mhurhangee/patent-ind-claim-en huggingface dataset:
Device for attaching mudguard stays comprising at least one pair of elements that can be joined together with a reversible connection, namely a first element to be connected to a bicycle frame and a second element to be connected to a mudguard holder stay, characterised in that said first element has: - a first end with devices suitable for connecting with the bicycle frame; and - a second opposite end with an opening of a receptive seat for receiving the second element ; wherein said receptive seat in its end inside said first element , the one close to the devices suitable for being connected to the frame, has one or two attachment openings on a side wall; wherein said second element has: - a first end with a coupling for insertion through the opening in the receptive seat , wherein there are on said coupling coupling devices for coupling with said one or two attachment openings , the coupling and retention of the coupling devices with said one or two attachment openings takes place through the coming together of walls on said coupling devices and walls on said one or two attachment openings , whose position is orthogonal to the direction of insertion of the second element inside the first element ; and - a second opposite end with a threading to be tightened by a nut with a hole , in order to reduce a section of a longitudinal passage hole for holding the mudguard holder stay using friction, wherein - the second element is traversed longitudinally by said longitudinal passage hole having a cross-section larger than the diameter of the mudguard holder stay for receiving an end of the mudguard holder stay. - a first end with devices suitable for connecting with the bicycle frame; and - a second opposite end with an opening of a receptive seat for receiving the second element ; wherein said receptive seat in its end inside said first element , the one close to the devices suitable for being connected to the frame, has one or two attachment openings on a side wall; - a first end with a coupling for insertion through the opening in the receptive seat , wherein there are on said coupling coupling devices for coupling with said one or two attachment openings , the coupling and retention of the coupling devices with said one or two attachment openings takes place through the coming together of walls on said coupling devices and walls on said one or two attachment openings , whose position is orthogonal to the direction of insertion of the second element inside the first element ; and - a second opposite end with a threading to be tightened by a nut with a hole , in order to reduce a section of a longitudinal passage hole for holding the mudguard holder stay using friction, wherein - the second element is traversed longitudinally by said longitudinal passage hole having a cross-section larger than the diameter of the mudguard holder stay for receiving an end of the mudguard holder stay.
A printing apparatus configured to perform a plurality of different processings each including a series of operations performed by the printing apparatus and requiring a respective termination preparation for moving the printing apparatus into a state where the power source can be turned off safely, the printing apparatus comprising: a power source switch configured to switch a power source to on or off; a control circuit configured to control supply or shutoff of power from the power source; a measurement unit configured to measure a set time after the power source switch is switched to off; and a controller configured to control an operation of the printing apparatus and to perform, in a case where the power source switch is switched to off, the termination preparation of processing, among the plurality of different processings, being performed; and a power source control unit configured to cause the control circuit to shutoff supply of power from the power source when the termination preparation by the controller is completed or completion of the set time is measured by the measurement unit; characterized in that : the controller is configured to set a predetermined time in accordance with the processing being performed as the set time. a power source switch configured to switch a power source to on or off; a control circuit configured to control supply or shutoff of power from the power source; a measurement unit configured to measure a set time after the power source switch is switched to off; and a controller configured to control an operation of the printing apparatus and to perform, in a case where the power source switch is switched to off, the termination preparation of processing, among the plurality of different processings, being performed; and a power source control unit configured to cause the control circuit to shutoff supply of power from the power source when the termination preparation by the controller is completed or completion of the set time is measured by the measurement unit; characterized in that : the controller is configured to set a predetermined time in accordance with the processing being performed as the set time.
