mhurhangee/ep-ind-claims huggingface dataset:
A vehicle instrument panel assembly comprising: a display surface equipped with a graphical indicator, said graphical indicator selectively operable to an off-state and an illuminated-state; and a pointer operable to move about an axis to point to indicia on the display surface, wherein the pointer is operable to a position that obstructs the graphical indictor from view, wherein the pointer is equipped with an electro-optical cell operable to a transparent-state and located on the pointer to overlay the graphical indicator when the pointer is at the position that obstructs the graphical indictor from view, characterized in that the electro-optical cell is operated to the transparent-state when the graphical indicator is operated to the illuminated-state. a display surface equipped with a graphical indicator, said graphical indicator selectively operable to an off-state and an illuminated-state; and a pointer operable to move about an axis to point to indicia on the display surface, wherein the pointer is operable to a position that obstructs the graphical indictor from view, wherein the pointer is equipped with an electro-optical cell operable to a transparent-state and located on the pointer to overlay the graphical indicator when the pointer is at the position that obstructs the graphical indictor from view, characterized in that the electro-optical cell is operated to the transparent-state when the graphical indicator is operated to the illuminated-state.
System for attaching a leg under a board, intended to be mounted between the upper end of the leg and the board, characterized in that it comprises: - an accessory or accessory holder mobile between a first retracted position under the board and a second position, deployed outside the board; - a plate having means for being fixed to the leg and to the board; - a linking piece interposed between the plate and the board, provided with guiding means of the accessory or accessory holder. - an accessory or accessory holder mobile between a first retracted position under the board and a second position, deployed outside the board; - a plate having means for being fixed to the leg and to the board; - a linking piece interposed between the plate and the board, provided with guiding means of the accessory or accessory holder.
A device for storage of a drug, the device comprising a flexible film bonded to a hard shell defining a liquid-tight container, characterized in that the hard shell is made of a first material and the flexible film consists of a blend of the first material with an elastomeric formulation of the first material in such a manner that the hard shell and the flexible film comprise the same first material and the flexible film further comprises the elastomeric formulation of the first material so that the liquid-tight container is configured to resist to an overpressure due to an overfilling, and in that the container is configured to be filled with a liquid pharmaceutical solution.
A method of making a polymer encased smokeless tobacco or tobacco substitute product comprising: forming a compressed body including smokeless tobacco, a tobacco substitute, or a combination thereof; placing the compressed body in a first tubular member having a first side wall defining a plurality of fenestrations; reducing a diameter of the first tubular member to secure the first tubular member to the compressed body to form a partially covered body having uncovered ends; placing the partially covered body in a second tubular member having a second side wall defining a plurality of fenestrations, the uncovered ends being positioned against the second side wall; reducing a diameter of the second tubular member to secure the second tubular member to the partially covered body to form a fully covered body; and heating the fully covered body to melt bond the first and second tubular members around the compressed body to form an encased body. forming a compressed body including smokeless tobacco, a tobacco substitute, or a combination thereof; placing the compressed body in a first tubular member having a first side wall defining a plurality of fenestrations; reducing a diameter of the first tubular member to secure the first tubular member to the compressed body to form a partially covered body having uncovered ends; placing the partially covered body in a second tubular member having a second side wall defining a plurality of fenestrations, the uncovered ends being positioned against the second side wall; reducing a diameter of the second tubular member to secure the second tubular member to the partially covered body to form a fully covered body; and heating the fully covered body to melt bond the first and second tubular members around the compressed body to form an encased body.
