mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing liquified natural gas from a natural gas feed that comprises C5 to C7 hydrocarbons and C8 or greater hydrocarbons, said process comprising the steps of: contacting a first adsorbent, that preferentially adsorbs the C8 or greater hydrocarbons in preference to hydrocarbons having less than 8 carbon atoms, with the natural gas feed to provide a C8-depleted natural gas stream; contacting a second adsorbent different than the first adsorbent and that preferentially adsorbs the C5 to C7 hydrocarbons in preference to hydrocarbons having less than 5 carbon atoms with the C8-depleted natural gas stream to provide a C5 to C8-depleted natural gas stream, wherein the second adsorbent has higher selectivity and capacity for adsorbing the C5 to C7 hydrocarbons than the first adsorbent; and liquifying the C5 to C8-depleted natural gas stream in a liquifying stage. contacting a first adsorbent, that preferentially adsorbs the C8 or greater hydrocarbons in preference to hydrocarbons having less than 8 carbon atoms, with the natural gas feed to provide a C8-depleted natural gas stream; contacting a second adsorbent different than the first adsorbent and that preferentially adsorbs the C5 to C7 hydrocarbons in preference to hydrocarbons having less than 5 carbon atoms with the C8-depleted natural gas stream to provide a C5 to C8-depleted natural gas stream, wherein the second adsorbent has higher selectivity and capacity for adsorbing the C5 to C7 hydrocarbons than the first adsorbent; and liquifying the C5 to C8-depleted natural gas stream in a liquifying stage.
A method for operating at least one mobile radio transmission/radio receiving device operating according to a wireless telecommunication standard, in particular a DECT derivative, on a stationary radio transmission/radio receiving device operating according to the wireless telecommunication standard, in which at least one of the radio transmission/radio receiving devices,, in particular the stationary radio transmission/radio receiving device, stores at least one list, wherein at least one protocol notification relating to the list is generated by the mobile radio transmission/radio receiving device and is transmitted to the stationary radio transmission/radio receiving device such that the mobile radio transmission/radio receiving device manipulates at least parts of the accesses related to the list by means of the stationary radio transmission/radio receiving device, characterized in that the protocol notification is furthermore formed such that the stationary radio transmission/radio receiving device only reads out elements of the list and sends said elements to the mobile radio transmission/radio receiving device that can be processed by the mobile radio transmission/radio receiving device, wherein the presentation possibilities of the mobile radio transmission/radio receiving device, in particular properties of the display, are taken into account in a determination of the processability.
A control device including a first program in a first execution format in which an overall of the first program is executed per predetermined control cycle, and a second program in a second execution format in which parts of the second program are sequentially executed by an interpreter, the device comprising: a first processor configured to execute the first program in the first execution format per the predetermined control cycle to calculate a first command value for controlling a first control target and to control a second control target; a second processor configured to execute the second program in the second execution format to calculate a second command value for controlling the second control target per the predetermined control cycle in accordance with an intermediate code generated by the interpreter interpreting at least a part of the second program in the second execution format, and to calculate the second command value for controlling the second control target in response to the first processor executing the first program in the first execution format; an output unit configured to output the first command value and the second command value per the predetermined control cycle; and a permitter configured to permit, in response to overlap between a time to execute the first program in the first execution format and a time to execute the second program in the second execution format for controlling the second control target, execution of one of the first program or the second program issuing an occupation request to the second processor earlier than the other one of the first program or the second program per the predetermined control cycle. a first processor configured to execute the first program in the first execution format per the predetermined control cycle to calculate a first command value for controlling a first control target and to control a second control target; a second processor configured to execute the second program in the second execution format to calculate a second command value for controlling the second control target per the predetermined control cycle in accordance with an intermediate code generated by the interpreter interpreting at least a part of the second program in the second execution format, and to calculate the second command value for controlling the second control target in response to the first processor executing the first program in the first execution format; an output unit configured to output the first command value and the second command value per the predetermined control cycle; and a permitter configured to permit, in response to overlap between a time to execute the first program in the first execution format and a time to execute the second program in the second execution format for controlling the second control target, execution of one of the first program or the second program issuing an occupation request to the second processor earlier than the other one of the first program or the second program per the predetermined control cycle.
