mhurhangee/patent-ind-claim-en huggingface dataset:
A device for measuring a matrix potential and/or a vapour pressure in a medium to be examined , comprising: an optical waveguide apparatus , in which a narrow gap is formed which is suitable for causing a capillary effect in liquids and which is adapted to be brought into contact with the medium to be examined , wherein the gap has a water level which is dependent on the matrix potential and/or vapour pressure in the medium to be examined , and wherein the optical waveguide apparatus comprises a first component and a second component , wherein the first component and the second component each have a boundary surface , which forms the capillary walls of the gap ; a light source designed to introduce light with a predetermined input intensity into the optical waveguide apparatus such that the light is transmitted through the gap ; a measuring apparatus designed to measure an output intensity of the light at a location of the optical waveguide apparatus at which the light has transmitted the gap at least once; and a computing apparatus designed to determine, on the basis of the measured output intensity, at least one parameter indicative of the matrix potential and/or the vapour pressure in the medium to be examined ; characterised in that the boundary surface of the first component and the boundary surface of the second component are arranged at an acute angle to one another and therefore the gap has a tapering cross-section. an optical waveguide apparatus , in which a narrow gap is formed which is suitable for causing a capillary effect in liquids and which is adapted to be brought into contact with the medium to be examined , wherein the gap has a water level which is dependent on the matrix potential and/or vapour pressure in the medium to be examined , and wherein the optical waveguide apparatus comprises a first component and a second component , wherein the first component and the second component each have a boundary surface , which forms the capillary walls of the gap ; a light source designed to introduce light with a predetermined input intensity into the optical waveguide apparatus such that the light is transmitted through the gap ; a measuring apparatus designed to measure an output intensity of the light at a location of the optical waveguide apparatus at which the light has transmitted the gap at least once; and a computing apparatus designed to determine, on the basis of the measured output intensity, at least one parameter indicative of the matrix potential and/or the vapour pressure in the medium to be examined ; characterised in that the boundary surface of the first component and the boundary surface of the second component are arranged at an acute angle to one another and therefore the gap has a tapering cross-section.
An ophthalmic oil-in-water emulsion comprising: a) at least one ophthalmically acceptable oil, wherein the ophthalmically acceptable oil comprises castor oil, b) tyloxapol, c) poloxamer 188, and d) polyoxyethylene sorbitan mono-oleate. a) at least one ophthalmically acceptable oil, wherein the ophthalmically acceptable oil comprises castor oil, b) tyloxapol, c) poloxamer 188, and d) polyoxyethylene sorbitan mono-oleate.
A computer-implemented method for operating an autonomous vehicle, wherein the method comprises: measuring a steering control delay between time of issuing a steering control command and time of a first response from one or more wheels of an autonomous vehicle; measuring a speed control delay between time of issuing a speed control command and time of a second response from one or more wheels of the autonomous vehicle; in response to a given route, estimating an overall system delay based on the steering control delay and the speed control delay using a predetermined algorithm; and generating planning and control data in view of the system delay for operating the autonomous vehicle along the given route, characterized in that the predetermined algorithm is a weighted algorithm, and wherein each of the steering control delay and the speed control delay is assigned with a specific weight coefficient for a specific driving scenario. measuring a steering control delay between time of issuing a steering control command and time of a first response from one or more wheels of an autonomous vehicle; measuring a speed control delay between time of issuing a speed control command and time of a second response from one or more wheels of the autonomous vehicle; in response to a given route, estimating an overall system delay based on the steering control delay and the speed control delay using a predetermined algorithm; and generating planning and control data in view of the system delay for operating the autonomous vehicle along the given route, characterized in that the predetermined algorithm is a weighted algorithm, and wherein each of the steering control delay and the speed control delay is assigned with a specific weight coefficient for a specific driving scenario.
