mhurhangee/patent-ind-claim-en huggingface dataset:
Method for maintaining a wireless connection between a vehicle and an infrastructure on a route along which there are local area communication networks that allow communication to be established between the vehicle and the infrastructure , said vehicle being initially located within the coverage area of a first local area communication network , the vehicle being identified by this first local area communication network by a first identification element (IP 1 ), and the vehicle communicating with the infrastructure via a first communication port, the method comprising steps of: - determining at least one second local area communication network potentially covering a subsequent section of the route of the vehicle, - generating a second identification element (IP 2 ) of the vehicle associated with the second local area communication network , - allocating at least one second communication port for establishing data transmission between the vehicle and the infrastructure within the coverage area of the second local area communication network , - searching for the beginning of the coverage area of the second local area communication network , then - when the vehicle enters the coverage area of the second local area communication network , establishing communication between the vehicle and the infrastructure via the second communication port, using the second identification element (IP 2 ). - determining at least one second local area communication network potentially covering a subsequent section of the route of the vehicle, - generating a second identification element (IP 2 ) of the vehicle associated with the second local area communication network , - allocating at least one second communication port for establishing data transmission between the vehicle and the infrastructure within the coverage area of the second local area communication network , - searching for the beginning of the coverage area of the second local area communication network , then - when the vehicle enters the coverage area of the second local area communication network , establishing communication between the vehicle and the infrastructure via the second communication port, using the second identification element (IP 2 ).
A method of making a wind turbine blade , the method comprising: providing a blade shell having an inner surface defining a mounting region ; positioning a web in the mounting region; securing the position of the web in the mounting region using one or more web restraining devices , each device having a first portion attached to the web and a second portion attached to the inner surface of the blade shell, each device being configured to prevent movement of the web in a first plane substantially parallel to the mounting region and to permit movement of the web in a second plane substantially perpendicular to the mounting region; characterised by : moving the web in the second plane away from the mounting region , whereby moving the web in the second plane causes the one or more web restraining devices to move between a first configuration and a second configuration, and wherein the or each web restraining device secures the position of the web in the mounting region when in the first configuration; performing one or more preparatory operations on the mounting region with the web moved away from the mounting region; and repositioning the web in the mounting region by moving the web in the second plane back towards the mounting region. providing a blade shell having an inner surface defining a mounting region ; positioning a web in the mounting region; securing the position of the web in the mounting region using one or more web restraining devices , each device having a first portion attached to the web and a second portion attached to the inner surface of the blade shell, each device being configured to prevent movement of the web in a first plane substantially parallel to the mounting region and to permit movement of the web in a second plane substantially perpendicular to the mounting region; characterised by : moving the web in the second plane away from the mounting region , whereby moving the web in the second plane causes the one or more web restraining devices to move between a first configuration and a second configuration, and wherein the or each web restraining device secures the position of the web in the mounting region when in the first configuration; performing one or more preparatory operations on the mounting region with the web moved away from the mounting region; and repositioning the web in the mounting region by moving the web in the second plane back towards the mounting region. moving the web in the second plane away from the mounting region , whereby moving the web in the second plane causes the one or more web restraining devices to move between a first configuration and a second configuration, and wherein the or each web restraining device secures the position of the web in the mounting region when in the first configuration; performing one or more preparatory operations on the mounting region with the web moved away from the mounting region; and repositioning the web in the mounting region by moving the web in the second plane back towards the mounting region.
A dough processing plant , comprising: a dough sheet forming device configured to form a dough sheet from an unshaped mass of dough extending along the direction of a production path (P); a cutting device configured to form a body of dough by severing from the dough sheet ; a dough processing device including a wrapping device and a sheet round moulder , wherein the wrapping device is arranged along the production path (P) between the cutting device and the sheet round moulder and configured for wrapping the body of dough around an axis preferably oriented transversely to the production path (P) and wherein the course of the production path (P) through the wrapping device is oriented transversely to the course of the production path (P) through the cutting device . a dough sheet forming device configured to form a dough sheet from an unshaped mass of dough extending along the direction of a production path (P); a cutting device configured to form a body of dough by severing from the dough sheet ; a dough processing device including a wrapping device and a sheet round moulder , wherein the wrapping device is arranged along the production path (P) between the cutting device and the sheet round moulder and configured for wrapping the body of dough around an axis preferably oriented transversely to the production path (P) and wherein the course of the production path (P) through the wrapping device is oriented transversely to the course of the production path (P) through the cutting device .
