mhurhangee/ep-ind-claims huggingface dataset:
Fence post, of the type consisting of a stake and a base, which is complementary to the stake and is intended to be buried at least in part, the stake being produced in the form of a metal tubular profile having a quadrangular or C-shaped cross section, at least one of the walls of said stake having, on its longitudinal axis, latches arranged at regular intervals, projecting from said wall, said latches, intended for attaching and holding the fencing wires or the fencing mesh, being obtained by pre-cutting and pre-forming sheet metal during the profiling of the stake, and the base also being produced in the form of a metal tubular profile having a quadrangular or C-shaped cross section, the external dimensions of which are complementary to the internal dimensions of those of the cross section of the stake, or inversely, so that the lower portion of the stake can be press-fitted around the upper portion of the base, or inversely press-fitted into said upper portion of the base, said base further comprising at least one plate which Is welded onto the outside of one of its walls, at a point which is at a distance from the ends (17, 19) of said wall, said plate belonging to the buried portion of the base in order to ensure that said base is perfectly anchored In the ground, at least one of the walls of the stake and/or of the upper profiled portion of the base which are in contact after press-fitting further comprising means ensuring the wedging of the stake onto the base, characterised In that said wedging means (26, 27) are produced on that/those wall(s) of the base which come(s) into contact with that/those wall(s) of the stake comprising latches in the form of latches which are distributed projecting from said wall(s) and with the same interval as that separating the latches of the stake, the recesses present under the latches produced in the stake being capable of receiving the latches of the base with little to no play, or inversely the recesses present under the latches produced in the base being capable of receiving the latches of the stake with little to no play, the free end of the latches of the base being in any case oriented in the opposite direction to the free end of the latches formed on the stake.
Sanitary device, in particular sanitary shower device, comprising a) a casing with a panel-type visible plate; b) at least one functional unit, to which water can be supplied and which comprises an elongate outlet slit, by means of which water leaves the functional unit in a largely contiguous water curtain; wherein c) the functional unit comprises a lighting device with light-emitting elements which couple light into the water curtain during operation, characterized in that d) the lighting device comprises a plurality of the light-emitting elements which are arranged along the outlet slit; e) the lighting device comprises a converging optical unit which focuses light that is emitted by the light-emitting elements and which couples said light into the water that is leaving the outlet slit and which comprises a plano-convex cylindrical lens. a) a casing with a panel-type visible plate; b) at least one functional unit, to which water can be supplied and which comprises an elongate outlet slit, by means of which water leaves the functional unit in a largely contiguous water curtain; wherein c) the functional unit comprises a lighting device with light-emitting elements which couple light into the water curtain during operation, characterized in that d) the lighting device comprises a plurality of the light-emitting elements which are arranged along the outlet slit; e) the lighting device comprises a converging optical unit which focuses light that is emitted by the light-emitting elements and which couples said light into the water that is leaving the outlet slit and which comprises a plano-convex cylindrical lens.
Cable gland for a shielded cable, comprising a screw sleeve and a clamping insert which engages therein, and a union nut or pressing screw for acting upon the clamping insert axially and radially and for radially deforming a clamping region or clamping fingers thereof, a contact device having at least one or having a plurality of contact fingers, which are distributed over the circumference, being provided in the screw sleeve, at least a portion of a longitudinal extent of said contact fingers bearing against the shielding of the cable in the use position, the contact device having at least one support or ring, which is arranged in the screw sleeve of the assembled cable gland, and at least one or a plurality of resilient contact fingers proceeding from said support or ring and, adjacent to the support or ring in the axial direction of the longitudinal central axis of the assembled cable gland, have a deformable projection having a convex curvature or an angled form in a starting position in the longitudinal section along the longitudinal central axis of the assembled cable gland, and, in a continuation therefrom, extend in the insertion direction of the cable, and a stop surface, which extends radially inwardly and in the relative insertion direction of the cable into the assembled cable gland in a manner inclined or obliquely with respect to said cable, for the projection of the contact fmger(s) is provided in the region of the projection and engages beneath or behind said projection against the direction of action of the union nut or pressing screw, that the clamping insert or a pressing ring which is acted upon by said clamping insert has, on the end face which faces the projection of the contact finger(s), a pressing surface which is arranged obliquely with respect to the longitudinal central axis of the assembled cable gland and characterised in that in the use position the projection extends between the obliquely extending stop surface and the pressure surface and that by means of the pressure surface, when the clamping insert is acted upon axially and pushed in, the curved or angularly deformed projection of the contact finger can be acted upon on the side thereof facing away from the stop surface, and is deformable in such a way that it can be moved closer to or pressed against the oblique stop surface or the pressing surface, whereby the free part of the contact finger(s) which continues the projection can be pivoted radially inwardly in the direction of the longitudinal central axis of the assembled cable gland and can be pressed against an inserted cable or the shielding thereof.
