mhurhangee/ep-ind-claims huggingface dataset:
A track support (32, 34, 36) of an electric power system at ground level for a land vehicle, notably a tramway, as a profile made of an electrically insulating material, comprising: - a substantially planar upper surface (50, 150), provided with a longitudinal flute (60, 160) intended for receiving a track segment (42, 44), and with a longitudinal groove (70, 170) intended for receiving a low voltage electric power supply cable; and, - a lower surface (52, 152) intended to bear upon a base for maintaining the support in the roadway, characterized in that the lower surface (52, 152) is curved, preferably V-shaped, so that the support is convex so as to be at least transversely maintained in a recess with a mating shape made in the base for maintaining the support in the roadway. - a substantially planar upper surface (50, 150), provided with a longitudinal flute (60, 160) intended for receiving a track segment (42, 44), and with a longitudinal groove (70, 170) intended for receiving a low voltage electric power supply cable; and, - a lower surface (52, 152) intended to bear upon a base for maintaining the support in the roadway, characterized in that the lower surface (52, 152) is curved, preferably V-shaped, so that the support is convex so as to be at least transversely maintained in a recess with a mating shape made in the base for maintaining the support in the roadway.
Parison head for discharging a molten tube for the manufacture of capillaries, tubes or pipes, consisting of a sleeve-shaped housing, into which the melt is fed and which encloses a core fixedly clamped into the housing on all sides at a distance, and of a likewise sleeve-shaped nozzle, which likewise encloses the core on all sides at a distance, wherein the housing and the nozzle enclose the core such that a closed flow channel is present between the housing and the core and between the nozzle and the core, wherein the nozzle is displaceable by means of screws or actuators relative to the housing in an axial direction and a parison length is variable thereby, wherein between the housing and the nozzle there is located a rapidly interchangeable, trifunctional component, which securely seals the flow channel between the housing and the nozzle, and wherein at the end of the flow channel a circumferential closed exit gap (s) with a cross-sectional area is formed by the nozzle and the core, characterised in that an angle between the housing and the nozzle and the parison length are jointly variable by means of screws or actuators or only the angle between the housing and the nozzle is variable, and that, retaining the flow resistance in the region of the trifunctional component and retaining a flow channel devoid of dead zones, the angle between the housing and the nozzle and the parison length are variable, so that the cross-sectional area of the flow channel gap (s) at the end of the flow channel is variable in this way.
A multilayer film for adhesion to a fabric, the multilayer film comprising: an adhesive layer being on a side of the multilayer film to be adhered to the fabric; and a barrier layer bonded to the adhesive layer, wherein each of the adhesive layer and the barrier layer includes a thermoplastic polyester elastomer, and a melting point of the barrier layer is higher than a melting point of the adhesive layer; wherein a ratio value of a content ratio of a soft segment in the thermoplastic polyester elastomer in the adhesive layer with respect to a content ratio of a soft segment in the thermoplastic polyester elastomer in the barrier layer is 1.2 to 5. an adhesive layer being on a side of the multilayer film to be adhered to the fabric; and a barrier layer bonded to the adhesive layer, wherein each of the adhesive layer and the barrier layer includes a thermoplastic polyester elastomer, and a melting point of the barrier layer is higher than a melting point of the adhesive layer; wherein a ratio value of a content ratio of a soft segment in the thermoplastic polyester elastomer in the adhesive layer with respect to a content ratio of a soft segment in the thermoplastic polyester elastomer in the barrier layer is 1.2 to 5.
A method of making a wrapper of a smoking article, the method comprising: supplying a base web; forming at least one transverse banded region of add-on material on the base web, the at least one transverse banded region comprising a first zone of add-on material and a second zone of add-on material, and characterized by the second zone having about 25% to about 75% less add-on material than the first zone, wherein forming the at least one transverse banded region includes printing a film-forming composition on the base web with a gravure cylinder having a plurality of cells etched thereon which apply a pattern of dots of the film-forming composition on the base web which correspond to the respective first and second zones of add-on material; and drying the film-forming composition to form the add-on material in the first and second zones. supplying a base web; forming at least one transverse banded region of add-on material on the base web, the at least one transverse banded region comprising a first zone of add-on material and a second zone of add-on material, and characterized by the second zone having about 25% to about 75% less add-on material than the first zone, wherein forming the at least one transverse banded region includes printing a film-forming composition on the base web with a gravure cylinder having a plurality of cells etched thereon which apply a pattern of dots of the film-forming composition on the base web which correspond to the respective first and second zones of add-on material; and drying the film-forming composition to form the add-on material in the first and second zones.
