mhurhangee/ep-ind-claims huggingface dataset:
An optical fiber (12, 200) waveguide system including: a first waveguide having a core-guide and a cladding material (12a, 100a) fully surrounding and fully encasing the core-guide, the cladding material (12a, 100a) having an exposed, flat outer surface portion (12b, 100c) extending along a length of the first waveguide, and the core-guide enabling a core-guide mode for an optical signal travelling through the core-guide; a second waveguide forming a plasmonic device, and acting as lossy waveguide supported directly on the exposed, flat outer surface portion (12b, 100c) of the cladding material (12a, 100a) of the first waveguide; the construction of the second waveguide being such as to implement a plasmonic mode waveguide to achieve a desired coupling between the core-guide mode and the lossy waveguide, using plasmonic coupling, to control an energy level of the optical signal travelling through the core-guide; and an optical pump source configured to inject optical energy into the core-guide of the first waveguide from an angle non-parallel to the core-guide, using the plasmonic coupling between the core-guide mode and the lossy waveguide as the plasmonic device. a first waveguide having a core-guide and a cladding material (12a, 100a) fully surrounding and fully encasing the core-guide, the cladding material (12a, 100a) having an exposed, flat outer surface portion (12b, 100c) extending along a length of the first waveguide, and the core-guide enabling a core-guide mode for an optical signal travelling through the core-guide; a second waveguide forming a plasmonic device, and acting as lossy waveguide supported directly on the exposed, flat outer surface portion (12b, 100c) of the cladding material (12a, 100a) of the first waveguide; the construction of the second waveguide being such as to implement a plasmonic mode waveguide to achieve a desired coupling between the core-guide mode and the lossy waveguide, using plasmonic coupling, to control an energy level of the optical signal travelling through the core-guide; and an optical pump source configured to inject optical energy into the core-guide of the first waveguide from an angle non-parallel to the core-guide, using the plasmonic coupling between the core-guide mode and the lossy waveguide as the plasmonic device.
A redispersible powder obtainable by spray drying an aqueous polymer dispersion that contains inorganic filler particles and particles of at least one synthetic organic polymer (polymer particles), wherein the synthetic organic polymer has been polymerized in the presence of the inorganic filler particles, wherein chalk (CaCO3), gypsum (CaSO4) as an anhydrite, semihydrate or dihydrate, quartz flour, silica gel, titanium dioxide, talc, sheet silicate, barium sulphate or barite is contained as an inorganic filler, and wherein the organic polymers that are usable are those obtainable by radical polymerization of olefinically unsaturated monomers.
A peptide comprising an epitope immunoreactive with an anti-idiotypic antibody directed against an anti-p53 antibody, wherein the anti-p53 antibody is immunoreactive with at least a part of the regulatory domain of the C-terminus of p53, and wherein the peptide exhibits at least one activity selected from anti-apoptotic activity and anti-inflammatory activity, wherein the peptide has an amino acid sequence as set forth in any one of SEQ ID NOS: 1-8.
Ultrasound transducer assembly comprising: - a plurality of transducer elements for transmitting and receiving ultrasound waves (24, 25) each having a substrate and a flexible membrane disposed in a distance from the substrate, - an AC voltage control unit for controlling an AC voltage provided to each of the transducer elements, and - a DC voltage control unit for controlling a DC bias voltage provided to the transducer elements in order to bring the flexible membranes in a collapse mode into contact with the substrate, characterized in that the ultrasound transducer assembly further comprises: - an ultrasound transducer including the plurality of transducer elements; and - a main frame connected to the ultrasound transducer, the main frame comprising an input device comprising an input mechanism adapted to enable a user to control the ultrasound transducer assembly, wherein the DC voltage control unit is adapted to disconnect the DC bias voltage from the transducer elements temporarily if the input device does not receive input signals during a predefined time period to limit the collapse mode. - a plurality of transducer elements for transmitting and receiving ultrasound waves (24, 25) each having a substrate and a flexible membrane disposed in a distance from the substrate, - an AC voltage control unit for controlling an AC voltage provided to each of the transducer elements, and - a DC voltage control unit for controlling a DC bias voltage provided to the transducer elements in order to bring the flexible membranes in a collapse mode into contact with the substrate, - an ultrasound transducer including the plurality of transducer elements; and - a main frame connected to the ultrasound transducer, the main frame comprising an input device comprising an input mechanism adapted to enable a user to control the ultrasound transducer assembly,
A method comprising: transmitting from a client computing device requests to a server indicating specific portions of a content file stored on a server to be transferred in a requested order, wherein the server contains the portions of the content file arranged in an original sequential order; periodically receiving from the server at a gateway the requested specific portions of the content file; assembling at the gateway the received portions into blocks of contiguous received portions, the portions arranged in the original sequential order; as the requested portions are received in the gateway, scanning a largest block for viruses, wherein the largest block is the block containing the largest number of portions if a virus is present aborting the process; and if a virus is not present, continue receiving the sequences, and feeding the scanned specific received portions to the client computing device. transmitting from a client computing device requests to a server indicating specific portions of a content file stored on a server to be transferred in a requested order, wherein the server contains the portions of the content file arranged in an original sequential order; periodically receiving from the server at a gateway the requested specific portions of the content file; assembling at the gateway the received portions into blocks of contiguous received portions, the portions arranged in the original sequential order; as the requested portions are received in the gateway, scanning a largest block for viruses, wherein the largest block is the block containing the largest number of portions if a virus is present aborting the process; and if a virus is not present, continue receiving the sequences, and feeding the scanned specific received portions to the client computing device.
