mhurhangee/ep-ind-claims huggingface dataset:
Electrical contact system (10, 20, 30, 40, 50, 60, 70) comprising a first electric contact with a first contact surface and a second electric contact with a second contact surface, wherein the first electric contact and the second electric contact are movable relative to one another along a switching path extending in a switching plane (X-Z) such that the first contact surface and the second contact surface touch each other in a closed state of the electrical contact system, and wherein the first contact surface is displaced by an insulating distance to the second contact surface in an open state of the electrical contact system, and wherein the first contact surface and the second contact surface extend transversely to said switching plane (X-Z), characterized in that at least one of the first electric contact and the second electric contact comprises a mesostructured electric contact portion with a plurality of slots and ridges formed between neighboring slots of the plurality of slots, wherein the plurality of slots and ridges form a plurality of current paths leading through the mesostructured electric contact portion, and wherein the plurality of current paths is inclined to the first contact surface and the second contact surface, respectively, at a first angle measuring less than 60 degrees such that an interruption current flowing through the mesostructured electric contact portion and through an electric arc extending in between the first contact surface and the second contact surface, respectively, after lifting the first contact surface off the second contact surface pushes said electric arc in the direction of the apex of said first angle from a first position to a second position, characterized in that the plurality of slots and ridges extend in a direction running transversely to said switching plane (X-Z).
Reconstituted plant leaf comprising: - a fibrous substrate comprising plant fibres, - an aerosol-generating agent, and - a plant extract, characterized in that the plant fibres represent from 30% to 92% by weight of dry matter of the leaf, the plant extract represents from 7 to 46% by weight of dry matter of the leaf, the plant is not a tobacco plant, and the aerosol-generating agent represents from 8 to 50% by weight of the dry matter of the leaf. - a fibrous substrate comprising plant fibres, - an aerosol-generating agent, and - a plant extract, the plant fibres represent from 30% to 92% by weight of dry matter of the leaf, the plant extract represents from 7 to 46% by weight of dry matter of the leaf, the plant is not a tobacco plant, and the aerosol-generating agent represents from 8 to 50% by weight of the dry matter of the leaf.
An aerosol-generating system comprising: a cartridge comprising: a cartridge housing; a solid aerosol-forming substrate positioned within the cartridge housing; a liquid aerosol-forming substrate positioned within the cartridge housing; a porous carrier material, wherein the liquid aerosol-forming substrate is provided on the porous carrier material; and an airflow channel positioned between the porous carrier material and the cartridge housing, wherein a downstream end of the airflow channel is in fluid communication with the solid aerosol-forming substrate; a heater section separate from the cartridge, the heater section comprising an electric heater; and an aerosol-generating device comprising a device housing configured to receive the cartridge and a power supply for supplying electrical power to the electric heater, the power supply positioned within the device housing. a cartridge comprising: a cartridge housing; a solid aerosol-forming substrate positioned within the cartridge housing; a liquid aerosol-forming substrate positioned within the cartridge housing; a porous carrier material, wherein the liquid aerosol-forming substrate is provided on the porous carrier material; and an airflow channel positioned between the porous carrier material and the cartridge housing, wherein a downstream end of the airflow channel is in fluid communication with the solid aerosol-forming substrate; a cartridge housing; a solid aerosol-forming substrate positioned within the cartridge housing; a liquid aerosol-forming substrate positioned within the cartridge housing; a porous carrier material, wherein the liquid aerosol-forming substrate is provided on the porous carrier material; and an airflow channel positioned between the porous carrier material and the cartridge housing, wherein a downstream end of the airflow channel is in fluid communication with the solid aerosol-forming substrate; a heater section separate from the cartridge, the heater section comprising an electric heater; and an aerosol-generating device comprising a device housing configured to receive the cartridge and a power supply for supplying electrical power to the electric heater, the power supply positioned within the device housing.
Device for monitoring physical objects, of the type comprising: - one or more short-range tag readers; - tags as memory elements that can be interrogated at short range and intended to be attached to physical objects; characterized in that: - the tags store individual identifiers, specific to each of the tags and at least some of these tags store group description data; and in that the device further comprises: - a controller arranged to: - execute a read function capable of cooperating with the tag reader or readers to acquire the data contained in tags in the vicinity, and - execute an integrity validation function capable of distinguishing in the data acquired individual identifiers and group description data, then of checking the adequacy of the group description data, while checking the conformity of the individual identifiers to the corresponding group description data. - one or more short-range tag readers; - tags as memory elements that can be interrogated at short range and intended to be attached to physical objects; - the tags store individual identifiers, specific to each of the tags and at least some of these tags store group description data; - a controller arranged to: - execute a read function capable of cooperating with the tag reader or readers to acquire the data contained in tags in the vicinity, and - execute an integrity validation function capable of distinguishing in the data acquired individual identifiers and group description data, then of checking the adequacy of the group description data, while checking the conformity of the individual identifiers to the corresponding group description data.
