mhurhangee/patent-ind-claim-en huggingface dataset:
A solid-state image pickup device, comprising: a plurality of pixels configured to perform photoelectric conversion on light each including an impurity region in which a photodiode is formed, the light entering the respective pixels from a back surface of the solid-state image pickup device via different lenses for each pixel ; a pixel separation wall formed between the pixels adjacent to each other; and a wiring layer provided on a front surface of the solid-state image pickup device, wherein the pixel separation wall includes a front-side trench formed from the front surface and a backside trench formed from the back surface, wherein the pixel separation wall is provided between pixels sharing a floating diffusion , the front-side trench is not formed in an area of the floating diffusion and thus does not electrically cut-off the floating diffusion and the impurity region , and the backside trench is formed in an entire area of the back surface between adjacent impurity regions . a plurality of pixels configured to perform photoelectric conversion on light each including an impurity region in which a photodiode is formed, the light entering the respective pixels from a back surface of the solid-state image pickup device via different lenses for each pixel ; a pixel separation wall formed between the pixels adjacent to each other; and a wiring layer provided on a front surface of the solid-state image pickup device, wherein the pixel separation wall includes a front-side trench formed from the front surface and a backside trench formed from the back surface, wherein the pixel separation wall is provided between pixels sharing a floating diffusion , the front-side trench is not formed in an area of the floating diffusion and thus does not electrically cut-off the floating diffusion and the impurity region , and the backside trench is formed in an entire area of the back surface between adjacent impurity regions .
Combination of a width-across-flats adapter with a component that can be screwed into a threaded opening, wherein the width-across-flats adapter has a main body , which is provided with a continuous internal recess that extends along a longitudinal axis and is intended to receive the component that can be screwed in, wherein an internal wall of the main body , said internal wall delimiting the internal recess , at least partially has, in a cross-sectional plane perpendicular to the longitudinal axis , the shape of a regular polygon corresponding to a first width across flats (S1), and wherein an external wall of the main body at least partially has the shape of a regular polygon corresponding to a second width across flats (S2) that is larger than the first width across flats (S1), wherein the main body has at least one protrusion that protrudes into the internal recess , wherein the at least one protrusion that protrudes into the internal recess forms a stop surface for the component , said stop surface being arranged perpendicular to or obliquely with respect to the longitudinal axis , and at least one fastening means for fastening the main body to the component is formed on the main body , wherein the at least one fastening means has, in the direction of the longitudinal axis , on the side of the main body facing away from the at least one protrusion , a lug that protrudes from the main body in the direction of the internal recess , wherein the main body has a peripheral wall that extends along the longitudinal axis , the internal side of said peripheral wall forming the internal wall and the external side of said peripheral wall forming the external wall , and wherein the main body additionally has an annular base plate , which is perpendicular to the longitudinal axis , formed in one piece with the wall , protrudes into the internal recess and, as a result, forms the at least one protrusion , wherein the component that can be screwed into the threaded opening has a threaded connector and a component main body , which is adjacent thereto along the longitudinal axis and the external periphery of which at least partially has, in a cross-sectional plane perpendicular to the longitudinal axis , the shape of a regular polygon corresponding to the first width across flats (S1), and wherein the component is inserted into the receptacle such that the threaded connector protrudes from the main body of the width-across-flats adapter in the direction of the longitudinal axis outwardly out of the main body , wherein the threaded connector projects, on the side of the main body that is provided with the annular base plate , from the main body of the width-across-flats adapter .
An apparatus comprising: a clock source configured to generate a first clock signal, wherein the clock source is coupled to a first power supply rail; an oscillator with an adjustable frequency oscillation, wherein the oscillator is coupled to a second power supply rail, and wherein the oscillator is configured to generate a second clock signal; a first circuitry to calibrate the oscillator such that a frequency of the second clock signal is substantially the same as a frequency of the first clock signal; a multiplexer to select one of the second clock signal or a divided version of the second clock signal, and to provide it as an output clock signal; and a second circuitry to count a frequency of the output clock signal and the first clock signal, and to generate a control for a voltage generator in accordance with a frequency difference between the output clock signal and the first clock signal. a clock source configured to generate a first clock signal, wherein the clock source is coupled to a first power supply rail; an oscillator with an adjustable frequency oscillation, wherein the oscillator is coupled to a second power supply rail, and wherein the oscillator is configured to generate a second clock signal; a first circuitry to calibrate the oscillator such that a frequency of the second clock signal is substantially the same as a frequency of the first clock signal; a multiplexer to select one of the second clock signal or a divided version of the second clock signal, and to provide it as an output clock signal; and a second circuitry to count a frequency of the output clock signal and the first clock signal, and to generate a control for a voltage generator in accordance with a frequency difference between the output clock signal and the first clock signal.
