mhurhangee/patent-ind-claim-en huggingface dataset:
Method for detection of an enantiomeric excess of chiral molecules in liquid phase comprising: directing laser light into a cavity filled with dye molecules dissolved in liquid, so called intra-cavity liquid, such that a Bose-Einstein condensate, BEC, of photons forms inside the cavity, by adaption of intensity of the laser light being directed into the cavity filled with the liquid with dye molecules to particular absorption and emission properties of the dye molecules such that the lowest-energy standing wave, representing the Bose-Einstein condensate, BEC, of photons, becomes the only macroscopically excited mode between two partially reflecting curved chiral mirrors of identical radius bordering said cavity inserting of the chiral molecules into the intra-cavity liquid, influencing the Bose-Einstein condensate, BEC, of photons with the chiral molecules, measuring polarization of light emerging from the cavity and determining the enantiomeric excess of chiral molecules based on the measured polarization. directing laser light into a cavity filled with dye molecules dissolved in liquid, so called intra-cavity liquid, such that a Bose-Einstein condensate, BEC, of photons forms inside the cavity, by adaption of intensity of the laser light being directed into the cavity filled with the liquid with dye molecules to particular absorption and emission properties of the dye molecules such that the lowest-energy standing wave, representing the Bose-Einstein condensate, BEC, of photons, becomes the only macroscopically excited mode between two partially reflecting curved chiral mirrors of identical radius bordering said cavity inserting of the chiral molecules into the intra-cavity liquid, influencing the Bose-Einstein condensate, BEC, of photons with the chiral molecules, measuring polarization of light emerging from the cavity and determining the enantiomeric excess of chiral molecules based on the measured polarization.
Method of applying pouring elements (F), fixed by means of a gripping device of an applicator and having a flange and a screw cap, onto packages (P), in particular cardboard/plastic composite packages for pourable products, wherein each pouring element (F) is supplied to the gripping device in an aligned position, gripped by gripper jaws of a gripper of the gripping device and is applied by said gripping device by means of its flange onto a package (P) and pressed on there, characterised by the following steps: - gripping a pouring element (F) by closing the gripper jaws , - lowering each gripping device with gripped pouring element (F) onto a package (P) transported therebelow into an application position, - pressing the flange of the pouring element (F) onto the package (P) by means of a pressing head for a predetermined time in the application position, wherein the pressing head is freely movable in the spatial environment by a predefined angle range and can be adapted to the respective form of the package gable in the case of pressing and in that the middle point of the intended adhesive surface remains immovable and - raising each gripping device to receive a newly-supplied pouring element (F). - gripping a pouring element (F) by closing the gripper jaws , - lowering each gripping device with gripped pouring element (F) onto a package (P) transported therebelow into an application position, - pressing the flange of the pouring element (F) onto the package (P) by means of a pressing head for a predetermined time in the application position, wherein the pressing head is freely movable in the spatial environment by a predefined angle range and can be adapted to the respective form of the package gable in the case of pressing and in that the middle point of the intended adhesive surface remains immovable and - raising each gripping device to receive a newly-supplied pouring element (F).
An electronic lock system with multiple lock cylinders ,with electronic blocking mechanisms of the lock cylinders , with user keys for the control of the electronic blocking mechanisms of the lock cylinders , with in each case a first input of the electronic blocking mechanisms for receiving signals of the user keys , and with at least one active master key , which has a data storage unit for the locking plan of the lock system and a storage for electrical energy for the supply of the blocking mechanisms of the lock cylinders , and wherein the blocking mechanisms in each case have a second input for the exchange of data and electrical energy with the active master key , characterized in that in each of the user keys a passive transponder is arranged for sending signals to the first inputs of the blocking mechanisms , and that the master key has a first interface for the passive output of data for the control of the blocking mechanisms via their first inputs and a second interface for the active exchange of data and electrical energy with the second input of the blocking mechanisms and the passive transponders of the user keys .
