mhurhangee/ep-ind-claims huggingface dataset:
An LED light color selection system comprising: at least two light fixtures, each comprising at least three LEDs; a memory device in each light fixture for storing information regarding the number of LEDs and the peak wavelengths of the LEDs in the light fixture; a transmitter in each light fixture for sending an input signal indicative of the number of LEDs in that light fixture and the peak wavelengths of the LEDs in that light fixture, to a controller separate from the light fixture; the controller being configured for determining an intensity of each LED, specific to the light fixture, based on a color coordinate, and for generating signals indicative of the intensity of each LED to create a light indicative of the color coordinate; characterized in that: the transmitter in each light fixture is further configured for sending in the input signal an indication of a threshold intensity of each LED in that light fixture to the controller separate from the light fixture; the signals generated by the controller indicate whether to drive the LED with constant current or with pulse width modulation based on the intensity and the threshold intensity of each LED; and by a further transmitter for wirelessly transmitting the color coordinate. at least two light fixtures, each comprising at least three LEDs; a memory device in each light fixture for storing information regarding the number of LEDs and the peak wavelengths of the LEDs in the light fixture; a transmitter in each light fixture for sending an input signal indicative of the number of LEDs in that light fixture and the peak wavelengths of the LEDs in that light fixture, to a controller separate from the light fixture; the controller being configured for determining an intensity of each LED, specific to the light fixture, based on a color coordinate, and for generating signals indicative of the intensity of each LED to create a light indicative of the color coordinate; characterized in that: the transmitter in each light fixture is further configured for sending in the input signal an indication of a threshold intensity of each LED in that light fixture to the controller separate from the light fixture; the signals generated by the controller indicate whether to drive the LED with constant current or with pulse width modulation based on the intensity and the threshold intensity of each LED; and by a further transmitter for wirelessly transmitting the color coordinate. the transmitter in each light fixture is further configured for sending in the input signal an indication of a threshold intensity of each LED in that light fixture to the controller separate from the light fixture; the signals generated by the controller indicate whether to drive the LED with constant current or with pulse width modulation based on the intensity and the threshold intensity of each LED; and by a further transmitter for wirelessly transmitting the color coordinate.
A speed change device for shifting the gears of a transmission, said speed change device comprising a first shifter shaft, a first shifter element associated to the first shifter shaft and arranged for movement in an axial direction of the first shifter shaft for actuating a first set of the gears, a second shifter shaft and a second shifter element associated to the second shifter shaft and arranged for movement in an axial direction of the second shifter shaft for actuating a second set of the gears, characterized in that one of said first and second shifter shafts is hollow and the other of said first and second shifter shafts is partly arranged coaxially inside the hollow shaft.
A camera module comprising: a lens unit including a lens; a holding member configured to hold an image sensor for capturing an image formed by light; and a fixing member made of cured resin and configured to fix the lens unit and the holding member; wherein the lens unit further includes a groove at least partially housing the fixing member, and having an opening which faces the holding member, such that when the lens unit and the holding member are fixed by the fixing member, more of the fixing member is exposed to an outside of the lens unit than to an internal space surrounded by the lens unit and the holding member, wherein the lens unit further includes a first wall on the internal space side of the groove and a second wall on an external space side of the groove, and further wherein a length of at least a portion of the second wall in an optical axis direction is shorter than a length of the first wall in the optical axis direction, and wherein an edge of the second wall on the holding member side has a tapered shape inclined to separate from the holding member with increased distance from the optical axis. a lens unit including a lens; a holding member configured to hold an image sensor for capturing an image formed by light; and a fixing member made of cured resin and configured to fix the lens unit and the holding member; wherein the lens unit further includes wherein the lens unit further includes a first wall on the internal space side of the groove and a second wall on an external space side of the groove, and further wherein a length of at least a portion of the second wall in an optical axis direction is shorter than a length of the first wall in the optical axis direction, and wherein an edge of the second wall on the holding member side has a tapered shape inclined to separate from the holding member with increased distance from the optical axis.
