mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a solid lithium-ion electrolyte membrane, said method comprising: combining an amorphous, glassy solid reactant having a softening point of less than 850 °C, or a low melting temperature solid reactant having a melting temperature less than or equal to 850 °C with a refractory oxide reactant to form a mixture, wherein the refractory oxide is selected from the group consisting of titanium oxide, tin oxide and germanium oxide; casting the mixture to form a green body; and reactively sintering the green body to form a solid membrane, wherein the amorphous, glassy, or low melting temperature solid is selected from the group consisting of lithium phosphate glasses, germanium phosphate glasses, lithium aluminum phosphate glasses and crystallized lithium aluminum phosphate ceramics. combining an amorphous, glassy solid reactant having a softening point of less than 850 °C, or a low melting temperature solid reactant having a melting temperature less than or equal to 850 °C with a refractory oxide reactant to form a mixture, wherein the refractory oxide is selected from the group consisting of titanium oxide, tin oxide and germanium oxide; casting the mixture to form a green body; and reactively sintering the green body to form a solid membrane, wherein the amorphous, glassy, or low melting temperature solid is selected from the group consisting of lithium phosphate glasses, germanium phosphate glasses, lithium aluminum phosphate glasses and crystallized lithium aluminum phosphate ceramics.
Method for transporting goods in a building under construction, comprising providing an elevator arrangement (2;20) comprising a hoistway inside the building under construction, and vertically displaced landings (F0,Fn), and an elevator car, which is vertically movable inside the hoistway, the hoistway being provided with hoistway openings between landings (F0,Fn) and the hoistway, one or more of the hoistway openings being provided with a first door arrangement (5;25), wherein the first door arrangement (5;25) comprises a first sliding hoistway door (6;26) for openably closing the hoistway opening, the opening direction of which first hoistway door (6;26) is vertical; and thereafter transporting vertically goods between landings (F0,Fn) of the building under construction with said elevator car; and thereafter constructing a second door arrangement in place of one or more of the first door arrangements (5;25), wherein the second door arrangement comprises a second sliding hoistway door for openably closing the hoistway opening, the opening direction of which second sliding hoistway door is horizontal; and thereafter transporting vertically passengers between landings (F0,Fn) of the building with an elevator car vertically movable inside the hoistway. providing an elevator arrangement (2;20) comprising a hoistway inside the building under construction, and vertically displaced landings (F0,Fn), and an elevator car, which is vertically movable inside the hoistway, the hoistway being provided with hoistway openings between landings (F0,Fn) and the hoistway, one or more of the hoistway openings being provided with a first door arrangement (5;25), wherein the first door arrangement (5;25) comprises a first sliding hoistway door (6;26) for openably closing the hoistway opening, the opening direction of which first hoistway door (6;26) is vertical; and thereafter transporting vertically goods between landings (F0,Fn) of the building under construction with said elevator car; and thereafter constructing a second door arrangement in place of one or more of the first door arrangements (5;25), wherein the second door arrangement comprises a second sliding hoistway door for openably closing the hoistway opening, the opening direction of which second sliding hoistway door is horizontal; and thereafter transporting vertically passengers between landings (F0,Fn) of the building with an elevator car vertically movable inside the hoistway.
A method of communicating information from a first industrial automation controller (10; 210) to a second industrial automation controller (15; 215) of a high availability network, the method characterised in that it comprises the steps of: receiving a command entered by a user to cross load industrial automation tasks to be used by a remote rack (85, 95) and not input/output, I/O, data acquired from controlled devices during operation of the industrial automation tasks between the first industrial automation controller and the second industrial automation controller; not cross loading the I/O data between the first industrial automation controller and the second industrial automation controller based on the received command; and cross loading the industrial automation tasks from the first industrial automation controller to the second industrial automation controller. receiving a command entered by a user to cross load industrial automation tasks to be used by a remote rack (85, 95) and not input/output, I/O, data acquired from controlled devices during operation of the industrial automation tasks between the first industrial automation controller and the second industrial automation controller; not cross loading the I/O data between the first industrial automation controller and the second industrial automation controller based on the received command; and cross loading the industrial automation tasks from the first industrial automation controller to the second industrial automation controller.
