mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating a photodiode device (Pix), comprising: growing an epitaxial layer (101-2) on a first surface of a substrate (101-1), wherein the epitaxial layer (101-2) is first type lightly doped; forming, in the substrate (101-1), a first type heavily doped region in contact with the first type lightly doped epitaxial layer (101-2); thinning the substrate (101-1) from a second surface of the substrate (101-1) opposite to the first surface to expose the first type heavily doped region; patterning the first type heavily doped region from the second surface side of the substrate (101-1) to form a trench (T) therein, that penetrates through the first type heavily doped region and extends into the epitaxial layer (101-2), wherein the patterned first type heavily doped region serves as a first electrode region of the photodiode device (Pix) to which a first electrode is connectable; and forming a second type heavily doped region at bottom of the trench (T), wherein the second type heavily doped region serves as a second electrode region of the photodiode device (Pix) to which a second electrode is connectable. growing an epitaxial layer (101-2) on a first surface of a substrate (101-1), wherein the epitaxial layer (101-2) is first type lightly doped; forming, in the substrate (101-1), a first type heavily doped region in contact with the first type lightly doped epitaxial layer (101-2); thinning the substrate (101-1) from a second surface of the substrate (101-1) opposite to the first surface to expose the first type heavily doped region; patterning the first type heavily doped region from the second surface side of the substrate (101-1) to form a trench (T) therein, that penetrates through the first type heavily doped region and extends into the epitaxial layer (101-2), wherein the patterned first type heavily doped region serves as a first electrode region of the photodiode device (Pix) to which a first electrode is connectable; and forming a second type heavily doped region at bottom of the trench (T), wherein the second type heavily doped region serves as a second electrode region of the photodiode device (Pix) to which a second electrode is connectable.
A method performed by a mobile device or a part thereof, the method comprising: - providing an indication of a trajectory of the mobile device to a remote server ; - obtaining , from the remote server , an electronic horizon comprising electronic horizon data, based on the indication of the trajectory; - performing one or more ADAS functions at least partially based on the obtained electronic horizon; characterized by the method further comprising: - determining a desired extent of the electronic horizon at least in part based on an expected availability of a network connectivity between the mobile device and the remote server and - providing a request for the electronic horizon, wherein the desired extent of the requested electronic horizon is indicated with the request; wherein the obtained electronic horizon is further based on the request. - providing an indication of a trajectory of the mobile device to a remote server ; - obtaining , from the remote server , an electronic horizon comprising electronic horizon data, based on the indication of the trajectory; - performing one or more ADAS functions at least partially based on the obtained electronic horizon; - determining a desired extent of the electronic horizon at least in part based on an expected availability of a network connectivity between the mobile device and the remote server and - providing a request for the electronic horizon, wherein the desired extent of the requested electronic horizon is indicated with the request; wherein the obtained electronic horizon is further based on the request.
An organic electronic device (OED), comprising: a substrate ; an organic electronic diode formed on the substrate; and an encapsulation film comprising an encapsulating layer which comprises an encapsulating resin and a moisture adsorbent material at 5 to 50 parts by weight relative to 100 parts by weight of the encapsulating resin and which encapsulates an entire surface of the organic electronic diode, and a metal layer formed on the encapsulating layer, of which a dimension tolerance (d) between the metal layer and the encapsulating layer of the encapsulation film satisfies Equation 1: d ≤ 200 μm wherein d is a difference in distance between an outermost side surface of the metal layer and an outermost side surface of the encapsulating layer corresponding to the above outermost side surface of the metal layer, the encapsulating layer having a tensile modulus of 0.001 to 500 MPa at room temperature. a substrate ; an organic electronic diode formed on the substrate; and an encapsulation film comprising an encapsulating layer which comprises an encapsulating resin and a moisture adsorbent material at 5 to 50 parts by weight relative to 100 parts by weight of the encapsulating resin and which encapsulates an entire surface of the organic electronic diode, and a metal layer formed on the encapsulating layer, of which a dimension tolerance (d) between the metal layer and the encapsulating layer of the encapsulation film satisfies Equation 1: d ≤ 200 μm wherein d is a difference in distance between an outermost side surface of the metal layer and an outermost side surface of the encapsulating layer corresponding to the above outermost side surface of the metal layer, the encapsulating layer having a tensile modulus of 0.001 to 500 MPa at room temperature.