An electrical box assembly comprising: an electrical box having a rear wall and a side wall with a cable opening having a dimension for receiving an electrical cable and an internal cavity ; a cable connector fixed to said electrical box entirely within said internal cavity, said cable connector being aligned with said cable opening in said side wall and having a cable passage, said cable connector having a body with a first end positioned adjacent to the cable opening on an inner face of the electrical box and a second end opposite the first end and spaced from said first end and the inner face of the electrical box; a front wall at said second end of said body and having an opening for receiving the electrical cable, said opening having a dimension so that said front wall abuts the metal sheath of a metal sheath cable with a plurality of conductors to allow the conductors of the cable to pass through the opening and prevent the metal sheath from passing through the opening; a wall extending between said first end and said second end of said body; a first cable retainer having a first end at the first end of the body and a second free end extending toward the front wall and towards an axis of the cable passage for gripping a cable in the electrical box; and a second cable retainer having a first end at said first end of said body and a second free end extending toward the front wall, said free end of said second cable retainer extending toward said front wall and toward the axis of the cable passage. an electrical box having a rear wall and a side wall with a cable opening having a dimension for receiving an electrical cable and an internal cavity ; a cable connector fixed to said electrical box entirely within said internal cavity, said cable connector being aligned with said cable opening in said side wall and having a cable passage, said cable connector having a body with a first end positioned adjacent to the cable opening on an inner face of the electrical box and a second end opposite the first end and spaced from said first end and the inner face of the electrical box; a front wall at said second end of said body and having an opening for receiving the electrical cable, said opening having a dimension so that said front wall abuts the metal sheath of a metal sheath cable with a plurality of conductors to allow the conductors of the cable to pass through the opening and prevent the metal sheath from passing through the opening; a wall extending between said first end and said second end of said body; a first cable retainer having a first end at the first end of the body and a second free end extending toward the front wall and towards an axis of the cable passage for gripping a cable in the electrical box; and a second cable retainer having a first end at said first end of said body and a second free end extending toward the front wall, said free end of said second cable retainer extending toward said front wall and toward the axis of the cable passage.
Arrangement of a door or window handle in a receiving opening of a window frame , of a door leaf or the like, - wherein a handle neck of the door or window handle is fastened to a holding element , - wherein the holding element comprises a base body , a receiving body rotatably mounted in the base body and having a bearing opening for receiving and mounting a polygon fixed in the handle neck of the door or window handle and projecting therefrom, - wherein an adapter receiving the holding element is fixed in the receiving opening , - wherein the adapter has a jacket with at least one recess , a base extending from an inner surface of the jacket with a polygonal receptable and at least two bores , characterized in that - the holding element has at least one clamping element that can be moved radially out of the base body of the holding element , - wherein the at least one clamping element can be moved out of an assembly position, in which the clamping element is located in a recess of a lateral surface of the base body , into an operating position, in which the clamping element projects radially outwards from the recess in the outer surface of the base body into the recess in the outer jacket of the adapter . - wherein a handle neck of the door or window handle is fastened to a holding element , - wherein the holding element comprises a base body , a receiving body rotatably mounted in the base body and having a bearing opening for receiving and mounting a polygon fixed in the handle neck of the door or window handle and projecting therefrom, - wherein an adapter receiving the holding element is fixed in the receiving opening , - wherein the adapter has a jacket with at least one recess , a base extending from an inner surface of the jacket with a polygonal receptable and at least two bores , characterized in that - the holding element has at least one clamping element that can be moved radially out of the base body of the holding element , - wherein the at least one clamping element can be moved out of an assembly position, in which the clamping element is located in a recess of a lateral surface of the base body , into an operating position, in which the clamping element projects radially outwards from the recess in the outer surface of the base body into the recess in the outer jacket of the adapter .
A pharmaceutical composition comprising curcumin monoglucuronide of the following formula (f): as an active component, for use as a medicament selected from an anti-cancer agent, an anti-inflammatory agent, a cholesterol-lowering agent, an anti-allergic agent, a cognitive function improving agent, and a heart disease preventive and therapeutic agent, wherein the medicament is administered intravenously.
