mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition comprising at least: - a polypeptide comprising at least two CXXC motifs, wherein C represents a cysteine residue and X any aminoacid residue, wherein the polypeptide is a variable surface protein of a microorganism selected in the group consisting of Tetrahymena, Paramecium and Entamoeba species and is able to attach to epithelial cells of the gut, and - an antigen heterologous to said polypeptide, covalently bound to said polypeptide. - a polypeptide comprising at least two CXXC motifs, wherein C represents a cysteine residue and X any aminoacid residue, wherein the polypeptide is a variable surface protein of a microorganism selected in the group consisting of Tetrahymena, Paramecium and Entamoeba species and is able to attach to epithelial cells of the gut, and - an antigen heterologous to said polypeptide, covalently bound to said polypeptide.
An ethylene-1-butene copolymer having a) a molecular weight distribution (Mw/Mn) of 1.5 or above and less than 3.5 (1.5≦Mw/Mn<3.5), and b) 3 to 5 long chain branches having 6 or more carbon atoms per 1000 carbons along the copolymer main chain. a) a molecular weight distribution (Mw/Mn) of 1.5 or above and less than 3.5 (1.5≦Mw/Mn<3.5), and b) 3 to 5 long chain branches having 6 or more carbon atoms per 1000 carbons along the copolymer main chain.
Power/data electrical coupler (20T; 20R) of the type comprising: - a transformer (30; 50) consisting of a first winding (31; 51) which is designed to receive or deliver data signals and second and third windings (32 and 33; 52 and 53) which are magnetically coupled to each other and said first winding (31; 51) and which are connected in series with each other with a common terminal connected to a power supply line (22L; 21L), - an isolation transformer (70; 80) consisting of two identical windings magnetically coupled to each other, first terminals of said respective windings of said isolation transformer (70; 80) being connected to the terminals of the second and third winding of said transformer (30; 50) and second terminals of said respective windings of said isolation transformer (70; 80) being connected to a two-wire bus (T; R), the windings of said transformers (30; 50; 70; 80) being such that said electrical coupler delivers to said bus or receives from said bus, in differential mode, data signals and, in common mode, the power supply potential (U1; U2) of said power supply line, characterised in that said terminal common to said second and third windings (32 and 33; 52 and 53) is connected to said power supply line (22L; 21L) by means of a band-rejection filter (90; 100), said filter (90; 100) rejecting one or more frequency bands including the resonant frequency or frequencies resulting from the association of the isolation transformer (70; 80) and the transformer (30; 50). - a transformer (30; 50) consisting of a first winding (31; 51) which is designed to receive or deliver data signals and second and third windings (32 and 33; 52 and 53) which are magnetically coupled to each other and said first winding (31; 51) and which are connected in series with each other with a common terminal connected to a power supply line (22L; 21L), - an isolation transformer (70; 80) consisting of two identical windings magnetically coupled to each other,
Tyre for motorcycles, said tyre having a curvature ratio greater than 0.2 and comprising: - a carcass structure; - a belt structure arranged in a radially outer position with respect to the carcass structure; - a tread band arranged in a radially outer position with respect to the belt structure; wherein said belt structure comprises at least one reinforcing cord wound on said carcass structure according to adjacent coils oriented along a substantially circumferential direction; wherein said at least one reinforcing cord has an elongation at break smaller than about 3% and comprises, in any cross section thereof: - a plurality of first metal wires twisted so as to form a core of first metal wires, and - a plurality of second metal wires twisted together around said core of first metal wires; wherein the number and the diameter of said second metal wires are such that said second metal wires are not able to fully enclose said core of first metal wires; wherein the diameter of the first metal wires is greater than, or equal to, the diameter of the second metal wires; wherein the second metal wires are positioned at only an angular portion of an ideal circumference that circumscribes the core. - a carcass structure; - a belt structure arranged in a radially outer position with respect to the carcass structure; - a tread band arranged in a radially outer position with respect to the belt structure; - a plurality of first metal wires twisted so as to form a core of first metal wires, and - a plurality of second metal wires twisted together around said core of first metal wires;
A non citrullinated α-enolase polypeptide for use in a method for the prophylactic treatment of an autoimmune disease in a subject in need thereof wherein said non citrullinated α-enolase polypeptide comprises: an amino acid sequence selected from the group consisting of the amino acid sequence ranging from position 5 to position 21 in SEQ ID NO:1, the amino acid sequence ranging from position 6 to position 21 in SEQ ID NO:2 and the amino acid sequence ranging from position 5 to position 21 in SEQ ID NO:3; or an amino acid sequence selected from the group consisting of CKIHAREIFDSRGNPTVEC (SEQ ID NO:4), CIHAREIFDSRGNPTVEC (SEQ ID NO:5) and CKIIGREILDSRGNPTVEC (SEQ ID NO:6) that is cyclised by a disulfide bound between the two cysteine residues. an amino acid sequence selected from the group consisting of the amino acid sequence ranging from position 5 to position 21 in SEQ ID NO:1, the amino acid sequence ranging from position 6 to position 21 in SEQ ID NO:2 and the amino acid sequence ranging from position 5 to position 21 in SEQ ID NO:3; or an amino acid sequence selected from the group consisting of CKIHAREIFDSRGNPTVEC (SEQ ID NO:4), CIHAREIFDSRGNPTVEC (SEQ ID NO:5) and CKIIGREILDSRGNPTVEC (SEQ ID NO:6) that is cyclised by a disulfide bound between the two cysteine residues.
