mhurhangee/ep-ind-claims huggingface dataset:
A flight deck display system deployed onboard an aircraft, the flight deck display system comprising: a cockpit display device; and a controller operatively coupled to the cockpit display device and configured to: establish a speed trend of the aircraft over a predetermined time period; generate a Primary Flight Display ("PFD ") on the cockpit display device including a speed trend vector graphic representative of the established speed trend, the speed trend vector graphic being superimposed over an airspeed tape and alter the appearance of the speed trend vector graphic in a first predetermined manner if a low speed change condition is detected during at least one of aircraft takeoff and landing; wherein the low speed change condition is detected when acceleration of the aircraft falls behind an acceleration schedule during takeoff or deceleration of the aircraft falls behind a deceleration schedule during landing; and wherein the controller produces the speed trend vector graphic: (i) to point in an upward direction during takeoff of the aircraft, (ii) to point in a downward direction during landing of the aircraft, and (iii) to have a fixed minimal length when the aircraft speed remains constant over the predetermined time period during takeoff or landing. a cockpit display device; and a controller operatively coupled to the cockpit display device and configured to: establish a speed trend of the aircraft over a predetermined time period; generate a Primary Flight Display ("PFD ") on the cockpit display device including a speed trend vector graphic representative of the establish a speed trend of the aircraft over a predetermined time period; generate a Primary Flight Display ("PFD ") on the cockpit display device including a speed trend vector graphic representative of the established speed trend, the speed trend vector graphic being superimposed over an airspeed tape and alter the appearance of the speed trend vector graphic in a first predetermined manner if a low speed change condition is detected during at least one of aircraft takeoff and landing; wherein the low speed change condition is detected when acceleration of the aircraft falls behind an acceleration schedule during takeoff or deceleration of the aircraft falls behind a deceleration schedule during landing; and wherein the controller produces the speed trend vector graphic: (i) to point in an upward direction during takeoff of the aircraft, (ii) to point in a downward direction during landing of the aircraft, and (iii) to have a fixed minimal length when the aircraft speed remains constant over the predetermined time period during takeoff or landing.
A bipolar secondary battery, comprising a plurality of bipolar electrodes, each including a plate-shaped current collector, a first electrode layer formed on a first surface of the current collector and a second electrode layer formed on a second surface of the current collector opposite to the first surface, and the plurality of bipolar electrodes being stacked on one another such that the first electrode layer of one of the bipolar electrodes opposes the second electrode layer of an adjacent one of the bipolar electrodes, and a separator disposed between adjacent bipolar electrodes, characterized in that: at least one of a first end portion and a second end portion of each first electrode layer has a protrudent portion extending outward from the electrode layer in a stacking direction; at least one of a first end portion and a second end portion of each second electrode layer has a protrudent portion extending outward from the electrode layer in a stacking direction; and the protrudent portion of the first electrode layer of the one of the bipolar electrodes and the protrudent portion of the second electrode layer 13 of the adjacent one of the bipolar electrodes are disposed at positions unaligned from each other when the bipolar electrodes are in a stacked position, wherein the protrudent portions (12a, 13a) have a thickness larger than the thickness of the corresponding first electrode layer and second electrode layer. at least one of a first end portion and a second end portion of each first electrode layer has a protrudent portion extending outward from the electrode layer in a stacking direction; at least one of a first end portion and a second end portion of each second electrode layer has a protrudent portion extending outward from the electrode layer in a stacking direction; and the protrudent portion of the first electrode layer of the one of the bipolar electrodes and the protrudent portion of the second electrode layer 13 of the adjacent one of the bipolar electrodes are disposed at positions unaligned from each other when the bipolar electrodes are in a stacked position, wherein the protrudent portions (12a, 13a) have a thickness larger than the thickness of the corresponding first electrode layer and second electrode layer.
A respiratory syncytial virus vaccine comprising a recombinant fusion protein antigen; wherein the recombinant fusion protein antigen comprises: a phosphoprotein moiety, wherein the P moiety is a polypeptide that shares at least 98% identity to the polypeptide represented by SEQ ID NO 2 or SEQ ID NO 4; and a flagellin moiety, wherein the flagellin moiety is a polypeptide that shares at least 98% identity to the polypeptide represented by SEQ ID NO 8; where the P moiety and flagellin moiety are covalently coupled so as to form a linear polypeptide. a phosphoprotein moiety, wherein the P moiety is a polypeptide that shares at least 98% identity to the polypeptide represented by SEQ ID NO 2 or SEQ ID NO 4; and a flagellin moiety, wherein the flagellin moiety is a polypeptide that shares at least 98% identity to the polypeptide represented by SEQ ID NO 8; where the P moiety and flagellin moiety are covalently coupled so as to form a linear polypeptide.
