mhurhangee/ep-ind-claims huggingface dataset:
A brush for cleaning the inside of an implant (100, 200) comprising: a twisted brush part formed by arranging a large number of fibers in parallel in a direction perpendicular to a wire rod and then, by twisting said wire rod so as to provide helical brush bristles around said wire rod; an intermediate columnar part; and a main columnar part, wherein the wire rod used in said twisted brush part is fixed to one of end portions of said intermediate columnar part so that said twisted brush part and said intermediate columnar part are fixed to each other; said main columnar part is fixed to the other end portion of said intermediate columnar part; said main columnar part has a rotating device mounting part on the other end portion opposite to the one end portion to which said intermediate columnar part is fixed; a major axis center line of said intermediate columnar part matches a major axis center line of said main columnar part; and characterized in that on the basis of the major axis center line direction of said intermediate columnar part, assuming that the length of said twisted brush part is 1, the length of said intermediate columnar part is in a range of 0.8 to 2.0, and said fibers are made of resin. a twisted brush part formed by arranging a large number of fibers in parallel in a direction perpendicular to a wire rod and then, by twisting said wire rod so as to provide helical brush bristles around said wire rod; an intermediate columnar part; and a main columnar part, wherein the wire rod used in said twisted brush part is fixed to one of end portions of said intermediate columnar part so that said twisted brush part and said intermediate columnar part are fixed to each other; said main columnar part is fixed to the other end portion of said intermediate columnar part; said main columnar part has a rotating device mounting part on the other end portion opposite to the one end portion to which said intermediate columnar part is fixed; a major axis center line of said intermediate columnar part matches a major axis center line of said main columnar part; and characterized in that on the basis of the major axis center line direction of said intermediate columnar part, assuming that the length of said twisted brush part is 1, the length of said intermediate columnar part is in a range of 0.8 to 2.0, and said fibers are made of resin.
An inkjet ink comprising: a pigment; a diol having 4 to 6 carbon atoms; and trimethylglycine, wherein the diol having 4 to 6 carbon atoms is at least one selected from the group consisting of 1,6-hexane diol, 1,3-butane diol, and 3-methyl-1,3-butane diol. a pigment; a diol having 4 to 6 carbon atoms; and trimethylglycine, wherein the diol having 4 to 6 carbon atoms is at least one selected from the group consisting of 1,6-hexane diol, 1,3-butane diol, and 3-methyl-1,3-butane diol.
A can combustor for a gas turbine, the can combustor comprising: - at least a burner (5, 20, 22); - at least a liner defining a combustion chamber (6, 21, 23) having a combustor axis; wherein the liner comprises: - an inner tubular body; - an outer tubular body overlapping at least in part the inner tubular body and spaced from the inner tubular body for defining a cooling air gap; wherein the outer tubular body comprises a upstream end coupled with an intermediate portion of the inner tubular body; wherein the coupling between the upstream end of the outer tubular body and the inner tubular body is a direct surface contact coupling of the inner surface of the upstream end of the outer tubular body resting on the outer surface of the inner tubular body, wherein the direct surface contact coupling is configured for allowing a relative sliding of the outer tubular body with respect to the inner tubular body at least along a axial direction parallel to the combustor axis; characterized in that the direct surface contact coupling comprises at least a cooling air channel configured for connecting the combustion chamber (6, 21, 23) with a plenum volume arranged outwardly the liner wherein the cooling air channel comprises a plurality of axial passing slots obtained in the upstream end of the outer tubular body and at least a channel (10, 15) obtained in a portion of the inner tubular body corresponding with the slot. - at least a burner (5, 20, 22); - at least a liner defining a combustion chamber (6, 21, 23) having a combustor axis; wherein the liner comprises: - an inner tubular body; - an outer tubular body overlapping at least in part the inner tubular body and spaced from the inner tubular body for defining a cooling air gap;
An inverter circuit breaker comprising: - a case (20,21) and a button movable with respect to the case (20,21); - a rocking control member adapted to be rotated in two opposite directions about a first rotation axis by means of the button; - a rotor adapted to be rotated in two opposite directions about a second rotation axis perpendicular to the first rotation axis; characterized in that: - the rotor is adapted to be rotated by the rocking control member; - the inverter circuit breaker further comprises four connecting terminals and two rocking switching members (72,73), adapted to be rotated simultaneously by the rotor for establishing and interrupting bridges between connecting terminal pairs. - a case (20,21) and a button movable with respect to the case (20,21); - a rocking control member adapted to be rotated in two opposite directions about a first rotation axis by means of the button; - a rotor adapted to be rotated in two opposite directions about a second rotation axis perpendicular to the first rotation axis; - the rotor is adapted to be rotated by the rocking control member; - the inverter circuit breaker further comprises four connecting terminals and two rocking switching members (72,73), adapted to be rotated simultaneously by the rotor for establishing and interrupting bridges between connecting terminal pairs.