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to predict an acute hypotensive episode of a patient by executing the steps of: receiving at an electrocardiography device electrocardiography signals generated by electrocardiography sensors (2 - 11), over a number of cardio cycles (n), the electrocardiography device comprising a processor, software, storage (12c, 13a), and a threshold alarm value stored in said storage; processing the electrocardiography signals using the processor to calculate data for each cardio cycle (n); forming matrixes (A n) for each cardio cycle (n) using the calculated data, wherein A n: = JT n JT n − 1 − QRS n − 1 JT n + 1 − QRS n + 1 QRS n and wherein JT n and QRS n are the normalized JT and QRS intervals for the cardio cycle n; calculating hypotension prediction specific biomarkers J(dsk(JT,QRS),JT) and V(dsk(JT,QRS)) using said matrixes (An), wherein J(dsk(JT,QRS),JT) represents slope of linear dependence between dsk(JT n,QRS n) and JT n for each 20 cardio cycles n, V(dsk(JT,QRS)) represents ratio between standard deviation and mean of dsk(JT n,QRS n) for each 20 cardio cycles n, and dsk(JT n,QRS n) is the discriminant of matrix A n; generating a monitored factor using a three-dimensional representation of said hypotension prediction specific biomarkers J(dsk(JT,QRS),JT) and V(dsk(JT,QRS)); and comparing said monitored factor to a threshold alarm value for said monitored value. receiving at an electrocardiography device electrocardiography signals generated by electrocardiography sensors (2 - 11), over a number of cardio cycles (n), the electrocardiography device comprising a processor, software, storage (12c, 13a), and a threshold alarm value stored in said storage; processing the electrocardiography signals using the processor to calculate data for each cardio cycle (n); forming matrixes (A n) for each cardio cycle (n) using the calculated data, wherein A n: = JT n JT n − 1 − QRS n − 1 JT n + 1 − QRS n + 1 QRS n and wherein JT n and QRS n are the normalized JT and QRS intervals for the cardio cycle n; calculating hypotension prediction specific biomarkers J(dsk(JT,QRS),JT) and V(dsk(JT,QRS)) using said matrixes (An), wherein J(dsk(JT,QRS),JT) represents slope of linear dependence between dsk(JT n,QRS n) and JT n for each 20 cardio cycles n, V(dsk(JT,QRS)) represents ratio between standard deviation and mean of dsk(JT n,QRS n) for each 20 cardio cycles n, and dsk(JT n,QRS n) is the discriminant of matrix A n; generating a monitored factor using a three-dimensional representation of said hypotension prediction specific biomarkers J(dsk(JT,QRS),JT) and V(dsk(JT,QRS)); and comparing said monitored factor to a threshold alarm value for said monitored value.
Horseshoe for hooves of animals used for riding, in particular for horses, which consists of two rigid substantially axially symmetrical horseshoe halves which have been connected at their ends facing towards one another by means of a connecting part (5, 50), characterised (a) in that in each of the ends of the horseshoe halves facing towards one another a recess has been provided which is open in the direction of the end face of the end in question, the width of the recess in the region of the end face being smaller than in at least one region located in front of the end face, (b) in that the connecting part (5, 50) consists of an elastic material, and (c) in that the connecting part (5, 50) exhibits two engagement regions situated opposite one another, which each exhibit a shape substantially complementary to the recesses and have been retained in the recesses in positive manner or in force-closed and positive manner. (a) in that in each of the ends of the horseshoe halves facing towards one another a recess has been provided which is open in the direction of the end face of the end in question, the width of the recess in the region of the end face being smaller than in at least one region located in front of the end face, (b) in that the connecting part (5, 50) consists of an elastic material, and (c) in that the connecting part (5, 50) exhibits two engagement regions situated opposite one another, which each exhibit a shape substantially complementary to the recesses and have been retained in the recesses in positive manner or in force-closed and positive manner.
