mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling an optoelectronic device (10; 40; 50; 60; 70) comprising display pixels (Pix) arranged in rows and in columns, each display pixel comprising an electronic circuit (20; CM) and at least one first optoelectronic circuit (26; 42; CR, CG, CB) coupled to the electronic circuit and comprising at least one first light-emitting diode (LED), the optoelectronic device further comprising first electrodes extending along the rows, each first electrode being connected to the electronic circuits of display pixels of at least one of the rows, second electrodes extending along the columns, each second electrode being connected to the electronic circuits of display pixels of at least one of the columns, and a circuit for controlling the first and second electrodes, the method being characterized in that it comprises, in a first phase, activating the electronic circuits connected to one of the first electrodes and to one of the second electrodes by the following steps, carried out simultaneously: taking one of the first electrodes to a first potential (V1), the other first electrodes being maintained at a second potential (V0) smaller than the first potential; and taking one of the second electrodes to a third potential (V2) smaller than the second potential, the other second electrodes being maintained at a fourth potential (V3) greater than the third potential and smaller than the second potential. taking one of the first electrodes to a first potential (V1), the other first electrodes being maintained at a second potential (V0) smaller than the first potential; and taking one of the second electrodes to a third potential (V2) smaller than the second potential, the other second electrodes being maintained at a fourth potential (V3) greater than the third potential and smaller than the second potential.
An image forming apparatus comprising: a bottle which is detachably mounted on an apparatus body to store toner; a shutter which is disposed on the bottle to open and close a discharge port which discharges the toner; and an engaging member which is disposed on the apparatus body to open and close the shutter by engaging with the shutter along with an insertion operation of the bottle , wherein the engaging member is disposed to be movable from a first position, which allows the shutter to be located at a closed position at which the discharge port is closed by the shutter in a state in which the bottle is mounted on the apparatus body, to a second position, in which the discharge port is to be opened and closed by the shutter along with an operation of attaching and detaching the bottle to and from the apparatus body, wherein the image forming apparatus further comprises a driving portion which is disposed on the apparatus body to drive the engaging member from the first position to the second position when the bottle is attached to the apparatus body. a bottle which is detachably mounted on an apparatus body to store toner; a shutter which is disposed on the bottle to open and close a discharge port which discharges the toner; and an engaging member which is disposed on the apparatus body to open and close the shutter by engaging with the shutter along with an insertion operation of the bottle , wherein the engaging member is disposed to be movable from a first position, which allows the shutter to be located at a closed position at which the discharge port is closed by the shutter in a state in which the bottle is mounted on the apparatus body, to a second position, in which the discharge port is to be opened and closed by the shutter along with an operation of attaching and detaching the bottle to and from the apparatus body, wherein the image forming apparatus further comprises a driving portion which is disposed on the apparatus body to drive the engaging member from the first position to the second position when the bottle is attached to the apparatus body.
A downlink transmission method for transmitting information in a radio frame having a variable bandwidth using a first subframe, a second subframe and a third subframe, wherein the first subframe comprises a first symbol type, the second subframe comprises a second symbol type, the third subframe comprises the first symbol type and the second symbol type, the method comprising: determining the radio frame, wherein the radio frame comprises the first subframe and the second subframe, or the first subframe and the third subframe, or the second subframe and the third subframe, or the first subframe, the second subframe and the third subframe, and performing downlink transmission based on the determined radio frame, wherein a bandwidth of the first symbol type is a first bandwidth, a bandwidth of the second symbol type is a second bandwidth, and the first bandwidth is less than the second bandwidth, and wherein the first symbol type is used to transmit common information. determining the radio frame, wherein the radio frame comprises the first subframe and the second subframe, or the first subframe and the third subframe, or the second subframe and the third subframe, or the first subframe, the second subframe and the third subframe, and performing downlink transmission based on the determined radio frame, wherein a bandwidth of the first symbol type is a first bandwidth, a bandwidth of the second symbol type is a second bandwidth, and the first bandwidth is less than the second bandwidth, and wherein the first symbol type is used to transmit common information.
