mhurhangee/ep-ind-claims huggingface dataset:
A lighting device comprising: a plurality of light sources; a light diffusion plate arranged opposite the light sources, the light diffusion plate being configured to diffuse light from the light sources; an optical member disposed between the light diffusion plate and the light sources, the optical member including a transmitting part that is configured to transmit the light emitted from the light sources and a reflecting part that is configured to reflect the light emitted from the light sources; and a partition arranged between adjacent light sources, wherein the optical member is a sheet-like member; the optical member is held by a support portion that is integrally provided to the partition and protrudes from an end portion of the partition toward the light diffusion plate, the support portion has a convex portion that protrudes from the end portion of the partition toward the light diffusion plate, and the optical member has an engagement portion that engages the convex portion; wherein the convex portion has: a shaft portion that extends from the partition toward the light diffusion plate, and a widening portion that is disposed at an end of the shaft portion, has a larger diameter than the shaft portion and contacts and supports the light diffusion plate, characterised in that the widening portion is formed by swaging an end portion of the shaft portion of the convex portion during insertion of the convex portion to the optical member. a plurality of light sources; a light diffusion plate arranged opposite the light sources, the light diffusion plate being configured to diffuse light from the light sources; an optical member disposed between the light diffusion plate and the light sources, the optical member including a transmitting part that is configured to transmit the light emitted from the light sources and a reflecting part that is configured to reflect the light emitted from the light sources; and a partition arranged between adjacent light sources, wherein the optical member is a sheet-like member; the optical member is held by a support portion that is integrally provided to the partition and protrudes from an end portion of the partition toward the light diffusion plate, the support portion has a convex portion that protrudes from the end portion of the partition toward the light diffusion plate, and the optical member has an engagement portion that engages the convex portion; wherein the convex portion has: a shaft portion that extends from the partition toward the light diffusion plate, and a widening portion that is disposed at an end of the shaft portion, has a larger diameter than the shaft portion and contacts and supports the light diffusion plate, characterised in that a shaft portion that extends from the partition toward the light diffusion plate, and a widening portion that is disposed at an end of the shaft portion, has a larger diameter than the shaft portion and contacts and supports the light diffusion plate, characterised in that the widening portion is formed by swaging an end portion of the shaft portion of the convex portion during insertion of the convex portion to the optical member.
A detachable insert type cutting tool comprising: a cutting insert having a cutting edge; and a holder having an insert mounting seat on which the cutting insert is detachably mounted, and an upper jaw section and a lower jaw section for pinching and fixing the cutting insert, wherein the insert mounting seat is provided between the lower surface of the upper jaw section and the upper surface of the lower jaw section, convex curve outer surfaces (33B, 34B) are formed on one side of the upper and lower jaw sections (33, 34) when viewed from the leading end sides of the upper and lower jaw sections (33, 34), concave curve inner surfaces (33C, 34C) are formed on the other side of the upper and lower jaw sections (33, 34), wherein the concave curve inner surface of the upper jaw section is disposed at a position retreated further radially outward than an arc surface (Sa) extending along the concave curve inner surface of the lower jaw section in a state where the cutting insert is fixed to the insert mounting seat, characterised in that the amount of retreat of the concave curve inner surface of the upper jaw section from the arc surface (Sa) is in a range of 0.2 mm to 0.7 mm. a cutting insert having a cutting edge; and a holder having an insert mounting seat on which the cutting insert is detachably mounted, and an upper jaw section and a lower jaw section for pinching and fixing the cutting insert, wherein the insert mounting seat is provided between the lower surface of the upper jaw section and the upper surface of the lower jaw section, convex curve outer surfaces (33B, 34B) are formed on one side of the upper and lower jaw sections (33, 34) when viewed from the leading end sides of the upper and lower jaw sections (33, 34), concave curve inner surfaces (33C, 34C) are formed on the other side of the upper and lower jaw sections (33, 34), wherein the concave curve inner surface of the upper jaw section is disposed at a position retreated further radially outward than an arc surface (Sa) extending along the concave curve inner surface of the lower jaw section in a state where the cutting insert is fixed to the insert mounting seat, characterised in that the amount of retreat of the concave curve inner surface of the upper jaw section from the arc surface (Sa) is in a range of 0.2 mm to 0.7 mm.
