mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an automation device (14, 16, 18) for executing an automation solution for automating a technical facility, wherein the automation solution comprises programmed functional units tracing back to one functional unit type in each case and is prepared by means of a programming device and characterised in that during the preparation of the automation solution at least the following steps are performed: - at least one connection object type is specified, which defined a connection between a first functional unit and a second functional unit for a first and a second functional unit type and - connections are established between individual functional units in the form of instances of such connection object types which are suitably compliant with the type of the respective functional units, wherein during operation of the automation device (14, 16, 18) at least the following steps are performed: - all of those functional units comprised by the automation solution, which function according to a connection between two functional units in each case along the connection as data consumers, are entered into a program list, - all of the connections comprised by the automation solution are entered into a connection list, - each entry of the program list is assigned a reference to a respective entry of the connection list according to a respectively associated connection, - during the execution of the automation solution the program list is processed in stages under the control of a runtime system of the automation device, wherein the processing of the program list comprises an execution of connection rules of a logic part of the connection referenced in each case and, following the execution of the connection rules, an execution of a code of the respective functional unit. - at least one connection object type is specified, which defined a connection between a first functional unit and a second functional unit for a first and a second functional unit type and - connections are established between individual functional units in the form of instances of such connection object types which are suitably compliant with the type of the respective functional units, - all of those functional units comprised by the automation solution, which function according to a connection between two functional units in each case along the connection as data consumers, are entered into a program list, - all of the connections comprised by the automation solution are entered into a connection list, - each entry of the program list is assigned a reference to a respective entry of the connection list according to a respectively associated connection, - during the execution of the automation solution the program list is processed in stages under the control of a runtime system of the automation device,
Coffee machine for the automatic preparation of a coffee beverage and possibly further beverages, comprising a housing, in which the technical means necessary for preparing the coffee beverage, such as for example grinding mechanism, brewing device, boiler, are accommodated, and an outlet unit, via which the desired beverage is dispensed, wherein, in the outlet unit, there is provided an outlet arrangement in which a multiplicity of tubular outlets composed of an elastomer material, in particular silicone rubber or rubber, are arranged adjacent to one another, into which lines for the beverages and/or beverage additives discharge, and which outlets are mounted removably in the outlet unit for the purposes of easy cleaning, characterized in that the outlets are part of an outlet plate (15d; 24) that is at least partially composed of an elastomer material and that extends transversely with respect to the outlet direction.
A method on an electronic device, comprising: receiving, using a first communication method by the electronic device, a first message from at least one first external device among a plurality of external devices that use different communication methods from each other to thereby make communication with the electronic device; identifying, by the electronic device, at least one second external device from among the plurality of external devices, in response to the first message, wherein the at least one second external device is identified based on a location of a user of the electronic device; creating, by the electronic device, a second message for the identified at least one second external device based on status information of the at least one first external device included in the first message; and sending, using a second communication method different from the first communication method by the electronic device, the second message to the identified at least one second external device, wherein the second message comprises control information for the identified at least one second external device, wherein the control information corresponds to the status information of the at least one first external device; wherein the control information is a basis for the identified at least one second external device to control itself. receiving, using a first communication method by the electronic device, a first message from at least one first external device among a plurality of external devices that use different communication methods from each other to thereby make communication with the electronic device; identifying, by the electronic device, at least one second external device from among the plurality of external devices, in response to the first message, wherein the at least one second external device is identified based on a location of a user of the electronic device; creating, by the electronic device, a second message for the identified at least one second external device based on status information of the at least one first external device included in the first message; and sending, using a second communication method different from the first communication method by the electronic device, the second message to the identified at least one second external device, wherein the second message comprises control information for the identified at least one second external device, wherein the control information corresponds to the status information of the at least one first external device; wherein the control information is a basis for the identified at least one second external device to control itself.