A method for the determination of the coating length in a coated carrier for the manufacture of automotive exhaust gas converters, the carriers having a first end face, a second end face, a circumferential surface, a main axis and an axial length L and channels defined by channel walls extending form the first end face to the second end face parallel to the main axis, the method comprising: - Providing a carrier for the manufacture of automotive exhaust gas converters exhibiting a first temperature; - Providing a coating liquid exhibiting a second temperature being different from the first temperature of the carrier; - Aligning the carrier on a suitable means for introducing the coating liquid into the channels of the carrier; - Introducing the coating liquid into the channels of the carrier in such a way that a coating is formed on or in the channel walls, wherein the channels are coated over a portion of their length that is less than the axial length L; - Determining the coated length of the carrier by creating a thermographic image of the coated carrier and assigning sections with different temperatures to coated and not-coated areas of the carrier and determining the coated length of the carrier based on that assignment. - Providing a carrier for the manufacture of automotive exhaust gas converters exhibiting a first temperature; - Providing a coating liquid exhibiting a second temperature being different from the first temperature of the carrier; - Aligning the carrier on a suitable means for introducing the coating liquid into the channels of the carrier; - Introducing the coating liquid into the channels of the carrier in such a way that a coating is formed on or in the channel walls, wherein the channels are coated over a portion of their length that is less than the axial length L; - Determining the coated length of the carrier by creating a thermographic image of the coated carrier and assigning sections with different temperatures to coated and not-coated areas of the carrier and determining the coated length of the carrier based on that assignment.
Method for the closed-loop control of an injection profile of a direct-injection internal combustion engine of a vehicle in which a fuel is injected directly into a combustion chamber, wherein a starting injection with a constant injection rate and with an injection rate which immediately thereafter increases in ramped fashion is provided, characterized in that the closed-loop control effects a change in the injection profile at least during a first working cycle on the basis of at least one parameter recorded during the first working cycle, wherein the parameter is coupled to a combustion profile and is determined during the first working cycle, wherein the parameter is determined from a pressure profile in the combustion chamber during at least one section of a cycle, and a start of combustion in the combustion chamber is detected from- the pressure profile, wherein the injection rate increases in ramped fashion upon the detected start of the combustion, and wherein, in the context of the closed-loop control, the injection rate is variably adapted to the situation respectively prevailing in the cylinder, wherein the gradient of the injection rate is adapted.
A normal vector information generating device which generates normal vector information on a surface of an object, said normal vector information generating device comprising: an image information obtaining unit configured to obtain information about an image of the object, the information including luminance information which is information about luminance of light from the object and polarization information which is information about polarization of the light from the object; a shadow area extracting unit configured to extract an attached shadow area and a cast shadow area from the image of the object based on the luminance information and the polarization information obtained by said image information obtaining unit, the attached shadow area appearing on the surface of the object depending on an angle of incidence light, and the cast shadow area appearing on a surface of a material body other than the object when the light is blocked by the object; and a normal vector information generating unit configured to generate normal vector information identifying a normal vector on the surface of the object in the attached shadow area extracted by said shadow area extracting unit using the polarization information obtained by said image information obtaining unit. an image information obtaining unit configured to obtain information about an image of the object, the information including luminance information which is information about luminance of light from the object and polarization information which is information about polarization of the light from the object; a shadow area extracting unit configured to extract an attached shadow area and a cast shadow area from the image of the object based on the luminance information and the polarization information obtained by said image information obtaining unit, the attached shadow area appearing on the surface of the object depending on an angle of incidence light, and the cast shadow area appearing on a surface of a material body other than the object when the light is blocked by the object; and a normal vector information generating unit configured to generate normal vector information identifying a normal vector on the surface of the object in the attached shadow area extracted by said shadow area extracting unit using the polarization information obtained by said image information obtaining unit.
A method for purifying a polypeptide having a desired content of gamma-carboxyglutamic acid from a sample comprising mixture of species of said polypeptide having different contents of gamma-carboxyglutamic acid, said method comprising the steps of: (a) loading said sample onto an anion exchange chromatography material; (b) eluting said polypeptide using a solution at a pH of between 5.0 and 8.5 comprising at least one salt selected from the group consisting of ammonium acetate, ammonium chloride and sodium acetat; and (c) selecting a fraction obtained from said elution which has an increase in the proportion of #1-10-Gla and/or #1-11-Gla forms of Factor VII or Factor VIIa compared with the proportion of #1-10-Gla and/or #1-11-Gla forms of Factor VII or Factor VIIa in the sample being purified. (a) loading said sample onto an anion exchange chromatography material; (b) eluting said polypeptide using a solution at a pH of between 5.0 and 8.5 comprising at least one salt selected from the group consisting of ammonium acetate, ammonium chloride and sodium acetat; and (c) selecting a fraction obtained from said elution which has an increase in the proportion of #1-10-Gla and/or #1-11-Gla forms of Factor VII or Factor VIIa compared with the proportion of #1-10-Gla and/or #1-11-Gla forms of Factor VII or Factor VIIa in the sample being purified.
