mhurhangee/ep-ind-claims huggingface dataset:
Chair, in particular highchair, comprising a star base to which a plurality of castors are attached, comprising a roll-off protection mechanism, which has a central switching device and at least one braking means, the at least one braking means being coupled to a castor assigned thereto, and the switching device being arranged and coupled to the at least one braking means so as to brake the at least one castor via the braking means assigned thereto in a first state and to release the at least one castor in a second state, characterised in that the switching device includes a two-stage spring which is formed as a spring body having a central portion and a plurality of radially arranged arms which extend to the castors. comprising a star base to which a plurality of castors are attached, comprising a roll-off protection mechanism, which has a central switching device and at least one braking means, the at least one braking means being coupled to a castor assigned thereto, and the switching device being arranged and coupled to the at least one braking means so as to brake the at least one castor via the braking means assigned thereto in a first state and to release the at least one castor in a second state, characterised in that the switching device includes a two-stage spring which is formed as a spring body having a central portion and a plurality of radially arranged arms which extend to the castors.
A Ga 2 O 3 -based MISFET (20, 40, 50, 60), comprising: a β-Ga 2 O 3 single crystal epitaxial film (3, 6, 7) that is formed on a β-Ga 2 O 3 substrate directly or via an other layer; a source electrode (22, 42, 52, 62) and a drain electrode (23, 43, 53, 63) that are formed on the β-Ga 2 O 3 single crystal film (3, 6, 7); and a gate electrode (21, 41, 51, 61) that is formed via a gate insulating film (26, 46, 56, 66) on the β-Ga 2 O 3 single crystal epitaxial film (3, 6, 7) between the source electrode and the drain electrode, wherein the main surface of the β-Ga 2 O 3 substrate on which the epitaxial film is formed is a plane rotated by not less than 50° and not more than 90° around a b-axis or a c-axis with respect to a plane of the β-Ga 2 O 3 substrate, wherein the β-Ga 2 O 3 substrate is a high-resistance β-Ga 2 O 3 substrate that includes p-type dopant, and wherein the main surface of the β-Ga 2 O 3 substrate is a plane or a plane. a β-Ga 2 O 3 single crystal epitaxial film (3, 6, 7) that is formed on a β-Ga 2 O 3 substrate directly or via an other layer; a source electrode (22, 42, 52, 62) and a drain electrode (23, 43, 53, 63) that are formed on the β-Ga 2 O 3 single crystal film (3, 6, 7); and a gate electrode (21, 41, 51, 61) that is formed via a gate insulating film (26, 46, 56, 66) on the β-Ga 2 O 3 single crystal epitaxial film (3, 6, 7) between the source electrode and the drain electrode, wherein the main surface of the β-Ga 2 O 3 substrate on which the epitaxial film is formed is a plane rotated by not less than 50° and not more than 90° around a b-axis or a c-axis with respect to a plane of the β-Ga 2 O 3 substrate, wherein the β-Ga 2 O 3 substrate is a high-resistance β-Ga 2 O 3 substrate that includes p-type dopant, and wherein the main surface of the β-Ga 2 O 3 substrate is a plane or a plane.
Light source wherein - an arrangement of LED chips is present, - a circuit is provided, by means of which said LED chips can be switched on and switched off individually or in groups, and - a device (4; 7; 8) for homogenizing a light beam emitted by switched-on LED chips is present, wherein the device comprises at least one of the following components: a conversion plate and/or a potting compound comprising a converter material and/or comprising scattering particles, - a housing having compartments is present, which is open on a side provided for light emission, - the LED chips are arranged in the compartments of the housing, characterized in that - the compartments of the housing are provided with collimation devices, by means of which the light respectively emitted by an LED chip is concentrated, and that side of the housing which is provided for light emission is provided with the conversion plate, and - the compartments of the housing are provided with partition walls which are non-transmissive or at least not completely transmissive to the emitted light and the housing is filled with the potting compound. - an arrangement of LED chips is present, - a circuit is provided, by means of which said LED chips can be switched on and switched off individually or in groups, and - a device (4; 7; 8) for homogenizing a light beam emitted by switched-on LED chips is present, wherein the device comprises at least one of the following components: a conversion plate and/or a potting compound comprising a converter material and/or comprising scattering particles, - a housing having compartments is present, which is open on a side provided for light emission, - the LED chips are arranged in the compartments of the housing, - the compartments of the housing are provided with collimation devices, by means of which the light respectively emitted by an LED chip is concentrated, and that side of the housing which is provided for light emission is provided with the conversion plate, and - the compartments of the housing are provided with partition walls which are non-transmissive or at least not completely transmissive to the emitted light and the housing is filled with the potting compound.
