mhurhangee/ep-ind-claims huggingface dataset:
A method (200, 300, 400) comprising: determining, by one or more network elements (136, 180, 182, 162), whether at least one user equipment (110a, 110b), UE, is present within a combined WiFi coverage area comprising a plurality of WiFi coverage areas (166, 168a, 168b) for a respective plurality of WiFi access points (150, 160a, 160b), APs, the combined WiFi coverage area overlapping a small cell coverage area of a multimode access point, wherein the multimode AP comprises a WiFi AP portion (152, 156, 157) and a small cell AP portion, wherein the determining is performed by communicating with one or more of the plurality of WiFi APs; and controlling, by the one or more network elements, a power saving mode for the small cell AP portion of the multimode AP, wherein the controlling comprises: responsive to determining that at least one UE is not present within the combined WiFi coverage area, disabling power or enabling a standby mode for the small cell AP portion of the multimode AP; and responsive to determining that at least one UE is present within the combined WiFi coverage area, enabling power or disabling a standby mode for the small cell AP portion of the multimode AP. determining, by one or more network elements (136, 180, 182, 162), whether at least one user equipment (110a, 110b), UE, is present within a combined WiFi coverage area comprising a plurality of WiFi coverage areas (166, 168a, 168b) for a respective plurality of WiFi access points (150, 160a, 160b), APs, the combined WiFi coverage area overlapping a small cell coverage area of a multimode access point, wherein the multimode AP comprises a WiFi AP portion (152, 156, 157) and a small cell AP portion, wherein the determining is performed by communicating with one or more of the plurality of WiFi APs; and controlling, by the one or more network elements, a power saving mode for the small cell AP portion of the multimode AP, wherein the controlling comprises: responsive to determining that at least one UE is not present within the combined WiFi coverage area, disabling power or enabling a standby mode for the small cell AP portion of the multimode AP; and responsive to determining that at least one UE is present within the combined WiFi coverage area, enabling power or disabling a standby mode for the small cell AP portion of the multimode AP. responsive to determining that at least one UE is not present within the combined WiFi coverage area, disabling power or enabling a standby mode for the small cell AP portion of the multimode AP; and responsive to determining that at least one UE is present within the combined WiFi coverage area, enabling power or disabling a standby mode for the small cell AP portion of the multimode AP.
A gas turbine engine (100; 150; 170) comprising: a compressor section having a downstream most end and a cooling air tap at a location spaced upstream from said downstream most end, air from said cooling air tap being passed through at least one boost compressor (118; 152) and at least one heat exchanger (124; 130), and then passed to a turbine section to cool said turbine section, said boost compressor (118; 152) being controlled to provide a desired pressure to said turbine section, wherein said boost compressor is provided with a controllable output; wherein: said boost compressor is provided with a variable area inlet; or the gas turbine engine further comprises a controlled and variable mid-compression point tap in said boost compressor; or said control for said boost compressor includes a variable area diffuser at a downstream end of said boost compressor, wherein said variable area diffuser is operable to control an inlet pressure head and an outlet pressure; characterised in that: the gas turbine engine (100; 150; 170) further comprises a mixing chamber that receives air downstream of said boost compressor (118; 152) and selectively receives air from a second location which has been compressed by said compressor section to a pressure higher than a pressure of said cooling air tap, wherein said mixing chamber is configured to control a mixture of said airflow downstream of said boost compressor (118; 152), and said airflow from said second location to selectively deliver a mixture of the airflows to said turbine section. said boost compressor is provided with a variable area inlet; or the gas turbine engine further comprises a controlled and variable mid-compression point tap in said boost compressor; or said control for said boost compressor includes a variable area diffuser at a downstream end of said boost compressor, wherein said variable area diffuser is operable to control an inlet pressure head and an outlet pressure; characterised in that: the gas turbine engine (100; 150; 170) further comprises a mixing chamber that receives air downstream of said boost compressor (118; 152) and selectively receives air from a second location which has been compressed by said compressor section to a pressure higher than a pressure of said cooling air tap, wherein said mixing chamber is configured to control a mixture of said airflow downstream of said boost compressor (118; 152), and said airflow from said second location to selectively deliver a mixture of the airflows to said turbine section.
