mhurhangee/ep-ind-claims huggingface dataset:
A remote control monitoring system, used to provide a local display screen to a remote computer in real-time to implement a remote real-time display, the remote control monitoring system comprising: characterized in that: a display adapter, connected to a local display; a processor, comprising a first video signal port and a second video signal port, wherein the first video signal port is connected to the display adapter; a signal receiver, comprising multiple types of input interfaces for a first video standard and multiple types of output interfaces for a second video standard, wherein the signal receiver is connected to the second video signal port of the processor of a local computer and configured to receive a first video signal corresponding to the local display screen from the second video signal port through one type of the inputted interfaces, convert the first video signal to a second video signal, and enable one type of the output interfaces to output the second video signal in a video standard different from the video standard of the first video signal; wherein the first video signal port and the second video signal port are set to be a mirror display mode to transmit the first video signal of same content; and a remote controller, connected to the signal receiver and configured to transmit the second video signal through a network module to the remote computer, such that a remote display screen corresponding to the local display screen is displayed based on the second video signal; wherein the first video signal is compatible with an output standard of the processor; the second video signal is compatible with an input standard of the remote controller. a display adapter, connected to a local display; a processor, comprising a first video signal port and a second video signal port, wherein the first video signal port is connected to the display adapter; a signal receiver, comprising multiple types of input interfaces for a first video standard and multiple types of output interfaces for a second video standard, wherein the signal receiver is connected to the second video signal port of the processor of a local computer and configured to receive a first video signal corresponding to the local display screen from the second video signal port through one type of the inputted interfaces, convert the first video signal to a second video signal, and enable one type of the output interfaces to output the second video signal in a video standard different from the video standard of the first video signal; wherein the first video signal port and the second video signal port are set to be a mirror display mode to transmit the first video signal of same content; and a remote controller, connected to the signal receiver and configured to transmit the second video signal through a network module to the remote computer, such that a remote display screen corresponding to the local display screen is displayed based on the second video signal; wherein the first video signal is compatible with an output standard of the processor; the second video signal is compatible with an input standard of the remote controller.
A marker applicator device (50, 80) containing an intracorporeal site marker (10, 70) for marking a selected site within tissue of a patient's body, wherein the marker comprises a marker body and either does not comprise a pellet-shaped encapsulating element or comprises a pellet shaped encapsulating element partially enclosing the marker body, the marker comprising: (a) an ultrasound detectable body including boundaries having a high contrast in acoustical impedance when the marker is placed in tissue of the selected site, so as to efficiently reflect ultrasound during ultrasound imaging; and (b) a body shape which is recognizably artificial when the marker is subject to ultrasound or X-ray imaging, so as to be readily distinguishable from biological features within the tissue site, wherein the site marker body has a shape of a lower case Greek letter gamma. (a) an ultrasound detectable body including boundaries having a high contrast in acoustical impedance when the marker is placed in tissue of the selected site, so as to efficiently reflect ultrasound during ultrasound imaging; and (b) a body shape which is recognizably artificial when the marker is subject to ultrasound or X-ray imaging, so as to be readily distinguishable from biological features within the tissue site,
An integrated circuit comprising a lateral flux capacitor assembly having: a first metal layer having at least a first and second set of parallel capacitive fingers (321,323,325,327) and first and second dummy metal line portions (332,336) and first and second hand portions (328,338); a second metal layer having at least a first and second set of parallel capacitive fingers and first and second dummy metal line portions (432,436) and first and second hand portions (434,438); wherein the first and second sets of parallel capacitive fingers (321,323,325,327) in the first metal layer are positioned in mirror image relationship with the first and second sets of parallel capacitive fingers in the second metal layer, the sets of capacitive fingers positioned in mirror image relationship having opposite polarities; wherein the first and second dummy metal line portions (332,336) in the first metal layer are positioned in mirror image relationship with the first and second dummy metal line portions (432,436) in the second metal layer; wherein first and second hand portions in each metal layer electrically connecting capacitive fingers attached thereto to an associated dummy metal line portion, the first hand portion in the first metal layer partially overlapping with the second hand portion in the second metal layer and the second hand portion in the first metal layer partially overlapping with the first hand portion in the second metal layer. a first metal layer having at least a first and second set of parallel capacitive fingers (321,323,325,327) and first and second dummy metal line portions (332,336) and first and second hand portions (328,338); a second metal layer having at least a first and second set of parallel capacitive fingers and first and second dummy metal line portions (432,436) and first and second hand portions (434,438); wherein the first and second sets of parallel capacitive fingers (321,323,325,327) in the first metal layer are positioned in mirror image relationship with the first and second sets of parallel capacitive fingers in the second metal layer, the sets of capacitive fingers positioned in mirror image relationship having opposite polarities; wherein the first and second dummy metal line portions (332,336) in the first metal layer are positioned in mirror image relationship with the first and second dummy metal line portions (432,436) in the second metal layer; wherein first and second hand portions in each metal layer electrically connecting capacitive fingers attached thereto to an associated dummy metal line portion, the first hand portion in the first metal layer partially overlapping with the second hand portion in the second metal layer and the second hand portion in the first metal layer partially overlapping with the first hand portion in the second metal layer.
