mhurhangee/ep-ind-claims huggingface dataset:
A module for an axial field rotary energy device, comprising: a housing having coupling structures configured to mechanically couple the housing to a second housing of a second module, and electrical elements configured to electrically couple the housing to the second housing; a plurality of rotors rotatably mounted to the housing, wherein the rotors comprise an axis and a plurality of magnets; and a stator mounted to the housing coaxially with the rotors, the stator comprises a printed circuit board "PCB" having a plurality of PCB layers, each PCB layer comprising a respective plurality of coils that are co-planar and angularly and symmetrically spaced apart from each other relative to the axis, each coil is continuous and concentric in a single plane from an outermost coil portion to a concentric innermost coil portion, and the coils in adjacent PCB layers are circumferentially aligned with each other relative to the axis to define symmetric stacks of coils in an axial direction, each coil includes a first terminal at the outer edge of the coil, and a second terminal in the center of the coil, wherein each coil is not directly connected to an adjacent coil on the same PCB layer, but is directly connected to a corresponding coil on another PCB layer through a via to create a coil pair; each coil pair is electrically coupled to another coil pair through another via. a housing having coupling structures configured to mechanically couple the housing to a second housing of a second module, and electrical elements configured to electrically couple the housing to the second housing; a plurality of rotors rotatably mounted to the housing, wherein the rotors comprise an axis and a plurality of magnets; and a stator mounted to the housing coaxially with the rotors, the stator comprises a printed circuit board "PCB" having a plurality of PCB layers, each PCB layer comprising a respective plurality of coils that are co-planar and angularly and symmetrically spaced apart from each other relative to the axis, each coil is continuous and concentric in a single plane from an outermost coil portion to a concentric innermost coil portion, and the coils in adjacent PCB layers are circumferentially aligned with each other relative to the axis to define symmetric stacks of coils in an axial direction, each coil includes a first terminal at the outer edge of the coil, and a second terminal in the center of the coil, wherein each coil is not directly connected to an adjacent coil on the same PCB layer, but is directly connected to a corresponding coil on another PCB layer through a via to create a coil pair; each coil pair is electrically coupled to another coil pair through another via.
A head-mounted display device comprising: a display; a variable lens receptacle to receive an interchangeable lens; a sensor to retrieve lens information from the lens; a controller to obtain images that are pre-distorted according to the lens information, the controller to display the pre-distorted images on the display; characterized in that it further comprises: an eye cup comprising a flexible material to enable adjustment to the eye cup shape, the eye cup comprising first and second opposing ends with the lens receptacle positioned at the first end and the display positioned at the second end; an actuator to vary the shape of the eye cup; wherein the controller is to determine a lens type from the lens information, and to control the actuator to adjust the shape of the eye cup based on the lens type. a display; a variable lens receptacle to receive an interchangeable lens; a sensor to retrieve lens information from the lens; a controller to obtain images that are pre-distorted according to the lens information, the controller to display the pre-distorted images on the display; characterized in that it further comprises: an eye cup comprising a flexible material to enable adjustment to the eye cup shape, the eye cup comprising first and second opposing ends with the lens receptacle positioned at the first end and the display positioned at the second end; an actuator to vary the shape of the eye cup; wherein the controller is to determine a lens type from the lens information, and to control the actuator to adjust the shape of the eye cup based on the lens type. an eye cup comprising a flexible material to enable adjustment to the eye cup shape, the eye cup comprising first and second opposing ends with the lens receptacle positioned at the first end and the display positioned at the second end; an actuator to vary the shape of the eye cup; wherein the controller is to determine a lens type from the lens information, and to control the actuator to adjust the shape of the eye cup based on the lens type.