A heel unit (10; 110) for a touring binding, comprising a binding body (12; 112) that is suitable for immobilising a heel portion of a touring boot in a downhill position of the heel unit (10; 110) and for releasing the heel portion of the touring boot in a touring position of the heel unit (10; 110) such that the touring boot can be raised away from the heel unit (10; 110), and a climbing aid (20; 120) that is movable between an active position and a passive position, wherein, in the touring position of the heel unit (10; 110), the climbing aid (20; 120) supports the heel portion of the touring boot at a predetermined height above a sliding board plane in its active position, wherein the climbing aid (20; 120) is urged over its entire path of movement into the active position and is lockable in the passive position by a resilient element, and characterised in that the climbing aid (20; 120) is mounted such that it is pivotal on the heel unit (10; 110), in particular on the binding body (12; 112). a binding body (12; 112) that is suitable for immobilising a heel portion of a touring boot in a downhill position of the heel unit (10; 110) and for releasing the heel portion of the touring boot in a touring position of the heel unit (10; 110) such that the touring boot can be raised away from the heel unit (10; 110), and a climbing aid (20; 120) that is movable between an active position and a passive position, wherein, in the touring position of the heel unit (10; 110), the climbing aid (20; 120) supports the heel portion of the touring boot at a predetermined height above a sliding board plane in its active position, wherein the climbing aid (20; 120) is urged over its entire path of movement into the active position and is lockable in the passive position by a resilient element, and characterised in that the climbing aid (20; 120) is mounted such that it is pivotal on the heel unit (10; 110), in particular on the binding body (12; 112).
A processor-implemented method of controlling an insulin infusion device for a user, the method comprising: operating a processor architecture comprising at least one processor device to calculate a maximum insulin infusion rate for the user based on a fasting blood glucose value associated with the user, a total daily insulin value associated with the user, and fasting insulin delivery data that is indicative of insulin delivered to the user during a fasting period, wherein the maximum insulin infusion rate is applicable during a period of closed-loop operation of the insulin infusion device; obtaining a first closed-loop insulin infusion rate for the user, wherein the first closed- loop insulin infusion rate is obtained for a current sampling point during the period of closed- loop operation; and providing a second closed-loop insulin infusion rate for the user when the obtained first closed-loop insulin infusion rate is greater than the calculated maximum insulin infusion rate, wherein the second closed-loop insulin infusion rate is less than the first closed-loop insulin infusion rate; the first closed-loop insulin infusion rate is calculated in accordance with a proportional-integral-derivative insulin feedback (PID-IFB) control algorithm; and the method further comprises the step of inhibiting windup of an integral component of the PID-IFB control algorithm when the obtained first closed-loop insulin infusion rate is greater than the calculated maximum insulin infusion rate. operating a processor architecture comprising at least one processor device to calculate a maximum insulin infusion rate for the user based on a fasting blood glucose value associated with the user, a total daily insulin value associated with the user, and fasting insulin delivery data that is indicative of insulin delivered to the user during a fasting period, wherein the maximum insulin infusion rate is applicable during a period of closed-loop operation of the insulin infusion device; obtaining a first closed-loop insulin infusion rate for the user, wherein the first closed- loop insulin infusion rate is obtained for a current sampling point during the period of closed- loop operation; and providing a second closed-loop insulin infusion rate for the user when the obtained first closed-loop insulin infusion rate is greater than the calculated maximum insulin infusion rate, wherein the second closed-loop insulin infusion rate is less than the first closed-loop insulin infusion rate; the first closed-loop insulin infusion rate is calculated in accordance with a proportional-integral-derivative insulin feedback (PID-IFB) control algorithm; and the method further comprises the step of inhibiting windup of an integral component of the PID-IFB control algorithm when the obtained first closed-loop insulin infusion rate is greater than the calculated maximum insulin infusion rate.
An automated method for producing personalised printed end products, which in each case comprise a printed product collection and at least one personalised printed product, comprising: creating end product specifications which in each case define at least one personalised printed end product, creating sales orders on the basis of end product specifications, wherein a sales order defines at least one sequence of printed product collections, initiating the creating and creating digital print orders on the basis of end product specifications and sales orders, wherein a digital print order defines at least one personalised printed product, creating printed product collections according to the sales orders, producing personalised printed products corresponding to the digital print orders, and producing personalised printed end products from the created printed product collections and personalised printed products. creating end product specifications which in each case define at least one personalised printed end product, creating sales orders on the basis of end product specifications, wherein a sales order defines at least one sequence of printed product collections, initiating the creating and creating digital print orders on the basis of end product specifications and sales orders, wherein a digital print order defines at least one personalised printed product, creating printed product collections according to the sales orders, producing personalised printed products corresponding to the digital print orders, and producing personalised printed end products from the created printed product collections and personalised printed products.