A paper towel roll holder, comprising: a carrier section mountable to a wall and terminating in a first support arm extending at an angle therefrom, the first support arm including a rounded boss configured to fit into an inner sleeve of a paper towel roll, the carrier section including a plurality of detents set into at least one of a top side and a bottom side, each detent corresponding to a length of the paper towel roll holder; and a sleeve section slidably attached to the carrier section, the sleeve section terminating in a second support arm, the second support arm including a second rounded boss configured to fit into the inner sleeve opposite the first rounded boss, the sleeve section including at least one tab configured to secure the paper towel roll holder at a desired length of a variety of possible desired lengths by removably locking into the plurality of detents, such that the paper towel roll holder is capable of providing a range of adjustments of its length in order to accommodate a range of dimensionally different paper towel rolls, the sleeve section configured to extend the length of the paper towel roll holder by sliding laterally relative to the carrier section. a carrier section mountable to a wall and terminating in a first support arm extending at an angle therefrom, the first support arm including a rounded boss configured to fit into an inner sleeve of a paper towel roll, the carrier section including a plurality of detents set into at least one of a top side and a bottom side, each detent corresponding to a length of the paper towel roll holder; and a sleeve section slidably attached to the carrier section, the sleeve section terminating in a second support arm, the second support arm including a second rounded boss configured to fit into the inner sleeve opposite the first rounded boss, the sleeve section including at least one tab configured to secure the paper towel roll holder at a desired length of a variety of possible desired lengths by removably locking into the plurality of detents, such that the paper towel roll holder is capable of providing a range of adjustments of its length in order to accommodate a range of dimensionally different paper towel rolls, the sleeve section configured to extend the length of the paper towel roll holder by sliding laterally relative to the carrier section.
Fabric, in particular carpet, having a shadow effect, comprising: - a backing fabric having binding warp yarns (B 1, B 2) repeatedly crossing each other for providing weft receiving openings, tension warp yarns substantially extending in a warp direction, and weft yarns (E 1, I, E 2) substantially extending in a weft direction through the weft receiving openings, - pile warp yarns (PY 1, PY 2, PY 3, PY 4) interlaced with weft yarns (E 1, E 2) of the backing fabric for providing piles extending out of the backing fabric at a pile side, wherein, in at least one weft receiving opening, preferably the majority of the weft receiving openings, most preferably each weft receiving opening, each one of two weft yarns (E 1, E 2) positioned immediately adjacent to the two crossings (C 1, C 2) of the binding warp yarns (B1, B 2) defining this weft receiving opening in the warp direction, provides an end weft yarn (E 1, E 2) positioned at a back side relative to at least one weft separating warp yarn (T, PY 1, PY 2, PY 3, PY 4) extending in the backing fabric substantially in the warp direction, and at least one intermediate weft yarn positioned adjacent to such an end weft yarn (E 1, E 2) in the warp direction is positioned at the pile side relative to the at least one weft separating warp yarn (T, PY 1, PY 2, PY 3, PY 4), wherein, for providing a pile, in association with this weft receiving opening, a pile warp yarn (PY 1, PY 2, PY 3) is interlaced with an end weft yarn (E 1, E 2) of this weft receiving opening such as to extend out of the backing fabric between this end weft yarn (E 1, E 2) and an intermediate weft yarn of this weft receiving opening. - a backing fabric having binding warp yarns (B 1, B 2) repeatedly crossing each other for providing weft receiving openings, tension warp yarns substantially extending in a warp direction, and weft yarns (E 1, I, E 2) substantially extending in a weft direction through the weft receiving openings, - pile warp yarns (PY 1, PY 2, PY 3, PY 4) interlaced with weft yarns (E 1, E 2) of the backing fabric for providing piles extending out of the backing fabric at a pile side,
A method for producing rare earth permanent magnet comprising the steps of coating a sintered magnet body of R 1 -Fe-B composition, wherein R 1 is one or more elements selected from Y, Sc and rare earth elements, with a powder containing one or more compounds selected from an oxide, fluoride, oxyfluoride, hydroxide and hydride of R 2, wherein R 2 is one or more elements selected from Y, Sc and rare earth elements, and heat treating the coated magnet body for causing R 2 to be absorbed in the magnet body, characterized in that the step of coating the magnet body with the powder includes the steps of holding the sintered magnet body by a grounded electroconductive jig, and spraying the powder as electrically charged to the sintered magnet body to electrostatically deposit the powder on the magnet body.
A communications device comprising: a plurality of wireless transmitters (22', 42') operating at different respective frequencies and each configured to generate respective IQ signals having an initial IQ imbalance; an auxiliary receiver coupled to a given wireless transmitter; and a controller coupled to the auxiliary receiver and configured to apply predistortion to each wireless transmitter of the plurality thereof based upon the initial IQ imbalance generated by the given wireless transmitter to reduce the initial IQ imbalance in each wireless transmitter. a plurality of wireless transmitters (22', 42') operating at different respective frequencies and each configured to generate respective IQ signals having an initial IQ imbalance; an auxiliary receiver coupled to a given wireless transmitter; and a controller coupled to the auxiliary receiver and configured to apply predistortion to each wireless transmitter of the plurality thereof based upon the initial IQ imbalance generated by the given wireless transmitter to reduce the initial IQ imbalance in each wireless transmitter.
