mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a semiconductor structure, comprising: providing a substrate , the substrate having a first surface and a second surface opposite to each other, and transistors being arranged on the second surface (S100), and each of the transistors includes a source , a channel region , a drain and a word line surrounding the channel region ; wherein capacitor contact structures are connected to drains of the transistors , and capacitor structures are connected to the capacitor contact structures ; characterized in that forming release holes in the substrate , each of the release holes extending into each of a plurality of bit line structures , and into the source of the transistor , bottoms of the release holes being arranged in channel regions of the transistors , and top surfaces of the release holes being flush with the first surface (S200); and forming a conductive structure in the release holes , the conductive structure extending to the outside of the release holes and covering the first surface of the substrate (S300). providing a substrate , the substrate having a first surface and a second surface opposite to each other, and transistors being arranged on the second surface (S100), and each of the transistors includes a source , a channel region , a drain and a word line surrounding the channel region ; wherein capacitor contact structures are connected to drains of the transistors , and capacitor structures are connected to the capacitor contact structures ; characterized in that forming release holes in the substrate , each of the release holes extending into each of a plurality of bit line structures , and into the source of the transistor , bottoms of the release holes being arranged in channel regions of the transistors , and top surfaces of the release holes being flush with the first surface (S200); and forming a conductive structure in the release holes , the conductive structure extending to the outside of the release holes and covering the first surface of the substrate (S300).
A flowable or malleable polymer composition in essentially dry form, comprising: (a) a poly(alkylene)-poly(ethylene glycol) block copolymer and (b) a poly(alkylene glycol) polymer or copolymer, characterized in that said composition is prepared by blending together components (a) and (b) without the addition of water or other liquid. (a) a poly(alkylene)-poly(ethylene glycol) block copolymer and (b) a poly(alkylene glycol) polymer or copolymer, characterized in that said composition is prepared by blending together components (a) and (b) without the addition of water or other liquid.
An endoscope control device for a non-rigid endoscope, comprising a tiltable control element for effecting a deflection movement by means of a transmission wire, the control element including a wire guiding means for guiding a wire ; the wire , which is arranged at the control element on the wire guiding means for realizing the deflection movement; and a wire tensioning body in which a proximal end of the wire is anchored and which is movable relative to the control element for changing the tension of the wire between the wire guiding means and the wire tensioning body , characterized in that the wire tensioning body is adapted to be rotatable relative to the control element such that a distance of the wire between a wire anchoring location in the wire tensioning body and the wire guiding means is changeable so that a predefined tension can be applied to the wire . a tiltable control element for effecting a deflection movement by means of a transmission wire, the control element including a wire guiding means for guiding a wire ; the wire , which is arranged at the control element on the wire guiding means for realizing the deflection movement; and a wire tensioning body in which a proximal end of the wire is anchored and which is movable relative to the control element for changing the tension of the wire between the wire guiding means and the wire tensioning body , characterized in that the wire tensioning body is adapted to be rotatable relative to the control element such that a distance of the wire between a wire anchoring location in the wire tensioning body and the wire guiding means is changeable so that a predefined tension can be applied to the wire .
An air-based fryer apparatus for preparing food, comprising: - a base part comprising an upper support and a gearing system to generate a rotation force around a vertical rotation axis ; - a container arranged on the upper support ; - a food basket with an air-permeable bottom part , the food basket being placed inside the container such that a lateral gap is arranged between walls of the container and walls of the food basket , and such that a bottom gap is arranged between the bottom part of the container and said air-permeable bottom part ; and - an upper lid device arranged on top of the container , the upper lid device comprising a system with primary heating means and air ventilation means for generating a flow of hot air, provided as an airstream in a circulating manner through the lateral gap , the bottom gap , the air-permeable bottom part into the food basket , such that food in the food basket is prepared by a through-streaming of hot air; and wherein the gearing system is adapted to provide a relative rotational movement at least between food arranged in the food basket and the flow of hot air in the food basket . - a base part comprising an upper support and a gearing system to generate a rotation force around a vertical rotation axis ; - a container arranged on the upper support ; - a food basket with an air-permeable bottom part , the food basket being placed inside the container such that a lateral gap is arranged between walls of the container and walls of the food basket , and such that a bottom gap is arranged between the bottom part of the container and said air-permeable bottom part ; and - an upper lid device arranged on top of the container , the upper lid device comprising a system with primary heating means and air ventilation means for generating a flow of hot air, provided as an airstream in a circulating manner through the lateral gap , the bottom gap , the air-permeable bottom part into the food basket , such that food in the food basket is prepared by a through-streaming of hot air; and
