mhurhangee/patent-ind-claim-en huggingface dataset:
A dome assembly for a gas turbine combustion system ; the gas combustion system extending along a central axis (A-A); the dome assembly comprising: a dome plate having a generally hemispherical cross section, the dome plate encompassing an inlet to a combustion liner ; the dome assembly comprising: a plurality of openings in the dome plate where each opening has a diameter (D) and a neck length (L); a plurality of dome dampers extending in a direction away from the dome plate , opposite of the combustion liner ; the dome dampers being oriented in an annular array about the central axis (A-A); each of the dome dampers encompassing a respective opening in the dome plate and comprising: a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume ; and a plurality of purge holes located about the damper body ; characterized in that the plurality of openings are oriented on the dome plate so as to be parallel with the central axis (A-A). a dome plate having a generally hemispherical cross section, the dome plate encompassing an inlet to a combustion liner ; the dome assembly comprising: a plurality of openings in the dome plate where each opening has a diameter (D) and a neck length (L); a plurality of dome dampers extending in a direction away from the dome plate , opposite of the combustion liner ; the dome dampers being oriented in an annular array about the central axis (A-A); each of the dome dampers encompassing a respective opening in the dome plate and comprising: a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume ; and a plurality of purge holes located about the damper body ; a plurality of openings in the dome plate where each opening has a diameter (D) and a neck length (L); a plurality of dome dampers extending in a direction away from the dome plate , opposite of the combustion liner ; the dome dampers being oriented in an annular array about the central axis (A-A); each of the dome dampers encompassing a respective opening in the dome plate and comprising: a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume ; and a plurality of purge holes located about the damper body ; a damper body having a cavity located therein; a coverplate secured to at least an end of the damper body to form a damper volume ; and a plurality of purge holes located about the damper body ;
A biological component collection system , comprising: a separation device having a load detecting unit , and adapted to separate a biological component from a liquid containing at least one biological component; and a biological component collection device configured to be attachable to the separation device and having a flow path formed in an interior thereof; wherein the biological component collection device comprises a pressed soft portion forming one part of the flow path , and which is configured to be pressed by the load detecting unit in order to measure an internal pressure of the flow path when the separation device is in operation; the separation device comprises a collection and returning pump , and a control unit having an internal pressure computation unit which is configured to calculate a circuit internal pressure of the biological component collection device on a basis of a detection value of the load detecting unit ; and the internal pressure computation unit is configured to perform a zero reset process of setting a pressure value corresponding to the detection value of the load detecting unit , so as to become zero at each instance of a predetermined timing at which the collection and returning pump is stopped. a separation device having a load detecting unit , and adapted to separate a biological component from a liquid containing at least one biological component; and a biological component collection device configured to be attachable to the separation device and having a flow path formed in an interior thereof; wherein the biological component collection device comprises a pressed soft portion forming one part of the flow path , and which is configured to be pressed by the load detecting unit in order to measure an internal pressure of the flow path when the separation device is in operation; the separation device comprises a collection and returning pump , and a control unit having an internal pressure computation unit which is configured to calculate a circuit internal pressure of the biological component collection device on a basis of a detection value of the load detecting unit ; and the internal pressure computation unit is configured to perform a zero reset process of setting a pressure value corresponding to the detection value of the load detecting unit , so as to become zero at each instance of a predetermined timing at which the collection and returning pump is stopped.
Plasma generator comprising a conductive screen and a spiral coil having coil windings, said coil placed inside the conducting screen , an inner surface of which is of a cylindrical shape having one base, wherein the space between the coil windings and between the coil and the screen is filled with a dielectric having an outer surface, wherein the coil is made as a flat coil, wherein the distance (A) from the plane of the coil to said outer surface of the dielectric is less than double the thickness (B) of the coil , and a distance (C) from the plane of the coil to the base of the inner surface of the screen is greater than double the distance (A) from the plane of the coil to said outer surface of the dielectric , wherein a coaxial input is provided for supplying high frequency current to the coil , an inner conductor of said coaxial input being connected to one end of the coil , and an outer conductor of said coaxial input being connected to the other end of the coil , and wherein the coaxial input is arranged to supply therethrough a cooling fluid or gas to the coil .
