mhurhangee/patent-ind-claim-en huggingface dataset:
A back-illuminated semiconductor photodetector , comprising: a semiconductor substrate including a first main surface and a second main surface opposing each other; a plurality of pad electrodes ; a plurality of bump electrodes each disposed on a corresponding pad electrode of the plurality of pad electrodes and electrically connected to the corresponding pad electrode; and an insulating film disposed on the second main surface of the semiconductor substrate, wherein the semiconductor substrate includes a first semiconductor region of a first conductivity type, and a plurality of second semiconductor regions of a second conductivity type, the second semiconductor regions provided in a side of the second main surface and constituting pn junctions with the first semiconductor region, each of the plurality of second semiconductor regions includes a first region including a textured surface, and a second region where a corresponding bump electrode of the plurality of bump electrodes is disposed, the insulating film includes a first insulating film covering surfaces of the plurality of second semiconductor regions, and a second insulating film covering peripheries of the pad electrodes, the pad electrode includes a first electrode region disposed on the second region and in contact with the second region, and a second electrode region continuous with the first electrode region and disposed on at least a part of a region included in the first insulating film and corresponding to the first region, the first main surface is a light incident surface of the semiconductor substrate. a semiconductor substrate including a first main surface and a second main surface opposing each other; a plurality of pad electrodes ; a plurality of bump electrodes each disposed on a corresponding pad electrode of the plurality of pad electrodes and electrically connected to the corresponding pad electrode; and an insulating film disposed on the second main surface of the semiconductor substrate, wherein the semiconductor substrate includes a first semiconductor region of a first conductivity type, and a plurality of second semiconductor regions of a second conductivity type, the second semiconductor regions provided in a side of the second main surface and constituting pn junctions with the first semiconductor region, each of the plurality of second semiconductor regions includes a first region including a textured surface, and a second region where a corresponding bump electrode of the plurality of bump electrodes is disposed, the insulating film includes a first insulating film covering surfaces of the plurality of second semiconductor regions, and a second insulating film covering peripheries of the pad electrodes, the pad electrode includes a first electrode region disposed on the second region and in contact with the second region, and a second electrode region continuous with the first electrode region and disposed on at least a part of a region included in the first insulating film and corresponding to the first region, the first main surface is a light incident surface of the semiconductor substrate.
An image pickup apparatus comprising: an image pickup unit configured to have a plurality of image pickup modes including an interval mode for performing image pickup each time when a first time period elapses upon start of the interval mode; a position acquisition unit configured to acquire position information indicative of a position of the image pickup apparatus each time when a second time period elapses upon the second time period being set; and a setting unit configured to set the second time period according to a user's operation, wherein in a case where said image pickup unit is set to the interval mode, said setting unit is configured to change the second time period from a time period set according to a user's operation to a time period determined based on the first time period and a time period required for executing acquisition of the position information, by subtracting the time period required for executing acquisition of the position information from the first time period, so that the acquisition of the position information is completed immediately before each image pickup which is performed each time when the first time period elapses during the interval mode, and wherein the position information acquired immediately before the each image pickup is individually associated with image data acquired by the each image pickup which is performed each time the first time period elapses during the interval mode. an image pickup unit configured to have a plurality of image pickup modes including an interval mode for performing image pickup each time when a first time period elapses upon start of the interval mode; a position acquisition unit configured to acquire position information indicative of a position of the image pickup apparatus each time when a second time period elapses upon the second time period being set; and a setting unit configured to set the second time period according to a user's operation, wherein in a case where said image pickup unit is set to the interval mode, said setting unit is configured to change the second time period from a time period set according to a user's operation to a time period determined based on the first time period and a time period required for executing acquisition of the position information, by subtracting the time period required for executing acquisition of the position information from the first time period, so that the acquisition of the position information is completed immediately before each image pickup which is performed each time when the first time period elapses during the interval mode, and wherein the position information acquired immediately before the each image pickup is individually associated with image data acquired by the each image pickup which is performed each time the first time period elapses during the interval mode.