An armor component comprising: a body including: a first portion including: a first phase comprising silicon carbide (SiC), wherein the first phase has an average grain size (GS1) of not greater than about 6 microns; a second phase comprising calcium boride (CaB 6 ), wherein the second phase has an average grain size (GS2) of not greater than GS1; and a density of at least about 80% theoretical density. a body including: a first portion including: a first phase comprising silicon carbide (SiC), wherein the first phase has an average grain size (GS1) of not greater than about 6 microns; a second phase comprising calcium boride (CaB 6 ), wherein the second phase has an average grain size (GS2) of not greater than GS1; and a density of at least about 80% theoretical density. a first portion including: a first phase comprising silicon carbide (SiC), wherein the first phase has an average grain size (GS1) of not greater than about 6 microns; a second phase comprising calcium boride (CaB 6 ), wherein the second phase has an average grain size (GS2) of not greater than GS1; and a density of at least about 80% theoretical density. a first phase comprising silicon carbide (SiC), wherein the first phase has an average grain size (GS1) of not greater than about 6 microns; a second phase comprising calcium boride (CaB 6 ), wherein the second phase has an average grain size (GS2) of not greater than GS1; and a density of at least about 80% theoretical density.
Arrangement for articulatedly connecting a roller curtain of a roller shutter to a roller shutter shaft , wherein the arrangement comprises a connecting member and a linear link chain , the first chain link of which can be connected to the roller shutter shaft so as to be pivotable about a first pivot axis (S1), and the last chain link of which is connected to the connecting member so as to be pivotable about a second pivot axis (S2) which extends in parallel with the first pivot axis (S1), wherein the connecting member comprises a hook-shaped connection device , viewed in parallel with the pivot axes (S1, S2), for establishing a connection to a first roller shutter slat of the roller curtain , which connection is pivotable about a third pivot axis (S3) that is parallel to the first and the second pivot axis (S1, S2), characterized in that the connecting member has a pivot stop for the first roller shutter slat , which pivot stop is arranged on an inner side of the connecting member facing the roller shutter shaft and which is located on a side of the third pivot axis (S3) facing away from the linear link chain , for limiting a pivot angle of the first roller shutter slat to the connecting member about the third pivot axis (S3) in a pivoting direction, wherein the pivot stop has a stop surface for an inner side of the first roller shutter slat .
A high voltage power amplifier system comprising an audio processor comprising an audio input and a control output configured to output one or more first amplifier control signals and one or more second amplifier control signals; a first amplifier full bridge connected to a first power supply ; and a second amplifier full bridge connected to a second power supply ; wherein a first amplifier output of said first amplifier full bridge is connected to a first amplifier output of said second amplifier full bridge to interconnect the first amplifier full bridge and the second amplifier full bridge ; wherein said first amplifier full bridge and said second amplifier full bridge each comprises a second amplifier output having a load connected in between; wherein said first power supply and said audio processor has a common ground potential and said first amplifier full bridge comprises respective an amplifier input connected to said control output; wherein said second power supply is floating with respect to said common ground potential and said second amplifier full bridge comprises an respective amplifier input connected to said control output through an isolation barrier configured to decouple the ground potentials on an input and an output of the isolation barrier . an audio processor comprising an audio input and a control output configured to output one or more first amplifier control signals and one or more second amplifier control signals; a first amplifier full bridge connected to a first power supply ; and a second amplifier full bridge connected to a second power supply ; wherein a first amplifier output of said first amplifier full bridge is connected to a first amplifier output of said second amplifier full bridge to interconnect the first amplifier full bridge and the second amplifier full bridge ; wherein said first amplifier full bridge and said second amplifier full bridge each comprises a second amplifier output having a load connected in between; wherein said first power supply and said audio processor has a common ground potential and said first amplifier full bridge comprises respective an amplifier input connected to said control output; wherein said second power supply is floating with respect to said common ground potential and said second amplifier full bridge comprises an respective amplifier input connected to said control output through an isolation barrier configured to decouple the ground potentials on an input and an output of the isolation barrier .
