mhurhangee/ep-ind-claims huggingface dataset:
A wafer bonded device, comprising: a substrate wafer having a buried oxide layer and a bonding layer, a second wafer, direct bonded to the bonding surface of the bonding layer, and characterized in that the bonding layer comprises a plurality of channels which are holes through the bonding layer, each of the channels being coupled between a bonding surface of the bonding layer and the buried oxide layer, wherein the plurality of channels is arranged in a two-dimensional square or rectangular array that has consistent spacing in each dimension and has a consistent cross-sectional shape; and wherein each of the plurality of channels is dimensioned and arranged to lead gas byproducts generated at the bonding surface to the buried layer. a substrate wafer having a buried oxide layer and a bonding layer, a second wafer, direct bonded to the bonding surface of the bonding layer, and characterized in that the bonding layer comprises a plurality of channels which are holes through the bonding layer, each of the channels being coupled between a bonding surface of the bonding layer and the buried oxide layer, wherein the plurality of channels is arranged in a two-dimensional square or rectangular array that has consistent spacing in each dimension and has a consistent cross-sectional shape; and wherein each of the plurality of channels is dimensioned and arranged to lead gas byproducts generated at the bonding surface to the buried layer.
A travel route generating device configured to generate a travel route for a work vehicle that works while traveling in a work field, the travel route generating device comprising: a cell manager configured to manage a plurality of cells obtained by generating meshes in a topographical map of the work field at a predetermined interval; a travel weighting allocator configured to allocate to one of the cells, as weights given to travels, a weight given to left-turn travel, a weight given to straight travel, and a weight given to right-turn travel, the weights each indicating a travel effect degree in each cell passing direction upon travel from the cell to one of cells adjacent thereto; a cell passing route determiner configured to determine a cell passing route of passing the cell in accordance with the weight given to the left-turn travel, the weight given to the straight travel, and the weight given to the right-turn travel allocated to the cell; and a travel route generator configured to generate the travel route by connecting the cell passing routes sequentially determined by the cell passing route determiner; characterized by further comprising a weighting changer configured to change the weights given to travels which are allocated to a cell influenced by passage of the cell. a cell manager configured to manage a plurality of cells obtained by generating meshes in a topographical map of the work field at a predetermined interval; a travel weighting allocator configured to allocate to one of the cells, as weights given to travels, a weight given to left-turn travel, a weight given to straight travel, and a weight given to right-turn travel, the weights each indicating a travel effect degree in each cell passing direction upon travel from the cell to one of cells adjacent thereto; a cell passing route determiner configured to determine a cell passing route of passing the cell in accordance with the weight given to the left-turn travel, the weight given to the straight travel, and the weight given to the right-turn travel allocated to the cell; and a travel route generator configured to generate the travel route by connecting the cell passing routes sequentially determined by the cell passing route determiner; characterized by further comprising a weighting changer configured to change the weights given to travels which are allocated to a cell influenced by passage of the cell.
An engine restart device, comprising: a starter connected to a crankshaft of an engine; a vehicle speed detector that detects a vehicle speed; an ignition unit that ignites the engine; a controller that controls the starter and ignition unit based on the detected vehicle speed; and an atmospheric pressure measuring unit that measures an atmospheric pressure (Pa), wherein the starter is a three-phase brushless starter/generator, and the controller performs idle stop when stop of a vehicle is detected based on the vehicle speed, and normally rotates the crankshaft after reversely rotating the crankshaft when restarting the engine, characterized in that the atmospheric pressure measuring unit measures the atmospheric pressure (Pa) after idle stop, the controller is configured to control a speed at which the crankshaft reversely rotates by controlling an inverter at a drive duty ratio of the starter extracted the measured from a duty ratio map based on atmospheric pressure (Pa). a starter connected to a crankshaft of an engine; a vehicle speed detector that detects a vehicle speed; an ignition unit that ignites the engine; a controller that controls the starter and ignition unit based on the detected vehicle speed; and an atmospheric pressure measuring unit that measures an atmospheric pressure (Pa), the starter is a three-phase brushless starter/generator, and the controller performs idle stop when stop of a vehicle is detected based on the vehicle speed, and normally rotates the crankshaft after reversely rotating the crankshaft when restarting the engine, characterized in that the atmospheric pressure measuring unit measures the atmospheric pressure (Pa) after idle stop, the controller is configured to control a speed at which the crankshaft reversely rotates by controlling an inverter at a drive duty ratio of the starter extracted the measured from a duty ratio map based on atmospheric pressure (Pa).