A computing system to control sound level exposure, comprising: a sensor link controller to receive a measurement signal from a sound pressure sensor positioned within a headset ; an ear damage controller coupled to the sensor link controller , the ear damage controller to adjust one or more characteristics of an audio signal based on the measurement signal; and a speaker link controller coupled to the ear damage controller , the speaker link controller to transmit the audio signal to a speaker positioned within the headset , wherein the ear damage controller includes an exposure analyzer to determine an ear exposure level based on the measurement signal, and wherein at least one of the one or more characteristics is to be adjusted based on the ear exposure level, characterized in that at least one of the one or more characteristics includes a frequency profile of the audio signal, wherein the audio signal includes active noise cancellation content. a sensor link controller to receive a measurement signal from a sound pressure sensor positioned within a headset ; an ear damage controller coupled to the sensor link controller , the ear damage controller to adjust one or more characteristics of an audio signal based on the measurement signal; and a speaker link controller coupled to the ear damage controller , the speaker link controller to transmit the audio signal to a speaker positioned within the headset ,
A system for moving a tubular string within a subterranean well , the system characterised by : a ring assembly including: a structural ring sized with a ring inner diameter to circumscribe the tubular string and a ring outer diameter to fit within a bore of the subterranean well ; a plurality of individual openings spaced around an outer diameter surface of the structural ring , each individual opening associated with an inflatable member , the inflatable member operable to vibrationally impact an internal surface of the subterranean well with repeated inflating and deflating the inflatable member ; and wheels spaced around an inner diameter surface of the structural ring . a structural ring sized with a ring inner diameter to circumscribe the tubular string and a ring outer diameter to fit within a bore of the subterranean well ; a plurality of individual openings spaced around an outer diameter surface of the structural ring , each individual opening associated with an inflatable member , the inflatable member operable to vibrationally impact an internal surface of the subterranean well with repeated inflating and deflating the inflatable member ; and wheels spaced around an inner diameter surface of the structural ring .
Spring-loaded locking bolt consisting of a guide sleeve which can be screwed into an assigned bore in a machine part or furniture part and an adjusting pin mounted in the guide sleeve to be axially displaceable and which can be brought into at least two locking positions in the guide sleeve which can be moved from a blocking position projecting axially from the guide sleeve counter to the adjusting force of an axial compression spring into a retracted neutral position not projecting axially from the guide sleeve , and which has a tip-side locking end and an oppositely arranged actuating end in connection with an actuating button (10, 10', 10", 10′′′, 60, 68), wherein the actuating button has an outer sleeve (12, 12', 12", 12′′′, 62) with which the actuating button (10, 10', 10", 10′′′, 60) is mounted to be axially displaceable on a sleeve section (33, 43, 43', 43") of the guide sleeve , wherein the actuating button (10, 10', 10", 10′′′) comprises at least one inner-side locking projection which engages in locking manner in a corresponding recess in the side wall of the sleeve section of the guide sleeve in the blocking position and fixes the actuating button inserted under spring force to be resistant to rotation with respect to axial rotation about the centre axis of the locking bolt and in the neutral position, the rotation-resistant fixed position of the locking projection is cancelled and the actuating button can be rotated about the centre axis , characterised in that the guide sleeve is divided into at least two and consists of a plug-in sleeve and a rotatable receiving sleeve placed on the plug-in sleeve .
A terminal comprising: a receiving unit adapted to receive, from a base station apparatus, one or more synchronization signal blocks associated with one or more beams transmitted from the base station apparatus, the one or more synchronization signal blocks including information on initial access; a control unit adapted to select a synchronization signal block used for determining a resource for transmitting a preamble from the one or more synchronization blocks, based on at least one of received power and received quality of the one or more synchronization signal blocks; and a transmitting unit adapted to transmit the preamble to the base station apparatus using the resource, characterized in that if information included in the selected synchronization signal block indicates that a cell, on which the synchronization signal block is received, is restricted, the control unit is adapted to exclude the synchronization signal block from candidates of the synchronization signal block used for the initial access. a receiving unit adapted to receive, from a base station apparatus, one or more synchronization signal blocks associated with one or more beams transmitted from the base station apparatus, the one or more synchronization signal blocks including information on initial access; a control unit adapted to select a synchronization signal block used for determining a resource for transmitting a preamble from the one or more synchronization blocks, based on at least one of received power and received quality of the one or more synchronization signal blocks; and a transmitting unit adapted to transmit the preamble to the base station apparatus using the resource, characterized in that if information included in the selected synchronization signal block indicates that a cell, on which the synchronization signal block is received, is restricted, the control unit is adapted to exclude the synchronization signal block from candidates of the synchronization signal block used for the initial access.
