mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a fiber composite molding comprising the steps: - applying a gelatin-containing matrix material to a fiber material, the gelatin-containing matrix material containing photographic gelatin, which has an average molecular weight of about 100,000 to 200,000 Dalton, a Bloom value of about 260 to 280 g and controlled calcium values of 0 to about 4000 ppm, - reshaping the fiber material provided with matrix material and - curing the fiber material provided with matrix material. - applying a gelatin-containing matrix material to a fiber material, the gelatin-containing matrix material containing photographic gelatin, which has an average molecular weight of about 100,000 to 200,000 Dalton, a Bloom value of about 260 to 280 g and controlled calcium values of 0 to about 4000 ppm, - reshaping the fiber material provided with matrix material and - curing the fiber material provided with matrix material.
A hermetically sealed multi-axis articulated arm apparatus for use within a sealable isolator chamber, the apparatus comprising: a shaft having a rotational axis, wherein the shaft is configured to pass through an opening in the sealable isolator chamber and is configured to rotate around the axis; a sealing member , including: a mounting surface configured for mounting the sealing member on and hermetically sealing it to an inner surface of the sealable isolator chamber, such that in use the mounting surface and the inner surface continuously surround the opening in the sealable isolator chamber, a shaft sealing surface defined by the sealing member, which surrounds and seals the shaft, a plurality of interconnected hermetically sealed arm segments , wherein one of the plurality of arm segments is a terminal arm segment , and one of the plurality of arm segments is a first arm segment operably attached to the shaft ; an end effector configured for handling pharmaceutical products that is attached to the terminal arm segment; and at least one drive system for driving and controlling the shaft and the plurality of arm segments, with the drive system being fully enclosed within the articulated arm apparatus, characterised in that the sealable isolator chamber is configured to maintain an aseptic condition for pharmaceutical applications, and in that the sealing member includes an exposed cleanable radial lip seal. a shaft having a rotational axis, wherein the shaft is configured to pass through an opening in the sealable isolator chamber and is configured to rotate around the axis; a sealing member , including: a mounting surface configured for mounting the sealing member on and hermetically sealing it to an inner surface of the sealable isolator chamber, such that in use the mounting surface and the inner surface continuously surround the opening in the sealable isolator chamber, a shaft sealing surface defined by the sealing member, which surrounds and seals the shaft, a mounting surface configured for mounting the sealing member on and hermetically sealing it to an inner surface of the sealable isolator chamber, such that in use the mounting surface and the inner surface continuously surround the opening in the sealable isolator chamber, a shaft sealing surface defined by the sealing member, which surrounds and seals the shaft, a plurality of interconnected hermetically sealed arm segments , wherein one of the plurality of arm segments is a terminal arm segment , and one of the plurality of arm segments is a first arm segment operably attached to the shaft ; an end effector configured for handling pharmaceutical products that is attached to the terminal arm segment; and at least one drive system for driving and controlling the shaft and the plurality of arm segments, with the drive system being fully enclosed within the articulated arm apparatus, characterised in that the sealable isolator chamber is configured to maintain an aseptic condition for pharmaceutical applications, and in that the sealing member includes an exposed cleanable radial lip seal.
An optical communication system for free space optical communications, comprising: a data transmitter including: at least one optical emission device configured to output light energy as an optical beam having an operating bandwidth; a beam dividing device arranged to receive and divide the operating bandwidth of the optical beam into bandwidth portions of plural communication bands; a frequency presence modulation unit configured to: spectrally segregate a bandwidth portion of at least one communication band into plural channels, and modulate the bandwidth portion to selectively produce an optical output signal with wavelengths that correspond to the channels, wherein a presence and absence of energy within channels of the communication band constitutes an information packet for data communication; a controller for providing a control signal to the frequency presence modulation unit to spectrally segregate the bandwidth portion of the at least one communication band into the plural channels; and a telescope configured to transmit the optical output signal. at least one optical emission device configured to output light energy as an optical beam having an operating bandwidth; a beam dividing device arranged to receive and divide the operating bandwidth of the optical beam into bandwidth portions of plural communication bands; a frequency presence modulation unit configured to: spectrally segregate a bandwidth portion of at least one communication band into plural channels, and modulate the bandwidth portion to selectively produce an optical output signal with wavelengths that correspond to the channels, wherein a presence and absence of energy within channels of the communication band constitutes an information packet for data communication; a controller for providing a control signal to the frequency presence modulation unit to spectrally segregate the bandwidth portion of the at least one communication band into the plural channels; and a telescope configured to transmit the optical output signal. spectrally segregate a bandwidth portion of at least one communication band into plural channels, and modulate the bandwidth portion to selectively produce an optical output signal with wavelengths that correspond to the channels, wherein a presence and absence of energy within channels of the communication band constitutes an information packet for data communication; a controller for providing a control signal to the frequency presence modulation unit to spectrally segregate the bandwidth portion of the at least one communication band into the plural channels; and a telescope configured to transmit the optical output signal.
