mhurhangee/ep-ind-claims huggingface dataset:
A method for producing composite laminate comprising at least a first and second face sheet of a fibrous reinforcing material sandwiching between them a sheet of a core material, the method comprising the steps of forwarding the sheet of the core material, forwarding the first and second face sheet along opposite sides of the core material to form a multilayer laminate, connecting the first and second face sheet to the core material, wherein the first and second face sheet and the sheet of core material are connected to each other by tufting together the first layer, the core and the second layer using a substantially continuous fibrous reinforcing material, at least part of the fibrous reinforcing material extending in Z-direction of the laminate, and after the tufting impregnating the laminate with plastic material, wherein the tufting is done by displacing the laminate in a stepwise, discontinuous manner in longitudinal direction, wherein the displacement of the laminate throughout the tufting device is interrupted in the course of each downward and upward movement of the needles and the plastic material is applied using pultrusion.
A rack adapted to engage a rack handler and to carry a sample collection unit, the rack comprising: a rack body having: a bottom; a top opposite the bottom along a vertical direction; a receptacle that extends from the top toward the bottom along the vertical direction, the receptacle sized to receive the sample collection unit; a first interior surface that extends from the bottom toward the top along the vertical direction; a second interior surface that extends from the bottom toward the top along the vertical direction, the second interior surface being opposite to the first interior surface so as to at least partially define a slot along the bottom; and wherein the slot and the interference groove (252, 262) are sized to engage a portion of the rack handler, characterized in that the portion of the rack handler is a rotation assembly; the first interior surface and the second interior surface have portions that are angularly offset with respect to each other so as to define an interference groove (252 or 262) in the slot along at least one of the first interior surface and the second interior surface; and a protrusion engages with the interference groove for rotating the sample rack. a bottom; a top opposite the bottom along a vertical direction; a receptacle that extends from the top toward the bottom along the vertical direction, the receptacle sized to receive the sample collection unit; a first interior surface that extends from the bottom toward the top along the vertical direction; a second interior surface that extends from the bottom toward the top along the vertical direction, the second interior surface being opposite to the first interior surface so as to at least partially define a slot along the bottom; and wherein the slot and the interference groove (252, 262) are sized to engage a portion of the rack handler, characterized in that the portion of the rack handler is a rotation assembly; the first interior surface and the second interior surface have portions that are angularly offset with respect to each other so as to define an interference groove (252 or 262) in the slot along at least one of the first interior surface and the second interior surface; and a protrusion engages with the interference groove for rotating the sample rack.
Electrical low-voltage building installation in which at least one distribution line and overcurrent protection devices for line branches to branch lines are provided, wherein the line branches are arranged in a distributed fashion in the building, wherein the assigned overcurrent protection devices are correspondingly arranged in a distributed fashion at the line branches, and the overcurrent protection devices arranged in a distributed fashion, after triggering, can be switched on again under remote control, wherein the overcurrent protection devices do not require a remote control function for interrupting their respective branch line, but rather bring about the interruption locally, i.e. on the basis of own ascertainment of an overcurrent, characterized in that the branch lines have a reduced cross section compared with the distribution line, the overcurrent protection devices are arranged directly at the line branches from the distribution line, and the at least one distribution line is formed by a ribbon cable having cores guided parallel in a plane, the branch lines are connected to the distribution line by junction boxes seated on the ribbon cable with contacting of the distribution line without insulation stripping, and the overcurrent protection devices are integrated into the junction boxes seated on the ribbon cable, and the overcurrent protection devices are also embodied as residual current circuit-breakers for switching off the respective branch line not only in the case of an overload but also in the case of an unpermitted leakage current or fault current magnitude, wherein for the residual current circuit-breaker function, too, a remote control function is not required for interrupting the respective branch line, rather the interruption of the branch line on account of fault current is brought about locally, i.e. on the basis of own ascertainment of a fault current by the relevant overcurrent protection devices.
