mhurhangee/ep-ind-claims huggingface dataset:
A method for the blow moulding of containers wherein, after having been conditioned thermally along a transport path in the area of a heating section, a preform made of a thermoplastic material is moulded in a blow mould by the action of blowing pressure to form the container, characterised in that - the preform directly rolls over a reference surface with a circumferential area of its surface in the vicinity of an outlet section at least along a part of its transport path through the heating section, said reference surface determining a rotational movement of the preform, wherein the reference surface is provided as a roller surface of rollers and the rollers are connected to each other by a transport chain which is driven in a transport direction. - the preform directly rolls over a reference surface with a circumferential area of its surface in the vicinity of an outlet section at least along a part of its transport path through the heating section, said reference surface determining a rotational movement of the preform, wherein the reference surface is provided as a roller surface of rollers and the rollers are connected to each other by a transport chain which is driven in a transport direction.
A hearing aid comprising at least one microphone (14, 16) for provision of at least one microphone audio signal (18, 20) in response to sound received at the at least one microphone (14, 16), a signal separation unit configured to provide an estimate of a target signal and an estimate of a masker signal based on the at least one microphone audio signal (18, 20), a frequency modifying unit configured to modify the frequency content of at least one of the estimates of the target signal and the masker signal, a receiver for conversion of combination of the estimate of the target signal and the estimate of the masker signal as modified and output by the frequency modifying unit into an acoustic signal for transmission towards one of the eardrums of a user of the hearing aid, characterized in that the frequency modifying unit is configured to modify the frequency content of at least one of the estimates of the target signal and the masker signal so that, upon processing by the frequency modifying unit, the estimated target signal and the estimated masker signal are output substantially in different frequency bands.
A maskless lithography system arranged to transfer a pattern onto the surface 5 of a target, comprising: - a beam generator arranged to generate a beam, wherein said beam generator comprises an ion beam generating means or an electron beam generating means; - an optical system arranged to shape said beam into a parallel beam; - a beam splitter arranged to split said beam into a plurality of substantially parallel 10 beamlets directed to a modulation array; - said modulation array comprising a plurality of modulators arranged to modulate the magnitude of a beamlet by deflecting beamlets away from an optical axis of the system and for letting beamlets pass undeflected; - projection lenses arranged to project said beamlets which have passed said modulation array undeflected on to said target, therein reducing the cross section of said beamlets; - a control unit comprising data storage, a read-out unit and a data converter arranged to convert pattern data into modulated light beams, each modulated light beam holding part of the pattern data for controlling one or more modulators; - optical fibers arranged to transmit said modulated light beams holding pattern data to an optical system; characterised in that each modulator of the modulation array comprises a light sensitive element arranged to convert said at least one modulated light beam coming from said control unit into a signal for actuating said modulator; and in that the maskless lithography system further comprises - said optical system adapted to project said modulated light beams from an optical fiber of said optical fibers on said light sensitive elements of the modulation array. - a beam generator arranged to generate a beam, wherein said beam generator comprises an ion beam generating means or an electron beam generating means; - an optical system arranged to shape said beam into a parallel beam; - a beam splitter arranged to split said beam into a plurality of substantially parallel 10 beamlets directed to a modulation array; - said modulation array comprising a plurality of modulators arranged to modulate the magnitude of a beamlet by deflecting beamlets away from an optical axis of the system and for letting beamlets pass undeflected; - projection lenses arranged to project said beamlets which have passed said modulation array undeflected on to said target, therein reducing the cross section of said beamlets; - a control unit comprising data storage, a read-out unit and a data converter arranged to convert pattern data into modulated light beams, each modulated light beam holding part of the pattern data for controlling one or more modulators; - optical fibers arranged to transmit said modulated light beams holding pattern data to an optical system; - said optical system adapted to project said modulated light beams from an optical fiber of said optical fibers on said light sensitive elements of the modulation array.
