mhurhangee/patent-ind-claim-en huggingface dataset:
A ship having a plurality of fuel lines, the ship comprising: a ship body ; a first combustion engine ; a second combustion engine ; a fuel tank ; a fuel tank chamber (103;103C,106) disposed inside the ship body , and partitioned by a bulkhead so as to accommodate the fuel tank ; a first engine room (101;101C) disposed inside the ship body , and partitioned by another bulkhead so as to accommodate the first combustion engine for combusting a fuel supplied from the fuel tank ; a second engine room (102;102C) disposed between the fuel tank chamber (103;103C,106) and the first engine room (101;101C) inside the ship body , and partitioned by the bulkheads so as to accommodate the second combustion engine for combusting the fuel supplied from the fuel tank ; a first fuel line (51;51C) connecting the fuel tank to the first combustion engine and the second combustion engine through the second engine room (102;102C); a second fuel line (52;52B;52C) connecting at least the fuel tank and the first combustion engine to each other; and a pump mechanism (60;60B;60C) for selectively feeding the fuel from the fuel tank to either the first fuel line (51;51C) or the second fuel line (52;52B;52C), characterized in that the second fuel line (52;52B;52C) is located through a partitioned section (105;108) different from the second engine room (102;102C) through which the first fuel line (51;51C) passes. a ship body ; a first combustion engine ; a second combustion engine ; a fuel tank ; a fuel tank chamber (103;103C,106) disposed inside the ship body , and partitioned by a bulkhead so as to accommodate the fuel tank ; a first engine room (101;101C) disposed inside the ship body , and partitioned by another bulkhead so as to accommodate the first combustion engine for combusting a fuel supplied from the fuel tank ; a second engine room (102;102C) disposed between the fuel tank chamber (103;103C,106) and the first engine room (101;101C) inside the ship body , and partitioned by the bulkheads so as to accommodate the second combustion engine for combusting the fuel supplied from the fuel tank ; a first fuel line (51;51C) connecting the fuel tank to the first combustion engine and the second combustion engine through the second engine room (102;102C); a second fuel line (52;52B;52C) connecting at least the fuel tank and the first combustion engine to each other; and a pump mechanism (60;60B;60C) for selectively feeding the fuel from the fuel tank to either the first fuel line (51;51C) or the second fuel line (52;52B;52C), characterized in that the second fuel line (52;52B;52C) is located through a partitioned section (105;108) different from the second engine room (102;102C) through which the first fuel line (51;51C) passes.
A hot melt wetness indicator composition comprising: at least 5 % by weight of a water insoluble thermoplastic polymer that is free of carboxylic acid groups; at least 3 % by weight anionic surfactant; leuco dye; and at least 10 % by weight of a component selected from the group consisting of acid, rosin-based tackifying agent, plasticizer, and combinations thereof, the rosin based tackifying agent being different from the acid, and wherein the composition comprises at least 5 % by weight of the plasticizer and at least one component selected from the group consisting of at least 7 % by weight of the acid, at least 5 % by weight of the rosin-based tackifying agent, and combinations thereof, the hot melt wetness indicator composition being homogeneous and exhibiting a color change after contact with water. at least 5 % by weight of a water insoluble thermoplastic polymer that is free of carboxylic acid groups; at least 3 % by weight anionic surfactant; leuco dye; and at least 10 % by weight of a component selected from the group consisting of acid, rosin-based tackifying agent, plasticizer, and combinations thereof, the rosin based tackifying agent being different from the acid, and wherein the composition comprises at least 5 % by weight of the plasticizer and at least one component selected from the group consisting of at least 7 % by weight of the acid, at least 5 % by weight of the rosin-based tackifying agent, and combinations thereof, the hot melt wetness indicator composition being homogeneous and exhibiting a color change after contact with water.