An apparatus comprising: a switch that moves to an off position to stop a flow of fuel to an engine for an aircraft; and a test processor arranged to: identify a time when a cutoff speed for the aircraft will be reached at which the flow of fuel is to be stopped; identify a delay between sending a command to move the switch to the off position and the time when the engine ceases operation; and determine whether the time when the cutoff speed will be reached minus the delay has occurred; wherein if this has occurred, the command is sent, and if this has not occurred, the command is not sent; and wherein if the command is not sent, the test processor re-identifies the time when the cutoff speed for the aircraft will be reached. a switch that moves to an off position to stop a flow of fuel to an engine for an aircraft; and a test processor arranged to: identify a time when a cutoff speed for the aircraft will be reached at which the flow of fuel is to be stopped; identify a delay between sending a command to move the switch to the off position and the time when the engine ceases operation; and determine whether the time when the cutoff speed will be reached minus the delay has occurred; wherein if this has occurred, the command is sent, and if this has not occurred, the command is not sent; and wherein if the command is not sent, the test processor re-identifies the time when the cutoff speed for the aircraft will be reached. identify a time when a cutoff speed for the aircraft will be reached at which the flow of fuel is to be stopped; identify a delay between sending a command to move the switch to the off position and the time when the engine ceases operation; and determine whether the time when the cutoff speed will be reached minus the delay has occurred; wherein if this has occurred, the command is sent, and if this has not occurred, the command is not sent; and wherein if the command is not sent, the test processor re-identifies the time when the cutoff speed for the aircraft will be reached.
A conjugate having factor VIII procoagulant activity comprising a B-domain deleted functional factor VIII polypeptide which is mutated such that the lysine residue at amino acid position 1804 is replaced with a cysteine residue such that a mutant cysteine residue exists, wherein the B-domain deleted factor VIII polypeptide is covalently attached to a biocompatible polymer at the mutant cysteine residue at the amino acid position 1804.
Examination apparatus for iso-centering an object of interest to be examined, the examination apparatus comprising: an acquisition unit adapted for performing a first short acquisition for a first acquisition geometry, resulting in first projection data, and for performing a second short acquisition for a second acquisition geometry, resulting in second projection data; and a determination unit adapted for determining a translation vector pointing from the object of interest to an iso-centre of the examination apparatus; characterized in that the translation vector is pointing from a point of gravity of the object of interest to the iso-centre; wherein the point of gravity is a three-dimensional point of gravity; wherein the determination unit is further adapted for determining the iso-centre of the examination apparatus and the point of gravity of the object of interest on the basis of the first and second projection data; wherein the determination of the first and second two-dimensional points of gravity (408, 409) is performed automatically on the basis of a segmentation; wherein the points-of-gravity are calculated based on pixel values belonging to the 2D object of interest in the projection images; and wherein the examination apparatus is adapted for performing an iso-centering of the object of interest on the basis of the translation vector. an acquisition unit adapted for performing a first short acquisition for a first acquisition geometry, resulting in first projection data, and for performing a second short acquisition for a second acquisition geometry, resulting in second projection data; and a determination unit adapted for determining a translation vector pointing from the object of interest to an iso-centre of the examination apparatus; characterized in that the translation vector is pointing from a point of gravity of the object of interest to the iso-centre; wherein the point of gravity is a three-dimensional point of gravity; wherein the determination unit is further adapted for determining the iso-centre of the examination apparatus and the point of gravity of the object of interest on the basis of the first and second projection data; wherein the determination of the first and second two-dimensional points of gravity (408, 409) is performed automatically on the basis of a segmentation; wherein the points-of-gravity are calculated based on pixel values belonging to the 2D object of interest in the projection images; and wherein the examination apparatus is adapted for performing an iso-centering of the object of interest on the basis of the translation vector.
