mhurhangee/patent-ind-claim-en huggingface dataset:
A method of placing a code , having a plurality of digits, in original data having media data including audio data to produce coded data , the method: determining an area of original data where a digit of the code can be placed to inhibit audio detection during audio playback of coded data using a placement criteria wherein determining a determined area includes: analysing changes of one or more characteristics of the original data and selecting an area of original data where a digit of the code is to be placed, including detecting a rate of change of one or more audible time-domain characteristics of the original data ; and selecting, using the placement criteria, an area of original data following a start point or detection of a rate of change of one of said detected changing characteristics for placement of a digit of the code ; applying a coding strategy to determine at least one of the format or location , in the determined area , of a digit of the code in coded data , wherein the or each digit of the code have a melodic relationship with an audible time-domain characteristic of the corresponding original data at the location in which it is placed; and adding a digit to the original data and outputting coded data . determining an area of original data where a digit of the code can be placed to inhibit audio detection during audio playback of coded data using a placement criteria wherein determining a determined area includes: analysing changes of one or more characteristics of the original data and selecting an area of original data where a digit of the code is to be placed, including detecting a rate of change of one or more audible time-domain characteristics of the original data ; and selecting, using the placement criteria, an area of original data following a start point or detection of a rate of change of one of said detected changing characteristics for placement of a digit of the code ; analysing changes of one or more characteristics of the original data and selecting an area of original data where a digit of the code is to be placed, including detecting a rate of change of one or more audible time-domain characteristics of the original data ; and selecting, using the placement criteria, an area of original data following a start point or detection of a rate of change of one of said detected changing characteristics for placement of a digit of the code ; applying a coding strategy to determine at least one of the format or location , in the determined area , of a digit of the code in coded data , wherein the or each digit of the code have a melodic relationship with an audible time-domain characteristic of the corresponding original data at the location in which it is placed; and adding a digit to the original data and outputting coded data .
A method for enabling a wireless secured communication between slave devices (a1-aN) and a first device comprising a first master device implementing a secure wireless protocol for pairing, a wireless docking station configuring a second master device for making the slave devices available to connect to the first master device , thereby forming a docking environment comprising the wireless docking station and the slave devices, for each of the slave devices (a1-aN), pairing the slave device with the second master device using an appropriate Bluetooth pairing protocol that the slave device (a1-aN) supports, for enabling a second wireless secured communication between the slave device (a1-aN) and the second master device ; creating and configuring relayed slave devices (b1-bN) which correspond to the slave devices (a1-aN) by being functionally identical while having different device addresses, the relayed slave devices (b1-bN) being adapted to pair with the first master device using the secured wireless pairing protocol; sending to the first master device information about the relayed slave devices (b1-bN) for enabling pairing selected relayed slave devices (b1-bN) with the first master device using the secured wireless pairing protocol.
A binding machine comprising a feeding unit that is configured to feed out a wire (W) from a reel housed in a housing unit of the binding machine and to pull back the wire, wherein the housing unit is housing the reel , the reel having a hub portion serving as the winding core of the wire (W) and a pair of flange portions provided at both end sides of the hub portion , wherein the housing comprises an inner wall having a peripheral wall facing the hub portion and a restriction unit protrudes towards the reel from a wall surface at an end portion of the peripheral wall or in a vicinity thereof, wherein the housing unit includes a case that houses the reel and a cover that can open and close an opening for mounting the reel provided in the case , wherein the restriction unit is provided on the inner wall of the housing unit to prevent, in a situation in which the wire (W) slackened in the housing unit comes into contact with the inner wall and laterally moves in an axial direction of the reel along the inner wall , a further lateral movement of the wire along the inner wall to effectively cope with a fault caused by slackness of the wire in the housing unit, wherein the restriction unit is a protrusion protruding from the inner wall toward an inside of the housing unit , the restriction unit is provided on the inner wall located on a side opposite to the feeding unit via the reel 120, characterized in that the restriction unit protrudes from the inner wall on a side of the case or the cover toward the flange portion of the pair of flange portions which is closer to the opening . wherein the housing comprises an inner wall having a peripheral wall facing the hub portion and a restriction unit protrudes towards the reel from a wall surface at an end portion of the peripheral wall or in a vicinity thereof, wherein the housing unit includes a case that houses the reel and a cover that can open and close an opening for mounting the reel provided in the case , wherein the restriction unit is provided on the inner wall of the housing unit to prevent, in a situation in which the wire (W) slackened in the housing unit comes into contact with the inner wall and laterally moves in an axial direction of the reel along the inner wall , a further lateral movement of the wire along the inner wall to effectively cope with a fault caused by slackness of the wire in the housing unit, wherein the restriction unit is a protrusion protruding from the inner wall toward an inside of the housing unit , the restriction unit is provided on the inner wall located on a side opposite to the feeding unit via the reel 120, characterized in that the restriction unit protrudes from the inner wall on a side of the case or the cover toward the flange portion of the pair of flange portions which is closer to the opening .