A deployable reflector system, comprising: a support structure; a reflector surface connected to the support structure; the reflector surface comprised of a carbon nanotube, CNT, sheet which is highly reflective of electromagnetic waves; the support structure configured to transition from a compact stowed configuration to a larger deployed configuration; the CNT sheet intricately folded in accordance with a predetermined folding pattern to define a compact folded state when the support structure is in the stowed configuration, wherein the CNT sheet is comprised of a solid non-mesh surface; and the predetermined folding pattern configured to permit automatic extension of the CNT sheet from the compact folded state to a fully unfolded state when a tension force is applied to at least a portion of the CNT sheet by the support structure; wherein the deployable reflector system is characterized in that the predetermined folding pattern is defined by three primary fold elements including an inner polygon, an outer polygon, and a plurality of wedges, wherein the inner polygon and the outer polygon have a common center point, and wherein the inner polygon has predetermined number corners defined by the value n, and the outer polygon has a predetermined number of corners defined by the value 2n. a support structure; a reflector surface connected to the support structure; the reflector surface comprised of a carbon nanotube, CNT, sheet which is highly reflective of electromagnetic waves; the support structure configured to transition from a compact stowed configuration to a larger deployed configuration; the CNT sheet intricately folded in accordance with a predetermined folding pattern to define a compact folded state when the support structure is in the stowed configuration, wherein the CNT sheet is comprised of a solid non-mesh surface; and the predetermined folding pattern configured to permit automatic extension of the CNT sheet from the compact folded state to a fully unfolded state when a tension force is applied to at least a portion of the CNT sheet by the support structure; wherein the deployable reflector system is characterized in that the predetermined folding pattern is defined by three primary fold elements including an inner polygon, an outer polygon, and a plurality of wedges, wherein the inner polygon and the outer polygon have a common center point, and wherein the inner polygon has predetermined number corners defined by the value n, and the outer polygon has a predetermined number of corners defined by the value 2n.
A fluid measurement system, the system comprising: at least one of an AC compensator configured and adapted to measure a capacitance of a fluid or a spool densitometer configured and adapted to measure a density of the fluid; a signal processor operatively connected to at least one of the AC compensator or the spool densitometer, the signal processor configured and adapted to produce a serial word 106a, 106b) that is indicative of at least one of the density of the fluid from the spool densitometer or the capacitance of the fluid from the AC compensator, the serial word configured to be communicated externally of the signal processor; and a processing system operatively connected to the signal processor to read the serial word (106a, 106b) and decode the serial word (106a, 106b), wherein the processing system includes a velocity of sound signal conditioner to read and decode the serial word (106a, 106b) to determine the at least one of the density of the fluid from the spool densitometer or the capacitance of the fluid from the AC compensator, wherein a transmit function of the velocity of sound signal conditioner is configured and adapted to be disabled. at least one of an AC compensator configured and adapted to measure a capacitance of a fluid or a spool densitometer configured and adapted to measure a density of the fluid; a signal processor operatively connected to at least one of the AC compensator or the spool densitometer, the signal processor configured and adapted to produce a serial word 106a, 106b) that is indicative of at least one of the density of the fluid from the spool densitometer or the capacitance of the fluid from the AC compensator, the serial word configured to be communicated externally of the signal processor; and a processing system operatively connected to the signal processor to read the serial word (106a, 106b) and decode the serial word (106a, 106b), wherein the processing system includes a velocity of sound signal conditioner to read and decode the serial word (106a, 106b) to determine the at least one of the density of the fluid from the spool densitometer or the capacitance of the fluid from the AC compensator, wherein a transmit function of the velocity of sound signal conditioner is configured and adapted to be disabled.
A portable depilation instrument, comprising: a shell, and a depilation mechanism and a heat dissipation mechanism inside the shell, and at least two outlets, wherein the shell is provided with one inlet; the heat dissipation mechanism comprises a heat conductive component; and the one inlet is separately in communication with different outlets of the at least two outlets, to form at least two channels; each of the at least two channels is provided with an element generating heat; and after being introduced from the one inlet, under a guidance of the heat conductive component, an external cooling medium separately passes through different channels of the at least two channels and the external cooling medium is then discharged from a corresponding outlet of the at least two outlets, and the external cooling medium brings the heat of a separately passing region out of the shell and characterized in that the at least two outlets are provided on the shell; a second outlet is disposed on one side of the one inlet, the second outlet and the one inlet are disposed on a side surface of the shell near one end of a heat conductive element, and a first outlet is located at an end portion of the shell away from the heat conductive element, so that air of a first channel completely passes through an inside of the shell, and simultaneously takes the heat inside the shell out, and an air inlet direction of the one inlet is parallel to an air outlet direction of the second outlet, and the air inlet direction of the one inlet is perpendicular to an air outlet direction of the first outlet. a shell, and a depilation mechanism and a heat dissipation mechanism inside the shell, and at least two outlets, wherein the shell is provided with one inlet; the heat dissipation mechanism comprises a heat conductive component; and the one inlet is separately in communication with different outlets of the at least two outlets, to form at least two channels; each of the at least two channels is provided with an element generating heat; and after being introduced from the one inlet, under a guidance of the heat conductive component, an external cooling medium separately passes through different channels of the at least two channels and the external cooling medium is then discharged from a corresponding outlet of the at least two outlets, and the external cooling medium brings the heat of a separately passing region out of the shell and characterized in that the at least two outlets are provided on the shell; a second outlet is disposed on one side of the one inlet, the second outlet and the one inlet are disposed on a side surface of the shell near one end of a heat conductive element, and a first outlet is located at an end portion of the shell away from the heat conductive element, so that air of a first channel completely passes through an inside of the shell, and simultaneously takes the heat inside the shell out, and an air inlet direction of the one inlet is parallel to an air outlet direction of the second outlet, and the air inlet direction of the one inlet is perpendicular to an air outlet direction of the first outlet.