A method of blocking communications in a cell of a cellular communications network , said communications network comprising an access network , the method comprising: designating a cell , in the access network, in which communications are to be blocked; activating (S202) a communication-blocking mode of an access-network node serving the designated cell; detecting, by the access-network node active calls involving user equipment in the designated cell; and disconnecting (S203), by the access-network node at least one active call among the active calls detected by the detecting; characterized in that the method further comprises determining at least one of an access class and establishment cause associated with each detected active call and in that the access-network selectively disconnects calls that are active at the time of activating cell-blocking, dependent on said at least one of the access class or establishment cause of the call. designating a cell , in the access network, in which communications are to be blocked; activating (S202) a communication-blocking mode of an access-network node serving the designated cell; detecting, by the access-network node active calls involving user equipment in the designated cell; and disconnecting (S203), by the access-network node at least one active call among the active calls detected by the detecting; characterized in that the method further comprises determining at least one of an access class and establishment cause associated with each detected active call and in that the access-network selectively disconnects calls that are active at the time of activating cell-blocking, dependent on said at least one of the access class or establishment cause of the call.
A method for Machine Type Communication, MTC, applied to a terminal, the method comprising: receiving, by the terminal, cell broadcast information from a base station, the cell broadcast information comprising a sending location of a polling instruction; receiving , by the terminal, the polling instruction at the sending location from the base station; performing , by the terminal, registration on a first access resource indicated by the polling instruction; and sending , by the terminal, registration information to the base station. receiving, by the terminal, cell broadcast information from a base station, the cell broadcast information comprising a sending location of a polling instruction; receiving , by the terminal, the polling instruction at the sending location from the base station; performing , by the terminal, registration on a first access resource indicated by the polling instruction; and sending , by the terminal, registration information to the base station.
A method of monitoring at least first and second inertial measurement units, the first inertial measurement unit and the second inertial measurement unit being connected to the same electronic processor circuit and being arranged to determine both a specific force vector in an accelerometer measurement reference frame and also rotation data concerning turning of the accelerometer measurement reference frame relative to an inertial reference frame; the method being characterized in that the electronic processor circuit performs the steps of: · projecting the specific force vectors into an inertial reference frame by using the rotation data; · comparing the two specific force vectors as projected into said reference frame with each other in order to determine a difference between them; and · monitoring variation in this difference over time. · projecting the specific force vectors into an inertial reference frame by using the rotation data; · comparing the two specific force vectors as projected into said reference frame with each other in order to determine a difference between them; and · monitoring variation in this difference over time.
A process for dehydrating methanol to dimethyl ether product in the presence of a catalyst and a promoter, wherein the catalyst is at least one aluminosilicate zeolite, and the promoter is selected from one or more compounds of Formula I: wherein each of X and any or all of the Y's may independently be selected from hydrogen, halide, a substituted or unsubstituted hydrocarbyl substituent, or a compound of the formula -CHO, -CO 2 R, -COR, or -OR, where R is hydrogen or a substituted or unsubstituted hydrocarbyl substituent, and wherein the molar ratio of promoter to methanol is maintained at less than 1. wherein each of X and any or all of the Y's may independently be selected from hydrogen, halide, a substituted or unsubstituted hydrocarbyl substituent, or a compound of the formula -CHO, -CO 2 R, -COR, or -OR, where R is hydrogen or a substituted or unsubstituted hydrocarbyl substituent, and wherein the molar ratio of promoter to methanol is maintained at less than 1.
A combination padlock comprising: a combination locking assembly operable between a locked configuration and an unlocked configuration; a first housing part which is an upper housing part; and a second housing part connected to the first housing part, the second housing part being a lower housing part, the second housing part being movable relative to the first housing part when the locking assembly is in the unlocked configuration, the second housing part having an upper surface facing towards the first housing part, wherein the padlock is configured such that the combination locking assembly is caused to enter a combination setting mode by movement of the second housing part axially away from the first housing part and characterised in that the padlock is configured such that rotation of the second housing part relative to the first housing part exposes at least part of the upper surface of the second housing part and maintains the second housing part at its axial displacement from the first housing part, whereby the combination locking assembly is maintained in combination setting mode. a combination locking assembly operable between a locked configuration and an unlocked configuration; a first housing part which is an upper housing part; and a second housing part connected to the first housing part, the second housing part being a lower housing part, the second housing part being movable relative to the first housing part when the locking assembly is in the unlocked configuration, the second housing part having an upper surface facing towards the first housing part, wherein the padlock is configured such that the combination locking assembly is caused to enter a combination setting mode by movement of the second housing part axially away from the first housing part and characterised in that the padlock is configured such that rotation of the second housing part relative to the first housing part exposes at least part of the upper surface of the second housing part and maintains the second housing part at its axial displacement from the first housing part, whereby the combination locking assembly is maintained in combination setting mode.