Housing, particularly an electronics housing of an electric motor, having a housing wall enclosing at least in sections a receiver interior of the housing , the receiver interior is formed to receive a motor electronics, the housing comprising a dehumidification device having a dehumidification chamber comprising a wall , within said dehumidification chamber hygroscopic material is incorporated formed to bind air humidity from the dehumidification chamber , wherein the wall of the dehumidification chamber comprises at least one inner vapour-permeable membrane operatively connected to a receiver interior of the housing , and an outer membrane operatively connected to an outer environment of the housing , said inner and outer membranes are respectively vapour-permeable in at least one direction, in which an air humidity transport from the receiver interior of the housing through the dehumidification chamber to the outer environment is ensureable, said inner membrane having a lower humidity permeability than the outer membrane .
A pressure and temperature sensor comprising a pressure sensor module for capturing a pressure of a medium; a temperature probe for detecting the temperature of the medium; a sleeve for separating the medium from the temperature probe in a media-tight manner and for transmitting the temperature from the medium to the temperature probe ; wherein a first sleeve end is designed to project into the medium; the temperature probe is arranged within the sleeve ; the temperature probe comprises a resistance thermometer and two electrical conductors ; said resistance thermometer being arranged in the first sleeve end , first ends of the two electrical conductors being electrically and mechanically connected to the resistance thermometer in the first sleeve end ; comprising an electrical circuit board and comprising a process connection that comprises a supply channel ; wherein said pressure and temperature sensor comprises a separating membrane for media-tight separation of the medium from the pressure sensor module and for transmitting the pressure from the medium to the pressure sensor module ; said supply channel is adapted to supply medium to the separating membrane ; said pressure sensor module is arranged on a side of the separating membrane that faces away from the supply channel ; said pressure and temperature sensor comprises a lower housing part having a space arranged therein; the pressure sensor module is arranged in said space directly behind the separating membrane ; the temperature probe is arranged on a side of the separating membrane that faces the supply channel ; the electrical circuit board is mechanically connected to the lower housing part at an end of the lower housing part that faces away from the process connection ; and the electrical circuit board is arranged centrally with respect to the center of the pressure and temperature sensor ; characterized in that a rib is arranged at a medium end of the process connection; a second passage extends in the process connection from the rib to an end of the process connection that faces the separating membrane; an edge of the second end of the sleeve is connected to the rib via a material bond; the two electrical connectors extend through the second passage up to the electrical circuit board; and in that a radially outer edge of the separating membrane is connected to the lower housing part via a material bond.
An apparatus comprising: a central hub having a centerline and a circular perimeter ; an outer housing , the outer housing comprising a circular wall that extends from an inlet edge to an outlet edge ; a plurality of vanes that extend from the central hub to the outer housing , the plurality of vanes equally spaced around the circular perimeter of the central hub , each vane of the plurality of vanes having an inlet transition portion connected to a discharge portion , the inlet transition portion having a top edge and the discharge portion having a bottom edge ; wherein the top edge of the inlet transition portion of each vane of the plurality of vanes is offset from the centerline of the central hub and the top edge forms a forward secant line with respect to the centerline of the central hub and a direction of spin induced by the plurality of vanes ; and wherein the inlet transition portion of each vane of the plurality of vanes comprises an upper portion , a middle portion , a lower portion , a first bend at a first interface between the upper portion and the middle portion , and a final bend at a second interface between the middle portion and the lower portion , wherein the lower portion of the inlet transition portion is connected to the discharge portion . a central hub having a centerline and a circular perimeter ; an outer housing , the outer housing comprising a circular wall that extends from an inlet edge to an outlet edge ; a plurality of vanes that extend from the central hub to the outer housing , the plurality of vanes equally spaced around the circular perimeter of the central hub , each vane of the plurality of vanes having an inlet transition portion connected to a discharge portion , the inlet transition portion having a top edge and the discharge portion having a bottom edge ; wherein the top edge of the inlet transition portion of each vane of the plurality of vanes is offset from the centerline of the central hub and the top edge forms a forward secant line with respect to the centerline of the central hub and a direction of spin induced by the plurality of vanes ; and wherein the inlet transition portion of each vane of the plurality of vanes comprises an upper portion , a middle portion , a lower portion , a first bend at a first interface between the upper portion and the middle portion , and a final bend at a second interface between the middle portion and the lower portion , wherein the lower portion of the inlet transition portion is connected to the discharge portion .