An III group nitride semiconductor device, comprising: a substrate ; a nitride semiconductor layer located on the substrate ; the nitride semiconductor layer comprising a nitride channel layer and a nitride barrier layer sequentially in a direction away from the substrate ; and a passivation layer located on the nitride semiconductor layer , the passivation layer comprising an etched portion in a gate region to expose the nitride semiconductor layer so as to form a gate groove, wherein the III group nitride semiconductor device further comprises: a composite dielectric layer located on the passivation layer and the gate groove, the composite dielectric layer at least comprising an oxynitride dielectric layer and an oxide dielectric layer which is the top layer of the composite dielectric layer, which are formed sequentially in the direction away from the substrate ; a source electrode and a drain electrode respectively located in a source region and a drain region on the nitride semiconductor layer , and a gate electrode located in a gate region between the source region and the drain region on the composite dielectric layer. a substrate ; a nitride semiconductor layer located on the substrate ; the nitride semiconductor layer comprising a nitride channel layer and a nitride barrier layer sequentially in a direction away from the substrate ; and a passivation layer located on the nitride semiconductor layer , the passivation layer comprising an etched portion in a gate region to expose the nitride semiconductor layer so as to form a gate groove, wherein the III group nitride semiconductor device further comprises: a composite dielectric layer located on the passivation layer and the gate groove, the composite dielectric layer at least comprising an oxynitride dielectric layer and an oxide dielectric layer which is the top layer of the composite dielectric layer, which are formed sequentially in the direction away from the substrate ; a source electrode and a drain electrode respectively located in a source region and a drain region on the nitride semiconductor layer , and a gate electrode located in a gate region between the source region and the drain region on the composite dielectric layer. a composite dielectric layer located on the passivation layer and the gate groove, the composite dielectric layer at least comprising an oxynitride dielectric layer and an oxide dielectric layer which is the top layer of the composite dielectric layer, which are formed sequentially in the direction away from the substrate ; a source electrode and a drain electrode respectively located in a source region and a drain region on the nitride semiconductor layer , and a gate electrode located in a gate region between the source region and the drain region on the composite dielectric layer.
A double-sided display device , comprising: a transparent display panel in which a plurality of pixels is arranged in a matrix form to display images which may be watched on both the front side and the back side of the display panel , blanking means alternately arranged on the front side and the back side of the display panel in a specific pattern on the pixels so that an image displayed on one side of the display panel by those pixels which are not blanked out on that side of the display panel cannot be seen from the other side of the display panel and a conversion unit adapted to electronically process the data supplied to the conversion unit which corresponds to an image to be displayed on both sides of the display device , so that the image displayed by the pixels which are not blanked out on one side of the display device is the same as that displayed by the pixels which are not blanked out on the other side of the display; characterised in that the blanking means comprise a light diffusion layer on to which light forming the image to be displayed from the pixels that are not blanked out is incident and which diffuses the light to the outside of the blanking means. a transparent display panel in which a plurality of pixels is arranged in a matrix form to display images which may be watched on both the front side and the back side of the display panel , blanking means alternately arranged on the front side and the back side of the display panel in a specific pattern on the pixels so that an image displayed on one side of the display panel by those pixels which are not blanked out on that side of the display panel cannot be seen from the other side of the display panel and a conversion unit adapted to electronically process the data supplied to the conversion unit which corresponds to an image to be displayed on both sides of the display device , so that the image displayed by the pixels which are not blanked out on one side of the display device is the same as that displayed by the pixels which are not blanked out on the other side of the display; characterised in that the blanking means comprise a light diffusion layer on to which light forming the image to be displayed from the pixels that are not blanked out is incident and which diffuses the light to the outside of the blanking means.
A high strength heat resistant rubber composition having both excellent strength and heat resistance, comprising: 80 to 85 parts by mass of a rubber base material; 5 to 11 parts by mass of attapulgite; 40 to 50 parts by mass of a linear low-density polyethylene; 4 to 6 parts by mass of a ceramic powder; 2 to 6 parts by mass of a cross-linking agent; 5 to 9 parts by mass of a filler; 5 to 9 parts by mass of a cross-linking aid; 8 to 13 parts by mass of rosin; 12 to 16 parts by mass of bismaleimide; and 7 to 12 parts by mass of yttrium oxide. 80 to 85 parts by mass of a rubber base material; 5 to 11 parts by mass of attapulgite; 40 to 50 parts by mass of a linear low-density polyethylene; 4 to 6 parts by mass of a ceramic powder; 2 to 6 parts by mass of a cross-linking agent; 5 to 9 parts by mass of a filler; 5 to 9 parts by mass of a cross-linking aid; 8 to 13 parts by mass of rosin; 12 to 16 parts by mass of bismaleimide; and 7 to 12 parts by mass of yttrium oxide.