Device for removing and reintroducing parking tickets from and into corresponding automatic machines, comprising a handle made up of a lengthening bar and a head piece adapted to grip said parking ticket and having a frontal face to be used as a pusher for actuating a demand key positioned in said machine, said head piece having a slot in which clamping or locking elements (7; 7a; 7b) are mounted, characterized in that said elements are configured such that they automatically exert different retaining forces acting on said parking ticket depending on whether it should be gripped or removed from said delivering slot of the machine or reintroduced into the entrance slot of the machine.
An image sensing apparatus comprising an image sensing unit, a red-eye relaxation light projection unit, and an electronic flash unit, wherein the image sensing apparatus is adapted to cause the red-eye relaxation light unit to project a red-eye relaxation light before the image sensing unit senses an image with a light emitted by the electronic flash unit, characterized by comprising: a red-eye determination unit which is adapted to determine a state of red-eye based on an image obtained by executing preliminary image sensing using the image sensing unit during red-eye relaxation light projection by the red-eye relaxation light projection unit, and a processing determination unit which is adapted to determine, on the basis of a determination result by said red-eye determination unit, whether red-eye relaxation by the red-eye relaxation light projection unit is to be continued, wherein said processing determination unit is adapted to set, as a condition to continue red-eye relaxation by the red-eye relaxation light projection unit, that the size of a red-eye region based on the determination result by the red-eye determination unit exceeds a first threshold value, and the number of times of preliminary image sensing is not more than a predetermined number of times. a red-eye determination unit which is adapted to determine a state of red-eye based on an image obtained by executing preliminary image sensing using the image sensing unit during red-eye relaxation light projection by the red-eye relaxation light projection unit, and a processing determination unit which is adapted to determine, on the basis of a determination result by said red-eye determination unit, whether red-eye relaxation by the red-eye relaxation light projection unit is to be continued, wherein said processing determination unit is adapted to set, as a condition to continue red-eye relaxation by the red-eye relaxation light projection unit, that the size of a red-eye region based on the determination result by the red-eye determination unit exceeds a first threshold value, and the number of times of preliminary image sensing is not more than a predetermined number of times.
A hot rolled high-toughness and low temperature-resistant H-shaped steel with a yield strength greater than or equal to 460MPa measured using the method in accordance with Standard ISO6892-1-2009Tensile Test Method of Metallic Materials at Room Temperature, wherein the H-shaped steel is composed of the following chemical components according to weight percentage: 0.03%-0.07% of C, smaller than or equal to 0.3% of Si, 1.20%-1.40% of Mn, 0.015%-0.030% of Nb, 0.10%-0.15% of V, 0.015%-0.025% of Ti, 0.25%-0.45% of Ni, 0.30%-0.50% of Cr, 0.010%-0.06% of Als, 0.010%-0.023% of N, smaller than or equal to 0.015% of P, smaller than or equal to 0.010% of S, smaller than or equal to 0.004% of O, and the balance of Fe and unavoidable impurities.
An apparatus for at least partially supporting a leaflet of a regurgitant heart valve, the apparatus comprising at least one subvalvular device defining a longitudinal axis and including: a subvalvular supporting portion including a leaflet-contacting upper supporter surface longitudinally spaced from an oppositely facing lower supporter surface, a supporter perimeter wall extending longitudinally between, and integrally and contiguously formed with both of, the upper and lower supporter surfaces (210, 212), at least a portion of the supporter perimeter wall being configured to contact a subvalvular cardiac wall adjacent to the heart valve; an anchor portion adjacent to, and longitudinally spaced from, the upper supporter surface, the anchor portion including a leaflet-contacting lower anchor surface longitudinally spaced from an oppositely facing upper anchor surface, an anchor perimeter wall extending longitudinally between, and integrally and contiguously formed with both of, the upper and lower anchor surfaces (218 and 216); and a connector neck interposed longitudinally between, and directly attached to both of, the upper supporter surface and the lower anchor surface, the connector neck being configured to penetrate longitudinally through at least one of a base of the leaflet and an annulus of the heart valve at a manufactured puncture site; wherein the subvalvular supporting portion, anchor portion, and connector neck collectively enclose a single contiguous interior volume. a subvalvular supporting portion including a leaflet-contacting upper supporter surface longitudinally spaced from an oppositely facing lower supporter surface, a supporter perimeter wall extending longitudinally between, and integrally and contiguously formed with both of, the upper and lower supporter surfaces (210, 212), at least a portion of the supporter perimeter wall being configured to contact a subvalvular cardiac wall adjacent to the heart valve; an anchor portion adjacent to, and longitudinally spaced from, the upper supporter surface, the anchor portion including a leaflet-contacting lower anchor surface longitudinally spaced from an oppositely facing upper anchor surface, an anchor perimeter wall extending longitudinally between, and integrally and contiguously formed with both of, the upper and lower anchor surfaces (218 and 216); and a connector neck interposed longitudinally between, and directly attached to both of, the upper supporter surface and the lower anchor surface, the connector neck being configured to penetrate longitudinally through at least one of a base of the leaflet and an annulus of the heart valve at a manufactured puncture site; wherein the subvalvular supporting portion, anchor portion, and connector neck collectively enclose a single contiguous interior volume.