Pre-impregnate obtained from a decorative base paper impregnated with a formaldehyde-free impregnating resin, characterized in that a hydrophobic coating is applied onto at least one side of the pre-impregnate, the hydrophobic coating being arranged on the side opposite the decorative side of the pre-impregnate.
A packet communication method for use in a packet communication system having a wireless terminal, a plurality of wireless access networks (E-UTRAN, UTRAN), and a packet communication device (S-GW) connected to the respective wireless access networks (E-UTRAN, UTRAN), the packet communication method comprising: checking whether a handover destination wireless access network (E-UTRAN, UTRAN) supports a first header compression or decompression method used in a first packet communication performed through a handover source wireless access network(E-UTRAN, UTRAN), when the wireless terminal hands over to the handover destination wireless access network (E-UTRAN, UTRAN); and characterized by, when the handover destination wireless access network (E-UTRAN, UTRAN) does not support the first header compression or decompression method changing an execution point of processing corresponding to the first header compression or decompression method to be at the packet communication device (S-GW), in a second packet communication through the handover destination wireless access network (E-UTRAN, UTRAN), and creating a tunnel to the packet communication device (S-GW) for a packet in the second packet communication, which packet is processed in the first header compression or decompression method and is tunneled to the execution point. checking whether a handover destination wireless access network (E-UTRAN, UTRAN) supports a first header compression or decompression method used in a first packet communication performed through a handover source wireless access network(E-UTRAN, UTRAN), when the wireless terminal hands over to the handover destination wireless access network (E-UTRAN, UTRAN); and characterized by, when the handover destination wireless access network (E-UTRAN, UTRAN) does not support the first header compression or decompression method changing an execution point of processing corresponding to the first header compression or decompression method to be at the packet communication device (S-GW), in a second packet communication through the handover destination wireless access network (E-UTRAN, UTRAN), and creating a tunnel to the packet communication device (S-GW) for a packet in the second packet communication, which packet is processed in the first header compression or decompression method and is tunneled to the execution point.
A process for producing an endless V-belt or endless ribbed V-belt having low-elasticity tensile members in a molding process, in which a tubular blank having at least two belt material layers (12, 16) and a layer of tensile members is first produced, which in a subsequent step is molded in a profiling drum under heat and pressure against the profile of the drum, characterized by the use of the following layer structure in the blank from the outside inwards: a) a layer of a belt material M1 for the outermost, rib-side belt profile zone of the belt body, b) a layer of low-elasticity tensile members, c) a layer of a belt material M2, which is softer compared to M1 and which under the molding conditions has a viscosity which is low enough for the belt material M2 to be pressed through the spaces between the tensile members during the molding process, thereby forming a tensile member embedment, wherein the belt material M2 is present in the blank in such a quantity and during molding is pressed through to such an extent that after the molding operation some of the belt material M2 forms a belt body area inside the wedge or the ribs, wherein the volumetric ratio between the belt materials M1 and M2 is from 10:90 to 90:5, preferably from 10:90 to 80:20. a) a layer of a belt material M1 for the outermost, rib-side belt profile zone of the belt body, b) a layer of low-elasticity tensile members, c) a layer of a belt material M2, which is softer compared to M1 and which under the molding conditions has a viscosity which is low enough for the belt material M2 to be pressed through the spaces between the tensile members during the molding process, thereby forming a tensile member embedment,
A control apparatus for a hybrid vehicle mounted with first and second electric motors (560, 530) and a power storage device configured to be able to supply and receive electric power to and from said first and second electric motors, said control apparatus comprising: first and second control units (610, 620) for driving and controlling said first and second electric motors respectively; a communication path for communicating data between said first and second control units; an estimation unit estimating an input/output electric power of said first electric motor at the same timing as an input/output electric power of said second electric motor, characterised in that the estimation is based on data about said first electric motor that is obtained by said first control unit and by correcting a communication delay time (Tcm) in said communication path when the data is transmitted from said first control unit to said second control unit; and an electric power balance control unit for restricting, by said second control unit, a sum (Pm1+Pm2) of the input/output electric power of said first electric motor and the input/output electric power of said second electric motor within a predetermined range (Win to Wout), using an input/output electric power estimate (Pm1e) of said first electric motor that is determined by said estimation unit. first and second control units (610, 620) for driving and controlling said first and second electric motors respectively; a communication path for communicating data between said first and second control units; an estimation unit estimating an input/output electric power of said first electric motor at the same timing as an input/output electric power of said second electric motor, characterised in that the estimation is based on data about said first electric motor that is obtained by said first control unit and by correcting a communication delay time (Tcm) in said communication path when the data is transmitted from said first control unit to said second control unit; and an electric power balance control unit for restricting, by said second control unit, a sum (Pm1+Pm2) of the input/output electric power of said first electric motor and the input/output electric power of said second electric motor within a predetermined range (Win to Wout), using an input/output electric power estimate (Pm1e) of said first electric motor that is determined by said estimation unit.