A fluorine-containing phosphate ester-amide represented by: phosphoric acid bis(2,2,2-trifluoroethyl) diisopropylamide, phosphoric acid bis(2,2,2-trifluoroethyl) N-isopropyl-n-propylamide, phosphoric acid bis(2,2,2-trifluoroethyl) 2-methylpiperidide, phosphoric acid bis(2,2,2-trifluoroethyl) N-t-butylmethylamide, phosphoric acid bis(2,2,3,3-tetrafluoropropyl) diisopropylamide, or phosphoric acid bis(2,2,2-trifluoroethyl) N-isopropyl-2-methoxyethylamide. phosphoric acid bis(2,2,2-trifluoroethyl) diisopropylamide, phosphoric acid bis(2,2,2-trifluoroethyl) N-isopropyl-n-propylamide, phosphoric acid bis(2,2,2-trifluoroethyl) 2-methylpiperidide, phosphoric acid bis(2,2,2-trifluoroethyl) N-t-butylmethylamide, phosphoric acid bis(2,2,3,3-tetrafluoropropyl) diisopropylamide, or phosphoric acid bis(2,2,2-trifluoroethyl) N-isopropyl-2-methoxyethylamide.
A method for mitigation of packet delay variation, PDV, in a packet-based network, the method comprising: (a) receiving event messages at an ingress port of a network device and timestamp each received event message with a local ingress timestamp (t 2) at the instant of reception of said event message using a local internal clock (CLK int) of said network device; (b) extracting a timestamp (t 1) embedded in the received event message and calculating a time offset (t diff) between the extracted embedded timestamp (t 1) and the local ingress timestamp (t 2) of the received event message; (c) recording the calculated time offset (t diff) as a maximum observed delay (t diffmax), if the calculated time offset (t diff) exceeds a previously recorded maximum observed delay; the method characterised in that it further comprises the step of: (d) adjusting an internal transmission delay time before onward transmission of the event message from an egress port of said network device depending on a time difference between the recorded maximum observed delay (t diffmax) and the calculated time offset (t diff) of the event message to minimize the packet delay variation, PDV, at the egress port of the network device. (a) receiving event messages at an ingress port of a network device and timestamp each received event message with a local ingress timestamp (t 2) at the instant of reception of said event message using a local internal clock (CLK int) of said network device; (b) extracting a timestamp (t 1) embedded in the received event message and calculating a time offset (t diff) between the extracted embedded timestamp (t 1) and the local ingress timestamp (t 2) of the received event message; (c) recording the calculated time offset (t diff) as a maximum observed delay (t diffmax), if the calculated time offset (t diff) exceeds a previously recorded maximum observed delay; (d) adjusting an internal transmission delay time before onward transmission of the event message from an egress port of said network device depending on a time difference between the recorded maximum observed delay (t diffmax) and the calculated time offset (t diff) of the event message to minimize the packet delay variation, PDV, at the egress port of the network device.
A safety razor wherein the razor comprises: a blade unit having at least one blade with a sharp cutting edge; a dielectric handle having an electrically nonconductive casing configured to carry the blade unit; a power supply and a conductive ground member disposed within the handle; an electrically operated device; an electronic control device comprising a sensor electrically coupled to the blade unit and the ground member and configured to sense skin contact with the blade unit and to actuate the device based on the sensing, characterized in that there is a sensing path between the blade unit and the ground member, the sensing path having an inherent capacitance, and wherein the sensor is configured to measure a cycle time for charging the capacitance to an upper voltage and discharging the capacitance to a lower voltage and to actuate the device when the cycle time exceeds a threshold value. a blade unit having at least one blade with a sharp cutting edge; a dielectric handle having an electrically nonconductive casing configured to carry the blade unit; a power supply and a conductive ground member disposed within the handle; an electrically operated device; an electronic control device comprising a sensor electrically coupled to the blade unit and the ground member and configured to sense skin contact with the blade unit and to actuate the device based on the sensing, characterized in that there is a sensing path between the blade unit and the ground member, the sensing path having an inherent capacitance, and wherein the sensor is configured to measure a cycle time for charging the capacitance to an upper voltage and discharging the capacitance to a lower voltage and to actuate the device when the cycle time exceeds a threshold value.