A component for a gas turbine engine (12; 200) having a radial compressor section and a radial turbine section, comprising: a diffuser ring (236; 336); a combustor (232; 332) having a U-shaped annular body; and a spring element connecting the diffuser ring (236; 336) to the combustor (232; 332); wherein the resulting combination of the diffuser ring (236; 336), the spring element (360; 460; 560; 660) and the combustor (232; 332) is a single, monolithic component; wherein the spring element (360; 460; 560; 660) includes a radially inner surface (374; 474; 574; 674) and a radially outer surface (376; 476; 576; 676); and wherein at least one of the radially inner surface (374; 474; 574; 674) and the radially outer surface (376; 476; 576; 676) includes an undulating surface that extends along a spring element length , from a first axial position (370; 470; 570; 670) defined by an intersection between the spring element (360; 460; 560; 660) and the diffuser ring , to a second axial position (372; 472; 572; 672) defined by an intersection between the spring element and a radially outer wall of the combustor . a diffuser ring (236; 336); a combustor (232; 332) having a U-shaped annular body; and a spring element connecting the diffuser ring (236; 336) to the combustor (232; 332); wherein the resulting combination of the diffuser ring (236; 336), the spring element (360; 460; 560; 660) and the combustor (232; 332) is a single, monolithic component; wherein the spring element (360; 460; 560; 660) includes a radially inner surface (374; 474; 574; 674) and a radially outer surface (376; 476; 576; 676); and wherein at least one of the radially inner surface (374; 474; 574; 674) and the radially outer surface (376; 476; 576; 676) includes an undulating surface that extends along a spring element length , from a first axial position (370; 470; 570; 670) defined by an intersection between the spring element (360; 460; 560; 660) and the diffuser ring , to a second axial position (372; 472; 572; 672) defined by an intersection between the spring element and a radially outer wall of the combustor .
Transmission assembly for a vehicle, said transmission assembly comprising: - an electric machine comprising a rotor rotatable about a first axis of rotation (X) and a stator arranged radially outside the rotor, - a transmission device comprising a transmission shaft driven by the rotor and extending along the first axis of rotation X, an output shaft and a transmission mechanism arranged so as to transmit the torque between the transmission shaft and the output shaft , - a transmission casing defining an internal space inside which is arranged at least part of the transmission mechanism , in particular a toothed wheel driven by the transmission shaft , - a stator support having an internal housing extending along the first axis of rotation (X), the stator being attached to the stator support inside this internal housing, - a cooling chamber delimited in part by a radially external face of the stator support , the stator support comprising two annular grooves extending around the first axis of rotation (X) and arranged axially on either side of the cooling chamber , each annular groove accommodating an annular seal arranged so as to ensure sealing of the cooling chamber , characterized in that the stator support is formed in a part separate from the transmission casing and comprises an attachment zone attached to the transmission casing; the attachment zone being situated closer to the first axis of rotation (X) than the stator . - an electric machine comprising a rotor rotatable about a first axis of rotation (X) and a stator arranged radially outside the rotor, - a transmission device comprising a transmission shaft driven by the rotor and extending along the first axis of rotation X, an output shaft and a transmission mechanism arranged so as to transmit the torque between the transmission shaft and the output shaft , - a transmission casing defining an internal space inside which is arranged at least part of the transmission mechanism , in particular a toothed wheel driven by the transmission shaft , - a stator support having an internal housing extending along the first axis of rotation (X), the stator being attached to the stator support inside this internal housing, - a cooling chamber delimited in part by a radially external face of the stator support , the stator support comprising two annular grooves extending around the first axis of rotation (X) and arranged axially on either side of the cooling chamber , each annular groove accommodating an annular seal arranged so as to ensure sealing of the cooling chamber ,
Data processing apparatus comprising: a low-energy, LoRa, communication module arranged to receive measurement data from at least one sensor unit ; a first communication module arranged to send measurement data to a communication network; a LoRa network server arranged to determine selected measurement data from the received measurement data by selecting measurement data from at least one identified sensor unit; and a LoRa application server arranged to receive the selected measurement data, to determine at least one measurement value representative of a measured variable from the selected measurement data and to transmit only the at least one measurement value without further measurement values to the communication network via the first communication module . a low-energy, LoRa, communication module arranged to receive measurement data from at least one sensor unit ; a first communication module arranged to send measurement data to a communication network; a LoRa network server arranged to determine selected measurement data from the received measurement data by selecting measurement data from at least one identified sensor unit; and a LoRa application server arranged to receive the selected measurement data, to determine at least one measurement value representative of a measured variable from the selected measurement data and to transmit only the at least one measurement value without further measurement values to the communication network via the first communication module .