A recombinant Adeno-Associated Virus (rAAV) for use in a method of treating a subject having or suspected of having ALS, wherein the the method comprises: administering to the subject an effective amount of the recombinant adeno-associated virus (rAAV), wherein the rAAV harbors a nucleic acid that is engineered to express, in a cell of the subject, an miRNA comprising 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 or 21 consecutive nucleotides of the sequence as set forth in SEQ ID NO: 17 (CTGCATGGATTCCATGTTCAT (SOD-miR-127)) and that targets RNA encoded by a SOD1 gene.
Multiple hat profile suitable for canal rehabilitation, wherein the shaft and/or the brim of all the individual hat profiles (3, 5) are primarily composed of fibre glass, and wherein one of the hat profiles, which does not lie entirely externally, is impregnated with a polyester resin, wherein an externally lying individual hat profile is impregnated with an epoxy resin.
An Schizosaccharomyces pombe host having no omh1 gene or having its omh1 gene inactivated for producing an O-glycosylated heterologous protein having an O-linked sugar chain having an O-Man-Gal disaccharide structure by expression of the heterologous protein by a genetic engineering technique and subsequent glycosylation of the expressed heterologous protein, wherein said omh1 gene is a gene encoding the protein omh1p that catalyzes 0-glycosylation in Schizosaccharomyces pombe, the amino acid sequence of said protein is shown in Fig. 1 and designated SpOmh1p.
A composite peptide, comprising a core γc-box amino acid sequence D/E-F-L-E/Q/N-S/R-X-I/K-X-L/I-X-Q (SEQ ID NO: 2) that is 11 amino acids in length, wherein the first X is an amino acid selected from the group consisting of W, F and L, the second X is an amino acid selected from the group consisting of H, T, E and S, and the third X is an amino acid selected from the group consisting of V, F, C, L and M, wherein said core γc-box amino acid sequence comprises an artificial composite combining the amino acid sequences of two or more of the human IL-2, IL-4, IL-7, IL-9, IL-15 and IL-21 γc-box motifs, and wherein the composite peptides comprises 19 amino acids.
Hydraulic brake piston for a motor vehicle brake, having a thermochemically treated surface, characterized by multiple layers, situated one above the other, on the piston surface, having: - an oxide layer which is arranged directly on the piston surface and which has a thickness of greater than 1 μm, - a connecting layer which is arranged under the oxide layer and which is composed predominantly of nitrides, - a diffusion layer which is arranged under the connecting layer and which has nitrogen in dissolved form or precipitated nitrides, wherein the connecting layer has a minimum thickness of 8 μm, and wherein the brake piston is work-hardened. - an oxide layer which is arranged directly on the piston surface and which has a thickness of greater than 1 μm, - a connecting layer which is arranged under the oxide layer and which is composed predominantly of nitrides, - a diffusion layer which is arranged under the connecting layer and which has nitrogen in dissolved form or precipitated nitrides,
A method of wireless communication to provide for a desired ratio of uplink to downlink data rates, the method comprising: selecting a ratio of uplink time slots to downlink time slots in a first time division duplex, TDD, carrier utilizing the first TDD carrier, CC1, and a second TDD carrier, CC2; wirelessly communicating over the first TDD carrier, CC1; and wirelessly communicating over the second TDD carrier, CC2, paired with the first TDD carrier, CC1, and separated from the first TDD carrier, CC1, in frequency, wherein at least a portion of time slots in the first TDD carrier, CC1, is complementary to time-aligned time slots in the second TDD carrier, CC2, and wherein the first TDD carrier, CC1, comprises a bandwidth greater than a bandwidth of the second TDD carrier, CC2. selecting a ratio of uplink time slots to downlink time slots in a first time division duplex, TDD, carrier utilizing the first TDD carrier, CC1, and a second TDD carrier, CC2; wirelessly communicating over the first TDD carrier, CC1; and wirelessly communicating over the second TDD carrier, CC2, paired with the first TDD carrier, CC1, and separated from the first TDD carrier, CC1, in frequency, wherein at least a portion of time slots in the first TDD carrier, CC1, is complementary to time-aligned time slots in the second TDD carrier, CC2, and wherein the first TDD carrier, CC1, comprises a bandwidth greater than a bandwidth of the second TDD carrier, CC2.
