mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a hybrid torque tube for a brake system, comprising: forming a tube portion having a centerline axis (A-A') using a first manufacturing process, the first manufacturing process comprising a non-additive manufacturing technique; forming a conical back-leg extending from the tube portion in a radially outward angled orientation relative to the centerline axis; forming a stator spline on a radially outward surface of the tube portion; and forming a foot extending from a radially inward surface of the tube portion, wherein at least one of the conical back-leg, the stator spline, or the foot is formed using a second manufacturing process different from the first manufacturing process, the second manufacturing process comprising an additive manufacturing technique. forming a tube portion having a centerline axis (A-A') using a first manufacturing process, the first manufacturing process comprising a non-additive manufacturing technique; forming a conical back-leg extending from the tube portion in a radially outward angled orientation relative to the centerline axis; forming a stator spline on a radially outward surface of the tube portion; and forming a foot extending from a radially inward surface of the tube portion, wherein at least one of the conical back-leg, the stator spline, or the foot is formed using a second manufacturing process different from the first manufacturing process, the second manufacturing process comprising an additive manufacturing technique.
A toner cartridge , comprising: a body to store toner; a front cover located in front of the body and provided with a first opening to provide a grip portion to pull the toner cartridge in a forward direction (B); the toner cartridge being characterized by : an opening/closing member located inside the front cover and switchable between a first position at which the first opening is closed and a second position at which the first opening is opened; and an elastic member to apply an elastic force to the opening/closing member in a direction to restore the opening/closing member to the second position. a body to store toner; a front cover located in front of the body and provided with a first opening to provide a grip portion to pull the toner cartridge in a forward direction (B); the toner cartridge being characterized by : an opening/closing member located inside the front cover and switchable between a first position at which the first opening is closed and a second position at which the first opening is opened; and an elastic member to apply an elastic force to the opening/closing member in a direction to restore the opening/closing member to the second position. an opening/closing member located inside the front cover and switchable between a first position at which the first opening is closed and a second position at which the first opening is opened; and an elastic member to apply an elastic force to the opening/closing member in a direction to restore the opening/closing member to the second position.
Household cooking appliance having a cooking chamber and a door for closing the cooking chamber , wherein the door includes a first pane , a second pane arranged at a spacing from the first pane , a first door profile , a second door profile arranged at a spacing from the first door profile , and a sealing device that is arranged in a gap (S1) provided between the first pane and the second pane , in order to seal the gap (S1), wherein the sealing device is fastened to the first door profile and the second door profile , characterised in that the sealing device is suspended in the first door profile and the second door profile in a pretensioned manner, the sealing device is resiliently expanded during the assembly thereof and this expansion is also constantly maintained after assembly of the sealing device .
A buttstock of a firearm with a front connection area for positive connection to a receiver , wherein a trigger unit with a trigger latch and a transfer element extending forward for connection of the trigger latch to a trigger mechanism is arranged in the receiver , wherein the trigger latch and the transfer element being arranged in a trigger housing are attached to the buttstock .
A thin-film transistor (TFT) array substrate , comprising: a base substrate ; a semiconductor layer disposed on the base substrate ; a first insulating layer disposed on the semiconductor layer ; a gate electrode disposed on the first insulating layer ; a second insulating layer disposed on the gate electrode ; a control electrode , a first source/drain electrode and a second source/drain electrode disposed on the second insulating layer ; and a top surface of a portion of the first insulating layer overlapping the semiconductor layer in a plan view of the base substrate and a top surface of the gate electrode are placed on the same level characterized in that the first insulating layer completely covers the semiconductor layer , a side surface of the gate electrode , which includes a first gate electrode and a second gate electrode , faces a side surface of the semiconductor layer , the control electrode is connected to the first gate electrode and the second gate electrode , the first source/drain electrode is connected to a first source/drain region of the semiconductor layer , the second source/drain electrode is connected to a second source/drain region of the semiconductor layer , and the control electrode , the first source/drain electrode and the second source/drain electrode are disposed on a same plane. a base substrate ; a semiconductor layer disposed on the base substrate ; a first insulating layer disposed on the semiconductor layer ; a gate electrode disposed on the first insulating layer ; a second insulating layer disposed on the gate electrode ; a control electrode , a first source/drain electrode and a second source/drain electrode disposed on the second insulating layer ; and a top surface of a portion of the first insulating layer overlapping the semiconductor layer in a plan view of the base substrate and a top surface of the gate electrode are placed on the same level characterized in that the first insulating layer completely covers the semiconductor layer , a side surface of the gate electrode , which includes a first gate electrode and a second gate electrode , faces a side surface of the semiconductor layer , the control electrode is connected to the first gate electrode and the second gate electrode , the first source/drain electrode is connected to a first source/drain region of the semiconductor layer , the second source/drain electrode is connected to a second source/drain region of the semiconductor layer , and the control electrode , the first source/drain electrode and the second source/drain electrode are disposed on a same plane.