An induction heating apparatus, comprising: a current conversion circuit configured to convert current supplied from an external power source; a first working coil, one end thereof is connected to the current conversion circuit; a second working coil, one end thereof is connectable to the current conversion circuit or the other end of the first working coil; a resonance capacitor being connected to the other end of the second working coil; a first relay for connecting the other end of the first working coil and the resonance capacitor; a second relay for selectively connecting one end of the second working coil to any one of the other end of the first working coil and the current conversion circuit; characterized by a controller configured to control the first relay's and/or the second relay's connections based on the type of an object to be heated provided on the induction heating apparatus and a target output value. a current conversion circuit configured to convert current supplied from an external power source; a first working coil, one end thereof is connected to the current conversion circuit; a second working coil, one end thereof is connectable to the current conversion circuit or the other end of the first working coil; a resonance capacitor being connected to the other end of the second working coil; a first relay for connecting the other end of the first working coil and the resonance capacitor; a second relay for selectively connecting one end of the second working coil to any one of the other end of the first working coil and the current conversion circuit; characterized by a controller configured to control the first relay's and/or the second relay's connections based on the type of an object to be heated provided on the induction heating apparatus and a target output value.
An update management method, used in a master electronic control unit (master ECU) that is one of a plurality of electronic control units (ECUs) that perform communication via a network, the method comprising: storing a shared key used in transmission of a first session key for an encryption processing between the master ECU and an electronic control unit other than the master ECU, receiving, from an external tool, update authority information indicating an authority of the external tool and an update message instructing updating of the shared key, verifying the update authority information, in a case where the update message is received, (i) if verification of the update authority information is successful and the update authority information indicates that a transmission of the update message is within the range of authority of the external tool, transferring the update message to the network, and (ii) if the verification of the update authority information fails, or the update authority information does not indicate that the transmission of the update message is within the range of authority of the external tool, not transferring the update message to the network, characterized by storing an expiration date of the shared key, acquiring external point-in-time information, determining whether or not the external point-in-time information is before the expiration date, and in a case where the external point-in-time information is a predetermined amount of time before the expiration date or the expiration date has passed, transmitting an alert message prompting to update the shared key. storing a shared key used in transmission of a first session key for an encryption processing between the master ECU and an electronic control unit other than the master ECU, receiving, from an external tool, update authority information indicating an authority of the external tool and an update message instructing updating of the shared key, verifying the update authority information, in a case where the update message is received, (i) if verification of the update authority information is successful and the update authority information indicates that a transmission of the update message is within the range of authority of the external tool, transferring the update message to the network, and (ii) if the verification of the update authority information fails, or the update authority information does not indicate that the transmission of the update message is within the range of authority of the external tool, not transferring the update message to the network, characterized by storing an expiration date of the shared key, acquiring external point-in-time information, determining whether or not the external point-in-time information is before the expiration date, and in a case where the external point-in-time information is a predetermined amount of time before the expiration date or the expiration date has passed, transmitting an alert message prompting to update the shared key.
A pigment dispersion comprising: milled particles of naphthalocyanine pigment having particle size in the range of 10 nm to 160 nm; an anionic surfactant of asymmetric structure as dispersant for the naphthalocyanine pigment; and water, wherein the naphthalocyanine pigment is a near infrared absorbing compound that absorbs light in the wavelength range of about 700 nm to 1400 nm, and wherein the anionic surfactant has (i) a flexible part, which comprises an alkyl chain, or alkyl chain connected to poly(ethylene oxide) chain, and (ii) at least one hydrophilic, anionic head group directly attached to the alkyl chain or PEO chain. milled particles of naphthalocyanine pigment having particle size in the range of 10 nm to 160 nm; an anionic surfactant of asymmetric structure as dispersant for the naphthalocyanine pigment; and water, wherein the naphthalocyanine pigment is a near infrared absorbing compound that absorbs light in the wavelength range of about 700 nm to 1400 nm, and wherein the anionic surfactant has (i) a flexible part, which comprises an alkyl chain, or alkyl chain connected to poly(ethylene oxide) chain, and (ii) at least one hydrophilic, anionic head group directly attached to the alkyl chain or PEO chain.