A construction chemical composition comprising a) at least one inorganic binder, b) less than 0,5 weight-%, based on the total amount of a), b) and c), of at least one compound of the general formula I wherein X is selected from H or a cation equivalent K a wherein K is selected from an alkali metal, alkaline earth metal, zinc, iron, ammonium or phosphonium cation and a is 1/n wherein n is the valency of the cation; and c) at least one alkali metal carbonate wherein the composition does not comprise polyhydroxy compound B and/or salts or esters thereof, wherein the polyhydroxy compound B is selected from polyalcohols with a carbon to oxygen ratio of from C/O ≥ 1 to C/O ≤ 1.5 and mixtures thereof and wherein the composition does not comprise a water-soluble organic carbonate. a) at least one inorganic binder, b) less than 0,5 weight-%, based on the total amount of a), b) and c), of at least one compound of the general formula I wherein X is selected from H or a cation equivalent K a wherein K is selected from an alkali metal, alkaline earth metal, zinc, iron, ammonium or phosphonium cation and a is 1/n wherein n is the valency of the cation; and c) at least one alkali metal carbonate wherein the composition does not comprise polyhydroxy compound B and/or salts or esters thereof, wherein the polyhydroxy compound B is selected from polyalcohols with a carbon to oxygen ratio of from C/O ≥ 1 to C/O ≤ 1.5 and mixtures thereof and wherein the composition does not comprise a water-soluble organic carbonate. wherein the composition does not comprise polyhydroxy compound B and/or salts or esters thereof, wherein the polyhydroxy compound B is selected from polyalcohols with a carbon to oxygen ratio of from C/O ≥ 1 to C/O ≤ 1.5 and mixtures thereof and wherein the composition does not comprise a water-soluble organic carbonate.
Rotor blade for a turbomachine, comprising an airfoil for deflecting flow, a blade root for fastening to a rotor of the turbomachine, an interior platform between the airfoil and the blade root, and a first and a second pocket (4, 5) which are arranged on circumferentially opposite sides of the rotor blade, a first of said pockets (4, 5) being defined by two walls (4.1, 4.2; 5.1, 5.2), which extend from the side of the platform that faces away from the airfoil toward the blade root and are axially spaced apart, a first (4.1, 5.1) of said walls having an outer face (4.1A, 5.1A) which faces away from the pockets and is outwardly inclined in at least one cross section perpendicular to a radial longitudinal axis of the rotor blade such that, as it proceeds away from the rotor blade in the circumferential direction, the outer face (4.1A, 5.1A) of the first wall (4.1, 5.1) diverges in the axial direction (α), characterized in that said outer face (4.1A, 5.1A) which faces away from the pockets is at least substantially parallel to an inner face (4.1B, 4.2B, 5.1B, 5.2B) of the first (4.1, 5.1) of said walls which faces the pockets.
A handover processing method, comprising: receiving, by a first target base station, a handover request message sent by a source base station, the handover request message comprises measurement report information of a user equipment and radio access bear, RAB, information of the user equipment; sending, by the first target base station, a first message, according to the handover request message, to a second target base station to notify the second target base station that a handover of part or all of a service of a user equipment to the second target base station is to be performed, the first message includes: information of at least one service of the user equipment; receiving, by the first target base station, a second message from the second target base station, wherein the second message is used for indicating information regarding whether the handover of the part or all of the service of the user equipment to the second target base station is accepted by the second target base station; and sending, by the first target base station, a handover request acknowledge message to the source base station, wherein the handover request acknowledge message is used for notifying the source base station to hand over the user equipment to at least one target cell of the first target base station and at least one target cell of the second target base station. receiving, by a first target base station, a handover request message sent by a source base station, the handover request message comprises measurement report information of a user equipment and radio access bear, RAB, information of the user equipment; sending, by the first target base station, a first message, according to the handover request message, to a second target base station to notify the second target base station that a handover of part or all of a service of a user equipment to the second target base station is to be performed, the first message includes: information of at least one service of the user equipment; receiving, by the first target base station, a second message from the second target base station, wherein the second message is used for indicating information regarding whether the handover of the part or all of the service of the user equipment to the second target base station is accepted by the second target base station; and sending, by the first target base station, a handover request acknowledge message to the source base station, wherein the handover request acknowledge message is used for notifying the source base station to hand over the user equipment to at least one target cell of the first target base station and at least one target cell of the second target base station.
An apparatus for encoding video data for a bi-predictive slice that is comprised of macroblocks, comprising an encoder for performing mode selection when encoding a macroblock in a current B slice, characterized by counting the number of neighboring macroblocks in the B slice coded in a direct mode, and evaluating distortion only for direct mode and 16x16 mode for the macroblock currently being encoded when the number of neighboring macroblocks coded in the direct mode exceeds a threshold.
