seal of the second inner seal member . a mount interface having a contaminated conduit and a clean conduit ; a housing , characterized in that the housing further comprising: an inlet being provided about an end portion of the housing ; an outlet being provided about a central axis of the end portion of the housing ; a first inner seal member being configured to seal to an exterior portion of the contaminated conduit ; a second inner seal member being configured to seal and separate a filtered fluid exiting the outlet into the clean conduit from a contaminated fluid entering the inlet from the contaminated conduit when in an installed state; a valve being provided about the outlet, the valve being configured to bias in a closed position in an uninstalled state, and being configured to remain open in an installed state; an inlet being provided about an end portion of the housing ; an outlet being provided about a central axis of the end portion of the housing ; a first inner seal member being configured to seal to an exterior portion of the contaminated conduit ; a second inner seal member being configured to seal and separate a filtered fluid exiting the outlet into the clean conduit from a contaminated fluid entering the inlet from the contaminated conduit when in an installed state; a valve being provided about the outlet, the valve being configured to bias in a closed position in an uninstalled state, and being configured to remain open in an installed state; wherein, upon removal, the valve is configured to be closed prior to the release of either the first inner seal member or the second inner seal member ; and wherein the first inner seal member is configured to release a respective seal after the release of a second respective seal of the second inner seal member .
A method for producing a polyfunctional sulfur-containing epoxy compound, which comprises reacting a polyfunctional thiol compound with an epihalohydrin in the presence of a reducing agent to form a polyfunctional sulfur-containing halohydrin, and then reacting the polyfunctional sulfur-containing halohydrin with a basic compound to form the polyfunctional sulfur-containing epoxy compound, wherein the amount of the reducing agent to be added is from 0.05 to 5.0 mol relative to 1 mol of the thiol group (SH group) of the polyfunctional thiol.
A method i or ii for producing foam for fire extinguishing, wherein method i comprises mixing a liquefied medium with a foam solution, and applying a disturbance to strengthen the contact between the liquefied medium and the foam solution, wherein the mixing is carried out in a mixing device, and the way to apply a disturbance includes arranging a disturbing component in the mixing device, wherein the mixing is performed under the conditions including: mixing temperature in a range of -30°C~60°C, pressure of the liquefied medium in a range of 1-2MPa, and pressure of the foam solution in a range of 0.8-1.SMPa; wherein method ii comprises mixing a liquefied medium, water, and a foam concentrate, and applying a disturbance to strengthen the contact among the liquefied medium, the foam concentrate, and the water, wherein the mixing is carried out in a mixing device, and the way to apply a disturbance includes arranging a disturbing component in the mixing device, wherein the mixing is performed under conditions including: mixing temperature in a range of -30°C~60°C, pressure of the liquefied medium in a range of 1-2MPa, pressure of the foam concentrate in a range of 0.8-1.5MPa, and pressure of the water in range of 0.6-1.4MPa. wherein method i comprises mixing a liquefied medium with a foam solution, and applying a disturbance to strengthen the contact between the liquefied medium and the foam solution, wherein the mixing is carried out in a mixing device, and the way to apply a disturbance includes arranging a disturbing component in the mixing device, wherein the mixing is performed under the conditions including: mixing temperature in a range of -30°C~60°C, pressure of the liquefied medium in a range of 1-2MPa, and pressure of the foam solution in a range of 0.8-1.SMPa; wherein method ii comprises mixing a liquefied medium, water, and a foam concentrate, and applying a disturbance to strengthen the contact among the liquefied medium, the foam concentrate, and the water, wherein the mixing is carried out in a mixing device, and the way to apply a disturbance includes arranging a disturbing component in the mixing device, wherein the mixing is performed under conditions including: mixing temperature in a range of -30°C~60°C, pressure of the liquefied medium in a range of 1-2MPa, pressure of the foam concentrate in a range of 0.8-1.5MPa, and pressure of the water in range of 0.6-1.4MPa.
An electric heating rod for an energy storage , the electric heating rod having heating zones that are controllable independently of each other and are arranged sequentially, when viewed in the longitudinal extension of the heating rod , wherein at least one electric heating element is arranged in each heating zone and the electric heating elements of different heating zones can be supplied with electric energy independently of each other, characterized in that each heating zone has at least one carrier body made of a material that is electrically insulating and stable against the temperatures generated by the heating elements , the carrier body having longitudinal grooves open towards the outside, the cross-sectional shape of which is adapted for receiving a heating element .
