mhurhangee/ep-ind-claims huggingface dataset:
A magnetic conveying system for moving an object between a first transfer system and a second transfer system transversely arranged, including: a first carrier for transferring the object, having a first magnetic engaging part; and a first drive member, having a second magnetic engaging part interacting with the first magnetic engaging part of the first carrier to move the first carrier in a first transfer direction of the first transfer system to a transverse section of the first transfer system and the second transfer system; a second carrier for transferring the first carrier, having a third magnetic engaging part; and a second drive member, having a fourth magnetic engaging part interacting with the third magnetic engaging part of the second carrier to move the second carrier in a second transfer direction of the second transfer system towards or away from the transverse section; characterised in that at least a portion of the second magnetic engaging part is arranged in a space between the transverse section and the first magnetic engaging part of the first carrier crossing an edge of the transverse section. a first carrier for transferring the object, having a first magnetic engaging part; and a first drive member, having a second magnetic engaging part interacting with the first magnetic engaging part of the first carrier to move the first carrier in a first transfer direction of the first transfer system to a transverse section of the first transfer system and the second transfer system; a second carrier for transferring the first carrier, having a third magnetic engaging part; and a second drive member, having a fourth magnetic engaging part interacting with the third magnetic engaging part of the second carrier to move the second carrier in a second transfer direction of the second transfer system towards or away from the transverse section; characterised in that at least a portion of the second magnetic engaging part is arranged in a space between the transverse section and the first magnetic engaging part of the first carrier crossing an edge of the transverse section.
A separator for secondary batteries, comprising: a crosslinked polyolefin substrate having a plurality of pores; and an inorganic coating layer having internal pores formed on at least one surface of the crosslinked polyolefin substrate by immersion phase separation, wherein the inorganic coating layer coating on one surface of the crosslinked polyolefin substrate has a thickness greater than 1 um, and wherein, in the immersion phase separation method, an inorganic slurry including inorganic particles, a binder, and a solvent and non-solvent is applied to at least one surface of the crosslinked polyolefin substrate, and then dried. a crosslinked polyolefin substrate having a plurality of pores; and an inorganic coating layer having internal pores formed on at least one surface of the crosslinked polyolefin substrate by immersion phase separation, wherein the inorganic coating layer coating on one surface of the crosslinked polyolefin substrate has a thickness greater than 1 um, and wherein, in the immersion phase separation method, an inorganic slurry including inorganic particles, a binder, and a solvent and non-solvent is applied to at least one surface of the crosslinked polyolefin substrate, and then dried.
A pneumatic tire comprising a carcass, a tread, a belt reinforcing structure located radially outward of the carcass and radially inward of the tread, a pair of sidewalls, each sidewall located radially outward of one of a pair of bead regions, a first insert and second insert, wherein the carcass further includes a first reinforcing ply extending under the tread, wherein the first insert is positioned between an inner liner and the first reinforcing ply, and wherein the second insert is positioned axially outward of the first reinforcing ply, characterized in that the first insert has a first end located near the crown portion of the tire and a second, radially innermost end located in the range of from 25% to 50% of the section height of the tire, and in that the second insert has a radially outermost end located in a range of from 50% to 75% of the section height of the tire and a second, radially innermost end terminating in abutting contact with the bead or not more than 10 mm radially above the bead, wherein the section height is measured in the radial direction from the radially innermost point of the bead region of the tire to the radially outermost point of the tread of the tire
An optical network terminal, ONT, comprising: a downstream optical signal receiver, configured to: receive (302, 402) a first downstream optical signal, wherein the first downstream optical signal indicates the ONT to obtain a backward optical signal generated by a first upstream optical signal sent (303, 403) by another ONT in a fiber-optic network and includes information about a time point at which the backward optical signal of the another ONT is measured; a backward optical signal receiver (1204, 1213), configured to receive the backward optical signal generated by the first upstream optical signal in the fiber-optic network; a processing module, configured to obtain (304, 404) intensity information of the backward optical signal based on indication information of the first downstream optical signal; and an upstream optical signal transmitter (1205, 1215), configured to send (306, 406) a second upstream optical signal, wherein the second upstream optical signal carries the intensity information of the backward optical signal. receive (302, 402) a first downstream optical signal, wherein the first downstream optical signal indicates the ONT to obtain a backward optical signal generated by a first upstream optical signal sent (303, 403) by another ONT in a fiber-optic network and includes information about a time point at which the backward optical signal of the another ONT is measured; a backward optical signal receiver (1204, 1213), configured to receive the backward optical signal generated by the first upstream optical signal in the fiber-optic network; a processing module, configured to obtain (304, 404) intensity information of the backward optical signal based on indication information of the first downstream optical signal; and an upstream optical signal transmitter (1205, 1215), configured to send (306, 406) a second upstream optical signal, wherein the second upstream optical signal carries the intensity information of the backward optical signal.