A method at a message server for registering a handset to enable the secure sending of secure messages to the handset , the method comprising the sequential steps of: receiving a handset identifier that identifies the handset from the handset ; generating a temporary password; transmitting the temporary password to the handset ; receiving a return password from the handset ; comparing the temporary password with the return password; and in the event that the temporary password and the return password match: transmitting an authentication acknowledgement to the handset ; receiving a handset encryption key from the handset ; and storing the handset encryption key against the handset identifier of the handset to register the handset to enable the secure sending of secure messages to the handset ; wherein different communication channels are used for providing the temporary password to the handset and receiving the return password from the handset . receiving a handset identifier that identifies the handset from the handset ; generating a temporary password; transmitting the temporary password to the handset ; receiving a return password from the handset ; comparing the temporary password with the return password; and in the event that the temporary password and the return password match: transmitting an authentication acknowledgement to the handset ; receiving a handset encryption key from the handset ; and storing the handset encryption key against the handset identifier of the handset to register the handset to enable the secure sending of secure messages to the handset ; wherein different communication channels are used for providing the temporary password to the handset and receiving the return password from the handset . transmitting an authentication acknowledgement to the handset ; receiving a handset encryption key from the handset ; and storing the handset encryption key against the handset identifier of the handset to register the handset to enable the secure sending of secure messages to the handset ; wherein different communication channels are used for providing the temporary password to the handset and receiving the return password from the handset .
A method of operating a radio transmitter configured to transmit at least one sequence of logic values targeted to at least one radio receiver by transmitting transmission signals selected in a constellation diagram having a certain cardinality, the method comprising selecting said transmission signals out of a first subset (L) of transmission signals in said constellation diagram , said first subset (L) comprising a first number of transmission signals, and a second subset (H) of transmission signals in said constellation diagram , said second subset (H) comprising a second number of transmission signals, wherein: - the transmission signals in the second subset (H) of transmission signals have an energy higher than the transmission signals in the first subset (L) of transmission signals, and - the sum of said first number of transmission signals and said second number of transmission signals is less than said cardinality. - the transmission signals in the second subset (H) of transmission signals have an energy higher than the transmission signals in the first subset (L) of transmission signals, and - the sum of said first number of transmission signals and said second number of transmission signals is less than said cardinality.
A system for storage of one or more lungs , the system comprising: an expandable accumulator comprising an expandable inner volume; and an organ adapter comprising a lumen in fluid communication with the expandable inner volume and configured to be coupled to a lumen of the one or more lungs to form a closed air system between the expandable inner volume and the lumen of the one or more lungs , wherein the expandable accumulator has an expansion resistance that is adjustable such as to provide an expansion resistance that is less than the expansion resistance of the lumen of the one or more lungs , and wherein the expandable accumulator , organ adaptor , and the one or more lungs are configured to be all contained within an organ container . an expandable accumulator comprising an expandable inner volume; and an organ adapter comprising a lumen in fluid communication with the expandable inner volume and configured to be coupled to a lumen of the one or more lungs to form a closed air system between the expandable inner volume and the lumen of the one or more lungs , wherein the expandable accumulator has an expansion resistance that is adjustable such as to provide an expansion resistance that is less than the expansion resistance of the lumen of the one or more lungs , and wherein the expandable accumulator , organ adaptor , and the one or more lungs are configured to be all contained within an organ container .
A method for supporting resilient carrier phase positioning of user devices utilizing measurements received from Global Navigation Satellite System (GNSS) satellites, and measurements received from low Earth orbit (LEO) satellites, said measurements including carrier phase pseudorange information, characterized by the method further utilizing a service data processor, the method comprising the steps of: a. the at least one service data processor accepting said measurements received from (i) at least one of said GNSS satellites by at least one LEO satellite, (ii) at least one of said GNSS satellites and the at least one LEO satellite by at least one ground reference station, and/or (iii) at least one other LEO satellite by the at least one LEO satellite via a LEO-to-LEO crosslink transmission; b. the at least one service data processor generating precise orbit and clock predictions for the at least one LEO satellite from available said carrier phase pseudorange information; and c. the at least one service data processor disseminating said predictions to the user devices to enable the user devices to apply the precise orbit and clock predictions to computing their respective positions upon the user devices also receiving respective said measurements from GNSS and LEO satellites. a. the at least one service data processor accepting said measurements received from (i) at least one of said GNSS satellites by at least one LEO satellite, (ii) at least one of said GNSS satellites and the at least one LEO satellite by at least one ground reference station, and/or (iii) at least one other LEO satellite by the at least one LEO satellite via a LEO-to-LEO crosslink transmission; b. the at least one service data processor generating precise orbit and clock predictions for the at least one LEO satellite from available said carrier phase pseudorange information; and c. the at least one service data processor disseminating said predictions to the user devices to enable the user devices to apply the precise orbit and clock predictions to computing their respective positions upon the user devices also receiving respective said measurements from GNSS and LEO satellites.