A device for the local repair or strengthening of an elongate body exhibiting a change in its integrity, said device being intended to wind one or more layers of tape around the elongate body, said device comprising : - two half rings each having two ends configured to come into contact with one another, - means for moving the two half rings relative to one another until they surround the elongate body, without touching one another, and - means for translating the two half rings relative to one another along an axis perpendicular to the axis of the elongate body until the ends of the half rings are in contact to form a ring surrounding the elongate body, the device further including a preliminary blocking means including: - a stationary jaw provided with at least two pads forming an obtuse angle relative to one another, - a removable jaw support including at least one guide for the removable jaw, each said guide guiding a movement of the removable jaw parallel to the stationary jaw, - the removable jaw, and - a means for moving the removable jaw supported by a guide of the support toward the stationary jaw. - two half rings each having two ends configured to come into contact with one another, - means for moving the two half rings relative to one another until they surround the elongate body, without touching one another, and - means for translating the two half rings relative to one another along an axis perpendicular to the axis of the elongate body until the ends of the half rings are in contact to form a ring surrounding the elongate body, the device further including a preliminary blocking means including: - a stationary jaw provided with at least two pads forming an obtuse angle relative to one another, - a removable jaw support including at least one guide for the removable jaw, each said guide guiding a movement of the removable jaw parallel to the stationary jaw, - the removable jaw, and - a means for moving the removable jaw supported by a guide of the support toward the stationary jaw. - a stationary jaw provided with at least two pads forming an obtuse angle relative to one another, - a removable jaw support including at least one guide for the removable jaw, each said guide guiding a movement of the removable jaw parallel to the stationary jaw, - the removable jaw, and - a means for moving the removable jaw supported by a guide of the support toward the stationary jaw.
A relay coil terminal (32a; 32b) formed by bending a piece of metal plate, comprising: a vertical portion (52a; 52b) that restricts the movement of the relay coil terminal (32a; 32b) in a horizontal direction; a first horizontal portion (50a; 50b) and a second horizontal portion (51a; 51b) that restrict the movement of the relay coil terminal (32a; 32b) in a vertical direction; a leg portion (53a; 53b) that extends vertically downward from the vertical portion (52a; 52b), and is connectable to a power supply; characterised by a coil binding portion (54a; 54b) that is stood obliquely from one end of the second horizontal portion (51a; 51b), and around which a coil wire is to be wound, wherein the first horizontal portion (50a; 50b) and the second horizontal portion (51a; 51b) are provided to horizontally extend in opposite directions to each other from a top part of the vertical portion (52a; 52b). a vertical portion (52a; 52b) that restricts the movement of the relay coil terminal (32a; 32b) in a horizontal direction; a first horizontal portion (50a; 50b) and a second horizontal portion (51a; 51b) that restrict the movement of the relay coil terminal (32a; 32b) in a vertical direction; a leg portion (53a; 53b) that extends vertically downward from the vertical portion (52a; 52b), and is connectable to a power supply; characterised by a coil binding portion (54a; 54b) that is stood obliquely from one end of the second horizontal portion (51a; 51b), and around which a coil wire is to be wound, wherein the first horizontal portion (50a; 50b) and the second horizontal portion (51a; 51b) are provided to horizontally extend in opposite directions to each other from a top part of the vertical portion (52a; 52b).
Tire control system for a motor vehicle, in particular a commercial vehicle, comprising a receiving device which is firmly attached in or to the motor vehicle, a belt and an electronic module which is attached by means of the belt to a rim of a wheel of the motor vehicle, the belt having a slip, characterized in that the length of the belt is selected such that the electronic module is not covered by a rim flange of the motor vehicle when the motor vehicle is stationary, so that a shielding effect by the rim flange is prevented and signals sent by the electronic module can be received by the receiving device without attenuation.