A process cartridge, which is detachable from an image forming device, said process cartridge comprises a process cartridge housing, a control mechanism, a driving force receiving element for receiving a rotational force from said image forming device and a flange, wherein said flange has a rotational axis, and wherein said control mechanism is arranged at one end of said process cartridge housing, characterized in that said control mechanism comprises a guide sleeve, and a centering ring connected with said guide sleeve, wherein said centering ring can rotate relative to said guide sleeve under the action of an acting force, wherein said guide sleeve comprises a guide sleeve bevel (A5a); wherein said centering ring comprises a centering ring bevel (A6a); and wherein said guide sleeve bevel (A5a) contacts with said centering ring bevel (A6a) to urge said guide sleeve to move in the axial direction when said centering ring rotates, and in that said control mechanism comprises a further flange, wherein said further flange comprises one or more clamping blocks (A11e); wherein said guide sleeve comprises one or more axial limiting interfaces (A5e); and wherein said clamping block (A11e) is arranged inside the axial limiting interface (A5e) for limiting the rotational movement of the guide sleeve, and in that said control mechanism further comprises a circular boss (A1b), said circular boss (A1b) being arranged on said driving force receiving element, and a support base (A5b), said support base (A5b) being arranged on said guide sleeve, and said driving force receiving element is arranged on said guide sleeve, such that said driving force receiving element is moved in the axial direction when said guide sleeve being moved in the axial direction.
- A handling device for a wheel, comprising a body comprising, in an upper part, a lifting interface, intended to be connected to a lifting means, which body comprises, on a first side, a wheel interface intended to be attached to a wheel to be manipulated, and on a second side opposite the first, a so-called counterweight interface whereupon a counterweight is attached, the lifting interface being positioned such that, when a wheel is attached to the device, the center of gravity (Md) of the assembly formed by the device and the wheel is located substantially vertically to the lifting interface, thus positioning the axis of the wheel horizontally, the device being characterised in that the counterweight comprises a towing triangle and the counterweight interface comprises a top attachment point for interfacing with one end of a first arm of the towing triangle and a bottom attachment point for interfacing with one end of a second arm of the towing triangle.
An indicator device (10 - 13) for a deployment operator for displaying information contents of different information types of a guidance system, comprising: a display portable by the deployment operator, comprising multiple visually distinguishable segments (21 - 28), each of the segments (21 - 28) being assigned at least one of the information types, the respective segment (21 - 28) being arranged for visual output of a current information content of the information type assigned to the segment (21 - 28), and a drive unit, which can be coupled to the guidance system, for driving the display, wherein the indicator device (10 - 13) is formed as a mask wearable in front of the face of the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the mask is worn by the deployment operator, or wherein the indicator device (10 - 13) is formed as a pair of goggles or goggle extension wearable by the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the goggles or goggle extension are worn, and wherein a number of the segments of the multiple visually distinguishable segments (21 - 28) is arranged to image an area outside the field of view of the deployment operator, in particular an area behind the deployment operator, by means of the visual output of the information contents of the information types assigned to the segments of the number of segments. a display portable by the deployment operator, comprising multiple visually distinguishable segments (21 - 28), each of the segments (21 - 28) being assigned at least one of the information types, the respective segment (21 - 28) being arranged for visual output of a current information content of the information type assigned to the segment (21 - 28), and a drive unit, which can be coupled to the guidance system, for driving the display, wherein the indicator device (10 - 13) is formed as a mask wearable in front of the face of the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the mask is worn by the deployment operator, or wherein the indicator device (10 - 13) is formed as a pair of goggles or goggle extension wearable by the deployment operator, wherein the visually distinguishable segments (21 - 28) are arranged in a peripheral field of view of the deployment operator when the goggles or goggle extension are worn, and wherein a number of the segments of the multiple visually distinguishable segments (21 - 28) is arranged to image an area outside the field of view of the deployment operator, in particular an area behind the deployment operator, by means of the visual output of the information contents of the information types assigned to the segments of the number of segments.
Method for supporting a grid frequency of a power generation plant comprising a steam turbine, wherein the steam turbine comprises a high-pressure turbine section and an intermediate-pressure turbine section, wherein an intermediate-pressure valve is arranged upstream of the intermediate-pressure turbine section, wherein the power generation plant is operated with unthrottled high-pressure valves.