A process for adhering a window to a frame comprising the steps of: providing a frame for the window having an inner peripheral surface defining an opening in the frame and an outer peripheral surface of the frame , wherein the inner peripheral surface and the outer peripheral surface have two or more mating corners ; providing a single component curable adhesive; applying a bead of single component curable adhesive at least partially around the opening in the frame on a flange between the inner peripheral surface and the outer peripheral surface , wherein applying the bead of single component curable adhesive further includes applying to at least two or more preselected areas located at the two or more mating corners a boosting agent that is added to the single component curable adhesive for securely holding the window in place upon assembly of the window into the frame ; providing the window having an edge; placing the window on the frame such that a portion of an inside surface of the window extends over the flange and the edge aligns with the outer peripheral surface of the frame wherein the bead of single component curable adhesive and the boosting agent is positioned between an inside surface of the window and the flange of the frame . providing a frame for the window having an inner peripheral surface defining an opening in the frame and an outer peripheral surface of the frame , wherein the inner peripheral surface and the outer peripheral surface have two or more mating corners ; providing a single component curable adhesive; applying a bead of single component curable adhesive at least partially around the opening in the frame on a flange between the inner peripheral surface and the outer peripheral surface , wherein applying the bead of single component curable adhesive further includes applying to at least two or more preselected areas located at the two or more mating corners a boosting agent that is added to the single component curable adhesive for securely holding the window in place upon assembly of the window into the frame ; providing the window having an edge; placing the window on the frame such that a portion of an inside surface of the window extends over the flange and the edge aligns with the outer peripheral surface of the frame wherein the bead of single component curable adhesive and the boosting agent is positioned between an inside surface of the window and the flange of the frame .
An injection assembly for pressure die casting systems, comprising an injection cylinder adapted to inject liquid metal into a casting cavity , said injection cylinder being actuated by a hydraulic flow of an oil-pressure controlled circuit; said oil-pressure controlled circuit comprising a hydraulic cushion which blocks and releases the flow of said hydraulic fluid in said injection cylinder ; said hydraulic cylinder providing a counter pressure of a preset value to control the injection speeds and to prevent cavitation in said injection cylinder ; said injection cylinder comprising an injection piston which forms a piston side chamber and an annular chamber ; said hydraulic cushion comprising a cylindrical body which contains a stem provided with a piston and moving axially in said cylindrical body; said piston dividing the internal volume of said cylindrical body into a reduced chamber and into a larger chamber ; said injection assembly being characterized in that said cylindrical body of said hydraulic cushion comprises a resting surface opposed to said stem ; said resting surface being smaller than the surface of said stem .
Clutch for a rotary shaft , said clutch comprising an annular chamber , a housing and a thin-walled sleeve forming an axially extended thin wall of the annular chamber , which chamber is arranged to be supplied with a pressurized fluid for substantially elastic deformation of the sleeve , so that a surface of the sleeve engages a smooth complementary shaped surface so that the shaft is drivingly connected to the clutch , the clutch further comprising a trigger device and a channel system activatable by said trigger device upon a relative angular movement between the shaft and the housing , the chamber being connected to said channel system and the channel system being arranged to, when it is activated by said trigger device , assume a state in which the pressurized fluid can flow through the channel system away from the chamber , so that the shaft can rotate independently of the housing , characterised in that the trigger device comprises a cam wheel , in that the cam wheel has a substantially constant first radius (R1) across a first angular interval (AI1) and a second radius (R2) across a second angular interval (AI2), which second radius (R2) is smaller than the first radius (R1), in that the cam wheel is arranged to be supported on an envelope surface at a contact point being within the first angular interval (AI1), in that the cam wheel is arranged to rotate in relation to the envelope surface as a result of a relative angular movement between the shaft and the housing , in that the trigger device is arranged to, when the cam wheel rotates so that the said contact point becomes located within the second angular interval (AI2), displace the cam wheel radially towards the envelope surface and as a result activate said channel system .
Casing for video cameras comprising: - a tubular body with substantially longitudinal development having the first end and the second end open and within which there is defined a housing configured to house a support framework for supporting one of said video cameras ; - a head element made of transparent material, configured to be at least partly inserted into said tubular body and positioned in a closing position to close said first end ; - a bottom element positioned to close said second end ; characterised in that said tubular body comprises first stop means projecting towards the inside of said tubular body so as to stop the advancement of said head element in said closing position of said first end , said first stop means being defined by deformation of the outer surface of said tubular body in proximity of said first end , obtained by roll-forming said tubular body . - a tubular body with substantially longitudinal development having the first end and the second end open and within which there is defined a housing configured to house a support framework for supporting one of said video cameras ; - a head element made of transparent material, configured to be at least partly inserted into said tubular body and positioned in a closing position to close said first end ; - a bottom element positioned to close said second end ; characterised in that said tubular body comprises first stop means projecting towards the inside of said tubular body so as to stop the advancement of said head element in said closing position of said first end , said first stop means being defined by deformation of the outer surface of said tubular body in proximity of said first end , obtained by roll-forming said tubular body .