A method for operating a track system (GA) with a first track segment (GS1) and a second track segment (GS2), having at least one point (W) encompassing a root direction (SR) and being adjustable in at least one shunt direction (ZR) and a first rail switch (AZ1) arranged on the first track segment (GS1) after the point (W1) in the root direction (SR), wherein a system control (AS) of the track system (GA) generates a status signal upon malfunction of the first rail switch (AZ1) which contains at least one instruction to set the point (W) in the shunt direction (ZR) so that the first track segment (GS1) and the second track segment (GS2) are connected to an alternative travel path (FW), wherein the system control (AS) for generating the instruction analyzes bypass options for the malfunctioning rail switch (AZ1) on the basis of the available track segments (GS1, GS2) of a track system (GA) and suggests one or more alternative travel paths (FW) inducing the least possible track segment malfunction of the track system (GA), and wherein the system control (AS) is designed to factor in rail traffic-related information.
A radiation arrangement for a multispectral active remote sensing device, comprising: a transceiver configured for receiving a radiation beam from a radiation source ; the transceiver being further configured for outputting a transmitted part of the radiation beam on a target , and further configured to receive a reflected part of the radiation beam from the target ; wherein the radiation beam has a broadband spectral range, a detector configured to detect a time-of-flight and an radiation power of the reflected part of the radiation beam; and characterized in that the radiation arrangement further comprises a wavelength-adjustable narrow band stopper arranged on an radiation path from the radiation source to the detector , wherein the wavelength-adjustable narrow band stopper is configured to transmit the radiation beam in all the spectral range but a narrow band centered on a selected wavelength (λ_k), wherein the wavelength-adjustable narrow band stopper is further configured to sequentially set the selected wavelength (λ_k) to another wavelength (λ_k+1), of the spectral range, such that the detector receives a partial radiation power , which is the radiation power of the received reflection of the radiation beam in all the spectral range but the narrow band centered on said selected wavelength, wherein the optical detector is further configured to sequentially detect the partial radiation power in association with the selected wavelength. a transceiver configured for receiving a radiation beam from a radiation source ; the transceiver being further configured for outputting a transmitted part of the radiation beam on a target , and further configured to receive a reflected part of the radiation beam from the target ; wherein the radiation beam has a broadband spectral range, a detector configured to detect a time-of-flight and an radiation power of the reflected part of the radiation beam; and characterized in that the radiation arrangement further comprises a wavelength-adjustable narrow band stopper arranged on an radiation path from the radiation source to the detector , wherein the wavelength-adjustable narrow band stopper is configured to transmit the radiation beam in all the spectral range but a narrow band centered on a selected wavelength (λ_k), wherein the wavelength-adjustable narrow band stopper is further configured to sequentially set the selected wavelength (λ_k) to another wavelength (λ_k+1), of the spectral range, such that the detector receives a partial radiation power , which is the radiation power of the received reflection of the radiation beam in all the spectral range but the narrow band centered on said selected wavelength, wherein the optical detector is further configured to sequentially detect the partial radiation power in association with the selected wavelength.
A method for determining a random access resource, wherein the method is performed by a terminal device and the method comprises: receiving random access configuration information, wherein the random access configuration information is used for indicating that random access resources are allocated according to network slices; and determining the random access resource according to the random access configuration information, wherein the random access resource is matched with a target network slice to be accessed by the terminal device, wherein the random access resources comprise random access preambles and random access time-frequency resources, and characterized in that the random access configuration information comprises a bitmap for indicating whether to allocate random access preambles for the at least one of the network slices and a bitmap for indicating whether to allocate random access time-frequency resources for the at least one of the network slices. receiving random access configuration information, wherein the random access configuration information is used for indicating that random access resources are allocated according to network slices; and determining the random access resource according to the random access configuration information, wherein the random access resource is matched with a target network slice to be accessed by the terminal device, wherein the random access resources comprise random access preambles and random access time-frequency resources, and characterized in that the random access configuration information comprises a bitmap for indicating whether to allocate random access preambles for the at least one of the network slices and a bitmap for indicating whether to allocate random access time-frequency resources for the at least one of the network slices.