A method for processing an acknowledgement packet, comprising: receiving, by a data transmission device, an acknowledgement packet from a data receiving end; sending, by the data transmission device, the acknowledgement packet to a data sending end; wherein the method further comprising: updating, by the data transmission device, a total data volume that is reflected by all sent acknowledgement packets within a current sending period as having been acknowledged by the data receiving end; comparing, by the data transmission device, the updated total data volume with a data volume threshold; and controlling, by the data transmission device and according to a result of the comparison, whether to continue to send another acknowledgement packet to the data sending end within the current sending period, characterized in that the data transmission device is an access network device or a core network device of a wireless network and the data volume threshold is limited by a transmission bandwidth of the wireless network in which the data transmission device is located. receiving, by a data transmission device, an acknowledgement packet from a data receiving end; sending, by the data transmission device, the acknowledgement packet to a data sending end; wherein the method further comprising: updating, by the data transmission device, a total data volume that is reflected by all sent acknowledgement packets within a current sending period as having been acknowledged by the data receiving end; comparing, by the data transmission device, the updated total data volume with a data volume threshold; and controlling, by the data transmission device and according to a result of the comparison, whether to continue to send another acknowledgement packet to the data sending end within the current sending period, characterized in that the data transmission device is an access network device or a core network device of a wireless network and the data volume threshold is limited by a transmission bandwidth of the wireless network in which the data transmission device is located. updating, by the data transmission device, a total data volume that is reflected by all sent acknowledgement packets within a current sending period as having been acknowledged by the data receiving end; comparing, by the data transmission device, the updated total data volume with a data volume threshold; and controlling, by the data transmission device and according to a result of the comparison, whether to continue to send another acknowledgement packet to the data sending end within the current sending period, characterized in that the data transmission device is an access network device or a core network device of a wireless network and the data volume threshold is limited by a transmission bandwidth of the wireless network in which the data transmission device is located.
A method for allowing a service hosted by a secure server to be aware that a portable token has been disconnected from a client device, said client device comprising a browser, the method comprises the following steps: - performing a short polling in the client device allowing the browser to detect that the portable token has been disconnected less than a first limited duration after disconnecting, - sending a long polling request from the browser to a session manager for establishing a watchdog session by the session manager, the browser being configured to send to the session manager a further long polling request targeting said watchdog session while the portable token remains connected to the client device, said session manager rejecting said further long polling request if a second limited duration has elapsed, - when the browser detects that the portable token has been disconnected, sending a disconnect message from the browser to the session manager, - upon receipt of the disconnect message, sending a logout message from the session manager to the service. - performing a short polling in the client device allowing the browser to detect that the portable token has been disconnected less than a first limited duration after disconnecting, - sending a long polling request from the browser to a session manager for establishing a watchdog session by the session manager, the browser being configured to send to the session manager a further long polling request targeting said watchdog session while the portable token remains connected to the client device, said session manager rejecting said further long polling request if a second limited duration has elapsed, - when the browser detects that the portable token has been disconnected, sending a disconnect message from the browser to the session manager, - upon receipt of the disconnect message, sending a logout message from the session manager to the service.
An ostomy appliance comprising: inner and outer walls (2, 3) of flexible sheet material joined together to define a cavity for containing a stomal output, the inner wall comprising an inlet for receiving the stomal output into the cavity; a retractable drain being slidably movable between an extended configuration for draining the stomal output from the cavity and a retracted configuration for storage of the drain; and a guide panel arranged on the inner wall or the outer wall, thereby defining a channel for receiving the retractable drain characterised in that the ostomy appliance further comprises a push element for driving the retractable drain into the channel to move the retractable drain towards the retracted configuration. inner and outer walls (2, 3) of flexible sheet material joined together to define a cavity for containing a stomal output, the inner wall comprising an inlet for receiving the stomal output into the cavity; a retractable drain being slidably movable between an extended configuration for draining the stomal output from the cavity and a retracted configuration for storage of the drain; and a guide panel arranged on the inner wall or the outer wall, thereby defining a channel for receiving the retractable drain characterised in that the ostomy appliance further comprises a push element for driving the retractable drain into the channel to move the retractable drain towards the retracted configuration.
