mhurhangee/ep-ind-claims huggingface dataset:
A program invoking method in a portable terminal, comprising the steps of: (a) determining whether an external contact has been sensed; (b) detecting a figure represented by a sensed signal upon sensing the external contact according to a path in which the external contact is made; (c) comparing the figure with stored symbols linked to stored programs; and (d) if a symbol of the stored symbols matches the figure, invoking a program of the stored programs corresponding to said symbol; characterized by displaying said symbol for a predetermined time before displaying of said invoked program. (a) determining whether an external contact has been sensed; (b) detecting a figure represented by a sensed signal upon sensing the external contact according to a path in which the external contact is made; (c) comparing the figure with stored symbols linked to stored programs; and (d) if a symbol of the stored symbols matches the figure, invoking a program of the stored programs corresponding to said symbol;
Interference detector for a wireless communication system (300; 400), configured to - receive a signal of the wireless communication system (300; 400); and - derive an interference type from an interference label (730; 930) in a partial frequency resource of the received signal, wherein the partial frequency resource has a bandwidth smaller than a transmission bandwidth of the wireless communication system; and - wherein the interference label comprises a predetermined sequence of modulation symbols. - receive a signal of the wireless communication system (300; 400); and - derive an interference type from an interference label (730; 930) in a partial frequency resource of the received signal, wherein the partial frequency resource has a bandwidth smaller than a transmission bandwidth of the wireless communication system; and - wherein the interference label comprises a predetermined sequence of modulation symbols.
A solar tile structure, comprising: a solar cell module and a tile, wherein the tile has a first side surface and a second side surface arranged oppositely in a thickness direction of the tile, the first side surface is provided with an embedding groove, and the solar cell module is embedded in the embedding groove; and the tile is provided with a disassembly hole, and the disassembly hole is configured to enable the solar cell module to be detached from the embedding groove; wherein the solar cell module comprises transparent glass, a cell pack and a back panel which are sequentially stacked in a direction from the first side surface to the second side surface, and two side surfaces of the cell pack in a thickness direction of the cell pack are respectively bonded to the transparent glass and the back panel; the solar tile structure is characterized in that the cell pack has a positive cable and a negative cable, and the positive cable and the negative cable are located at a same end of the cell pack in a length direction of the cell pack; and the disassembly hole is located at a position where one side wall of the embedding groove contacts the first side surface, said side wall extending along the length direction. the tile is provided with a disassembly hole, and the disassembly hole is configured to enable the solar cell module to be detached from the embedding groove; wherein the solar cell module comprises transparent glass, a cell pack and a back panel which are sequentially stacked in a direction from the first side surface to the second side surface, and two side surfaces of the cell pack in a thickness direction of the cell pack are respectively bonded to the transparent glass and the back panel; the solar tile structure is characterized in that the cell pack has a positive cable and a negative cable, and the positive cable and the negative cable are located at a same end of the cell pack in a length direction of the cell pack; and the disassembly hole is located at a position where one side wall of the embedding groove contacts the first side surface, said side wall extending along the length direction.
A container suitable for use with a surgical object and fluid monitoring system within a surgical operating room to receive and securely contain fluid-carrying surgical objects; the container comprising: a rigid top member including at least one port opening therein, and having a recessed portion of the underside of the top member along an outer perimeter; said rigid top member being suitable for being supported by an optical sensor ring of said surgical object and fluid monitoring system; a flexible bag body having an open top portion and a sealed bottom portion, and a lid; characterised in that the container further comprises a rigid retaining ring sized and shaped to match the size and shape of the recessed portion of the underside of the top member along an outer perimeter of the rigid top member; an outer perimeter of the open top portion of the flexible bag body being folded over the rigid retaining ring, the rigid retaining ring with the folded over flexible bag body being mated and locked in the recessed portion of the underside of the top member along the outer perimeter of the rigid top member in a fluid-tight seal arrangement; and a edge of the lid is rotatably secured to an edge of the top surface of the rigid top member in a fluid-tight seal arrangement so that when rotated to a substantially vertical orientation relative to a top surface of the rigid top member it provides a splash guard for any fluids that may be splashed by objects being placed into the container through the at least one port opening. a rigid top member including at least one port opening therein, and having a recessed portion of the underside of the top member along an outer perimeter; said rigid top member being suitable for being supported by an optical sensor ring of said surgical object and fluid monitoring system; a flexible bag body having an open top portion and a sealed bottom portion, and a lid; characterised in that the container further comprises a rigid retaining ring sized and shaped to match the size and shape of the recessed portion of the underside of the top member along an outer perimeter of the rigid top member; an outer perimeter of the open top portion of the flexible bag body being folded over the rigid retaining ring, the rigid retaining ring with the folded over flexible bag body being mated and locked in the recessed portion of the underside of the top member along the outer perimeter of the rigid top member in a fluid-tight seal arrangement; and a edge of the lid is rotatably secured to an edge of the top surface of the rigid top member in a fluid-tight seal arrangement so that when rotated to a substantially vertical orientation relative to a top surface of the rigid top member it provides a splash guard for any fluids that may be splashed by objects being placed into the container through the at least one port opening.
