mhurhangee/ep-ind-claims huggingface dataset:
Foundation system for supporting solar panels which are arranged in a sheetlike manner next to one another, comprising: longitudinal members (5a-c), a plurality of crossmembers and fittings (10a-c), wherein the solar panels are held next to one another in one or more rows (3, 4) by the longitudinal members (5a-c), wherein the longitudinal members (5a-c) rest on the plurality of crossmembers, which are arranged next to one another and are inclined with respect to a horizontal, wherein the longitudinal members (5a-c) can be mounted pivotably on the crossmembers about axes (8a-c) running substantially coaxially or substantially horizontally in the longitudinal direction of the crossmembers, characterized in that the axes are formed on the entirely or partially preassembled or preassemblable fittings (10a-c) for fastening the longitudinal members (5a-c) on the crossmembers, wherein the fittings (10a-c) have pairs of clamping claws (11a, b), with longitudinal-member-side means (12a, b) for the clamping fixing of said clamping claws on the longitudinal members (5a-c), with crossmember-side means (13a, b) for the pivotable and clamping fixing of said clamping claws on the crossmembers, and with tie rods (14a, b) which are arranged between the longitudinal-member-side means (12a, b) and the crossmember-side means (13a, b) and by means of which the clamping claws can be braced in relation to one another and against the longitudinal members (5a-c) and the crossmembers. longitudinal members (5a-c), a plurality of crossmembers and fittings (10a-c), wherein the solar panels are held next to one another in one or more rows (3, 4) by the longitudinal members (5a-c), wherein the longitudinal members (5a-c) rest on the plurality of crossmembers, which are arranged next to one another and are inclined with respect to a horizontal, wherein the longitudinal members (5a-c) can be mounted pivotably on the crossmembers about axes (8a-c) running substantially coaxially or substantially horizontally in the longitudinal direction of the crossmembers, characterized in that the axes are formed on the entirely or partially preassembled or preassemblable fittings (10a-c) for fastening the longitudinal members (5a-c) on the crossmembers, wherein the fittings (10a-c) have pairs of clamping claws (11a, b), with longitudinal-member-side means (12a, b) for the clamping fixing of said clamping claws on the longitudinal members (5a-c), with crossmember-side means (13a, b) for the pivotable and clamping fixing of said clamping claws on the crossmembers, and with tie rods (14a, b) which are arranged between the longitudinal-member-side means (12a, b) and the crossmember-side means (13a, b) and by means of which the clamping claws can be braced in relation to one another and against the longitudinal members (5a-c) and the crossmembers.
Process for the additive manufacture of a component, in particular a component for the hot gas path of a gas turbine, comprising the following steps: - provision of a pulverulent base material for the component, - layerwise buildup of the component on a building platform by solidification of individual layers of the base material and - introduction of oxidic dispersion strengthening into a region of the additively manufactured component by means of an oxidic additive, wherein the region is usually subjected to high thermomechanical stress during operation of the component, wherein the introduction of the strengthening is carried out layerwise, i.e. by the component being built up at least partially layerwise alternately from the base material and a mixture of the base material and the oxidic additive for formation of the oxidic dispersion strengthening. - provision of a pulverulent base material for the component, - layerwise buildup of the component on a building platform by solidification of individual layers of the base material and - introduction of oxidic dispersion strengthening into a region of the additively manufactured component by means of an oxidic additive, wherein the region is usually subjected to high thermomechanical stress during operation of the component, wherein the introduction of the strengthening is carried out layerwise, i.e. by the component being built up at least partially layerwise alternately from the base material and a mixture of the base material and the oxidic additive for formation of the oxidic dispersion strengthening.
A method for operating a cutting assembly, wherein the cutting assembly has a cutter bar with a controllable actuator system via which a cutter bar length is changed, lateral side walls disposed substantially orthogonally to the cutter bar which delimit the cutter bar, as well as at least one intake auger extending between the side walls, through which the harvested material which has been picked up is conveyed in a direction transverse to a discharge opening in the central region of the cutting assembly, characterized in that the height of the harvested material which has been picked up is detected directly in front of the intake auger by at least one sensor which is disposed above the cutter bar and in front of the intake auger, and in that the signals from the at least one sensor are analysed by a control device and are used for the automatic control of the actuator system in order to adapt the cutter bar length as a function of the detected height.