A device for collecting user interface status information of a radio and television program receiver, said device being characterized in that it comprises: a replication means configured to physically replicate by sniffing at least one electrical signal and obtain at least one physically replicated electrical signal, the at least one electrical signal being an electrical signal of the radio and television program receiver and carried by connection means between a user interface means and processing means included in the radio and television program receiver; a collection means configured to collect user interface status information on the basis of said at least one physically replicated electrical signal, wherein said collection means is further configured to obtain said user interface status information by decoding said at least one physically replicated electrical signal. a replication means configured to physically replicate by sniffing at least one electrical signal and obtain at least one physically replicated electrical signal, the at least one electrical signal being an electrical signal of the radio and television program receiver and carried by connection means between a user interface means and processing means included in the radio and television program receiver; a collection means configured to collect user interface status information on the basis of said at least one physically replicated electrical signal, wherein said collection means is further configured to obtain said user interface status information by decoding said at least one physically replicated electrical signal.
An endoscope device comprising: an imaging device configured to image an observation image of a subject; an endoscope having a grippable operation section; a video image displaying device configured to convert an image signal from the imaging device into a video image and display the video image; and a first supporting section that is provided in the operation section and is configured to support the video image displaying device so that the video image displaying device is pivotable around a longitudinal axis of the operation section or about an axis substantially parallel to the longitudinal axis, characterized by a video image rotating device configured to rotate the image of the subject displayed on the video image displaying device about an axis substantially orthogonal to the screen of the video image displaying device; and a direction and angle detecting device configured to, when the video image displaying device is pivoted relative to the operation section, detect a direction in which the video image displaying device has been pivoted and an angle by which the video image displaying device has been pivoted, wherein the video image rotating device is configured to rotate the image of the subject that is displayed on the video image displaying device in an opposite direction from the pivot direction detected by the direction and angle detecting device and by the same amount as the pivot angle detected by the direction and angle detecting device. an imaging device configured to image an observation image of a subject; an endoscope having a grippable operation section; a video image displaying device configured to convert an image signal from the imaging device into a video image and display the video image; and a first supporting section that is provided in the operation section and is configured to support the video image displaying device so that the video image displaying device is pivotable around a longitudinal axis of the operation section or about an axis substantially parallel to the longitudinal axis,
Process for producing an FKM-coated mantle hose, wherein a) a strength member is arranged over an inner layer to form a mantle layer, b) a coating composition containing fluororubber is applied to the strength member and dried before or after the strength member is arranged over the inner layer and c) the dried coating composition is vulcanized on the strength member arranged over the inner layer to form the FKM coating, characterized in that the FKM-containing coating composition is an aqueous FKM dispersion containing at least one crosslinking agent selected from polyamine, monomeric aminosilane and oligomeric aminosilane. a) a strength member is arranged over an inner layer to form a mantle layer, b) a coating composition containing fluororubber is applied to the strength member and dried before or after the strength member is arranged over the inner layer and c) the dried coating composition is vulcanized on the strength member arranged over the inner layer to form the FKM coating,