A travel control method by which a travel control device recognizes a lane in which a host vehicle is traveling and controls travel of the host vehicle such that the host vehicle is situated at a predetermined position relative to a boundary line of the lane, the travel control method comprising, if a lane width of the lane in which the host vehicle is traveling increases and it is determined (S107) that one of boundary lines situated to left and right of the host vehicle is a dashed line, controlling (S109) the travel of the host vehicle based on the dashed boundary line, and characterized by if a lane width of the lane in which the host vehicle is traveling increases and it is impossible to determine (S107) that one of the boundary lines situated to the left and the right of the host vehicle is a dashed line and it is determined (S113) that the host vehicle is traveling on a freeway, controlling (S115) the travel of the host vehicle based on the boundary line on an oncoming vehicle side.
An aircraft comprising an anti-ice system and an aircraft part , said aircraft part comprising an aerodynamic surface , a drain on an underside of the aircraft part , and an interior plenum wherein said aerodynamic surface comprises a heated ice-prone surface and a surface downstream of said heated-ice prone surface ; said anti-ice system comprising: an eductor connected to the heated ice-prone surface , wherein the eductor is configured to suction water off the heated ice-prone surface so as to remove the water before the water reaches said downstream surface and freezes downstream of the heated ice-prone surface ; wherein said eductor comprises a channel having an eductor suction inlet in the heated ice-prone surface , a water catch inlet covering the eductor suction inlet and allowing the water to pass through into the channel , and a primary eductor nozzle ; wherein the channel further comprises an outlet to the interior plenum wherein the interior plenum is positioned in the vicinity of the heated ice-prone surface ; and flow of pressurized air into the primary eductor nozzle creates a low pressure region (P) beneath the water catch inlet that draws the water through the water catch inlet into the channel and through the outlet into the interior plenum and exits through the drain . an eductor connected to the heated ice-prone surface , wherein the eductor is configured to suction water off the heated ice-prone surface so as to remove the water before the water reaches said downstream surface and freezes downstream of the heated ice-prone surface ; wherein said eductor comprises a channel having an eductor suction inlet in the heated ice-prone surface , a water catch inlet covering the eductor suction inlet and allowing the water to pass through into the channel , and a primary eductor nozzle ; wherein the channel further comprises an outlet to the interior plenum wherein the interior plenum is positioned in the vicinity of the heated ice-prone surface ; and flow of pressurized air into the primary eductor nozzle creates a low pressure region (P) beneath the water catch inlet that draws the water through the water catch inlet into the channel and through the outlet into the interior plenum and exits through the drain .
A method performed by a wireless communications system, the system comprising an access point, AP, or a personal basic service set, PBSS, control point, PCP, AP/PCP, and the system further comprising one or more stations, the method comprising: generating , by AP/PCP, the a management frame that indicates, for a plurality of designated channels, which of the designated channels are operating and which are non-operating, the management frame having bit positions that each represent a respective designated channel, and a respective bit value of each bit position indicates the operating or the non-operating of the respective designated channel; and transmitting, by the AP/PCP, the management frame to the one or more stations, wherein, the management frame is transmitted over a primary channel selected from the designated channels that are indicated as operating; wherein the method further comprises: receiving, by the AP/PCP, in response to the management frame, a sector sweep, SSW, frame from an individual station included in the one or more stations, wherein the SSW frame is received over the primary channel or a secondary channel, wherein the secondary channel is randomly selected, by the individual station, from the designated channels that are indicated as operating. generating , by AP/PCP, the a management frame that indicates, for a plurality of designated channels, which of the designated channels are operating and which are non-operating, the management frame having bit positions that each represent a respective designated channel, and a respective bit value of each bit position indicates the operating or the non-operating of the respective designated channel; and transmitting, by the AP/PCP, the management frame to the one or more stations, wherein, the management frame is transmitted over a primary channel selected from the designated channels that are indicated as operating; wherein the method further comprises: receiving, by the AP/PCP, in response to the management frame, a sector sweep, SSW, frame from an individual station included in the one or more stations, wherein the SSW frame is received over the primary channel or a secondary channel, wherein the secondary channel is randomly selected, by the individual station, from the designated channels that are indicated as operating.