A computer-implemented method for controlling equipment to serve energy loads of a building or campus, the method comprising: - obtaining a function that is based on: - an amount of resources to be consumed by the equipment over a time horizon to serve the energy loads of the building or campus predicted for a plurality of time steps in the time horizon; and - an additional cost, such as a demand charge based on a maximum resource consumption of the equipment during a demand charge period that at least partially overlaps with the time horizon, or penalty, such as a load change penalty based on a change in an amount of the energy loads assigned to a group of the equipment between a first time within the time horizon and a second time within the time horizon, separate from the amount of resources to be consumed by the equipment over the time horizon; - determining, using the function, a distribution of the energy loads across the equipment over the time horizon; and - operating the equipment to achieve the determined distribution of the energy loads across the equipment over the time horizon. - obtaining a function that is based on: - an amount of resources to be consumed by the equipment over a time horizon to serve the energy loads of the building or campus predicted for a plurality of time steps in the time horizon; and - an additional cost, such as a demand charge based on a maximum resource consumption of the equipment during a demand charge period that at least partially overlaps with the time horizon, or penalty, such as a load change penalty based on a change in an amount of the energy loads assigned to a group of the equipment between a first time within the time horizon and a second time within the time horizon, separate from the amount of resources to be consumed by the equipment over the time horizon; - an amount of resources to be consumed by the equipment over a time horizon to serve the energy loads of the building or campus predicted for a plurality of time steps in the time horizon; and - an additional cost, such as a demand charge based on a maximum resource consumption of the equipment during a demand charge period that at least partially overlaps with the time horizon, or penalty, such as a load change penalty based on a change in an amount of the energy loads assigned to a group of the equipment between a first time within the time horizon and a second time within the time horizon, separate from the amount of resources to be consumed by the equipment over the time horizon; - determining, using the function, a distribution of the energy loads across the equipment over the time horizon; and - operating the equipment to achieve the determined distribution of the energy loads across the equipment over the time horizon.
An aerofoil, comprising a base element, wherein the upper surface of said base element has a plurality of flexible planar upper elements or lamellae disposed thereon which are fastened to the front of the base element in flight direction and which are arranged adjacent to the base element in a basic position, wherein, depending on an approaching flow, main sections of said upper elements or lamellae positioned at the rear in flight direction can be passively lifted from the base element, and wherein at least one upper element or one lamellae has a resilient bias in the direction of the base element, characterised in that the upper elements or lamellae are fastened to the base element by a fixed, non-hinged connection.
A data sharing system for a master handheld terminal and a slave handheld terminal over a mobile communication network, comprising: the master handheld terminal for transmitting a control assignment request and displaying a screen image presented at the slave handheld terminal received in response to the control assignment request, the slave handheld terminal for selectively assigning a control to the master handheld terminal in response to the control assignment request and operating in accordance with a control signal received from the master handheld terminal handheld; and a network for establishing wireless communication channels with the master handheld terminal and the slave handheld terminal for exchanging signals between the master handheld terminal and the slave handheld terminal, wherein the master handheld terminal is further operable to select data stored in a memory of the slave handheld terminal from the displayed screen image, and to transmit the control signal in the form of a data request message indicating the selected data to the slave handheld terminal, and the slave handheld terminal is further operable to transmit the selected data to the master handheld terminal in response to receiving the data request message. the master handheld terminal for transmitting a control assignment request and displaying a screen image presented at the slave handheld terminal received in response to the control assignment request, the slave handheld terminal for selectively assigning a control to the master handheld terminal in response to the control assignment request and operating in accordance with a control signal received from the master handheld terminal handheld; and a network for establishing wireless communication channels with the master handheld terminal and the slave handheld terminal for exchanging signals between the master handheld terminal and the slave handheld terminal,