A system for reduced scarring of wounds; said system comprising: - means for creating an enclosed volume over a wound site, - means (6,10,11,12) for actively reducing the oxygen concentration within the enclosed volume at the surface of the wound to a first oxygen concentration level while maintaining an environment within the enclosed volume which is healthy for wound healing, - means (4,5,6,7,8,9,10,11,12,13,14) for ensuring that the oxygen concentration of the gas composition of the gas within the enclosed volume at the surface of the wound is maintained below a second oxygen concentration level and above a third oxygen concentration level, and - where said system is arranged such that said first, second and third oxygen concentration levels are between 1 and 16 volume percent characterized in that the means for actively reducing the oxygen concentration within the enclosed volume further comprises an oxygen poor gas reservoir comprising a gas having an oxygen concentration of less than 15 volume percent. - means for creating an enclosed volume over a wound site, - means (6,10,11,12) for actively reducing the oxygen concentration within the enclosed volume at the surface of the wound to a first oxygen concentration level while maintaining an environment within the enclosed volume which is healthy for wound healing, - means (4,5,6,7,8,9,10,11,12,13,14) for ensuring that the oxygen concentration of the gas composition of the gas within the enclosed volume at the surface of the wound is maintained below a second oxygen concentration level and above a third oxygen concentration level, and - where said system is arranged such that said first, second and third oxygen concentration levels are between 1 and 16 volume percent
A method for performing delamination of a polymer film, said method comprising: providing an optically transparent carrier plate; depositing a first light-absorptive material layer onto said carrier plate; depositing a thermal retardation layer onto said first light-absorptive material layer; characterised in that the method comprises depositing a second light-absorptive material layer onto said thermal retardation layer; depositing a light-reflective material layer onto said second light-absorptive material layer; depositing a polymer film on said light-reflective material layer and said second light-absorptive material layer; forming electronic structures on said polymer film; and irradiating said carrier plate with a pulsed light to heat said light-absorptive material layers in order to release said polymer film from said carrier plate. providing an optically transparent carrier plate; depositing a first light-absorptive material layer onto said carrier plate; depositing a thermal retardation layer onto said first light-absorptive material layer; characterised in that the method comprises depositing a second light-absorptive material layer onto said thermal retardation layer; depositing a light-reflective material layer onto said second light-absorptive material layer; depositing a polymer film on said light-reflective material layer and said second light-absorptive material layer; forming electronic structures on said polymer film; and irradiating said carrier plate with a pulsed light to heat said light-absorptive material layers in order to release said polymer film from said carrier plate.
A method of making a wire-stranded hollow coil body comprising a multitude of coil line elements characterized by said coil line elements being made of austenitic stainless steel, said method comprising: stranding said coil line elements around an outer surface of an elongate core into a wire rope configuration to form a flexible linear tube; securing one end of the said flexible linear tube to a rotationally active chuck of a stranding machine, and securing the other end of said flexible linear tube to a slide type fixture chuck loaded with a static weight as a strand-turn resistant-load; placing said flexible linear tube in a heat-treatable condition by arranging to apply an electric current to said flexible linear tube to heat said flexible linear tube due to the electrical resistance of the coil line elements of said flexible linear tube; heat treating said flexible linear tube, after or at the time of stranding said flexible linear tube, by applying an electric current through the electrical resistance of said coil line elements of said flexible linear tube; and thereafter withdrawing said elongate core from said flexible tube to provide said wire-stranded hollow core body having a central axial hollow portion to provide a high rotation-following capability and a high straightness. stranding said coil line elements around an outer surface of an elongate core into a wire rope configuration to form a flexible linear tube; securing one end of the said flexible linear tube to a rotationally active chuck of a stranding machine, and securing the other end of said flexible linear tube to a slide type fixture chuck loaded with a static weight as a strand-turn resistant-load; placing said flexible linear tube in a heat-treatable condition by arranging to apply an electric current to said flexible linear tube to heat said flexible linear tube due to the electrical resistance of the coil line elements of said flexible linear tube; heat treating said flexible linear tube, after or at the time of stranding said flexible linear tube, by applying an electric current through the electrical resistance of said coil line elements of said flexible linear tube; and thereafter withdrawing said elongate core from said flexible tube to provide said wire-stranded hollow core body having a central axial hollow portion to provide a high rotation-following capability and a high straightness.