A pitch control mechanism (100, 200, 300, 400, 500, 600), comprising: a rotor structure (148, 248, 348, 448, 548, 648) configured for rotation about a longitudinal axis; a row of blades carried by the rotor structure (148, 248, 348, 448, 548, 648), each blade having an airfoil and a trunnion mounted for pivoting movement relative to the rotor structure (148, 248, 348, 448, 548, 648), about a trunnion axis which is perpendicular to the longitudinal axis; a unison ring (108, 208, 308, 408, 508, 608) interconnecting the blades; an actuator (106, 206, 306, 406, 506, 606) connected to the unison ring (108, 208, 308, 408, 508, 608) and the rotor structure (148, 248, 348, 448, 548, 648), operable to move the unison ring (108, 208, 308, 408, 508, 608) relative to the rotor structure (148, 248, 348, 448, 548, 648); at least one moveable counterweight (138, 238, 338, 438, 538, 638) carried by the rotor structure (148, 248, 348, 448, 548, 648), remote from the blades; and an interconnection between the blades and the counterweight (138, 238, 338, 438, 538, 638), such that movement of the counterweight (138, 238, 338, 438, 538, 638) causes a change in the pitch angle of the blades, wherein: the actuator is configured to produce linear movement between the rotor structure and the unison ring; and (i) the trunnions are connected to the counterweights by a geared connection, and / or (ii) the counterweights (538, 638) are connected to the actuator (506, 606) by a geared connection. a rotor structure (148, 248, 348, 448, 548, 648) configured for rotation about a longitudinal axis; a row of blades carried by the rotor structure (148, 248, 348, 448, 548, 648), each blade having an airfoil and a trunnion mounted for pivoting movement relative to the rotor structure (148, 248, 348, 448, 548, 648), about a trunnion axis which is perpendicular to the longitudinal axis; a unison ring (108, 208, 308, 408, 508, 608) interconnecting the blades; an actuator (106, 206, 306, 406, 506, 606) connected to the unison ring (108, 208, 308, 408, 508, 608) and the rotor structure (148, 248, 348, 448, 548, 648), operable to move the unison ring (108, 208, 308, 408, 508, 608) relative to the rotor structure (148, 248, 348, 448, 548, 648); at least one moveable counterweight (138, 238, 338, 438, 538, 638) carried by the rotor structure (148, 248, 348, 448, 548, 648), remote from the blades; and an interconnection between the blades and the counterweight (138, 238, 338, 438, 538, 638), such that movement of the counterweight (138, 238, 338, 438, 538, 638) causes a change in the pitch angle of the blades, the actuator is configured to produce linear movement between the rotor structure and the unison ring; and (i) the trunnions are connected to the counterweights by a geared connection, and / or (ii) the counterweights (538, 638) are connected to the actuator (506, 606) by a geared connection. (i) the trunnions are connected to the counterweights by a geared connection, and / or (ii) the counterweights (538, 638) are connected to the actuator (506, 606) by a geared connection.
A fastener driver comprising: a housing; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a driver blade attached to the piston and movable with the piston; a motor for driving movement of the piston; a battery removably coupled to the housing for supplying power to the motor; a nosepiece at least partially defining a fastener driving track through which fasteners are driven by the driver blade; and a magazine operable to supply the fasteners to the nosepiece, characterised in that the magazine includes a blocking member engageable with the battery to prevent removal of the magazine from the nosepiece when the battery is coupled to the main housing, and the magazine is removable from the nosepiece only in response to prior removal of the battery from the housing. a housing; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a driver blade attached to the piston and movable with the piston; a motor for driving movement of the piston; a battery removably coupled to the housing for supplying power to the motor; a nosepiece at least partially defining a fastener driving track through which fasteners are driven by the driver blade; and a magazine operable to supply the fasteners to the nosepiece, characterised in that the magazine includes a blocking member engageable with the battery to prevent removal of the magazine from the nosepiece when the battery is coupled to the main housing, and the magazine is removable from the nosepiece only in response to prior removal of the battery from the housing.
Timepiece movement comprising: - a frame - a first toothing and a second toothing which are fixed relative to the frame during normal operation of the timepiece movement, - a transparent support disc pivotally mounted with respect to the frame about an axis perpendicular to the plane of the frame, the transparent support disc bearing a barrel, a going train (15, 16) and a regulating organ (17, 18, 19), the barrel meshing with the first toothing such that the letting down of the barrel rotationally drives the transparent support disc about said axis, the going train (15, 16) meshing with the second toothing such that the rotation of the transparent support disc rotationally drives the going train (15, 16) with respect to the transparent support disc to drive the regulating organ (17, 18, 19), - at least one time display organ (26, 37) kinematically connected to the transparent support disc, - a ratchet for winding the barrel, and - a mechanism (42, 43, 53, 54, 6, 33) for driving the winding ratchet, characterised in that the frame has a through-opening along said axis in which the transparent support disc is located, and in that the mechanism for driving the winding ratchet comprises: - a transparent winding disc pivotally mounted about said axis in the through-opening and provided with a peripheral toothing, - a mechanism (42, 43, 53, 54) for driving the transparent winding disc mounted in the frame, outside of the through-opening, and cooperating with the peripheral toothing, and - an intermediate wheel fixedly attached to the transparent winding disc and engaging with the winding ratchet. - a frame - a first toothing and a second toothing which are fixed relative to the frame during normal operation of the timepiece movement, - a transparent support disc pivotally mounted with respect to the frame about an axis perpendicular to the plane of the frame, the transparent support disc bearing a barrel, a going train (15, 16) and a regulating organ (17, 18, 19), the barrel meshing with the first toothing such that the letting down of the barrel rotationally drives the transparent support disc about said axis, the going train (15, 16) meshing with the second toothing such that the rotation of the transparent support disc rotationally drives the going train (15, 16) with respect to the transparent support disc to drive the regulating organ (17, 18, 19), - at least one time display organ (26, 37) kinematically connected to the transparent support disc, - a ratchet for winding the barrel, and - a mechanism (42, 43, 53, 54, 6, 33) for driving the winding ratchet, - a transparent winding disc pivotally mounted about said axis in the through-opening and provided with a peripheral toothing, - a mechanism (42, 43, 53, 54) for driving the transparent winding disc mounted in the frame, outside of the through-opening, and cooperating with the peripheral toothing, and - an intermediate wheel fixedly attached to the transparent winding disc and engaging with the winding ratchet.