A dye-sensitized photoelectric conversion element comprising at least one dye-sensitized photoelectric conversion cell which includes - a first electrode substrate having a transparent substrate and, provided thereon, a transparent conductive film , and further having an ultraviolet absorbing layer , - a second electrode facing the first electrode substrate , - an oxide semiconductor layer provided on the first electrode substrate or the second electrode , - a photosensitizing dye adsorbed to the oxide semiconductor layer , and - an electrolyte provided between the first electrode substrate and the second electrode , characterized in that the transmittance T A (%) of the electrolyte at a wavelength corresponding to a band gap of an oxide semiconductor constituting the oxide semiconductor layer and the transmittance T B (%) of the first electrode substrate at that wavelength satisfy the Equations: 0.01 × T A × T B < 42 3.5 ≤ T B ≤ 70 - a first electrode substrate having a transparent substrate and, provided thereon, a transparent conductive film , and further having an ultraviolet absorbing layer , - a second electrode facing the first electrode substrate , - an oxide semiconductor layer provided on the first electrode substrate or the second electrode , - a photosensitizing dye adsorbed to the oxide semiconductor layer , and - an electrolyte provided between the first electrode substrate and the second electrode ,
A method, comprising: controlling speed of an eMachine in a hybrid system to a desired speed with a motor torque PID controller that regulates torque of the eMachine , wherein a clutch is operatively disposed between the eMachine and an internal combustion engine so as to selectively engage and disengage the two; actuating said clutch to a touch point by regulating clutch pressure with a clutch pressure PID controller ; characterized in that said method further comprises the step of adjusting the desired speed for the motor torque PID controller by a compensation function to account for a change in torque caused by said actuating the clutch . controlling speed of an eMachine in a hybrid system to a desired speed with a motor torque PID controller that regulates torque of the eMachine , wherein a clutch is operatively disposed between the eMachine and an internal combustion engine so as to selectively engage and disengage the two; actuating said clutch to a touch point by regulating clutch pressure with a clutch pressure PID controller ; characterized in that said method further comprises the step of adjusting the desired speed for the motor torque PID controller by a compensation function to account for a change in torque caused by said actuating the clutch .
A center pivot irrigation system , comprising: a sprinkler arm comprising one or more pipe segments each including a plurality of spaced apart nozzles ; a plurality of towers supporting the sprinkler arm, wherein a drive motor is provided on each of the towers to drive wheels on the tower to rotate the sprinkler arm about a center pivot axis at a rotation speed; a water supply for providing input water to the sprinkler arm; a plurality of control valves each provided on the sprinkler arm upstream of a set of the plurality of spaced apart nozzles; a controller configured to run a valve operation module that, for each of a plurality of sequential valve duty cycles, generates a valve pattern defining a group of the plurality of spaced apart nozzles to discharge the input water from the sprinkler arm and transmit control signals to the control valves causing the control valves associated with the group of the plurality of spaced apart nozzles to open; and a location monitor on the sprinkler arm for determining a current geographic location of the sprinkler arm, wherein the controller is configured to generate the valve pattern based on both the current geographic location and an irrigation plan defining a first irrigation zone and a second irrigation zone, the first irrigation zone being assigned a first application depth and the second irrigation zone being assigned a second application depth differing from the first application depth; and wherein the group of the plurality of spaced apart nozzles defined by the valve pattern differs for each of the valve duty cycles. a sprinkler arm comprising one or more pipe segments each including a plurality of spaced apart nozzles ; a plurality of towers supporting the sprinkler arm, wherein a drive motor is provided on each of the towers to drive wheels on the tower to rotate the sprinkler arm about a center pivot axis at a rotation speed; a water supply for providing input water to the sprinkler arm; a plurality of control valves each provided on the sprinkler arm upstream of a set of the plurality of spaced apart nozzles; a controller configured to run a valve operation module that, for each of a plurality of sequential valve duty cycles, generates a valve pattern defining a group of the plurality of spaced apart nozzles to discharge the input water from the sprinkler arm and transmit control signals to the control valves causing the control valves associated with the group of the plurality of spaced apart nozzles to open; and a location monitor on the sprinkler arm for determining a current geographic location of the sprinkler arm, wherein the controller is configured to generate the valve pattern based on both the current geographic location and an irrigation plan defining a first irrigation zone and a second irrigation zone, the first irrigation zone being assigned a first application depth and the second irrigation zone being assigned a second application depth differing from the first application depth; and wherein the group of the plurality of spaced apart nozzles defined by the valve pattern differs for each of the valve duty cycles.