An active implantable medical stimulation device, the device comprising: an electrically non-conductive support member; one or more electrically conductive stimulation electrodes (214, 216, 218) disposed on the support member; and a cover covering the support member and the one or more electrodes (214, 216,218), wherein at locations where the cover covers the electrodes (214, 216, 218), the cover comprises one or more openings dimensioned such that the one or more openings allow stimulation of tissue by the electrodes (214, 216, 218) while preventing tissue ingrowth; characterised in that the electrically non-conductive support member is an open textile structure and the cover is porous flexible material that fills the open textile structure. an electrically non-conductive support member; one or more electrically conductive stimulation electrodes (214, 216, 218) disposed on the support member; and a cover covering the support member and the one or more electrodes (214, 216,218), wherein at locations where the cover covers the electrodes (214, 216, 218), the cover comprises one or more openings dimensioned such that the one or more openings allow stimulation of tissue by the electrodes (214, 216, 218) while preventing tissue ingrowth; characterised in that the electrically non-conductive support member is an open textile structure and the cover is porous flexible material that fills the open textile structure.
A method of adjusting, by a user equipment, uplink timing in a wireless communication system, the method comprising: transmitting, to a base station, a random access preamble; receiving, from the base station, a random access response including a first timing advance, TA, command based on the random access preamble; and transmitting, to the base station, a uplink signal by applying a timing advance, TA, value based on the first TA command, wherein the first TA command is based on a largest subcarrier spacing, among subcarrier spacings of a plurality of frequency resource regions configuring a timing advance group, TAG, and wherein a maximum value of the TA value is based on a minimum subcarrier spacing, among subcarrier spacings of a plurality of frequency resource regions configuring a TAG, wherein, for an update of previously configured uplink timing, a second TA command is received through a medium access control-control element, MAC-CE, wherein an adjustment unit of the second TA command is determined by the base station, wherein the adjustment unit of the second TA command is received through a system information block, and wherein a bit field size of the second TA command is configured differently from the first TA command. transmitting, to a base station, a random access preamble; receiving, from the base station, a random access response including a first timing advance, TA, command based on the random access preamble; and transmitting, to the base station, a uplink signal by applying a timing advance, TA, value based on the first TA command, wherein the first TA command is based on a largest subcarrier spacing, among subcarrier spacings of a plurality of frequency resource regions configuring a timing advance group, TAG, and wherein a maximum value of the TA value is based on a minimum subcarrier spacing, among subcarrier spacings of a plurality of frequency resource regions configuring a TAG, wherein, for an update of previously configured uplink timing, a second TA command is received through a medium access control-control element, MAC-CE, wherein an adjustment unit of the second TA command is determined by the base station, wherein the adjustment unit of the second TA command is received through a system information block, and wherein a bit field size of the second TA command is configured differently from the first TA command.
An airbag cushion comprising: a folded front panel comprising a first piece of material having a set of first yarns; a first side panel connected with the front panel, wherein the first side panel comprises a second piece of material, wherein the second piece of material comprises a set of second yarns that extend at an angle relative to the first yarns of the front panel; a second side panel positioned opposite from the first side panel and connected with the front pane, wherein the second side panel comprises a third piece of material, wherein the third piece of material comprises a set of third yarns that extend at an angle relative to the first yarns of the front panel; and a rear panel; wherein the airbag is configured to be inflated such that the first yarns of the front panel extend approximately laterally relative to an occupant following inflation of the airbag cushion, and wherein the folded front panel partially defines a restraint volume, and wherein the two side panels (130,140) partially define a space-filling volume which is positioned behind the restraint volume relative to the occupant, and in which the first and second side panels,140) stretch during inflation to a greater degree than the front panel. a folded front panel comprising a first piece of material having a set of first yarns; a first side panel connected with the front panel, wherein the first side panel comprises a second piece of material, wherein the second piece of material comprises a set of second yarns that extend at an angle relative to the first yarns of the front panel; a second side panel positioned opposite from the first side panel and connected with the front pane, wherein the second side panel comprises a third piece of material, wherein the third piece of material comprises a set of third yarns that extend at an angle relative to the first yarns of the front panel; and a rear panel; wherein the airbag is configured to be inflated such that the first yarns of the front panel extend approximately laterally relative to an occupant following inflation of the airbag cushion, and wherein the folded front panel partially defines a restraint volume, and wherein the two side panels (130,140) partially define a space-filling volume which is positioned behind the restraint volume relative to the occupant, and in which the first and second side panels,140) stretch during inflation to a greater degree than the front panel.