A surgical simulation device comprising: a support plate defining a datum reference; a mannequin support structure carried by the support plate and comprising top and bottom interconnected plates , each having a cut out ; a mannequin carried by the mannequin support structure on the top plate and having a body cavity corresponding to at least one of a thorax and abdomen; a pedestal connected to the support plate and extending vertically upward through the cut outs in the top and bottom plates of the mannequin support structure ; a tissue tray carried by the pedestal within the body cavity; animal tissue carried by the tissue tray ; a first sensor connected to the pedestal between the tissue tray and support plate and configured to sense force and torque exerted against the animal tissue from at least one surgical tool exerting force against the tissue during surgical training; a second sensor connected between the bottom plate of the mannequin support structure and support plate and configured to sense force and torque exerted against the mannequin onto the support plate; and a processor connected to the first and second sensors and configured to determine the force exerted against respective areas of the animal tissue and mannequin during surgeon training. a support plate defining a datum reference; a mannequin support structure carried by the support plate and comprising top and bottom interconnected plates , each having a cut out ; a mannequin carried by the mannequin support structure on the top plate and having a body cavity corresponding to at least one of a thorax and abdomen; a pedestal connected to the support plate and extending vertically upward through the cut outs in the top and bottom plates of the mannequin support structure ; a tissue tray carried by the pedestal within the body cavity; animal tissue carried by the tissue tray ; a first sensor connected to the pedestal between the tissue tray and support plate and configured to sense force and torque exerted against the animal tissue from at least one surgical tool exerting force against the tissue during surgical training; a second sensor connected between the bottom plate of the mannequin support structure and support plate and configured to sense force and torque exerted against the mannequin onto the support plate; and a processor connected to the first and second sensors and configured to determine the force exerted against respective areas of the animal tissue and mannequin during surgeon training.
A method comprising: moving a mobile robot in a path within a predetermined area using a drive system of the mobile robot ; and outputting ultraviolet (UV) light from a first light source onto a portion of at least one of a plurality of wheels of the drive system based on a first dosage level, characterized by outputting the UV light from the first light source onto at least a portion of a surface which the mobile robot is positioned on or moving over. moving a mobile robot in a path within a predetermined area using a drive system of the mobile robot ; and outputting ultraviolet (UV) light from a first light source onto a portion of at least one of a plurality of wheels of the drive system based on a first dosage level, characterized by outputting the UV light from the first light source onto at least a portion of a surface which the mobile robot is positioned on or moving over.
A method for encoding temporally scalable video data, the video data comprising a plurality of access units , AUs, each AU having a Temporalld variable derived from a syntax element associated with the respective AU, at least one of the AUs having a Temporalld equal to 0 and at least one other of the AUs having a Temporalld greater than 0, the method comprising: encoding a buffering period supplemental enhancement information, SEI, message, associated with a first AU of the plurality of AUs, wherein the first AU has a Temporalld equal to 0, wherein buffering period SEI messages are subject to a restriction that no buffering period SEI message can be associated with an AU with a Temporalld greater than 0, wherein the buffering period SEI message includes syntax elements indicating an initial coded picture buffer, CPB, removal delay value and initial CPB removal delay offset value; determining coded picture buffer, CPB, removal times for first and second decoding units, DUs, in the first AU, wherein the second DU is subsequent to the first DU in decoding order; encoding a sub-picture timing SEI message associated with the first AU of the plurality of AUs, including encoding a duration between the CPB removal times for the first and second DUs in the sub-picture timing SEI message; and encoding video data of the first DU. encoding a buffering period supplemental enhancement information, SEI, message, associated with a first AU of the plurality of AUs, wherein the first AU has a Temporalld equal to 0, wherein buffering period SEI messages are subject to a restriction that no buffering period SEI message can be associated with an AU with a Temporalld greater than 0, wherein the buffering period SEI message includes syntax elements indicating an initial coded picture buffer, CPB, removal delay value and initial CPB removal delay offset value; determining coded picture buffer, CPB, removal times for first and second decoding units, DUs, in the first AU, wherein the second DU is subsequent to the first DU in decoding order; encoding a sub-picture timing SEI message associated with the first AU of the plurality of AUs, including encoding a duration between the CPB removal times for the first and second DUs in the sub-picture timing SEI message; and encoding video data of the first DU.