A method for transmitting control data in a wireless communications network, comprising: generating control data for a first device; mapping the control data to a portion of bandwidth reserved for control data based on a hopping pattern, the hopping pattern being a function of available bandwidth of the wireless communications network and of available bandwidth of the first device; and transmitting the mapped control data to a second device according to the hopping pattern; wherein: if the available bandwidth of the wireless communications network is greater than that of the first device, the hopping pattern for the control data includes hopping within the portion of bandwidth to which the control data was mapped; and if the available bandwidth of the first device is greater than or substantially equal to that of the wireless communications network, the hopping pattern for the control data includes hopping from the portion of bandwidth to which the control data was mapped to a disparate portion of the bandwidth. generating control data for a first device; mapping the control data to a portion of bandwidth reserved for control data based on a hopping pattern, the hopping pattern being a function of available bandwidth of the wireless communications network and of available bandwidth of the first device; and transmitting the mapped control data to a second device according to the hopping pattern; wherein: if the available bandwidth of the wireless communications network is greater than that of the first device, the hopping pattern for the control data includes hopping within the portion of bandwidth to which the control data was mapped; and if the available bandwidth of the first device is greater than or substantially equal to that of the wireless communications network, the hopping pattern for the control data includes hopping from the portion of bandwidth to which the control data was mapped to a disparate portion of the bandwidth. if the available bandwidth of the wireless communications network is greater than that of the first device, the hopping pattern for the control data includes hopping within the portion of bandwidth to which the control data was mapped; and if the available bandwidth of the first device is greater than or substantially equal to that of the wireless communications network, the hopping pattern for the control data includes hopping from the portion of bandwidth to which the control data was mapped to a disparate portion of the bandwidth.
A method for operating a shut-down apparatus for a string of photovoltaic panels (SL 1, SL 2, SL N-1, SL N) electrically connected in series, wherein said shut-down apparatus comprises a plurality of control modules including an initial control module (MD 1), one or more intermediate control modules (MD 2, MD N-1) and a final control module (MD N) operatively associated to corresponding photovoltaic panels (SL 1, SL 2, SL N-1, SL N), each control module being adapted to cause the shut-down of a corresponding photovoltaic panel in response to a received input shut-down signal (C 1, C 2, C N-1, C N), characterized in that each control module (MD i) comprises a controller and a switching circuit controllable by said controller and electrically coupled in parallel with power terminals (T 1, T 2) of a corresponding photovoltaic panel (SL i), said switching circuit being adapted to short-circuit the power terminals of said corresponding photovoltaic panel (SL i) in response to a trip signal (C s) received from said controller, said controller being adapted to provide said trip signal (Cs) in response to a received input shut-down signal (C i), said switching circuit comprising a switch and an impedance electrically connected in series between the power terminals (T 1, T 2) of said corresponding photovoltaic panel (SL i), wherein the method comprises sequentially receiving, by said control modules said input shut-down signals at subsequent shut-down instants (t i, t i+1), each pair of subsequent shut-down instants being separated by a corresponding time delay (T d).