A waterfall-type cable router for use with a cable tray , comprising: a curved ramp comprising a front portion and a rear portion , the ramp having a left side and a right side; a vertical left curved wall transitioning into the curved ramp and extending the length of the left side of the curved ramp, wherein the left curved wall comprises a first portion extending forward of the front portion of the curved ramp, the first portion having a lower edge , the first portion including a slot extending upward from the lower edge into the first portion; and a vertical right curved wall transitioning into the curved ramp and extending the length of the right side of the curved ramp, wherein the right curved wall comprises a first portion extending forward of the front portion of the curved ramp, the first portion having a lower edge , the first portion including a slot extending upward from the lower edge into the first portion, characterized in that the slots are configured to retain the cable router in place on the cable tray, and to prevent rotation or tilting of the cable router relative to the cable tray. a curved ramp comprising a front portion and a rear portion , the ramp having a left side and a right side; a vertical left curved wall transitioning into the curved ramp and extending the length of the left side of the curved ramp, wherein the left curved wall comprises a first portion extending forward of the front portion of the curved ramp, the first portion having a lower edge , the first portion including a slot extending upward from the lower edge into the first portion; and a vertical right curved wall transitioning into the curved ramp and extending the length of the right side of the curved ramp, wherein the right curved wall comprises a first portion extending forward of the front portion of the curved ramp, the first portion having a lower edge , the first portion including a slot extending upward from the lower edge into the first portion, characterized in that the slots are configured to retain the cable router in place on the cable tray, and to prevent rotation or tilting of the cable router relative to the cable tray.
A method for decoding at least a second dynamic range picture from a coded bitstream, said method comprising: - decoding a first dynamic range picture from said coded bitstream, - decoding a set of pivot points from said coded bitstream, said set of pivot points determining a piece-wise linear function being representative of an adjustment function f adj , - selecting a predefined colour correction function b p_default from a set of predefined colour correction functions b p_default [ K ] according to content characteristics of said second dynamic range picture decoded from said coded bitstream, - determining an adjusted colour correction function b adj to adjust the selected predefined colour correction function b p_default , - within the reconstruction of the second dynamic range picture from the decoded first dynamic range picture, applying the adjusted colour correction function b adj to colour components of said picture, wherein first dynamic range and second dynamic range have different dynamic ranges and wherein the adjusted colour correction function b adj is determined by: 1/ b adj [ Y ] = f adj [ Y ] × (1/ b p_default [ Y ]) , where Y is a luminance value. - decoding a first dynamic range picture from said coded bitstream, - decoding a set of pivot points from said coded bitstream, said set of pivot points determining a piece-wise linear function being representative of an adjustment function f adj , - selecting a predefined colour correction function b p_default from a set of predefined colour correction functions b p_default [ K ] according to content characteristics of said second dynamic range picture decoded from said coded bitstream, - determining an adjusted colour correction function b adj to adjust the selected predefined colour correction function b p_default , - within the reconstruction of the second dynamic range picture from the decoded first dynamic range picture, applying the adjusted colour correction function b adj to colour components of said picture,
Device for dispensing a fluid medium, in particular for dispensing an adhesive, preferably for dispensing a hot melt adhesive, wherein the device comprises a head portion and a base body portion , wherein the device comprises a cavity for receiving the fluid medium, wherein the head portion comprises a dispensing opening , leading into the cavity , for dispensing the fluid medium, wherein the device comprises a rod , wherein the rod is displaceable in an axial direction (Z) between a first end position and a second end position, wherein a first end portion of the rod comprises a sealing portion , wherein the sealing portion , in the first end position, is arranged spaced from the dispensing opening and, in the second end position, closes the dispensing opening on a side facing the cavity , wherein a second end portion of the rod is guided out of the cavity for coupling the rod to an actuator , wherein the device comprises a seal for sealing a region of the device which receives the second end portion with respect to the cavity , wherein the seal is arranged in the region of the cavity , wherein the seal surrounds the rod circumferentially in the region of the cavity , wherein the seal comprises a first seal portion and a second seal portion , wherein the first seal portion is connected to the rod such that it is stationary with respect to the rod and the second seal portion abuts in a stationary manner against a wall delimiting the cavity , wherein the seal comprises an area of elasticity between the first seal portion and the second seal portion , wherein the seal , in the second end position of the rod , is stretched in the axial direction (Z) in relation to an initial state of the seal , characterized in that the area of elasticity comprises a first contact portion adjoining the first seal portion , and the rod comprises a first anti-friction portion , wherein the first contact portion contacts the first anti-friction portion , and/or the area of elasticity comprises a second contact portion adjoining the second seal portion and the device comprises a wall portion surrounding the rod circumferentially, wherein the wall portion comprises a second anti-friction portion , wherein the second contact portion contacts the second anti-friction portion on a side remote from the rod .