A rigid polyurethane foam, characterized in that the rigid polyurethane foam is prepared from the following raw materials in parts by weight through mixing and reaction: 135-165 parts of polyisocyanate; 100 parts of polyol composition; 10-16 parts of C-pentane; 1.8-2.3 parts of catalyst; 1.8-2.5 parts of silicone oil; 1.6-2.4 parts of water; and 1-chloro-3,3,3-trifluoropropene accounting for 1%-3% of the total weight of the raw materials; wherein the polyol composition consists of polyether polyols and aromatic polyester polyols, and the aromatic polyester polyols account for 8-15 parts in weight in the polyol composition. 135-165 parts of polyisocyanate; 100 parts of polyol composition; 10-16 parts of C-pentane; 1.8-2.3 parts of catalyst; 1.8-2.5 parts of silicone oil; 1.6-2.4 parts of water; and 1-chloro-3,3,3-trifluoropropene accounting for 1%-3% of the total weight of the raw materials;
An optical fiber cable comprising: (a) a bundle of at least three multifiber tight buffer encasement units, the multifiber tight buffer encasement units each comprising: i. at least two optical fibers encased in a UV cured acrylate polymer matrix , the polymer matrix having a first tensile modulus, ii. a UV cured acrylate polymer layer encasing the polymer matrix, the polymer layer having a second tensile modulus where the second tensile modulus is greater than the first tensile modulus, (b) a thin skin containment layer surrounding the bundle of multifiber tight buffer encasement units, and conforming to the shape of the bundle of multifiber tight buffer encasement units, wherein the tensile modulus of the polymer matrix is in the range of 0.1 to 50 MPa, and wherein the tensile modulus of the polymer layer is in the range 100 MPa to 2000 MPa. (a) a bundle of at least three multifiber tight buffer encasement units, the multifiber tight buffer encasement units each comprising: i. at least two optical fibers encased in a UV cured acrylate polymer matrix , the polymer matrix having a first tensile modulus, ii. a UV cured acrylate polymer layer encasing the polymer matrix, the polymer layer having a second tensile modulus where the second tensile modulus is greater than the first tensile modulus, i. at least two optical fibers encased in a UV cured acrylate polymer matrix , the polymer matrix having a first tensile modulus, ii. a UV cured acrylate polymer layer encasing the polymer matrix, the polymer layer having a second tensile modulus where the second tensile modulus is greater than the first tensile modulus, (b) a thin skin containment layer surrounding the bundle of multifiber tight buffer encasement units, and conforming to the shape of the bundle of multifiber tight buffer encasement units,
A system for performing a treatment of a condition related to a physiological indication of cardiac electrophysiological activity within a body, the system comprising: (i) a computer controller; (ii) a system for detecting cardiac electrophysiological activity within the body and localizing a position of a peak of the detected cardiac electrophysiological activity, wherein the system for detecting comprises a detection element configured to detect the cardiac electrophysiological activity; (iii) a system for imaging a portion of the body related to the physiological indication of cardiac electrophysiological activity within the body; and (iv) a steerable, segmented endoscopic device having a steerable distal end and a controllable proximal end , the proximal end comprising a plurality of segments individually and automatically controllable by the computer controller ; wherein the computer controller : is in communication with the system for detecting and the system for imaging so as to receive information from the system for detecting and the system for imaging, and is programmed to automatically control the controllable proximal end within the body to minimize contact between the plurality of segments and adjacent tissue. (i) a computer controller; (ii) a system for detecting cardiac electrophysiological activity within the body and localizing a position of a peak of the detected cardiac electrophysiological activity, wherein the system for detecting comprises a detection element configured to detect the cardiac electrophysiological activity; (iii) a system for imaging a portion of the body related to the physiological indication of cardiac electrophysiological activity within the body; and (iv) a steerable, segmented endoscopic device having a steerable distal end and a controllable proximal end , the proximal end comprising a plurality of segments individually and automatically controllable by the computer controller ; is in communication with the system for detecting and the system for imaging so as to receive information from the system for detecting and the system for imaging, and is programmed to automatically control the controllable proximal end within the body to minimize contact between the plurality of segments and adjacent tissue.
An extendable rail for a curtain, comprising a main rail , an auxiliary rail arranged in parallel with the main rail ; the main rail being shiftable in longitudinal direction relative to the auxiliary rail such that they are overlappingly positioned, and the main rail is configured with a driving wheel at one end and a first reverse wheel at the other end; the auxiliary rail is configured with a second reverse wheel at the end that is away from the driving wheel and a transition arrangement at the end approximate to the driving wheel ; the transition arrangement comprises a transition casing with a first guiding wheel and a second guiding wheel arranged inside; and a belt loop with fixed length wraps around the driving wheel , the first reverse wheel , the first guiding wheel , the second reverse wheel , the second guiding wheel , and the driving wheel in turn.