A method of creating a passivation layer on an Anodic Alloy anode in an Al-air cell, the method comprising: providing to the Al-air cell an aqueous alkaline electrolyte containing an alkali metal or ammonium oxoanion salt additive at a concentration in the range 0.001-0.1M; controlling the operational conditions of the Al-air cell to a specific point, that comprises controlling at least two of the parameters: a specific temperature of the electrolyte, a specific negative potential of the anode with respect to the electrolyte and a specific current density drawn from the anode; when the operational condition parameters stabilize decreasing the drawn electrical current density from the Al-air cell to a first low current density thereby causing momentary lowering of the anode potential below a first negative voltage and a momentary raise of evolution rate of H 2 from the electrolyte followed, after a first period of time, by sharp drop of the H 2 evolution rate; and when the level of H 2 evolution stabilizes at low values and no later than a second period of time from the time the level of H 2 evolution rate lowered, drawing from the Al-air cell operational current. providing to the Al-air cell an aqueous alkaline electrolyte containing an alkali metal or ammonium oxoanion salt additive at a concentration in the range 0.001-0.1M; controlling the operational conditions of the Al-air cell to a specific point, that comprises controlling at least two of the parameters: a specific temperature of the electrolyte, a specific negative potential of the anode with respect to the electrolyte and a specific current density drawn from the anode; when the operational condition parameters stabilize decreasing the drawn electrical current density from the Al-air cell to a first low current density thereby causing momentary lowering of the anode potential below a first negative voltage and a momentary raise of evolution rate of H 2 from the electrolyte followed, after a first period of time, by sharp drop of the H 2 evolution rate; and when the level of H 2 evolution stabilizes at low values and no later than a second period of time from the time the level of H 2 evolution rate lowered, drawing from the Al-air cell operational current.
An ablation device with dual operating frequencies, comprising: a feedline including an inner conductor having a distal end, an outer conductor coaxially disposed around the inner conductor, and a dielectric material disposed therebetween; an elongated electrically-conductive member longitudinally-disposed at the distal end of the inner conductor and having a proximal end; a first balun structure ("B1") disposed over a first portion of the outer conductor and positioned so that a distal end of the first balun structure ("B1") is located at a first distance ("L3") from the proximal end of the electrically-conductive member; and a second balun structure ("B2") disposed over a second portion of the outer conductor and positioned so that a distal end of the second balun structure ("B2") is located at a second distance from the proximal end of the electrically-conductive member, characterised in that the first balun structure ("B1") is operably associated with a first operating frequency, and the second balun structure ("B2") is operably associated with a second operating frequency, and in that it further comprises an outer dielectric layer disposed over and applied on at least a portion of the elongated electrically-conductive member and the first and second balun structures ("B1", "B2"). a feedline including an inner conductor having a distal end, an outer conductor coaxially disposed around the inner conductor, and a dielectric material disposed therebetween; an elongated electrically-conductive member longitudinally-disposed at the distal end of the inner conductor and having a proximal end; a first balun structure ("B1") disposed over a first portion of the outer conductor and positioned so that a distal end of the first balun structure ("B1") is located at a first distance ("L3") from the proximal end of the electrically-conductive member; and a second balun structure ("B2") disposed over a second portion of the outer conductor and positioned so that a distal end of the second balun structure ("B2") is located at a second distance from the proximal end of the electrically-conductive member, characterised in that the first balun structure ("B1") is operably associated with a first operating frequency, and the second balun structure ("B2") is operably associated with a second operating frequency, and in that it further comprises an outer dielectric layer disposed over and applied on at least a portion of the elongated electrically-conductive member and the first and second balun structures ("B1", "B2").