A fan module having variable pitch blades for a propulsion assembly having a longitudinal axis (X), said module comprising: - a rotary casing which rotates about the longitudinal axis (X) and carries the blades , - a system for changing the pitch of the blades comprising a control device and a connection mechanism , the control device comprising an annular actuator centred on the longitudinal axis (X) having a stationary body fitted to the rotary casing and a body movable in translation relative to the stationary body along the longitudinal axis (X), the movable body being coupled to a synchronising ring gear of the connection mechanism, said synchronising ring gear being connected to the blades and configured to be driven in translation along the longitudinal axis (X) by the movable body so as to change the pitch of the blades; and - a device for feathering the blades , in particular in the event of failure of said control device, said feathering device comprising an annular row of fly-weights carried by the rotary casing , characterised in that the annular row of fly-weights is coupled to the synchronising ring gear , each of the fly-weights being connected to the synchronising ring gear by a connecting rod , a first and a second end of which comprise ball-and-socket joints , and the fly-weights being capable, under the centrifugal effect, of being displaced into a position in which the synchronising ring gear imposes a feathered position on the blades. - a rotary casing which rotates about the longitudinal axis (X) and carries the blades , - a system for changing the pitch of the blades comprising a control device and a connection mechanism , the control device comprising an annular actuator centred on the longitudinal axis (X) having a stationary body fitted to the rotary casing and a body movable in translation relative to the stationary body along the longitudinal axis (X), the movable body being coupled to a synchronising ring gear of the connection mechanism, said synchronising ring gear being connected to the blades and configured to be driven in translation along the longitudinal axis (X) by the movable body so as to change the pitch of the blades; and - a device for feathering the blades , in particular in the event of failure of said control device, said feathering device comprising an annular row of fly-weights carried by the rotary casing ,
An installation structure of a high voltage electrical unit on a vehicle, which is installed between left and right seats , the structure comprising: a bracket fixed on a floor between the seats , the bracket being a press formed metal member having a bracket top plate arranged to form a space between the bracket top plate and the floor , and a plurality of bracket leg portions each of which connects the bracket top plate to the floor ; the high voltage electrical unit disposed on the bracket top plate of the bracket ; and a protect cover fixed to the bracket top plate to cover at least a portion of the high voltage electrical unit , wherein strength of the protect cover against a lateral load acting on the installation structure is higher than strength of the bracket against the lateral load, so that the bracket leg portions deform to absorb the lateral load. a bracket fixed on a floor between the seats , the bracket being a press formed metal member having a bracket top plate arranged to form a space between the bracket top plate and the floor , and a plurality of bracket leg portions each of which connects the bracket top plate to the floor ; the high voltage electrical unit disposed on the bracket top plate of the bracket ; and a protect cover fixed to the bracket top plate to cover at least a portion of the high voltage electrical unit , wherein strength of the protect cover against a lateral load acting on the installation structure is higher than strength of the bracket against the lateral load, so that the bracket leg portions deform to absorb the lateral load.
A film which comprises a polyvalent metal salt of a carboxylic acid, which salt is obtainable by reacting carboxyl groups of a poly(carboxylic acid) polymer (A) with a polyvalent metal compound (B), wherein the film is formed solely from the poly(carboxylic acid) polymer (A), and the poly(carboxylic acid) polymer (A) is a homopolymer of an α,β-monoethylenically unsaturated carboxylic acid or a copolymer of at least two types of α,β-monoethylenically unsaturated carboxylic acid, or a mixture of at least two such polymers, said α,β-monoethylenically unsaturated carboxylic acid being selected from acrylic acid, methacrylic acid, itaconic acid, maleic acid, fumaric acid and crotonic acid, and wherein the peak ratio (A 1560 /A 1700 ) of a height A 1560 of an absorption peak at a wave number of around 1560 cm -1 to a height A 1700 of an absorption peak at a wave number of around 1700 cm -1 in an infrared absorption spectrum of the film is at least 0.25, and wherein the film is obtainable by exposing a precursor film to an atmosphere having a relative humidity of at least 20 %, to thereby increase the peak ratio (A 1560 /A 1700 ) in an infrared absorption spectrum of the film to 0.25 or more, wherein said precursor film is obtainable from polymer (A) and compound (B), and has a peak ratio (A 1560 /A 1700 ) in an infrared absorption spectrum of the precursor film of less than 0.25.
A semiconductor device comprised of a single semiconductor chip, the semiconductor device comprising: a logic circuit (LGC) having a predetermined function and comprising a second scan chain (SC2); a plurality of test points (TP1 to TPm) that include a test point flip-flop, wherein the test points (TP1 to TPm) are configured to fix a target node within the logic circuit (LGC) to a predetermined logic level when the test point flip-flop holds a first value; a first scan chain (SC1) configured by sequentially coupling each of the test point flip-flops; a failure injection circuit (ERINC1, ERINC2, ERINC3) that is configured to generate failure data; a mass-production test pattern generation circuit (TPG) that is configured to generate a mass production test pattern and to input the mass production test pattern into the second scan chain (SC2); and a first selection circuit (SEL1) that is configured to select output data to the target node within the logic circuit (LGC) between the failure data and the mass production test pattern and to inject the failure data or the mass production test pattern for performing a scan test of the logic circuit (LGC) to the scan-in node of the first scan chain (SC1). a logic circuit (LGC) having a predetermined function and comprising a second scan chain (SC2); a plurality of test points (TP1 to TPm) that include a test point flip-flop, wherein the test points (TP1 to TPm) are configured to fix a target node within the logic circuit (LGC) to a predetermined logic level when the test point flip-flop holds a first value; a first scan chain (SC1) configured by sequentially coupling each of the test point flip-flops; a failure injection circuit (ERINC1, ERINC2, ERINC3) that is configured to generate failure data; a mass-production test pattern generation circuit (TPG) that is configured to generate a mass production test pattern and to input the mass production test pattern into the second scan chain (SC2); and a first selection circuit (SEL1) that is configured to select output data to the target node within the logic circuit (LGC) between the failure data and the mass production test pattern and to inject the failure data or the mass production test pattern for performing a scan test of the logic circuit (LGC) to the scan-in node of the first scan chain (SC1).