A magnetic resonance imaging system, comprising: at least one processor configured to: receive diffusion weighted imaging data from a region of interest of a subject, such as a liver, based on a diffusion weighted imaging sequence with magnetic gradient fields applied in three orthogonal directions and with different b-values; detect motion corrupted data present in the received imaging data based on a comparison of data redundant in the received diffusion weighted imaging data, wherein the data redundancy exists in the diffusion weighted imaging data received for the magnetic gradient fields applied in the three orthogonal directions as a consequence of diffusion being isotropic in the region of interest, wherein the motion corrupted data is detected when a difference between the diffusion weighted imaging data from two of the three orthogonal directions and the diffusion weighted imaging data from the remaining third orthogonal direction of the three orthogonal directions exceeds a threshold amount; and substitute alternative data for detected motion corrupted data. receive diffusion weighted imaging data from a region of interest of a subject, such as a liver, based on a diffusion weighted imaging sequence with magnetic gradient fields applied in three orthogonal directions and with different b-values; detect motion corrupted data present in the received imaging data based on a comparison of data redundant in the received diffusion weighted imaging data, wherein the data redundancy exists in the diffusion weighted imaging data received for the magnetic gradient fields applied in the three orthogonal directions as a consequence of diffusion being isotropic in the region of interest, wherein the motion corrupted data is detected when a difference between the diffusion weighted imaging data from two of the three orthogonal directions and the diffusion weighted imaging data from the remaining third orthogonal direction of the three orthogonal directions exceeds a threshold amount; and substitute alternative data for detected motion corrupted data.
Operating method for a vehicle (1, 20), which comprises an internal combustion engine coupled to a manual transmission by means of a clutch and comprises a start-stop device having an automatic switch-off function, which switches off the internal combustion engine when defined stop conditions are met, wherein one of the stop conditions provides that the manual transmission is in a neutral position, wherein an optical and/or acoustic and/or haptic suggestion to shift the manual transmission into the neutral position is output if the speed of the vehicle (1, 20) is greater than 0 km/h, wherein the time of the output of the shift suggestion is output depending on at least one item of environment information and depending on at least one driving state variable, characterised in that a further stop condition provides that the speed of the vehicle (1, 20) reaches or falls below a threshold value, wherein the shift suggestion is output already when the current speed of the vehicle is greater than the threshold value, wherein in the event that a vehicle travelling in front is detected as environment information, the threshold value for the speed of the vehicle (1, 20) at which the automatic switch-off function switches off the internal combustion engine is reduced to a lower value, wherein a detected response time of a driver is taken into account as driving state variable.
A method for producing lightweight components from carbon-fibre-reinforced thermoplastic material by injection moulding, wherein the carbon fibres are recovered from remnants which are produced during the cutting to size of carbon-fibre semi-finished products to produce cut parts (6, 7) which are processed into carbon-fibre-reinforced thermoset components, characterised in that the remnants are produced in a method in which the thermoset plastics material is added to the carbon-fibre semi-finished-product cut parts (6, 7) which are to be processed into carbon-fibre-reinforced thermoset components only once they have been cut to size.
A method for cell-free protein synthesis which comprises an in vitro translation reaction using a nucleic acid template and a eukaryotic cell lysate, characterised in that the translation reaction is carried out in the presence of a caspase inhibitor and the method is carried out in a device which comprises at least two compartments separated by a dialysis membrane, wherein the translation reaction takes place in at least one first compartment, the reaction compartment, and, during the translation reaction, i) reactants diffuse through the dialysis membrane out of at least one further compartment, the supply and discharge compartment, into the reaction compartment and ii) reaction by-products diffuse through the dialysis membrane out of the reaction compartment into the supply and discharge compartment.