A method, comprising: forming a composition of matter comprising: - an amount of a reporter compound, - a binding member capable of capturing the reporter compound, and - an amount of a target nucleic acid capable of forming complexes with the reporter compound, the forming of complexes with the reporter compound inhibiting capturing of the reporter compound by the binding member; forming complexes of a subset of the amount of reporter compound with at least a subset of the amount of target nucleic acid; capturing a remaining subset of the amount of reporter compound not in complex with a target nucleic acid on the binding member; and determining a value indicative of the presence and/or amount of reporter compound captured on the binding member. forming a composition of matter comprising: - an amount of a reporter compound, - a binding member capable of capturing the reporter compound, and - an amount of a target nucleic acid capable of forming complexes with the reporter compound, the forming of complexes with the reporter compound inhibiting capturing of the reporter compound by the binding member; - an amount of a reporter compound, - a binding member capable of capturing the reporter compound, and - an amount of a target nucleic acid capable of forming complexes with the reporter compound, the forming of complexes with the reporter compound inhibiting capturing of the reporter compound by the binding member; forming complexes of a subset of the amount of reporter compound with at least a subset of the amount of target nucleic acid; capturing a remaining subset of the amount of reporter compound not in complex with a target nucleic acid on the binding member; and determining a value indicative of the presence and/or amount of reporter compound captured on the binding member.
An apparatus for detecting pregnancy and/or ovulation in a subject, said apparatus comprising one or more lateral flow test strips comprising: (a) a label-holding portion comprising: (i) a first mobilisable capture reagent comprising a detectable label, wherein the first capture reagent is configured to bind to human chorionic gonadotropin (hCG) to form a first complex; and (ii) a second mobilisable capture reagent comprising a detectable label, wherein the second capture reagent is configured to bind to Luteinizing Hormone to form a second complex, and wherein the detectable label of the second capture reagent is different to the detectable label of the first capture reagent; (b) a first test portion comprising an immobilised capture reagent configured to specifically bind hCG and thereby immobilise hCG to the first test portion; and (c) a second test portion comprising an immobilised capture reagent configured to bind to both hCG and LH and thereby immobilise hCG and/or LH to the second test portion. (a) a label-holding portion comprising: (i) a first mobilisable capture reagent comprising a detectable label, wherein the first capture reagent is configured to bind to human chorionic gonadotropin (hCG) to form a first complex; and (ii) a second mobilisable capture reagent comprising a detectable label, wherein the second capture reagent is configured to bind to Luteinizing Hormone to form a second complex, and wherein the detectable label of the second capture reagent is different to the detectable label of the first capture reagent; (i) a first mobilisable capture reagent comprising a detectable label, wherein the first capture reagent is configured to bind to human chorionic gonadotropin (hCG) to form a first complex; and (ii) a second mobilisable capture reagent comprising a detectable label, wherein the second capture reagent is configured to bind to Luteinizing Hormone to form a second complex, and wherein the detectable label of the second capture reagent is different to the detectable label of the first capture reagent; (b) a first test portion comprising an immobilised capture reagent configured to specifically bind hCG and thereby immobilise hCG to the first test portion; and (c) a second test portion comprising an immobilised capture reagent configured to bind to both hCG and LH and thereby immobilise hCG and/or LH to the second test portion.
Method of operating a vehicle wash installation, comprising the steps: Optically scanning a code comprising wash substance data on a transport container of a wash substance using a mobile device; converting the wash substance data into control data for the vehicle washing installation, wherein the wash substance data is converted into control data for performing a flushing procedure for automatically flushing a dosing system for the wash substance if the wash substance is changed; and controls of the vehicle wash installation based on the control data. Optically scanning a code comprising wash substance data on a transport container of a wash substance using a mobile device; converting the wash substance data into control data for the vehicle washing installation, wherein the wash substance data is converted into control data for performing a flushing procedure for automatically flushing a dosing system for the wash substance if the wash substance is changed; and controls of the vehicle wash installation based on the control data.
Network connection switching unit having a number of network connection points for a network operating on the basis of the Universal Plug and Play system, having - switching means which set up physical connections between the network connection points intermittently or with periodic recurrence, - evaluation means for evaluating logon and logoff messages from the network stations (10, 12, 13, 14) connected via the network connection points, - recording means for recording the logged-on network stations, - detection means (21, 26) for detecting a physical decoupling event corresponding to the opening of a connector contact of one of the network stations at a network connection point, and - logoff message generation means which simulate a logoff message from a network station (10, 12, 13, 14) when the detection means (21, 26) have identified a decoupling event in a connection at a network connection point. - switching means which set up physical connections between the network connection points intermittently or with periodic recurrence, - evaluation means for evaluating logon and logoff messages from the network stations (10, 12, 13, 14) connected via the network connection points, - recording means for recording the logged-on network stations, - detection means (21, 26) for detecting a physical decoupling event corresponding to the opening of a connector contact of one of the network stations at a network connection point, and - logoff message generation means which simulate a logoff message from a network station (10, 12, 13, 14) when the detection means (21, 26) have identified a decoupling event in a connection at a network connection point.