A computer-implemented process for locating an object to which a device is rigidly attached, comprising: receiving device motion features expressed in terms of device velocities or device accelerations from sensors on the device; capturing images of the device and the object to which it is rigidly attached; finding image motion features on a per pixel basis expressed in terms of image velocities or image accelerations in the captured images, the image motion features being for each pixel of one or more of the images, or for each pixel of a random distribution of pixels of one or more of the images, or for each pixel of a uniform distribution of pixels of one or more of the images; and in a common coordinate system , matching the device velocities with the image velocities or matching the device accelerations with the image accelerations, depending on which type of motion features are being used, by: computing on a per pixel basis the difference between the image motion features and the device motion features in one or more of the captured images; and determining the location of the device and any rigidly attached object in an image as the location of the smallest difference between the device motion features and the image motion features in the coordinates of the common coordinate system. receiving device motion features expressed in terms of device velocities or device accelerations from sensors on the device; capturing images of the device and the object to which it is rigidly attached; finding image motion features on a per pixel basis expressed in terms of image velocities or image accelerations in the captured images, the image motion features being for each pixel of one or more of the images, or for each pixel of a random distribution of pixels of one or more of the images, or for each pixel of a uniform distribution of pixels of one or more of the images; and in a common coordinate system , matching the device velocities with the image velocities or matching the device accelerations with the image accelerations, depending on which type of motion features are being used, by: computing on a per pixel basis the difference between the image motion features and the device motion features in one or more of the captured images; and determining the location of the device and any rigidly attached object in an image as the location of the smallest difference between the device motion features and the image motion features in the coordinates of the common coordinate system. computing on a per pixel basis the difference between the image motion features and the device motion features in one or more of the captured images; and determining the location of the device and any rigidly attached object in an image as the location of the smallest difference between the device motion features and the image motion features in the coordinates of the common coordinate system.
Overflow device which is to be arranged in a sanitary installation of a transport vehicle between a first tank and a second tank , comprising a main enclosure extending in a vertical direction (Z) between an upper water inlet nozzle , which is to be connected to the first tank , and a first lower water outlet nozzle , which is to be connected to the second tank , characterised in that : - the overflow device comprises a secondary enclosure comprising a second lower water outlet nozzle , the secondary enclosure being adjacent to the main enclosure , and the main enclosure comprising a first lateral overflow opening which opens into the secondary enclosure , the first lateral opening being arranged between the upper water inlet nozzle and the lower water outlet nozzle in the vertical direction (Z), and - the main enclosure comprises at least one protection member extending transversely in the main enclosure and covering more than 70% of the surface of a cross-section of the main enclosure . - the overflow device comprises a secondary enclosure comprising a second lower water outlet nozzle , the secondary enclosure being adjacent to the main enclosure , and the main enclosure comprising a first lateral overflow opening which opens into the secondary enclosure , the first lateral opening being arranged between the upper water inlet nozzle and the lower water outlet nozzle in the vertical direction (Z), and - the main enclosure comprises at least one protection member extending transversely in the main enclosure and covering more than 70% of the surface of a cross-section of the main enclosure .