A method for displaying a document, being applied to a terminal with a flexible display screen, comprising: displaying a target document within a document processing application on the flexible display screen, the document processing application comprising a document kernel, an editor and a shell, each of these comprising respective codes and containers, wherein the document kernel is a core program of the document processing application for ensuring normal operation of the document processing application, the editor is an editing component of the document processing application, an editing status and a content of a document are saved in the editor, and the shell comprises functional components comprising a title bar, a menu bar and a bottom panel; when a display mode of the flexible display screen is detected to be switched from a mode that the flexible display is in a folded state to a mode that the flexible display in an unfolded state , deleting the shell related to the target document shown in the document processing application in the first mode, and determining a target display type of the target document after the display mode of the flexible display screen is switched; generating a second shell corresponding to the target display type; and displaying the target document within the document processing application after the display mode of the flexible display screen is switched on the flexible display screen through the second shell. displaying a target document within a document processing application on the flexible display screen, the document processing application comprising a document kernel, an editor and a shell, each of these comprising respective codes and containers, wherein the document kernel is a core program of the document processing application for ensuring normal operation of the document processing application, the editor is an editing component of the document processing application, an editing status and a content of a document are saved in the editor, and the shell comprises functional components comprising a title bar, a menu bar and a bottom panel; when a display mode of the flexible display screen is detected to be switched from a mode that the flexible display is in a folded state to a mode that the flexible display in an unfolded state , deleting the shell related to the target document shown in the document processing application in the first mode, and determining a target display type of the target document after the display mode of the flexible display screen is switched; generating a second shell corresponding to the target display type; and displaying the target document within the document processing application after the display mode of the flexible display screen is switched on the flexible display screen through the second shell.
A system comprising: a circuitous flow pathway for oxygen-carrier particles, said pathway proceeding through a plurality of unit operations comprising a reducer , a conversion reactor , a combustor , and an oxidizer ; said reducer configured to at least partially reduce said oxygen-carrier particles via oxidation of a carbonaceous fuel; said conversion reactor configured to react said oxygen-carrier particles with a carbonaceous fuel via co-current flow to yield incomplete-oxidation products comprising carbon monoxide and hydrogen; said combustor configured to receive said oxygen-carrier particles in a partially or fully reduced state and to fully re-oxidize said oxygen-carrier particles; and said oxidizer configured to receive said oxygen-carrier particles in a partially or fully reduced state and to at least partially re-oxidize the oxygen-carrier particles using steam, thereby producing hydrogen. a circuitous flow pathway for oxygen-carrier particles, said pathway proceeding through a plurality of unit operations comprising a reducer , a conversion reactor , a combustor , and an oxidizer ; said reducer configured to at least partially reduce said oxygen-carrier particles via oxidation of a carbonaceous fuel; said conversion reactor configured to react said oxygen-carrier particles with a carbonaceous fuel via co-current flow to yield incomplete-oxidation products comprising carbon monoxide and hydrogen; said combustor configured to receive said oxygen-carrier particles in a partially or fully reduced state and to fully re-oxidize said oxygen-carrier particles; and said oxidizer configured to receive said oxygen-carrier particles in a partially or fully reduced state and to at least partially re-oxidize the oxygen-carrier particles using steam, thereby producing hydrogen.