A method for supporting periodic and triggered location by a user equipment, UE, comprising: receiving a request for a periodic and triggered location from a wireless network, the request for the periodic and triggered location comprising a first codeword, the request for the periodic and triggered location and the first codeword received by the wireless network from an external client; determining a type of periodic and triggered location event based on the first codeword; detecting the type of periodic and triggered location event; and sending a location report to the wireless network in response to detecting the type of periodic and triggered location event, wherein the location report is transmitted to the external client by the wireless network wherein detecting the type of periodic and triggered location event comprises detecting the type of periodic and triggered location event at a plurality of different times; and wherein sending the location report to the wireless network comprises sending a location report to the wireless network at each of the plurality of different times in response to detecting the type of periodic and triggered location event at each of the plurality of different times, wherein the location report at each of the plurality of different times is transmitted to the external client by the wireless network.. receiving a request for a periodic and triggered location from a wireless network, the request for the periodic and triggered location comprising a first codeword, the request for the periodic and triggered location and the first codeword received by the wireless network from an external client; determining a type of periodic and triggered location event based on the first codeword; detecting the type of periodic and triggered location event; and sending a location report to the wireless network in response to detecting the type of periodic and triggered location event, wherein the location report is transmitted to the external client by the wireless network wherein detecting the type of periodic and triggered location event comprises detecting the type of periodic and triggered location event at a plurality of different times; and wherein sending the location report to the wireless network comprises sending a location report to the wireless network at each of the plurality of different times in response to detecting the type of periodic and triggered location event at each of the plurality of different times, wherein the location report at each of the plurality of different times is transmitted to the external client by the wireless network..
An implantable medical device comprising: a structure configured for implantation in an organ of the body; a first stereospecific and optically pure biodegradable polymer affixed to at least a portion of the structure, and a second stereospecific and optically pure biodegradable polymer having an opposite optical rotation from that of the first stereospecific and optically pure biodegradable polymer, the second stereospecific and optically pure biodegradable polymer being affixed to the first stereospecific and optically pure biodegradable polymer, the first and second stereospecific and optically pure biodegradable polymers being laid down in an alternating layer-on-layer arrangement with the second stereospecific and optically pure biodegradable polymer being laid down when the layer of the first stereospecific and optically pure biodegradable polymer is still wet, so as to form a first stereocomplex layer in situ, in which the first stereospecific and optically pure biodegradable polymer is mixed with a first therapeutic agent so that the first therapeutic agent is interspersed beneath the stereocomplex layer formed by the first stereospecific polymer and the second stereospecific polymer and elution of the first therapeutic agent from the device is controlled by the stereocomplex layer, and in which one of the first and second stereospecific and optically pure biodegradable polymers comprises poly (D-lactic acid) and the other of the first and second stereospecific and optically pure biodegradable polymers comprises poly (L-lactic acid). a structure configured for implantation in an organ of the body; a first stereospecific and optically pure biodegradable polymer affixed to at least a portion of the structure, and a second stereospecific and optically pure biodegradable polymer having an opposite optical rotation from that of the first stereospecific and optically pure biodegradable polymer, the second stereospecific and optically pure biodegradable polymer being affixed to the first stereospecific and optically pure biodegradable polymer, the first and second stereospecific and optically pure biodegradable polymers being laid down in an alternating layer-on-layer arrangement with the second stereospecific and optically pure biodegradable polymer being laid down when the layer of the first stereospecific and optically pure biodegradable polymer is still wet, so as to form a first stereocomplex layer in situ, in which the first stereospecific and optically pure biodegradable polymer is mixed with a first therapeutic agent so that the first therapeutic agent is interspersed beneath the stereocomplex layer formed by the first stereospecific polymer and the second stereospecific polymer and elution of the first therapeutic agent from the device is controlled by the stereocomplex layer, and in which one of the first and second stereospecific and optically pure biodegradable polymers comprises poly (D-lactic acid) and the other of the first and second stereospecific and optically pure biodegradable polymers comprises poly (L-lactic acid).