A method implemented by a network device for monitoring a first node in a software defined networking, SDN, network, wherein the network device functions as a data plane node, DPN, connected to the first node, the method comprising: receiving a monitoring response message from the first node; forwarding the received monitoring response message to an SDN controller in response to the monitoring response message not matching an expected byte sequence or not being received during a specified time interval; inserting parameters of the received monitoring response message into a template for a stateful monitoring request message in response to the received monitoring response message matching an expected byte sequence; and sending the stateful monitoring request message to the first node. receiving a monitoring response message from the first node; forwarding the received monitoring response message to an SDN controller in response to the monitoring response message not matching an expected byte sequence or not being received during a specified time interval; inserting parameters of the received monitoring response message into a template for a stateful monitoring request message in response to the received monitoring response message matching an expected byte sequence; and sending the stateful monitoring request message to the first node.
A device for collecting oil to collect oil among ice, the device including a lifting device suitable to be supported to a vessel , a separating cage to be lowered into water among the ice by the lifting device and formed by a casing that lets water and oil but substantially no ice through, and an oil collector to collect oil on the surface of water in the space defined by the separating cage, the casing of the separating cage is formed by a trough surface consisting of parallel ribs that are transverse relative to the longitudinal direction of the trough surface and disposed at a distance form one another and the separating cage includes a swinging suspension for supporting it to the lifting device to turn the separating cage in the longitudinal direction of the ribs, characterized in that the lifting device is a gantry crane that extends in the rear part of the vessel substantially over the entire width thereof to be turned over the stern, the separating cage extending over the entire width of the gantry crane.
Use of flake-form effect pigments for increasing the infrared reflection of a dark or black layer composite consisting of a substrate and a coating on the substrate, where the coating, in addition or as an alternative to a carbon-containing black pigment, comprises at least one flake-form effect pigment which has at least one Fe 3 O 4 -containing layer or FeTiOs-containing layer on a flake-form Al 2 O 3 or SiO 2 support, where the layer composite has an L* 15 value in the range from 1 to 60, and where the infrared reflection of the layer composite is increased, at least in the wavelength range from 850 nm to 1570 nm, compared with a dark or black layer composite comprising a substrate and a coating where the layer composite comprises the carbon-containing black pigment, has an L*15 value in the said range and does not comprise the at least one flake-form effect pigment.
Control device for a building comprising an electrical component , characterized in that the electrical component is at least partially covered by a transparent plate , this plate being smooth on its outer face and comprising a repetition of a periodic relief on its inner face that makes it possible to give the non-metallic outer face a lustre of metallic type, in that the relief is of pyramidal or conical type, in that the angle of the faces of the pyramids or of the generatrices of the cones with the main plane of the transparent plate is greater than the critical angle of refraction between the material of the plate and the air, in that the electrical component is an electronic circuit and in that the electronic circuit comprises at least one sensor of capacitive type and/or at least one radio frequency transmitter.