A composition for use in the treatment of a hemorrhage in a patient, the composition comprising: an active agent comprising magnesium having a concentration of about 0.8% weight per volume; and a vessel closing compound comprising 20% to 30% weight per volume of polyethylene glycol, wherein the PEG is PEG3350, wherein the composition is administered by intravenous infusion of 5-7 mL/kg over a 10-30-min period.
A seal assembly comprising a first ring and a second ring which are rotatable relative to each other about a longitudinal axis (A - A); a first annular seal surface formed on the first ring, said first annular surface being inclined with respect to the longitudinal axis; a second annular seal surface formed on the second ring, said second annular surface being complementarily inclined and in abutment with said first annular seal surface; an annular groove formed in at least one of said first and second seal rings (102, 104) adjacent to the seal surface (114, 128) on said seal ring; and characterised by a projection on the other of said seal rings which projects into said annular groove. a first annular seal surface formed on the first ring, said first annular surface being inclined with respect to the longitudinal axis; a second annular seal surface formed on the second ring, said second annular surface being complementarily inclined and in abutment with said first annular seal surface; an annular groove formed in at least one of said first and second seal rings (102, 104) adjacent to the seal surface (114, 128) on said seal ring; and characterised by a projection on the other of said seal rings which projects into said annular groove.
Dishwasher (1', 1") for the insertion of items to be washed, having a housing (2") which is equipped with an inner cladding (3") formed from stainless steel to line a treatment chamber (4"), which inner cladding (3") can alternatively also be manufactured from plastic, wherein guide rails are disposed on the lateral walls of the treatment chamber (4"), on which guide rails dishware baskets embodied as storage containers (5") for the items to be washed are retained in a pull-out manner, wherein a container flange embodied as an opening edge (19") is formed jointly on the inner cladding (3") on the front of the housing (2") of the dishwasher (1"), wherein the treatment chamber (4', 4") can be closed with a door having an actuation handle, and wherein at least one light source (18.1, 18") is assigned to the dishwasher (1', 1"), which light source (18.1, 18") illuminates the items to be washed and/or the treatment chamber (4',4"), wherein the light source (18.1, 18") is disposed on the upper and/or lateral and/or lower opening edge (19', 19") of the treatment chamber (4', 4") outside the treatment chamber (4', 4").
A pollen collecting element of a pollen management system configured to collect pollen grains for release to artificially pollinate an agricultural area, the pollen collecting element comprising: a high voltage power supply; an electrode; and a pollen collection surface; wherein: said high voltage power supply supplies high voltage to the electrode, and said electrode is configured to generate electric fields that apply electrostatic forces on the pollen grains, and said pollen grains are attracted to the pollen collecting surface of the pollen collecting element; characterized in that: the pollen collection surface comprises an outer surface of a covering of the electrode; and the pollen collecting element exposes the pollen collection surface on an external portion of the pollen management system. a high voltage power supply; an electrode; and a pollen collection surface; wherein: said high voltage power supply supplies high voltage to the electrode, and said electrode is configured to generate electric fields that apply electrostatic forces on the pollen grains, and said pollen grains are attracted to the pollen collecting surface of the pollen collecting element; said high voltage power supply supplies high voltage to the electrode, and said electrode is configured to generate electric fields that apply electrostatic forces on the pollen grains, and said pollen grains are attracted to the pollen collecting surface of the pollen collecting element; characterized in that: the pollen collection surface comprises an outer surface of a covering of the electrode; and the pollen collecting element exposes the pollen collection surface on an external portion of the pollen management system.