An image device comprising: a pixel array comprising a first pixel array portion of a part of the pixel array and a second pixel array portion of another part of the pixel array that outputs an image; and a color filter array disposed over the pixel array , the color filter array comprising a first color filter pattern region (I) on the first pixel array portion and a second color filter pattern region (II) on the second pixel array portion , which comprise a plurality of color filters in each of the first pixel array portion and the second pixel array portion , each color filter corresponding to a pixel of the pixel array , wherein the first pattern region (I) is located at a center of the color filter array , and the second pattern region (II) surrounds the first pattern region (I), wherein a first color filter pattern region (I) of the color filter array is configured as a Bayer pattern, and a second color filter pattern of the second pattern region (II) of the color filter array is configured as a tetra pattern, wherein the tetra pattern includes four adjacent 2x2 matrices of color filters, each 2x2 matrix having color filters of a single color (R, Gr, Gb, B), wherein the single colors comprise red, green and blue. a pixel array comprising a first pixel array portion of a part of the pixel array and a second pixel array portion of another part of the pixel array that outputs an image; and a color filter array disposed over the pixel array , the color filter array comprising a first color filter pattern region (I) on the first pixel array portion and a second color filter pattern region (II) on the second pixel array portion , which comprise a plurality of color filters in each of the first pixel array portion and the second pixel array portion , each color filter corresponding to a pixel of the pixel array , wherein the first pattern region (I) is located at a center of the color filter array , and the second pattern region (II) surrounds the first pattern region (I), wherein a first color filter pattern region (I) of the color filter array is configured as a Bayer pattern, and a second color filter pattern of the second pattern region (II) of the color filter array is configured as a tetra pattern, wherein the tetra pattern includes four adjacent 2x2 matrices of color filters, each 2x2 matrix having color filters of a single color (R, Gr, Gb, B), wherein the single colors comprise red, green and blue.
A torque limiting device , comprising: a handle ; a drive shaft attached to the handle ; a torque limiting assembly coupled to the drive shaft ; the torque limiting assembly further comprising a shaft element ; a first transmission member housing the shaft element ; a second transmission member , the second transmission member being fixed to the shaft element and interacting with the first transmission member ; an adjusting sleeve for adjusting the degree of interaction between the first transmission member and the second transmission member , the adjusting sleeve slipped over the first transmission member and rotatably adjustable on the first transmission member by being rotatably mounted onto an outer thread on the first transmission member . a handle ; a drive shaft attached to the handle ; a torque limiting assembly coupled to the drive shaft ; the torque limiting assembly further comprising a shaft element ; a first transmission member housing the shaft element ; a second transmission member , the second transmission member being fixed to the shaft element and interacting with the first transmission member ; an adjusting sleeve for adjusting the degree of interaction between the first transmission member and the second transmission member , the adjusting sleeve slipped over the first transmission member and rotatably adjustable on the first transmission member by being rotatably mounted onto an outer thread on the first transmission member .
Shower head, preferably sanitary bath shower head, comprising - a shower head body , - a fluid inlet into the shower head body, - a jet disk having a plurality of jet discharge openings on a discharge side of the shower head body, - at least one first and one second distribution chamber in the shower head body, wherein a first group of jet discharge openings is in outputting fluid communication with the first distribution chamber , and a second group of jet discharge openings is in outputting fluid communication with the second distribution chamber , - a first fluid guidance from the fluid inlet to the first distribution chamber and a second fluid guidance from the fluid inlet to the second distribution chamber, - a user-operated switch-over valve for controllable unblocking of the first fluid guidance and blocking of the second fluid guidance or unblocking of the second fluid guidance and blocking of the first fluid guidance, and - a fluid pressure-actuated valve between the first and the second distribution chambers, which valve assumes a closed position due to a fluid pressure in the first distribution chamber and assumes an open position due to a fluid pressure in the second distribution chamber, characterized in that - the fluid pressure-actuated valve is a flap valve having a rigid, pivotably mounted valve flap which is disposed in a region of a boundary wall between the first and the second distribution chambers , which region is opposed to an entry region of the second fluid guidance into the second distribution chamber. - a shower head body , - a fluid inlet into the shower head body, - a jet disk having a plurality of jet discharge openings on a discharge side of the shower head body, - at least one first and one second distribution chamber in the shower head body, wherein a first group of jet discharge openings is in outputting fluid communication with the first distribution chamber , and a second group of jet discharge openings is in outputting fluid communication with the second distribution chamber , - a first fluid guidance from the fluid inlet to the first distribution chamber and a second fluid guidance from the fluid inlet to the second distribution chamber, - a user-operated switch-over valve for controllable unblocking of the first fluid guidance and blocking of the second fluid guidance or unblocking of the second fluid guidance and blocking of the first fluid guidance, and - a fluid pressure-actuated valve between the first and the second distribution chambers, which valve assumes a closed position due to a fluid pressure in the first distribution chamber and assumes an open position due to a fluid pressure in the second distribution chamber, - the fluid pressure-actuated valve is a flap valve having a rigid, pivotably mounted valve flap which is disposed in a region of a boundary wall between the first and the second distribution chambers , which region is opposed to an entry region of the second fluid guidance into the second distribution chamber.