A method of preparing a zinc citrate-containing oral care composition, the method comprising: (a) adding zinc oxide to a solution of citric acid in a solvent to form a suspension; (b) agitating the suspension until a clear solution is obtained; and (c) adding an additional oral care ingredient to the solution obtained in (b); wherein steps (a) and (b) are carried out at a temperature of from 15°C to 35°C wherein the molar ratio of zinc oxide to citric acid in step (a) is 3:2, and wherein the zinc citrate is formed in situ during the method of preparing the oral care composition. (a) adding zinc oxide to a solution of citric acid in a solvent to form a suspension; (b) agitating the suspension until a clear solution is obtained; and (c) adding an additional oral care ingredient to the solution obtained in (b);
A magnetostrictive current sensor comprising: a magnetic core configured to surround a current carrying conductor , said magnetic core including a gap disposed between first and second mounting sections , the first mounting section having a cross sectional area that decreases in the direction of the magnetic field and the second mounting section having a cross sectional area that increases in the direction of the magnetic field , each mounting section including a generally planar mounting surface being an exterior surface of the magnetic core outside the gap ; a magnetostrictive element disposed in a path of a magnetic field generated by said current carrying conductor , mechanically coupled to the mounting surfaces outside the gap and having a dimension in the direction of the magnetic field that is larger than the size of the gap in said direction; and a strain gauge mechanically coupled to said magnetostrictive element . a magnetic core configured to surround a current carrying conductor , said magnetic core including a gap disposed between first and second mounting sections , the first mounting section having a cross sectional area that decreases in the direction of the magnetic field and the second mounting section having a cross sectional area that increases in the direction of the magnetic field , each mounting section including a generally planar mounting surface being an exterior surface of the magnetic core outside the gap ; a magnetostrictive element disposed in a path of a magnetic field generated by said current carrying conductor , mechanically coupled to the mounting surfaces outside the gap and having a dimension in the direction of the magnetic field that is larger than the size of the gap in said direction; and a strain gauge mechanically coupled to said magnetostrictive element .
An ultrasound cardiovascular measuring device, comprising: an ultrasonic sensor system comprising: an ultrasound transmitter layer configured to generate ultrasonic plane waves; a focusing layer comprising a first lens and a second lens, wherein the first lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a first focal depth and the second lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a second focal depth; an ultrasound receiver layer comprising one or more receiver elements configured to generate output signals corresponding to detected ultrasonic reflections; and a control system capable of processing the output signals to calculate values corresponding to one or more cardiovascular properties. an ultrasonic sensor system comprising: an ultrasound transmitter layer configured to generate ultrasonic plane waves; a focusing layer comprising a first lens and a second lens, wherein the first lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a first focal depth and the second lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a second focal depth; an ultrasound receiver layer comprising one or more receiver elements configured to generate output signals corresponding to detected ultrasonic reflections; and an ultrasound transmitter layer configured to generate ultrasonic plane waves; a focusing layer comprising a first lens and a second lens, wherein the first lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a first focal depth and the second lens is configured to focus the ultrasonic plane waves into a beam of ultrasound across an arterial longitudinal axis at a second focal depth; an ultrasound receiver layer comprising one or more receiver elements configured to generate output signals corresponding to detected ultrasonic reflections; and a control system capable of processing the output signals to calculate values corresponding to one or more cardiovascular properties.
A compound having the formula R1 - COOH (I) wherein R1 is an alkyl group having a C 7-11 backbone, optionally branched with a methyl, ethyl or butyl group at any C position in the backbone, or a pharmaceutically acceptable salt, amide or ester thereof, wherein the backbone of the alkyl group, and/or the branched alkyl groups, are optionally interrupted by one or more heteroatoms selected from the group consisting of oxygen, sulphur and nitrogen, wherein the compound is selected from dodecanoic acid 4-methyloctanoic acid, 4-ethyloctanoic acid, 4-methylnonanoic acid, and 3-Methylundecanoic acid, for use in the treatment or prevention of a disease or a biomedical condition selected from bipolar disorders, mania, depression, migraine, Alzheimer's disease, and ischemia. wherein R1 is an alkyl group having a C 7-11 backbone, optionally branched with a methyl, ethyl or butyl group at any C position in the backbone, or a pharmaceutically acceptable salt, amide or ester thereof, wherein the backbone of the alkyl group, and/or the branched alkyl groups, are optionally interrupted by one or more heteroatoms selected from the group consisting of oxygen, sulphur and nitrogen, wherein the compound is selected from dodecanoic acid 4-methyloctanoic acid, 4-ethyloctanoic acid, 4-methylnonanoic acid, and 3-Methylundecanoic acid, for use in the treatment or prevention of a disease or a biomedical condition selected from bipolar disorders, mania, depression, migraine, Alzheimer's disease, and ischemia.