mhurhangee/patent-ind-claim-en huggingface dataset:
A helmet mounting for an optical combiner for a helmet mounted display, comprising: a mounting arm movable about a pivot on the helmet, for supporting the optical combiner to be movable between an operational position in a line of sight of the user, and a retracted position in which the optical combiner is displaced out of the line of sight; a translation mechanism for providing translation of the optical combiner along the line of sight, a driving lever coupled to the mounting arm and to the translation mechanism , so as to cause, with a first motion by rotation of the lever, movement of the mounting arm between the line of sight and the retracted position, and with a second motion of the lever, to cause the translation mechanism to provide the translation of the optical combiner along the line of sight, and wherein wherein the second motion comprises a further rotation of the lever around the pivot , in which the lever is disengaged at least partly from the mounting arm to allow the translation to occur without corresponding displacement of the optical combiner. a mounting arm movable about a pivot on the helmet, for supporting the optical combiner to be movable between an operational position in a line of sight of the user, and a retracted position in which the optical combiner is displaced out of the line of sight; a translation mechanism for providing translation of the optical combiner along the line of sight, a driving lever coupled to the mounting arm and to the translation mechanism , so as to cause, with a first motion by rotation of the lever, movement of the mounting arm between the line of sight and the retracted position, and with a second motion of the lever, to cause the translation mechanism to provide the translation of the optical combiner along the line of sight, and wherein wherein the second motion comprises a further rotation of the lever around the pivot , in which the lever is disengaged at least partly from the mounting arm to allow the translation to occur without corresponding displacement of the optical combiner.
A method of operating a data processing system comprising a control processor , the method comprising: communicatively coupling Peripheral Component Interconnect Express, PCIe, devices over a PCIe fabric (1151-1155, 1150); and establishing, by the control processor , a peer-to-peer arrangement between the PCIe devices over the PCIe fabric (1151-1155, 1150) by at least providing an isolation function in the PCIe fabric (1151-1155, 1150) configured to isolate a device PCIe address domain associated with the PCIe devices from at least a local PCIe address domain associated with a host processor that initiates the peer-to-peer arrangement between the PCIe devices isolating, by the isolation function , the device PCIe address domain from the local PCIe address domain by at least establishing synthetic PCIe devices , by the control processor , representing the PCIe devices in the local PCIe address domain ; redirecting traffic transferred by the host processor for the PCIe devices in the local PCIe address domain for delivery to corresponding ones of the PCIe devices in the device PCIe address domain ; and responsive to peer-to-peer traffic from a first of the PCIe devices indicating the second of the PCIe devices as a destination in the local PCIe address domain , employing a peer-to-peer address trap in the isolation function to receive the peer-to-peer traffic and transfer the peer-to-peer traffic to the second of the PCIe devices in the device PCIe address domain . communicatively coupling Peripheral Component Interconnect Express, PCIe, devices over a PCIe fabric (1151-1155, 1150); and establishing, by the control processor , a peer-to-peer arrangement between the PCIe devices over the PCIe fabric (1151-1155, 1150) by at least providing an isolation function in the PCIe fabric (1151-1155, 1150) configured to isolate a device PCIe address domain associated with the PCIe devices from at least a local PCIe address domain associated with a host processor that initiates the peer-to-peer arrangement between the PCIe devices isolating, by the isolation function , the device PCIe address domain from the local PCIe address domain by at least establishing synthetic PCIe devices , by the control processor , representing the PCIe devices in the local PCIe address domain ; redirecting traffic transferred by the host processor for the PCIe devices in the local PCIe address domain for delivery to corresponding ones of the PCIe devices in the device PCIe address domain ; and responsive to peer-to-peer traffic from a first of the PCIe devices indicating the second of the PCIe devices as a destination in the local PCIe address domain , employing a peer-to-peer address trap in the isolation function to receive the peer-to-peer traffic and transfer the peer-to-peer traffic to the second of the PCIe devices in the device PCIe address domain .
A method of pruning video data, comprising: detecting, by a computer device, motion areas within video frames of the video data based on short-term and long-term variations associated with content of the video data; identifying sub-areas associated with repetitive motion within the motion areas identified; identifying filtered motion areas as the motion areas identified excluding the sub-areas associated with repetitive motion; identifying motion events associated with the content of the video data based on the motion areas detected, the filtered motion areas, and variation patterns associated with the video data, the variation patterns based, at least in part, upon motion of a camera capturing the video data; and determining storage periods for the video frames of the video data based on the motion events identified. detecting, by a computer device, motion areas within video frames of the video data based on short-term and long-term variations associated with content of the video data; identifying sub-areas associated with repetitive motion within the motion areas identified; identifying filtered motion areas as the motion areas identified excluding the sub-areas associated with repetitive motion; identifying motion events associated with the content of the video data based on the motion areas detected, the filtered motion areas, and variation patterns associated with the video data, the variation patterns based, at least in part, upon motion of a camera capturing the video data; and determining storage periods for the video frames of the video data based on the motion events identified.
