mhurhangee/patent-ind-claim-en huggingface dataset:
A washing method comprising the steps of: (a) continuously rotating a drum in one direction at a first speed (RPM1) such that laundry is lifted to a predetermined height and then falls (S51, S52); (b) accelerating the drum to rotate the drum at a second speed (RPM3) such that the laundry is moved in a state in which at least some of the laundry clings to the drum (124; S53, S54); and (c) spraying wash water into the drum during rotation of the drum at the second speed (RPM3; S56), wherein step (c) comprises that the wash water sprayed from a spray nozzle or a circulation nozzle is directly applied to the laundry , thereby improving washing performance based on spray pressure and uniform permeation of the detergent into the laundry , and, wherein step (c) is carried out from a second half of step (b). (a) continuously rotating a drum in one direction at a first speed (RPM1) such that laundry is lifted to a predetermined height and then falls (S51, S52); (b) accelerating the drum to rotate the drum at a second speed (RPM3) such that the laundry is moved in a state in which at least some of the laundry clings to the drum (124; S53, S54); and (c) spraying wash water into the drum during rotation of the drum at the second speed (RPM3; S56), wherein step (c) comprises that the wash water sprayed from a spray nozzle or a circulation nozzle is directly applied to the laundry , thereby improving washing performance based on spray pressure and uniform permeation of the detergent into the laundry , and, wherein step (c) is carried out from a second half of step (b).
A polyurethane-based laminating adhesive composition, in particular for laminating films, containing, based on the total weight of the laminating adhesive composition, 10 to 50 wt.% of at least one solid, particulate filler, characterized in that (a) at least 90% of the filler particles of the at least one filler have a particle size of 4 μm or less; and (b) the at least one filler has a Mohs hardness of 3 or less. (a) at least 90% of the filler particles of the at least one filler have a particle size of 4 μm or less; and (b) the at least one filler has a Mohs hardness of 3 or less.
A method for patterning platinum, comprising: depositing an adhesive layer over a semiconductor substrate ; depositing a sacrificial layer over the adhesive layer; forming a patterned photoresist layer over the sacrificial layer; utilizing the photoresist layer as a mask, removing a top portion of the sacrificial layer not covered by the photoresist layer to expose a first portion of the adhesive layer; depositing a platinum layer over a top surface and sidewall surface of the sacrificial layer and the first portion of the adhesive layer; whereby a thickness (A) of the platinum layer on the top surface of the sacrificial layer and the first portion of the adhesive layer is generally the same, while a thickness of the platinum layer down the sidewall surface tapers from a larger dimension to a smaller dimension ; and etching and removing the sacrificial layer and a portion of the platinum layer covering the top and sidewall surfaces of the sacrificial layer thereby leaving a remaining portion of the platinum layer to form a patterned platinum layer on the semiconductor substrate. depositing an adhesive layer over a semiconductor substrate ; depositing a sacrificial layer over the adhesive layer; forming a patterned photoresist layer over the sacrificial layer; utilizing the photoresist layer as a mask, removing a top portion of the sacrificial layer not covered by the photoresist layer to expose a first portion of the adhesive layer; depositing a platinum layer over a top surface and sidewall surface of the sacrificial layer and the first portion of the adhesive layer; whereby a thickness (A) of the platinum layer on the top surface of the sacrificial layer and the first portion of the adhesive layer is generally the same, while a thickness of the platinum layer down the sidewall surface tapers from a larger dimension to a smaller dimension ; and etching and removing the sacrificial layer and a portion of the platinum layer covering the top and sidewall surfaces of the sacrificial layer thereby leaving a remaining portion of the platinum layer to form a patterned platinum layer on the semiconductor substrate.
A method for generating message notifications at a computing device , the method comprising: receiving at the computing device a received message indicator from a mobile device , wherein the received message indicator is for a message received at the mobile device ; generating at the computing device a first display representation of the received message indicator ; determining at the computing device positioning information from an input component ; and generating a second display representation comprising at least a portion of the message received at the mobile device and an action area for performing a direct action in response to the received message when the determined positioning information satisfies one or more display criteria associated with the second display representation , wherein the one or more display criteria defines an area on the display in the area surrounding the first display representation. receiving at the computing device a received message indicator from a mobile device , wherein the received message indicator is for a message received at the mobile device ; generating at the computing device a first display representation of the received message indicator ; determining at the computing device positioning information from an input component ; and generating a second display representation comprising at least a portion of the message received at the mobile device and an action area for performing a direct action in response to the received message when the determined positioning information satisfies one or more display criteria associated with the second display representation , wherein the one or more display criteria defines an area on the display in the area surrounding the first display representation.