A silicone product (100, 304) comprising - polymeric material comprising a material of the group of polysiloxanes, the polymeric material being light transmitting, - luminescent material (130, 230) comprising particles having at least in one dimension a size in the nanometer range, the luminescent material (130, 230) being configured to absorb light of a first spectral range and to convert a portion of the absorbed light into light of a second spectral range, - filler particles (120, 220) of a light transmitting inert material being miscible with the luminescent material (130, 230), the filler particles (120, 220) being provided in the polymeric material, wherein the particles of luminescent material (130, 230) are distributed along a surface of the filler particles (120, 220). - polymeric material comprising a material of the group of polysiloxanes, the polymeric material being light transmitting, - luminescent material (130, 230) comprising particles having at least in one dimension a size in the nanometer range, the luminescent material (130, 230) being configured to absorb light of a first spectral range and to convert a portion of the absorbed light into light of a second spectral range, - filler particles (120, 220) of a light transmitting inert material being miscible with the luminescent material (130, 230), the filler particles (120, 220) being provided in the polymeric material,
A composition for forming an organic film, comprising a condensate, which is a condensation product of dihydroxynaphthalene shown by the following formula and a condensation agent, or a derivative of the condensate, wherein a sulfur content among constituent elements contained in the condensate or the derivative of the condensate is 100 ppm or less in terms of mass, wherein R 1 and R 2 each independently represent a hydrogen atom or an optionally substituted, saturated or unsaturated monovalent organic group having 1 to 30 carbon atoms; 0≤m≤2, 0≤n≤2, and m+n=2.
An wind direction adjusting apparatus comprising: a base member; a first wind direction plate provided on the base member so as to be rotatable about a reference center of rotation; a second wind direction plate provided on the first wind direction plate so as to be rotatable about a coupled center of rotation; a moving member that moves relatively with respect to the base member; and driving means configured to move the moving member relatively with respect to the base member, wherein the second wind direction plate is provided to the moving member so as to be rotatable about a second center of rotation, an angle formed between a first imaginary line connecting the reference center of rotation and the coupled center of rotation and a second imaginary line connecting the coupled center of rotation and the second center of rotation varies according to the amount of the relative movement of the moving member, characterized in that the first wind direction plate is provided to the moving member so as to be rotatable about a first center of rotation, a base member; a first wind direction plate provided on the base member so as to be rotatable about a reference center of rotation; a second wind direction plate provided on the first wind direction plate so as to be rotatable about a coupled center of rotation; a moving member that moves relatively with respect to the base member; and driving means configured to move the moving member relatively with respect to the base member, wherein the second wind direction plate is provided to the moving member so as to be rotatable about a second center of rotation, the second wind direction plate is provided to the moving member so as to be rotatable about a second center of rotation, an angle formed between a first imaginary line connecting the reference center of rotation and the coupled center of rotation and a second imaginary line connecting the coupled center of rotation and the second center of rotation varies according to the amount of the relative movement of the moving member,
A cylinder-piston unit of a needle-free injector, comprising a cylinder for accommodating an injection solution, and a piston, - the piston including a drive body and at least one sealing body; - the at least one sealing body, which is placed on the liquid level of the injection solution, being at least one disk which is made of a rubber-like or a silicone-like material and, under a radial clamping action, bears against an inner wall of the cylinder; - the drive body being a pot-shaped body having a peripheral elastic skirt; - at least one area of the skirt, under a radial clamping action, bearing against the inner wall of the cylinder; - the cylinder chamber areas located in front of and behind the drive body communicating with one another via at least one recess of the drive body, either directly or by way of a valve; - the drive body being arranged behind the at least one sealing body in the cylinder, and the skirt facing the at least one sealing body; and - the sealing body, during the forward travel, being substantially completely receivable by the drive body, which can be forwardly displaced upon actuation, so that the combination of the drive body and of the at least one sealing body has the function of a piston. - the piston including a drive body and at least one sealing body; - the at least one sealing body, which is placed on the liquid level of the injection solution, being at least one disk which is made of a rubber-like or a silicone-like material and, under a radial clamping action, bears against an inner wall of the cylinder; - the drive body being a pot-shaped body having a peripheral elastic skirt; - at least one area of the skirt, under a radial clamping action, bearing against the inner wall of the cylinder; - the cylinder chamber areas located in front of and behind the drive body communicating with one another via at least one recess of the drive body, either directly or by way of a valve; - the drive body being arranged behind the at least one sealing body in the cylinder, and the skirt facing the at least one sealing body; and - the sealing body, during the forward travel, being substantially completely receivable by the drive body, which can be forwardly displaced upon actuation, so that the combination of the drive body and of the at least one sealing body has the function of a piston.