A display device comprising: a display portion, DP, comprising pixels defined by a pixel defining layer ; and a touch portion, TP, on the display portion, wherein the touch portion comprises: a first touch electrode, TE1, overlapping the pixel defining layer ; a first organic layer, OL1, on the first touch electrode; a second touch electrode, TE2, contacting the first touch electrode; a second organic layer, OL2, on the second touch electrode; and a high refractive index layer on the first organic layer, OL1, the second touch electrode, TE2, and the second organic layer, OL2, wherein the high refractive index layer is disposed between adjacent second touch electrodes, TE2, in a plan view and comprises a first convex surface protruding towards the display portion, DP, and overlapping one of the pixels, and wherein the first convex surface of the high refractive index layer is in contact with the display portion. a display portion, DP, comprising pixels defined by a pixel defining layer ; and a touch portion, TP, on the display portion, wherein the touch portion comprises: a first touch electrode, TE1, overlapping the pixel defining layer ; a first organic layer, OL1, on the first touch electrode; a second touch electrode, TE2, contacting the first touch electrode; a second organic layer, OL2, on the second touch electrode; and a high refractive index layer on the first organic layer, OL1, the second touch electrode, TE2, and the second organic layer, OL2, wherein the high refractive index layer is disposed between adjacent second touch electrodes, TE2, in a plan view and comprises a first convex surface protruding towards the display portion, DP, and overlapping one of the pixels, and wherein the first convex surface of the high refractive index layer is in contact with the display portion. a first touch electrode, TE1, overlapping the pixel defining layer ; a first organic layer, OL1, on the first touch electrode; a second touch electrode, TE2, contacting the first touch electrode; a second organic layer, OL2, on the second touch electrode; and a high refractive index layer on the first organic layer, OL1, the second touch electrode, TE2, and the second organic layer, OL2, wherein the high refractive index layer is disposed between adjacent second touch electrodes, TE2, in a plan view and comprises a first convex surface protruding towards the display portion, DP, and overlapping one of the pixels, and wherein the first convex surface of the high refractive index layer is in contact with the display portion.
A system , comprising: at least one storage medium including a set of instructions; and at least one processor in communication with the at least one storage medium , wherein when executing the set of instructions, the at least one processor is directed to cause the system to: concurrently display a plurality of videos via a display device, each of the plurality of videos corresponding to a camera channel; receive an input signal associated with at least one of the plurality of videos; determine whether a camera channel of the at least one of the plurality of videos has one or more correlated camera channels, the camera channel of the at least one of the plurality of videos and the one or more correlated camera channels correspond to different sensors of a multi-camera; and in response to determining that the camera channel of the at least one of the plurality of videos has one or more correlated camera channels, jointly display the at least one of the plurality of videos and one or more correlated videos of the one or more correlated camera channels via the display device. at least one storage medium including a set of instructions; and at least one processor in communication with the at least one storage medium , wherein when executing the set of instructions, the at least one processor is directed to cause the system to: concurrently display a plurality of videos via a display device, each of the plurality of videos corresponding to a camera channel; receive an input signal associated with at least one of the plurality of videos; determine whether a camera channel of the at least one of the plurality of videos has one or more correlated camera channels, the camera channel of the at least one of the plurality of videos and the one or more correlated camera channels correspond to different sensors of a multi-camera; and in response to determining that the camera channel of the at least one of the plurality of videos has one or more correlated camera channels, jointly display the at least one of the plurality of videos and one or more correlated videos of the one or more correlated camera channels via the display device. concurrently display a plurality of videos via a display device, each of the plurality of videos corresponding to a camera channel; receive an input signal associated with at least one of the plurality of videos; determine whether a camera channel of the at least one of the plurality of videos has one or more correlated camera channels, the camera channel of the at least one of the plurality of videos and the one or more correlated camera channels correspond to different sensors of a multi-camera; and in response to determining that the camera channel of the at least one of the plurality of videos has one or more correlated camera channels, jointly display the at least one of the plurality of videos and one or more correlated videos of the one or more correlated camera channels via the display device.