A roof window, particularly for installation in an inclined roof surface, comprising a frame having a plurality of frame members including a frame top member with an outer surface, and a reinforcement member formed as a separate element and connected to the outer surface of the frame top member, the reinforcement member having a length dimension (L) and a width dimension covering a substantial part of the outer surface of the frame top member, characterised in that the reinforcement member comprises at least a first profile of a metal material and a second profile of a plastic material releasably connected to each other, wherein the first profile comprises a base portion configured to extend substantially in parallel with the outer surface of the frame top member in the mounted condition and a leg portion extending substantially perpendicular to the base portion and said leg portion comprising a first flange portion and a second flange portion , the first flange portion extending between the base portion and an upper edge and the second flange portion extending between the upper edge and a lower edge .
A method for wireless communication at a wireless device, comprising: receiving a broadcast of a first message comprising an indication of a first bandwidth value; receiving , based on the first bandwidth value, a second message comprising an indication of a second bandwidth value, wherein the second message comprises a radio resource control, RRC, message, and wherein the second bandwidth value replaces the first bandwidth value for at least one of: a transmission type, a channel, a symbol period, a slot, a subframe, a frame, or a combination thereof; receiving an indication of a frequency offset associated with the second bandwidth value in an additional message ; determining , based on the frequency offset, a frequency position of the second bandwidth value; and receiving downlink transmissions based on the second bandwidth value following receipt of the second message. receiving a broadcast of a first message comprising an indication of a first bandwidth value; receiving , based on the first bandwidth value, a second message comprising an indication of a second bandwidth value, wherein the second message comprises a radio resource control, RRC, message, and wherein the second bandwidth value replaces the first bandwidth value for at least one of: a transmission type, a channel, a symbol period, a slot, a subframe, a frame, or a combination thereof; receiving an indication of a frequency offset associated with the second bandwidth value in an additional message ; determining , based on the frequency offset, a frequency position of the second bandwidth value; and receiving downlink transmissions based on the second bandwidth value following receipt of the second message.
A revolving door with a drive unit , wherein the revolving door has a ceiling element on which the drive unit is arranged and is connected to a turnstile of the revolving door for driving the turnstile, wherein the drive unit comprises an electronically commutated multi-pole motor which is arranged with an adapter element on the ceiling element and is connected to the turnstile without gearing, characterised in that the adapter element is designed for adjusting the multi-pole motor relative to the turnstile of the revolving door, by the adapter element being arranged on the underside of the ceiling element and the multi-pole motor being arranged on the underside of the adapter element , and wherein the adapter element has at least one adjustment means which serves to adjust the drive unit relative to the turnstile of the revolving door, wherein on the adapter element and/or on the multi-pole motor is arranged an illumination device , which surrounds the multi-pole motor in a ring shape.
Carton having insulating material in the carton interior, with a one-piece, foldable insulating container as insulating material, the insulating container outer walls of which container rest against the inner walls of the carton characterised in that the outer walls of the insulating container are fixed to the inner walls of the carton .
A dissolution mixer, comprising: a dissolution bath configured to accommodate a powder and a solvent for dissolving the powder; a powder input unit located at an outer side of the dissolution bath; an impeller installed to be rotatable inside the dissolution bath; and an anchor located inside the dissolution bath and having a passage of the powder inputted by the powder input unit and a powder spouting hole (H) connected to the passage, characterized in that the anchor includes: an upper frame connected to the powder input unit; a lower frame located below the upper frame; and a pair of connection frames configured to connect the upper frame and the lower frame, and the lower frame is positioned lower than the impeller and the powder spouting hole (H) is located in the upper portion of the lower frame so that the powder is spouted upward. a dissolution bath configured to accommodate a powder and a solvent for dissolving the powder; a powder input unit located at an outer side of the dissolution bath; an impeller installed to be rotatable inside the dissolution bath; and an anchor located inside the dissolution bath and having a passage of the powder inputted by the powder input unit and a powder spouting hole (H) connected to the passage, characterized in that the anchor includes: an upper frame connected to the powder input unit; a lower frame located below the upper frame; and a pair of connection frames configured to connect the upper frame and the lower frame, and the lower frame is positioned lower than the impeller and the powder spouting hole (H) is located in the upper portion of the lower frame so that the powder is spouted upward. an upper frame connected to the powder input unit; a lower frame located below the upper frame; and a pair of connection frames configured to connect the upper frame and the lower frame, and the lower frame is positioned lower than the impeller and the powder spouting hole (H) is located in the upper portion of the lower frame so that the powder is spouted upward.