A method for configuring at least one configurable input/output processing device arranged to communicate with at least one processing node (S1-S4) associated to a distributed avionics control system comprising a plurality of processing nodes (S1-S4) interconnected in a network, wherein each of the plurality of processing nodes (S1-S4) is connected to the network via at least one of said configurable input/output processing device, wherein the plurality of processing nodes (S1-S4) are arranged to execute a plurality of applications (51-52,61), the method is characterized in comprising the steps of: - providing first instructions to the at least one configurable input/output processing device, said first instructions comprising processing information for the at least one configurable input/output processing device and being independent of a current configuration of the distributed avionics control system, - providing second instructions to the at least one configurable input/output processing device, said second instructions being dependent on the current configuration of the distributed avionics control system. - providing first instructions to the at least one configurable input/output processing device, said first instructions comprising processing information for the at least one configurable input/output processing device and being independent of a current configuration of the distributed avionics control system, - providing second instructions to the at least one configurable input/output processing device, said second instructions being dependent on the current configuration of the distributed avionics control system.
A fan casing assembly comprising: an annular fan casing having a peripheral wall and opposing forward and aft edges (60, 62) and at least one fan casing fastener opening passing through the peripheral wall; an annular surface cooler having a first surface confronting the peripheral wall and having opposing forward and aft edges (68, 70), with corresponding forward and aft hooks (76, 78), which are radially spaced from the first surface and located between the peripheral wall and the first surface; and a mounting bracket having a body with opposing first and second flanges (106, 108) and at least one mounting bracket fastener opening corresponding to the fan casing fastener opening, wherein the first and second flanges (106, 108) underlie the corresponding forward and aft hooks (76, 78), and a fastener extends through the corresponding fan casing fastener opening and mounting bracket fastener opening to retain the annular surface cooler to the annular fan casing. an annular fan casing having a peripheral wall and opposing forward and aft edges (60, 62) and at least one fan casing fastener opening passing through the peripheral wall; an annular surface cooler having a first surface confronting the peripheral wall and having opposing forward and aft edges (68, 70), with corresponding forward and aft hooks (76, 78), which are radially spaced from the first surface and located between the peripheral wall and the first surface; and a mounting bracket having a body with opposing first and second flanges (106, 108) and at least one mounting bracket fastener opening corresponding to the fan casing fastener opening, wherein the first and second flanges (106, 108) underlie the corresponding forward and aft hooks (76, 78), and a fastener extends through the corresponding fan casing fastener opening and mounting bracket fastener opening to retain the annular surface cooler to the annular fan casing.
A process diaphragm seal comprising: a seal body including a flange surrounding a cavity; a diaphragm having an active portion extending over the cavity and a peripheral portion surrounding the active portion; and a ring member clamping the peripheral portion of the diaphragm to an outer wall of the flange through an interference fit between an inner wall of the ring member and the outer wall of the flange, wherein a seal is formed between the peripheral portion of the diaphragm and the outer wall of the flange. a seal body including a flange surrounding a cavity; a diaphragm having an active portion extending over the cavity and a peripheral portion surrounding the active portion; and a ring member clamping the peripheral portion of the diaphragm to an outer wall of the flange through an interference fit between an inner wall of the ring member and the outer wall of the flange, wherein a seal is formed between the peripheral portion of the diaphragm and the outer wall of the flange.