A method for making heat-insulative paper containers (62, 62') by coating a surface of paper with a film layer, and then continuously coating another surface of the paper with a foam material in a manner of spraying, rolling or color printing (8"), and then furling the paper after drying, and after that, cutting the paper into a semi-product and then molding into a paper container; or otherwise, molding the paper with the film layer into a paper container, and then coating an outer surface of the paper container with a foam material; beating the foam material so as to make the foam material foam on the surface of the paper; wherein the method comprises: mixing and blending polyethylene terephtalate or polypropylene with an adhesive to form a polymer material; heating and extruding the polymer material with an extruder machine to form a film; coating a surface of paper with the film so as to form the film layer which is to be an inner surface of the paper container (62, 62'); cooling and laminating the paper, which is coated with the film, with a laminating roller; instantaneously heating the foam material on the outer surface of the paper container (62, 62') with a heating device (9, 9') in a manner of directly touching the foam material with the heating device and also disposing the heating device closely to an inner surface of the paper container (62, 62') so as to instantly heat the inner surface of the paper container (62, 62') without touching it, so that the foaming time of the foam material is shortened, the foam material foams uniformly, and the film layer is prevented from being damaged by high temperature when heating; and separating the paper container (62, 62') from the heating device (9, 9') immediately after foaming. mixing and blending polyethylene terephtalate or polypropylene with an adhesive to form a polymer material; heating and extruding the polymer material with an extruder machine to form a film; coating a surface of paper with the film so as to form the film layer which is to be an inner surface of the paper container (62, 62'); cooling and laminating the paper, which is coated with the film, with a laminating roller; instantaneously heating the foam material on the outer surface of the paper container (62, 62') with a heating device (9, 9') in a manner of directly touching the foam material with the heating device and also disposing the heating device closely to an inner surface of the paper container (62, 62') so as to instantly heat the inner surface of the paper container (62, 62') without touching it, so that the foaming time of the foam material is shortened, the foam material foams uniformly, and the film layer is prevented from being damaged by high temperature when heating; and separating the paper container (62, 62') from the heating device (9, 9') immediately after foaming.
An endoscopic treatment tool which is adapted to be inserted into a hollow organ through a natural orifice and is adapted to perform a suturing treatment within the hollow organ or abdominal cavity, comprising: a hollow organ lining support comprising a tubular body having a first cylindrical shape in which a diameter of the tubular body is smaller than the smallest diameter of a passage from the natural orifice to the hollow organ, wherein the tubular body being able to expand into a second cylindrical shape in which a diameter thereof is larger than the smallest diameter of the passage from the natural orifice to the hollow organ, wherein an opening portion is provided on an outer circumferential surface of the tubular body, and wherein the opening portion is disposed to receive a part of the hollow organ or abdominal cavity wall in which the suturing treatment is to be performed, and wherein the tubular body being expanded into the second cylindrical shape is configured such that the outer circumferential surface of the tubular body is in close contact with the hollow organ or abdominal cavity wall and such that a portion of the hollow organ or abdominal cavity wall surrounding the opening portion is pulled into the tubular body through the opening portion. a hollow organ lining support comprising a tubular body having a first cylindrical shape in which a diameter of the tubular body is smaller than the smallest diameter of a passage from the natural orifice to the hollow organ, wherein the tubular body being able to expand into a second cylindrical shape in which a diameter thereof is larger than the smallest diameter of the passage from the natural orifice to the hollow organ, wherein an opening portion is provided on an outer circumferential surface of the tubular body, and wherein the opening portion is disposed to receive a part of the hollow organ or abdominal cavity wall in which the suturing treatment is to be performed, and wherein the tubular body being expanded into the second cylindrical shape is configured such that the outer circumferential surface of the tubular body is in close contact with the hollow organ or abdominal cavity wall and such that a portion of the hollow organ or abdominal cavity wall surrounding the opening portion is pulled into the tubular body through the opening portion.
A display device comprising: a display panel having an electrode layer in a display area and a non-display area thereof, and a panel ground layer (PGND) in the non-display area; and a touchscreen disposed over the display panel, and including a touch ground layer having an area overlapping with at least one of the electrode layer and the panel ground layer, wherein the panel ground layer (PGND) does not overlap the display area of the display panel. a display panel having an electrode layer in a display area and a non-display area thereof, and a panel ground layer (PGND) in the non-display area; and a touchscreen disposed over the display panel, and including a touch ground layer having an area overlapping with at least one of the electrode layer and the panel ground layer, wherein the panel ground layer (PGND) does not overlap the display area of the display panel.