A fishing spinning reel comprising: a reel body (1, 1a); a spool shaft provided on the reel body so as to be reciprocatable; a retainer through which the spool shaft is inserted and which is configured to support a spool, the retainer being mounted on the spool shaft so as to be axially immovable and circumferentially unrotatable; a locking portion (11c, 51, 52) configured to lock the retainer on the spool shaft; and a fastener screwed on the spool shaft, the fastener being configured to contact with the retainer and press the retainer against the locking portion (11c, 51, 52), wherein the retainer comprises a base locked on the spool shaft by the locking portion (11c, 51, 52), and a tube extending from the base and surrounding the spool shaft, and the fastener is configured to advance into the tube by screwing and press the base so as to squeeze the retainer in an axial direction, characterized in that the tube extends along a small diameter portion of the spool shaft to form a gap between the tube and the small diameter portion, and the fastener is screwed on the small diameter portion of the spool shaft and is squeezed into the gap between the tube and the small diameter portion. a reel body (1, 1a); a spool shaft provided on the reel body so as to be reciprocatable; a retainer through which the spool shaft is inserted and which is configured to support a spool, the retainer being mounted on the spool shaft so as to be axially immovable and circumferentially unrotatable; a locking portion (11c, 51, 52) configured to lock the retainer on the spool shaft; and a fastener screwed on the spool shaft, the fastener being configured to contact with the retainer and press the retainer against the locking portion (11c, 51, 52), wherein the retainer comprises a base locked on the spool shaft by the locking portion (11c, 51, 52), and a tube extending from the base and surrounding the spool shaft, and the fastener is configured to advance into the tube by screwing and press the base so as to squeeze the retainer in an axial direction, characterized in that the tube extends along a small diameter portion of the spool shaft to form a gap between the tube and the small diameter portion, and the fastener is screwed on the small diameter portion of the spool shaft and is squeezed into the gap between the tube and the small diameter portion.
Method for outputting from a device having data communication capability received multimedia data with an adjustable latency, the method comprising: - receiving data packets comprising said multimedia data via an unstable air transport link, - storing said multimedia data in a buffer, - measuring at least one characteristic indicative of the input rate of said data packets received via said unstable link, - measuring an actual latency introduced by said buffer, - obtaining information indicative of the output rate of said device, the method being characterized in - determining a target latency for said multimedia data to be outputted based on statistical information derived from said measured at least one characteristic indicative of the input rate and said obtained information indicative of the output rate, wherein one or more weighting factors affect the strategy to determine said target latency, said one or more weighting factors being associated to latency-constrained environment information, distance measurement and/or information to optimize transport layer capacity, and - adjusting said actual latency introduced by said buffer, so that it complies with said target latency by modifying the rate at which said multimedia data is outputted or the rate at which said multimedia data is stored in said buffer. - receiving data packets comprising said multimedia data via an unstable air transport link, - storing said multimedia data in a buffer, - measuring at least one characteristic indicative of the input rate of said data packets received via said unstable link, - measuring an actual latency introduced by said buffer, - obtaining information indicative of the output rate of said device, the method being characterized in - determining a target latency for said multimedia data to be outputted based on statistical information derived from said measured at least one characteristic indicative of the input rate and said obtained information indicative of the output rate, wherein one or more weighting factors affect the strategy to determine said target latency, said one or more weighting factors being associated to latency-constrained environment information, distance measurement and/or information to optimize transport layer capacity, and - adjusting said actual latency introduced by said buffer, so that it complies with said target latency by modifying the rate at which said multimedia data is outputted or the rate at which said multimedia data is stored in said buffer.
A system for securing an epicardial device, the system comprising: a plurality of wires comprising first end portions and second end portions; a cap configured for abutting an apex of a heart, wherein the first end portions and the second end portions of each of the plurality of wires are coupleable with the cap, wherein the cap comprises a plurality of holes, slots, or notches configured to receive the first end portions and the second end portions of the plurality of wires; and an implantable medical device that is engageable with one or more wires of the plurality of wires, the implantable medical device configured to be securely positioned against an epicardium of the heart by the one or more wires of the plurality of wires and to deliver therapy to the heart. a plurality of wires comprising first end portions and second end portions; a cap configured for abutting an apex of a heart, wherein the first end portions and the second end portions of each of the plurality of wires are coupleable with the cap, wherein the cap comprises a plurality of holes, slots, or notches configured to receive the first end portions and the second end portions of the plurality of wires; and an implantable medical device that is engageable with one or more wires of the plurality of wires, the implantable medical device configured to be securely positioned against an epicardium of the heart by the one or more wires of the plurality of wires and to deliver therapy to the heart.