A steel consisting of, in terms of % by mass: 0.58%≤C≤0.70%, 0.010%≤Si≤0.30%, 0.50%≤Mn≤2.00%, 0.50%≤Cr<2.0%, 1.8%≤Mo≤3.0%, and 0.050%<V≤0.80%, and optionally, Al≤1.5%, N≤0.20%, Ti≤0.50%, Nb<0.010%, Zr≤0.50%, Ta≤0.50%, Co≤1.0%, W≤5.0%, Ni<0.30%, Cu≤1.0%, S≤0.15%, Ca≤0.15%, Se≤0.35%, Te≤0.35%, Bi≤0.50%, and Pb≤0.50%, with the balance being Fe and unavoidable impurities. 0.58%≤C≤0.70%, 0.010%≤Si≤0.30%, 0.50%≤Mn≤2.00%, 0.50%≤Cr<2.0%, 1.8%≤Mo≤3.0%, and 0.050%<V≤0.80%, and Al≤1.5%, N≤0.20%, Ti≤0.50%, Nb<0.010%, Zr≤0.50%, Ta≤0.50%, Co≤1.0%, W≤5.0%, Ni<0.30%, Cu≤1.0%, S≤0.15%, Ca≤0.15%, Se≤0.35%, Te≤0.35%, Bi≤0.50%, and Pb≤0.50%,
Device adapted to assist the mounting of structural components, comprising a supporting post to be lodged in the opening of a door or of a window and having means to support said structural component, the supporting post being composed of a longitudinally adjustable telescopic tube of which the tubular portions slidably nested into each other may be continuously interlocked by clamping elements, wherein both to the lower and to the upper tubular portion of said post a rest arm is fixed adapted to engage a window frame or a door frame and wherein said means to support the structural component are made of a bracket having a horizontal supporting leg fastened to a guiding piece vertically adjustable on said supporting post, said guiding piece being made of a sliding bush vertically adjustable on said uppermost tubular portion of the supporting post on which it may be blocked by means of a clamping element, wherein from the side of the sliding bush opposite to said rest arm said bracket provided with the horizontal leg to support the structural component to be mounted is protruding.
A method for migration from a SIM card to an eUICC, comprising: receiving (S101, S201), by a terminal comprising a SIM card and an eUICC, a first migration instruction entered by a user, wherein the first migration instruction is used to instruct to migrate from the SIM card to the eUICC; sending (S103, S207), by the terminal, a first request to a server in response to the first migration instruction, wherein the first request comprises a user identity corresponding to the SIM card in the terminal and an identity of the eUICC in the terminal, so that the server generates or selects a profile for the eUICC according to the user identity corresponding to the SIM card in the terminal; downloading (S107, S211), by the terminal, the profile from the server to the eUICC indicated by the identity of the eUICC; enabling (S111, S215), by the terminal, the profile; accessing (S113, S221), by the terminal, a mobile network by using the profile; and disconnecting (S115, S223), by the terminal, a session from the SIM card. receiving (S101, S201), by a terminal comprising a SIM card and an eUICC, a first migration instruction entered by a user, wherein the first migration instruction is used to instruct to migrate from the SIM card to the eUICC; sending (S103, S207), by the terminal, a first request to a server in response to the first migration instruction, wherein the first request comprises a user identity corresponding to the SIM card in the terminal and an identity of the eUICC in the terminal, so that the server generates or selects a profile for the eUICC according to the user identity corresponding to the SIM card in the terminal; downloading (S107, S211), by the terminal, the profile from the server to the eUICC indicated by the identity of the eUICC; enabling (S111, S215), by the terminal, the profile; accessing (S113, S221), by the terminal, a mobile network by using the profile; and disconnecting (S115, S223), by the terminal, a session from the SIM card.
A method for handling media in a make-before-break handoff between wireless networks, comprising: communicating with a mobile station to facilitate a session handoff between two call legs of a session; identifying a relevant frame of one of the legs; performing a cross-correlation operation on samples in the relevant frame to determine correlated samples in the other of the two call legs; generating a delay difference estimate between the two call legs based on the cross-correlation of the samples; aligning the correlated samples in the other of the two call legs to the samples in the relevant frame to form two aligned frames; and performing a level difference estimation for the two legs, wherein the level difference estimation operation includes: determining an energy level in the aligned frames; scaling the aligned frames relative to each other; and comparing the aligned frames in order to resolve the aligned frames relative to each other, and wherein the aligned frames are amplified or attenuated such that an end user associated with the session hears a similar level of signal. communicating with a mobile station to facilitate a session handoff between two call legs of a session; identifying a relevant frame of one of the legs; performing a cross-correlation operation on samples in the relevant frame to determine correlated samples in the other of the two call legs; generating a delay difference estimate between the two call legs based on the cross-correlation of the samples; aligning the correlated samples in the other of the two call legs to the samples in the relevant frame to form two aligned frames; and performing a level difference estimation for the two legs, wherein the level difference estimation operation includes: determining an energy level in the aligned frames; scaling the aligned frames relative to each other; and comparing the aligned frames in order to resolve the aligned frames relative to each other, and wherein the aligned frames are amplified or attenuated such that an end user associated with the session hears a similar level of signal. determining an energy level in the aligned frames; scaling the aligned frames relative to each other; and comparing the aligned frames in order to resolve the aligned frames relative to each other, and wherein the aligned frames are amplified or attenuated such that an end user associated with the session hears a similar level of signal.