A device for the protection of a movable part comprising: an accelerometer, and a control circuit coupled to said accelerometer, characterized by further comprising: at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43), said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43) being arranged and configured to assume a first state reducing possible movement of said movable part (13; 20, 21, 22; 31, 32, 33, 34; 42) or a second state allowing movement of said movable part (13; 20, 21, 22; 31, 32, 33, 34; 42), wherein said control circuit is coupled between said accelerometer and said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43), said control circuit being configured to control said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43) to assume said first state or said second state depending on a signal received from said accelerometer. an accelerometer, and a control circuit coupled to said accelerometer, characterized by further comprising: at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43), said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43) being arranged and configured to assume a first state reducing possible movement of said movable part (13; 20, 21, 22; 31, 32, 33, 34; 42) or a second state allowing movement of said movable part (13; 20, 21, 22; 31, 32, 33, 34; 42), wherein said control circuit is coupled between said accelerometer and said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43), said control circuit being configured to control said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43) to assume said first state or said second state depending on a signal received from said accelerometer. at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43), said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43) being arranged and configured to assume a first state reducing possible movement of said movable part (13; 20, 21, 22; 31, 32, 33, 34; 42) or a second state allowing movement of said movable part (13; 20, 21, 22; 31, 32, 33, 34; 42), wherein said control circuit is coupled between said accelerometer and said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43), said control circuit being configured to control said at least one piece of electroactive material (12; 24; 35, 36, 37, 38; 43) to assume said first state or said second state depending on a signal received from said accelerometer.
Refrigerated semi-trailer for transporting goods comprising: - a refrigerated body comprising an internal loading area and a refrigeration device for controlling the temperature inside said loading area, - a chassis comprising at least two longerons extending longitudinally and whereon the refrigerated body is mounted, - an electricity producing module for supplying the electrical power supply refrigeration device with electricity, said module comprising at least one fuel cell, at least one hydrogen storage tank for the hydrogen supply of said fuel cell, and at least one battery for storing the electricity produced by said fuel cell and for supplying the refrigeration device, and - a trunk whereon the electricity producing module is attached, the trunk being attached to the chassis, - said storage tank of the electricity producing module being mounted between the longerons of the chassis relative to a transverse plan to the chassis. - a refrigerated body comprising an internal loading area and a refrigeration device for controlling the temperature inside said loading area, - a chassis comprising at least two longerons extending longitudinally and whereon the refrigerated body is mounted, - an electricity producing module for supplying the electrical power supply refrigeration device with electricity, said module comprising at least one fuel cell, at least one hydrogen storage tank for the hydrogen supply of said fuel cell, and at least one battery for storing the electricity produced by said fuel cell and for supplying the refrigeration device, and - a trunk whereon the electricity producing module is attached, the trunk being attached to the chassis, - said storage tank of the electricity producing module being mounted between the longerons of the chassis relative to a transverse plan to the chassis.