A DPP-4 inhibitor, which is linagliptin, for therapeutic use by subcutaneous administration.
Insert system comprising a plate-shaped component and an insert for zonal functionalization of the plate-shaped component in the edge region of a plate material with discontinuous density gradient in the plate cross-section or of a multi-layer sandwich plate material, both of which comprise at least two outer more or less delimited cover layers of wood or wood material and a core layer disposed therebetween, comprising a recess introduced perpendicular to the narrow surface and the insert made of a solid material which is inserted into this recess and is anchored there in a permanently fixed, in particular material bond manner, which is suitable for substantially reinforcing such a plate-shaped component zonally in its strength by the partial accumulation of material, in particular for the formation of permanently joined component connections or for supporting the component and product stability with respect to forces acting from the outside onto the plate-shaped component during the manufacturing and assembly process of a product or during the use of a product, and/or which is suitable for providing such a plate-shaped component zonally with function-enhancing elements for the benefit of the manufacturing and assembly process and/or use of the component or of an end product so as to be largely invisible from the outside, characterized in that the recess is introduced punctually or regionally in a narrow plate surface or across the corner in two adjacent narrow plate surfaces and comprises an oval cross section contour or a contour composed of circles lying on a line.
A permanent-magnet type rotating electrical machine comprising: a stator having a plurality of slots for accommodating a stator coil inside the slots; a rotor having a rotor core of laminated electric steel plates, wherein the rotor core is arranged rotatably via a rotation gap with respect to the stator, with a plurality of permanent magnets per pole embedded in the rotor core; magnet insertion holes (7a-7c) formed in a protruding shape toward a center of the rotor for embedding the permanent magnets in the rotor core; and a cavity formed in the rotor core at least on both of outer end sides of each of the permanent magnets when the permanent magnets are embedded in each of the magnet insertion holes; characterized by a pair of flux control holes provided between each two adjacent magnetic poles in a symmetrical shape with respect to a radial center line between the each two adjacent magnetic poles, in a magnetic pole gap between a first permanent magnet group including the permanent magnets and another permanent magnet group adjacent to the first permanent magnet group, wherein the electromagnetic steel plates are integrated and bonded by caulking in that each of the flux control holes is a hole having a caulking structure. a stator having a plurality of slots for accommodating a stator coil inside the slots; a rotor having a rotor core of laminated electric steel plates, wherein the rotor core is arranged rotatably via a rotation gap with respect to the stator, with a plurality of permanent magnets per pole embedded in the rotor core; magnet insertion holes (7a-7c) formed in a protruding shape toward a center of the rotor for embedding the permanent magnets in the rotor core; and a cavity formed in the rotor core at least on both of outer end sides of each of the permanent magnets when the permanent magnets are embedded in each of the magnet insertion holes; characterized by a pair of flux control holes provided between each two adjacent magnetic poles in a symmetrical shape with respect to a radial center line between the each two adjacent magnetic poles, in a magnetic pole gap between a first permanent magnet group including the permanent magnets and another permanent magnet group adjacent to the first permanent magnet group, wherein the electromagnetic steel plates are integrated and bonded by caulking in that each of the flux control holes is a hole having a caulking structure.
Switching valve for a fuel injector, in particular a common rail fuel injector, comprising an armature which is capable of being moved in a reciprocating manner and which has a shaft-type portion which for receiving and guiding an armature bolt that is movable relative to the armature is penetrated by an axial bore , characterized in that the armature has a sleeve from a ceramic material, said sleeve at least in portions delimiting the axial bore , wherein the sleeve completely clads the axial bore that serves for guiding the armature bolt .