An apparatus for transmitting vibrations via at least one tooth to facilitate sound transmission, the apparatus comprising: an oral appliance comprising members , one of the members forming a housing having a shape which is conformable to at least a portion of the at least one tooth, wherein the oral appliance has a first configuration and a second configuration different from the first configuration, wherein the oral appliance has the first configuration before the oral appliance is placed upon or against the at least one tooth and has the second configuration after the oral appliance is placed upon or against the at least one tooth, and wherein, when the oral appliance is in the first configuration, the members are in an unbiased memory configuration, and wherein when the oral appliance is in the second configuration, the members are adapted to be deflected and deformed to engage the at least one tooth in a secure interference fit; and an actuatable transducer disposed within the housing and configured to transmit vibrations to a surface of the at least one tooth. an oral appliance comprising members , one of the members forming a housing having a shape which is conformable to at least a portion of the at least one tooth, wherein the oral appliance has a first configuration and a second configuration different from the first configuration, wherein the oral appliance has the first configuration before the oral appliance is placed upon or against the at least one tooth and has the second configuration after the oral appliance is placed upon or against the at least one tooth, and wherein, when the oral appliance is in the first configuration, the members are in an unbiased memory configuration, and wherein when the oral appliance is in the second configuration, the members are adapted to be deflected and deformed to engage the at least one tooth in a secure interference fit; and an actuatable transducer disposed within the housing and configured to transmit vibrations to a surface of the at least one tooth.
A rotor for an electric machine comprising: a core having circumferentially-spaced, axially-extending posts , and defining an axial passage; a winding carried by each of the posts and comprising an electrically-conductive wire repeatedly wound around the post such that a portion of the winding extends axially beyond the post to define an overhang with upper and lower surfaces connected by an end; and a shaft located within the axial passage, wherein the shaft is hollow, defining an inner surface and an outer surface, and has a coolant passage radially extending between the inner and outer surfaces, arranged such that during operation coolant is expellable radially outward from the coolant passage ; wherein the rotor comprises: an end cap comprising a collar circumscribing the outer surface of the shaft and a C-shaped wall supported by the collar, wherein the C-shaped wall axially cradles the winding end turns and supports the lower surface of the overhang, the end cap having a first radially inward facing coolant opening on a radially inward surface of the end cap , the first radially inward facing coolant opening being fluidly coupled to the overhang lower surface; and wherein the coolant passage is fluidly coupled to the first radially inward facing coolant opening . a core having circumferentially-spaced, axially-extending posts , and defining an axial passage; a winding carried by each of the posts and comprising an electrically-conductive wire repeatedly wound around the post such that a portion of the winding extends axially beyond the post to define an overhang with upper and lower surfaces connected by an end; and a shaft located within the axial passage, wherein the shaft is hollow, defining an inner surface and an outer surface, and has a coolant passage radially extending between the inner and outer surfaces, arranged such that during operation coolant is expellable radially outward from the coolant passage ; wherein the rotor comprises: an end cap comprising a collar circumscribing the outer surface of the shaft and a C-shaped wall supported by the collar, wherein the C-shaped wall axially cradles the winding end turns and supports the lower surface of the overhang, the end cap having a first radially inward facing coolant opening on a radially inward surface of the end cap , the first radially inward facing coolant opening being fluidly coupled to the overhang lower surface; and wherein
A device for removing at least one cytokine or pathogen from blood which comprises a solid substrate in a container, said solid substrate having one or more polysaccharide adsorbents on the surface thereof with a binding affinity for the cytokine or pathogen, wherein at least one of said one or more polysaccharide adsorbents is heparin, and wherein the size of interstitial channel spaces between individual portions of said solid substrate and the amount of interstitial substrate surface area is such that the major fraction of the at least one cytokine or pathogen that bind to said adsorbent do so by convective transport to the surface-bound adsorbent, characterized in that the container comprises both heparinized surfaces and inherently thrombogenic surfaces.
A method for monitoring yarn at a workstation of a textile machine having a row of workstations arranged next to each other, where each workstation comprises a system of working nodes (1 to 7) to transform fibers into yarn , and in which the yarn being produced is during the production process monitored by a yarn quality sensor , yarn faults are detected, the quality of yarn is evaluated and the data is transmitted to a control device , which controls processes at the workstation, characterized in that during stable yarn production the control device changes current operating conditions of the workstation and transmits to the yarn quality sensor online and in real-time information about the changes of the current operating conditions of the workstation, the yarn quality sensor accordingly adjusts in real-time its processes of monitoring the yarn and its evaluating the yarn parameters and sends the results to the control device for controlling the workstation.