A method of calculating round trip time, RTT, between a first wireless device and a second wireless device, the method comprising: sending a downlink, DL, trigger frame from the first wireless device to a plurality of second wireless devices, wherein the DL trigger frame causes one or more of the plurality of second wireless devices to respond by sending a respective uplink, UL, Multiple-Input Multiple-Output, MIMO, frame and wherein the DL trigger frame comprises an indicated location for a synchronization sequence within the respective UL MIMO frame; determining, at the first wireless device, a first time, wherein the first time corresponds to a time at which the DL trigger frame was sent; receiving, at the first wireless device, a UL MIMO frame from a second wireless device of the plurality of second wireless devices, wherein the UL MIMO frame from the second wireless device has the synchronization sequence at the indicated location; determining, at the first wireless device, a second time corresponding to a time at which the synchronisation sequence in the UL MIMO frame was received; and determining, at the first wireless device, the RTT between the first wireless device and the second wireless device based on the determined first time, the determined second time and a determined short inter-frame spacing, SIFS, value of the second wireless device. sending a downlink, DL, trigger frame from the first wireless device to a plurality of second wireless devices, wherein the DL trigger frame causes one or more of the plurality of second wireless devices to respond by sending a respective uplink, UL, Multiple-Input Multiple-Output, MIMO, frame and wherein the DL trigger frame comprises an indicated location for a synchronization sequence within the respective UL MIMO frame; determining, at the first wireless device, a first time, wherein the first time corresponds to a time at which the DL trigger frame was sent; receiving, at the first wireless device, a UL MIMO frame from a second wireless device of the plurality of second wireless devices, wherein the UL MIMO frame from the second wireless device has the synchronization sequence at the indicated location; determining, at the first wireless device, a second time corresponding to a time at which the synchronisation sequence in the UL MIMO frame was received; and determining, at the first wireless device, the RTT between the first wireless device and the second wireless device based on the determined first time, the determined second time and a determined short inter-frame spacing, SIFS, value of the second wireless device.
An apparatus, comprising: a front end to receive a radar signal; a communication receiver coupled to the front end; and a radar receiver coupled to the front end and the communication receiver and being at least partially parallel to the communication receiver, said radar receiver configured to detect a radar signal, received from the front end and having a predetermined power level, wherein said communication receiver is configured to receive the radar signal from the front end and to output a radar pulse, wherein said radar receiver is further configured to: receive the radar pulse from said communication receiver; and to determine a channel on which the radar signal is received based at least in part on the radar signal received from the front end and the radar pulse received from the communication receiver. a front end to receive a radar signal; a communication receiver coupled to the front end; and a radar receiver coupled to the front end and the communication receiver and being at least partially parallel to the communication receiver, said radar receiver configured to detect a radar signal, received from the front end and having a predetermined power level, wherein said communication receiver is configured to receive the radar signal from the front end and to output a radar pulse, wherein said radar receiver is further configured to: receive the radar pulse from said communication receiver; and to determine a channel on which the radar signal is received based at least in part on the radar signal received from the front end and the radar pulse received from the communication receiver. receive the radar pulse from said communication receiver; and to determine a channel on which the radar signal is received based at least in part on the radar signal received from the front end and the radar pulse received from the communication receiver.