An electronic circuit for detecting a change in a current, the circuit comprising a voltage detector having an input, wherein the voltage detector is powered substantially or exclusively via the input, a pull up device for providing a bias current to the input of the voltage detector, the bias current being a leakage current, and a sensor for controlling the current, wherein: a. the circuit is arranged such that a change in the current modifies the current received at the input of the voltage detector; b. the bias current is a positive current; c. the pull up device is a resistive component connecting a voltage to the input of the voltage detector; d. an impedance of the sensor, or the impedance of a medium the sensor is arranged to monitor, is operable to change with a sensed property; and e. the sensor is connected between the input of the voltage detector and ground or a common reference. a. the circuit is arranged such that a change in the current modifies the current received at the input of the voltage detector; b. the bias current is a positive current; c. the pull up device is a resistive component connecting a voltage to the input of the voltage detector; d. an impedance of the sensor, or the impedance of a medium the sensor is arranged to monitor, is operable to change with a sensed property; and e. the sensor is connected between the input of the voltage detector and ground or a common reference.
Fenspiride, or a salt or a sustained release formulation thereof, for use in the treatment of diabetes or of a related disorder selected from impaired glucose tolerance, impaired fasting glucose, insulin resistance, metabolic syndrome, postprandial hyperglycemia and overweight/obesity.
A tympanostomy tube placement device (100, 600) comprising: a stem (107, 607) connected to a deployment mechanism or having a coupler for connection to a deployment mechanism; a needle (104, 604) having a tip (106, 606) configured to pierce a tympanic membrane, the needle having a longitudinal axis; and a tympanostomy tube (1, 500) comprising a proximal flange (4, 504), an interlumen connector (2, 502), and a distal flange (6, 506), characterized in that, the device further comprises a retainer (120, 620) comprising a plurality of fingers (121, 621) extending axially and being at a distance from said longitudinal axis; the retainer (120, 620) is movable from a pre-deployment distal position at which it is adapted to press radially inwardly against the tube distal flange to retain said distal flange in an axially folded position, to a deployment proximal position at which the tube distal flange is free to spring out radially to a deployed position, and the tube proximal flange comprises passageways (10, 510), and in a pre-deployment position the retainer fingers (121, 621) extend through the proximal flange passageways and press the tube distal flange (6, 15, 515) inwardly. a stem (107, 607) connected to a deployment mechanism or having a coupler for connection to a deployment mechanism; a needle (104, 604) having a tip (106, 606) configured to pierce a tympanic membrane, the needle having a longitudinal axis; and a tympanostomy tube (1, 500) comprising a proximal flange (4, 504), an interlumen connector (2, 502), and a distal flange (6, 506), characterized in that, the device further comprises a retainer (120, 620) comprising a plurality of fingers (121, 621) extending axially and being at a distance from said longitudinal axis; the retainer (120, 620) is movable from a pre-deployment distal position at which it is adapted to press radially inwardly against the tube distal flange to retain said distal flange in an axially folded position, to a deployment proximal position at which the tube distal flange is free to spring out radially to a deployed position, and the tube proximal flange comprises passageways (10, 510), and in a pre-deployment position the retainer fingers (121, 621) extend through the proximal flange passageways and press the tube distal flange (6, 15, 515) inwardly.
Locking-bar arrangement, in particular for a cabinet closure, having at least one locking bar (1, 2) which can be displaced back and forth between a locking position and an unlocking position by virtue of a drive lever being rotated, wherein the at least one locking bar (1, 2) has a locking head and an articulation portion, and is fastened on an arm of the lever in a rotatable manner by way of the articulation portion, wherein a bearing pin engages through a bearing opening and is at least inhibited against passing out of the bearing opening, wherein the free end of the bearing pin forms a head, which is adjoined by a reduced-cross-section neck, wherein, at least in certain regions, the bearing opening is manufactured to be undersized in relation to the head, and to be oversized in relation to the neck, such that the bearing opening can be fitted onto the bearing pin, via the head, only by overcoming an axial force, but is able to rotate freely around the neck, characterized in that the reduced-cross-section neck forms a conical surface, which is adjoined by a shank, which is oriented away from the head and is manufactured to be oversized in relation to the bearing opening, and wherein the bearing opening has merely one axial portion which is manufactured to be undersized in relation to the head and/or the shank, wherein the smaller-diameter axial portion is adjoined in the axial direction by a larger-diameter axial portion, which is manufactured to be oversized in relation to the shank.