An access device for accessing an intervertebral disc, comprising: a) an outer shield having a substantially tubular portion, a length adapted to extend from an incision to an articular process, a proximal end portion , a distal end portion , an outer surface , and a longitudinal throughbore defining an inner surface , b) an inner shield having i) a first substantially tubular portion having a proximal end portion , a distal end portion , a longitudinal throughbore defining an inner surface , and an outer surface defining a diameter, and ii) a longitudinal flange extending distally from the distal end portion of the substantially tubular portion, wherein the outer surface of the inner shield substantially nests within the inner surface of the outer shield so that the flange extends distally past the distal end portion of the outer shield, characterised in that the distal end portion of the outer shield includes a video chip . a) an outer shield having a substantially tubular portion, a length adapted to extend from an incision to an articular process, a proximal end portion , a distal end portion , an outer surface , and a longitudinal throughbore defining an inner surface , b) an inner shield having i) a first substantially tubular portion having a proximal end portion , a distal end portion , a longitudinal throughbore defining an inner surface , and an outer surface defining a diameter, and ii) a longitudinal flange extending distally from the distal end portion of the substantially tubular portion,
Motor vehicle door lock, particularly a backrest lock , on a motor vehicle seat , with • a locking mechanism , consisting essentially of a rotary latch , a ratchet pawl and a blocking element for the ratchet pawl ; • a triggering element comprising a triggering pin which moves the blocking element into a position that releases the ratchet pawl ; • a drive unit that acts on the triggering element ; wherein • the drive unit is constructed as a linear adjustment drive , which acts on the triggering element so that the triggering element interacts in succession, first with the blocking element and then with the ratchet pawl ; characterized in that • the interaction of the triggering element with the blocking element and the ratchet pawl is performed in that in succession, the triggering pin first moves the blocking element into the position that releases the ratchet pawl , and then acts on the ratchet pawl . • a locking mechanism , consisting essentially of a rotary latch , a ratchet pawl and a blocking element for the ratchet pawl ; • a triggering element comprising a triggering pin which moves the blocking element into a position that releases the ratchet pawl ; • a drive unit that acts on the triggering element ; wherein • the drive unit is constructed as a linear adjustment drive , which acts on the triggering element so that the triggering element interacts in succession, first with the blocking element and then with the ratchet pawl ; characterized in that • the interaction of the triggering element with the blocking element and the ratchet pawl is performed in that in succession, the triggering pin first moves the blocking element into the position that releases the ratchet pawl , and then acts on the ratchet pawl .
A capturing device for capturing a facial image of a person, wherein a face of the person is located in a capturing volume , comprising: an illumination device , which is configured to illuminate the face of the person in the capturing volume , wherein the illumination device comprises a light source and a light-guiding element with a luminous surface , wherein the light source is configured to generate light and to couple the generated light into the light-guiding element , and wherein the light-guiding element is configured to emit the coupled-in light via the luminous surface in the direction of the capturing volume in order to illuminate the face of the person homogeneously; and an image camera , which is configured to capture an image of the face of the person in the capturing volume in order to capture the facial image of the person, characterized in that the light-guiding element comprises a surface with a plurality of surface recesses for reflecting the coupled-in light within the light-guiding element . an illumination device , which is configured to illuminate the face of the person in the capturing volume , wherein the illumination device comprises a light source and a light-guiding element with a luminous surface , wherein the light source is configured to generate light and to couple the generated light into the light-guiding element , and wherein the light-guiding element is configured to emit the coupled-in light via the luminous surface in the direction of the capturing volume in order to illuminate the face of the person homogeneously; and an image camera , which is configured to capture an image of the face of the person in the capturing volume in order to capture the facial image of the person, characterized in that the light-guiding element comprises a surface with a plurality of surface recesses for reflecting the coupled-in light within the light-guiding element .
