mhurhangee/ep-ind-claims huggingface dataset:
A solid, heterogeneous catalyst preparation for use in an esterification or transesterification reaction, the catalyst preparation comprising at least one modified molecular sieve, where the at least one modified molecular sieve is modified to enhance the basicity of the at least one modified molecular sieve, and at least one metal oxide according to the formula selected from the group consisting of 6.0(Al 2 O 3).9.8(La 2 O 3).11.5(MMS-4ÅK), 2.3(Al 2 O 3).4.6(La 2 O 3).2.3(MMS-4ÅK), 8.0(Al 2 O 3).16.0(ZnO).16.0(TiO 2).30.0(MMS-4ÅK), 30.0(Al 2 O 3).30.0(ZnO).30.0(TiO 2).250.0(MMS-4ÅK), 18.0(ZnO).18.0(La 2 O 3.TiO 2).30.0(MMS-4ÅK), 4.5(Al 2 O 3).9.0(La2O3.TiO 2).10.5(MMS-4ÅK), 3.0(Al 2 O 3).3.0(ZnO).3.0(TiO 2).6.0(Fe 3 O 4).25.0(MMS-4ÅK), 3.6(Al 2 O 3).8.2(ZnO).8.2(TiO 2).13.4(MMS-5ÅK), 1.5{Fe 2 La 3 10}.0.75(Al 2 O 3).1.5(TiO 2).7.5(MMS-4ÅK) 3.0{Fe 2 Cu 3 10}.1.5(Al 2 O 3).3.0(TiO 2).15.0(MMS-4ÅK) 1.5{Fe 2 Al 3 10}.0.75(Al 2 O 3).1.5(TiO 2).7.5(MMS-4ÅK), and 5.0{Fe 2 Zn 3 10}.3.0(Al 2 O 3).5.0(TiO 2).5.0(MMS-4ÅK), and wherein MMS-4ÅK is the modified molecular sieve of the general formula K n Na( 12-n) [(AlO 2) 12 (SiO 2) 12].xH 2 O, and MMS-5ÅK is the modified molecular sieve of the general formula K m Ca n Na{ 12-(m+2n)}[(AlO 2) 12 (SiO 2) 12].xH 2 O. 6.0(Al 2 O 3).9.8(La 2 O 3).11.5(MMS-4ÅK), 2.3(Al 2 O 3).4.6(La 2 O 3).2.3(MMS-4ÅK), 8.0(Al 2 O 3).16.0(ZnO).16.0(TiO 2).30.0(MMS-4ÅK), 30.0(Al 2 O 3).30.0(ZnO).30.0(TiO 2).250.0(MMS-4ÅK), 18.0(ZnO).18.0(La 2 O 3.TiO 2).30.0(MMS-4ÅK), 4.5(Al 2 O 3).9.0(La2O3.TiO 2).10.5(MMS-4ÅK), 3.0(Al 2 O 3).3.0(ZnO).3.0(TiO 2).6.0(Fe 3 O 4).25.0(MMS-4ÅK), 3.6(Al 2 O 3).8.2(ZnO).8.2(TiO 2).13.4(MMS-5ÅK), 1.5{Fe 2 La 3 10}.0.75(Al 2 O 3).1.5(TiO 2).7.5(MMS-4ÅK) 3.0{Fe 2 Cu 3 10}.1.5(Al 2 O 3).3.0(TiO 2).15.0(MMS-4ÅK) 1.5{Fe 2 Al 3 10}.0.75(Al 2 O 3).1.5(TiO 2).7.5(MMS-4ÅK), and 5.0{Fe 2 Zn 3 10}.3.0(Al 2 O 3).5.0(TiO 2).5.0(MMS-4ÅK),
An intelligent typesetting method for lace materials, comprising: acquiring a lace pattern and a lace cutting piece in real time, wherein the lace cutting piece comprises an outer cutting piece and an inner cutting piece; characterized in that the method further comprises: identifying all waveband points on the lace pattern according to a preset waveband point; arranging the outer cutting piece on the lace pattern according to the waveband points, setting the area where the external cutting pieces are arranged on the lace pattern as a defective area; and arranging the inner cutting piece on a non-defective area of the lace pattern. acquiring a lace pattern and a lace cutting piece in real time, wherein the lace cutting piece comprises an outer cutting piece and an inner cutting piece; characterized in that the method further comprises: identifying all waveband points on the lace pattern according to a preset waveband point; arranging the outer cutting piece on the lace pattern according to the waveband points, setting the area where the external cutting pieces are arranged on the lace pattern as a defective area; and arranging the inner cutting piece on a non-defective area of the lace pattern. identifying all waveband points on the lace pattern according to a preset waveband point; arranging the outer cutting piece on the lace pattern according to the waveband points, setting the area where the external cutting pieces are arranged on the lace pattern as a defective area; and arranging the inner cutting piece on a non-defective area of the lace pattern.