Protection device for a motor vehicle, comprising a first crossmember, a second crossmember and a connecting means forming a connection between the first crossmember and the second crossmember, said connecting means comprising at least one upright fastened to the first crossmember and to the second crossmember, the first crossmember extending along a first axis, the second crossmember extending along a second axis parallel to the first axis, the first crossmember and the second crossmember being intended to be positioned one above the other and at the front of a vehicle, the first axis and the second axis being intended to be oriented parallel to a transverse axis of a vehicle, the upright extending along a third axis intended to be oriented parallel to a vertical axis of a vehicle, said connecting means comprising at least one fragile zone that is able to break during a collision of MPDB type, so as to break the connection between the first crossmember and the second crossmember, the at least one upright comprising a first portion via which it is fastened to the first crossmember, a second portion via which it is fastened to the second crossmember, and a third portion extending between the first portion and the second portion, the third portion having a greater breaking strength than the first portion, and/or the third portion having a greater breaking strength than the second portion, the fragile zone comprising an interface between the third portion and the first portion, and/or the fragile zone comprising an interface between the third portion and the second portion, the first portion being constituted by a first tongue extending in a first plane (Y1Z1), the first plane being intended to be oriented parallel to a transverse axis and to a vertical axis of a vehicle, and/or the second portion being constituted by a second tongue extending in a second plane (Y2Z1), the second plane being intended to be oriented parallel to a transverse axis and to a vertical axis of a vehicle, characterized in that the third portion has a section perpendicular to the third axis that is of rectangular shape, or in that the third portion has a section perpendicular to the third axis that is U-shaped.
A washing machine, comprising: a rotary washing tub, the rotary washing tub including a plurality of depressions formed therein and a plurality of spin-drying holes wherein the depressions are depressed outward from an inner surface of the rotary washing tub, characterized in that said depressions have a shape of a square pyramid with the plurality of spin-drying holes formed in the respective depressions, corresponding depressions each including a square side parts, valleys extending from corners of the square side parts to the corresponding spin-drying hole, and inclines extending from sides of the square side parts to the corresponding spin-drying hole, wherein the depressions are arranged adjacent to each other. a rotary washing tub, the rotary washing tub including a plurality of depressions formed therein and a plurality of spin-drying holes wherein the depressions are depressed outward from an inner surface of the rotary washing tub, characterized in that said depressions have a shape of a square pyramid with the plurality of spin-drying holes formed in the respective depressions, corresponding depressions each including a square side parts, valleys extending from corners of the square side parts to the corresponding spin-drying hole, and inclines extending from sides of the square side parts to the corresponding spin-drying hole, wherein the depressions are arranged adjacent to each other.
A radiation detector comprising: a scintillator having a first surface; and a photosensor system comprising a discrete photosensor disposed on the first surface such that a shortest distance from a peripheral edge of the discrete photosensor to a nearest peripheral edge of the first surface is at most 10% of a shortest distance from the nearest peripheral edge of the first surface to a center point of the first surface, and at least one of the following: the photosensor system occupies a cumulative area of at most 80% of a surface area of the first surface, and the photosensor system does not occupy any area within a distance of the center point of the first surface that is 10% of the distance from the center point of the first surface to the nearest peripheral edge of the first surface, wherein the scintillator has an aspect ratio in a range of 1.2 to 7, the aspect ratio being equal to the length of the scintillator divided by the width (W S) of the first surface. a scintillator having a first surface; and a photosensor system comprising a discrete photosensor disposed on the first surface such that a shortest distance from a peripheral edge of the discrete photosensor to a nearest peripheral edge of the first surface is at most 10% of a shortest distance from the nearest peripheral edge of the first surface to a center point of the first surface, and at least one of the following: the photosensor system occupies a cumulative area of at most 80% of a surface area of the first surface, and the photosensor system does not occupy any area within a distance of the center point of the first surface that is 10% of the distance from the center point of the first surface to the nearest peripheral edge of the first surface, wherein the scintillator has an aspect ratio in a range of 1.2 to 7, the aspect ratio being equal to the length of the scintillator divided by the width (W S) of the first surface. the photosensor system occupies a cumulative area of at most 80% of a surface area of the first surface, and the photosensor system does not occupy any area within a distance of the center point of the first surface that is 10% of the distance from the center point of the first surface to the nearest peripheral edge of the first surface, wherein the scintillator has an aspect ratio in a range of 1.2 to 7, the aspect ratio being equal to the length of the scintillator divided by the width (W S) of the first surface.
