mhurhangee/ep-ind-claims huggingface dataset:
Environment recording facility for a rail vehicle, having: - a rail route recording unit, which is configured to detect a position and a course of a rail route in the environment of the rail vehicle, - an environment recording unit, which is arranged in a fixed alignment relationship with the rail route recording unit and is configured to record the environment of the rail vehicle, - a mounting unit for a shared mounting of the rail route recording unit and the environment recording unit, - a control unit, wherein - the mounting unit is configured to mount the rail route recording unit and the environment recording unit with a stable orientation and - the control unit is embodied to align the orientation of the environment recording unit to the detected position and the detected course of the rail route, so that an observation region, which comprises the rail route and the environment of the rail route, can be recorded by the environment recording unit, characterised in that - the rail route recording unit, for detecting the position and the course, is embodied to use one of the following recording techniques: - a passive infrared image recording, - an active sensor technology, preferably lidar. - a rail route recording unit, which is configured to detect a position and a course of a rail route in the environment of the rail vehicle, - an environment recording unit, which is arranged in a fixed alignment relationship with the rail route recording unit and is configured to record the environment of the rail vehicle, - a mounting unit for a shared mounting of the rail route recording unit and the environment recording unit, - a control unit, wherein - the mounting unit is configured to mount the rail route recording unit and the environment recording unit with a stable orientation and - the control unit is embodied to align the orientation of the environment recording unit to the detected position and the detected course of the rail route, so that an observation region, which comprises the rail route and the environment of the rail route, can be recorded by the environment recording unit, characterised in that - the rail route recording unit, for detecting the position and the course, is embodied to use one of the following recording techniques: - a passive infrared image recording, - an active sensor technology, preferably lidar. - a passive infrared image recording, - an active sensor technology, preferably lidar.
A method of identifying a microorganism in a sample, said method comprising: i. providing the sample, ii. providing a double stranded nucleic acid target specific for type I topoisomerase of said microorganism, and not for human type I topoisomerase, iii. mixing the sample of step i. with the nucleic acid target of step ii. iv. detecting nucleic acid target that has been modified by type I topoisomerase of said microorganism, wherein the presence of nucleic acid target that has been modified by type I topoisomerase of said microorganism is indicative of said microorganism, and wherein said microorganism belongs to the Plasmodium genus or the Mycobacterium genus. i. providing the sample, ii. providing a double stranded nucleic acid target specific for type I topoisomerase of said microorganism, and not for human type I topoisomerase, iii. mixing the sample of step i. with the nucleic acid target of step ii. iv. detecting nucleic acid target that has been modified by type I topoisomerase of said microorganism,
Method of controlling real time contiguous data in a packet switched data stream comprising data packages, each data package comprising an originating and a destinating media access control, MAC, address, characterized in that said control of said real time contiguous data comprises retaining of data packages of said packet switched data stream for disturbing the contiguousness of said real time contiguous data at presentation thereof to a receiving user, wherein data packages are recognized by one of said originating or destinating MAC address and data packages recognized as belonging to a certain MAC address are retained.
Method for producing polyoxymethylene dimethyl ether comprising a first method step, in which a reaction mixture (RG-1) is formed from a feed containing methanol in the presence of a first catalyst (K-l) in a first reactor (R-1), wherein the reaction mixture (RG-1) comprises dimethoxymethane (OME 1) and formaldehyde in a molar ratio (mol/mol) between dimethoxymethane (OME 1) and formaldehyde in a range from 0.1 to 2.0, and a second method step, in which the reaction mixture (RG-1) is introduced into a second reactor (R-2) and converted into polyoxymethylene dimethyl ether in the presence of a second catalyst (K-2).
A portable dispensing device for administering fluids intended for animals comprising a backpack with a main compartment delimited by a back wall intended to be in contact with the back of a user, an outer wall laid out oppositely to the back wall and a side wall connecting the back and outer walls, as well as a flexible pouch containing the fluid to be administered, placed in said main compartment, at least the portion of the outer wall of the backpack facing said pouch is made in a rigid material in order to form a shockproof protection, said pouch is removably attached to the back wall with at least one attachment means (15a to 15c; 16), and characterized in that said pouch consists of four parts, front and rear faces with two side bellows on each side of the pouch and includes connecting points between the internal faces of the bellows, outside the pouch, said connecting points forming at least one preferential breakage area (45a to 45d) of an oblong shape, the major axis of each of said preferential breakage areas is oriented substantially perpendicularly to a ray passing through the center of the pouch and intercepting this axis.