A sustained-release drug delivery formulation for use in the treatment of a mental illness or a central nervous system disorder, comprising a microcapsule in which aripiprazole or donepezil is contained in a biodegradable polymer; and a hydrogel containing small intestinal submucosa powder or hyaluronic acid hydrogel, in which a material comprising a tetrazine and a material comprising a cyclooctene are crosslinked to each other, wherein the biodegradable polymer is selected from polylactide-co-glycolide (PLGA), polyethylene glycol, caprolactone, glycolide, and lactide, wherein the material comprising the tetrazine is one or more selected from the group consisting of methyltetrazine-amine, methyltetrazine-PEG4-amine, methyl tetrazine-propylamine, tetrazine-PEG5-NHS ester, methyltetrazine-PEG4-NHS ester, methyltetrazine-PEG4-NHS amine, methyltetrazine-silfo-NHS ester, methyltetrazine-PEG4-acid, methyltetrazine-PEG12-NHS ester, methyltetrazine-NHS ester, methyltetrazine-acid, and tetrazine-acid, and the material comprising the cyclooctene is one or more selected from the group consisting of trans-cyclooctene-amine, trans-cyclooctene-NHS ester, trans-cyclooctene-NHS amine, trans cyclooctene-PEG-NHS ester, and trans cyclooctene-PEG4-acid.
A medical arrangement for the treatment of at least one medical fluid comprising: at least one sealing means for sealing at least one first volume of the arrangement against at least one second volume, wherein the first volume is provided for receiving at least one external functional means, a tappet for deforming the sealing means; a reception portion for receiving the external functional means, an actuator diaphragm; an air distribution plate having an opening for supplying gas in direction of the tappet, in direction of the actuator diaphragm or in direction of the sealing means; wherein the reception portion comprises a bore or blind hole wherein the tappet is arranged inside the blind bore so as to be axially movable; and wherein the actuator diaphragm is configured to expand under the pressure exerted by means of the gas to push the tappet in a direction toward the sealing means. at least one sealing means for sealing at least one first volume of the arrangement against at least one second volume, wherein the first volume is provided for receiving at least one external functional means, a tappet for deforming the sealing means; a reception portion for receiving the external functional means, an actuator diaphragm; an air distribution plate having an opening for supplying gas in direction of the tappet, in direction of the actuator diaphragm or in direction of the sealing means; wherein the reception portion comprises a bore or blind hole wherein the tappet is arranged inside the blind bore so as to be axially movable; and wherein the actuator diaphragm is configured to expand under the pressure exerted by means of the gas to push the tappet in a direction toward the sealing means.
A device comprising a soiling sensor, an irradiance sensor, and a measurement unit; wherein said device is configured to allow soiling particles to accumulate on top of said irradiance sensor; and wherein the soiling sensor comprises: a transparent window, a photoemitter, and a photodetector; and wherein said photoemitter is configured to emit light that illuminates, from beneath the window, soiling particles accumulating on top of a surface of said transparent window, and said photodetector is configured to generate a signal based on detection of a portion of said light that passes through said transparent window and reflects and/or scatters from said soiling particles; and said measurement unit determines a soiling level of said transparent window, wherein said soiling level corresponds to a fractional reduction in transmission of sunlight by said soiling particles, based upon a measurement of said signal of said soiling sensor; and wherein said measurement unit is configured to calibrate said soiling sensor based on comparing readings from said irradiance sensor and said soiling sensor before and after cleaning. a soiling sensor, an irradiance sensor, and a measurement unit; wherein said device is configured to allow soiling particles to accumulate on top of said irradiance sensor; and wherein the soiling sensor comprises: a transparent window, a photoemitter, and a photodetector; and a transparent window, a photoemitter, and a photodetector; and wherein said photoemitter is configured to emit light that illuminates, from beneath the window, soiling particles accumulating on top of a surface of said transparent window, and said photodetector is configured to generate a signal based on detection of a portion of said light that passes through said transparent window and reflects and/or scatters from said soiling particles; and said measurement unit determines a soiling level of said transparent window, wherein said soiling level corresponds to a fractional reduction in transmission of sunlight by said soiling particles, based upon a measurement of said signal of said soiling sensor; and wherein said measurement unit is configured to calibrate said soiling sensor based on comparing readings from said irradiance sensor and said soiling sensor before and after cleaning.