Aqueous slurries compositions for the production of a multilayer coating system on a substrate, comprising: a basecoat slurry, comprising: a binder comprising an aqueous solution of lithium doped potassium silicate, the binder characterized by an absence of chromium; and an aluminum or aluminum alloy powder incorporated into the binder, wherein the aluminum or the aluminum alloy powder and the binder are contained as a one-part composition; wherein the lithium-doped potassium silicate comprises potassium and lithium in a ratio of 3:1 to 20:1 by weight as K 2 O:Li 2 O, and further wherein the ratio of silicate to potassium is in a ratio of 2:1 to 3:1 by weight as SiO 2 :K 2 O; and a topcoat slurry, wherein said topcoat slurry comprises an aqueous solution of an aluminum phosphate based binder and metal oxide pigment particles, wherein the aluminum phosphate based binder comprises aluminum dihydrogen phosphate having a molar ratio of Al:PO 4 of higher than 1:3. a basecoat slurry, comprising: a binder comprising an aqueous solution of lithium doped potassium silicate, the binder characterized by an absence of chromium; and an aluminum or aluminum alloy powder incorporated into the binder, wherein the aluminum or the aluminum alloy powder and the binder are contained as a one-part composition; wherein the lithium-doped potassium silicate comprises potassium and lithium in a ratio of 3:1 to 20:1 by weight as K 2 O:Li 2 O, and further wherein the ratio of silicate to potassium is in a ratio of 2:1 to 3:1 by weight as SiO 2 :K 2 O; and a binder comprising an aqueous solution of lithium doped potassium silicate, the binder characterized by an absence of chromium; and an aluminum or aluminum alloy powder incorporated into the binder, wherein the aluminum or the aluminum alloy powder and the binder are contained as a one-part composition; wherein the lithium-doped potassium silicate comprises potassium and lithium in a ratio of 3:1 to 20:1 by weight as K 2 O:Li 2 O, and further wherein the ratio of silicate to potassium is in a ratio of 2:1 to 3:1 by weight as SiO 2 :K 2 O; and a topcoat slurry, wherein said topcoat slurry comprises an aqueous solution of an aluminum phosphate based binder and metal oxide pigment particles, wherein the aluminum phosphate based binder comprises aluminum dihydrogen phosphate having a molar ratio of Al:PO 4 of higher than 1:3.
A mobile service module for servicing a large mechanical and/or electrical device , said service module comprises a first area arranged to hold said large mechanical and/or electrical device , wherein said first area is at least partly enclosed by a first roof part , a first left side part and a first right side part , said service module comprising a second area including servicing means for servicing said large mechanical and/or electrical device while located in said first area and wherein said second area is at least partly enclosed by a second roof part , a second left side part and a second right side part, and wherein said service module further comprises displacement means for displacing said first roof part and said first left side part and/or said first right side part into a position where said first roof part and said first left side part and/or said first right side part substantially covers said second roof part , said second left side part and/or said second right side part , and wherein said service module comprises a first compartment including said first area and a second compartment including said second area , and wherein said second compartment comprises accommodation facilities or common room facilities .
Crimping press for manufacturing crimp connections, comprising: - a frame ; - a die ; - a plunger movable relative to the frame ; - a drive attached to the frame for moving the plunger ; - a beam arranged between - said drive and said plunger and/or - said frame and said die ; characterized by - a sensor arranged on or in the beam for measuring the bending of the beam during crimping when a) a force (Fp) acting on the plunger /the die is fed into a first portion of the beam , which is situated between second portions of the beam , into which a driving force (Fd)/holding force from the drive /the frame is fed or b) a driving force (Fd)/holding force from the drive /the frame is fed into a first portion of the beam , which is situated between second portions of the beam , into which a force (Fp) acting on the plunger /the die is fed, wherein in both cases a) and b) said sensor is arranged between said second portions. - a frame ; - a die ; - a plunger movable relative to the frame ; - a drive attached to the frame for moving the plunger ; - a beam arranged between - said drive and said plunger and/or - said frame and said die ; characterized by - said drive and said plunger and/or - said frame and said die ; characterized by - a sensor arranged on or in the beam for measuring the bending of the beam during crimping when a) a force (Fp) acting on the plunger /the die is fed into a first portion of the beam , which is situated between second portions of the beam , into which a driving force (Fd)/holding force from the drive /the frame is fed or b) a driving force (Fd)/holding force from the drive /the frame is fed into a first portion of the beam , which is situated between second portions of the beam , into which a force (Fp) acting on the plunger /the die is fed, wherein in both cases a) and b) said sensor is arranged between said second portions. a) a force (Fp) acting on the plunger /the die is fed into a first portion of the beam , which is situated between second portions of the beam , into which a driving force (Fd)/holding force from the drive /the frame is fed or b) a driving force (Fd)/holding force from the drive /the frame is fed into a first portion of the beam , which is situated between second portions of the beam , into which a force (Fp) acting on the plunger /the die is fed, wherein in both cases a) and b) said sensor is arranged between said second portions.