An optical fiber comprising: a central core portion ; an intermediate layer formed around an outer circumference of the central core portion ; a trench layer formed around an outer circumference of the intermediate layer ; and a cladding portion formed around an outer circumference of the trench layer , wherein when, relative to the cladding portion , a relative refractive-index difference of the central core portion is Δ1, a relative refractive-index difference of the intermediate layer is Δ2, and a relative refractive-index difference of the trench layer is Δ3, relationships Δ1 > Δ 2> Δ3 and 0 > Δ3 are satisfied and Δ1 is equal to or greater than 0.34% and less than 0.40%, |Δ3| is equal to or greater than 0.10 % and less than 0.25%, and Δ1 × |Δ3| is less than 0.08% 2 , wherein when a core diameter of the central core portion is 2a, an inner diameter of the trench layer is 2b, and an outer diameter of the trench layer is 2c, b/a is equal to or greater than 1.8, and c/a is equal to or greater than 3.4 and equal to or less than 5.0, characterized in that a width c-b of the trench layer is greater than 8 μm. a central core portion ; an intermediate layer formed around an outer circumference of the central core portion ; a trench layer formed around an outer circumference of the intermediate layer ; and a cladding portion formed around an outer circumference of the trench layer , wherein when, relative to the cladding portion , a relative refractive-index difference of the central core portion is Δ1, a relative refractive-index difference of the intermediate layer is Δ2, and a relative refractive-index difference of the trench layer is Δ3, relationships Δ1 > Δ 2> Δ3 and 0 > Δ3 are satisfied and Δ1 is equal to or greater than 0.34% and less than 0.40%, |Δ3| is equal to or greater than 0.10 % and less than 0.25%, and Δ1 × |Δ3| is less than 0.08% 2 , wherein when a core diameter of the central core portion is 2a, an inner diameter of the trench layer is 2b, and an outer diameter of the trench layer is 2c, b/a is equal to or greater than 1.8, and c/a is equal to or greater than 3.4 and equal to or less than 5.0, characterized in that a width c-b of the trench layer is greater than 8 μm.
A compound of the formula or wherein R 1 and R 2 are selected from a C 1 -C 38 alkyl group, a C 1 -C 38 alkyl group which is substituted by one or more halogen atoms, especially a F containing C 2 -C 36 alkyl group, very especially CH 2 C n F 2n+1 (n = 1 to 10); a C 7 -C 25 arylalkyl group, which can be substituted one to five times with C 1 -C 8 alkyl, C 1 -C 8 alkoxy and/or F, especially or u is 1, or 2, v is 1 to 5; and pentafluorophenyl; Ar 1 and Ar 5 are independently of each other wherein R 3 and R 3' are independently of each other hydrogen, halogen, CF 3 , CN, C 1 -C 25 alkyl or C 1 -C 25 alkoxy, and R 8 is hydrogen or C 1 -C25alkyl; Ar 2 , Ar 3 , Ar 4 , Ar 6 , Ar 7 and Ar 8 are independently of each other wherein R 3 and R 3' are independently of each other hydrogen, halogen, CF 3 , CN, C 1 -C 25 alkyl or C 1 -C 25 alkoxy, and R 8 is hydrogen or C 1 -C 25 alkyl; and R 13 and R 14 are CN, or R 1 and R 2 are selected from a C 1 -C 38 alkyl group, a C 1 -C 38 alkyl group which is substituted by one or more halogen atoms, especially a F containing C 2 -C 36 alkyl group, very especially CH 2 C n F 2n+1 (n = 1 to 10); a C 7 -C 25 arylalkyl group, which can be substituted one to five times with C 1 -C 8 alkyl, C 1 -C 8 alkoxy and/or F, especially or u is 1, or 2, v is 1 to 5; and pentafluorophenyl; Ar 1 and Ar 5 are independently of each other wherein R 3 and R 3' are independently of each other hydrogen, halogen, CF 3 , CN, C 1 -C 25 alkyl or C 1 -C 25 alkoxy, and R 8 is hydrogen or C 1 -C25alkyl; Ar 2 , Ar 3 , Ar 4 , Ar 6 , Ar 7 and Ar 8 are independently of each other wherein R 3 and R 3' are independently of each other hydrogen, halogen, CF 3 , CN, C 1 -C 25 alkyl or C 1 -C 25 alkoxy, and R 8 is hydrogen or C 1 -C 25 alkyl; and R 13 and R 14 are CN, or