Method for assisting in a parking operation for a motor vehicle using a driver assistance system by - capturing a parking space while the motor vehicle is passing the parking space, - determining a parking path along which the motor vehicle is parked into the parking space or driven out of the parking space, - capturing image data about surroundings (10 to 13) of the motor vehicle by means of at least one optical capture device (5a to 5d) of the driver assistance system, - processing the image data to produce an image which shows a perspective view of at least one surrounding area next to the motor vehicle, and displaying the image on a display device, the image being produced by taking account of a current position of the motor vehicle on the parking path, and a direction of view and/or a field of view from which the perspective view is shown being set on the basis of the current position of the motor vehicle on the parking path, and/or a size of the mapped surrounding area being set on the basis of the current position of the motor vehicle on the parking path. - capturing a parking space while the motor vehicle is passing the parking space, - determining a parking path along which the motor vehicle is parked into the parking space or driven out of the parking space, - capturing image data about surroundings (10 to 13) of the motor vehicle by means of at least one optical capture device (5a to 5d) of the driver assistance system, - processing the image data to produce an image which shows a perspective view of at least one surrounding area next to the motor vehicle, and displaying the image on a display device, the image being produced by taking account of a current position of the motor vehicle on the parking path, and a direction of view and/or a field of view from which the perspective view is shown being set on the basis of the current position of the motor vehicle on the parking path, and/or a size of the mapped surrounding area being set on the basis of the current position of the motor vehicle on the parking path.
An aqueous dispersion comprising a polyurethane synthesized from a) organic diisocyanates b) dihydroxy compounds having a molar weight of 500 to 5000 g/mol and comprising no ionic group or group that can be converted to an ionic group c) mono- to trihydric alcohols which additionally comprise an ionic group d) optionally, further compounds, different from a) to c), wherein the polyurethane comprises less than 0.6% by weight of urea groups (calculated with a molar weight of 56 g/mol), the ionic group of c) is at least partly neutralized with ammonia, and the reaction of compounds a), b), c), and d) does not take place in the presence of a catalyst containing a metal-carbon bond. a) organic diisocyanates b) dihydroxy compounds having a molar weight of 500 to 5000 g/mol and comprising no ionic group or group that can be converted to an ionic group c) mono- to trihydric alcohols which additionally comprise an ionic group d) optionally, further compounds, different from a) to c), wherein the polyurethane comprises less than 0.6% by weight of urea groups (calculated with a molar weight of 56 g/mol), the ionic group of c) is at least partly neutralized with ammonia, and the reaction of compounds a), b), c), and d) does not take place in the presence of a catalyst containing a metal-carbon bond.
A fitting arrangement for windows, doors or the like having a frame and having a leaf, wherein the fitting arrangement comprises at the leaf side a locking bar, a mechanical manually operable actuation device and at least one actuation motor, wherein the locking bar is displaceable and can be brought into a first functional position and into a second functional position by both the actuation motor and the actuation device, and wherein the actuation motor and components (20, 22, 24) for the drive-effective coupling of the actuation motor to the locking bar are configured for an arrangement in a region of a - in the position of use - lower margin of the leaf in a leaf frame, characterized in that a tilting device is provided by which the leaf can be brought into a tilt position in the frame, with the tilting device being directly or indirectly drive-effectively coupled to the actuation motor and/or to the actuation device by a mechanical compulsory guidance such that an actuation of the actuation motor or of the actuation device not only results in a movement of the locking bar, but such that a tilting movement of the leaf is also actively produced. wherein the fitting arrangement comprises at the leaf side a locking bar, a mechanical manually operable actuation device and at least one actuation motor, wherein the locking bar is displaceable and can be brought into a first functional position and into a second functional position by both the actuation motor and the actuation device, and wherein the actuation motor and components (20, 22, 24) for the drive-effective coupling of the actuation motor to the locking bar are configured for an arrangement in a region of a - in the position of use - lower margin of the leaf in a leaf frame,
A method for Discontinuous Reception, DRX, operation, comprising: while a user equipment, UE, is in Discontinuous Reception, DRX, operation in an LTE_ACTlVE state, waking up a receiver of the UE; characterized in that the method further comprises: checking if a current time is a preconfigured wake up time, the preconfigured wake up time corresponding to a radio frame number equal to a radio frame offset plus N times a DRX interval, wherein N is an integer greater than or equal to zero; if the current time is the preconfigured wake up time, checking whether a Continuous Reception Command has been received at the UE; wherein if a Continuous Reception Command has been received the method comprises deactivating DRX and going to continuous reception, or if a Continuous Reception Command has not been received the method comprises reactivating DRX. while a user equipment, UE, is in Discontinuous Reception, DRX, operation in an LTE_ACTlVE state, waking up a receiver of the UE; characterized in that the method further comprises: checking if a current time is a preconfigured wake up time, the preconfigured wake up time corresponding to a radio frame number equal to a radio frame offset plus N times a DRX interval, wherein N is an integer greater than or equal to zero; if the current time is the preconfigured wake up time, checking whether a Continuous Reception Command has been received at the UE; wherein if a Continuous Reception Command has been received the method comprises deactivating DRX and going to continuous reception, or if a Continuous Reception Command has not been received the method comprises reactivating DRX.