Heat-sensitive recording material comprising a substrate and a heat-sensitive recording layer comprising - one or more dye precursors; - N-(p-toluenesulphonyl)-N'-3-(p-toluenesulphonyl-oxyphenyl)-urea - and one or more condensation products of formula wherein in formula - each structural element R 1 is selected from the group consisting of halogen atom, hydroxy group, alkyl groups having from 1 to 5 carbon atoms, alkoxy groups having from 1 to 5 carbon atoms, cyano group, nitro group, aryl groups and alkaryl groups, and the individual structural elements R 1 are identical or different, - each structural element R 2 is selected from the group consisting of hydrogen atom, alkyl groups having from 1 to 5 carbon atoms and aryl groups, and the individual structural elements R 2 are identical or different, - m is a whole number from 0 to 3, - n is a whole number from 0 to 3. - one or more dye precursors; - N-(p-toluenesulphonyl)-N'-3-(p-toluenesulphonyl-oxyphenyl)-urea - and one or more condensation products of formula wherein in formula - each structural element R 1 is selected from the group consisting of halogen atom, hydroxy group, alkyl groups having from 1 to 5 carbon atoms, alkoxy groups having from 1 to 5 carbon atoms, cyano group, nitro group, aryl groups and alkaryl groups, and the individual structural elements R 1 are identical or different, - each structural element R 2 is selected from the group consisting of hydrogen atom, alkyl groups having from 1 to 5 carbon atoms and aryl groups, and the individual structural elements R 2 are identical or different, - m is a whole number from 0 to 3, - n is a whole number from 0 to 3. - each structural element R 1 is selected from the group consisting of halogen atom, hydroxy group, alkyl groups having from 1 to 5 carbon atoms, alkoxy groups having from 1 to 5 carbon atoms, cyano group, nitro group, aryl groups and alkaryl groups, and the individual structural elements R 1 are identical or different, - each structural element R 2 is selected from the group consisting of hydrogen atom, alkyl groups having from 1 to 5 carbon atoms and aryl groups, and the individual structural elements R 2 are identical or different, - m is a whole number from 0 to 3, - n is a whole number from 0 to 3.
A control valve suitable for use with a variable displacement compressor comprising a valve housing; a valve chamber defined in the valve housing adapted to form a part of a supply passage or a bleed passage of a variable displacement compressor being part of a refrigerant circuit; a movable valve body (82, 96) located in the valve chamber adapted to adjust an opening size of the supply passage or the bleed passage; a pressure difference detector (60, CV2, CV3 CV4) adapted to detect a pressure difference between two pressure monitoring points (P1, P2) located in the refrigerant circuit, wherein a position of the valve body (82, 96) is affected by a force produced by the detected pressure difference; and the valve further comprises an actuator for applying a force to the pressure difference detector (60, CV2, CV3 CV4), characterized in that the actuator is configured to change a target pressure difference according to an external command.
A process for hydroprocessing a hydrocarbon feed, the process comprising contacting the feed with hydrogen in the presence of a catalytically effective amount of a bulk metal catalyst under catalytic conversion conditions, the bulk metal catalyst comprising metal oxidic particles containing only one Group VIB metal and only one Group VIII metal, the bulk metal catalyst being made by: (i) combining in a reaction mixture one or more first compounds comprising the Group VIII metal and one or more second compounds comprising the Group VIB metals in the presence of a protic liquid, wherein the Group VIII metal to Group VIB metal molar ratio is between 0.1 and 5, and (ii) reacting the compounds under hydrothermal conditions to form metal oxidic particles, wherein the hydrothermal conditions include heating the reaction mixture at a temperature above the atmospheric boiling point of the protic liquid, and wherein the group VIII metal is nickel and the group VIB metal is tungsten. (i) combining in a reaction mixture one or more first compounds comprising the Group VIII metal and one or more second compounds comprising the Group VIB metals in the presence of a protic liquid, wherein the Group VIII metal to Group VIB metal molar ratio is between 0.1 and 5, and (ii) reacting the compounds under hydrothermal conditions to form metal oxidic particles, wherein the hydrothermal conditions include heating the reaction mixture at a temperature above the atmospheric boiling point of the protic liquid, and
A method comprising: generating, by a first encoder, a first stream of first bits based on first input bits provided to the first encoder, wherein the generating the first stream of first bits comprises applying transition encoding to the first input bits; generating, by a bit generator, a second stream of second bits based on second input bits provided to the bit generator; and generating, by a PAM4 transmitter, PAM4 symbols based at least on the first stream of first bits received by the PAM4 transmitter; wherein the first stream of first bits correspond to most significant bits of the PAM4 symbols generated by the PAM4 transmitter. generating, by a first encoder, a first stream of first bits based on first input bits provided to the first encoder, wherein the generating the first stream of first bits comprises applying transition encoding to the first input bits; generating, by a bit generator, a second stream of second bits based on second input bits provided to the bit generator; and generating, by a PAM4 transmitter, PAM4 symbols based at least on the first stream of first bits received by the PAM4 transmitter; wherein the first stream of first bits correspond to most significant bits of the PAM4 symbols generated by the PAM4 transmitter.
A microchannel plate (810, 1014) comprising an active area having a plurality of microchannels formed therein and a first solid glass pad formed within said active area for mounting the microchannel plate in an operative device, the first solid glass pad being formed as a discrete island in the active area, whereby expansion of the active area is not impeded during hydration induced swelling of the active area after fabrication of the microchannel plate characterized by the first solid glass pad being elevated relative to the active area, hereby gas present in the microchannels in the active area is not trapped within the microchannels by mounting hardware when the microchannel plate is mounted in an operative device.