Flexible hose (10, 20), characterized in that it comprises an elastomeric internal layer and at least one rubberized textile ply (3, 4), there being at least one rubberized textile ply (3, 4) wound directly onto the elastomeric internal layer, and where the elastomeric internal layer is an extruded internal layer configured to have elastic properties, and where the internal layer is composed of at least one fluoropolymer, and where the fluoropolymer is poly(vinylidenefluoride-co-hexafluoropropylene) (VDF/HFP).
A method for detecting the presence of an emergency vehicle comprising: receiving a plurality of image frames taken by an image sensor over a period of time; for each pixel of a plurality of pixels in each image frame, determining an EV colour component of the pixel, based on the ratio of a first colour relative to the total colour in the pixel and assigning to the pixel a first value if the EV colour component exceeds a predefined threshold value and a second value if the EV colour component does not, wherein the EV colour component measures the content of the first color in the pixel; determining for each of the plurality of image frames an EV colour value for the first colour based on the sum of all of the first values for each image frame; generating a time domain representation based on the EV colour values associated with the plurality of image frames; converting the time domain representation for the plurality of image frames to a frequency spectrum; and determining if any flashing light sources of the first colour associated with one or more types of emergency vehicles is present by analysing the frequency spectrum. receiving a plurality of image frames taken by an image sensor over a period of time; for each pixel of a plurality of pixels in each image frame, determining an EV colour component of the pixel, based on the ratio of a first colour relative to the total colour in the pixel and assigning to the pixel a first value if the EV colour component exceeds a predefined threshold value and a second value if the EV colour component does not, wherein the EV colour component measures the content of the first color in the pixel; determining for each of the plurality of image frames an EV colour value for the first colour based on the sum of all of the first values for each image frame; generating a time domain representation based on the EV colour values associated with the plurality of image frames; converting the time domain representation for the plurality of image frames to a frequency spectrum; and determining if any flashing light sources of the first colour associated with one or more types of emergency vehicles is present by analysing the frequency spectrum.
A luminaire having a primary radiation direction for the illumination of a front space of the luminaire and a secondary radiation direction substantially opposite the primary radiation direction for illuminating a rear space of the luminaire, comprising a printed circuit board which has a mounting surface, an LED lighting means mounted on the mounting surface of the printed circuit board and an optics covering the LED lighting means and comprising an internal side facing the printed circuit board and an external side facing away from the printed circuit board, wherein the optics comprises a direct light structure (412, 421) and an indirect light structure (411, 422), the direct light structure (412, 421) guides a direct light portion of light emitted by the LED lighting means to the external side of the optics, the indirect light structure (411, 422) guides an indirect light portion of the light emitted by the LED lighting means to the internal side of the optics, and the printed circuit board comprises a continuous opening in a region where the indirect light portion of the light emitted by the LED lighting means is incident on a plane of the mounting surface of the printed circuit board, characterised in that the continuous opening of the printed circuit board is designed in the shape of a ring segment, wherein the LED lighting means is mounted in the middle in the ring segment of the continuous opening. a printed circuit board which has a mounting surface, an LED lighting means mounted on the mounting surface of the printed circuit board and an optics covering the LED lighting means and comprising an internal side facing the printed circuit board and an external side facing away from the printed circuit board, wherein the optics comprises a direct light structure (412, 421) and an indirect light structure (411, 422), the direct light structure (412, 421) guides a direct light portion of light emitted by the LED lighting means to the external side of the optics, the indirect light structure (411, 422) guides an indirect light portion of the light emitted by the LED lighting means to the internal side of the optics, and the printed circuit board comprises a continuous opening in a region where the indirect light portion of the light emitted by the LED lighting means is incident on a plane of the mounting surface of the printed circuit board, characterised in that the continuous opening of the printed circuit board is designed in the shape of a ring segment, wherein the LED lighting means is mounted in the middle in the ring segment of the continuous opening.