A recombinant lentiviral vector comprising a coding sequence for an OR protein fused to a coding sequence for a fluorescent protein or a subunit of a fluorescent protein, and a promoter active in human cells operatively linked to the coding sequences.
A wireless power transmitter comprising: an object-sensing circuit configured to: receive a first signal from an object sensor that is separate from a transmit coil of the wireless power transmitter, wherein applying power to the transmit coil is not required to activate the object sensor; process the first signal to determine a proximity of an object to the wireless power transmitter; and provide a control signal to activate the transmit coil in response to determining proximity of the object, the wireless power transmitter characterised by further comprising an inductive sensor configured to detect a change of impedance of the transmit coil and to confirm the presence of the object placed in a charging region of the wireless power transmitter. process the first signal to determine a proximity of an object to the wireless power transmitter; and provide a control signal to activate the transmit coil in response to determining proximity of the object, the wireless power transmitter characterised by further comprising an inductive sensor configured to detect a change of impedance of the transmit coil and to confirm the presence of the object placed in a charging region of the wireless power transmitter.
Device for generating a laser radiation comprising • a resonator, • an optical assembly, • an adjustment device, wherein the optical assembly comprises a plurality of optical components (4, 4.1, 4.2, 5), wherein the optical assembly comprises a device for frequency conversion of the laser radiation (A, A'), wherein the optical assembly and the device for frequency conversion comprise a movably arranged carrier element on which the optical components (4, 4.1, 4.2, 5) and the device for frequency conversion are arranged, wherein an optical component (4, 4.1, 4.2, 5) is a device (4, 4.1, 4.2) for deflecting the laser radiation (A, A'), wherein the device (4, 4.1, 4.2) for deflecting the laser radiation (A, A') of the optical assembly is arranged in the beam path of the laser radiation (A; A') generated by the resonator, wherein the adjustment device is adapted to change the relative position of the optical assembly from a first position to another or a number of other positions to the resonator, wherein the position of the beam path of the laser radiation (A, A') exiting from the optical assembly in the first position remains unchanged by the displacement of the optical assembly to one of the other positions to the resonator, wherein the optical assembly comprises a first device (4.1) and a second device (4.2) for deflecting the radiation, wherein the first device and the second device consists of mirrors, lenses, prisms, gratings and combinations thereof. • a resonator, • an optical assembly, • an adjustment device, wherein the optical assembly comprises a plurality of optical components (4, 4.1, 4.2, 5), wherein the optical assembly comprises a device for frequency conversion of the laser radiation (A, A'), wherein the optical assembly and the device for frequency conversion comprise a movably arranged carrier element on which the optical components (4, 4.1, 4.2, 5) and the device for frequency conversion are arranged, wherein an optical component (4, 4.1, 4.2, 5) is a device (4, 4.1, 4.2) for deflecting the laser radiation (A, A'), wherein the device (4, 4.1, 4.2) for deflecting the laser radiation (A, A') of the optical assembly is arranged in the beam path of the laser radiation (A; A') generated by the resonator, wherein the adjustment device is adapted to change the relative position of the optical assembly from a first position to another or a number of other positions to the resonator, wherein the position of the beam path of the laser radiation (A, A') exiting from the optical assembly in the first position remains unchanged by the displacement of the optical assembly to one of the other positions to the resonator, wherein the optical assembly comprises a first device (4.1) and a second device (4.2) for deflecting the radiation, wherein the first device and the second device consists of mirrors, lenses, prisms, gratings and combinations thereof.