A holder for a broaching tool with a cutting tool comprising a cutting edge and with the holder for holding the cutting tool , wherein the holder comprises a clamping region and a holding region , wherein the holding region comprises, at its end facing away from the clamping region , a seat for the cutting tool , which is configured and arranged such that, when the cutting tool is mounted into the seat , its cutting edge projects beyond the circumferential surface of the holding region , wherein the holding region comprises, on its circumferential surface , a support for the cutting tool , wherein the support is formed on the circumferential surface of the holding region as an integral, radially projecting supporting body, and wherein a coolant channel extends inside the holder , characterized in that the coolant channel comprises two exit openings which, as seen in the circumferential direction, are arranged laterally adjacent to the support and/or in lateral surfaces of the support .
A handle assembly for a delivery catheter for delivering an expandable prosthesis, the catheter having a distal end and a proximal end, the handle assembly comprising: a first hollow elongate member partially housed within the handle assembly ; a second hollow elongate member partially housed within the handle assembly , wherein the second hollow elongate member is encompassed along at least a portion of its length by the first hollow elongate member , and wherein the first and second hollow elongate members are axially movable with respect to one another; a first rotatable control knob movably connected to the first hollow elongate member , wherein the handle assembly is configured such that rotation of the first rotatable control knob moves the first hollow elongate member in an axial direction; a second rotatable control knob movably connected to the second hollow elongate member; and a safety button for locking the second rotatable control knob in a desired position, wherein the handle assembly is configured such that rotation of the rotatable second control knob moves the second hollow elongate member in an axial direction, wherein the safety button is configured to be moveable from a first position to a second position, wherein the safety button is configured to prevent rotation of the second control knob when the safety button is in the second position, wherein the safety button is configured to allow rotation of the second control knob when the safety button is in the first position. a first hollow elongate member partially housed within the handle assembly ; a second hollow elongate member partially housed within the handle assembly , wherein the second hollow elongate member is encompassed along at least a portion of its length by the first hollow elongate member , and wherein the first and second hollow elongate members are axially movable with respect to one another; a first rotatable control knob movably connected to the first hollow elongate member , wherein the handle assembly is configured such that rotation of the first rotatable control knob moves the first hollow elongate member in an axial direction; a second rotatable control knob movably connected to the second hollow elongate member; and a safety button for locking the second rotatable control knob in a desired position, wherein the handle assembly is configured such that rotation of the rotatable second control knob moves the second hollow elongate member in an axial direction, wherein the safety button is configured to be moveable from a first position to a second position, wherein the safety button is configured to prevent rotation of the second control knob when the safety button is in the second position, wherein the safety button is configured to allow rotation of the second control knob when the safety button is in the first position.
A motion generator having a moveable end effector, the motion generator comprising: an end effector , a stationary support , a first set of elastic elements interconnecting the end effector and the stationary support , and a set of tensile members (92, 94, 96, 98, 100, and 102); in which the end effector is supported within the stationary support by the elastic elements ; and a set of actuators characterised in that the motion generator further comprises at least six rockers each rocker being pivotally mounted at one end thereof on the stationary support, and each rocker having an other end; the set of tensile members comprising: at least six elongate tensile members, each elongate tensile member having one end connected to the other end of a rocker and the other end connected to one of a second set of elastic elements (104, 106, 108, 110, 112, and 114) which are fixed to a frame and/or a base 12; a set of connecting elements connecting the other end of each rocker to the end effector ; and in which each one of the set of tensile members is independently adjustably tensioned by an associated actuator to move the other end of the rocker, which rocker movement causes movement of a connected connecting element leading to movement of the end effector .
A thin film formulation comprising idebenone as active ingredient and hydroxypropylmethylcellulose (HPMC) as carrier material, wherein idebenone is present in the carrier material in form of a mono molecular dispersion.