A surgical robotic system , comprising: at least one robotic arm coupled to an operating table ; and a control computer comprising a processor and a hardware interface , wherein the processor comprises a driver , wherein the hardware interface is configured to: send an interrupt to the driver in response to receiving robotic arm traffic, wherein the robotic arm traffic is real-time data; and store operating table component traffic in a buffer, wherein the operating table component traffic is non-real-time data, wherein the processor is configured to process the real-time data immediately upon the driver receiving the interrupt, and wherein the driver is configured to poll the hardware interface for operating table component traffic when the processor is not processing the real-time data. at least one robotic arm coupled to an operating table ; and a control computer comprising a processor and a hardware interface , wherein the processor comprises a driver , wherein the hardware interface is configured to: send an interrupt to the driver in response to receiving robotic arm traffic, wherein the robotic arm traffic is real-time data; and store operating table component traffic in a buffer, wherein the operating table component traffic is non-real-time data, send an interrupt to the driver in response to receiving robotic arm traffic, wherein the robotic arm traffic is real-time data; and store operating table component traffic in a buffer, wherein the operating table component traffic is non-real-time data, wherein the processor is configured to process the real-time data immediately upon the driver receiving the interrupt, and wherein the driver is configured to poll the hardware interface for operating table component traffic when the processor is not processing the real-time data.
A linear motion mechanism comprising: an elastic elliptical ring wherein one end of its major axis is fixed and the other end is movable; an operating member which is arranged to deform the elastic elliptical ring in a direction of the minor axis of the elastic elliptical ring ; a movable member fixed to the other end of the elastic elliptical ring ; and an elastic support member which is arranged to elastically support the movable member , characterized in that the elastic support member comprises a pair of support sections sandwiching the movable member therebetween through a plurality of leaf springs . an elastic elliptical ring wherein one end of its major axis is fixed and the other end is movable; an operating member which is arranged to deform the elastic elliptical ring in a direction of the minor axis of the elastic elliptical ring ; a movable member fixed to the other end of the elastic elliptical ring ; and an elastic support member which is arranged to elastically support the movable member , characterized in that the elastic support member comprises a pair of support sections sandwiching the movable member therebetween through a plurality of leaf springs .
A metal spool for use with a magnetic spool holder, said metal spool comprising a core and two flanges welded at either end of said core, at least said flanges being made of a ferromagnetic metal sheet, said flanges have a bore hole for receiving a spindle and an annular attraction zone centred at the bore hole for contacting said magnetic spool holder, said attraction zone optionally being provided with one or more drive holes , wherein a magnetic attraction reduction means is provided in said attraction zone to reduce the magnetic attraction of the magnetic spool holder characterised in that said magnetic reduction means is one, two or more depressions (330, 330', 330", 330′′′) in said attraction zone.
A locking mechanism for locking an aircraft wing tip device to a fixed wing in a flight configuration, the locking mechanism comprising a locking pin with a longitudinal axis Y, the locking pin being for association with one of the fixed wing and the wing tip device , the locking mechanism further comprising a bush , the bush being for association with the other of the fixed wing and the wing tip device ; the locking mechanism having a locked position in which the pin is received in the bush , and an unlocked position in which the pin is not received in the bush ; the bush being configured to receive the locking pin such that movement of the locking pin in a direction perpendicular to the longitudinal axis Y of the locking pin is prevented, characterized in that the bush is located within a bush housing to allow relative movement of the bush in the direction of the longitudinal axis Y of the locking pin when the locking pin is received within the bush , wherein a low friction interface is provided between the bush and bush housing to provide a low friction slip path, whereby the frictional force to be overcome to allow movement of the bush relative to the bush housing in the direction of the longitudinal axis Y is less than the frictional force to be overcome to allow movement of the locking pin relative to the bush in the direction of the longitudinal axis Y.
Bodywork of a motor vehicle comprising at least one set of body parts, which are designed as anchorages on the body of a safety-belt retractor, the body parts set having a retractor support, fixed to at least one deformable body part, which is attached to the body and deformed the shape of a solid organ at a predetermined force threshold, the support being fixed to an anchorage structure on the body of a seat back and at least one component of a body reinforcement between an reinforcing ring limiting a rear opening of the body box and a custode lining Cover forming a rear wheel passage , marked by the bodywork reinforcement forming the deformable body part by having at least one embrittlement zone which allows its deformation at the force threshold according to a substantially following directional tensile force (C1) The longitudinal extension (L1) of the bodywork ; where the support is bolted to the superstructure reinforcement by a first bolt by a wing extending the support and a reinforcement at least partially forming , with a first embrittlement of the superstructure reinforcement a passage of the first bolt through it, with at least the passage over the first bolt at the threshold d being deformable The force acting on a traction force applied by the beam to the box reinforcement as a result of a movement of the anchorage structure .