Securable apparatus for operating an electronic component which is arranged in the interior of an electrical device, comprising an operator control element which can be operated from the outside and which can be latched in a releasable manner to a housing hood of the device, which housing hood can at least partially delimit the interior of the electrical device, and comprising an interior-side coupling element for transmitting a rotational movement of the operator control element to the electronic component , wherein, in the installed state of the housing hood , the coupling element blocks the releasable latching of the operator control element to the housing hood , wherein the operator control element has a hollow-cylindrical rotary shaft section with at least one latching hook which latches in a releasable and rotatable manner into a corresponding cutout which is made in the housing hood , characterized in that at least one latching hook is arranged on the hollow-cylindrical rotary shaft section of the operator control element and, by way of its latching lug , extends radially inward into the inner region of the hollow-cylindrical rotary shaft section , wherein, in the installed state of the housing hood , the coupling element engages at least in sections around the hollow-cylindrical rotary shaft section of the operator control element for preventing a radially outwardly directed movement of the at least one latching hook .
A system for directing an agent into or through tissue, comprising: (a) an agent that is magnetic or magnetizable or magnetically responsive; and (b) a delivery device with a magnetic configuration having a plurality of magnetic elements that (i) produces a first magnetic field that overlaps with a second magnetic field to create a combined field with a node that is a local magnetic field strength minimum and located away from the magnetic elements at a local minimum that applies a force on the agent, and (ii) is structured to apply a magnetic force into the eye, characterized in that (c) a holder as a single-use reservoir is configured to hold the agent proximal to the eye. (a) an agent that is magnetic or magnetizable or magnetically responsive; and (b) a delivery device with a magnetic configuration having a plurality of magnetic elements that (i) produces a first magnetic field that overlaps with a second magnetic field to create a combined field with a node that is a local magnetic field strength minimum and located away from the magnetic elements at a local minimum that applies a force on the agent, and (ii) is structured to apply a magnetic force into the eye, characterized in that (i) produces a first magnetic field that overlaps with a second magnetic field to create a combined field with a node that is a local magnetic field strength minimum and located away from the magnetic elements at a local minimum that applies a force on the agent, and (ii) is structured to apply a magnetic force into the eye, (c) a holder as a single-use reservoir is configured to hold the agent proximal to the eye.
A method for adjusting a clear channel assessment CCA threshold, comprising: determining , by an access point, AP, from all stations STAs associated with the AP, a concurrent STA joining a concurrent group, and generating concurrent group information of the concurrent group, wherein the concurrent group information comprises an identifier of the AP, an identifier of the concurrent STA associated with the AP, and a concurrent time of the concurrent group; sending , by the AP, a notification message to the concurrent STA associated with the AP, wherein the notification message comprises the concurrent time and a target CCA threshold of the concurrent STA associated with the AP, and the notification message is used to instruct the concurrent STA associated with the AP to perform channel contention within the concurrent time by using the target CCA threshold; and sending , by the AP, the concurrent group information to another AP in a system other than the AP. determining , by an access point, AP, from all stations STAs associated with the AP, a concurrent STA joining a concurrent group, and generating concurrent group information of the concurrent group, wherein the concurrent group information comprises an identifier of the AP, an identifier of the concurrent STA associated with the AP, and a concurrent time of the concurrent group; sending , by the AP, a notification message to the concurrent STA associated with the AP, wherein the notification message comprises the concurrent time and a target CCA threshold of the concurrent STA associated with the AP, and the notification message is used to instruct the concurrent STA associated with the AP to perform channel contention within the concurrent time by using the target CCA threshold; and sending , by the AP, the concurrent group information to another AP in a system other than the AP.