Device for manoeuvring a control shaft of a mechanism belonging to an electrical protection apparatus, said control shaft being able to be brought successively into a first and a second position, said device comprising a so-called control part suitable for being linked mechanically to the control shaft of the mechanism so that this control part and this shaft are secured together in rotation, and a so-called manoeuvring part suitable for rotationally driving said control part and thus the abovementioned control shaft, in one direction of rotation or in the other, so as to bring this shaft into the abovementioned first or respectively second position, the abovementioned so-called manoeuvring first part being able to be manoeuvred in two directions of rotation, only one of which is suitable for rotationally driving the so-called control second part in one direction or in the other, so as to be able to choose the starting position of the actuating manoeuvre of the manoeuvring part by driving the latter in the direction of rotation in which it does not drive the control part to the desired starting position, and in that the device comprises so-called first means for reversing the direction of rotation of the second part so as to make it possible to return the control shaft to its initial position, and so-called second time delay means suitable for imposing a predetermined delay time for the return of the control shaft to this initial position, characterized in that the so-called manoeuvring first part and the so-called control second part are linked mechanically via a non-return ratchet mechanism, and in that the so-called reversing first means (7, 8) and the so-called second time delay means cooperate with the non-return ratchet mechanism, so that the reversal manoeuvre does not result in an additional rotation of the manoeuvring part.
A cable duct extending in a longitudinal direction (X-X) comprising: - two side walls and a bottom that connects the side walls to each other, - a plurality of initial fastening holes for fastening the cables held in the cable duct at the bottom of the cable duct, whereby the initial fastening holes extend through the bottom, wherein the cable duct further comprises connecting holes for connecting separators to the cable duct, which are suitable for receiving connecting tabs of a separator, wherein the connecting holes extend through the bottom and have a greater width in the transverse direction of the cable duct than the initial fastening holes, wherein the cable duct further comprises at least one separator extending perpendicularly to the bottom along the longitudinal direction (X-X) between the side walls, each separator having at one edge a plurality of connecting tabs spaced from each other in the longitudinal direction (X-X) and extending through the connecting holes and abutting an outer side of the bottom, wherein the width of the connecting holes is greater than the width of the separators, wherein the connecting tabs are connected to the bottom on its outer side by welding or by clinching. - two side walls and a bottom that connects the side walls to each other, - a plurality of initial fastening holes for fastening the cables held in the cable duct at the bottom of the cable duct, whereby the initial fastening holes extend through the bottom, wherein the cable duct further comprises connecting holes for connecting separators to the cable duct, which are suitable for receiving connecting tabs of a separator, wherein the connecting holes extend through the bottom and have a greater width in the transverse direction of the cable duct than the initial fastening holes, wherein the cable duct further comprises at least one separator extending perpendicularly to the bottom along the longitudinal direction (X-X) between the side walls, each separator having at one edge a plurality of connecting tabs spaced from each other in the longitudinal direction (X-X) and extending through the connecting holes and abutting an outer side of the bottom, wherein the width of the connecting holes is greater than the width of the separators, wherein the connecting tabs are connected to the bottom on its outer side by welding or by clinching.
A method for depletion of undesired molecules and/or enrichment of desired molecules from a sample comprising high abundant as well as low abundant molecules, comprising the following steps: a) providing a separation material comprising a solid phase (beads) comprising an inner porous core material comprising magnetic particles and an outer porous shell with a porosity equal or denser than that of the shell; b) adding the sample to the separation material; c) adsorbing a first fraction of molecules with a molecular weight of 500-50 000 Da in the core and simultaneously excluding a second fraction of molecules from binding to the core and the shell, wherein the molecular weight of the second fraction molecules is at least 5 preferably 10 times higher than the molecular weight of the first fraction and d) eluting the desired molecules from the separation material, wherein step d) and optionally step c) is performed using an oscillating power/field applied over the separation material.