Brake actuator for a bicycle, characterized in that the brake actuator comprises a strap which is set up for mounting onto a pedal drive shaft, the strap providing an interior space which is set up to receive the pedal drive shaft circumferentially, the brake actuator comprising, furthermore, a lever element which is mounted by a rotary bearing in an offset manner with respect to the interior space, the lever element having a circulating guide for the strap, which circulating guide is arranged within the strap and is set up to tension the strap over the circulating guide in a manner which is dependent on an angular position of the lever element.
A catheter comprising: an outer tubular component having a side opening for providing transverse access to a lumen thereof and including a first pressure sensor disposed proximate of a distal end of the outer tubular component; and an inner component having a guidewire lumen that extends between a side port and a distal port of the inner component, and including a second pressure sensor disposed proximate of a distal end of the inner component, wherein the inner component is configured to be longitudinally translatable within the lumen of the outer tubular component such that the side port of the inner component is slidable between first and second opposing ends (115, 117) of the side opening of the outer tubular component, and wherein longitudinal translation of the inner component relative to the outer tubular component permits a distance between the first pressure sensor and the second pressure sensor to be varied. an outer tubular component having a side opening for providing transverse access to a lumen thereof and including a first pressure sensor disposed proximate of a distal end of the outer tubular component; and an inner component having a guidewire lumen that extends between a side port and a distal port of the inner component, and including a second pressure sensor disposed proximate of a distal end of the inner component, wherein the inner component is configured to be longitudinally translatable within the lumen of the outer tubular component such that the side port of the inner component is slidable between first and second opposing ends (115, 117) of the side opening of the outer tubular component, and wherein longitudinal translation of the inner component relative to the outer tubular component permits a distance between the first pressure sensor and the second pressure sensor to be varied.
A solid foam wound dressing comprising chitosan, at least one protic acid and at least one surface active agent, wherein said wound dressing has a porous structure that is uniform from bottom to top as well as side to side, has uniformly distributed gas bubbles and is mechanically flexible and adhesive when in contact with physiological fluids or moisture.
An ultraviolet light emitting device comprising: a first conductive semiconductor layer; an active layer under the first conductive semiconductor layer; and a second conductive semiconductor layer under the active layer, wherein the second conductive semiconductor layer comprises a plurality of patterns to form a protrusion, wherein the plurality of patterns is spaced from each other in a first direction and a second direction crossing the first direction, characterized in that a distance between the plurality of patterns is larger than a width of the plurality of patterns, and width of the patterns reduces in a direction away from the active layer, wherein the plurality of patterns reflects an ultraviolet light emitted from the active layer, wherein the patterns comprises a plurality of compound semiconductor layers (31a, 31b, 33a, 33b, 35a) comprising at least two semiconductor materials, and wherein the contents of the at least two semiconductor materials are different from each other. a first conductive semiconductor layer; an active layer under the first conductive semiconductor layer; and a second conductive semiconductor layer under the active layer, wherein the second conductive semiconductor layer comprises a plurality of patterns to form a protrusion, wherein the plurality of patterns is spaced from each other in a first direction and a second direction crossing the first direction, characterized in that a distance between the plurality of patterns is larger than a width of the plurality of patterns, and width of the patterns reduces in a direction away from the active layer, wherein the plurality of patterns reflects an ultraviolet light emitted from the active layer, wherein the patterns comprises a plurality of compound semiconductor layers (31a, 31b, 33a, 33b, 35a) comprising at least two semiconductor materials, and wherein the contents of the at least two semiconductor materials are different from each other.
A heat fusible oil gel composition, comprising: a) from 50 to 80 wt.% of a gel based on a hydrocarbon oil containing from 2 to 10 wt.% of an S-EB or S-EP diblock copolymer, or a mixture thereof, and b) from 20 to 50 wt.% of a gel based on a polar oil containing from 5 to 25 wt.% of an S-EB-S or S-EP-S triblock copolymer, or a mixture thereof, where S, EB, and EP represent blocks of polystyrene, hydrogenated polybutadiene and hydrogenated polyisoprene, respectively, wherein said hydrocarbon oil is an aromatic-free oil containing paraffinic and/or naphthenic species. a) from 50 to 80 wt.% of a gel based on a hydrocarbon oil containing from 2 to 10 wt.% of an S-EB or S-EP diblock copolymer, or a mixture thereof, and b) from 20 to 50 wt.% of a gel based on a polar oil containing from 5 to 25 wt.% of an S-EB-S or S-EP-S triblock copolymer, or a mixture thereof, where S, EB, and EP represent blocks of polystyrene, hydrogenated polybutadiene and hydrogenated polyisoprene, respectively,