A method of determining a flow rate of gas through a gas flow controller into a processing chamber, the method comprising: establishing a flow of gas through the gas flow controller at a constant rate; fixing a known volume upstream of the gas flow controller by interrupting the gas flow upstream of the known volume; performing a process in the processing chamber and during the process: measuring at a first time, a first pressure in the volume; measuring at a second time after the first time, a second pressure in the volume; determining a rate of drop in pressure from the first pressure and the second pressure; determining the fixed flow rate based upon the rate of pressure drop and the known volume; and reestablishing the gas flow into the volume in such a way that the flow through the gas flow controller is not perturbed beyond a certain level,. characterized in that the reestablishment of the gas flow into the known volume is done with a controlled flow rate, such that the rate of rise in pressure inside the known volume is sufficiently low so that the gas flow controller is not perturbed beyond 1%. establishing a flow of gas through the gas flow controller at a constant rate; fixing a known volume upstream of the gas flow controller by interrupting the gas flow upstream of the known volume; performing a process in the processing chamber and during the process: measuring at a first time, a first pressure in the volume; measuring at a second time after the first time, a second pressure in the volume; measuring at a first time, a first pressure in the volume; measuring at a second time after the first time, a second pressure in the volume; determining a rate of drop in pressure from the first pressure and the second pressure; determining the fixed flow rate based upon the rate of pressure drop and the known volume; and reestablishing the gas flow into the volume in such a way that the flow through the gas flow controller is not perturbed beyond a certain level,. characterized in that the reestablishment of the gas flow into the known volume is done with a controlled flow rate, such that the rate of rise in pressure inside the known volume is sufficiently low so that the gas flow controller is not perturbed beyond 1%.
A programmable controller connected to a device (21 to 23) as a controlled object via a network, the programmable controller comprising: - a control unit that is configured to request the device (21 to 23) to notify an identifier of the device (21 to 23) and mode information via the network, the mode information defining a function to be utilized by the device (21 to 23) and an operation method of the device (21 to 23); - a storage unit that stores the identifier and the mode information that the device (21 to 23) notified via the network in response to the request; and - a program memory that retains one or more software modules for controlling the device (21 to 23), that are included in a device driver acquired from a database server based on the identifier and the mode information, wherein the programmable controller further comprises: - a link memory that retains at least one I/O memory file in which I/O information for controlling the device (21 to 23) is described, wherein the link memory is allotted with an I/O memory area for retaining the at least one I/O memory file corresponding to each of the one or more software modules, and wherein the programmable controller further comprises: - a file system controller that is configured to manage the at least one I/O memory file; and - a program execution unit that is configured to reference and modify the at least one I/O memory file via the file system controller when executing each of the one or more software modules. - a control unit that is configured to request the device (21 to 23) to notify an identifier of the device (21 to 23) and mode information via the network, the mode information defining a function to be utilized by the device (21 to 23) and an operation method of the device (21 to 23); - a storage unit that stores the identifier and the mode information that the device (21 to 23) notified via the network in response to the request; and - a program memory that retains one or more software modules for controlling the device (21 to 23), that are included in a device driver acquired from a database server based on the identifier and the mode information, wherein the programmable controller further comprises: - a link memory that retains at least one I/O memory file in which I/O information for controlling the device (21 to 23) is described, - a file system controller that is configured to manage the at least one I/O memory file; and - a program execution unit that is configured to reference and modify the at least one I/O memory file via the file system controller when executing each of the one or more software modules.
A fastener for securing a medical or surgical line with respect to a patient, the fastener comprising: an elongate braided tubular sleeve for receiving the line therethrough, the sleeve having a first end for fixing adjacent to the patient, in use, and a second end for arranging, in use, proximal to medical equipment coupled to the line; a first substantially rigid collar coupled to the sleeve at the first end of the sleeve; a second substantially rigid collar coupled to the sleeve at the second end of the sleeve; an enlarged flange secured to the first collar at the first end of the sleeve; an adhesive plaster for securing the fastener with respect to a patient, the adhesive plaster being secured to the enlarged flange; characterized in that the enlarged flange is configured so that the longitudinal axis of the elongate braided tubular sleeve is arranged parallel to the plane of the adhesive plaster. an elongate braided tubular sleeve for receiving the line therethrough, the sleeve having a first end for fixing adjacent to the patient, in use, and a second end for arranging, in use, proximal to medical equipment coupled to the line; a first substantially rigid collar coupled to the sleeve at the first end of the sleeve; a second substantially rigid collar coupled to the sleeve at the second end of the sleeve; an enlarged flange secured to the first collar at the first end of the sleeve; an adhesive plaster for securing the fastener with respect to a patient, the adhesive plaster being secured to the enlarged flange; characterized in that the enlarged flange is configured so that the longitudinal axis of the elongate braided tubular sleeve is arranged parallel to the plane of the adhesive plaster.