A push-type centrifuge comprising: a cylindrical basket which has a cylindrical filtration screen provided in a body portion thereof and rotates about an axis (O); a processing object supply pipe which is inserted into the basket along the axis (O) and is configured to supply a processing object into the basket ; a push plate which is housed in the basket , is provided to be rotatable integrally with the basket and to be capable of advancing and retreating relative to the basket in a direction of the axis (O), and faces an opening of the processing object supply pipe with a space therebetween; and a pre-thickener which is provided in a side surface of the push plate facing the opening of the processing object supply pipe and has an inclined filtration screen that goes toward a radially outer circumferential side with respect to the axis (O) as it goes toward the processing object supply pipe ; characterized in that a cleaning liquid supply means which is configured to supply a cleaning liquid toward the inclined filtration screen of the pre-thickener and to the processing object that is preliminary concentrated while being pushed to the radially outer circumferential side by centrifugal force on the inclined filtration screen . a cylindrical basket which has a cylindrical filtration screen provided in a body portion thereof and rotates about an axis (O); a processing object supply pipe which is inserted into the basket along the axis (O) and is configured to supply a processing object into the basket ; a push plate which is housed in the basket , is provided to be rotatable integrally with the basket and to be capable of advancing and retreating relative to the basket in a direction of the axis (O), and faces an opening of the processing object supply pipe with a space therebetween; and a pre-thickener which is provided in a side surface of the push plate facing the opening of the processing object supply pipe and has an inclined filtration screen that goes toward a radially outer circumferential side with respect to the axis (O) as it goes toward the processing object supply pipe ; characterized in that a cleaning liquid supply means which is configured to supply a cleaning liquid toward the inclined filtration screen of the pre-thickener and to the processing object that is preliminary concentrated while being pushed to the radially outer circumferential side by centrifugal force on the inclined filtration screen .
A pharmaceutical composition consisting of a peptide selected from the group of a) a peptide consisting of the sequence according to SEQ ID No. 63, b) the peptide according to a), wherein said peptide includes non-peptide bonds, and c) the peptide according to a), wherein said peptide is part of a fusion protein comprising the N-terminal amino acids of the HLA-DR antigen-associated invariant chain (Ii), together with at least one suitable carrier, excipient and/or adjuvans, for use in the treatment of cancer, wherein said cancer is selected from gastric, gastro-intestinal, colorectal, pancreatic, lung or renal cancer. a) a peptide consisting of the sequence according to SEQ ID No. 63, b) the peptide according to a), wherein said peptide includes non-peptide bonds, and c) the peptide according to a), wherein said peptide is part of a fusion protein comprising the N-terminal amino acids of the HLA-DR antigen-associated invariant chain (Ii), together with at least one suitable carrier, excipient and/or adjuvans, for use in the treatment of cancer, wherein said cancer is selected from gastric, gastro-intestinal, colorectal, pancreatic, lung or renal cancer.
A device for administering a substance comprising: a dispensing element by which the substance can be dispensed, a displaceable protective element for the dispensing element , a drive element coupled to the protective element , and a feedback element which can produce a signal when or after a predetermined amount or the entire amount of the substance to be dispensed was dispensed, characterised in that the feedback element is coupled to the drive element and for producing a feedback signal is accelerated by the drive element over a predetermined distance. a dispensing element by which the substance can be dispensed, a displaceable protective element for the dispensing element , a drive element coupled to the protective element , and a feedback element which can produce a signal when or after a predetermined amount or the entire amount of the substance to be dispensed was dispensed, characterised in that the feedback element is coupled to the drive element and for producing a feedback signal is accelerated by the drive element over a predetermined distance.
A process to produce at least a first enzyme capable of hydrolysing a first pre-treated ligno-cellulosic biomass, comprising the step of cultivating the host cell in a sugar-depleted cultivation environment comprising the host cell, water and a solid composition, obtained from a second pre-treated ligno-cellulosic biomass comprising a complex sugar selected from the group of polymeric water-insoluble glucans and xylans, and a lignin; wherein the ratio of the total amount of the complex sugars to the total amount of the lignin in the solid composition is less than the ratio of the total amount of the complex sugars to the total amount of the lignin in the second pre-treated ligno-cellulosic biomass; and wherein said solid composition is obtained by removing a fraction, but not all, of the complex sugars contained in the second pre-treated ligno-cellulosic biomass.