A filtration material comprising: a first fibrous layer having a first length; a second fibrous layer having a second length; and a non-meltable porous membrane having said first length and being positioned between said first fibrous layer and said second fibrous layer, wherein the porous membrane is a fluoropolymer membrane selected from; a polytetrafluoroethylene (PTFE) or expanded PTFE membrane; a membrane of an expanded polymeric material comprising a functional tetrafluoroethylene (TFE) copolymer material having a microstructure characterized by nodes interconnected by fibrils, where the functional TFE copolymer material includes a functional copolymer of TFE and PSVE (perfluorosulfonyl vinyl ether), or TFE and vinylidene fluoride (VDF); wherein said second length is less then said first length such that said first fibrous layer and said porous membrane protrude from said second fibrous layer, and wherein said first fibrous layer is formed from a meltable material selected from: fluorinated ethylene propylene (FEP); perfluoroalkoxy alkane (PFA); polyvinylidene fluoride (PVDF); wherein said second fibrous layer is formed from a said metlable or non-meltable material; and wherein said filtration material is free of additional thermoplastic material in addition to the fibrous layers, for forming a seal or otherwise melt to bond to an end cap. a first fibrous layer having a first length; a second fibrous layer having a second length; and a non-meltable porous membrane having said first length and being positioned between said first fibrous layer and said second fibrous layer, wherein the porous membrane is a fluoropolymer membrane selected from; a polytetrafluoroethylene (PTFE) or expanded PTFE membrane; a membrane of an expanded polymeric material comprising a functional tetrafluoroethylene (TFE) copolymer material having a microstructure characterized by nodes interconnected by fibrils, where the functional TFE copolymer material includes a functional copolymer of TFE and PSVE (perfluorosulfonyl vinyl ether), or TFE and vinylidene fluoride (VDF); wherein said second length is less then said first length such that said first fibrous layer and said porous membrane protrude from said second fibrous layer, and wherein said first fibrous layer is formed from a meltable material selected from: fluorinated ethylene propylene (FEP); perfluoroalkoxy alkane (PFA); polyvinylidene fluoride (PVDF); wherein said second fibrous layer is formed from a said metlable or non-meltable material; and wherein said filtration material is free of additional thermoplastic material in addition to the fibrous layers, for forming a seal or otherwise melt to bond to an end cap.
A post system with a post , in particular a barrier post , and a ground anchorage , wherein the post is detachably arranged in the ground anchorage , wherein the post is rotatably arranged by means of a latch located on the underside thereof on a counterlatch located on the upper side of the ground anchorage and associated therewith, wherein a lock is provided at the top in the post and a bolt is provided at the bottom, which bolt is operatively connected to the lock by a tension element and, in the closed position, engages in a bolt-receiving recess in the floor anchorage , penetrating the latch , wherein the latch is detachably connected to the counterlatch by means of a plug-in rotary connection, wherein the latch of the post further comprises a centrally arranged guide pin with a centric shank on the underside and the counterlatch, positioned on the upper side of the floor anchorage , further comprises a centric recess with a centric bore complementary to the centric shank , characterised in that the guide pin has at least one projection projecting laterally outwards from the shaft and the centric recess has at least one radial recess which is complementary to the projection and which extends laterally outwards from the centric bore .