A method for reading optical codes from image data, in particular bar codes, wherein code information is assigned to code regions of the image data by means of a classifier configured for machine learning, wherein codes are read by a classic decoder not making use of machine learning, characterized in that the classifier is trained by supervised learning based on these codes, wherein the classic decoder is used as a trainer of the classifier.
A cowling assembly for a high bypass gas turbine engine comprising: a core cowling; and a fan cowling surrounding at least a portion of the core cowling, and spaced from the core cowling to define an angular bypass channel having a fan outlet between the fan cowling and the core cowling at an aft end of the fan cowling; characterised in that the core cowling has a concave cross section relative to and facing the annular bypass channel, and the concave cross section is positioned at the fan outlet and at least partially upstream of the fan outlet. a core cowling; and a fan cowling surrounding at least a portion of the core cowling, and spaced from the core cowling to define an angular bypass channel having a fan outlet between the fan cowling and the core cowling at an aft end of the fan cowling; characterised in that the core cowling has a concave cross section relative to and facing the annular bypass channel, and the concave cross section is positioned at the fan outlet and at least partially upstream of the fan outlet.
A waste ink absorbent member, adapted for use in an ink jet recording apparatus for forming an image with an ink, and adapted for absorbing and holding a waste liquid which does not contribute to the image formation, comprising a hole portion for opening a position where the waste liquid is introduced, and a slit extending from the hole portion, wherein a connecting part between the hole portion and the slit has a width smaller than a shortest dimension in the hole portion, passing through a center of the introducing position of the waste liquid.
An electromechanical power steering device for a motor vehicle, with a servomotor which drives an axially movable component via a ball nut which is mounted in a bearing such that it can be rotated about a longitudinal axis in a housing, the ball nut being in engagement with a threaded spindle which is configured on the component, and having a ball screw on its inner side for balls to roll on, and with an external ball return means which connects the start of the ball screw to the end of the ball screw, in order to make an endless circulation of the balls possible, and with a deflecting body, characterized in that the deflecting body has at least two webs (31, 32) on its outer side, which at least two webs (31, 32) engage into the pulley wheel in such a way that a torque can be transmitted from the pulley wheel to the ball nut.
A honeycomb structure comprising a plurality of cells, a first surface, and a second surface, wherein: the first surface and the second surface are formed by the plurality of cells; the plurality of cells is configured such that at least two closed parallel cross-sections of a cell in the plurality of cells are different; and the honeycomb structure is formed from a ribbon; and the ribbon comprises: a first edge of the ribbon; and a second edge of the ribbon; wherein the ribbon is folded such that the first edge forms at least a portion of the first surface and the second edge forms at least a portion of the second surface; characterised in that at least one portion of the first edge is not parallel to at least one portion of the second edge when the ribbon is in an unfolded state. the first surface and the second surface are formed by the plurality of cells; the plurality of cells is configured such that at least two closed parallel cross-sections of a cell in the plurality of cells are different; and the honeycomb structure is formed from a ribbon; and the ribbon comprises: a first edge of the ribbon; and a second edge of the ribbon; wherein the ribbon is folded such that the first edge forms at least a portion of the first surface and the second edge forms at least a portion of the second surface; characterised in that at least one portion of the first edge is not parallel to at least one portion of the second edge when the ribbon is in an unfolded state. a first edge of the ribbon; and a second edge of the ribbon; wherein the ribbon is folded such that the first edge forms at least a portion of the first surface and the second edge forms at least a portion of the second surface; characterised in that at least one portion of the first edge is not parallel to at least one portion of the second edge when the ribbon is in an unfolded state.