A brake control system , comprising: a control unit ; and a solenoid electronically coupled to the control unit , wherein the control unit is configured to monitor a current flowing through the solenoid, the control unit is configured to detect characteristics of the current flowing through the solenoid to determine a state of the solenoid, the solenoid is configured to move in response to the control unit turning on an electric signal, and the state of the solenoid indicates that the solenoid has changed position, wherein detecting characteristics of the current comprises detecting a local extrema (T1, C1) of the current, characterized in that the solenoid comprises a bistable device, and the control unit is further configured to end the electric signal to the solenoid in response to the characteristics of the current flowing through the solenoid indicating the state of the solenoid . a control unit ; and a solenoid electronically coupled to the control unit , wherein the control unit is configured to monitor a current flowing through the solenoid, the control unit is configured to detect characteristics of the current flowing through the solenoid to determine a state of the solenoid, the solenoid is configured to move in response to the control unit turning on an electric signal, and the state of the solenoid indicates that the solenoid has changed position, the control unit is configured to monitor a current flowing through the solenoid, the control unit is configured to detect characteristics of the current flowing through the solenoid to determine a state of the solenoid, the solenoid is configured to move in response to the control unit turning on an electric signal, and the state of the solenoid indicates that the solenoid has changed position, wherein detecting characteristics of the current comprises detecting a local extrema (T1, C1) of the current, characterized in that the solenoid comprises a bistable device, and the control unit is further configured to end the electric signal to the solenoid in response to the characteristics of the current flowing through the solenoid indicating the state of the solenoid .
Vacuum device for welding a receptacle, in particular a bag, inserted into the vacuum chamber, comprising a vacuum chamber having a vacuum chamber bottom , the vacuum chamber forming a trough for receiving a useful part of the receptacle, a vacuum pump for evacuating the vacuum chamber, a welding device arranged in the vacuum chamber for welding the receptacle, a support device (18-22) arranged in the vacuum chamber and forming a support area for the receptacle in the trough , characterized in that the support device (18-22) can be inserted into the vacuum chamber in a first and a second position, and wherein the support area is arranged higher in the first position than in the second position, wherein in the first position the support device (18 - 22) is supported at one end in a support area on the vacuum chamber bottom of the trough , and at a second end at an edge area of the trough , the edge area being arranged higher than the support area . a vacuum chamber having a vacuum chamber bottom , the vacuum chamber forming a trough for receiving a useful part of the receptacle, a vacuum pump for evacuating the vacuum chamber, a welding device arranged in the vacuum chamber for welding the receptacle, a support device (18-22) arranged in the vacuum chamber and forming a support area for the receptacle in the trough , characterized in that the support device (18-22) can be inserted into the vacuum chamber in a first and a second position, and wherein the support area is arranged higher in the first position than in the second position, wherein in the first position the support device (18 - 22) is supported at one end in a support area on the vacuum chamber bottom of the trough , and at a second end at an edge area of the trough , the edge area being arranged higher than the support area .
A luminaire , comprising: a plurality of cameras ; a member supporting the plurality of cameras ; wherein a first camera of the plurality of cameras has a first field of view separated by a predetermined angle with respect to a second field of view of a second camera of the plurality of cameras , such that a segment of view is not imaged by either the first camera or the second camera; and wherein the predetermined angle is smaller or equal to an interpolation angle in a range between 0.5 degrees and 8 degrees that is the smallest separation angle at which the segment of view can be recovered or interpolated with post-processing algorithms; and wherein a field of view of a third camera has a third field of view separated by the predetermined angle with respect to one of the first field of view of the first camera and the second field of view of the second camera . a plurality of cameras ; a member supporting the plurality of cameras ; wherein a first camera of the plurality of cameras has a first field of view separated by a predetermined angle with respect to a second field of view of a second camera of the plurality of cameras , such that a segment of view is not imaged by either the first camera or the second camera; and wherein the predetermined angle is smaller or equal to an interpolation angle in a range between 0.5 degrees and 8 degrees that is the smallest separation angle at which the segment of view can be recovered or interpolated with post-processing algorithms; and wherein a field of view of a third camera has a third field of view separated by the predetermined angle with respect to one of the first field of view of the first camera and the second field of view of the second camera .
A component for a shut-off device and for limiting a flow of a process fluid, wherein the component comprises: a movable drive element which introduces a driving force from a drive unit at least partially into a shut-off body , wherein an elastic intermediate portion of the movable drive element allows a change in a distance between a shut-off body-side rigid portion of the movable drive element and a drive-side rigid portion of the movable drive element ; and a sensor unit which is designed to determine at least one signal which indicates the position of the shut-off body-side rigid portion of the movable drive element and/or the distance between the shut-off body-side rigid portion of the movable drive element and the drive-side rigid portion of the movable drive element .