A method for preparing a change of material in an extrusion device for a film machine having at least one feed device for feeding a feed material (E) for an extruder , having the following steps: - predetermining an end of a production order of an extrusion device , - specifying a reduced changing filling level (WF) for the at least one feed device , - maintaining the filling level (F) of the at least one feed device at the reduced changing filling level (WF) for the further production with the extrusion device , wherein the filling level (F) of the at least one feed device is increased in batches in a single refill thrust, when the filling level (F) falls below the changing filling level (WF), wherein a defined refill quantity is introduced into the feed device . - predetermining an end of a production order of an extrusion device , - specifying a reduced changing filling level (WF) for the at least one feed device , - maintaining the filling level (F) of the at least one feed device at the reduced changing filling level (WF) for the further production with the extrusion device , wherein the filling level (F) of the at least one feed device is increased in batches in a single refill thrust, when the filling level (F) falls below the changing filling level (WF), wherein a defined refill quantity is introduced into the feed device .
A process for producing syngas rich in hydrogen, during the process of upgrading residual hydrocarbon oil feedstock, wherein the process comprises: a) cracking a residual hydrocarbon oil feedstock in a riser-reactor by contacting the feedstock with a rejuvenated upgrading agent at a temperature in the range of 550°C to 650°C to obtain cracked products and spent upgrading agent; b) separating the spent upgrading agent from the cracked products in a stripper and transferring the spent upgrading agent to a reformer; c) regenerating the spent upgrading agent by adding steam free of any air/oxygen along with oil-soluble organo-metallic additive, wherein the additive metal is selected from alkali, alkaline earth metal or transition metal in the reformer at a temperature in the range of 650 to 850°C to obtain syngas rich in hydrogen and partially rejuvenated upgrading agent and transferring the partially rejuvenated upgrading agent to a combustor; d) burning off the partially rejuvenated upgrading agent in the combustor at a temperature in the range of 750°C to 950°C to remove residual coke in presence of stream of oxygen containing gases and optionally a hydrocarbon stream lean in sulfur and nitrogen impurities, to obtain rejuvenated upgrading agent and flue gas; e) transferring the rejuvenated upgrading agent back to the reformer to maintain the temperature of the reformer; and f) circulating the rejuvenated upgrading agent from the reformer to the riser. a) cracking a residual hydrocarbon oil feedstock in a riser-reactor by contacting the feedstock with a rejuvenated upgrading agent at a temperature in the range of 550°C to 650°C to obtain cracked products and spent upgrading agent; b) separating the spent upgrading agent from the cracked products in a stripper and transferring the spent upgrading agent to a reformer; c) regenerating the spent upgrading agent by adding steam free of any air/oxygen along with oil-soluble organo-metallic additive, wherein the additive metal is selected from alkali, alkaline earth metal or transition metal in the reformer at a temperature in the range of 650 to 850°C to obtain syngas rich in hydrogen and partially rejuvenated upgrading agent and transferring the partially rejuvenated upgrading agent to a combustor; d) burning off the partially rejuvenated upgrading agent in the combustor at a temperature in the range of 750°C to 950°C to remove residual coke in presence of stream of oxygen containing gases and optionally a hydrocarbon stream lean in sulfur and nitrogen impurities, to obtain rejuvenated upgrading agent and flue gas; e) transferring the rejuvenated upgrading agent back to the reformer to maintain the temperature of the reformer; and f) circulating the rejuvenated upgrading agent from the reformer to the riser.
A method for producing the surface of a dental restoration consisting of three-dimensional data, wherein the dental restoration is a crown, wherein an inner contour of the crown is specified by an existing tooth stump, wherein three-dimensional data of a tooth surface of a recorded tooth are used for at least part of the surface of the dental restoration part to be produced, wherein said tooth surface is an occlusal surface, for which purpose the tooth surface is first determined in its extent and is then arranged in the area of a preparation site available as three-dimensional data via copying and/or by mirroring, characterised in that a preparation margin of the dental restoration to be created is delineated manually using input devices, for example a computer mouse or a light pen, wherein the position of the digital tooth surface in the dental restoration or at the preparation site can be determined in at least one spatial axis and/or one direction of rotation, wherein any necessary size adjustment is carried out by scaling the copied tooth surface , wherein an arrangement of the tooth surface is defined at the preparation site , wherein, based on the defined arrangement of the tooth surface to the preparation site , the dental restoration is produced indirectly using the data from the preparation site on the one hand and the tooth surface on the other hand, wherein the production of the crown is carried out by supplementing the region between the occlusal surface and the delineated preparation margin and an outer contour is thereby determined.