A monitoring system sensor unit (110, 210, 510) comprising: a sensor (121, 221, 521) that is configured to generate sensor data; a communication unit (122, 222, 522) that comprises a speaker that is configured to communicate with a monitoring system using audio and that is configured to communicate, using a range of radio frequencies, with the monitoring system that is configured to monitor a property; and a jamming detection unit (123, 223, 523), wherein the jamming detection unit comprises: one or more processors and one or more computer storage media storing instructions that are operable, when executed by the one or more processors, to cause the one or more processors to perform operations comprising: detecting a sensor jamming event related to the communication using said range of frequencies; based on detecting the sensor jamming event, selecting audio communication as a form of communication for the communication unit to communicate with the monitoring system; and providing, to the communication unit, an instruction to communicate with the monitoring system using audio communication, wherein the communication unit is further configured to communicate, to the monitoring system and using audio communication, the sensor data. a sensor (121, 221, 521) that is configured to generate sensor data; a communication unit (122, 222, 522) that comprises a speaker that is configured to communicate with a monitoring system using audio and that is configured to communicate, using a range of radio frequencies, with the monitoring system that is configured to monitor a property; and a jamming detection unit (123, 223, 523), wherein the jamming detection unit comprises: one or more processors and one or more computer storage media storing instructions that are operable, when executed by the one or more processors, to cause the one or more processors to perform operations comprising: detecting a sensor jamming event related to the communication using said range of frequencies; based on detecting the sensor jamming event, selecting audio communication as a form of communication for the communication unit to communicate with the monitoring system; and providing, to the communication unit, an instruction to communicate with the monitoring system using audio communication, detecting a sensor jamming event related to the communication using said range of frequencies; based on detecting the sensor jamming event, selecting audio communication as a form of communication for the communication unit to communicate with the monitoring system; and providing, to the communication unit, an instruction to communicate with the monitoring system using audio communication, wherein the communication unit is further configured to communicate, to the monitoring system and using audio communication, the sensor data.
A spinal construct comprising: a connector (12, 312, 412) with a body (14, 314, 414) including a wall (18, 318, 418) disposed between a first cavity (22, 322, 422) and a second cavity (44, 342, 440) configured for disposal of an existing spinal implant (170, 150); and a rod disposable with the first cavity (22, 322, 422) and connectable with tissue, the rod being rotatable relative to the body (14, 314, 414), wherein the rod includes a head and a shaft that is rotatable about one or a plurality of axes relative to the body (14, 314, 414), wherein the body (14, 314, 414) and the head comprising a spheroidal joint, wherein the body (14, 314, 414) includes an inner surface (20, 320, 420) that defines the first cavity (22, 322, 422) and a groove (30, 330 430), and wherein the connector (12, 312, 412) further comprises a band that is expandable within the groove (30, 330 430), the rod being engageable with the band to connect the rod with the body (14, 314, 414), wherein the band is a circumferential ring (32, 332, 432) that defines a gap. a connector (12, 312, 412) with a body (14, 314, 414) including a wall (18, 318, 418) disposed between a first cavity (22, 322, 422) and a second cavity (44, 342, 440) configured for disposal of an existing spinal implant (170, 150); and a rod disposable with the first cavity (22, 322, 422) and connectable with tissue, the rod being rotatable relative to the body (14, 314, 414), wherein the rod includes a head and a shaft that is rotatable about one or a plurality of axes relative to the body (14, 314, 414), wherein the body (14, 314, 414) and the head comprising a spheroidal joint, wherein the body (14, 314, 414) includes an inner surface (20, 320, 420) that defines the first cavity (22, 322, 422) and a groove (30, 330 430), and wherein the connector (12, 312, 412) further comprises a band that is expandable within the groove (30, 330 430), the rod being engageable with the band to connect the rod with the body (14, 314, 414), wherein the band is a circumferential ring (32, 332, 432) that defines a gap.
Double-walled receptacle for storing a potable liquid, in particular a hot drink such as coffee, comprising - an inner container, that comprises a hollow chamber for holding the liquid and at least one support surface, and - an outer container comprising at least two detachable and attachable shells (16, 18), wherein the outer container, in a connected state, at least partially encompasses the inner container and, in the connected state, is supported on the support surface, characterized in that the out container comprises a fastening device to fasten the at least two shells (16, 18) in the connected state, wherein the fastening device has a snap-in connection for detachably connecting the at least two shells (16, 18). - an inner container, that comprises a hollow chamber for holding the liquid and at least one support surface, and - an outer container comprising at least two detachable and attachable shells (16, 18), wherein the outer container, in a connected state, at least partially encompasses the inner container and, in the connected state, is supported on the support surface,