Mitre saw with a support, which forms a workpiece support surface, a mounting bracket attached to the support and a saw unit, mounted on the mounting bracket above the workpiece support surface, which can pivot about a transverse axis from a raised inoperative position into a lowered sawing position and vice-versa, wherein the saw unit is self-lockable on reaching the raised inoperative position and can be unlocked again by a manual operation of an unlocking element, wherein the saw unit has a drive motor, which is attached to a cap arm, which itself can pivot about the transverse axis, wherein the cap arm is preloaded by a spring arrangement in the direction of the inoperative position of the saw unit and has an inoperative position stop to the rear, which comes into contact with a backstop on the mounting bracket when the saw unit reaches the inoperative position, characterised in that the inoperative position stop comes into contact with the backstop or the backstop with the inoperative position stop linearly, preferably solely linearly, thus not two-dimensionally.
An image forming apparatus comprising: a plurality of image forming portions, each image forming portion having a photosensitive member and a developing device for developing an electrostatic image on said photosensitive member with toner; and an exposure unit disposed below the image forming portions for exposing the plurality of photosensitive members with light beams, said exposure unit having a frame member that accommodates an optical member (4, 5a, 5b, 6), wherein said frame member includes a frame portion opposed to the image forming portions, characterized in that the frame portion has a plurality of recessed portions and a plurality of windows provided in positions different from the recessed portions, the plurality of windows transmitting the light beams for exposing the photosensitive members, the frame portion is inclined with respect to a horizontal direction, one recessed portion of the recessed portions is disposed between one window at a part on the frame portion, on which toner falls down from one image forming portion of the plurality of image forming portions, and another window of the plurality of windows which is lower than the part on the frame portion in a vertical direction, and the one recessed portion is configured to receive the toner slipped from the part on the frame portion. a plurality of image forming portions, each image forming portion having a photosensitive member and a developing device for developing an electrostatic image on said photosensitive member with toner; and an exposure unit disposed below the image forming portions for exposing the plurality of photosensitive members with light beams, said exposure unit having a frame member that accommodates an optical member (4, 5a, 5b, 6), wherein said frame member includes a frame portion opposed to the image forming portions, characterized in that the frame portion has a plurality of recessed portions and a plurality of windows provided in positions different from the recessed portions, the plurality of windows transmitting the light beams for exposing the photosensitive members, the frame portion is inclined with respect to a horizontal direction, one recessed portion of the recessed portions is disposed between one window at a part on the frame portion, on which toner falls down from one image forming portion of the plurality of image forming portions, and another window of the plurality of windows which is lower than the part on the frame portion in a vertical direction, and the one recessed portion is configured to receive the toner slipped from the part on the frame portion.
A pharmaceutical composition, comprising Tecovirimat, cyclodextrin and an additive, and optionally a pharmaceutically acceptable excipient, wherein said additive is meglumine.
A method for aiding cyber intrusion investigations, the method comprising: extracting data (208, 210) from a specified range of a volatile memory (202, 204) of a target processing device; reconstructing data structures and artifacts from the extracted data; and generating and presenting a visualization of the reconstructed data structures and the reconstructed artifacts displayed with a graphical user interface, wherein the method is performed by at least one processing device, wherein the method further comprises: (a) generating, managing, importing and/or sharing at least one detection method for detecting anomalous conditions using the reconstructed artifacts displayed with the graphical user interface; and (b) collecting metrics regarding effectiveness of the at least one detection method; and sending the collected metrics to at least one other processing device for remote analytics. extracting data (208, 210) from a specified range of a volatile memory (202, 204) of a target processing device; reconstructing data structures and artifacts from the extracted data; and generating and presenting a visualization of the reconstructed data structures and the reconstructed artifacts displayed with a graphical user interface, wherein the method is performed by at least one processing device, wherein the method further comprises: (a) generating, managing, importing and/or sharing at least one detection method for detecting anomalous conditions using the reconstructed artifacts displayed with the graphical user interface; and (b) collecting metrics regarding effectiveness of the at least one detection method; and sending the collected metrics to at least one other processing device for remote analytics. (a) generating, managing, importing and/or sharing at least one detection method for detecting anomalous conditions using the reconstructed artifacts displayed with the graphical user interface; and (b) collecting metrics regarding effectiveness of the at least one detection method; and sending the collected metrics to at least one other processing device for remote analytics.