A process for producing a sintered body comprising as a basic component aluminum magnesium titanate represented by the composition formula: Mg x Al 2(1-x) Ti (1+x) O 5 wherein the value of x is 0.25≤x≤0.75 the process comprising a step of sintering a formed product from a raw material mixture consisting essentially of the ingredients (i) and (ii) below: (i) 100 parts by weight, calculated on an oxide basis, of a mixture comprising a Mg-containing compound, an Al-containing compound and a Ti-containing compound at the same metal component ratio as the metal component ratio of Mg, Al and Ti in the composition formula, (ii) 1-10 parts by weight of an alkali feldspar represented by the composition formula: (Na y K 1-y)AlSi 3 O 8 wherein the value of y is 0≤y≤1, and optionally a forming aid, wherein a sintering temperature is 1000-1700°C. (i) 100 parts by weight, calculated on an oxide basis, of a mixture comprising a Mg-containing compound, an Al-containing compound and a Ti-containing compound at the same metal component ratio as the metal component ratio of Mg, Al and Ti in the composition formula, (ii) 1-10 parts by weight of an alkali feldspar represented by the composition formula: (Na y K 1-y)AlSi 3 O 8
An offline teaching device comprising: a display unit for displaying a teaching program and a model diagram and having a teaching program display portion for displaying the teaching program and a model display portion for displaying the model diagram; a storage unit for storing commands constituting the teaching program, and model data of the model diagram; and a control unit for controlling the display unit and the storage unit, wherein the teaching program includes a position detection program including a plurality of position detection commands, and a welding program including a plurality of welding commands, the control unit displays, in the model display portion displaying the model diagram, an operation trajectory of a robot when the teaching program is executed, and the control unit displays a part of the plurality of position detection commands and a part of the plurality of welding commands, in the model display portion displaying the model diagram. a display unit for displaying a teaching program and a model diagram and having a teaching program display portion for displaying the teaching program and a model display portion for displaying the model diagram; a storage unit for storing commands constituting the teaching program, and model data of the model diagram; and a control unit for controlling the display unit and the storage unit,
Method for providing a proof of origin for a digital key pair (P, Q), comprising the following steps: - generating the digital key pair (P, Q) at an origin specified by a device, wherein the specified origin is a security module of the device, wherein the private key of the digital key pair (P, Q) is stored in the security module of the device, protected against access, - providing the proof of origin which confirms the generation of the digital key pair (P, Q) at the specified origin and is protected by a secret key (G1; GS) provided by the same device, wherein the provided secret key (G1; GS) is provided in the security module, and - issuing the public key of the generated digital key pair (P, Q) together with the proof of origin. - generating the digital key pair (P, Q) at an origin specified by a device, wherein the specified origin is a security module of the device, wherein the private key of the digital key pair (P, Q) is stored in the security module of the device, protected against access, - providing the proof of origin which confirms the generation of the digital key pair (P, Q) at the specified origin and is protected by a secret key (G1; GS) provided by the same device, wherein the provided secret key (G1; GS) is provided in the security module, and - issuing the public key of the generated digital key pair (P, Q) together with the proof of origin.