A heat exchanger for heating fresh water by way of heat from waste water, at a shower or bath tub, comprising a drain trough, at least one heat exchanger unit which is arranged in the drain trough and is provided for the connection into a fresh water feed, and a distribution element which is arranged for distributing running-off water over the at least one heat exchanger unit, wherein the at least one heat exchanger unit comprises several sequentially successive pipe sections which are connected to one another by deflection sections and which run essentially horizontally, given an orientation of the heat exchanger as in operation of the heat exchanger, characterised in that in each case two horizontally running, successive pipe sections, thus ones which are connected to one another by a deflection section, are arranged above one another, and one after the other are subjected to being sprinkled or flowed over by dripping down or running down waste water.
A composite article, comprising: a plurality of layers, wherein at least a portion of the layers form a layer stack; a plurality of fibers at least partially embedded within a matrix, wherein the fibres are arranged in the plurality of layers within the matrix; the fibers adhering to the matrix at a level of adhesion; and the adhesion level varying spatially within the composite article according to the following arrangement: varying between at least two of the layers, wherein a group of layers has a different adhesion level than the adhesion level of an adjacent layer group, and the adhesion level across the layers progressively increases or decreases between a first face of the composite article and an opposing second face of the composite article. a plurality of layers, wherein at least a portion of the layers form a layer stack; a plurality of fibers at least partially embedded within a matrix, wherein the fibres are arranged in the plurality of layers within the matrix; the fibers adhering to the matrix at a level of adhesion; and the adhesion level varying spatially within the composite article according to the following arrangement: varying between at least two of the layers, wherein a group of layers has a different adhesion level than the adhesion level of an adjacent layer group, and the adhesion level across the layers progressively increases or decreases between a first face of the composite article and an opposing second face of the composite article.
Control valve for a fluid flow, comprising: a valve body (602, 802, 1002) that defines an inlet (603, 803, 1003) and an outlet (604, 804, 1004) for said fluid, an obstructer (605, 805, 1005) inserted in said valve body (602, 802, 1002), and an actuator system (606, 806, 1006) configured for reversibly translating said obstructer (605, 805, 1005) between a first position, in which said obstructer (605, 805, 1005) allows the passage of said fluid between said inlet ( 603, 803, 1003) and said outlet (604, 804, 1004), and a second position, in which said obstructer (605, 805, 1005) prevents the passage of said fluid between said inlet (603, 803, 1003) and said outlet (604, 804, 1004), said control valve further comprises a turbine rotor (609, 809, 1009) housed inside said valve body (602, 802, 1002), wherein said rotor (609, 809, 1009) comprises a plurality of blades and is configured for continuously rotating under the action of said fluid flowing between said inlet (603, 803, 1003) and said outlet (604, 804, 1004), said rotor (609, 809, 1009) rotating about an axis of rotation substantially aligned with the direction of translation of said obstructer (605, 805, 1005), wherein said valve body internally comprises walls which delimit a fluid inlet chamber having a substantially circular seat, and wherein said obstructer is substantially disc-like shaped, and wherein said obstructer is configured for at least partially unrestricting a passage section at said seat in said first position, and wherein said obstructer is further configured for translating into said second position, so as to abut on said seat, in order to occlude said passage section, in that said rotor is so sized as to substantially engage the whole said passage section at said seat, and wherein said rotor is configured for an axial inflow of said fluid into it, and for a perimetrical outflow of said fluid from said rotor, and characterized in that said rotor is configured for allowing at least a partial accommodation of said obstructer inside of it, so as to allow translation of said obstructer into said first position.