Wheel balancing machine, particularly but not exclusively for truck wheels, comprising a balancing module that in turn comprises a base body, a rotating shaft with a first portion rotatingly arranged inside the base body and a second portion outside said base body, on said second portion of shaft there being present means for fixing the wheel, in said base body there being present electronic means associated with said shaft, adapted to measure the imbalance of said wheel fixed to said shaft, there being present an electronic console for managing and controlling the balancing operations operatively connected with said electronic means, further comprising an operating column to which a supporting structure (17, 217) for supporting said balancing module is fixed, said supporting structure (17, 217) comprising a first part (18, 218) for fixing the supporting structure (17, 217) to said operating column, and a second part (19, 219) for connection to said module, so that, during operation, said balancing module is fixed cantilevered to said operating column, i.e. said balancing module is arranged cantilevered, when in use, with respect to said operating column; said supporting structure (17, 217) comprising reversible locking means (37, 237) of said second part (19, 219) on said first part (18, 218) in said cantilevered position, said reversible locking means (37, 237) being such that the assembly formed by said module and said second part is adapted to be detached from said structure to provide a separated transportation when the machine is not operating; characterized in that said first part (18, 218) is fixed to said operating column, such that during said transportation said first part (18, 218) is fixed to said column and the assembly formed by said module with said second part (19, 219) is separated from said first part (18, 218).
Speech valve for laryngectomized or tracheotomized persons, comprising a housing with a proximal opening and a least one filter at least partially received in the housing, and a piston-like valve element, wherein the filter at least partially encompasses the valve element, wherein the valve element can be moved onto a valve seat disposed on the proximal opening in order to generate a closure position, and can be returned to an open position of the speech valve in a spring-loaded manner, wherein the housing comprises a cover part having an opening for the valve element, wherein the valve element in an open position closely abuts the opening, and wherein the valve element has a lower end facing the proximal opening, which is in an open position allocated to the valve seat and forms a gap with the valve seat, through which an airflow can be conducted.
A method for switching downlink waveforms in a wireless communication system, the method comprising: determining, by logic of an access point serving an access terminal in the wireless communication system, whether to utilize a multiple carrier, MC, waveform or a single carrier, SC, waveform as a downlink waveform for semistatic data communication from the access point to the access terminal; utilizing a radio resource control, RRC, layer in an air interface control plane to configure the access terminal according to the determined downlink waveform; dynamically deciding whether to change the determined downlink waveform to the other of: the MC waveform or the SC waveform; and upon deciding to change the determined downlink waveform, signaling an expressed indication of the decided other waveform in an explicit field in downlink control information, DCI, in a second message, msg2, of a random access procedure message or in a fourth message, msg 4, of a random access procedure message. determining, by logic of an access point serving an access terminal in the wireless communication system, whether to utilize a multiple carrier, MC, waveform or a single carrier, SC, waveform as a downlink waveform for semistatic data communication from the access point to the access terminal; utilizing a radio resource control, RRC, layer in an air interface control plane to configure the access terminal according to the determined downlink waveform; dynamically deciding whether to change the determined downlink waveform to the other of: the MC waveform or the SC waveform; and upon deciding to change the determined downlink waveform, signaling an expressed indication of the decided other waveform in an explicit field in downlink control information, DCI, in a second message, msg2, of a random access procedure message or in a fourth message, msg 4, of a random access procedure message.