A method for preparing isophorone diisocyanate, comprising the following steps: reacting isophorone with hydrogen cyanide in the presence of a catalyst to obtain isophorone nitrile; reacting the isophorone nitrile obtained in step with ammonia gas and hydrogen in the presence of a catalyst to obtain isophorone diamine; and subjecting the isophorone diamine to a phosgenation reaction to obtain isophorone diisocyanate, wherein the content of impurities containing a secondary amine group in the isophorone diamine that is subjected to the phosgenation reaction in step is less than or equal to 0.5 wt%, preferably less than or equal to 0.3 wt%, and further preferably less than or equal to 0.1 wt%. reacting isophorone with hydrogen cyanide in the presence of a catalyst to obtain isophorone nitrile; reacting the isophorone nitrile obtained in step with ammonia gas and hydrogen in the presence of a catalyst to obtain isophorone diamine; and subjecting the isophorone diamine to a phosgenation reaction to obtain isophorone diisocyanate,
Method for creating a crimp connection between a coaxial cable which possesses, arranged coaxially in relation to one another, an inner conductor , an outer conductor , a dielectric arranged between the outer conductor and inner conductor , and a jacket made of an electrically insulating material surrounding the outer conductor , and a coaxial connector which possesses an outer conductor part , wherein a hollow cylindrical supporting sleeve is arranged on the jacket and a predetermined section of the outer conductor , from which the jacket has been stripped, is pulled over the supporting sleeve , so that this section of the outer conductor is at least in part arranged radially on the outside of the supporting sleeve , and wherein the outer conductor part is so arranged that this at least partially encloses the supporting sleeve with the outer conductor lying on the outside, radially from the outside, wherein a cold weld is achieved between the supporting sleeve , the outer conductor part and the outer conductor by applying a radial force from outside on the outer conductor part over at least a part of the circumference of the outer conductor part , in a circumferential direction and an axial direction, characterised in that a crimp connection which is circular in cross section is formed through the outer conductor part serving as a crimping sleeve, wherein, viewed in a circumferential direction, a force- and form-fitting connection is created around the whole circumference and the outer conductor part is crimped onto the supporting sleeve , largely in the form of a circular ring, and wherein, due to the displaced material, at least one accumulation of material , which rises radially outwards, is formed on the outer conductor part at the height of a closing gap of a crimping tool.
A medical device comprising: a catheter assembly, the catheter assembly including a catheter adapter subassembly and a needle subassembly , characterized in that one of the catheter adapter subassembly and the needle subassembly includes a permanent magnet element , and the other of the catheter subassembly and the needle subassembly includes a magnetized magnetizable feature , the permanent magnet element produces a known magnetic field and the magnetized magnetizable feature produces a known magnetic field and measurement of relative motion of the catheter adapter subassembly and the needle subassembly is measurable by a magnetometer which measures strength and direction of the magnetic field produced by the permanent magnet element and the magnetized magnetizable feature . a catheter assembly, the catheter assembly including a catheter adapter subassembly and a needle subassembly , characterized in that one of the catheter adapter subassembly and the needle subassembly includes a permanent magnet element , and the other of the catheter subassembly and the needle subassembly includes a magnetized magnetizable feature , the permanent magnet element produces a known magnetic field and the magnetized magnetizable feature produces a known magnetic field and measurement of relative motion of the catheter adapter subassembly and the needle subassembly is measurable by a magnetometer which measures strength and direction of the magnetic field produced by the permanent magnet element and the magnetized magnetizable feature .