A computer graphics processing method comprising: compressing vertex parameter values with a vertex shader; writing the compressed vertex parameter values to a cache; accessing the compressed vertex parameter values written to the cache with a pixel shader; and decompressing the compressed vertex parameter values with the pixel shader. compressing vertex parameter values with a vertex shader; writing the compressed vertex parameter values to a cache; accessing the compressed vertex parameter values written to the cache with a pixel shader; and decompressing the compressed vertex parameter values with the pixel shader.
A non-therapeutic method for introducing a foreign gene into an early embryo of a marmoset, comprising adding an early embryo of a marmoset to a 0.2 M-0.3 M sucrose solution to perform sucrose treatment, such as to increase the volume of the perivitelline space, and then injecting a retroviral vector containing a human foreign gene operably linked to a promoter into the perivitelline space of the early embryo.
A method of making microcrystalline cellulose comprising the steps of: a) Providing a cellulosic pulp and subjecting such pulp to an acid hydrolysis process to create an acidic product reaction mixture slurry comprising microcrystalline cellulose and hydrolysate liquor; b) Adding a sufficient amount of an alkaline material to the acidic product reaction mixture slurry to produce a neutralized product reaction mixture having a pH of between 7 and 12; c) Adding hydrogen peroxide as oxidant to the neutralized product reaction mixture to form a bleached product reaction mixture comprising bleached microcrystalline cellulose and hydrolysate slurry; and d) Isolating the bleached microcrystalline cellulose from the bleached product reaction mixture. a) Providing a cellulosic pulp and subjecting such pulp to an acid hydrolysis process to create an acidic product reaction mixture slurry comprising microcrystalline cellulose and hydrolysate liquor; b) Adding a sufficient amount of an alkaline material to the acidic product reaction mixture slurry to produce a neutralized product reaction mixture having a pH of between 7 and 12; c) Adding hydrogen peroxide as oxidant to the neutralized product reaction mixture to form a bleached product reaction mixture comprising bleached microcrystalline cellulose and hydrolysate slurry; and d) Isolating the bleached microcrystalline cellulose from the bleached product reaction mixture.
A device for the safe and organised guided handling of the hose supply in the event of a firefighting operation, comprising: 1.1 a hose; 1.2 a reel; 1.2.1 wherein the reel has a central water connection; 1.2.2 wherein the central water connection is rotatable relative to the reel; 1.2.3 wherein the hose can be wound on the reel so as to form a hose supply; and 1.2.4 wherein the central water connection can ensure a fluid connection to the hose; and comprising 1.3 a bag for transporting the reel; 1.3.1 wherein more than 50% of the surface of the bag consists of flexible material; 1.3.2 wherein the bag has at least one handle and/or strap (12, 13), by which the bag can be carried; 1.3.3 wherein the bag has a form adapted to the form of the reel; 1.3.4 wherein the bag has a hole for the central water connection; and 1.3.5 wherein the reel is mounted rotatably in the bag for unwinding of the hose. 1.1 a hose; 1.2 a reel; 1.2.1 wherein the reel has a central water connection; 1.2.2 wherein the central water connection is rotatable relative to the reel; 1.2.3 wherein the hose can be wound on the reel so as to form a hose supply; and 1.2.4 wherein the central water connection can ensure a fluid connection to the hose; and comprising 1.2.1 wherein the reel has a central water connection; 1.2.2 wherein the central water connection is rotatable relative to the reel; 1.2.3 wherein the hose can be wound on the reel so as to form a hose supply; and 1.2.4 wherein the central water connection can ensure a fluid connection to the hose; and comprising 1.3 a bag for transporting the reel; 1.3.1 wherein more than 50% of the surface of the bag consists of flexible material; 1.3.2 wherein the bag has at least one handle and/or strap (12, 13), by which the bag can be carried; 1.3.3 wherein the bag has a form adapted to the form of the reel; 1.3.4 wherein the bag has a hole for the central water connection; and 1.3.5 wherein the reel is mounted rotatably in the bag for unwinding of the hose. 1.3.1 wherein more than 50% of the surface of the bag consists of flexible material; 1.3.2 wherein the bag has at least one handle and/or strap (12, 13), by which the bag can be carried; 1.3.3 wherein the bag has a form adapted to the form of the reel; 1.3.4 wherein the bag has a hole for the central water connection; and 1.3.5 wherein the reel is mounted rotatably in the bag for unwinding of the hose.