A method in a wireless device operating in a 3GPP based wireless communication network configured for time-division duplexing, TDD, operation, said method including receiving downlink control information, DCI, via an Enhanced Physical Downlink Control Channel, ePDCCH, in a downlink subframe, the received ePDCCH scheduling a downlink shared channel transmission to the wireless device or indicating a release of semi-persistent scheduling, SPS, to the wireless device, wherein the method further comprises: determining a resource index for a Physical Uplink Control Channel, PUCCH, resource based on the lowest enhanced Control Channel Element, eCCE, index of the DCI received via the ePDCCH, a device-specific offset value previously signaled to the wireless device via Radio Resource Control, RRC, signaling, and an index i , wherein the index i identifies the downlink subframe in a pre-determined set of one or more downlink subframes associated with an uplink subframe, wherein said determining is according to a formula that results in a sequential allocation of PUCCH resources in the uplink subframe with respect to the downlink subframes associated with the uplink subframe, for each of a plurality of sets of ePDCCH resources; and transmitting hybrid automatic-repeat-request, HARQ, feedback in the uplink subframe, using a PUCCH resource corresponding to the resource index. determining a resource index for a Physical Uplink Control Channel, PUCCH, resource based on the lowest enhanced Control Channel Element, eCCE, index of the DCI received via the ePDCCH, a device-specific offset value previously signaled to the wireless device via Radio Resource Control, RRC, signaling, and an index i , wherein the index i identifies the downlink subframe in a pre-determined set of one or more downlink subframes associated with an uplink subframe, wherein said determining is according to a formula that results in a sequential allocation of PUCCH resources in the uplink subframe with respect to the downlink subframes associated with the uplink subframe, for each of a plurality of sets of ePDCCH resources; and transmitting hybrid automatic-repeat-request, HARQ, feedback in the uplink subframe, using a PUCCH resource corresponding to the resource index.
A focus assembly for a camera , the focus assembly comprising: a base portion for securing the focus assembly to the camera ; a rotatable focus member adjoining the base portion ; an indicator element; and at least one engagement member coupled to the indicator element and engaging the rotatable focus member; wherein the engagement member engages the rotatable focus member with its outer diameter and is coupled to the indicator element with its inner diameter , characterized in that the at least one engagement member comprises an O-ring , and wherein rotating the rotatable focus member causes the O-ring and the indicator element to rotate due to rolling resistance between the rotatable focus member and the O-ring . a base portion for securing the focus assembly to the camera ; a rotatable focus member adjoining the base portion ; an indicator element; and at least one engagement member coupled to the indicator element and engaging the rotatable focus member; wherein the engagement member engages the rotatable focus member with its outer diameter and is coupled to the indicator element with its inner diameter , characterized in that the at least one engagement member comprises an O-ring , and wherein rotating the rotatable focus member causes the O-ring and the indicator element to rotate due to rolling resistance between the rotatable focus member and the O-ring .
A fence post for mounting a planar fence member comprising a lengthwise extending base member having a mounting section for the mounting of the fence member and having a holding section at the bottom side for erecting the fence post , wherein a clamping strip is provided that is clampingly attachable to the mounting section , wherein the fence member is mountable between the mounting section and the clamping strip , wherein the clamping strip has a plurality of fastening means that is connectable to a plurality of counter-fastening means formed at the base member over the length of the mounting section , and wherein the fastening means form projections and the counter-fastening means form openings , or wherein the fastening means form openings and the counter-fastening means form projections, wherein ultimately the projections are formed to penetrate through holes present in the fence member and to be introduced into and releasably latched in the openings , and wherein, at least in the region of the mounting section , the base member has a recess into which the clamping strip is introduced when the fastening means are arranged at the counter-fastening means .
Method for performing open-loop or closed-loop control of a driver's cab mount and of a chassis mount of a motor vehicle , wherein the driver's cab mount has dampers whose damper force can be adjusted and the chassis mount has dampers whose damper force can be adjusted, wherein the motor vehicle can be operated in an autonomous or partially autonomous first driving mode in which the motor vehicle automatically carries out, by means of a driver assistance system , vehicle guidance comprising both a longitudinal guidance operation and a transverse guidance operation of the motor vehicle; and in a second driving mode said motor vehicle can be operated in such a way that it can be controlled by the driver, in which driving mode a driver of the motor vehicle is intended to carry out at least part of the vehicle guidance himself, wherein if the motor vehicle is operated in the first driving mode, the adjustable dampers of the driver's cab mount are actuated or adjusted in such a way that pitching and/or rolling movements are reduced compared to the second driving mode, and wherein the damper force of the adjustable dampers of the driver's cab mount is adjusted according to the Skyhook method, and the damper force of the adjustable damper of the chassis mount of the motor vehicle is adjusted according to the groundhook method. can be operated in an autonomous or partially autonomous first driving mode in which the motor vehicle automatically carries out, by means of a driver assistance system , vehicle guidance comprising both a longitudinal guidance operation and a transverse guidance operation of the motor vehicle; and in a second driving mode said motor vehicle can be operated in such a way that it can be controlled by the driver, in which driving mode a driver of the motor vehicle is intended to carry out at least part of the vehicle guidance himself,