Unmanned missile configured for airspeeds in the supersonic range, comprising: at least two rudders which are each rotatable about an axis of rotation (A) extending transverse to a missile longitudinal axis (L100) by means of a first drive device ; the rudders each having a first blade segment and a second blade segment ; the blade segments (10; 20) in each case forming, at least in part, mutually opposite flow surfaces (1a; 1b) of a cross-sectional profile of the associated rudder ; characterised in that the blade segments (10; 20) are in each case movable relative to one another about a centre of rotation (P) by means of a second drive device to change the cross-sectional profile. at least two rudders which are each rotatable about an axis of rotation (A) extending transverse to a missile longitudinal axis (L100) by means of a first drive device ; the rudders each having a first blade segment and a second blade segment ; the blade segments (10; 20) in each case forming, at least in part, mutually opposite flow surfaces (1a; 1b) of a cross-sectional profile of the associated rudder ; characterised in that the blade segments (10; 20) are in each case movable relative to one another about a centre of rotation (P) by means of a second drive device to change the cross-sectional profile.
A sweeping blade device configured to be mounted to a blade support securable to a vehicle, the sweeping blade device comprising: a blade main section extending between a blade scraping edge and a blade upper edge and having a front surface , the blade main section having a scraping marginal edge region extending upwardly from the blade scraping edge ; and a wear block attached to the blade main section in the scraping marginal edge region , and protruding forwardly from the front surface of the blade main section , the wear block having a wear block scraping edge being aligned with or extending below the blade scraping edge to contact a ground surface, characterized in that the wear block further comprises a plurality of cut-out sections extending upwardly from the wear block scraping edge and defining a plurality of spaced-apart teeth in a lower portion of the wear block . a blade main section extending between a blade scraping edge and a blade upper edge and having a front surface , the blade main section having a scraping marginal edge region extending upwardly from the blade scraping edge ; and a wear block attached to the blade main section in the scraping marginal edge region , and protruding forwardly from the front surface of the blade main section , the wear block having a wear block scraping edge being aligned with or extending below the blade scraping edge to contact a ground surface, characterized in that the wear block further comprises a plurality of cut-out sections extending upwardly from the wear block scraping edge and defining a plurality of spaced-apart teeth in a lower portion of the wear block .
A porous material comprising a copolymer of at least one hydrophobic monomer and at least one hydrophilic monomer, wherein at least one of the hydrophilic monomers is N-vinylcaprolactam and wherein the porous material comprises at least 8 mole percent N-vinylcaprolactam.
A method of imparting at least one beneficial trait upon a plant species, the method comprising: applying at least one isolated bacterial species to said plant, or to a growth medium in which said plant is located, wherein the at least one isolated bacterial species is Frigidibacter albus (also known as Delfulviimonas denitrificans).
An ultrasonic inspection probe comprising: a flexible ultrasonic array ; and, a chassis arranged to hold the ultrasonic array in a predetermined position relative to a workpiece, the chassis having a workpiece facing surface and a chassis loading surface opposite thereto, the ultrasonic array disposed between the workpiece facing surface and the chassis loading surface; wherein the chassis comprises a first component defining the workpiece facing surface and a second component defining the chassis loading surface , the first and second components being releasably attached for insertion and removal of the ultrasonic array therebetween, wherein the workpiece facing surface and the first and second components are at least partially curved, wherein the first and second components clamp the ultrasonic array therebetween, and wherein the chassis defines an aperture in the workpiece facing surface to provide a clear line of sight from the array to the workpiece. a flexible ultrasonic array ; and, a chassis arranged to hold the ultrasonic array in a predetermined position relative to a workpiece, the chassis having a workpiece facing surface and a chassis loading surface opposite thereto, the ultrasonic array disposed between the workpiece facing surface and the chassis loading surface; wherein the chassis comprises a first component defining the workpiece facing surface and a second component defining the chassis loading surface , the first and second components being releasably attached for insertion and removal of the ultrasonic array therebetween, wherein the workpiece facing surface and the first and second components are at least partially curved, wherein the first and second components clamp the ultrasonic array therebetween, and wherein the chassis defines an aperture in the workpiece facing surface to provide a clear line of sight from the array to the workpiece.
