mhurhangee/ep-ind-claims huggingface dataset:
A dialysate regenerator, comprising: a purification means; at least one reversible retainer comprising an ion reservoir; a dialysate flow path comprising a dialysate inlet for receiving a dialysate, and a dialysate outlet for dispensing the dialysate; a pump connected to the dialysate flow path and configured to generate a flow of the dialysate from the dialysate inlet via the reversible retainer and the purification means to the dialysate outlet, wherein a direction of the dialysate flow path through the reversible retainer is reversible; characterized in that the at least one reversible retainer is positioned upstream of the purification means in a first direction of the dialysate flow path and positioned downstream of the purification means in a second direction of the dialysate flow path, wherein the second direction of the dialysate flow path through the reversible retainer is reverse to the first direction of the dialysate flow path through the reversible retainer; or characterized in that the dialysate regenerator comprises a first reversible retainer upstream of the purification means and a second reversible retainer downstream of the purification means. a purification means; at least one reversible retainer comprising an ion reservoir; a dialysate flow path comprising a dialysate inlet for receiving a dialysate, and a dialysate outlet for dispensing the dialysate; a pump connected to the dialysate flow path and configured to generate a flow of the dialysate from the dialysate inlet via the reversible retainer and the purification means to the dialysate outlet, wherein a direction of the dialysate flow path through the reversible retainer is reversible; characterized in that the at least one reversible retainer is positioned upstream of the purification means in a first direction of the dialysate flow path and positioned downstream of the purification means in a second direction of the dialysate flow path, wherein the second direction of the dialysate flow path through the reversible retainer is reverse to the first direction of the dialysate flow path through the reversible retainer; or characterized in that the dialysate regenerator comprises a first reversible retainer upstream of the purification means and a second reversible retainer downstream of the purification means.
A modified protein of a herpes simplex virus envelope glycoprotein D (gD) (modified HSV gD protein), wherein: the modified HSV gD protein is derived from a wild-type HSV gD by modification of at least one B cell epitope having low or no neutralizing antibody-inducing activity compared to a B cell epitope present in a receptor-binding domain (a decotope) in the ectodomain of the wild-type HSV gD, so that the modified epitope does not function as an epitope; wherein: (i) the modification of the decotope includes a modification by introducing a glycochain to an amino acid residue corresponding to a proline residue at position 50 in the amino acid sequence set forth in SEQ ID NO: 1 in the ectodomain of the wild-type HSV gD; and/or (ii) the modification of the decotope includes a modification by introducing a glycochain to an amino acid residue corresponding to a proline residue at position 74 in the amino acid sequence set forth in SEQ ID NO: 1 in the ectodomain of the wild-type HSV gD; and/or (iii) the modification of the decotope includes a modification by introducing a glycochain to an amino acid residue corresponding to an arginine residue at position 186 in the amino acid sequence set forth in SEQ ID NO: 1 in the ectodomain of the wild-type HSV gD. (i) the modification of the decotope includes a modification by introducing a glycochain to an amino acid residue corresponding to a proline residue at position 50 in the amino acid sequence set forth in SEQ ID NO: 1 in the ectodomain of the wild-type HSV gD; and/or (ii) the modification of the decotope includes a modification by introducing a glycochain to an amino acid residue corresponding to a proline residue at position 74 in the amino acid sequence set forth in SEQ ID NO: 1 in the ectodomain of the wild-type HSV gD; and/or (iii) the modification of the decotope includes a modification by introducing a glycochain to an amino acid residue corresponding to an arginine residue at position 186 in the amino acid sequence set forth in SEQ ID NO: 1 in the ectodomain of the wild-type HSV gD.