Connector for assembling two riser segments, comprising a first main tube element extended by a male connector element, a second main tube element extended by a female connector element, the male connector element fitting into said female connector element so as to connect said two main tube elements, said connector comprising means for locking said assembly comprising a locking ring, said locking ring comprising a first and a second set of lugs on its outer surface, and said male and female connector elements respectively comprising on their inner face a third and a fourth set of lugs respectively cooperating with said first and second sets of lugs forming two bayonet-type connections, characterized in that said locking means further comprise at least one removable pin arranged in said locking ring and cooperating with said male connector element to immobilize said locking ring in translation with respect to said male connector element, said removable pin cooperating with a groove created in said male connector element or with a shoulder formed in said male connector element, and in that said male connector element comprises an end piece and a sleeve comprising said groove or said shoulder, said sleeve being able to be fitted into said female connector element.
An OTA bootstrap method, characterized by comprising: after completing a connection with a DM server, a user-registered terminal device sending a bootstrap confirmation message to a service center corresponding to port information of a valid service center pre-stored in the terminal device; the service center analyzing the bootstrap confirmation message to determine a device ID of the terminal device, connecting to a DM server authorized by the service center, and searching a database of the authorized DM server for an OTA bootstrap record corresponding to the device ID; and if no corresponding OTA bootstrap record is found in the database of the authorized DM server, the service center notifying the user that the terminal device performed an OTA bootstrap with an unauthorized DM server. after completing a connection with a DM server, a user-registered terminal device sending a bootstrap confirmation message to a service center corresponding to port information of a valid service center pre-stored in the terminal device; the service center analyzing the bootstrap confirmation message to determine a device ID of the terminal device, connecting to a DM server authorized by the service center, and searching a database of the authorized DM server for an OTA bootstrap record corresponding to the device ID; and if no corresponding OTA bootstrap record is found in the database of the authorized DM server, the service center notifying the user that the terminal device performed an OTA bootstrap with an unauthorized DM server.
A method of processing sensor data generated in a hearing device (110, 170, 210), the hearing device comprising a BTE housing (121, 171, 221) configured to be worn behind an ear of the user and an ITE housing (141, 172, 241, 441, 451, 471) configured to be at least partially inserted into an ear canal of the ear, the method comprising receiving, from a movement sensor included in the BTE housing (121, 171, 221), BTE housing movement data indicative of movements of the BTE housing (121, 171, 221); receiving, from an ear canal sensor included in the ITE housing, ear canal sensor data affected by movements of the ear canal wall, characterized by determining a correlation between the BTE housing movement data and at least part of the ear canal sensor data; and separating, based on said correlation, information about movements of the ear canal wall relative to the BTE housing (121, 171, 221) from the at least part of the ear canal sensor data. receiving, from a movement sensor included in the BTE housing (121, 171, 221), BTE housing movement data indicative of movements of the BTE housing (121, 171, 221); receiving, from an ear canal sensor included in the ITE housing, ear canal sensor data affected by movements of the ear canal wall, characterized by determining a correlation between the BTE housing movement data and at least part of the ear canal sensor data; and separating, based on said correlation, information about movements of the ear canal wall relative to the BTE housing (121, 171, 221) from the at least part of the ear canal sensor data.
A method for transmitting, comprising: segmenting a transport block of data into one or more code blocks based on the size of the transport block of data; generating a first cyclic redundancy check, CRC, for each code block if a number of code blocks of the transport block of data is greater than one; attaching the first CRC to each code blocks; and generating a second CRC for the transport block of data and attaching the second CRC to the transport block; encoding data bits of at least one of the code blocks, wherein if the number of code blocks of the transport block of data is one, the first CRC is not generated; segmenting a transport block of data into one or more code blocks based on the size of the transport block of data; generating a first cyclic redundancy check, CRC, for each code block if a number of code blocks of the transport block of data is greater than one; attaching the first CRC to each code blocks; and generating a second CRC for the transport block of data and attaching the second CRC to the transport block; encoding data bits of at least one of the code blocks, wherein if the number of code blocks of the transport block of data is one, the first CRC is not generated;
A method of printing a graphic on a fibrous structure comprising apertures and filaments; wherein the filaments comprise: filament forming material, and an active agent releasable from the filaments when exposed to conditions of intended use; wherein the filament forming material comprises a water-soluble material; wherein the fibrous structure includes a first surface and a second surface opposite the first surface; and wherein the method comprises: printing a graphic directly on the fibrous structure, wherein the graphic comprises an ink positioned on the first surface, wherein the ink penetrates at a depth of 100 microns or less below the first surface, wherein the ink penetration depth is measured according to the method described in the description. filament forming material, and an active agent releasable from the filaments when exposed to conditions of intended use;
A liner for an engine of an aircraft, comprising: a panel; a shell coupled to the panel; and an array of projections configured to enhance a cooling of the panel wherein the array of projections are distributed on at least part of a first side of the panel that corresponds to a cold side of the panel, the projections having a height that is less than a space between the shell and the panel, wherein the shell comprises a plurality of impingement cooling holes, wherein a first density of the projections in a first area of the panel is greater than a second density of the projections in a second area of the panel, wherein a first density of the impingement cooling holes in a first area of the shell is greater than a second density of the impingement cooling holes in a second area of the shell, characterized in that the first and second area comprise impingement holes and projections, wherein the first area of the shell coincides with the first area of the panel and the second area of the shell coincides with the second area of the panel and wherein the first area of the panel is prone to higher temperatures than the second area. a panel; a shell coupled to the panel; and an array of projections configured to enhance a cooling of the panel wherein the array of projections are distributed on at least part of a first side of the panel that corresponds to a cold side of the panel, the projections having a height that is less than a space between the shell and the panel, wherein the shell comprises a plurality of impingement cooling holes, wherein a first density of the projections in a first area of the panel is greater than a second density of the projections in a second area of the panel, wherein a first density of the impingement cooling holes in a first area of the shell is greater than a second density of the impingement cooling holes in a second area of the shell, characterized in that the first and second area comprise impingement holes and projections, wherein the first area of the shell coincides with the first area of the panel and the second area of the shell coincides with the second area of the panel and wherein the first area of the panel is prone to higher temperatures than the second area.