An article treatment appliance to dry an article according to a predetermined cycle of operation, comprising: a support element; a first anode element and a first cathode element; a second anode element (18, 118) and a second cathode element (14, 114) operably supported by the support element; and a radio frequency applicator coupled with the first anode element and the first cathode element and operable to selectively energize to generate electromagnetic radiation in a radio frequency spectrum; the first anode element being capacitively coupled with the second anode element (18, 118) and operably separated by at least a portion of the support element; the first cathode element being capacitively coupled with the second cathode element (14, 114) and operably separated by at least a portion of the support element; and the second anode element (18, 118) being capacitively coupled with the second cathode element (14, 114) and operably spaced from each other; wherein the energizing of the radio frequency applicator sends electromagnetic radiation through the applicator via the capacitive couples to form a field of electromagnetic radiation in the radio frequency spectrum, operable to dielectrically heat liquid within the article on the support element; characterized in that the second anode element (18, 118) comprises a first comb element (24, 124) having a first base (26, 126) from which extend a first plurality of teeth (28, 128), and the second cathode element (14, 114) comprises a second comb element (30, 130) having a second base (32, 132) from which extend a second plurality of teeth (34, 134), wherein the first and second plurality of teeth (28, 34; 128, 134) are interdigitally arranged. a support element; a first anode element and a first cathode element; a second anode element (18, 118) and a second cathode element (14, 114) operably supported by the support element; and a radio frequency applicator coupled with the first anode element and the first cathode element and operable to selectively energize to generate electromagnetic radiation in a radio frequency spectrum;
A washing machine door with a decorative ring, said decorative ring comprising: a middle frame provided with a mounting area on an upper portion; a time display module arranged within the mounting area of the middle frame; a light strip consisted of LED beads mounted on the middle frame; a control device to control the time display module and the light strip, said control device being arranged on the middle frame; wherein the decorative ring matching up with the middle frame comprises: at least one film (3-2, 3-3); and characterized in that the decorative ring further includes a base comprising a time display area corresponding to the time display module and a light display area occupying the remaining area of the base; wherein a light transmittance of the time display area is greater than a light transmittance of the light display area, and in that the at least one film (3-2, 3-3) is located on the base and the at least one film (3-2, 3-3) is configured to prevent internal elements of the decorative ring from being seen, such that a user could see the time display module and LED light when a power supply is on while the time display module and the light strip are invisible to the user when the power supply is is off. a middle frame provided with a mounting area on an upper portion; a time display module arranged within the mounting area of the middle frame; a light strip consisted of LED beads mounted on the middle frame; a control device to control the time display module and the light strip, said control device being arranged on the middle frame; wherein the decorative ring matching up with the middle frame comprises: at least one film (3-2, 3-3); and characterized in that the decorative ring further includes a base comprising a time display area corresponding to the time display module and a light display area occupying the remaining area of the base; wherein a light transmittance of the time display area is greater than a light transmittance of the light display area, and in that the at least one film (3-2, 3-3) is located on the base and the at least one film (3-2, 3-3) is configured to prevent internal elements of the decorative ring from being seen, such that a user could see the time display module and LED light when a power supply is on while the time display module and the light strip are invisible to the user when the power supply is is off. at least one film (3-2, 3-3); and characterized in that the decorative ring further includes a base comprising a time display area corresponding to the time display module and a light display area occupying the remaining area of the base; wherein a light transmittance of the time display area is greater than a light transmittance of the light display area, and in that the at least one film (3-2, 3-3) is located on the base and the at least one film (3-2, 3-3) is configured to prevent internal elements of the decorative ring from being seen, such that a user could see the time display module and LED light when a power supply is on while the time display module and the light strip are invisible to the user when the power supply is is off.
A caliper tool comprising a cylindrical chassis having a longitudinal axis and at least one caliper arm having a first end and a second end, wherein the caliper tool is characterized in that: (a) the first end of the caliper arm includes a hooked portion and a sloped portion; wherein the caliper tool further comprises: (b) a pivot collar disposed on the cylindrical chassis, wherein the pivot collar includes a pivot arm having a hooked portion shaped to engage the hooked portion of the caliper arm; (c) a retention sleeve disposed on the cylindrical chassis, wherein the retention sleeve has a first end and a second end and wherein the first end of the retention sleeve includes a sloped portion configured to engage the sloped portion of the caliper arm; and (d) a positioning collar disposed on the cylindrical chassis, wherein the positioning collar has a first end and a second end and wherein the first end of the positioning collar is configured to abut the second end of the retention sleeve. (a) the first end of the caliper arm includes a hooked portion and a sloped portion; (b) a pivot collar disposed on the cylindrical chassis, wherein the pivot collar includes a pivot arm having a hooked portion shaped to engage the hooked portion of the caliper arm; (c) a retention sleeve disposed on the cylindrical chassis, wherein the retention sleeve has a first end and a second end and wherein the first end of the retention sleeve includes a sloped portion configured to engage the sloped portion of the caliper arm; and (d) a positioning collar disposed on the cylindrical chassis, wherein the positioning collar has a first end and a second end and wherein the first end of the positioning collar is configured to abut the second end of the retention sleeve.