Foldable vehicle roof, - with a roof material which merges at the front in the direction of travel into a roof cap and is fastened at the rear to the vehicle body via a tensioning bow, - wherein displaceable and pivotable foldable bows (16, 17) and displaceable intermediate bows (18, 19) are provided, - wherein the foldable roof can be moved between a closed position into an open position and, in the open position, the roof material is storable in a folded manner in the rear region of the vehicle, - wherein the foldable bows (16, 17) are accommodated and guided by means of links (20, 25) in a guide rail on guide bodies or guide slides so as to be pivotable via the pivot axes (40, 41), - wherein the links (20, 25) of the foldable bows (16, 17) are forcibly guided in the guide rail via sliding bodies (22, 27), characterized - in that the foldable bows (16, 17) and the intermediate bows (18, 19) each have a groove, on their side facing the roof material, for the connection of the roof material, and - in that, in the transition region from the horizontal to the vertical extent of the guide rail of the roof guide, the sliding bodies (22, 27) are moved out of the guide rail via a recess in an inlet and outlet opening. - with a roof material which merges at the front in the direction of travel into a roof cap and is fastened at the rear to the vehicle body via a tensioning bow, - wherein displaceable and pivotable foldable bows (16, 17) and displaceable intermediate bows (18, 19) are provided, - wherein the foldable roof can be moved between a closed position into an open position and, in the open position, the roof material is storable in a folded manner in the rear region of the vehicle, - wherein the foldable bows (16, 17) are accommodated and guided by means of links (20, 25) in a guide rail on guide bodies or guide slides so as to be pivotable via the pivot axes (40, 41), - wherein the links (20, 25) of the foldable bows (16, 17) are forcibly guided in the guide rail via sliding bodies (22, 27), characterized - in that the foldable bows (16, 17) and the intermediate bows (18, 19) each have a groove, on their side facing the roof material, for the connection of the roof material, and - in that, in the transition region from the horizontal to the vertical extent of the guide rail of the roof guide, the sliding bodies (22, 27) are moved out of the guide rail via a recess in an inlet and outlet opening.
An in vitro method for analysing cell free nucleosomes of tumor origin from a biological sample by affinity purification wherein said method comprises the steps of: (i) contacting the sample with a histone H1 binding agent; (ii) isolating nucleosomes from the sample which are not bound to the histone H1 binding agent; and (iii) analysing the isolated nucleosomes by immunoassay or mass spectroscopy. (i) contacting the sample with a histone H1 binding agent; (ii) isolating nucleosomes from the sample which are not bound to the histone H1 binding agent; and (iii) analysing the isolated nucleosomes by immunoassay or mass spectroscopy.
A cochlear implant system (100, 100') comprising; an input unit configured to provide a first electrical signal from a first sound source and a second electrical signal from a second sound source; a filterbank configured to filter the first electrical signal into a plurality of first band limited signals and the second electrical signal into a plurality of second band limited signals; and the cochlear implant is characterized in that by comprising; a processing unit configured to generate a primary pulse pattern based on a first band selected from the plurality of first band limited signals and to generate a secondary pulse pattern based on a second band selected from the plurality of second band limited signals, the first band and the second band being defined by same or substantially overlapping frequency ranges; and an implant configured to receive the primary pulse pattern and the secondary pulse pattern from the processing unit, wherein the primary pulse pattern is configured to stimulate a cochlea of a user of the cochlear implant system during a first time slot, and the secondary pulse pattern is configured to stimulate the cochlea of the user of the cochlear implant system during a second time slot, and the first time slot and the second time slot are sequential time slots. an input unit configured to provide a first electrical signal from a first sound source and a second electrical signal from a second sound source; a filterbank configured to filter the first electrical signal into a plurality of first band limited signals and the second electrical signal into a plurality of second band limited signals; and the cochlear implant is characterized in that by comprising; a processing unit configured to generate a primary pulse pattern based on a first band selected from the plurality of first band limited signals and to generate a secondary pulse pattern based on a second band selected from the plurality of second band limited signals, the first band and the second band being defined by same or substantially overlapping frequency ranges; and an implant configured to receive the primary pulse pattern and the secondary pulse pattern from the processing unit, wherein the primary pulse pattern is configured to stimulate a cochlea of a user of the cochlear implant system during a first time slot, and the secondary pulse pattern is configured to stimulate the cochlea of the user of the cochlear implant system during a second time slot, and the first time slot and the second time slot are sequential time slots.
Composition comprising, on a weight basis, the total being equal to 100%: - from 98% to 100% of at least one copolyamide bearing amide units and polyether units, having a melting point (T m) from 100°C to 125°C, and having a flexural modulus of less than 100 MPa, as determined according to standard ISO 178; • said amide units being 6/12, the weight proportion of each constituent of the 6/12 amide unit being 25/75 or 30/70; • said polyether units being derived from at least one PTMG, the weight proportion of polyether units in the copolyamide being 50%, - from 0 to 2% of at least one additive chosen from stabilizers and dyes, or a mixture thereof. - from 98% to 100% of at least one copolyamide bearing amide units and polyether units, having a melting point (T m) from 100°C to 125°C, and having a flexural modulus of less than 100 MPa, as determined according to standard ISO 178; • said amide units being 6/12, the weight proportion of each constituent of the 6/12 amide unit being 25/75 or 30/70; • said polyether units being derived from at least one PTMG, the weight proportion of polyether units in the copolyamide being 50%, • said amide units being 6/12, the weight proportion of each constituent of the 6/12 amide unit being 25/75 or 30/70; • said polyether units being derived from at least one PTMG, - from 0 to 2% of at least one additive chosen from stabilizers and dyes, or a mixture thereof.