Method of cleaning solar panels, in which steam from a distribution system is sprayed in multiple individual jets at a pressure and temperature which depend on the toughness of the solar panel to be cleaned and the impurities to be removed, the temperature of the steam varying between approximately 150°C and 200°C and the steam pressure on entry to the distribution system varying between approximately 2.5 and 5 bar and at an adjustable angle to the panel, which may vary, depending on the type of impurities to be removed, between approximately 30° and 90°, and in which gentle cleaning elements are in contact with the surface of the panels to be cleaned and act simultaneously with the spraying of steam jets, steam being applied at the same time as contact cleaning at a distance from the panel to be cleaned which varies between approximately 50 mm and 300 mm.
Braking system for a vehicle, in particular a commercial vehicle, comprising compressed-air-operated brake cylinders (10, 13) for actuating wheel brakes (14, 16) by means of compressed air on at least one first axle of the vehicle and comprising wheel brakes (43, 44) on at least one second axle of the vehicle, which in response to an electrical braking request signal can be actuated exclusively electromechanically, wherein in response to actuation of a brake pedal of a brake pedal device the pneumatic pressure of the compressed air can be indirectly or directly modulated and the electrical braking request signal can be indirectly or directly generated and wherein a service brake function can be provided by means of hybrid use of the wheel brakes (14, 16) on the at least one first axle of the vehicle together with the wheel brakes (43, 44) on the at least one second axle of the vehicle, characterized by a first actuating mode, in which the wheel brakes (14, 16) on the at least one first axle of the vehicle can be actuated by means of the compressed-air-operated brake cylinders (10, 13), and by a second actuating mode, in which the wheel brakes (14, 16) on this at least one first axle of the vehicle can be actuated electromechanically, and in that the service brake function on this at least one first axle of the vehicle can be performed either by one of these two actuating modes alone or by both of these actuating modes together.
A mirror for use in a limited rotation motor system, said mirror comprising: a body formed of a material and having an exposed mirror surface and a mounting base for mounting the mirror to a rotor shaft of the limited rotation motor system for rotation with respect to an axis of rotation; and characterized by an aperture within the body of the mirror, said aperture being substantially coincident with at least a portion of said axis of rotation; and a damping material within said aperture and capable of movement within said aperture with respect to the body of the mirror, said damping material having a density that is greater than the density of the material of the body of the mirror. a body formed of a material and having an exposed mirror surface and a mounting base for mounting the mirror to a rotor shaft of the limited rotation motor system for rotation with respect to an axis of rotation; and characterized by an aperture within the body of the mirror, said aperture being substantially coincident with at least a portion of said axis of rotation; and a damping material within said aperture and capable of movement within said aperture with respect to the body of the mirror, said damping material having a density that is greater than the density of the material of the body of the mirror.
An input device comprising:- a support portion having an outer surface and an internal space; wherein the support portion is constituted of a hard material and has optical transparency; an elastic input portion comprising an elastic layer deformable by a device user; wherein the elastic layer has an outer surface for deforming by a user, and an inner surface, on an opposite side of the outer surface of the elastic layer, so as to cover and be supported by the outer surface of the support portion; a marker disposed in the elastic layer and displaced in association with deformation of the elastic layer; a detection portion disposed within the internal space; characterized by a reference marker disposed on the support portion and which is not displaced due to the deformation of the elastic layer; and the detection portion detecting deformation of the elastic layer on the basis of displacement of the marker with respect to the reference marker. a support portion having an outer surface and an internal space; wherein the support portion is constituted of a hard material and has optical transparency; an elastic input portion comprising an elastic layer deformable by a device user; wherein the elastic layer has an outer surface for deforming by a user, and an inner surface, on an opposite side of the outer surface of the elastic layer, so as to cover and be supported by the outer surface of the support portion; a marker disposed in the elastic layer and displaced in association with deformation of the elastic layer; a detection portion disposed within the internal space; characterized by a reference marker disposed on the support portion and which is not displaced due to the deformation of the elastic layer; and the detection portion detecting deformation of the elastic layer on the basis of displacement of the marker with respect to the reference marker.