An in vitro method for the evaluation of a ruminant's diet, comprising one or more steps in which leukocyte and/or cytokine concentration is determined in a rumen fluid sample of said ruminant, whereby an increase of the concentration of said leukocytes and/or cytokines in the analyzed sample compared to a baseline value or a value determined in an analogous previous step indicates an unsuitability of the diet.
A rotary active side air curtain assembly for a motor vehicle, comprising a wind guide element, a rotating element, and a driving mechanism, characterized in that the rotating element comprises a rotating shaft and a blade that are fixed to one another, the blade being mounted on the wind guide element through the rotating shaft, in that the driving mechanism is connected to the rotating shaft and can drive the rotating shaft to rotate so as to drive the blade to rotate between an open position and a closed position, characterised in that the wind guide element is provided with a top part and a base part that are opposite to each other, and the rotating shaft is pivotably mounted between the top part and the base part, and in that the top part is provided with a mounting base in which the driving mechanism is mounted, and a top end of the rotating shaft pivotably runs through the top part and extends upward and is connected to the driving mechanism.
Bipolar mapping suction device for surgical purposes, comprising: - a handpiece; - a first interface configured to establish at least one fluid connection with an external suction device and/or rinsing device; - a second interface configured to establish a bipolar electrical connection with an external stimulation device; and - a cannula unit extending from the handpiece in an axial direction and mechanically connected to the handpiece at a proximal end of the cannula unit, the cannula unit comprising: - an electrically conductive inner cannula tube (5.2) which is electrically connected to a first pole of the bipolar electrical connection of the second interface, is concentrically arranged in an outer cannula tube (5.1) and is connected to the first interface in a fluid-conducting manner; - an electrically conductive outer cannula tube (5.1) electrically connected to a second pole of the bipolar electrical connection of the second interface; and - insulation (5.3) concentrically arranged between the outer cannula tube (5.1) and the inner cannula tube (5.2) and configured to fully electrically insulate the outer cannula tube (5.1) and the inner cannula tube (5,2) in relation to one another. - a handpiece; - a first interface configured to establish at least one fluid connection with an external suction device and/or rinsing device; - a second interface configured to establish a bipolar electrical connection with an external stimulation device; and - a cannula unit extending from the handpiece in an axial direction and mechanically connected to the handpiece at a proximal end of the cannula unit, the cannula unit comprising: - an electrically conductive inner cannula tube (5.2) which is electrically connected to a first pole of the bipolar electrical connection of the second interface, is concentrically arranged in an outer cannula tube (5.1) and is connected to the first interface in a fluid-conducting manner; - an electrically conductive outer cannula tube (5.1) electrically connected to a second pole of the bipolar electrical connection of the second interface; and - insulation (5.3) concentrically arranged between the outer cannula tube (5.1) and the inner cannula tube (5.2) and configured to fully electrically insulate the outer cannula tube (5.1) and the inner cannula tube (5,2) in relation to one another. - an electrically conductive inner cannula tube (5.2) which is electrically connected to a first pole of the bipolar electrical connection of the second interface, is concentrically arranged in an outer cannula tube (5.1) and is connected to the first interface in a fluid-conducting manner; - an electrically conductive outer cannula tube (5.1) electrically connected to a second pole of the bipolar electrical connection of the second interface; and - insulation (5.3) concentrically arranged between the outer cannula tube (5.1) and the inner cannula tube (5.2) and configured to fully electrically insulate the outer cannula tube (5.1) and the inner cannula tube (5,2) in relation to one another.