Bearing system for a wind turbine comprising - a bearing with an inner ring and an outer ring, - a ventilator - whereby the inner ring and the outer ring are prepared and arranged in a way to rotate in respect to each other, - the inner ring comprises at least one channel, - whereby the channel is at least partially covered by a lid, - whereby the channel comprises at least two openings that are used as an air inlet opening and as an air outlet opening, to allow the air to flow through the channel, - whereby the channel is prepared and arranged in a way that air flows along inside the channel, so that excess heat of the inner ring is removed by the air flow in the channel, - whereby the ventilator is arranged at least at one opening of the channel, in a way that the ventilator moves air through the opening of the channel and through the channel. characterized in that the ventilator is arranged at the plurality of channels in a way that the ventilator overlaps the channels at the openings of the channels, so that the ventilator moves air through the channels. - a bearing with an inner ring and an outer ring, - a ventilator - whereby the inner ring and the outer ring are prepared and arranged in a way to rotate in respect to each other, - the inner ring comprises at least one channel, - whereby the channel is at least partially covered by a lid, - whereby the channel comprises at least two openings that are used as an air inlet opening and as an air outlet opening, to allow the air to flow through the channel, - whereby the channel is prepared and arranged in a way that air flows along inside the channel, so that excess heat of the inner ring is removed by the air flow in the channel, - whereby the ventilator is arranged at least at one opening of the channel, in a way that the ventilator moves air through the opening of the channel and through the channel.
A trolley including a rolling platform, a lever for starting the trolley having a handle in a first end portion, a member for supporting it on the ground in a second end portion, opposite the first, and an intermediate portion between the support member and the handle and connected to the platform so that the lever can pivot about the member bearing on the ground from a first position to a second position, the intermediate lever portion exerting a thrust force on the platform during pivoting that causes movement of the latter in a direction corresponding to the direction of pivoting of the lever, the connection of the lever for starting the platform including an articulation with its axis perpendicular to the direction of movement to be imparted to the trolley, the trolley being characterized in that the connection of the starting lever to the platform further includes a sliding guide for at least the second end portion of the lever relative to the platform along the longitudinal dimension of the lever against the action of an elastic return member tending to push this second end portion toward the ground and in that at least one end portion of the second end portion is retractable by pivoting about another horizontal axis perpendicular to the direction of movement of the trolley.
A system for use in a vehicle for correlating a route of the vehicle with network connectivity of a WiFi network external to the vehicle in order to transfer data over said external WiFi network, the system comprising: a data store comprising a non-transitory computer readable medium storing a program of instructions for the correlating of the route with said network connectivity; a processor that executes the program of instructions, the instructions comprising the following steps for making said correlation: in response to the vehicle travelling the route, at at least one of a plurality of points (530, 540), a measurement of said network connectivity (201, 202) is made; and said network connectivity is stored for each of the plurality of points in which said measurement is made, characterized in that said travelled route is demarcated into a plurality of geographic regions (610, 620, 630), and based on said measured network connectivity, each of the plurality of geographic regions is associated with a corresponding data size limit for data transfer over said external WiFi network during traversing of said geographic region by the vehicle, wherein the corresponding data size limit is determined as a maximum file size that could be transferred based on a length of time the network will be available and a data rate of the network in said geographic region, and the instructions comprise the step of determining whether to perform said data transfer in said geographic region based on whether the corresponding data size limit will support the amount of data required to perform said data transfer. a data store comprising a non-transitory computer readable medium storing a program of instructions for the correlating of the route with said network connectivity; a processor that executes the program of instructions, the instructions comprising the following steps for making said correlation: in response to the vehicle travelling the route, at at least one of a plurality of points (530, 540), a measurement of said network connectivity (201, 202) is made; and said network connectivity is stored for each of the plurality of points in which said measurement is made, in response to the vehicle travelling the route, at at least one of a plurality of points (530, 540), a measurement of said network connectivity (201, 202) is made; and said network connectivity is stored for each of the plurality of points in which said measurement is made,
A method for pneumatically conveying material with a pneumatic material conveying system, such as a waste conveying system, said conveying system comprising at least one feed point of material, particularly waste material; a material conveyor pipe that is connectable to the feed point; and a separator device, where the material to be conveyed is separated from the conveyor air; as well as means for creating a pressure difference in the conveyor pipe at least for the duration of the process of conveying the material, in which method, a transport container is connected to the separator device by at least one first conveyor channel (22, 55), characterized in that the transport container is connected to the suction side of the pump device of the material conveying system at least by one second channel (108, 54), that in the method, material is conveyed further from the separator device to the transport container, particularly a waste container, by employing in the conveying of material from the separator device to the transport container means of the material conveying system for creating a pressure difference, in which case material moves from the separator device to the transport container by means of the suction created by the pump device of the material conveying system, and that in the method, the transport container is connected as part of a circuit where the conveyor air is circulated, at least during the process of conveying the material, by the pump device, the suction end whereof is connected to the transport container and to the separator device, preferably to its lower part, and that at least part of the conveyor air on the pressureside of the pump is conducted to the separator device, preferably to its upper part.