A device for determining a status of an X-ray tube of an x-ray system , comprising: - an input interface ; - an output interface ; and - a processing unit ; wherein the input interface is configured to receive a reference data set representing a plurality of spectrally different reference-values of a detected X-ray radiation of an X-ray tube under a predefined control scheme of an X-ray system; wherein the input interface is configured to receive a working data set representing a plurality of spectrally different working-values of a detected X-ray radiation of the X-ray tube under the same predefined control scheme of the X-ray system, wherein an X-ray filtration, caused by a use of the X-ray tube, is applied at an X-ray radiation path of the X-ray tube; wherein the processing unit is configured to determine, based on the reference data set and the working data set, a filtration function for the X-ray radiation of the X-ray tube indicating the X-ray filtration; wherein the processing unit is configured to determine a status of the X-ray tube based on the filtration function; wherein the output interface is configured to provide the status of the X-ray tube for a further purpose; and characterized in that the processing unit is configured to determine, based on the filtration function, an absorption spectrum; and wherein the processing unit is configured to determine the status of the X-ray tube based on the absorption spectrum. - an input interface ; - an output interface ; and - a processing unit ;
An adhesive composition for adhesively bonding molded parts made of plastics material, in particular plastics pipes, comprising at least one PVC-C resin having a K value of ≤ 55 and at least one liquid organic solvent in which the PVC-C resin is soluble, butan-2-one being contained as the liquid organic solvent, characterized in that the at least one PVC-C resin is contained in an amount of 15 to 25 wt.%, based on the total weight of the composition, and in that the butan-2-one is contained in an amount of 70 to 85 wt.%, based on the total weight of the composition. at least one PVC-C resin having a K value of ≤ 55 and at least one liquid organic solvent in which the PVC-C resin is soluble, butan-2-one being contained as the liquid organic solvent, characterized in that the at least one PVC-C resin is contained in an amount of 15 to 25 wt.%, based on the total weight of the composition, and in that the butan-2-one is contained in an amount of 70 to 85 wt.%, based on the total weight of the composition.
A three-dimensional printing method of a printed product with a cross-sectional pattern, comprising: a step of providing different inks into each partitioned space of an ink extruding member equipped in a three-dimensional printing device, wherein the ink extruding member comprises an ink-receiving part, an ink-extruding part and a partitioning member providing two or more partitioned spaces, a step of applying the same pressure condition to the inks retained in each partitioned space, and extruding the inks in two or more partitioned spaces into a single extruding port to prepare an extruded ink product , and a step of printing the extruded ink product on a plate , wherein the partitioning member provides the two or more partitioned spaces so as to have the same shape of cross-sectional pattern as the printed product and receives different ink in the spaces partitioned by the partitioning member , and the ink-extruding part is positioned in the lower part of the ink-receiving part and is equipped with a single passage in which the inks retained in the ink-receiving part pass and extrude, wherein the extruded ink product discharged from the ink-extruding part has the same cross-sectional pattern as the cross-sectional pattern of the ink-receiving part with reduced size, wherein the partitioning member is detachable from the ink-receiving part, and wherein the ink comprises one or more selected from the group consisting of a gelling polymer, a cell, a growth factor and an extracellular matrix. a step of providing different inks into each partitioned space of an ink extruding member equipped in a three-dimensional printing device, wherein the ink extruding member comprises an ink-receiving part, an ink-extruding part and a partitioning member providing two or more partitioned spaces, a step of applying the same pressure condition to the inks retained in each partitioned space, and extruding the inks in two or more partitioned spaces into a single extruding port to prepare an extruded ink product , and a step of printing the extruded ink product on a plate , wherein the partitioning member provides the two or more partitioned spaces so as to have the same shape of cross-sectional pattern as the printed product and receives different ink in the spaces partitioned by the partitioning member , and the ink-extruding part is positioned in the lower part of the ink-receiving part and is equipped with a single passage in which the inks retained in the ink-receiving part pass and extrude, wherein the extruded ink product discharged from the ink-extruding part has the same cross-sectional pattern as the cross-sectional pattern of the ink-receiving part with reduced size, wherein the partitioning member is detachable from the ink-receiving part, and wherein the ink comprises one or more selected from the group consisting of a gelling polymer, a cell, a growth factor and an extracellular matrix.