A twistlock assembly for securing a cargo member to a cargo receiving arrangement, said twistlock assembly comprising a twistlock and a base member, said twistlock being adapted to be at least partially inserted into an opening of a cargo member, said twistlock being adapted to assume each one of an unlocked position and a locked position, wherein said cargo member is prevented from being disconnected from said base member when said twistlock assumes said locked position, the twistlock assembly further comprising a permittance assembly, the permittance assembly being such that it: - assumes a permittance condition when a load applied by said cargo member to the permittance assembly is greater than or equal to a predetermined threshold load, such that said twistlock can be moved from said unlocked position to said locked position as well as from said locked position to said unlocked position, and - assumes a prevention condition when the load applied by said cargo member to the permittance assembly is less than the predetermined threshold load, such that said twistlock is prevented from being moved from said unlocked position to said locked position, wherein said permittance assembly comprises a resilient assembly adapted to receive at least a portion of said load applied by said cargo member, wherein an attachment portion of said resilient assembly is fixedly attached to said base member, and a load receiving portion of said resilient assembly is adapted to receive said at least a portion of said load applied by said cargo member, characterized in that said load receiving portion comprises a first load receiving portion and a second load receiving portion, said first and second load receiving portions (38, 40) being located on opposite sides of said twistlock. - assumes a permittance condition when a load applied by said cargo member to the permittance assembly is greater than or equal to a predetermined threshold load, such that said twistlock can be moved from said unlocked position to said locked position as well as from said locked position to said unlocked position, and - assumes a prevention condition when the load applied by said cargo member to the permittance assembly is less than the predetermined threshold load, such that said twistlock is prevented from being moved from said unlocked position to said locked position,
A chocolate or chocolate-like food comprising an oil and fat, said oil and fat comprising 50 to 85% by weight of triglyceride in which oleic acid is bound at position 2 and saturated fatty acids having 16 or more carbon atoms is bound at positions 1 and 3 (XOX type triglyceride); and 5 to 18% by weight of triglyceride in which two oleic acids are bound and one saturated fatty acid having 16 or more carbon atoms is bound (XO2 type triglyceride), wherein said oil and fat is a mixed oil and fat comprising 5 to 40% by weight of the following oil and fat composition A: an oil and fat composition comprising 30 to 50% by weight of StOSt type triglyceride and 20 to 45% by weight of StO2 type triglyceride.
A method of controlling a system of devices in an environment, the method comprising: receiving output signals from each microphone of a plurality of microphones in the environment, each of the plurality of microphones residing in a microphone location of the environment, the output signals corresponding to an utterance of a person; determining, based at least in part on the output signals, a zone within the environment that has at least a threshold probability of including the person's location; generating a plurality of spatially-varying attentiveness signals within the zone, wherein the plurality of spatially-varying attentiveness signals are spatially-varying light signals and/or spatially-varying sound signals, each attentiveness signal of the plurality of attentiveness signals being generated by a device located within the zone, each attentiveness signal indicating to a user that a corresponding device is in an operating mode in which the corresponding device is awaiting a command, each attentiveness signal indicating a relevance metric of the corresponding device. receiving output signals from each microphone of a plurality of microphones in the environment, each of the plurality of microphones residing in a microphone location of the environment, the output signals corresponding to an utterance of a person; determining, based at least in part on the output signals, a zone within the environment that has at least a threshold probability of including the person's location; generating a plurality of spatially-varying attentiveness signals within the zone, wherein the plurality of spatially-varying attentiveness signals are spatially-varying light signals and/or spatially-varying sound signals, each attentiveness signal of the plurality of attentiveness signals being generated by a device located within the zone, each attentiveness signal indicating to a user that a corresponding device is in an operating mode in which the corresponding device is awaiting a command, each attentiveness signal indicating a relevance metric of the corresponding device.
An apparatus, comprising: a mobile telecommunication receiver configured to receive a broadcast message comprising message information in a first human language from a mobile telecommunication network or comprising an indication of an alternative radio bearer or network for retrieval of the message information; wherein the apparatus further comprises: a memory configured to store information templates in one or more different human languages; and a processor configured to cause presenting to a user, according to a language preference of the user: the message information of the broadcast message; or one or more information templates corresponding to the message information, in a second human language other than the first human language; wherein the message information contains two or more different text segments and indicators for each text segment; and wherein processor is further configured to determine corresponding two or more information templates based on the respective indicators. a mobile telecommunication receiver configured to receive a broadcast message comprising message information in a first human language from a mobile telecommunication network or comprising an indication of an alternative radio bearer or network for retrieval of the message information; wherein the apparatus further comprises: a memory configured to store information templates in one or more different human languages; and a processor configured to cause presenting to a user, according to a language preference of the user: the message information of the broadcast message; or one or more information templates corresponding to the message information, in a second human language other than the first human language; a memory configured to store information templates in one or more different human languages; and a processor configured to cause presenting to a user, according to a language preference of the user: the message information of the broadcast message; or one or more information templates corresponding to the message information, in a second human language other than the first human language; the message information of the broadcast message; or one or more information templates corresponding to the message information, in a second human language other than the first human language; wherein the message information contains two or more different text segments and indicators for each text segment; and wherein processor is further configured to determine corresponding two or more information templates based on the respective indicators.
