mhurhangee/ep-ind-claims huggingface dataset:
Conveyor system for transporting objects with a) a rail system which aa) comprises a plurality of track sections (22, 30, 34) ab) at least one switch, by means of which a first track section can be selectively connected to a second track section or to a third track section of the rail system via a switch drive; b) at least one drivable transport carriage which can be moved along a path of movement on the rail system; c) a communication system comprising at least one communication line extending along the path of movement of the at least one transport carriage; d) a trolley communication unit arranged on the at least one transport trolley, in communication with a transport trolley controller of the transport trolley and cooperating with the at least one communication line, characterized in that e) the switch drive can be controlled by means of a switch control unit which is connected to the at least one communication line and f) the switch controller can communicate with the at least one transport carriage and/or a central controller via the communication line. a) a rail system which aa) comprises a plurality of track sections (22, 30, 34) ab) at least one switch, by means of which a first track section can be selectively connected to a second track section or to a third track section of the rail system via a switch drive; aa) comprises a plurality of track sections (22, 30, 34) ab) at least one switch, by means of which a first track section can be selectively connected to a second track section or to a third track section of the rail system via a switch drive; b) at least one drivable transport carriage which can be moved along a path of movement on the rail system; c) a communication system comprising at least one communication line extending along the path of movement of the at least one transport carriage; d) a trolley communication unit arranged on the at least one transport trolley, in communication with a transport trolley controller of the transport trolley and cooperating with the at least one communication line, characterized in that e) the switch drive can be controlled by means of a switch control unit which is connected to the at least one communication line and f) the switch controller can communicate with the at least one transport carriage and/or a central controller via the communication line.
An apparatus comprising means for: receiving values for sub-bands of a frame of an audio signal, the values comprising at least one azimuth value, at least one elevation value at least one energy ratio value and at least one spread and/or surround coherence value for each sub-band; determining a codebook for encoding at least one spread and/or surround coherence value for each sub-band based on the at least one energy ratio value and a variance of the at least one azimuth value for each sub-band for a frame; discrete cosine transforming at least one vector, the at least one vector comprising the at least one spread and/or surround coherence value for a sub-band for the frame; and encoding a first number of components of the discrete cosine transformed vector based on the determined codebook. receiving values for sub-bands of a frame of an audio signal, the values comprising at least one azimuth value, at least one elevation value at least one energy ratio value and at least one spread and/or surround coherence value for each sub-band; determining a codebook for encoding at least one spread and/or surround coherence value for each sub-band based on the at least one energy ratio value and a variance of the at least one azimuth value for each sub-band for a frame; discrete cosine transforming at least one vector, the at least one vector comprising the at least one spread and/or surround coherence value for a sub-band for the frame; and encoding a first number of components of the discrete cosine transformed vector based on the determined codebook.
A plug-in coupling device for receiving a first RJ connector at a first end, and a second RJ connector at a second end, comprising: a data coupling apparatus for connecting a plurality of data conductors of the first RJ connector to a plurality of data conductors of the second RJ connector; and a power coupling apparatus for connecting a plurality of power conductors of the first RJ connector to a plurality of power conductors of the second RJ connector, characterized in that the plug-in coupling device comprises a first printed circuit board and a second printed circuit board, and the power coupling apparatus cross-connects the plurality of power conductors of the first RJ connector to the plurality of power conductors of the second RJ connector, wherein the power coupling apparatus cross-connects, power contact elements at the first end for producing an electrical contact with the first RJ connector to power contact elements at the second end for producing an electrical contact with the second RJ connector, wherein the data coupling apparatus and the power coupling apparatus are designed to be electrically separate from each other, wherein the data coupling apparatus is at least partially formed on the first printed circuit board, and wherein the power coupling apparatus is at least partially formed on the second printed circuit board. a data coupling apparatus for connecting a plurality of data conductors of the first RJ connector to a plurality of data conductors of the second RJ connector; and a power coupling apparatus for connecting a plurality of power conductors of the first RJ connector to a plurality of power conductors of the second RJ connector, characterized in that the plug-in coupling device comprises a first printed circuit board and a second printed circuit board, and the power coupling apparatus cross-connects the plurality of power conductors of the first RJ connector to the plurality of power conductors of the second RJ connector, wherein the power coupling apparatus cross-connects, power contact elements at the first end for producing an electrical contact with the first RJ connector to power contact elements at the second end for producing an electrical contact with the second RJ connector, wherein the data coupling apparatus and the power coupling apparatus are designed to be electrically separate from each other, wherein the data coupling apparatus is at least partially formed on the first printed circuit board, and wherein the power coupling apparatus is at least partially formed on the second printed circuit board.