Grille support for an upper grille on a radiator, which includes a corrugated convection plate on its back side, wherein the grille support has a main member, which is insertable into a space defined by the convection plate, and the grille support has a resilient holding member for holding the grille in a fixed position, characterized in that a locking means, for locking the holding member in its fixed position, bears against an abutment in its locked position arranged on the main member.
A dental furnace for dental restorations comprising a furnace bottom part and a furnace upper part, said dental furnace further comprising a firing chamber into which the dental restoration can be introduced, wherein a sensor is provided that is connected with a control device for the dental furnace, characterized in that the sensor is a temperature sensor, which is arranged outside the firing chamber and detects the temperature of objects which approach the dental furnace, wherein the temperature sensor comprises a detection range within which it responds to an increased temperature relative to room temperature.
Membrane cup for an ultrasound transducer, having a wall for supporting a membrane of the membrane cup that can be induced to vibrate, wherein the membrane cup consisting of aluminium, at least in the region of the membrane, has been provided with merely a single metallic coating on the outside and the inside, wherein the coating includes nickel or a nickel alloy, especially phosphorus-containing, and wherein an adhesive layer has been applied directly to the metallic coating, at least in regions, on the inside of the membrane cup, wherein the coating has a thickness between 0.25 μm and 0.60 μm, characterized in that a paint layer has been applied directly to the metallic coating on the outside of the membrane cup without intermediate layers, and in that the metallic coating has been plasma-treated on the side facing the adhesive layer. the coating has a thickness between 0.25 μm and 0.60 μm, characterized in that a paint layer has been applied directly to the metallic coating on the outside of the membrane cup without intermediate layers, and in that the metallic coating has been plasma-treated on the side facing the adhesive layer.
An ostomy port for conducting waste content from an intestinal portion in an abdominal cavity through a stoma in an abdominal wall comprising; a cover for covering the stoma; a fixation element for anchoring the port to a visceral side of the abdominal wall; a pliable, axially elastic tube interconnecting said cover and said fixation element and sized to apply a tensile force to said cover and to said fixation element; characterized in that: at least one of said cover, said fixation element, and said elastic tube is adapted to deform for regulating a pressure applied by said fixation element on said abdominal wall due to said tensile force; and the pressure applied by said fixation element due to said tensile force decreases to less than 10 mmHg when a colonic pressure is equal to or greater than approximately 10 mmHg. at least one of said cover, said fixation element, and said elastic tube is adapted to deform for regulating a pressure applied by said fixation element on said abdominal wall due to said tensile force; and the pressure applied by said fixation element due to said tensile force decreases to less than 10 mmHg when a colonic pressure is equal to or greater than approximately 10 mmHg.
A cured cementitious structure comprising cementitious material wherein the cementitious material is cement, and carboxylated bleached cellulosic wood pulp fibers, the fibers having a carboxyl content of 10 to 70 meq/100 g of cellulose fiber, the fibers are 0.1 to 5% by weight of the dry weight of the cementitious material.
A method of manufacturing a piezoelectric element on a zirconium oxide layer, the piezoelectric element including a piezoelectric layer and electrodes (60, 80) provided on the piezoelectric layer, the method comprising: applying a precursor solution and crystallizing a coated film when forming the zirconium oxide layer, wherein the precursor solution includes at least tetrakis(2,4-pentanedianato) zirconium. applying a precursor solution and crystallizing a coated film when forming the zirconium oxide layer, wherein the precursor solution includes at least tetrakis(2,4-pentanedianato) zirconium.
A method for assembling a rigid pipe intended to be placed in a stretch of water, the rigid pipe comprising a metal inner tube, and a non-metal thermally insulating outer casing intended to be placed in contact with the stretch of water, the method comprising the following steps: - assembling metal tube sections end-to-end in order to form an inner tube having a continuous passage for circulation of fluid; - positioning a thermally insulating sleeve around each metal tube section, the thermally insulating sleeve comprising at least one longitudinal groove; - introducing a continuous functional line into at least two longitudinal grooves of at least two adjacent tube sections; - filling in each longitudinal groove in order to cover the continuous functional line. - assembling metal tube sections end-to-end in order to form an inner tube having a continuous passage for circulation of fluid; - positioning a thermally insulating sleeve around each metal tube section, the thermally insulating sleeve comprising at least one longitudinal groove; - introducing a continuous functional line into at least two longitudinal grooves of at least two adjacent tube sections; - filling in each longitudinal groove in order to cover the continuous functional line.