A method for operating a portable sensor device, wherein said portable sensor device comprises a gas sensor, a control and processing means for controlling said gas sensor and for processing data from said gas sensor, and an application programming interface means API that provides access to said control and processing means, said method being characterized by the steps of a) providing a list of a plurality of different operating modes and providing said list through said API, - wherein each of said operating modes is indicative of a method for controlling said gas sensor and wherein at least some of said operating modes are indicative of different methods for controlling said gas sensor and/or - wherein each of said operating modes is indicative of a method for processing said data from said gas sensor and wherein at least some of said operating modes are indicative of different methods for processing said data from said gas sensor, and b) receiving a selection of one of said operating modes, made through said application programming interface means, and controlling said gas sensor and/or processing said data from said gas sensor according to the selected operating mode. a) providing a list of a plurality of different operating modes and providing said list through said API, - wherein each of said operating modes is indicative of a method for controlling said gas sensor and wherein at least some of said operating modes are indicative of different methods for controlling said gas sensor and/or - wherein each of said operating modes is indicative of a method for processing said data from said gas sensor and wherein at least some of said operating modes are indicative of different methods for processing said data from said gas sensor, and - wherein each of said operating modes is indicative of a method for controlling said gas sensor and wherein at least some of said operating modes are indicative of different methods for controlling said gas sensor and/or - wherein each of said operating modes is indicative of a method for processing said data from said gas sensor and wherein at least some of said operating modes are indicative of different methods for processing said data from said gas sensor, and b) receiving a selection of one of said operating modes, made through said application programming interface means, and controlling said gas sensor and/or processing said data from said gas sensor according to the selected operating mode.
An encryption coding module enabling secure call/speech and data communication for wired or wireless telephones, smart phones, smart devices, tablets, personal computers and similar devices which are integrated or in communication/connection to the encryption coding module, wherein a high level of security is provided is completely independent from the security elements of the communication device, comprising - internal battery, - power supply unit which can include an external connection for battery charging, wherein the power supply unit includes also the battery control logics, - a processing unit, which can be in the form of micro-controller, FPGA circuit or another processing system, - memory unit, - NFC contactless module, - Bluetooth or another type of wireless communication interface, - audio jack, - audio socket, - microphone, - primary speaker, - USB connection, - security element, adapted to ensure safe storage of key data and including a mechanism for preventing and detecting of unauthorised access to the encryption coding module, - secondary speaker for jamming a microphone built into the communication device, - housing adapted for security reasons so that any tampering with the interior of -the device will disable its further use, wherein in addition the housing is adapted to disable the functioning of the microphone of the communication device, wherein a structural design of the housing is provided which disables direct capturing of sound by the communication device by serving as a barrier. - internal battery, - power supply unit which can include an external connection for battery charging, wherein the power supply unit includes also the battery control logics, - a processing unit, which can be in the form of micro-controller, FPGA circuit or another processing system, - memory unit, - NFC contactless module, - Bluetooth or another type of wireless communication interface, - audio jack, - audio socket, - microphone, - primary speaker, - USB connection, - security element, adapted to ensure safe storage of key data and including a mechanism for preventing and detecting of unauthorised access to the encryption coding module, - secondary speaker for jamming a microphone built into the communication device, - housing adapted for security reasons so that any tampering with the interior of -the device will disable its further use, wherein in addition the housing is adapted to disable the functioning of the microphone of the communication device, wherein a structural design of the housing is provided which disables direct capturing of sound by the communication device by serving as a barrier.
Method for operating a camera assembly, in particular for a vehicle, in which a first camera and a second camera capture images (14, 16, 36, 42), wherein respective fields of view (20, 22) of the two cameras (10, 18) overlap at least in a partial region, and in which at least in an image captured by the first camera at least one contamination region including a plurality of pixels is detected within the partial region, characterized in that data values (46, 50, 48, 52) specifying the respective transparency of the pixels in the at least one contamination region are altered with respect to respective reference values (30, 32) of the transparency, which increase in the partial region towards an edge of the respective image (14, 16) upon superimposition of the images (14, 16).
A continuously variable transmission having an input shaft and an output shaft, comprising a variator unit having an input shaft and an output shaft, and a planetary gear wheel unit having a planet carrier, a first sun wheel and a second sun wheel, the input shaft of the transmission being rotationally connectable to the planet carrier and to the input shaft of the variator unit, a shaft rotationally fixed to the first sun wheel being rotationally connectable to the output shaft of the variator unit, characterized in that the planet carrier is provided with a first inner set of planet wheels for meshing engagement with the first sun wheel and a second outer set of planet wheels for meshing engagement with the second sun wheel, the first and second sets of planet wheels being in meshing engagement with each other, and a shaft rotationally fixed to the second sun wheel is rotationally connectable to the output shaft of the transmission via a first output member for obtaining a powersplit mode in which power is transmitted via the second sun wheel.