mhurhangee/patent-ind-claim-en huggingface dataset:
An injection device , having - a plunger for displacing a stopper in a syringe or carpule, - a holder for the plunger , - a drive for the axial displacement of the holder of the plunger , - a control device functionally assigned to the drive, wherein - the holder is able to move over a limited distance relative to the plunger or a subcomponent thereof, opposing a pretensioning force, in that - a sensor device is included which detects the relative position of the plunger , or at least a subcomponent thereof, relative to the holder , - which comprises at least one sensor element which works together with the control device, characterized in that - the control device is designed in such a manner that, upon activation of the sensor element , the speed of advancement of the holder of the plunger is at least reduced, wherein - the plunger comprises a basic element , wherein the subcomponent is displaceable thereto, and wherein - the basic element of the plunger is constructed as a hollow cylinder enfolding an interior space, and in that the subcomponent is constructed as a shift plunger displaceably arranged in the interior space. - a plunger for displacing a stopper in a syringe or carpule, - a holder for the plunger , - a drive for the axial displacement of the holder of the plunger , - a control device functionally assigned to the drive, wherein - the holder is able to move over a limited distance relative to the plunger or a subcomponent thereof, opposing a pretensioning force, in that - a sensor device is included which detects the relative position of the plunger , or at least a subcomponent thereof, relative to the holder , - which comprises at least one sensor element which works together with the control device, - the control device is designed in such a manner that, upon activation of the sensor element , the speed of advancement of the holder of the plunger is at least reduced, wherein - the plunger comprises a basic element , wherein the subcomponent is displaceable thereto, and wherein - the basic element of the plunger is constructed as a hollow cylinder enfolding an interior space, and in that the subcomponent is constructed as a shift plunger displaceably arranged in the interior space.
A method for producing metal fibers, namely tempered or untempered steel fibers from strip-shaped flat material, the metal fibers having a rectangular cross section and at least one of the respectively wider fiber side faces being provided with at least one V-shaped anchor notch extending in the longitudinal direction of the fibers, a metal strip being provided with fracture notches in the longitudinal direction in order to form the metal fibers, whereby separating webs are formed at the notch base thereof, which form low-burr and fracture-rough separating surfaces during later separation, characterized in that a material adapted relative to the strength required for the metal fiber in its later use is initially used as the metal strip, the metal strip in the form of a coil being fed to a straightening and transport unit by a driven and controlled uncoiler in a first production line, which straightening and transport unit is provided with an overrunning clutch enabling freewheeling and has a downstream crop shear , which forms at least the beginning of the strip, whereupon the metal strip is fed to a profiling roll , which consists of an upper roll and a lower roll and is in the form of a rolling tool, for introducing the anchor notches and the fracture notches, and in that the metal strip is finally rewound as a coil by a coiling device or fed further in the corresponding production line.
Method of operating a plant for producing metal strips, preferably steel strips, of a thickness of 0.8 to 3.0 millimetres in batch operation or semi-endless operation and thicknesses greater than 2.5 millimetres in batch operation, comprising at least one casting machine for casting thin slabs, rolling equipment , which is arranged downstream of the at least one casting machine , with a plurality of roll stands for rolling the thin slabs to form metal strips of predetermined thickness, and at least one coiler arranged downstream of the rolling equipment, wherein shears and a furnace are arranged between the at least one casting machine and the rolling equipment , characterised in that the rolling gap of at least one roll stand is changed during the rolling process, and a control device so controls the plant that switching over from batch operation to semi-endless operation or back takes place in dependence on the metal quality, preferably steel quality, and the desired thickness of the metal strip to be produced, and that the switching over from batch operation to semi-endless operation is carried out in the course of the rolling process by the rolling equipment.
A sheet manufacturing apparatus comprising: a coarse crushing portion that crushes a raw material containing a fiber into coarse crushed pieces; a defibrating portion that defibrates the coarse crushed pieces into a defibrated material; a sieve portion that includes a plurality of openings; an accumulation portion that accumulates the defibrated material passing through the opening of the sieve portion ; a sheet forming portion that presses and heats the defibrated material accumulated by the accumulation portion to form a sheet ; a pipe that connects the coarse crushing portion and the defibrating portion ; characterized by a transport passage that connects to the pipe and transports the defibrated material, which has not passed through the opening of the sieve portion , to the pipe . a coarse crushing portion that crushes a raw material containing a fiber into coarse crushed pieces; a defibrating portion that defibrates the coarse crushed pieces into a defibrated material; a sieve portion that includes a plurality of openings; an accumulation portion that accumulates the defibrated material passing through the opening of the sieve portion ; a sheet forming portion that presses and heats the defibrated material accumulated by the accumulation portion to form a sheet ; a pipe that connects the coarse crushing portion and the defibrating portion ; characterized by a transport passage that connects to the pipe and transports the defibrated material, which has not passed through the opening of the sieve portion , to the pipe .