An apparatus for transmitting a communication signal over a transmission medium, said apparatus comprising: digital signal processing units adapted to processing an incoming baseband signal, wherein the baseband signal is digitally modulated with a digital modulation technique selected based on a retrieved transmission medium quality feedback, and outputting either a frequency division multiplex, FDM, output signal or an orthogonal frequency division multiplex, OFDM, output signal; characterized in that the apparatus further comprises a first frequency modulation modulator, said first frequency modulation modulator receiving the frequency division multiplex, FDM, output signal or the orthogonal frequency division multiplex, OFDM, output signal as the output signal of said digital signal processing units and outputting a frequency modulated signal to the transmission medium, wherein the frequency modulated signal gains a signal to noise ratio being by 10 dB to 40 dB larger than the signal to noise ratio of the frequency division multiplex, FDM, output signal or the orthogonal frequency division multiplex, OFDM, output signal such that the frequency modulated output signal is suitable for long distance communications. digital signal processing units adapted to processing an incoming baseband signal, wherein the baseband signal is digitally modulated with a digital modulation technique selected based on a retrieved transmission medium quality feedback, and outputting either a frequency division multiplex, FDM, output signal or an orthogonal frequency division multiplex, OFDM, output signal; characterized in that the apparatus further comprises a first frequency modulation modulator, said first frequency modulation modulator receiving the frequency division multiplex, FDM, output signal or the orthogonal frequency division multiplex, OFDM, output signal as the output signal of said digital signal processing units and outputting a frequency modulated signal to the transmission medium, wherein the frequency modulated signal gains a signal to noise ratio being by 10 dB to 40 dB larger than the signal to noise ratio of the frequency division multiplex, FDM, output signal or the orthogonal frequency division multiplex, OFDM, output signal such that the frequency modulated output signal is suitable for long distance communications.
A system for encoding digital video data into an encoded datastream, comprising: an interface for receiving digital video data; a packet processor for packetizing said received digital video data into a plurality of packets of digital data individually including data identifying a destination address; and a datastream generator for generating data representing individual packet headers and incorporating said headers in corresponding respective packets; characterized in that an individual packet header includes indicators comprising, an identifier identifying a group of video frames to which said individual packet belongs; a video frame identifier within a group of video frames identifying a position of the respective video frame within said identified group; a packet identifier within a video frame_identifying a position of said individual packet within said video frame; and a total number of packets within a video frame; said indicators being each incorporated into a respective one-byte field of said header thereby reducing an amount of bandwidth required to transmit said datastream. an interface for receiving digital video data; a packet processor for packetizing said received digital video data into a plurality of packets of digital data individually including data identifying a destination address; and a datastream generator for generating data representing individual packet headers and incorporating said headers in corresponding respective packets; characterized in that an individual packet header includes indicators comprising, an identifier identifying a group of video frames to which said individual packet belongs; a video frame identifier within a group of video frames identifying a position of the respective video frame within said identified group; an identifier identifying a group of video frames to which said individual packet belongs; a video frame identifier within a group of video frames identifying a position of the respective video frame within said identified group; a packet identifier within a video frame_identifying a position of said individual packet within said video frame; and a total number of packets within a video frame; said indicators being each incorporated into a respective one-byte field of said header thereby reducing an amount of bandwidth required to transmit said datastream.
An apparatus for scattering particles for forming particle mats in a particle board production process, the apparatus having a source for supplying particles to at least one roller array for spreading the particles onto a mat conveyor, characterized by an airflow for scattering the particles onto the at least one roller array is provided above the uppermost roller array, wherein the at least one roller array comprises different rollers (8, 9) adapted to different particle sizes, wherein the rollers which are adapted to larger particle sizes compared to the remaining rollers of the at least one roller array are positioned closer to a blower for generating the airflow.