Coupling element (2; 102; 202; 302; 402; 502; 602, 602') for connecting a fluid line to a complementary element, in particular to an orifice of a reservoir, wherein this coupling element (2; 102; 202; 302; 402; 502; 602, 602') comprises a tubular body extending along a longitudinal axis, wherein the tubular body is provided at one end with a connection interface to a fluid line and is also provided at an opposite end with an engagement member, wherein the gripping member extends longitudinally with respect to a support surface that is perpendicular to the longitudinal axis and comprises a radial portion of a flange facing outwards from the longitudinal axis and extending over an angular engagement sector, wherein the coupling element (2; 102; 202; 302; 402; 502; 602, 602') further comprises: - at least one locking pin (42; 342) movable in translation inside the tubular body, parallel to the longitudinal axis, between a first position in which it emerges from the support surface and a second position in which it is retracted from the support surface inside the tubular body, - a return member (60; 360) for returning the locking pin (42; 342) to its first position; - an unlocking ring (70; 170; 270; 370; 470) surrounding the tubular body, wherein the unlocking ring is rotatable about the longitudinal axis wherein the coupling element (2; 102; 202; 302; 402; 502; 602, 602') is characterized in that the unlocking ring (70; 170; 270; 370; 470) is mechanically coupled to the locking pin (42; 342) by means of a ball and a helical groove (68; 168; 268; 368) to guide the ball so as to transform the rotational movement of the unlocking ring (70; 170; 270; 370; 470) about the longitudinal axis into a translation movement of the locking pin (42; 342) from its first position to its second position. - at least one locking pin (42; 342) movable in translation inside the tubular body, parallel to the longitudinal axis, between a first position in which it emerges from the support surface and a second position in which it is retracted from the support surface inside the tubular body, - a return member (60; 360) for returning the locking pin (42; 342) to its first position; - an unlocking ring (70; 170; 270; 370; 470) surrounding the tubular body, wherein the unlocking ring is rotatable about the longitudinal axis
A medicament delivery device (100, 200) comprising: a case (105, 205) adapted to hold a container with a medicament, the container being a syringe or cartridge and including a needle; a needle sleeve (120, 220) telescopically coupled to the case (105, 205), the needle sleeve (120, 220) having an extended position relative to the case (105, 205) in which the needle is covered and a retracted position relative to the case (105, 205) in which the needle is exposed; a delivery initiation indicator providing a visual feedback of an initiation of a delivery of the medicament when the needle sleeve (120, 220) is in the retracted position, further comprising a further window formed in the case which shows a portion of a plunger after delivery of the medicament, characterized in an interlock mechanism operably coupled to the needle sleeve (120, 220) and wherein the delivery initiation indicator is a window formed in the case which shows an increasing portion of the needle sleeve when the needle sleeve moves from the extended position to the retracted position or wherein the delivery initiation indicator is an indicia formed on the needle sleeve, wherein when the needle sleeve is in the retracted position, a distal end of the needle is exposed for insertion into an injection site, and the interlock mechanism is activated which advances the plunger under force of a compressed spring into the syringe or cartridge to drive a stopper distally for expelling the medicament. a case (105, 205) adapted to hold a container with a medicament, the container being a syringe or cartridge and including a needle; a needle sleeve (120, 220) telescopically coupled to the case (105, 205), the needle sleeve (120, 220) having an extended position relative to the case (105, 205) in which the needle is covered and a retracted position relative to the case (105, 205) in which the needle is exposed; a delivery initiation indicator providing a visual feedback of an initiation of a delivery of the medicament when the needle sleeve (120, 220) is in the retracted position, further comprising a further window formed in the case which shows a portion of a plunger after delivery of the medicament, characterized in an interlock mechanism operably coupled to the needle sleeve (120, 220) and wherein the delivery initiation indicator is a window formed in the case which shows an increasing portion of the needle sleeve when the needle sleeve moves from the extended position to the retracted position or wherein the delivery initiation indicator is an indicia formed on the needle sleeve, wherein when the needle sleeve is in the retracted position, a distal end of the needle is exposed for insertion into an injection site, and the interlock mechanism is activated which advances the plunger under force of a compressed spring into the syringe or cartridge to drive a stopper distally for expelling the medicament.