An opaque multi-layer biaxially oriented polypropylene film comprising at least one vacuole-containing base layer and a printable outer cover layer and an inner matte cover layer, the inner cover layer containing at least two incompatible polymers and having a surface roughness Rz of at least 2.0 μm, determined in accordance with DIN 4768 Part 1 for a cut-off of the RC filter according to DIN 4768/1 of 0.25mm, characterized in that the inner matte cover layer contains a polydialkylsiloxane having a viscosity of 100,000 to 500,000 mm 2 /s and the surface of this inner cover layer is surface treated by means of corona.
A compound for use in a method for treating a symptom of an Autism Spectrum Disorder (ASD) or Neurodevelopmental Disorder (NDD) in an animal suffering from such a disorder, comprising administering a pharmaceutically effective amount of said compound, said compound being cyclic Glycyl-2-Allyl Proline (cG-2-AllylP), cyclic cyclohexyl-G-2MeP, or cyclic cyclopentyl-G-2MeP, where said symptom is one or more of a deficit in executive function, anxiety, abnormal fear conditioning, abnormal social behavior, and repetitive behavior.
A method of magnetic field detection, the method comprising: modulating, at a frequency, a current applied through first and second terminals of a Hall sensor ; amplifying a voltage across third and fourth terminals of the Hall sensor to generate an amplified voltage, wherein the voltage is generated at least in part in response to the current being applied through the first and second terminals of the Hall sensor; demodulating, at the same frequency, the amplified voltage to generate a demodulated signal; determining presence of a magnetic field based on the demodulated signal, wherein the presence of the magnetic field is determined without application of a current through the third and fourth terminals of the Hall sensor and without amplification of a voltage across the first and second terminals; and entering an implantable medical device comprising the Hall sensor into a safe mode based in part on the determination of the presence of the magnetic field. modulating, at a frequency, a current applied through first and second terminals of a Hall sensor ; amplifying a voltage across third and fourth terminals of the Hall sensor to generate an amplified voltage, wherein the voltage is generated at least in part in response to the current being applied through the first and second terminals of the Hall sensor; demodulating, at the same frequency, the amplified voltage to generate a demodulated signal; determining presence of a magnetic field based on the demodulated signal,
A large format framing camera , configured to be installed in an aircraft for capturing ground images as the aircraft is flown along a well-defined flight line, the large format framing camera comprising: a primary camera system configured for collecting panchromatic image data, the primary camera system comprising an optical system having a first focal length ; and two or more secondary camera systems (104B-104N) configured for collecting color image data, each of the secondary camera systems (104B-104N) comprising an optical system having a second focal length , and wherein the second focal length is longer than the first focal length , characterized in that the footprints (204A-204D) of the secondary camera systems (104B-104N) overlap such that the footprints (204A-204D) of the secondary camera systems (104B-104N) cover the footprint of the primary camera system in a direction perpendicular to the well-defined flight line. .
A robotic vehicle for performing a movable operation in a workable area in accordance with a planned path, the movable operation comprising a soil cultivation, the vehicle comprising a memory and a processor , the memory comprising instructions, wherein execution of the instructions by the processor causes the vehicle to: - detect, in a current position of the vehicle, a change in at least part of current boundaries of the workable area , wherein the detection of the change is performed based on sensor data characterizing a change in a characteristic of an object defining the current boundaries; - update the workable area by changing boundaries of the workable area , the changed boundaries becoming the current boundaries, wherein the update is performed such that the change does not exceed a predefined change threshold ; and - perform the movable operation using the planned path or a re-planned path based on the detected change . - detect, in a current position of the vehicle, a change in at least part of current boundaries of the workable area , wherein the detection of the change is performed based on sensor data characterizing a change in a characteristic of an object defining the current boundaries; - update the workable area by changing boundaries of the workable area , the changed boundaries becoming the current boundaries, wherein the update is performed such that the change does not exceed a predefined change threshold ; and - perform the movable operation using the planned path or a re-planned path based on the detected change .