Building material compressed-air conveyor , wherein the building material compressed-air conveyor has: - a building material unit which is designed for providing building material (BS), for connecting a compressed-air unit for a flow of compressed air (DL) into the building material unit and for connecting a building material conveying line for a flow of building material (BS) by means of compressed air (DL) out of the building material unit , wherein the building material unit has a conveying container which is designed for providing building material (BS), wherein the conveying container is a mixing container which is designed for mixing building material (BS), wherein the building material unit is designed for providing thick matter, and - a monitoring unit having a pressure sensor which is designed for measuring an actual pressure value (pist) of compressed air (DL) in the building material unit , wherein the pressure sensor is designed for measuring the actual pressure value (pist) of compressed air (DL) in the conveying container , and an output device which is designed, when a maximum pressure value (pmax) has been reached by the measured actual pressure value (pist), to output a conveying line blockage signal (FVS). - a building material unit which is designed for providing building material (BS), for connecting a compressed-air unit for a flow of compressed air (DL) into the building material unit and for connecting a building material conveying line for a flow of building material (BS) by means of compressed air (DL) out of the building material unit , wherein the building material unit has a conveying container which is designed for providing building material (BS), wherein the conveying container is a mixing container which is designed for mixing building material (BS), wherein the building material unit is designed for providing thick matter, and - a monitoring unit having a pressure sensor which is designed for measuring an actual pressure value (pist) of compressed air (DL) in the building material unit , wherein the pressure sensor is designed for measuring the actual pressure value (pist) of compressed air (DL) in the conveying container , and an output device which is designed, when a maximum pressure value (pmax) has been reached by the measured actual pressure value (pist), to output a conveying line blockage signal (FVS).
A spring assembly for a vehicle bogie suspension arrangement , said spring assembly comprising a set of washers moulded into an elastomer body , said spring assembly having an axial extension in an axial direction (A) and said washers being arranged relative to each other in said axial direction (A), characterized in that at least one, preferably a plurality, of said washers is a spring washer comprising a spring washer body and at least two spring tongues , each spring tongue having a spring base connected to said spring washer body and a spring tip distal to said spring base , at least a portion of said spring tongue being located at a non-zero distance from said spring base in said axial direction (A).
A polymer composition comprising: (a) from 50% by volume to 99% by volume, preferably from 70% by volume to 95% by volume, of at least one homopolymer or copolymer of ethylene; (b) from 1% by volume to 50% by volume, preferably from 5% by volume to 30% by volume, of at least two fillers having different thermal conductivity; provided that: (b1) at least one of the two fillers is selected from those having a thermal conductivity lower than or equal to 15 W/mK, preferably ranging from 1 W/mK to 10 W/mK; (b2) at least one of the two fillers is selected from those having a thermal conductivity higher than or equal to 50 W/mK, preferably ranging from 80 W/mK to 500 W/mK; (c) from 100 ppm to 4000 ppm, preferably from 200 ppm to 3500 ppm of at least one fluoropolymer; the sum of (a) + (b) being 100. (a) from 50% by volume to 99% by volume, preferably from 70% by volume to 95% by volume, of at least one homopolymer or copolymer of ethylene; (b) from 1% by volume to 50% by volume, preferably from 5% by volume to 30% by volume, of at least two fillers having different thermal conductivity; provided that: (b1) at least one of the two fillers is selected from those having a thermal conductivity lower than or equal to 15 W/mK, preferably ranging from 1 W/mK to 10 W/mK; (b2) at least one of the two fillers is selected from those having a thermal conductivity higher than or equal to 50 W/mK, preferably ranging from 80 W/mK to 500 W/mK; (b1) at least one of the two fillers is selected from those having a thermal conductivity lower than or equal to 15 W/mK, preferably ranging from 1 W/mK to 10 W/mK; (b2) at least one of the two fillers is selected from those having a thermal conductivity higher than or equal to 50 W/mK, preferably ranging from 80 W/mK to 500 W/mK; (c) from 100 ppm to 4000 ppm, preferably from 200 ppm to 3500 ppm of at least one fluoropolymer;
A parts supply apparatus comprising: a parts supplier configured to accommodate multiple parts; and a stage , characterized in that: the inside of the parts supplier is partitioned into multiple parts containers configured to accommodate different parts and the containers each having a conveyor device configured to discharge the multiple parts from the parts supplier to the stage , the multiple parts containers are attached to the stage , and the different parts are scattered on the stage from the multiple parts containers by activating either conveyor device . a parts supplier configured to accommodate multiple parts; and a stage , characterized in that: the inside of the parts supplier is partitioned into multiple parts containers configured to accommodate different parts and the containers each having a conveyor device configured to discharge the multiple parts from the parts supplier to the stage , the multiple parts containers are attached to the stage , and the different parts are scattered on the stage from the multiple parts containers by activating either conveyor device . the inside of the parts supplier is partitioned into multiple parts containers configured to accommodate different parts and the containers each having a conveyor device configured to discharge the multiple parts from the parts supplier to the stage , the multiple parts containers are attached to the stage , and the different parts are scattered on the stage from the multiple parts containers by activating either conveyor device .