A composition comprising isolated multipotent cells, wherein the composition has angiogenic or anti-inflammatory activity, wherein the composition is sterilized by irradiation, and wherein sterilization by irradiation is performed by exposing the composition to radiation at a dosage in the range of 0.5 Mrad to 5.0 Mrad.
A detecting method using an article detection apparatus composed of an individual DR subsystem and an individual CT subsystem independent of the individual DR subsystem, performing a DR scanning on an article by the DR subsystem and performing a CT scanning on the article by the CT subsystem both being accomplished once the article passes through the article detection apparatus in a transmission direction, the method comprising: obtaining one group of first projection data on x-ray attenuation coefficient by using the DR subsystem to project an A-layer of the article at a single first projection angle, and obtaining one group of second projection data on x-ray attenuation coefficient by using the CT subsystem to project the A-layer of the article at a single second projection angle different from the one first projection angle; and judging whether the A-layer of the detected article contains a dangerous article based on the one group of first projection data and the one group of second projection data so as to obtain a first judgment on the A-layer of the detected article. obtaining one group of first projection data on x-ray attenuation coefficient by using the DR subsystem to project an A-layer of the article at a single first projection angle, and obtaining one group of second projection data on x-ray attenuation coefficient by using the CT subsystem to project the A-layer of the article at a single second projection angle different from the one first projection angle; and judging whether the A-layer of the detected article contains a dangerous article based on the one group of first projection data and the one group of second projection data so as to obtain a first judgment on the A-layer of the detected article.
A method for the establishment of a communication connection between a first terminal device - that belongs to a first subscriber and that is connected to a line-switching telephone network - and a second terminal device - that belongs to a second subscriber and that is connected to an IP network - whereby the second terminal device can be identified within the IP network on the basis of an Internet identifier of the second subscriber, whereby a telephone number is associated with the Internet identifier, and this telephone number is used for the establishment of a communication connection between the first terminal device and the second terminal device, characterized in that the association between the Internet identifier and the telephone number is transmitted to the first terminal device in response to a first-time receipt of a request sent from the second terminal device for the establishment of a communication connection to the first terminal device within the IP network, and said association is stored in an address book that is stored in the first terminal device, whereby, on the basis of a selection of the Internet identifier in the address book, the first terminal device sends to the IP network a request for the establishment of the communication connection to the second terminal device via the telephone network, making use of the telephone number.
A composition comprising a monoclonal antibody that specifically binds to human progastrin for use in preventing or preventing recurrence or treating metastatic colorectal cancer, wherein said antibody comprises: • a heavy chain variable region in which CDR1 comprises the amine acid sequence of SEQ ID NO:37, CDR2 comprises the amino acid sequence of SEQ ID NO:41, and CDR3 comprises the amino acid sequence of SEQ ID NO:45; and • a light chain variable region in which CDR1 comprises the amino acid sequence of SEQ ID NO:49, CDR2 comprises the amino acid sequence of SEQ ID NO:52, and CDR3 comprises the amino acid sequence of SEQ ID NO:55. • a heavy chain variable region in which CDR1 comprises the amine acid sequence of SEQ ID NO:37, CDR2 comprises the amino acid sequence of SEQ ID NO:41, and CDR3 comprises the amino acid sequence of SEQ ID NO:45; and • a light chain variable region in which CDR1 comprises the amino acid sequence of SEQ ID NO:49, CDR2 comprises the amino acid sequence of SEQ ID NO:52, and CDR3 comprises the amino acid sequence of SEQ ID NO:55.