A power production system comprising: a fuel cell separation system comprising a molten carbonate fuel cell and configured to receive a flue gas and to produce electrical power therefrom; a flue gas polishing system positioned upstream of the fuel cell separation system and configured to remove contaminants in the flue gas; a flue gas analyzer configured to receive a first sample of the flue gas from a location upstream of the flue gas polishing system, to receive a second sample of the flue gas from a location downstream of the flue gas polishing system, and to measure in real time an amount of the contaminants in the flue gas at the location upstream of the flue gas polishing system and at the location downstream of the flue gas polishing system; and a plant control system operatively coupled to the flue gas polishing system, the flue gas analyzer, and the fuel cell separation system and configured to adjust operational parameters of the flue gas polishing system based on feedback signal sent from the flue gas analyzer. a fuel cell separation system comprising a molten carbonate fuel cell and configured to receive a flue gas and to produce electrical power therefrom; a flue gas polishing system positioned upstream of the fuel cell separation system and configured to remove contaminants in the flue gas; a flue gas analyzer configured to receive a first sample of the flue gas from a location upstream of the flue gas polishing system, to receive a second sample of the flue gas from a location downstream of the flue gas polishing system, and to measure in real time an amount of the contaminants in the flue gas at the location upstream of the flue gas polishing system and at the location downstream of the flue gas polishing system; and a plant control system operatively coupled to the flue gas polishing system, the flue gas analyzer, and the fuel cell separation system and configured to adjust operational parameters of the flue gas polishing system based on feedback signal sent from the flue gas analyzer.
A safety load hook , including a lower part which realizes a curved hook mouth with a hook opening of a predefined nominal width (n) and to which is attached an upper part which is pivotable into an open position, in which the hook opening is open for the insertion or removal of a load, and into a closed position in which it blocks the hook opening toward the outside such that the insertion of a load to be received into the hook mouth or the removal of a load contained there from said hook mouth is prevented, characterized in that a marking is respectively provided on each of the end regions of upper part and lower part which face one another when the upper part is in the closed state, wherein when the upper part is in the closed position, when a size of the hook opening corresponds to the nominal width (n) thereof, the marking on the lower part is offset from the marking on the upper part by a distance (a) in the direction (F) toward the hook opening , which distance is chosen such that when there is a predefined maximum widening of the hook mouth in relation to the predefined nominal width (n) thereof, both markings are located directly side by side when the upper part is in the closed state.
An integrated circuit, comprising: a substrate including silicon-based single-crystal semiconductor material ; a buried isolation layer including dielectric material in the substrate , a top surface of the buried isolation layer being lower than a top surface of the substrate adjacent to the buried isolation layer ; a seed layer of single-crystal silicon based material disposed in a seed trench through the buried isolation layer , the seed layer contacting the substrate through the seed trench ; and an isolated semiconductor layer disposed over the buried isolation layer and separated from the substrate at lateral surfaces of the substrate above the buried isolation layer . a substrate including silicon-based single-crystal semiconductor material ; a buried isolation layer including dielectric material in the substrate , a top surface of the buried isolation layer being lower than a top surface of the substrate adjacent to the buried isolation layer ; a seed layer of single-crystal silicon based material disposed in a seed trench through the buried isolation layer , the seed layer contacting the substrate through the seed trench ; and an isolated semiconductor layer disposed over the buried isolation layer and separated from the substrate at lateral surfaces of the substrate above the buried isolation layer .
Brake disk for a wheel brake of a land vehicle, having a main body , formed from gray cast iron, having at least one axial friction side , at least one anti-corrosion layer applied to the axial friction side , and at least one anti-abrasion layer applied to the anti-corrosion layer , characterized in that the anti-corrosion layer is a sherardizing layer.
A composition comprising a melt blend of: a) 15 - 95 wt.-% of at least one thermoplastic elastomer, b) 5 - 50 wt.-% of at least one non-crosslinked elastomer, and c) 0.1 - 5.0 wt.-% of at least one catalyst, said proportions being based on the total weight of the blend, wherein the melt blend is obtained by melt processing of said blend components. a) 15 - 95 wt.-% of at least one thermoplastic elastomer, b) 5 - 50 wt.-% of at least one non-crosslinked elastomer, and c) 0.1 - 5.0 wt.-% of at least one catalyst, said proportions being based on the total weight of the blend, wherein the melt blend is obtained by melt processing of said blend components.