A medical device, comprising: a polymer; and a near infrared fluorescent dye combined with the polymer such that excitation of the near infrared fluorescent dye will produce near infrared fluorescence, characterized in that the medical device contains the near infrared fluorescent dye in a known quantity chosen such that the near infrared fluorescence is equivalent to the amount of fluorescence produced by indocyanine dye in ethanol at a concentration of four parts per million, thereby being capable of penetrating biological material to a predetermined depth so that the near infrared fluorescence provides information about the surrounding biological material such as tissue depth, density, variations in tissue structure and inhomogeneities, and tissue anomalies when received by a detector. a polymer; and a near infrared fluorescent dye combined with the polymer such that excitation of the near infrared fluorescent dye will produce near infrared fluorescence, characterized in that the medical device contains the near infrared fluorescent dye in a known quantity chosen such that the near infrared fluorescence is equivalent to the amount of fluorescence produced by indocyanine dye in ethanol at a concentration of four parts per million, thereby being capable of penetrating biological material to a predetermined depth so that the near infrared fluorescence provides information about the surrounding biological material such as tissue depth, density, variations in tissue structure and inhomogeneities, and tissue anomalies when received by a detector.
A floor cleaning machine comprising: a chassis comprising: a forward end; a rear end; an upper side extending between the forward end and the rear end; and an underside extending between the forward end and the rear end opposite the upper side; an operator station mounted on the upper side; a propulsion system located on the chassis and configured to move the chassis in a travel direction, the propulsion system comprising: a forward steered wheel located on a forward axis coupled to the underside of the chassis ; and a rear wheel located on a rear axis coupled to the underside of the chassis ; a brush coupled to the underside of the chassis , the brush extending from a first brush end to a second brush end along a brush axis , wherein the brush is configured to rotate about the brush axis ; and a hopper system located to the chassis , the hopper system comprising a first debris hopper disposed forward of the brush in a stowed position; wherein the forward axis is positioned in front of the brush axis , and wherein the hopper system further comprises a second debris hopper located adjacent the forward axis . a chassis comprising: a forward end; a rear end; an upper side extending between the forward end and the rear end; and an underside extending between the forward end and the rear end opposite the upper side; an operator station mounted on the upper side; a propulsion system located on the chassis and configured to move the chassis in a travel direction, the propulsion system comprising: a forward steered wheel located on a forward axis coupled to the underside of the chassis ; and a rear wheel located on a rear axis coupled to the underside of the chassis ; a brush coupled to the underside of the chassis , the brush extending from a first brush end to a second brush end along a brush axis , wherein the brush is configured to rotate about the brush axis ; and a hopper system located to the chassis , the hopper system comprising a first debris hopper disposed forward of the brush in a stowed position; wherein the forward axis is positioned in front of the brush axis , and wherein the hopper system further comprises a second debris hopper located adjacent the forward axis .
An elastic member having an elastic sheet stretchable structure in which an elastic sheet is interposed between a first sheet layer having air permeability and a second sheet layer having air permeability, and the first sheet layer and the second sheet layer are bonded through joint holes penetrating the elastic sheet or via the elastic sheet at a plurality of sheet joined portions arranged at intervals, wherein a stretchable region having the elastic sheet stretchable structure is allowed to be stretched and contracted in a stretchable direction (ED) by a stretching force of the elastic sheet, the joined portions are arranged at intervals along an alignment direction intersecting the stretchable direction (ED) to form a joined portion row, a plurality of the joined portion rows is formed at intervals in the stretchable direction (ED), a third joined portion row (A3) is formed between a first joined portion row (A1) and a second joined portion row (A2) adjacent to each other, and an interval in the alignment direction between the joined portions of at least a part of the third joined portion row (A3) is longer than intervals in the alignment direction between the joined portions of the first joined portion row (A1) and the second joined portion row (A2) on both sides of the third joined portion row (A3), wherein an intersecting angle between the alignment direction of the first joined portion row (A1), the second joined portion row (A2), and the third joined portion row (A3) and the stretchable direction (ED) is in a range of 45 degrees to 135 degrees, provided that the intersecting angle θ is not 90 degrees. wherein a stretchable region having the elastic sheet stretchable structure is allowed to be stretched and contracted in a stretchable direction (ED) by a stretching force of the elastic sheet, the joined portions are arranged at intervals along an alignment direction intersecting the stretchable direction (ED) to form a joined portion row, a plurality of the joined portion rows is formed at intervals in the stretchable direction (ED), a third joined portion row (A3) is formed between a first joined portion row (A1) and a second joined portion row (A2) adjacent to each other, and an interval in the alignment direction between the joined portions of at least a part of the third joined portion row (A3) is longer than intervals in the alignment direction between the joined portions of the first joined portion row (A1) and the second joined portion row (A2) on both sides of the third joined portion row (A3), wherein an intersecting angle between the alignment direction of the first joined portion row (A1), the second joined portion row (A2), and the third joined portion row (A3) and the stretchable direction (ED) is in a range of 45 degrees to 135 degrees, provided that the intersecting angle θ is not 90 degrees.