A method comprising: establishing a local communication link between a host device and a node of an access network using addresses for the host device and for the node of the access network that are associated with the local communication link; establishing a network communication link passing from the host device and through the access network using addresses for the host device and for the node of the access network that are associated with the network communication link passing through the access network, wherein the network communication link is a secure communication link providing connectivity between the host device and a gateway of a virtual private network through the access network; and communicating a message to the host device from the node of the access network over the local communication link, wherein communicating the message to the host device from the node is independent of the network communication link; characterized in that the local communication link is a transport layer connection; and the addresses that are associated with the local communication link are link-local IP addresses. establishing a local communication link between a host device and a node of an access network using addresses for the host device and for the node of the access network that are associated with the local communication link; establishing a network communication link passing from the host device and through the access network using addresses for the host device and for the node of the access network that are associated with the network communication link passing through the access network, wherein the network communication link is a secure communication link providing connectivity between the host device and a gateway of a virtual private network through the access network; and communicating a message to the host device from the node of the access network over the local communication link, wherein communicating the message to the host device from the node is independent of the network communication link; characterized in that the local communication link is a transport layer connection; and the addresses that are associated with the local communication link are link-local IP addresses.
A method for transforming speech data input signals obtained from a sensor, comprising the steps of: defining a model for transforming the input signals , wherein the model is specified by constraints and a set of model parameters; defining an iterative inference procedure derived from the model and the set of model parameters; unfolding the iterative inference procedure into a set of layers , wherein there is one layer for each iteration of the procedure, and wherein a same set of network parameters is used by all layers ; forming a neural network by untying the set of network parameters such that there is one set of network parameters for each layer and each set of network parameters is separately maintainable and separately applicable to the corresponding layer; discriminatively training the neural network using gradient-based methods to obtain a trained neural network ; and transforming the input signals using the trained neural network to obtain output signals , wherein the steps are performed in a processor operatively connected to a memory; wherein the input signals are noisy speech and the output signals are clean speech and wherein the one or more sets of network parameters are adjusted independently during the training. defining a model for transforming the input signals , wherein the model is specified by constraints and a set of model parameters; defining an iterative inference procedure derived from the model and the set of model parameters; unfolding the iterative inference procedure into a set of layers , wherein there is one layer for each iteration of the procedure, and wherein a same set of network parameters is used by all layers ; forming a neural network by untying the set of network parameters such that there is one set of network parameters for each layer and each set of network parameters is separately maintainable and separately applicable to the corresponding layer; discriminatively training the neural network using gradient-based methods to obtain a trained neural network ; and transforming the input signals using the trained neural network to obtain output signals , wherein the steps are performed in a processor operatively connected to a memory; wherein the input signals are noisy speech and the output signals are clean speech and wherein the one or more sets of network parameters are adjusted independently during the training.
Sash for a window or a door, having: a profile frame , which is closed around the periphery, for receiving a pane-like glazing unit , which profile frame forms a rebate which is substantially L-shaped in cross-section and has a rebate base and a rebate overlap ; a pane-like glazing unit inserted into the profile frame , which glazing unit has a peripheral end face which is arranged facing the rebate base , the rebate overlap engaging over a lateral edge region of the glazing unit ; a first adhesive layer which is arranged in the rebate base between the end face of the glazing unit and the profile frame and by means of which the glazing unit is affixed to the profile frame ; a second adhesive layer which affixes the glazing unit to the profile frame and which is arranged between the rebate overlap and the lateral edge region of the glazing unit ; characterised in that the second adhesive layer and the first adhesive layer touch one another, at least in some regions, or are in the form of a continuous adhesive layer. a profile frame , which is closed around the periphery, for receiving a pane-like glazing unit , which profile frame forms a rebate which is substantially L-shaped in cross-section and has a rebate base and a rebate overlap ; a pane-like glazing unit inserted into the profile frame , which glazing unit has a peripheral end face which is arranged facing the rebate base , the rebate overlap engaging over a lateral edge region of the glazing unit ; a first adhesive layer which is arranged in the rebate base between the end face of the glazing unit and the profile frame and by means of which the glazing unit is affixed to the profile frame ; a second adhesive layer which affixes the glazing unit to the profile frame and which is arranged between the rebate overlap and the lateral edge region of the glazing unit ; characterised in that the second adhesive layer and the first adhesive layer touch one another, at least in some regions, or are in the form of a continuous adhesive layer.