A lighting device for automatically switching between a visible light source and an infrared light source, comprising: a light source, light emitted by the light source including visible light and infrared light; an infrared filter including a plurality of blades , the plurality of blades including a master blade ; a driving module for driving the infrared filter ; characterised in that said lighting device further comprises an optocoupler baffle for determining, according to a determination of whether optocoupler signals are blocked by the optocoupler baffle , an initial position of the plurality of blades and determining, based on the determination of whether optocoupler signals are blocked by the optocoupler baffle , a rotation angle of the master blade ; and a motor for providing power to the driving module, the motor including a limiting device for limiting the rotation angle of the plurality of blades . a light source, light emitted by the light source including visible light and infrared light; an infrared filter including a plurality of blades , the plurality of blades including a master blade ; a driving module for driving the infrared filter ; characterised in that said lighting device further comprises an optocoupler baffle for determining, according to a determination of whether optocoupler signals are blocked by the optocoupler baffle , an initial position of the plurality of blades and determining, based on the determination of whether optocoupler signals are blocked by the optocoupler baffle , a rotation angle of the master blade ; and a motor for providing power to the driving module, the motor including a limiting device for limiting the rotation angle of the plurality of blades .
A first wireless transmit / receive unit, WTRU, , configured for multiple phase cooperative data transmission, the first WTRU comprising: a receiver configured to receive, by the first WTRU from an evolved Node B, eNB, , cooperative set configuration information including a cooperating set specific radio network identifier, C-RNTI; the receiver further configured to receive, by the first WTRU from the eNB, , a resource assignment for a first data transmission corresponding to a sharing phase; a transmitter configured to transmit the first data transmission during the sharing phase, using resources indicated in the received resource assignment and the received C-RNTI and a first redundancy version ; on a condition the first data transmission is successfully received by at least a second WTRU and the first data transmission is not successfully received by the eNB, , the transmitter is configured to transmit a second data transmission, in cooperation with the second WTRU, , during a cooperative transmission phase using a second redundancy version ; and on a condition the first data transmission is not successfully received by the second WTRU and not successfully received by the eNB, , the transmitter is configured to transmit a third data transmission during the cooperative transmission phase using a third redundancy version ; wherein the first redundancy version and the second redundancy version and the third redundancy version are different redundancy versions. a receiver configured to receive, by the first WTRU from an evolved Node B, eNB, , cooperative set configuration information including a cooperating set specific radio network identifier, C-RNTI; the receiver further configured to receive, by the first WTRU from the eNB, , a resource assignment for a first data transmission corresponding to a sharing phase; a transmitter configured to transmit the first data transmission during the sharing phase, using resources indicated in the received resource assignment and the received C-RNTI and a first redundancy version ; on a condition the first data transmission is successfully received by at least a second WTRU and the first data transmission is not successfully received by the eNB, , the transmitter is configured to transmit a second data transmission, in cooperation with the second WTRU, , during a cooperative transmission phase using a second redundancy version ; and on a condition the first data transmission is not successfully received by the second WTRU and not successfully received by the eNB, , the transmitter is configured to transmit a third data transmission during the cooperative transmission phase using a third redundancy version ; wherein the first redundancy version and the second redundancy version and the third redundancy version are different redundancy versions.
A method of analyzing and treating tonal imperfections on human skin that comprises the steps of: a. providing one or more nozzles; b. taking an image of skin adjacent the one or more nozzles; c. calculating a plurality of local L values of the skin near each nozzle; d. calculating a background L which is the arithmetic average, median, or mean of a plurality of local Ls; e. identifying a skin deviation where the absolute value of the difference between a local L and the background L, ΔL M , is greater than a predetermined ΔL S value; and, f. treating the skin deviation with a treatment composition. a. providing one or more nozzles; b. taking an image of skin adjacent the one or more nozzles; c. calculating a plurality of local L values of the skin near each nozzle; d. calculating a background L which is the arithmetic average, median, or mean of a plurality of local Ls; e. identifying a skin deviation where the absolute value of the difference between a local L and the background L, ΔL M , is greater than a predetermined ΔL S value; and, f. treating the skin deviation with a treatment composition.