A process for producing hydrogen comprising exposing a liquid composition comprising a hydrocarbon to electromagnetic radiation in the presence of a solid catalyst, wherein the catalyst comprises: at least one metal species, comprising one or more elements selected from Fe, Ni and Co; and a non-oxygenated ceramic; wherein the electromagnetic radiation is microwave radiation. at least one metal species, comprising one or more elements selected from Fe, Ni and Co; and a non-oxygenated ceramic;
A method for providing service redundancy between a master server and a slave server, comprising: detecting a fault on the master server; in response to detecting the fault, marking the master server as disabled; in response to detecting the fault, switching to the slave server one or more services held on the master server; if the master server is down after switching the one or more services to the slave server, restarting the master server until the master server is up; after switching the one or more services to the slave server and when the master server is up, performing one or more tests on the master server; and if the one or more tests are successful, marking the master server as enabled; characterized in that the method further comprises: reloading service data controlled by the master server; executing service operations on the reloaded service data while maintaining the master server in a closed-loop environment; fetching service data controlled by the slave server; and declaring a first test among the one or more tests as successful if a state of the service data in the closed-loop environment matches the service data controlled by the slave server. detecting a fault on the master server; in response to detecting the fault, marking the master server as disabled; in response to detecting the fault, switching to the slave server one or more services held on the master server; if the master server is down after switching the one or more services to the slave server, restarting the master server until the master server is up; after switching the one or more services to the slave server and when the master server is up, performing one or more tests on the master server; and if the one or more tests are successful, marking the master server as enabled; reloading service data controlled by the master server; executing service operations on the reloaded service data while maintaining the master server in a closed-loop environment; fetching service data controlled by the slave server; and declaring a first test among the one or more tests as successful if a state of the service data in the closed-loop environment matches the service data controlled by the slave server.
A method of providing, by a network to a user equipment device, a transmission grant (245, 422, 428), the method comprising: initiating a process to provide the transmission grant (245, 422, 428) for a transmission within a particular timing window; verifying that there is no cancellation indication (220, 320, 328, 420) that overlaps the particular timing window; and providing by the network, based on the verifying that there is no cancellation indication(220, 320, 328, 420) that overlaps, the transmission grant (245, 422, 428) to the UE device; and not providing by the network to a UE device the transmission grant (245, 422, 428), based on the verifying that there is the cancellation indication (220, 320, 328, 420) that overlaps. initiating a process to provide the transmission grant (245, 422, 428) for a transmission within a particular timing window; verifying that there is no cancellation indication (220, 320, 328, 420) that overlaps the particular timing window; and providing by the network, based on the verifying that there is no cancellation indication(220, 320, 328, 420) that overlaps, the transmission grant (245, 422, 428) to the UE device;
A particulate matter sensor device for detecting and/or characterising particulate matter in a flow of an aerosol sample guided through the particulate matter sensor device, comprising: - an enclosure, the enclosure comprising a flow inlet and a flow outlet, and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) configured to at least locally modify the flow of the aerosol sample, the flow modifying device (511, 511a, 512, 513, 514; 521) comprising or consisting of at least one additional flow opening (511, 511a, 512, 513, 514) for creating at least one additional flow into the flow channel, characterised in that the particulate matter sensor device comprises at least one first recess arranged in said flow channel and configured for receiving the radiation source and/or the radiation detector and/or a second recess arranged and configured for receiving a beam stopper, and at least one of said at least one additional flow opening (511, 511a) is arranged in the first recess and/or in the second recess, respectively, such that at least one of said at least one additional flow enters the flow channel from the first recess and/or from the second recess, respectively. - an enclosure, the enclosure comprising a flow inlet and a flow outlet, and the enclosure being arranged and configured for defining a