A modified mammalian cell for use in a method of treating cancer in a subject in need thereof, wherein the cell comprises a T cell receptor having affinity for a surface antigen on a target cell, wherein the TCR is a tyrosine-protein kinase HER2/neu (ERBB2)-specific TCR comprising at least one selected from the group consisting of: (a) a TCR alpha chain comprising SEQ ID Nos: 2 or 6 and (b) a TCR beta chain comprising SEQ ID Nos: 4 or 7, and wherein the modified cell is autologous with respect to the subject undergoing treatment. affinity for a surface antigen on a target cell, wherein the TCR is a tyrosine-protein kinase HER2/neu (ERBB2)-specific TCR comprising at least one selected from the group consisting of: (a) a TCR alpha chain comprising SEQ ID Nos: 2 or 6 and (b) a TCR beta chain comprising SEQ ID Nos: 4 or 7, and (a) a TCR alpha chain comprising SEQ ID Nos: 2 or 6 and (b) a TCR beta chain comprising SEQ ID Nos: 4 or 7, and wherein the modified cell is autologous with respect to the subject undergoing treatment.
Method for stabilizing a line of sight of an imaging system on-board a satellite, said imaging system comprising: - a telescope arranged to form an image of a scene in a focal plane, according to the line of sight of the imaging system; and - at least one matrix image sensor arranged in the focal plane and suitable for capturing successive images in a sequential mode, in which photodetectors of the sensor are successively and individually controlled during an accumulation phase of a detection signal for received radiation, followed by a read phase of an accumulated signal, based on an order for scanning the photodetectors that is repeated continuously in a loop, each repetition of scan of the photodetectors corresponding to a newly captured image, and the read phase for any of the photodetectors being carried out at the same time as the accumulation phase for other ones of the photodetectors; wherein, for several windows (22a-22d), each of which consists of a different subset of adjacent photodetectors within the sensor, each window being smaller than a total use surface of the sensor, an image portion (Ma-Md) captured in one of the windows during one of the repetitions of the scan of the photodetectors is compared with a reference image (Ra-Rd) content for the same window, so as to characterize a variation of the line of sight between said repetition of the scan of photodetectors and a reference scan, and a new characterization of the variation of the line of sight being obtained separately for each window at each repetition of the scan of the photodetectors; and wherein an orientation of at least part of the imaging system is changed so as to modify the line of sight to compensate, at least partially, for the variation of said line of sight. - a telescope arranged to form an image of a scene in a focal plane, according to the line of sight of the imaging system; and - at least one matrix image sensor arranged in the focal plane and suitable for capturing successive images in a sequential mode, in which photodetectors of the sensor are successively and individually controlled during an accumulation phase of a detection signal for received radiation, followed by a read phase of an accumulated signal, based on an order for scanning the photodetectors that is repeated continuously in a loop, each repetition of scan of the photodetectors corresponding to a newly captured image, and the read phase for any of the photodetectors being carried out at the same time as the accumulation phase for other ones of the photodetectors;
A method for a network node supporting communication at least with a wireless device, WD, and a sensor configured to provide visual information, the method comprising: transmitting a first signal to the WD, the first signal including a request for the WD to transmit a report; determining whether the network node has received the report from the WD within a predetermined period of time; and if the network node has not received the report from the WD within the predetermined period of time, entering an alternate mode of communication with the WD, the alternate mode of communication including: obtaining the visual information from the sensor; determining a fallback format for transmission based at least in part on the obtained visual information; and transmitting a second signal to the WD using the fallback format. transmitting a first signal to the WD, the first signal including a request for the WD to transmit a report; determining whether the network node has received the report from the WD within a predetermined period of time; and if the network node has not received the report from the WD within the predetermined period of time, entering an alternate mode of communication with the WD, the alternate mode of communication including: obtaining the visual information from the sensor; determining a fallback format for transmission based at least in part on the obtained visual information; and transmitting a second signal to the WD using the fallback format. obtaining the visual information from the sensor; determining a fallback format for transmission based at least in part on the obtained visual information; and transmitting a second signal to the WD using the fallback format.
Process for preparing a fluorinated compound of formula, comprising at least one step of reacting a compound of formula with anhydrous hydrofluoric acid in at least one organic solvent according to the following scheme: in which: R 1 is equal to R 2 except in the specific case where R 1 = Cl, then R 2 = F 1, and where R 1 is equal to R 2, R 1 and R 2 represent an electron-withdrawing group which has a Hammett parameter σ p greater than 0, such as F, CF 3, CHF 2, CH 2 F, C 2 HF 4, C 2 H 2 F 3, C 2 H 3 F 2, C 2 F 5, C 3 F 7, C 3 H 2 F 5, C 3 H 4 F 3, C 3 HF 6, C 4 F 9, C 4 H 2 F 7, C 4 H 4 F 5, C 5 F 11, C 3 F 5 OCF 3, C 2 F 4 OCF 3, C 2 H 2 F 2 OCF 3, CF 2 OCF 3, C 6 F 13, C 7 F 15, C 8 F 17 or C 9 F 19, and M represents a hydrogen atom, an alkali metal, an alkaline-earth metal or a quaternary ammonium cation.