A peptide complex comprising two or more peptides that bind to c-Met proteins and a linker that links the two or more peptides to one another, wherein each of the two or more peptides that bind to c-Met proteins is macrocyclized, and the peptide complex is capable of promoting autophosphorylation of c-Met proteins.
A method for producing a molded article by cold pressing, the molded article including carbon fibers and a thermoplastic resin, the molded article being provided with a hole h1, the method including: boring a hole h0 into a molding material having a thickness t; and disposing the molding material in a pair of male and female molds , at least one of the male and female molds having a hole-forming member for forming the hole h1, after the boring of the hole h0 so that the hole h0 corresponds to the hole-forming member , wherein at the time of disposing the molding material in the molds , an average distance Lf between an inner wall face W0 of the hole h0 of the molding material and the hole-forming member is 0<Lf<10t, characterised in that the molded article has a region a around the hole h1, a linear expansion coefficient C1 of the region a in the plate thickness direction and a linear expansion coefficient C2 of a molded article region other than the region a in the plate thickness direction satisfies relation of C1/C2<1, and a volume fraction Vf1 of the carbon fibers in the region a and a volume fraction Vf2 of the carbon fibers in the molded article region other than the region a satisfies a relation of 0.2<Vf1/Vf2. boring a hole h0 into a molding material having a thickness t; and disposing the molding material in a pair of male and female molds , at least one of the male and female molds having a hole-forming member for forming the hole h1, after the boring of the hole h0 so that the hole h0 corresponds to the hole-forming member , wherein at the time of disposing the molding material in the molds , an average distance Lf between an inner wall face W0 of the hole h0 of the molding material and the hole-forming member is 0<Lf<10t, characterised in that the molded article has a region a around the hole h1, a linear expansion coefficient C1 of the region a in the plate thickness direction and a linear expansion coefficient C2 of a molded article region other than the region a in the plate thickness direction satisfies relation of C1/C2<1, and a volume fraction Vf1 of the carbon fibers in the region a and a volume fraction Vf2 of the carbon fibers in the molded article region other than the region a satisfies a relation of 0.2<Vf1/Vf2.
A process for purifying a compound of Formula 1, comprising converting a crude compound of Formula 1 in an amorphous form to a crystalline form A of the compound of Formula 1 having an XRPD pattern with peaks at 12.27, 12.65, 16.07, 19.06 and 26.48 °2θ ± 0.2°2θ, when measured using CuK α1 radiation (λ α1 =1.5406Å), wherein the crude compound of Formula 1 refers to the compound in which the content is 97 wt/wt% or less as an anhydrous form thereof.
A method of manufacturing a timber composite , the method comprising the steps of: applying adhesive to at least one timber layer , wherein the at least one timber layer has a wood structure with vessels having opposing walls; applying pressure to said timber layer ; and heating said timber layer ; such that the adhesive penetrates into said at least one timber layer and enters the vessels, such that the vessels collapse and their opposing walls are glued together permanently by the cured adhesive to form the timber composite and such that a density increase of the at least one timber layer of at least 20 percent is reached. applying adhesive to at least one timber layer , wherein the at least one timber layer has a wood structure with vessels having opposing walls; applying pressure to said timber layer ; and heating said timber layer ; such that the adhesive penetrates into said at least one timber layer and enters the vessels, such that the vessels collapse and their opposing walls are glued together permanently by the cured adhesive to form the timber composite and such that a density increase of the at least one timber layer of at least 20 percent is reached.
A method of controlling the accessibility of data recorded by a computer , comprising a processor configured to context switch between a user context and a secure context , the method comprising: receiving data in the user context ; obtaining an identifier ; determining dependent on the identifier , in the secure context , whether data is to be recorded to a data storage according to a first map of the data storage or a second map of the data storage; recording data to the determined map of data storage, wherein recording data to a data storage comprises controlling a map of data storage, and further wherein controlling a map of data storage comprises controlling an association between file names and storage addresses. receiving data in the user context ; obtaining an identifier ; determining dependent on the identifier , in the secure context , whether data is to be recorded to a data storage according to a first map of the data storage or a second map of the data storage; recording data to the determined map of data storage, wherein recording data to a data storage comprises controlling a map of data storage, and further wherein controlling a map of data storage comprises controlling an association between file names and storage addresses.