A system for optical sensing of substances or environmental conditions in a fluid, the system comprising: (a) a sensor device comprising: a plurality of non-overlapping adjacent sensing elements arranged in an array, each of said sensing elements comprising a layered optical element for generating a wavelength-specific interference effect, wherein each of said layered optical elements is associated with an indicator so as to be responsive to presence of a predefined substance or a predefined environmental condition to cause an optically detectable change, wherein said sensing elements are distinct from each other both in the wavelength-specific interference effect and in said optically detectable change; (b) an illumination arrangement directing a common multi-wavelength illumination beam simultaneously towards all of said sensing elements: and (c) a spectral analysis arrangement including receiving optics deployed to combine light reflected from or transmitted through said plurality of sensing elements, and to direct said combined light without imaging into a spectrometer, wherein said spectral analysis arrangement is configured to process data sensed by the spectrometer by spectral analysis to identify spectral features corresponding to each sensing element, and to detect changes in those spectral features indicative of the state of the indicator of each sensor element, thereby achieving simultaneous sensing of a plurality of substances or environmental conditions. (a) a sensor device comprising: a plurality of non-overlapping adjacent sensing elements arranged in an array, each of said sensing elements comprising a layered optical element for generating a wavelength-specific interference effect, wherein each of said layered optical elements is associated with an indicator so as to be responsive to presence of a predefined substance or a predefined environmental condition to cause an optically detectable change, wherein said sensing elements are distinct from each other both in the wavelength-specific interference effect and in said optically detectable change; a plurality of non-overlapping adjacent sensing elements arranged in an array, each of said sensing elements comprising a layered optical element for generating a wavelength-specific interference effect, wherein each of said layered optical elements is associated with an indicator so as to be responsive to presence of a predefined substance or a predefined environmental condition to cause an optically detectable change, wherein said sensing elements are distinct from each other both in the wavelength-specific interference effect and in said optically detectable change; (b) an illumination arrangement directing a common multi-wavelength illumination beam simultaneously towards all of said sensing elements: and (c) a spectral analysis arrangement including receiving optics deployed to combine light reflected from or transmitted through said plurality of sensing elements, and to direct said combined light without imaging into a spectrometer,
A tire sound absorbing material crimping device comprising: a fixing unit configured to align a center of a tire transported by a tire conveying unit and position the tire; a crimping unit configured to press a sound absorbing material while expanding radially toward the sound absorbing material adhered to an inner liner of the tire fixed to the fixing unit; and a motor unit connected to an upper portion of the crimping unit and configured to raise and lower the crimping unit toward the tire; characterized in that the crimping unit comprises: a first plate having a predetermined thickness and area; a plurality of main frames formed on a lower portion of the first plate and extending or contracting radially based on a central axis of the first plate; and a crimping ring which connects lower portions of the plurality of main frames with each other and is configured to press the sound absorbing material of the tire by expanding or contracting a diameter thereof according to an operation of radially expanding or contracting the main frames. a fixing unit configured to align a center of a tire transported by a tire conveying unit and position the tire; a crimping unit configured to press a sound absorbing material while expanding radially toward the sound absorbing material adhered to an inner liner of the tire fixed to the fixing unit; and a motor unit connected to an upper portion of the crimping unit and configured to raise and lower the crimping unit toward the tire; characterized in that the crimping unit comprises: a first plate having a predetermined thickness and area; a plurality of main frames formed on a lower portion of the first plate and extending or contracting radially based on a central axis of the first plate; and a crimping ring which connects lower portions of the plurality of main frames with each other and is configured to press the sound absorbing material of the tire by expanding or contracting a diameter thereof according to an operation of radially expanding or contracting the main frames. a first plate having a predetermined thickness and area; a plurality of main frames formed on a lower portion of the first plate and extending or contracting radially based on a central axis of the first plate; and a crimping ring which connects lower portions of the plurality of main frames with each other and is configured to press the sound absorbing material of the tire by expanding or contracting a diameter thereof according to an operation of radially expanding or contracting the main frames.