A method in a fork lift truck of determining the state of a device in the fork lift truck, comprising the steps of: - determining a first value of at least one parameter related to an operating condition of the device based on a computational model of the at least one parameter; - determining a second value of the at least one parameter from a sensor in the fork lift truck sensing the parameter directly or indirectly; - determining a difference between the first value and the second value; - determining the state of the device based on the difference; and - prior to the step of determining the state, determining a normal difference based on a number of determined differences, the normal difference being a value representing a difference between the first value and the second value for the device when the state is considered to be normal. - determining a first value of at least one parameter related to an operating condition of the device based on a computational model of the at least one parameter; - determining a second value of the at least one parameter from a sensor in the fork lift truck sensing the parameter directly or indirectly; - determining a difference between the first value and the second value; - determining the state of the device based on the difference; and - prior to the step of determining the state, determining a normal difference based on a number of determined differences, the normal difference being a value representing a difference between the first value and the second value for the device when the state is considered to be normal.
An assembly for pumping well fluid from a well, comprising a production conduit string, a polished bore receptacle mounted into the production conduit string, a coiled tubing segment suspended within the production conduit string, the coiled tubing segment having a power cable therein, a motor secured to the coiled tubing segment and electrically connected with the power cable, a pump operably connected to the motor, the pump having a pump intake and a pump discharge, the pump discharge opening into a coiled tubing annulus between the coiled tubing segment and production conduit string, and a gas separator operably connected to the pump for separating well fluid into a heavier fluid component and a lighter fluid component, the gas separator having an inlet for receiving well fluid flowing into the production conduit string, the gas separator having a heavier fluid outlet leading into the pump intake, characterized by: a lighter fluid outlet of the gas separator leading into the production conduit string below the polished bore receptacle; and a seal member between the gas separator and the pump in sealing engagement with the polished bore receptacle above the lighter fluid outlet and below the pump discharge. a lighter fluid outlet of the gas separator leading into the production conduit string below the polished bore receptacle; and a seal member between the gas separator and the pump in sealing engagement with the polished bore receptacle above the lighter fluid outlet and below the pump discharge.
Cuff for a laundry treatment apparatus, which has a housing and a tub contained therein with a laundry drum arranged rotatably therein, - with a cuff region with a functional surface, which is positioned in the installed position so as to form a gap from a surface of the front side of the laundry drum facing it, wherein the cuff forms a loading channel between a housing-side loading opening and a tub-side through-opening, - wherein the cuff region has at least one inner cavity which extends in the circumferential direction and is designed to be at least partially flexible, and - wherein at least one access opens out into the cavity, characterised in that - the size and/or the geometry of the inner cavity can be changed by introducing a filler material into the cavity, - the access can be charged from outside with a curable material and - the curable material, in particular an epoxy-based adhesive, is introduced into the cavity. - with a cuff region with a functional surface, which is positioned in the installed position so as to form a gap from a surface of the front side of the laundry drum facing it, wherein the cuff forms a loading channel between a housing-side loading opening and a tub-side through-opening, - wherein the cuff region has at least one inner cavity which extends in the circumferential direction and is designed to be at least partially flexible, and - wherein at least one access opens out into the cavity, characterised in that - the size and/or the geometry of the inner cavity can be changed by introducing a filler material into the cavity, - the access can be charged from outside with a curable material and - the curable material, in particular an epoxy-based adhesive, is introduced into the cavity.
A one-piece endosseous dental implant with a pin-shaped male threaded body for screwing into a jawbone, wherein the male threaded body has a head part at the coronal end which projects from the jawbone after screwing in, wherein the diameter of the head portion in the region in which it emerges from the bone is smaller than the diameter of the externally threaded body, the following 1.25 mm remain constant with a circular shape and are in the following 2 mm with an angulation of 1-2° to the implant axis and the head part thereby assuming the shape of a hexagon, wherein the head part has a height of 3.5 to 4 mm.
A motor vehicle with at least one headlight, wherein the at least one headlight is installed in the front end of the body of the motor vehicle, wherein one or more light sources (100, 101) are arranged in the at least one headlight and the at least one headlight comprises a bottom frame and a glass cover, wherein a system with a function of the light animation is arranged on the bottom frame of the at least one headlight, characterized in that the system with the function of the light animation consists of one or more design pins (10, 11) and a circuit board with light sources for each of the design pins (10, 11) as well as an electronic control device for separately lighting up the individual design pins.