An identification configuration method, comprising the following steps: sending a connection request to at least one new tire pressure sensor in a broadcast manner; receiving a connection response sent for the connection request by the at least one new tire pressure sensor; establishing a communication connection to the at least one new tire pressure sensor respectively; reading identification information of an original tire pressure sensor stored in a tire pressure receiver, wherein the identification information comprises: an identification code of the original tire pressure sensor and/or position information of the original tire pressure sensor; and sending the identification information to the at least one new tire pressure sensor through the communication connection, so that the at least one new tire pressure sensor carries the identification information when sending tire pressure information to the tire pressure receiver. sending a connection request to at least one new tire pressure sensor in a broadcast manner; receiving a connection response sent for the connection request by the at least one new tire pressure sensor; establishing a communication connection to the at least one new tire pressure sensor respectively; reading identification information of an original tire pressure sensor stored in a tire pressure receiver, wherein the identification information comprises: an identification code of the original tire pressure sensor and/or position information of the original tire pressure sensor; and sending the identification information to the at least one new tire pressure sensor through the communication connection, so that the at least one new tire pressure sensor carries the identification information when sending tire pressure information to the tire pressure receiver.
An electronic apparatus comprising: a battery configured to supply power to the electronic apparatus; a first detector configured to receive a voltage value of the battery, to convert the voltage value into a signal, and to output the signal; a second detector configured to detect a temporary drop in the voltage value of the battery to a reference voltage value or lower and to output a detection result; and a controller configured to receive the output values of the first and second detectors, to inform on a remaining utility of the battery based on the output values of the first detector, and to inform on an abnormal state of the battery if the output value of the second detector indicates that the temporary drop in the voltage value of the battery is lower than the reference voltage value, wherein the controller is configured to determine whether the remaining utility of the battery is normal or abnormal based on a decrease of the output value of the second detector and from the output value of the first detector. a battery configured to supply power to the electronic apparatus; a first detector configured to receive a voltage value of the battery, to convert the voltage value into a signal, and to output the signal; a second detector configured to detect a temporary drop in the voltage value of the battery to a reference voltage value or lower and to output a detection result; and a controller configured to receive the output values of the first and second detectors, to inform on a remaining utility of the battery based on the output values of the first detector, and to inform on an abnormal state of the battery if the output value of the second detector indicates that the temporary drop in the voltage value of the battery is lower than the reference voltage value, wherein the controller is configured to determine whether the remaining utility of the battery is normal or abnormal based on a decrease of the output value of the second detector and from the output value of the first detector.
A pant-type garment having a length direction (L) and a width direction (W) and being divided in the length direction (L) into a front portion , a back portion and a crotch portion located between the front portion and the back portion , the front portion having a front waist edge extending in the width direction (W) and a pair of opposing side edges extending in the longitudinal direction (L) and the back portion having a back waist edge (21") extending in the width direction (W) and a pair of opposing side edges , extending in the longitudinal direction (L), the front and back portions being joined in a first and a second side seam arranged in first and second side seam regions and being formed by superposed layers of the front and back portions along the opposing side edges of the front and back portions , the first and second side seam regions comprising thermoplastic web material, the side seams extending along the side edges of the front and back portions of the pant-type garment and being constituted by fused thermoplastic material, characterized in that each side seam has a length (l s ) in the length direction (L) of the pant-type garment and has a generally rectangular cross-sectional area (a s ), a width (w s ) in the width direction (W) of the pant-type garment and a thickness (t s ) perpendicular to the width direction (W) and the length direction (L) within 80% to 100% of the length (l s ) of each side seam .
An aircraft system comprising: at least one support having an upright portion and at least one boom portion ; a capture line carried by and extending downwardly from the at least one boom portion, the capture line having an engagement portion positioned to releasably attach to an unmanned aircraft ; and a flexible, resilient landing device positioned proximate to the at least one support, wherein the landing device includes a depression positioned to receive the unmanned aircraft, the depression configured to restrict lateral motion of the unmanned aircraft as it comes to rest. at least one support having an upright portion and at least one boom portion ; a capture line carried by and extending downwardly from the at least one boom portion, the capture line having an engagement portion positioned to releasably attach to an unmanned aircraft ; and a flexible, resilient landing device positioned proximate to the at least one support, wherein the landing device includes a depression positioned to receive the unmanned aircraft, the depression configured to restrict lateral motion of the unmanned aircraft as it comes to rest.