A secondary battery which comprises - a negative electrode (anode) having a first metal or a first alloy or a host material capable of reacting with or intercalating a chloride ion as anode material, - a positive electrode (cathode) having a chloride of a second metal or of a second alloy or a chloride intercalation compound as cathode material, - a separator to separate the cathode from the anode, and - an electrolyte which exhibits a chloride ionic conductivity, wherein the chloride ionic conductivity of the electrolyte equals or exceeds a value of 0.1 mS cm -1 at 298 K, and the electrolyte comprises a first binary chloride ionic liquid with a cation of imidazolium, pyrrolidinium, piperidinium, pyridinium, or of a quaternary ammonium, and a second ionic liquid with an anion of SF 4 -, PF 6 -, or [N(CF 3 SO 2) 2] - which is added as a solvent to the first binary chloride ionic liquid. - a negative electrode (anode) having a first metal or a first alloy or a host material capable of reacting with or intercalating a chloride ion as anode material, - a positive electrode (cathode) having a chloride of a second metal or of a second alloy or a chloride intercalation compound as cathode material, - a separator to separate the cathode from the anode, and - an electrolyte which exhibits a chloride ionic conductivity, wherein
An attachment system comprising a support surface provided with a plurality of spaced aligned loops, and a load provided with a plurality of spaced aligned loops, the load loops and the support loops being arranged in an aligned succession to define a path through the loops (15, 24), and an elongate securing member (25a, 25b) extending from the load and having a flexible proximal portion and a stiffened distal portion extending from the proximal portion to a free end, the free end of the distal portion being passed through successive support surface loops and load loops in a first direction to draw the proximal portion through said loops (15,24) in said first direction so that it extends through the lowermost support surface loop, to secure the load on the support surface, the distal portion being resiliently flexible so that the free end is flexed relative to the remainder of the distal portion to allow the distal portion to be re-inserted into said path, the distal portion passing up through the two lowermost load loops and then along said path in a direction opposite to said first direction until the free end emerges from the uppermost of the surface loop to locate the distal portion along the path.
A method for transmitting data frames each on a path comprising at least one router which includes input ports (P1, P2, P3), at least one output port and an arbitration unit configured to select a data frame from a plurality of data frames each coming from an input port and competing for transmission through a same output port, the method comprising the following steps of: a) for each router in the path of a target data frame (f A), specifying, for each of the input ports of the router, competing data frames (f B, fc) with the target data frame for transmission through a target output port of the router and associating, with each of the input ports, a sequence of description of said competing data frames; b) transmitting the target data frame and the competing data frames and measuring an end-to-end transmission time of the target data frame on the path, transmitting the target data frame comprising for each router in the path: i) in the presence of the target data frame (f A) on a router input port, transmitting an identifier of the target data frame to all other input ports to determine if data frames from these other input sports are competing with the target data frame and selecting, by the arbitration unit, one or more competing data frames (f B); and ii) transmitting (#1, #2) through the target output port the one or more competing data frames (f B) selected prior to transmitting (#3) the target data frame. a) for each router in the path of a target data frame (f A), specifying, for each of the input ports of the router, competing data frames (f B, fc) with the target data frame for transmission through a target output port of the router and associating, with each of the input ports, a sequence of description of said competing data frames; b) transmitting the target data frame and the competing data frames and measuring an end-to-end transmission time of the target data frame on the path, transmitting the target data frame comprising for each router in the path: i) in the presence of the target data frame (f A) on a router input port, transmitting an identifier of the target data frame to all other input ports to determine if data frames from these other input sports are competing with the target data frame and selecting, by the arbitration unit, one or more competing data frames (f B); and ii) transmitting (#1, #2) through the target output port the one or more competing data frames (f B) selected prior to transmitting (#3) the target data frame. i) in the presence of the target data frame (f A) on a router input port, transmitting an identifier of the target data frame to all other input ports to determine if data frames from these other input sports are competing with the target data frame and selecting, by the arbitration unit, one or more competing data frames (f B); and ii) transmitting (#1, #2) through the target output port the one or more competing data frames (f B) selected prior to transmitting (#3) the target data frame.
An interlayer film for laminated glass, comprising an infrared ray reflection layer which reflects infrared rays, a first resin layer which is arranged on a first surface side of the infrared ray reflection layer and contains a thermoplastic resin and an ultraviolet ray shielding agent, and a second resin layer which is arranged on a second surface side opposite to the first surface of the infrared ray reflection layer and contains a thermoplastic resin, an ultraviolet ray shielding agent and heat shielding particles, the content of the heat shielding particles contained in the second resin layer being 0.01% by weight or more and 6% by weight or less in 100% by weight of the second resin layer, the infrared ray transmittance in the wavelength of 780 to 2100 nm of the first resin layer being higher than the infrared ray transmittance in the wavelength of 780 to 2100 nm of the second resin layer.