A glass-ceramic comprising an oxide containing lithium (Li), silicon (Si), and boron, wherein the oxide comprises an oxide of the lithium (Li), an oxide of the silicon (Si), and an oxide of the boron, the content of the oxide of the lithium (Li) is from 40 mol% to 73 mol% based on the total amount of the oxide of the lithium (Li), the oxide of the silicon (Si), and the oxide of the boron, the content of the oxide of the silicon (Si) is from 8 mol% to 40 mol% based on the total amount of the oxide of the lithium (Li), the oxide of the silicon (Si), and the oxide of the boron, and the content of the oxide of the boron is from 10 mol% to 50 mol% based on the total amount of the oxide of the lithium (Li), the oxide of the silicon (Si), and the oxide of the boron, the glass-ceramic having an X-ray diffraction pattern using CuKα as a ray source with at least two peaks appearing in the range 20° ≤ 2θ ≤ 25° and with at least two peaks appearing in the range 25° < 2θ ≤ 30°, wherein the oxide includes at least 69 mol% of an oxide of the lithium (Li), the glass-ceramic having a Raman spectrum with a peak X appearing in the Raman shift region of 920 cm -1 to 940 cm -1 and with a peak Y appearing in the Raman shift region of 820 cm -1 to 850 cm -1 and also having ratio X/Y of an area intensity of the peak X to an area intensity of the peak Y of at least 2.0.
Scissors to cut a pipe, particularly a pipe of composed material, which has two two-armed levers pivotable about an axis and that have a cutting mouth on one side and two handles (10, 11) on the other side, characterized in that the facing insides of the handles (10, 11) are shaped for clamping a pipe what for at least one handle is shaped as a pliers cheek (14 to 21) at the side which is turned to the other handle to hold the pipe and/or has a contact element (22 to 29), whereby the pliers cheek and/or the contact element is composed of flexible, preferably elastic material.
A composite film comprising a polyester film substrate having first and second sides, and on at least one of said first and second sides a coating composition comprising an alkali metal silicate, a wetting agent, and a hydrophilic antifog agent; wherein the hydrophilic antifog agent comprises a compound having three or more polyoxyethylene chains.
An electric toothbrush comprising a handle and a refill having a longitudinal axis and structured and configured to be attached to the handle via a coupling device, the handle having a drive mechanism and the refill having a brush head and a motion transmitter functionally connected to the brush head for driving the brush head, wherein the handle comprises a coupling stem having outer walls extending in a direction substantially parallel to the longitudinal axis and terminating with a free end, the coupling stem further having a coupling pin extending therefrom in a direction not parallel to the longitudinal axis, wherein the refill includes a generally tubular portion formed by refill walls defining therebetween an interior space structured and configured to accept therein the coupling stem of the handle when the refill is being attached to the handle, wherein the coupling device comprises a pair of mutually opposite curved cantilevered arms disposed adjacent to the refill walls in the interior space of the refill, wherein each of the cantilevered arms is resiliently deformable and terminates with a coupling surface structured and configured to engage the coupling pin of the coupling stem for secure and disengageable connection therewith. wherein the handle comprises a coupling stem having outer walls extending in a direction substantially parallel to the longitudinal axis and terminating with a free end, the coupling stem further having a coupling pin extending therefrom in a direction not parallel to the longitudinal axis, wherein the refill includes a generally tubular portion formed by refill walls defining therebetween an interior space structured and configured to accept therein the coupling stem of the handle when the refill is being attached to the handle, wherein the coupling device comprises a pair of mutually opposite curved cantilevered arms disposed adjacent to the refill walls in the interior space of the refill, wherein each of the cantilevered arms is resiliently deformable and terminates with a coupling surface structured and configured to engage the coupling pin of the coupling stem for secure and disengageable connection therewith.