Method for detecting an obstacle (O) in an environment (E) of a motor vehicle, characterized in that it includes the steps of: - defining at least one first region of interest (ROI1) by performing a first detection of an obstacle (O) by means of shape recognition in an acquired image (I) of said environment (E); - defining at least one second region of interest (ROI2) by performing a second detection of said obstacle by detecting movement relative to the vehicle (V) over a sequence of acquired images (I) of said environment (E); - classifying said detected obstacle (O) with a first confidence index (IC1) and a second confidence index (IC2) applied to the first region of interest (ROI1) and the second region of interest (ROI2), respectively, with respect to given features (C); and - validating the classification for said detected obstacle (O) with respect to said confidence indices (IC1, IC2) and with respect to said regions of interest (ROI1, ROI2), resulting in validated regions of interest (ROI1, ROI2), and wherein said second detection includes the sub-steps of: - constructing a background image (Iref), which is recomputed for each image (I) of a sequence of images (SQ) ; - subtracting the background image (Iref) from the current image (Ic) in the sequence of images (SQ), resulting in a resultant image (Ires); - differentiating movements determined in the resultant image (Ires) on the basis of a threshold (Smax); and - extracting second regions of interest (ROI2) on the basis of the differentiation. - defining at least one first region of interest (ROI1) by performing a first detection of an obstacle (O) by means of shape recognition in an acquired image (I) of said environment (E); - defining at least one second region of interest (ROI2) by performing a second detection of said obstacle by detecting movement relative to the vehicle (V) over a sequence of acquired images (I) of said environment (E); - classifying said detected obstacle (O) with a first confidence index (IC1) and a second confidence index (IC2) applied to the first region of interest (ROI1) and the second region of interest (ROI2), respectively, with respect to given features (C); and - validating the classification for said detected obstacle (O) with respect to said confidence indices (IC1, IC2) and with respect to said regions of interest (ROI1, ROI2), resulting in validated regions of interest (ROI1, ROI2), and - constructing a background image (Iref), which is recomputed for each image (I) of a sequence of images (SQ) ; - subtracting the background image (Iref) from the current image (Ic) in the sequence of images (SQ), resulting in a resultant image (Ires); - differentiating movements determined in the resultant image (Ires) on the basis of a threshold (Smax); and - extracting second regions of interest (ROI2) on the basis of the differentiation.
A memory controller comprising: a first interface for receiving memory requests; a second interface comprising: a command bus for sending memory access commands corresponding to the memory requests to either a first memory device or a second memory device different from the first memory device ; and a data bus for transferring data between the memory controller and both the first memory device and the second memory device ; and the memory controller is characterized by further comprising control logic , wherein in response to determining the data bus is scheduled to be available at a given point in time, the control logic is configured to determine whether a new memory access command can be scheduled for issue to one of the first memory device and the second memory device such that a response to the new memory access command will be received on the data bus at the given point in time earlier than another point in time when a response to an outstanding memory access command issued to another one of the first memory device and the second memory device will be received on the data bus . a first interface for receiving memory requests; a second interface comprising: a command bus for sending memory access commands corresponding to the memory requests to either a first memory device or a second memory device different from the first memory device ; and a data bus for transferring data between the memory controller and both the first memory device and the second memory device ; and the memory controller is characterized by further comprising a command bus for sending memory access commands corresponding to the memory requests to either a first memory device or a second memory device different from the first memory device ; and a data bus for transferring data between the memory controller and both the first memory device and the second memory device ; and the memory controller is characterized by further comprising control logic , wherein in response to determining the data bus is scheduled to be available at a given point in time, the control logic is configured to determine whether a new memory access command can be scheduled for issue to one of the first memory device and the second memory device such that a response to the new memory access command will be received on the data bus at the given point in time earlier than another point in time when a response to an outstanding memory access command issued to another one of the first memory device and the second memory device will be received on the data bus .
An assay device for detecting for the presence of at least one glycemic analyte in a fluid sample comprising: a test zone having an absorbent body positioned for receiving the fluid sample by a downward gravity flow, wherein said absorbent body includes a plurality of vertically arranged membrane assays where the fluid sample flows through each membrane assay, each membrane assay includes an assay reactant for detecting a different glycemic analyte and a visual color indicator to produce a visual indication of a selected analyte at or above a predetermined concentration in the fluid sample wherein each of said membrane assay overlie one another and where each said color indicator in each membrane is visible through a top membrane assay of the absorbent body. a test zone having an absorbent body positioned for receiving the fluid sample by a downward gravity flow, wherein said absorbent body includes a plurality of vertically arranged membrane assays where the fluid sample flows through each membrane assay, each membrane assay includes an assay reactant for detecting a different glycemic analyte and a visual color indicator to produce a visual indication of a selected analyte at or above a predetermined concentration in the fluid sample wherein each of said membrane assay overlie one another and where each said color indicator in each membrane is visible through a top membrane assay of the absorbent body.