An elongate strip and an adaptor for use with the elongate strip , the adaptor comprising: a main body defining a first through-hole and a second through-hole , each through-hole being configured to receive at least part of the elongate strip ; a first pawl associated with the first through-hole and configured to engage at least part of the elongate strip ; and a retaining element associated with the second through-hole and configured to retain at least part of the elongate strip such that the elongate strip is securable in a loop with respect to the adaptor around another item, wherein the retaining element includes a third through-hole which does not include a pawl, wherein there is no elongate strip integrally formed with the adaptor ; characterised in that the third through-hole is configured to receive at least part of the elongate strip . a main body defining a first through-hole and a second through-hole , each through-hole being configured to receive at least part of the elongate strip ; a first pawl associated with the first through-hole and configured to engage at least part of the elongate strip ; and a retaining element associated with the second through-hole and configured to retain at least part of the elongate strip such that the elongate strip is securable in a loop with respect to the adaptor around another item,
A steam turbine system , comprising: a plurality of blade stages arranged axially along a first shaft ; an impulse stage configured upstream of the plurality of blade stages , the impulse stage having an impulse wheel and a casing , the casing including a plurality of inlet sections with each of the plurality of inlet sections having a corresponding nozzle group and operatively connected to a corresponding control valve controlling a first steam flow through the corresponding nozzle group ; wherein the steam turbine system comprises a first inlet configured to provide the first steam flow through the impulse stage and the plurality of blade stages and a second inlet configured to provide a second steam flow to the plurality of blade stages and bypassing the impulse stage characterized in that the steam turbine system comprises a first housing enclosing the plurality of blade stages , and a second housing enclosing the impulse stage , wherein the impulse stage is arranged on one of the first shaft and a second shaft . a plurality of blade stages arranged axially along a first shaft ; an impulse stage configured upstream of the plurality of blade stages , the impulse stage having an impulse wheel and a casing , the casing including a plurality of inlet sections with each of the plurality of inlet sections having a corresponding nozzle group and operatively connected to a corresponding control valve controlling a first steam flow through the corresponding nozzle group ; wherein the steam turbine system comprises a first inlet configured to provide the first steam flow through the impulse stage and the plurality of blade stages and a second inlet configured to provide a second steam flow to the plurality of blade stages and bypassing the impulse stage characterized in that the steam turbine system comprises a first housing enclosing the plurality of blade stages , and a second housing enclosing the impulse stage , wherein the impulse stage is arranged on one of the first shaft and a second shaft .
An operating method of an electronic device, the operating method comprising: obtaining target voice data based on an utterance input of a specific speaker; determining a number of learning steps of the target voice data, based on data features comprising a data amount of the target voice data; generating a target model by training a pre-trained model pre-trained to convert text into an audio signal, by using the target voice data as training data, based on the determined number of learning steps; generating output data obtained by converting input text into an audio signal, by using the generated target model; and outputting the generated output data. obtaining target voice data based on an utterance input of a specific speaker; determining a number of learning steps of the target voice data, based on data features comprising a data amount of the target voice data; generating a target model by training a pre-trained model pre-trained to convert text into an audio signal, by using the target voice data as training data, based on the determined number of learning steps; generating output data obtained by converting input text into an audio signal, by using the generated target model; and outputting the generated output data.
A sauna, comprising: a wooden frame consisting of a roof element , a base element and a plurality of side wall elements , the interior being defined by the said elements joined to one another at their edges, having one or more doors arranged at least at one of the said elements, and sauna benches and a heater, characterized in that the frame is a load bearing structure, the elements of the said frame being made of cross laminated timber, and that the sauna comprises an adjustable and detachable leg arrangement on which the frame is mounted, said leg arrangement having a plurality of adjustable legs being arranged at a distance from the plurality of the side wall elements , such that there are no obstructions that would hinder the frame from lowering down to an installation surface level, such as ground or concrete slabs, and a plurality of actuators operatively coupled to the plurality of legs, and being arranged to move said frame in opposite first and second directions. a wooden frame consisting of a roof element , a base element and a plurality of side wall elements , the interior being defined by the said elements joined to one another at their edges, having one or more doors arranged at least at one of the said elements, and sauna benches and a heater, characterized in that the frame is a load bearing structure, the elements of the said frame being made of cross laminated timber, and that the sauna comprises an adjustable and detachable leg arrangement on which the frame is mounted, said leg arrangement having a plurality of adjustable legs being arranged at a distance from the plurality of the side wall elements , such that there are no obstructions that would hinder the frame from lowering down to an installation surface level, such as ground or concrete slabs, and a plurality of actuators operatively coupled to the plurality of legs, and being arranged to move said frame in opposite first and second directions.