A laundry treatment machine comprising: a cabinet that defines an exterior of the laundry treatment machine, the cabinet having an input port through which laundry is input; a tub disposed inside the cabinet and defines a space configured to store washing water; a drum rotatably disposed inside the tub; a door configured to open and close the input port , characterised in that the laundry treatment machine further comprises a microphone assembly including a plurality of microphones for speech recognition, the microphones being spaced apart from each other; and in that the door includes an inner front surface on which the microphone assembly is disposed, and wherein a plurality of microphone holes is formed in the inner front surface of the door , wherein each of the plurality of microphone holes is formed so as to communicate with a respective one of the plurality of microphones and the outside of the door . a cabinet that defines an exterior of the laundry treatment machine, the cabinet having an input port through which laundry is input; a tub disposed inside the cabinet and defines a space configured to store washing water; a drum rotatably disposed inside the tub; a door configured to open and close the input port , characterised in that the laundry treatment machine further comprises a microphone assembly including a plurality of microphones for speech recognition, the microphones being spaced apart from each other; and in that the door includes an inner front surface on which the microphone assembly is disposed, and wherein a plurality of microphone holes is formed in the inner front surface of the door , wherein each of the plurality of microphone holes is formed so as to communicate with a respective one of the plurality of microphones and the outside of the door .
A method for mapping a patient's lymphatic system, the method comprising: generating a three-dimensional, 3D, model of a bronchial network in the patient's chest based on first image data of the patient's chest; generating a lymphatic tree map by fitting a model lymph node map to the 3D model; receiving locations of a plurality of identified lymph nodes; updating the positions of lymph nodes on the lymphatic tree map by correlating the locations of the plurality of identified lymph nodes with the lymphatic tree map, thereby providing an updated lymphatic tree map; and displaying the updated lymphatic tree map, characterized in that the lymph nodes are identified based on electromagnetic sensor, EM, data received from an EM sensor coupled to a tool being navigated about the patient's chest. generating a three-dimensional, 3D, model of a bronchial network in the patient's chest based on first image data of the patient's chest; generating a lymphatic tree map by fitting a model lymph node map to the 3D model; receiving locations of a plurality of identified lymph nodes; updating the positions of lymph nodes on the lymphatic tree map by correlating the locations of the plurality of identified lymph nodes with the lymphatic tree map, thereby providing an updated lymphatic tree map; and displaying the updated lymphatic tree map, characterized in that the lymph nodes are identified based on electromagnetic sensor, EM, data received from an EM sensor coupled to a tool being navigated about the patient's chest.
A securement system for a wheeled mobility device, the securement system comprising: a first electric motor that causes a wheeled mobility device restraint to exert a force on a wheeled mobility device; characterized in that a computing system includes a processor configured to receive an input indicative of the force being applied to the wheeled mobility device and activate the first electric motor to cause the wheeled mobility device restraint to exert an additional force on the wheeled mobility device; and the processor is programmed to confirm securement of the wheeled mobility device during transit by periodically activating the first electric motor with a predetermined frequency, wherein the first electric motor stays activated until the input exceeds a threshold value. a first electric motor that causes a wheeled mobility device restraint to exert a force on a wheeled mobility device; characterized in that a computing system includes a processor configured to receive an input indicative of the force being applied to the wheeled mobility device and activate the first electric motor to cause the wheeled mobility device restraint to exert an additional force on the wheeled mobility device; and the processor is programmed to confirm securement of the wheeled mobility device during transit by periodically activating the first electric motor with a predetermined frequency, wherein the first electric motor stays activated until the input exceeds a threshold value.