A wall structure comprising a grid network formed from a primary framework of elongate members of specific cross-section and from a secondary framework of spacers, an elongate member of specific cross-section for a wall primary framework comprising a web, having at its base a lower support-forming bearing plate, said bearing plate comprising at least one wing forming an angle with the web, said wing having an end comprising a flange forming a means for guiding in translation in a longitudinal direction (d) of the elongate member of specific cross-section, the web and the flange extending from a same first face of the wing, and a spacer for a wall secondary framework having the general shape of a "U", with a bottom and two lateral flanks, and comprising a cut-out configured to cooperate with said flange of a wing of the elongate member of specific cross-section forming a means for guiding in translation, said spacer being positioned bearing on said wing of the elongate member of specific cross-section, and at a right angle to the elongate member of specific cross-section, the first face of the wing comprising at least one tongue (206, 206', 206") forming a stop in translation in said longitudinal direction (d) of the elongate member of specific cross-section, each tongue being formed by a blade (210, 210') attached by a root (207, 207', 207") to the first face of the wing and having a free end, the tongue furthermore being raised relative to the first face of the wing to enable a spacer to be inserted between the tongue and the first face of the wing, and the spacer comprising a lateral passage at an end configured to receive a tongue (206, 206', 206") for blocking in translation in said longitudinal direction (d) of the elongate member of specific cross-section, a tongue (206, 206', 206") of the elongate member of specific cross-section being inserted into a lateral passage of the spacer, and the flange of a wing of the elongate member of specific cross-section being engaged in said cut-out of the spacer
Seat rail system for an interior space of a vehicle, comprising: a seat rail having a plurality of attachment sockets arranged in a row along a longitudinal extension of the seat rail, wherein each attachment socket has an at least partly spheroid concave bearing surface, characterised in that two coupling openings are embedded in each concave bearing surfaceand that it further comprises an attachment stud having an at least partly spheroid or cylindroid convex bearing surface with a curvature corresponding to a curvature of the concave bearing surface of the attachment sockets, wherein a coupling pin is arranged on or in the convex bearing surface and configured to enter one of the attachment openings to couple the attachment stud to the seat rail; and a locking pin configured to enter the respective other attachment opening through a through hole in the attachment stud and thereby lock the attachment stud to the seat rail. a seat rail having a plurality of attachment sockets arranged in a row along a longitudinal extension of the seat rail, wherein each attachment socket has an at least partly spheroid concave bearing surface, characterised in that two coupling openings are embedded in each concave bearing surfaceand that it further comprises an attachment stud having an at least partly spheroid or cylindroid convex bearing surface with a curvature corresponding to a curvature of the concave bearing surface of the attachment sockets, wherein a coupling pin is arranged on or in the convex bearing surface and configured to enter one of the attachment openings to couple the attachment stud to the seat rail; and a locking pin configured to enter the respective other attachment opening through a through hole in the attachment stud and thereby lock the attachment stud to the seat rail.
Tray for growing organic material comprising a plurality of LEDs, the tray having an upper side and a lower side, the upper side being arranged to carry a substrate for growing organic material and the lower side being arranged to radiate the light generated by the LEDs, wherein the tray comprises a structure which enables the tray to radiate more heat, generated by the LEDs, at the upper side than at the lower side of the tray.
A method for producing a coil assembly, comprising: overlaying printed circuit traces on a core (54; 92), the traces comprising terminal pads for coupling to conductive connections on a base on which the coil assembly is to be mounted, the traces connecting terminal pads on the sides of the core (54; 92) to terminal pads on the outer mounting surfaces of the core (54; 92); wrapping two or more wires around the core (54; 92) so as to define two or more coils (74, 76, 78), wrapped in different, respective directions, the wires having respective ends; and coupling the ends of the wires to the printed circuit traces, so as to connect the wires through the traces to the terminal pads, wherein overlaying the printed circuit traces comprises forming printed calibration coils over the core (54; 92), the method further comprising using the printed calibration coils to calibrate a response of the coils (74, 76, 78) defined by wrapping the two or more wires around the core to a magnetic field. overlaying printed circuit traces on a core (54; 92), the traces comprising terminal pads for coupling to conductive connections on a base on which the coil assembly is to be mounted, the traces connecting terminal pads on the sides of the core (54; 92) to terminal pads on the outer mounting surfaces of the core (54; 92); wrapping two or more wires around the core (54; 92) so as to define two or more coils (74, 76, 78), wrapped in different, respective directions, the wires having respective ends; and coupling the ends of the wires to the printed circuit traces, so as to connect the wires through the traces to the terminal pads, wherein overlaying the printed circuit traces comprises forming printed calibration coils over the core (54; 92), the method further comprising using the printed calibration coils to calibrate a response of the coils (74, 76, 78) defined by wrapping the two or more wires around the core to a magnetic field.
An oxygen associated energy conversion device comprising: - a cathode; - an anode; - an electrolyte arranged between said cathode and said anode; wherein said cathode is an air-electrode adapted for an oxygen reduction reaction and wherein said cathode comprises a n-type conducting polymer, characterized in that said n-type polymer is poly(benzimidazobenzophenanthroline), PBBL. - a cathode; - an anode; - an electrolyte arranged between said cathode and said anode; wherein said cathode is an air-electrode adapted for an oxygen reduction reaction and wherein said cathode comprises a n-type conducting polymer, characterized in that said n-type polymer is poly(benzimidazobenzophenanthroline), PBBL.