A method for using a network carrier system and an Internet of Things, IoT, device, the method comprising: testing, using a controller of an Internet of Things, IoT, blank device, the IoT blank device to determine that the IOT device is in an initial state and has not yet been configured; in response to determining that the IOT blank device is in the initial state receiving, using a transceiver of the network carrier system an indication from the IOT device, the indication including a unique identifier of the IoT device and a request for configuration information; locating, using a search engine of the network carrier system, an application to send to the IoT device using the unique identifier; sending, using the transceiver of the network carrier system, the application to the IoT device wherein sending the application to the IoT device includes sending a library to run on the IoT device, wherein the library includes a driver to control a sensor on the IoT device; installing, using the controller of the IoT device, the aplication including the library to run on the IoT device; and receiving, using the transceiver of the network carrier system, data from the IoT device corresponding to the sensor on the IoT device operated using the installed application. testing, using a controller of an Internet of Things, IoT, blank device, the IoT blank device to determine that the IOT device is in an initial state and has not yet been configured; in response to determining that the IOT blank device is in the initial state receiving, using a transceiver of the network carrier system an indication from the IOT device, the indication including a unique identifier of the IoT device and a request for configuration information; locating, using a search engine of the network carrier system, an application to send to the IoT device using the unique identifier; sending, using the transceiver of the network carrier system, the application to the IoT device wherein sending the application to the IoT device includes sending a library to run on the IoT device, wherein the library includes a driver to control a sensor on the IoT device; installing, using the controller of the IoT device, the aplication including the library to run on the IoT device; and receiving, using the transceiver of the network carrier system, data from the IoT device corresponding to the sensor on the IoT device operated using the installed application.
A steam sterilization indicator pack comprising: a pack which accommodates a sterilization confirmation indicator part that comprises two steam transmitting adjustment layers arranged to sandwich a sterilization confirmation indicator sheet having a printed pattern which colors or discolors due to contacting with steam, in a paper container that passes steam more than the steam transmitting adjustment layers, wherein each of the two steam transmitting adjustment layers is formed by stacking a plurality of steam transmitting adjustment paper sheets, the total thickness of each of the two steam transmitting adjustment layers is 5-25mm, the density of each of the steam transmitting adjustment sheets is at least 0.75 g/cm 3, and wherein the steam transmitting adjustment sheets are homogenous and have equal thickness. a pack which accommodates a sterilization confirmation indicator part that comprises two steam transmitting adjustment layers arranged to sandwich a sterilization confirmation indicator sheet having a printed pattern which colors or discolors due to contacting with steam, in a paper container that passes steam more than the steam transmitting adjustment layers, wherein each of the two steam transmitting adjustment layers is formed by stacking a plurality of steam transmitting adjustment paper sheets, the total thickness of each of the two steam transmitting adjustment layers is 5-25mm, the density of each of the steam transmitting adjustment sheets is at least 0.75 g/cm 3, and wherein the steam transmitting adjustment sheets are homogenous and have equal thickness.
Weed separation device for separating haulm from agricultural crops such as onions, which comprises at least a first rotation device which is configured for rotation about a first axis of rotation and has at least one separating element rotating during operation in a cutting plane orthogonal to the first axis of rotation, at least a second rotation device which is arranged adjacent the first rotation device, is configured for rotation about a second axis of rotation and has at least one separating element rotating during operation, and a discharge channel for discharging the haulm which extends along at the axes of rotation (20, 22) into a horizontal discharge direction and which is delimited at the top by an upper guide element, wherein the distance of the upper guide element from the cutting plane increases at least in sections with the extent of the discharge channel into the discharge direction, characterized in that a plane of axes of rotation in which the axes of rotation (20, 22, 24) of all of the rotation devices (10, 12, 14) run, is arranged during operation at an angle < 90° to a vertical longitudinal centre plane parallel to the direction of travel.
