mhurhangee/patent-ind-claim-en huggingface dataset:
Connecting device for connecting two components , wherein the connecting device comprises a main body , which main body comprises a receiving channel extending through the main body for accommodating a fixing element , wherein the receiving channel is accessible at an end by way of an insertion opening of the main body and/or at an end , in particular a further end , by way of a fixing opening of the main body , wherein the main body comprises a base section and a plurality of anchoring sections projecting away or protruding from the base section for anchoring the main body in one of the components , wherein the plurality of anchoring sections are configured as thickenings that are cylindrical at least in sections and wherein the thickenings that are cylindrical at least in sections directly adjoin one another and overlap one another.
A hybrid vehicle drive device comprising: a transmission that is coupled to an output shaft of an engine ; a clutch (CL) that is coupled to an output shaft of the transmission ; a first gear that is coupled to an output shaft of the clutch (CL); a final reduction gear that constantly meshes with the first gear ; and a drive shaft that is coupled to the final reduction gear , characterized by a power transmission mechanism having a first rotary element that is coupled to an electric motor and a second rotary element that meshes with the final reduction gear , which meshes with the first gear , on the opposite side of the rotational direction of the final reduction gear when moving forward, and rotates in response to the rotation of the first rotary element ; wherein the power transmission mechanism is disposed so that, when viewed from the rotational axis direction of each gear, a line (L1) that connects the rotational axis of the first rotary element and the rotational axis of the second rotary element is inclined to the first gear side in relation to the vertical direction of the vehicle when mounted to a vehicle. a transmission that is coupled to an output shaft of an engine ; a clutch (CL) that is coupled to an output shaft of the transmission ; a first gear that is coupled to an output shaft of the clutch (CL); a final reduction gear that constantly meshes with the first gear ; and a drive shaft that is coupled to the final reduction gear , characterized by a power transmission mechanism having a first rotary element that is coupled to an electric motor and a second rotary element that meshes with the final reduction gear , which meshes with the first gear , on the opposite side of the rotational direction of the final reduction gear when moving forward, and rotates in response to the rotation of the first rotary element ; wherein the power transmission mechanism is disposed so that, when viewed from the rotational axis direction of each gear, a line (L1) that connects the rotational axis of the first rotary element and the rotational axis of the second rotary element is inclined to the first gear side in relation to the vertical direction of the vehicle when mounted to a vehicle.
A matrix-array sensor comprising a matrix (MP) of detection elements (PX, PX i ) that are arranged in rows (L 1 - L m ) and in columns (C 1 - C n ) and a readout circuit (CL; CL'; CL 1 - CL n ) for each column, the detection elements of one and the same column being linked to the corresponding readout circuit via a bus (B), each detection element comprising a sensor (PHD) suitable for generating an electric current having an intensity that is representative of a physical quantity to be detected, a charge integrator (INT) configured to accumulate charges generated by said sensor, a comparator (CMP) configured to generate a trigger signal (FL) when a voltage level (V) across the terminals of this latter reaches a threshold level (V TH ), and a bus access logic circuit (CLA) configured to receive, as input, said trigger signal and, following the reception of said signal, to attempt to transmit, over said bus, an address (APX) of said detection element in the column, characterized in that the detection elements of one and the same column have different bus access priority levels, and in that said bus access logic circuit of each detection element is configured: to abandon transmission of said address and to provoke a reset of the charge integrator of the detection element if the bus is pre-empted by a detection element having a higher priority level; to count the number of attempts made before being able to transmit said address; and to communicate said number to said readout circuit along with said address of the detection element.
A likelihood generation apparatus for acquiring a likelihood of bits assigned to signal points of a 16 point quadrature amplitude modulation, 16QAM, signal based on a position of the signal points on a constellation diagram, wherein the likelihood generation apparatus comprises: a first likelihood generation unit configured to generate a likelihood of each of first two bits of each of 16QAM signal points of the 16QAM signal from a relationship of each of an I-axis component and a Q-axis component with a likelihood of the bits being assigned to a signal point of the 16 QAM signal based on a position of the signal point on a constellation diagram, wherein bit 0 of the first two bits is assigned to the I-axis, and bit 1 of the first two bits is assigned to the Q-axis on the constellation diagram, or bit 0 of the first two bits is assigned to the Q-axis, and bit 1 of the first two bits is assigned to the I-axis on the constellation diagram; and a second likelihood generation unit configured to generate a likelihood of each of remaining two bits, other than the first two bits of the each of the 16QAM signal points of the 16QAM signal, based on a position of the each of the 16QAM signal points in a lookup table, which is configured to input the I-axis component and the Q-axis component of the each of the 16QAM signal points as arguments, and includes regions acquired by dividing the constellation diagram based on a possible value of each of the bits. a first likelihood generation unit configured to generate a likelihood of each of first two bits of each of 16QAM signal points of the 16QAM signal from a relationship of each of an I-axis component and a Q-axis component with a likelihood of the bits being assigned to a signal point of the 16 QAM signal based on a position of the signal point on a constellation diagram, wherein bit 0 of the first two bits is assigned to the I-axis, and bit 1 of the first two bits is assigned to the Q-axis on the constellation diagram, or bit 0 of the first two bits is assigned to the Q-axis, and bit 1 of the first two bits is assigned to the I-axis on the constellation diagram; and a second likelihood generation unit configured to generate a likelihood of each of remaining two bits, other than the first two bits of the each of the 16QAM signal points of the 16QAM signal, based on a position of the each of the 16QAM signal points in a lookup table, which is configured to input the I-axis component and the Q-axis component of the each of the 16QAM signal points as arguments, and includes regions acquired by dividing the constellation diagram based on a possible value of each of the bits.