Pens case made of rigid material and comprising an envelope and a cover, said case being suitable for housing at least two pens, the cover being detachable to be separated from the envelope for opening the envelope,the envelope comprising fastening means and the cover comprising complementary fastening means, so that once the pens case has been opened, said cover can be fixed to the envelope in different places through an interaction between said fastening means and said complementary fastening means, in order to serve as a base intended to maintain the envelope in a given position on an external surface, characterized in that the fastening means comprise two parallel slits and the complementary secondary means comprises two pawns, and in that the cover is fixed to the envelope by an insertion of each pawn in a slit, the position of the cover relative to the envelope being variable along said slits.
A multitubular heat exchanger comprising a plurality of flat hollow prismatic heat transfer tubes and a casing enclosing the plurality of heat transfer tubes stacked, to transfer heat between a first medium and a second medium, the first medium flowing through space formed between the casing and the heat transfer tubes, and the second medium flowing through insides of the heat transfer tubes, the multitubular heat exchanger having a plurality of projections (21, 26) being provided dispersedly on an outer surface of each of the heat transfer tubes in predetermined positions, a plurality of projections (10, 14) being provided dispersedly on an inner surface of the casing in positions corresponding to the predetermined positions, characterized in that a carbonized material is interposed between each projection (10, 14) of the casing and a corresponding projection (21, 26) of the heat transfer tubes, and between each projection (21, 26) of the heat transfer tubes and a corresponding projection (21, 26) of the adjacent heat transfer tubes and in that the projections (10, 14) of the casing are not joined to the projections (21, 26) of the heat transfer tubes, and the projections (21, 26) of the heat transfer tubes are not joined to the projections (21, 26) of the adjacent heat transfer tubes.
A method for transmitting a media access control protocol data unit, MAC PDU, by a transmitter in a mobile communication system, the method comprising: identifying logical channel identifiers, LCIDs, of media access control service data units, MAC SDUs, to be multiplexed; determining a length of a length field, LF, for each of the MAC SDUs, based on the identified LCIDs; generating, by the transmitter, a MAC header including the LCIDs and LFs for the MAC SDUs generating, by the transmitter, a MAC PDU by attaching the MAC header to payload including the MAC SDUs; and transmitting, by the transmitter, the MAC PDU, wherein the generating the MAC header comprising: if a padding size required for the MAC PDU generation calculated assuming the absence of a last LF in the MAC header is larger than the length of the last LF, including the last LF in the MAC header, recalculating the required padding size taking into account the inclusion of the last LF, and adding a padding according to the re-calculated padding size to the MAC PDU. identifying logical channel identifiers, LCIDs, of media access control service data units, MAC SDUs, to be multiplexed; determining a length of a length field, LF, for each of the MAC SDUs, based on the identified LCIDs; generating, by the transmitter, a MAC header including the LCIDs and LFs for the MAC SDUs generating, by the transmitter, a MAC PDU by attaching the MAC header to payload including the MAC SDUs; and transmitting, by the transmitter, the MAC PDU, wherein the generating the MAC header comprising: if a padding size required for the MAC PDU generation calculated assuming the absence of a last LF in the MAC header is larger than the length of the last LF, including the last LF in the MAC header, recalculating the required padding size taking into account the inclusion of the last LF, and adding a padding according to the re-calculated padding size to the MAC PDU.