A method of facilitating navigation of a carrier mounted on a track, comprising: initiating a first operation at the carrier by proceeding on the track; sensing at the carrier a first passive track signal corresponding to a first track position; responsive to sensing the first passive track signal, setting a track position to the first track position and measuring, by the carrier, ticks on a rotary encoder to determine a velocity of the carrier and a distance of the carrier from the track position; characterised in that upon sensing at the carrier, an indicator that a transfer station is about to be entered, initiating a timer; monitoring for a stop wireless signal indicating that the carrier has entered the transfer station and is situated on a track mounted on a rotating table; and if the stop wireless signal is detected before a predetermined amount of time is measured by the timer, stopping the timer and resetting the track position to that of the stop wireless signal; and if the stop wireless signal is not detected before the predetermined amount of time is measured by the timer, transmitting an error signal by the carrier; responsive to receiving the stop wireless signal, proceeding, by the carrier, onto the first track segment; receiving at the carrier a reorientation wireless signal indicating that the transfer station has reoriented the carrier to a second track segment; and responsive to receiving the reorientation wireless signal, proceeding, by the carrier, onto the second track segment. initiating a first operation at the carrier by proceeding on the track; sensing at the carrier a first passive track signal corresponding to a first track position; responsive to sensing the first passive track signal, setting a track position to the first track position and measuring, by the carrier, ticks on a rotary encoder to determine a velocity of the carrier and a distance of the carrier from the track position; characterised in that upon sensing at the carrier, an indicator that a transfer station is about to be entered, initiating a timer; monitoring for a stop wireless signal indicating that the carrier has entered the transfer station and is situated on a track mounted on a rotating table; and if the stop wireless signal is detected before a predetermined amount of time is measured by the timer, stopping the timer and resetting the track position to that of the stop wireless signal; and if the stop wireless signal is not detected before the predetermined amount of time is measured by the timer, transmitting an error signal by the carrier; responsive to receiving the stop wireless signal, proceeding, by the carrier, onto the first track segment; receiving at the carrier a reorientation wireless signal indicating that the transfer station has reoriented the carrier to a second track segment; and responsive to receiving the reorientation wireless signal, proceeding, by the carrier, onto the second track segment.
Method for providing information regarding a pedestrian in an environment of a vehicle, wherein the method comprises the following steps: reading in an environment sensor signal representing a signal generated by an environment sensor of the vehicle; producing pedestrian information representing the pedestrian by using the environment sensor signal; and sending the pedestrian information to a communication interface for at least one further vehicle in order to provide the pedestrian information to the further vehicle, wherein, furthermore, vehicle identification information representing the vehicle and/or signal information representing a timestamp and/or a signal strength and/or a signal quality of a transmitted signal for sending the pedestrian information is sent to the communication interface. reading in an environment sensor signal representing a signal generated by an environment sensor of the vehicle; producing pedestrian information representing the pedestrian by using the environment sensor signal; and sending the pedestrian information to a communication interface for at least one further vehicle in order to provide the pedestrian information to the further vehicle, wherein, furthermore, vehicle identification information representing the vehicle and/or signal information representing a timestamp and/or a signal strength and/or a signal quality of a transmitted signal for sending the pedestrian information is sent to the communication interface.
A method of cutting a stone (1; 1a; 1b; 2; 3; 5; 6) using a reciprocating frame gang saw having flat blades (11; 31; 51; 61) with cutting tips (311; 511; 611), comprising the step of reciprocating the blades (11; 31; 51; 61) of the frame gang saw to cut the stone (1; 1a; 1b; 2; 3; 5; 6) into a plurality of slabs; wherein the blades are coupled to an arm to perform a pendulum motion; characterised in that the method further comprises the steps of: - using a cutting unit other than the frame gang saw to form in a lengthwise direction of the stone (1; 1a; 1b; 2; 3; 5; 6) a plurality of linear grooves (22; 32) in an exposed uneven quarried surface of the stone (1; 1a; 1b; 2; 3; 5; 6), each groove (22; 32) varying in depth along the length of the groove (22; 32) because of the uneven quarried surface of the stone (1; 1a; 1b; 2; 3; 5; 6); - inserting respective blades (11; 31; 51; 61) of the reciprocating frame gang saw into the grooves (22; 32) in the stone (1; 1a; 1b; 2; 3; 5; 6) prior to the stone being cut by the frame gang saw; and - wherein a mean depth of the grooves (22; 32) is greater than a height difference of the blade in the pendulum motion so that the blade may perform the cutting operation without deviating from the respective groove (22; 32) during the pendulum motion. - using a cutting unit other than the frame gang saw to form in a lengthwise direction of the stone (1; 1a; 1b; 2; 3; 5; 6) a plurality of linear grooves (22; 32) in an exposed uneven quarried surface of the stone (1; 1a; 1b; 2; 3; 5; 6), each groove (22; 32) varying in depth along the length of the groove (22; 32) because of the uneven quarried surface of the stone (1; 1a; 1b; 2; 3; 5; 6); - inserting respective blades (11; 31; 51; 61) of the reciprocating frame gang saw into the grooves (22; 32) in the stone (1; 1a; 1b; 2; 3; 5; 6) prior to the stone being cut by the frame gang saw; and - wherein a mean depth of the grooves (22; 32) is greater than a height difference of the blade in the pendulum motion so that the blade may perform the cutting operation without deviating from the respective groove (22; 32) during the pendulum motion.