A device for mounting a camera system on moving objects, wherein the mounting is fastened on the moving objects as a damping element and comprises at least one spring as well as a controller und a drive, • wherein the mounting comprises a basic body realised as a double parallelogram, • wherein the basic body, on its two sides, has two lateral brackets (2; 3; 4; 5) each, between which two shafts (6; 7) are diagonally arranged and the respective ends of the brackets (2; 3; 4; 5) have two bridge-shaped distance pieces (8; 9) arranged on them and the lateral brackets (2; 3; 4, 5) are fastened to the two distance pieces (8; 9) via rotary joints (10; 11; 12; 13; 14; 15; 16; 17) respectively, characterised in that • a diagonally articulated slide is fastened to the shafts (6; 7) between the rotary joints (10; 11; 12; 13; 14; 15; 16; 17) of the distance pieces (8; 9), the slide being realised so as to be longitudinally movable on guides (19; 20) between the bridge-shaped distances pieces (8; 9) and comprising, apart from the at least one spring, at least one two-part eddy current brake, the two parts (23; 24) of which are guided so as to slide into each other, • wherein one of the bridge-shaped distances pieces has a mount for fixing on the moving object and the other of the bridge-shaped distance pieces has a cantilever arm for receiving the camera system arranged on it. • wherein the mounting comprises a basic body realised as a double parallelogram, • wherein the basic body, on its two sides, has two lateral brackets (2; 3; 4; 5) each, between which two shafts (6; 7) are diagonally arranged and the respective ends of the brackets (2; 3; 4; 5) have two bridge-shaped distance pieces (8; 9) arranged on them and the lateral brackets (2; 3; 4, 5) are fastened to the two distance pieces (8; 9) via rotary joints (10; 11; 12; 13; 14; 15; 16; 17) respectively, characterised in that • a diagonally articulated slide is fastened to the shafts (6; 7) between the rotary joints (10; 11; 12; 13; 14; 15; 16; 17) of the distance pieces (8; 9), the slide being realised so as to be longitudinally movable on guides (19; 20) between the bridge-shaped distances pieces (8; 9) and comprising, apart from the at least one spring, at least one two-part eddy current brake, the two parts (23; 24) of which are guided so as to slide into each other, • wherein one of the bridge-shaped distances pieces has a mount for fixing on the moving object and the other of the bridge-shaped distance pieces has a cantilever arm for receiving the camera system arranged on it.
Bumper beam of a motor vehicle comprising a chassis, said beam comprising at least one horizontal flank and at least one vertical flank extending longitudinally to the beam, and at least one bearing member able to be arranged so as to be supported on the chassis and to exert a reaction force in one direction on said at least one horizontal flank during the absorption of an impact by said beam, said bearing member being stronger than said at least one horizontal flank in the direction of the reaction force, the bearing member comprising a side of an absorber arranged so as to be supported on the chassis, the bearing member comprising a second vertical flank of the beam adjacent to the horizontal flank, characterized in that the bearing member comprises a blade, having generally the shape of a square, directly fastened firstly to the side of the absorber and secondly to the second vertical flank.
A torrefaction apparatus comprising: - a process chamber arranged to accommodate a torrefaction process of biomass; - an oxidizer arranged to heat the process chamber; and - a conduit for syngas emitted from the biomass during the torrefaction process; wherein the conduit is arranged to guide the syngas from the process chamber to the oxidizer; and wherein the oxidizer is configured with an oxidizer air feed supplying sufficient amounts of oxygen to provide an oxidation of the syngas releasing a power of at least 20% of the power contained in a maximum flow of biomass through the process chamber. - a process chamber arranged to accommodate a torrefaction process of biomass; - an oxidizer arranged to heat the process chamber; and - a conduit for syngas emitted from the biomass during the torrefaction process; wherein the conduit is arranged to guide the syngas from the process chamber to the oxidizer; and wherein the oxidizer is configured with an oxidizer air feed supplying sufficient amounts of oxygen to provide an oxidation of the syngas releasing a power of at least 20% of the power contained in a maximum flow of biomass through the process chamber.
A skin care composition comprising: a dermatologically acceptable carrier; at least a first and a second interference pigment; wherein the composition has a redness reduction index of less than -7; wherein a chroma of the composition is greater than 3.5; wherein a total amount of interference pigments is from 1% to 4% by weight; wherein the first interference pigment has a hue angle (h°) between 180°-224° and wherein the second interference pigment has a hue angle (h°) between 80°-95°, wherein the RRI and chroma are determined according to the methods in the description. a dermatologically acceptable carrier; at least a first and a second interference pigment; wherein the composition has a redness reduction index of less than -7; wherein a chroma of the composition is greater than 3.5; wherein a total amount of interference pigments is from 1% to 4% by weight; wherein the first interference pigment has a hue angle (h°) between 180°-224° and wherein the second interference pigment has a hue angle (h°) between 80°-95°, wherein the RRI and chroma are determined according to the methods in the description.