flow channel for guiding the flow of the aerosol sample through the particulate matter sensor device from the flow inlet to the flow outlet; - a radiation source arranged and configured to emit radiation at least partially into the flow channel for interaction of the radiation with at least some of the particulate matter in the flow of the aerosol sample; - a radiation detector arranged and configured to detect at least part of said radiation after interaction with the particulate matter; and - a flow modifying device (511, 511a, 512, 513, 514; 521) configured to at least locally modify the flow of the aerosol sample, the flow modifying device (511, 511a, 512, 513, 514; 521) comprising or consisting of at least one additional flow opening (511, 511a, 512, 513, 514) for creating at least one additional flow into the flow channel,
Gradient system comprising a first voltage source and a gradient coil unit comprising a first primary coil and a first secondary coil, wherein the first primary coil comprises a first primary coil winding and a second primary coil winding, which first primary coil winding and which second primary coil winding - are in each case arranged on a peripheral surface of a circular cylinder and are radially at a distance from one another, - are electrically connected to the first voltage source, and - are jointly embodied to generate a magnetic field gradient in a first direction provided that the first voltage source induces a first current, wherein the first primary coil winding and the second primary coil winding are connected to the first voltage source in parallel. - are in each case arranged on a peripheral surface of a circular cylinder and are radially at a distance from one another, - are electrically connected to the first voltage source, and - are jointly embodied to generate a magnetic field gradient in a first direction provided that the first voltage source induces a first current,
A method for identifying natural killer cells in a sample derived from a mammal, comprising analyzing the methylation status of at least one CpG position in one or more of the regions of the gene for oxysterol binding protein-like protein 5 (OBPL5),, wherein a demethylation of said at least one CpG position in said region as analyzed, when compared to an analogous position in a non-CD56 dim -NK and/or non-CD56 high cell, is indicative for a CD56 dim and/or CD56 high natural killer cell, and wherein said at least one CpG position is selected from the CpG positions located in the amplicon OSBPL5 (Amp 1746) according to SEQ ID NO: 1.
A nucleic acid molecule comprising a nucleic acid sequence set forth in SEQ ID NO: 1, or the nucleic acid sequence set forth in nucleotides 55 to 1584 of SEQ ID NO: 1.
An antibody or antigen-binding fragment, wherein the antibody or antigen-binding fragment comprises a light chain variable domain and a heavy chain variable domain; wherein the VH domain comprises the amino acid sequence set forth in SEQ ID NO: 10 or 39 and the VL domain comprises the amino acid sequence set forth in SEQ ID NO: 8 or 40 and wherein the antibody or antigen-binding fragment binds DNA.
A method for providing augmented reality information, the method comprising: sending an AR information request from a mobile communication terminal to a server; receiving, by the mobile communication terminal from the server, the AR information comprising at least one tag pattern and information associated with the at least one tag pattern; and storing the received AR information in the mobile communication terminal before the at least one tag pattern is recognized, characterised in that the AR information request comprises position information of the mobile communication terminal, identification information of the mobile communication terminal, and user information including a point of interest of the user, the received AR information is information which is available in a service cell corresponding to the position information and matches the point of interest of the user, and a service area in which the AR information is provided is divided into a plurality of service cells based on an amount of information to be provided in each service cell. sending an AR information request from a mobile communication terminal to a server; receiving, by the mobile communication terminal from the server, the AR information comprising at least one tag pattern and information associated with the at least one tag pattern; and storing the received AR information in the mobile communication terminal before the at least one tag pattern is recognized, characterised in that the AR information request comprises position information of the mobile communication terminal, identification information of the mobile communication terminal, and user information including a point of interest of the user, the received AR information is information which is available in a service cell corresponding to the position information and matches the point of interest of the user, and a service area in which the AR information is provided is divided into a plurality of service cells based on an amount of information to be provided in each service cell.