A triplex greensmower lift system, comprising: a lower lift arm pivotably mounted on a first horizontal axis to a frame member of a triplex greensmower; an upper lift arm pivotably mounted to the lower lift arm on a second horizontal axis that is perpendicular to the first horizontal axis; a yoke mount connected to the upper lift arm on a vertical pivot axis, and having a pair of yoke arms connected to a reel cutting unit (102, 104); characterized by a lifter support pivotably mounted to the lower lift arm on a third horizontal axis that is parallel to the first horizontal axis, and also connected to the reel cutting unit (102, 104); and a lift cylinder extending between the frame member and the lifter support that is retractable to pivot up the lifter support to hold the reel cutting unit (102, 104) approximately level as the reel cutting unit (102, 104) is raised from a mowing position to a transport position. a lower lift arm pivotably mounted on a first horizontal axis to a frame member of a triplex greensmower; an upper lift arm pivotably mounted to the lower lift arm on a second horizontal axis that is perpendicular to the first horizontal axis; a yoke mount connected to the upper lift arm on a vertical pivot axis, and having a pair of yoke arms connected to a reel cutting unit (102, 104); characterized by a lifter support pivotably mounted to the lower lift arm on a third horizontal axis that is parallel to the first horizontal axis, and also connected to the reel cutting unit (102, 104); and a lift cylinder extending between the frame member and the lifter support that is retractable to pivot up the lifter support to hold the reel cutting unit (102, 104) approximately level as the reel cutting unit (102, 104) is raised from a mowing position to a transport position.
A semiconductor wafer processing system for processing a set of semiconductor wafers, the system comprising: a controller; a transfer robot controlled by the controller; a wet bath for containing a cleaning solution; a cassette positioned in the wet bath for holding the set of wafers, wherein the transfer robot transfers the wafer from a transfer location to the cassette and the controller controls the transfer robot during the transfer; and the semiconductor wafer processing system being characterized in that it further comprises: an automated guided vehicle (AGV) including a robot arm for positioning the cassette in the wet bath and removing the cassette from the wet bath, wherein the AGV includes a cassette transfer attachment attached to the robot arm for attaching the AGV to the cassette, and wherein the cassette transfer attachment includes a cassette clip for attaching to the cassette transfer attachment to the cassette and a centering rod for positioning the cassette within the wet bath when the AGV positions the cassette within the wet bath. a controller; a transfer robot controlled by the controller; a wet bath for containing a cleaning solution; a cassette positioned in the wet bath for holding the set of wafers, wherein the transfer robot transfers the wafer from a transfer location to the cassette and the controller controls the transfer robot during the transfer; and the semiconductor wafer processing system being characterized in that it further comprises: an automated guided vehicle (AGV) including a robot arm for positioning the cassette in the wet bath and removing the cassette from the wet bath, wherein the AGV includes a cassette transfer attachment attached to the robot arm for attaching the AGV to the cassette, and wherein the cassette transfer attachment includes a cassette clip for attaching to the cassette transfer attachment to the cassette and a centering rod for positioning the cassette within the wet bath when the AGV positions the cassette within the wet bath.
Medical device comprising at least one device body and a flock material, characterized in that the medical device additionally comprises an adhesive layer, wherein the flock material is attached to the adhesive layer.
An induction cooktop comprising - at least one cooking zone providing the heating of a cooking vessel placed thereon, - an electrical connection part that enables the coil forming the cooking zone to be installed detachably, - a generator providing the driving of the coil through the respective electrical connection part, - a control unit: - that enables the generator to be controlled, - that has a normal operating mode wherein the cooking vessel is heated and a service mode, configured to be executed during the production of the induction cooktop, wherein it is determined whether or not a coil is correctly installed to the electrical connection part whereto it is intended to be installed, - that, in the service mode, retrieves the characteristic information defining the characteristic of the coil to be installed and the configuration data of the electrical connection part intended for the coil to be installed from an internal and/or external recording medium, - that provides the driving of the coil to be analyzed with a drive signal by operating the generator for a predetermined time period, - that detects the electric current passing through the coil being analyzed and - that determines whether or not the analyzed coil is correctly installed to the intended electrical connection part depending on the detected coil current, the retrieved characteristic information and the retrieved configuration data. - at least one cooking zone providing the heating of a cooking vessel placed thereon, - an electrical connection part that enables the coil forming the cooking zone to be installed detachably, - a generator providing the driving of the coil through the respective electrical connection part, - a control unit: - that enables the generator to be controlled, - that has a normal operating mode wherein the cooking vessel is heated and a service mode, configured to be executed during the production of the induction cooktop, wherein it is determined whether or not a coil is correctly installed to the electrical connection part whereto it is intended to be installed, - that, in the service mode, retrieves the characteristic information defining the characteristic of the coil to be installed and the configuration data of the electrical connection part intended for the coil to be installed from an internal and/or external recording medium, - that provides the driving of the coil to be analyzed with a drive signal by operating the generator for a predetermined time period, - that detects the electric current passing through the coil being analyzed and - that determines whether or not the analyzed coil is correctly installed to the intended electrical connection part depending on the detected coil current, the retrieved characteristic information and the retrieved configuration data.