A device for reducing blood pressure of a patient having a pretreatment blood pressure and a pretreatment ventricular filling volume, comprising: - a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber; - a processor circuit coupled to the stimulation circuit ; characterized in that , the processor circuit is configured to operate in an operating mode in which at least one of the cardiac chambers is stimulated to cause a ventricular excitation to commence between 0 ms and 70 ms after the onset of atrial excitation, thereby reducing the ventricular filling volume from the pretreatment ventricular filling volume and reducing the patient's blood pressure from the pretreatment blood pressure. - a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber; - a processor circuit coupled to the stimulation circuit ;
An apparatus for selective extended archiving of data, the apparatus comprising a processor and a memory storing executable instructions that, in response to execution by the processor, cause the apparatus to implement at least: a network analyzer configured to intercept and log traffic that passes over at least part of a computer network, including being configured to capture a plurality of network packets and produce a traffic log including a corresponding plurality of entries with values of fields in the plurality of network packets; a data collector configured to receive the traffic log and archive the corresponding plurality of entries for a predetermined retention period, and produce a table of the values of the fields; and an analysis engine configured to identify a value from the table as an indicator of a network compromise, and cause the data collector to archive entries of the corresponding plurality of entries having the value for an additional period beyond the predetermined retention period. a network analyzer configured to intercept and log traffic that passes over at least part of a computer network, including being configured to capture a plurality of network packets and produce a traffic log including a corresponding plurality of entries with values of fields in the plurality of network packets; a data collector configured to receive the traffic log and archive the corresponding plurality of entries for a predetermined retention period, and produce a table of the values of the fields; and an analysis engine configured to identify a value from the table as an indicator of a network compromise, and cause the data collector to archive entries of the corresponding plurality of entries having the value for an additional period beyond the predetermined retention period.
Level control system for a rail vehicle , with at least one level control cylinder and a level control piston , wherein the level control piston is guided movably in the level control cylinder in order to adjust the level of the rail vehicle , characterised in that the level control piston comprises an outer piston sleeve and a basic piston body at least partially accommodated in the piston sleeve, and relative to the piston sleeve the basic piston body can be displaced for the purpose of readjustment and can be set and/or fixed in at least two adjustment positions .
An aerial vehicle comprising: a main frame ; a plurality of operable multicopter units , each multicopter unit having a plurality of propulsion units , wherein the plurality of propulsion units are attached to the multicopter unit at a fixed yaw angle, a fixed roll angle and a fixed pitch angle; and characterized in that the main frame has a plurality of arms fixedly coupled thereto and extending radially therefrom and each operable multicopter unit of the plurality of operable multicopter units is attached to a respective arm of the main frame by interposition of one single joint such that the multicopter units rotate relative to the main frame independently of one another, and where at least one of the joints has a minimum of one degree of freedom, such that the main frame has the same or a higher number of controllable degrees of freedom than a total number of degrees of freedom of the main frame . a main frame ; a plurality of operable multicopter units , each multicopter unit having a plurality of propulsion units , wherein the plurality of propulsion units are attached to the multicopter unit at a fixed yaw angle, a fixed roll angle and a fixed pitch angle; and characterized in that the main frame has a plurality of arms fixedly coupled thereto and extending radially therefrom and each operable multicopter unit of the plurality of operable multicopter units is attached to a respective arm of the main frame by interposition of one single joint such that the multicopter units rotate relative to the main frame independently of one another, and where at least one of the joints has a minimum of one degree of freedom, such that the main frame has the same or a higher number of controllable degrees of freedom than a total number of degrees of freedom of the main frame .
A system for controlling a drilling drive of a specialist civil engineering machine comprising at least one hydraulic motor as the drilling drive , which is supplied with the necessary hydraulic power via a drilling hydraulic system, and an electronic control unit , characterized in that the control unit comprises a signal input and/or a detection means for indirectly or directly determining the speed of the drilling drive and a program memory with stored control commands, which are configured to control the hydraulic motor as a function of the speed of the drilling drive, the displacement of the at least one hydraulic motor being electrically adjustable by the control unit as a function of the speed of the drilling drive.
A cipher key generation apparatus comprising: a key generation section adapted to generate a secret key for electronic signature on a basis of a photoelectric random number as a random number acquired on a basis of photoelectric conversion in an array sensor in which multiple pixels each having a visible or invisible light reception element are arranged one-dimensionally or two-dimensionally, wherein the key generation section is configured to generate the secret key by acquiring, as the photoelectric random number, an electric signal value of each of the pixels that is acquired by the photoelectric conversion. a key generation section adapted to generate a secret key for electronic signature on a basis of a photoelectric random number as a random number acquired on a basis of photoelectric conversion in an array sensor in which multiple pixels each having a visible or invisible light reception element are arranged one-dimensionally or two-dimensionally, wherein the key generation section is configured to generate the secret key by acquiring, as the photoelectric random number, an electric signal value of each of the pixels that is acquired by the photoelectric conversion.