A lock assembly, in particular for vehicle doors or vehicle hatches, preferably for a hatchback, having a lock housing, a rotary latch which is rotatably mounted on the lock housing and which is movable at least between an open position and a main detent position, a pawl which is pivotally mounted on the lock housing and which is movable between a locking position, in which it engages with the rotary latch, and a release position, wherein a pivotally mounted closing and blocking lever is arranged on the lock housing, which can be pivoted between a standby position, in which the closing and blocking lever and the rotary latch are not in engagement with each other, and a closed position, wherein the rotary latch has a stop element and the closing and blocking lever and the stop element are configured in such a way that as the closing and blocking lever pivots in the direction of the closed position, a tab of the closing and blocking lever comes into action with the stop element, and that as the closing and blocking lever continues to pivot to the closed position, the tab, by moving the stop element, moves the rotary latch into the main detent position, in which the pawl comes into the locking position in order to block a movement of the rotary latch in the direction of the open position, characterized in that, when the rotary latch is in the main detent position, a contact face of the rotary latch is positioned in such a way that the closing and blocking lever, as it pivots from the closed position in the direction of the standby position, assumes a blocking position in action with the contact face in order to block a movement of the rotary latch past the main detent position.
Use as perfuming ingredient of a compound of formula in the form of any one of its stereoisomers or a mixture thereof, and wherein the bold and hatched lines indicate a relative or absolute configuration.
Hand-held power tool, in particular hand-held electric power tool, having a controllable drive machine which is connected/connectable via a transmission device to a tool to be driven, wherein the transmission device has a controllable gearbox having at least two different gears and a controllable impact mechanism, and having a control device, operable by a user, for operating the hand-held power tool, wherein the control device has an actuable selector switch for selecting one of a plurality of predefined operating modes and controls the drive machine, the gearbox and the impact mechanism depending on an actuation of the selector switch, characterized in that the gearbox is assigned an electrically controllable transmission actuator for setting the gears.
An electrochemical cell comprising an electrode, the electrode comprising a substrate (4; 20) on which is located a porous layer of a conducting oxide and having located thereon Ferredoxin NADP Reductase.
A recording method for an optical disc (1; 2) having at least three recording layers, the method including a step of recording and reproducing test data for determining the optimal recording power when user data are recorded in each recording layer, and determining the optimal recording power by evaluating the reproduction results, wherein when test recording areas are formed by recording the test data, the test recording areas (21, 23) in the odd-numbered recording layers (11, 13) and the test recording areas (22, 24) in the even-numbered recording layers (12, 14) do not overlap in the thickness direction of the optical disc (1; 2), the test recording areas (21, 23) in the odd-numbered recording layers (11, 13) are mutually aligned in the thickness direction, and the test recording areas (22, 24) in the even-numbered recording layers (12, 14) are mutually aligned in the thickness direction; the test recording areas (21, 23) in the odd-numbered recording layers (11, 13) are formed near one of the innermost circumference and the outermost circumference of the optical disc (1; 2), and the test recording areas (22, 24) in the even-numbered recording layers (12, 14) are formed near another one of the innermost circumference (la) and the outermost circumference of the optical disc (1; 2); and the test recording areas are formed in positions facing a reproduce-only area of the optical disc (1; 2).