An oral care composition comprising: from 15% to 35% by weight glycerin; from 17% to 45% by weight propylene glycol; and from 15% to 35% by weight sorbitol; wherein the composition is free of anionic surfactants and a fluoride ion source, and wherein the composition comprises less than 15% by weight water. from 15% to 35% by weight glycerin; from 17% to 45% by weight propylene glycol; and from 15% to 35% by weight sorbitol;
A method for preparing nanoparticle organosols using phase transfer, comprising: introducing nanoparticles, or precursors of said nanoparticles, into an aqueous solution to produce a colloidal dispersion of nanoparticles; adjusting the pH of the colloidal dispersion to a pH between 8-10; reacting the colloidal dispersion with a transfer agent that is a carboxylic acid; adding an immiscible organic carrier fluid; stirring the reaction mixture until the nanoparticles migrate into the organic phase and an emulsion is formed; separating the emulsion into two phases comprising a bottom aqueous solution and an upper organic fluid containing the nanoparticles; and collecting the organic fluid colloidal dispersion of nanoparticles, wherein the volume ratio of the transfer agent to the organic carrier is equal to or less than 15%, and wherein the step of separating the emulsion further comprises adding a demulsifier to the emulsion. introducing nanoparticles, or precursors of said nanoparticles, into an aqueous solution to produce a colloidal dispersion of nanoparticles; adjusting the pH of the colloidal dispersion to a pH between 8-10; reacting the colloidal dispersion with a transfer agent that is a carboxylic acid; adding an immiscible organic carrier fluid; stirring the reaction mixture until the nanoparticles migrate into the organic phase and an emulsion is formed; separating the emulsion into two phases comprising a bottom aqueous solution and an upper organic fluid containing the nanoparticles; and collecting the organic fluid colloidal dispersion of nanoparticles, wherein the volume ratio of the transfer agent to the organic carrier is equal to or less than 15%, and wherein the step of separating the emulsion further comprises adding a demulsifier to the emulsion.
A method of protecting a telecommunication network comprising at least one secure router and intermediary routers, wherein the secure router is equipped with a topological map of the network to determine intermediary routers that define an optimal path in the routing of an item of information, the topological map is generated by sharing lists of links (LSA1, LSA2,... LSAn) transmitted between the secure router and the intermediary routers according to a determined communication protocol, the method being characterized in that the secure router performs, in a secure layer separate from a transmission layer receiving and/or sending packets (105, 111) in accordance with the communication protocol: - the calculation then memorization, when receiving lists of links (LSA1, LSA2,... LSAn) of at least one receipt fingerprint (hash, hash,... hash(LSAn)) related to the received lists (LSA1, LSA2,... LSAn), - the calculation, then memorization, when sending lists of links (LSA'1, LSA'2,... LSA'n) of at least one send fingerprint (hash(LSA'1), hash(LSA'2),... hash(LSA'n)) related to the lists to be sent, and a comparison of the receipt fingerprint (hash, hash,... hash(LSAn)) to the send fingerprint (hash(LSA'1), hash(LSA'2),... hash(LSA'n)) when sending a list of links (LSA'1, LSA'2,... LSA'n) such that the sending of a list is prevented if the receipt fingerprint is different from the send fingerprint. - the calculation then memorization, when receiving lists of links (LSA1, LSA2,... LSAn) of at least one receipt fingerprint (hash, hash,... hash(LSAn)) related to the received lists (LSA1, LSA2,... LSAn), - the calculation, then memorization, when sending lists of links (LSA'1, LSA'2,... LSA'n) of at least one send fingerprint (hash(LSA'1), hash(LSA'2),... hash(LSA'n)) related to the lists to be sent, and