A stable module (10; 100) comprising: • a rectangular floor having two opposite longitudinal edges (14, 16) and a front and a rear transverse edge (18, 20) which are located opposite each other; • at least one dung discharge opening which is provided in the floor; • at least one dung trough which is arranged under the floor and is associated with the at least one dung discharge opening, wherein the dung trough bounds a dung trough space in which the at least one dung discharge opening terminates, wherein the dung trough comprises: ∘ a number of dung trough walls; and ∘ a dung drain opening which is provided at an underside of the dung trough space in one of the dung trough walls and to which a dung removal channel is connectable; characterized in that the floor provides a bearing surface on which the at least one animal dwelling in or on the stable module stands and lies, wherein the floor is configured to bear the at least one animal dwelling in or on the stable module, and wherein the floor and the dung trough walls are manufactured from prefab concrete and form a monolithic whole which is self-supporting. • a rectangular floor having two opposite longitudinal edges (14, 16) and a front and a rear transverse edge (18, 20) which are located opposite each other; • at least one dung discharge opening which is provided in the floor; • at least one dung trough which is arranged under the floor and is associated with the at least one dung discharge opening, wherein the dung trough bounds a dung trough space in which the at least one dung discharge opening terminates, wherein the dung trough comprises: ∘ a number of dung trough walls; and ∘ a dung drain opening which is provided at an underside of the dung trough space in one of the dung trough walls and to which a dung removal channel is connectable; ∘ a number of dung trough walls; and ∘ a dung drain opening which is provided at an underside of the dung trough space in one of the dung trough walls and to which a dung removal channel is connectable;
Method for assessing chloride ions concentration in a predetermined area of a porous or composite material such as concrete, by using a sensor embedded in the predetermined area, said sensor comprising two facing or coplanar flat electrodes, called first electrodes, an intermediate layer arranged between said two first electrodes, said intermediate layer being in contact with the material of the predetermined area and comprising calcium aluminates, said method comprising the steps of: - measuring (S1; S'1) a capacitance value or an impedance value of the intermediate layer by applying an alternate current between the electrodes; and - computing (S2,S3; S'2) a chloride ions concentration assessment in the predetermined area based on the measured impedance value or capacitance value. - measuring (S1; S'1) a capacitance value or an impedance value of the intermediate layer by applying an alternate current between the electrodes; and - computing (S2,S3; S'2) a chloride ions concentration assessment in the predetermined area based on the measured impedance value or capacitance value.
A bipolar plate in combination with a sealant (50, 70) for a PEM fuel cell, wherein the bipolar plate has an anode side with first flow channels for transport of a proton-donating fuel or a cathode side with second flow channels for transport of proton-accepting fluid, or both, wherein a sealant (50, 70) is provided parallel with the bipolar plate for sealing the bipolar plate against an adjacent electrolytic membrane, characterised in that the sealant (50, 70) has corrugations providing fluid channels (54a, 54b, 74a, 74b) across the sealant (50, 70) for transport of proton-donating fuel or proton-accepting fluid across the sealant and along the bipolar plate.
A method for determining a circulation disorder, in which the time-dependent change in circulation is measured synchronously on both eyes (1; 2) of the proband over a predefined period of time, wherein a comparison is made between measured values recorded over several heartbeats in order to determine differences between the time-dependent change in circulation of the left and right eyes (1; 2), characterized in that the change in circulation is determined by an optical measurement of the relative blood flow in the area of the retina in the area of the optic disk, wherein the comparison of the measured values recorded on the left and right eyes (1; 2): • is made by representing the measured values in a diagram wherein the values measured on one eye are plotted as a function of the values measured on the other eye; or • is made by determining the correlation between these measured values; or • is made on the basis of different rise times or delays in the change in circulation over time. • is made by representing the measured values in a diagram wherein the values measured on one eye are plotted as a function of the values measured on the other eye; or • is made by determining the correlation between these measured values; or • is made on the basis of different rise times or delays in the change in circulation over time.