An ultrasound guidance apparatus (1501; 1502), comprising: at least one processor (1501; 1510) configured to guide capture of an ultrasound image containing a target anatomical view of a subject based on analysis of another ultrasound image; wherein: the at least one processor is configured to obtain an image of an ultrasound device being used by an operator, and generate, using the obtained image of the ultrasound device, an augmented reality interface to guide the operator to capture the ultrasound image containing the target anatomical view; the apparatus further comprises a display (1503; 1508) coupled to the at least one processor and configured to display the augmented reality interface to the operator; and the at least one processor is configured to generate the augmented reality interface at least in part by overlaying at least one instruction indicating how the operator is to reposition the ultrasound device onto the image of the ultrasound device to form a composite image. the at least one processor is configured to obtain an image of an ultrasound device being used by an operator, and generate, using the obtained image of the ultrasound device, an augmented reality interface to guide the operator to capture the ultrasound image containing the target anatomical view; the apparatus further comprises a display (1503; 1508) coupled to the at least one processor and configured to display the augmented reality interface to the operator; and the at least one processor is configured to generate the augmented reality interface at least in part by overlaying at least one instruction indicating how the operator is to reposition the ultrasound device onto the image of the ultrasound device to form a composite image.
A surgical stapler comprising: a handle assembly including a stationary handle and a firing trigger, the stationary handle defining a window; a central body extending distally from the handle assembly; a cartridge assembly supported on a distal end of the central body; an anvil assembly supported adjacent the distal end of the central body, the anvil assembly being movable in relation to the cartridge assembly between spaced and approximated positions; an approximation mechanism including a longitudinally movable drive screw, the drive screw being operatively connected to the anvil assembly such that longitudinal movement of the drive screw effects movement of the anvil assembly in relation to the cartridge assembly between the spaced and approximated positions, the drive screw supporting an abutment; and an indicator assembly including a slide (52, 152) and a lever (54, 154), characterized in that the slide has indicia visible through the window in the stationary handle, the lever being operatively engaged with the slide and positioned to engage the abutment on the drive screw when the drive screw is moved proximally within the stationary handle to translate longitudinal movement of the drive screw into longitudinal movement of the slide to effect longitudinal movement of the indicia within the window, wherein the lever is engaged with the abutment and the slide and is configured to translate movement of the abutment over a distance of X1 into movement of the slide over a distance of X2, wherein X2 is greater than X1. a handle assembly including a stationary handle and a firing trigger, the stationary handle defining a window; a central body extending distally from the handle assembly; a cartridge assembly supported on a distal end of the central body; an anvil assembly supported adjacent the distal end of the central body, the anvil assembly being movable in relation to the cartridge assembly between spaced and approximated positions; an approximation mechanism including a longitudinally movable drive screw, the drive screw being operatively connected to the anvil assembly such that longitudinal movement of the drive screw effects movement of the anvil assembly in relation to the cartridge assembly between the spaced and approximated positions, the drive screw supporting an abutment; and an indicator assembly including a slide (52, 152) and a lever (54, 154), characterized in that the slide has indicia visible through the window in the stationary handle, the lever being operatively engaged with the slide and positioned to engage the abutment on the drive screw when the drive screw is moved proximally within the stationary handle to translate longitudinal movement of the drive screw into longitudinal movement of the slide to effect longitudinal movement of the indicia within the window, wherein the lever is engaged with the abutment and the slide and is configured to translate movement of the abutment over a distance of X1 into movement of the slide over a distance of X2, wherein X2 is greater than X1.
A method for suppressing plant virus infection transmitted by winged pests, the method comprising applying, to a crop, a composition comprising: (a) a glycerin acetic acid fatty acid ester; and (b) at least one insecticidal compound selected from the group consisting of nitenpyram, pyridaben, spiromesifen, acetamiprid, milbemectin, flonicamid, and salts thereof, or a mixture of buprofezin and fenpyroximate, and salts thereof, wherein the glycerin acetic acid fatty acid ester is glycerin diacetomonolaurate. (a) a glycerin acetic acid fatty acid ester; and (b) at least one insecticidal compound selected from the group consisting of nitenpyram, pyridaben, spiromesifen, acetamiprid, milbemectin, flonicamid, and salts thereof, or a mixture of buprofezin and fenpyroximate, and salts thereof,
Abrasive material, wherein the abrasive material includes a first and an opposite side, including hairs or fibres on the first side of the abrasive material, characterized in that the hairs or fibers on the first side of the abrasive material are formed by starting from one double layer fabric with a woven or stitched W-connection of a wire through a top and a bottom layer of the double layer fabric and cutting this W-connection in between the top and bottom layer of the double layer fabric, thereby obtaining a W-connection through the first side and opposite side of the abrasive material and forming the hairs or fibers on a first side of the abrasive material, in which the hairs are post-treated so that the shape of the hairs is permanently changed, and in which the hairs are equipped with abrasive particles.