A computer-implemented method of operating a wireless network access point of a wireless network, the method comprising: wirelessly exchanging management frames with a device to attach the device to the access point, thereby establishing: a wireless downlink data communication channel from the access point to the device, and a wireless uplink data communication channel from the device to the access point; the method being characterised in that it further comprises, responsive thereto, performing a test of the wireless link at the data link layer comprising: transmitting a test frame to the device on the downlink channel, the test frame: being of a length greater than each of the management frames, comprising a sequence of test data bits, and being configured to require a mirror response comprising said sequence of test data bits; monitoring for receipt of said mirror response on the uplink channel; and determining whether the test is passed or failed, wherein the test is only passed if the mirror response is received on the uplink channel. a wireless downlink data communication channel from the access point to the device, and a wireless uplink data communication channel from the device to the access point; transmitting a test frame to the device on the downlink channel, the test frame: being of a length greater than each of the management frames, comprising a sequence of test data bits, and being configured to require a mirror response comprising said sequence of test data bits; being of a length greater than each of the management frames, comprising a sequence of test data bits, and being configured to require a mirror response comprising said sequence of test data bits; monitoring for receipt of said mirror response on the uplink channel; and determining whether the test is passed or failed, wherein the test is only passed if the mirror response is received on the uplink channel.
A method for minimizing corrosion in a papermaking process comprising a boiler system, the method comprising: (a) measuring an oxidation-reduction potential ("ORP") at operating temperature and pressure at one or more locations in the boiler condensate after steam has travelled from a steam generator and through at least one dryer section of the papermaking process with one or more corrosion stress monitor devices ("CSM devices) capable of measuring ORP at operating temperature and pressure, wherein the CSM device is operable to communicate with a controller adapted to control feeding of one or more reductants and/or one or more pH-controlling chemicals into the boiler system; (b) transmitting the measured ORP to the controller; and (c) when the measured ORP is above -325 mV, the controller causes transmission of a signal to direct feeding of the one or more reductants and one or more pH-controlling chemicals into the boiler feedwater and/or one or more satellite feed locations of the papermaking process in an amount effective to achieve a set point of -325mV. (a) measuring an oxidation-reduction potential ("ORP") at operating temperature and pressure at one or more locations in the boiler condensate after steam has travelled from a steam generator and through at least one dryer section of the papermaking process with one or more corrosion stress monitor devices ("CSM devices) capable of measuring ORP at operating temperature and pressure, wherein the CSM device is operable to communicate with a controller adapted to control feeding of one or more reductants and/or one or more pH-controlling chemicals into the boiler system; (b) transmitting the measured ORP to the controller; and (c) when the measured ORP is above -325 mV, the controller causes transmission of a signal to direct feeding of the one or more reductants and one or more pH-controlling chemicals into the boiler feedwater and/or one or more satellite feed locations of the papermaking process in an amount effective to achieve a set point of -325mV.
Wet cleaning device, in particular a wet mopping device, comprising a cleaning roller, mounted for rotation about a roller axis, and a roller cover, which at least partially surrounds the cleaning roller in the circumferential direction and has at least one movable cover element for optionally closing and/or opening an opening region of the roller cover, characterised in that the displaceable cover element comprises a collection device, in particular a collection container, which provides a storage volume for collecting liquid remaining inside the roller cover.