A method for performing a first refueling mission with a refueling aircraft (100, 200), having a first refueling system, the method comprising: providing a number of control stations in the fuselage of the refueling aircraft (100, 200), wherein each of the number of control stations is capable of being configured to control the first refueling system and any of a plurality of second systems; configuring the number of control stations to selectively control the refueling system and a plurality of second systems in the refueling aircraft (100, 200) to form a number of configured control stations, wherein the plurality of second systems includes a cargo handling system, a special operations system, an air traffic management system, a passenger transportation system, a medical evacuation system, a vision system, a weather system, a sensor system, an actuator system and an electrical connection system, and wherein each of the plurality of second systems is capable of performing a mission within a number of other missions; and performing the first refueling mission and at least one of the number of other missions during a flight using the number of configured control stations, wherein the number of other missions is selected from at least one of a cargo carrying mission, a medical evacuation mission, an air traffic management mission, an intelligence mission, a reconnaissance mission, and a surveillance mission. providing a number of control stations in the fuselage of the refueling aircraft (100, 200), wherein each of the number of control stations is capable of being configured to control the first refueling system and any of a plurality of second systems; configuring the number of control stations to selectively control the refueling system and a plurality of second systems in the refueling aircraft (100, 200) to form a number of configured control stations, wherein the plurality of second systems includes a cargo handling system, a special operations system, an air traffic management system, a passenger transportation system, a medical evacuation system, a vision system, a weather system, a sensor system, an actuator system and an electrical connection system, and wherein each of the plurality of second systems is capable of performing a mission within a number of other missions; and
Apower management system, comprising: a plurality of independent DC power sources (20, 25) connected to a DC bus; wherein at least one of the independent DC power sources comprises a rechargeable DC power source for supplying power to and receiving power from the DC bus, and wherein at least one of the independent DC power sources is a fuel cell or a Photo Voltaic array; an inverter coupled to the DC bus in series with the fuel cell or the PV array; a DC to DC converter connected in series between the rechargeable DC power sources and the DC bus and in parallel between the fuel cell or the PV array and the inverter, the DC to DC converter configured to bi-directionally transfer power between the DC bus and the rechargeable DC power sources by means of power transfer connections; and a system controller for managing power transfer between the multiple independent DC power sources and the DC bus. a plurality of independent DC power sources (20, 25) connected to a DC bus; wherein at least one of the independent DC power sources comprises a rechargeable DC power source for supplying power to and receiving power from the DC bus, and wherein at least one of the independent DC power sources is a fuel cell or a Photo Voltaic array; an inverter coupled to the DC bus in series with the fuel cell or the PV array; a DC to DC converter connected in series between the rechargeable DC power sources and the DC bus and in parallel between the fuel cell or the PV array and the inverter, the DC to DC converter configured to bi-directionally transfer power between the DC bus and the rechargeable DC power sources by means of power transfer connections; and a system controller for managing power transfer between the multiple independent DC power sources and the DC bus.
A method for machining ceramic materials by micro-Electrical-Discharge-Machining, comprising the steps of - arranging a ceramic workpiece in a micro-EDM machine, - setting technological parameters of the micro-EDM considering predefined machining properties, - executing the machining of the ceramic workpiece by applying the set micro-EDM parameters, characterized by the further steps of before setting up the ceramic workpiece in the micro-EDM machine, performing a suitability analysis on a test piece having the same material as the workpiece, during said analysis, determining the electrical conductivity of the test piece, and if the analysed test piece has 10 -2 -10 -6 ohm -1 cm -1 electrical conductivity, then performing preliminary machining experiments on the test piece for forming at least one geometrical shape using no-load erosion voltage, maximum discharge current, frequency, impulse duration, discharge gap setting parameters chosen within predefined parameter ranges of the adjustable parameters of the micro-EDM machine, evaluating the results of the preliminary machining experiment series from the aspect of at least one of a geometrical correctness and further selected quality measures, based on the result of the evaluation, classifying the test pieces as machinable or non-machinable ones, and if one or more test pieces were classified as machinable, defining and setting technical parameter ranges associated with the planned machining of the ceramic workpiece, and executing the machining of the ceramic workpiece by applying a parameter set within the defined parameter ranges. - arranging a ceramic workpiece in a micro-EDM machine, - setting technological parameters of the micro-EDM considering predefined machining properties, - executing the machining of the ceramic workpiece by applying the set micro-EDM parameters,
A method for wireless communications by a user equipment utilizing a first radio access technology, RAT, in a first cell, comprising: searching for service coverage by a second RAT in one or more neighboring cells if the first cell does not advertise information about neighboring cells that utilize the second RAT, identifying a second cell that utilizes the second RAT, characterised by evaluating criteria for cell reselection from the second cell to the first cell while still camping on the first cell based on stored system information collected while connected to one or more cells utilizing the second RAT, and deciding whether or not to switch to the second cell based on the evaluation. searching for service coverage by a second RAT in one or more neighboring cells if the first cell does not advertise information about neighboring cells that utilize the second RAT, identifying a second cell that utilizes the second RAT, characterised by evaluating criteria for cell reselection from the second cell to the first cell while still camping on the first cell based on stored system information collected while connected to one or more cells utilizing the second RAT, and deciding whether or not to switch to the second cell based on the evaluation.