A lithium secondary battery comprising: a positive electrode, a negative electrode, a separator disposed between the positive electrode and the negative electrode, and an electrolyte solution, wherein a patterned gel polymer electrolyte layer is included on one surface or both surfaces of at least one structure of the positive electrode, the negative electrode, or the separator, wherein the patterned gel polymer electrolyte layer comprises uncoated portions and a plurality of line-type coating portions which are spaced apart from each other and arranged in parallel, wherein the line-type coating portions are formed in an oblique direction, and wherein an internal angle of a vertex at an intersection of the line-type coating portion formed in the oblique direction and an edge portion of the structure is in a range of 5° to 60°. a positive electrode, a negative electrode, a separator disposed between the positive electrode and the negative electrode, and an electrolyte solution, wherein a patterned gel polymer electrolyte layer is included on one surface or both surfaces of at least one structure of the positive electrode, the negative electrode, or the separator, wherein the patterned gel polymer electrolyte layer comprises uncoated portions and a plurality of line-type coating portions which are spaced apart from each other and arranged in parallel, wherein the line-type coating portions are formed in an oblique direction, and wherein an internal angle of a vertex at an intersection of the line-type coating portion formed in the oblique direction and an edge portion of the structure is in a range of 5° to 60°.
A method of producing an electromagnetic mat for forming a stator or rotor component of a multiphase ironless or slotless electric machine, wherein the electromagnetic mat comprises: non-conductive structural fibre lengths; and a plurality of continuous winding fibre lengths, wherein the continuous winding fibre lengths are for forming winding fibres that are in a winding pattern for forming one or more multiphase windings of the multiphase ironless or slotless electric machine, wherein the method comprises: forming the electromagnetic mat by forming a support structure with the structural fibre lengths and inserting the continuous winding fibre lengths into the support structure so that the continuous winding fibre lengths extend across the structural fibre lengths and the structural fibre lengths lock the continuous winding fibre lengths in position, wherein the step of inserting the continuous winding fibre lengths into the support structure comprises weaving the continuous winding fibre lengths back and forth across the structural fibre lengths, and aligning the continuous winding fibre lengths in a winding pattern so as to create a moving electromagnetic field when induced with an alternating current or constant electromagnetic field when induced with direct current.. non-conductive structural fibre lengths; and a plurality of continuous winding fibre lengths, wherein the continuous winding fibre lengths are for forming winding fibres that are in a winding pattern for forming one or more multiphase windings of the multiphase ironless or slotless electric machine, wherein the method comprises: forming the electromagnetic mat by forming a support structure with the structural fibre lengths and inserting the continuous winding fibre lengths into the support structure so that the continuous winding fibre lengths extend across the structural fibre lengths and the structural fibre lengths lock the continuous winding fibre lengths in position, wherein the step of inserting the continuous winding fibre lengths into the support structure comprises weaving the continuous winding fibre lengths back and forth across the structural fibre lengths, and aligning the continuous winding fibre lengths in a winding pattern so as to create a moving electromagnetic field when induced with an alternating current or constant electromagnetic field when induced with direct current..
A system for deploying at least one clip device, the system comprising: a first clip device (20a,120a) having first and second arms (30a,40a,130a,140a) wherein distal ends of the first and second arms tend to be spaced radially apart from each other when the first clip device is in an open state, and wherein the distal ends of the first and second arms are adjacent to each other when the first clip device is in a closed state; a sliding ring being movable between a first position when the first clip device is in the open state and a second position to hold the first and second arms of the first clip device in the closed state; an inner catheter (70,170) having a lumen wherein the first clip device and the sliding ring are configured to be selectively advanced through the lumen of the inner catheter; and an outer cathete having a lumen, wherein the inner catheter is configured for longitudinal movement with respect to the lumen of the outer catheter, characterized in that selective positioning of the outer catheter over a distal region of the inner catheter causes the distal region of the inner catheter to bow radially inward to form a constriction that selectively engages the sliding ring of the first clip device. a first clip device (20a,120a) having first and second arms (30a,40a,130a,140a) wherein distal ends of the first and second arms tend to be spaced radially apart from each other when the first clip device is in an open state, and wherein the distal ends of the first and second arms are adjacent to each other when the first clip device is in a closed state; a sliding ring being movable between a first position when the first clip device is in the open state and a second position to hold the first and second arms of the first clip device in the closed state; an inner catheter (70,170) having a lumen wherein the first clip device and the sliding ring are configured to be selectively advanced through the lumen of the inner catheter; and an outer cathete having a lumen, wherein the inner catheter is configured for longitudinal movement with respect to the lumen of the outer catheter, characterized in that selective positioning of the outer catheter over a distal region of the inner catheter causes the distal region of the inner catheter to bow radially inward to form a constriction that selectively engages the sliding ring of the first clip device.