A method for manufacturing multi-copy strips, comprising the steps of: - creating multi-copy portions on an intermediate carrier, wherein the multi-copy portions are provided for application to a multi-copy region of a target substrate; - creating two outer portions for each multi-copy portion on the intermediate carrier, wherein the two outer portions are provided for application to outer regions of the target substrate, and wherein, lengthwise, one of the two outer portions of a multi-copy portion, the multi-copy portion and the other of the two outer portions form a multi-copy strip; - pre-structuring the two outer portions of the multi-copy strip on the intermediate carrier for the application of the multi-copy strip to the target substrate, wherein the intermediate carrier is an intermediate carrier web on which a plurality of the multi-copy strips are created side by side; and - cutting the intermediate carrier web into a plurality of partial strip webs, on each of which a plurality of the pre-structured multi-copy strips are arranged lengthwise one behind the other. - creating multi-copy portions on an intermediate carrier, wherein the multi-copy portions are provided for application to a multi-copy region of a target substrate; - creating two outer portions for each multi-copy portion on the intermediate carrier, wherein the two outer portions are provided for application to outer regions of the target substrate, and wherein, lengthwise, one of the two outer portions of a multi-copy portion, the multi-copy portion and the other of the two outer portions form a multi-copy strip; wherein the two outer portions are provided for application to outer regions of the target substrate, and wherein, lengthwise, one of the two outer portions of a multi-copy portion, the multi-copy portion and the other of the two outer portions form a multi-copy strip; - pre-structuring the two outer portions of the multi-copy strip on the intermediate carrier for the application of the multi-copy strip to the target substrate, wherein the intermediate carrier is an intermediate carrier web on which a plurality of the multi-copy strips are created side by side; and - cutting the intermediate carrier web into a plurality of partial strip webs, on each of which a plurality of the pre-structured multi-copy strips are arranged lengthwise one behind the other.
Lid for a vessel, in particular for a mixer, having - at least one pouring opening, which is located in a lid base and through which the contents of the vessel can be poured out of the vessel through the lid base, and - a pouring closure, which is embodied to be able to be inserted into the pouring opening in order to seal it off, - the pouring opening reaches the vessel rim, forming a closed lid base circumference, wherein the transition from the pouring opening over the closed vessel base circumference forms a pouring rim, characterised in that the pouring closure is embodied as a rocker with two legs (10, 11), - a measuring cup that is open upwards and integrated into the rocker is arranged below the vertex of the rocker, - in the closed state of the lid, a first leg covers the pouring rim, and wherein in the closed state, while forming an opening wedge a second leg protrudes at a height such that, by pressing on the second leg protruding at the height, the rocker lifts the first leg, so that the pouring opening is open. - at least one pouring opening, which is located in a lid base and through which the contents of the vessel can be poured out of the vessel through the lid base, and - a pouring closure, which is embodied to be able to be inserted into the pouring opening in order to seal it off, - the pouring opening reaches the vessel rim, forming a closed lid base circumference, wherein the transition from the pouring opening over the closed vessel base circumference forms a pouring rim, - a measuring cup that is open upwards and integrated into the rocker is arranged below the vertex of the rocker, - in the closed state of the lid, a first leg covers the pouring rim, and wherein in the closed state, while forming an opening wedge a second leg protrudes at a height such that, by pressing on the second leg protruding at the height, the rocker lifts the first leg, so that the pouring opening is open. wherein in the closed state, while forming an opening wedge a second leg protrudes at a height such that, by pressing on the second leg protruding at the height, the rocker lifts the first leg, so that the pouring opening is open.
A separable footwear article comprising: an outsole oriented to define a bottom of a footwear article and configured for ground contact, the outsole comprising a first material; an upper portion, the upper portion comprising a second material different from the first material; an insole removeably disposed adjacent the upper portion and the outsole, the insole comprising a third material different from the first material and the second material; a welt, wherein the welt is split from a center or near a center to define a generally Y-shaped cross section, wherein a first branch is releasably coupled to the upper portione with a first thread using chain stitching and a second branch is releasably coupled to the outsole with a second thread using chain stitching, wherein at least one of the first branch or the second branch comprises notches to provide freedom of movement, wherein the separable footwear article is configured to be disassembled by pulling out a loop of the chain-stitching that couples the outsole, the upper portion and the welt together, disengaging the first thread and the second thread from the footwear and applying force by tugging sharply on the first thread and the second thread until the coupled outsole, upper portion and welt are separated from one another an outsole oriented to define a bottom of a footwear article and configured for ground contact, the outsole comprising a first material; an upper portion, the upper portion comprising a second material different from the first material; an insole removeably disposed adjacent the upper portion and the outsole, the insole comprising a third material different from the first material and the second material; a welt, wherein the welt is split from a center or near a center to define a generally Y-shaped cross section, wherein a first branch is releasably coupled to the upper portione with a first thread using chain stitching and a second branch is releasably coupled to the outsole with a second thread using chain stitching, wherein at least one of the first branch or the second branch comprises notches to provide freedom of movement,