A method of manufacturing a sheet type conductive member that is configured to be attached to a connector mounted on a mounting object and that is configured to electrically connect a plurality of wiring portions of the mounting object to a plurality of contacts of the connector, the method being characterized by comprising: forming a plurality of flexible conductors and at least one connection conductor by continuously embroidering or weaving a conductive thread on or into a sheet member such that the conductive thread is exposed on a surface of the sheet member (SH), the sheet member having an insulating property and including a sheet body region (R1) and a peripheral region (R2) situated on a periphery of the sheet body region, the plurality of flexible conductors being situated inside the sheet body region and each including a first end portion electrically connected to a corresponding one of the plurality of wiring portions, a second end portion electrically connected to a corresponding one of the plurality of contacts, and a joint portion joining the first end portion and the second end portion together, and the at least one connection conductor being situated in the peripheral region and interconnecting corresponding two of the plurality of flexible conductors; and separating the peripheral region of the sheet member from the sheet body region and separating the at least one connection conductor from the plurality of flexible conductors. forming a plurality of flexible conductors and at least one connection conductor by continuously embroidering or weaving a conductive thread on or into a sheet member such that the conductive thread is exposed on a surface of the sheet member (SH), the sheet member having an insulating property and including a sheet body region (R1) and a peripheral region (R2) situated on a periphery of the sheet body region, the plurality of flexible conductors being situated inside the sheet body region and each including a first end portion electrically connected to a corresponding one of the plurality of wiring portions, a second end portion electrically connected to a corresponding one of the plurality of contacts, and a joint portion joining the first end portion and the second end portion together, and the at least one connection conductor being situated in the peripheral region and interconnecting corresponding two of the plurality of flexible conductors; and separating the peripheral region of the sheet member from the sheet body region and separating the at least one connection conductor from the plurality of flexible conductors.
A computer system adapted to perform a method comprising: encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, wherein the control data is a supplemental enhancement information ("SEI") message that indicates that inter-picture prediction dependencies across tile set boundaries are constrained for the given tile set, characterized in that the SEI message includes a syntax element that is usable for a decoder to assess whether quality of the given tile set is adversely affected when decoding the given tile set only. encoding multiple pictures to produce encoded data, wherein each of the multiple pictures is partitioned into multiple tiles; and outputting the encoded data along with control data that indicates that inter-picture prediction dependencies across specific boundaries are constrained for a given tile set of one or more tiles of the multiple tiles, wherein the given tile set is parameterized in the control data as one or more tile regions covering the one or more tiles of the multiple tiles, wherein the control data is a supplemental enhancement information ("SEI") message that indicates that inter-picture prediction dependencies across tile set boundaries are constrained for the given tile set, characterized in that the SEI message includes a syntax element that is usable for a decoder to assess whether quality of the given tile set is adversely affected when decoding the given tile set only.
A clot retrieval device for retrieving a clot from a blood vessel, comprising: a caged portion comprising: a distal end ; a proximal end ; an inner cage comprising a network of inner struts ; and an outer cage comprising a network of struts , the inner cage and outer cage comprising a delivery configuration within a microcatheter and a deployed configuration distal of the microcatheter operable to retrieve at least a portion of the clot; and a distal pinching portion located distal of the distal end of the caged portion, and a proximal pinching portion located proximal of the proximal end of the caged portion, each pinching portion comprising at least one pinching cell comprising a collapsed state and an expanded state distal of the microcatheter operable to tweeze at least a portion of the clot; wherein each pinching cell further comprises a plurality of strut members configured to actuate and pinch the clot from the blood vessel between the plurality of strut members; wherein each pinching cell further comprises: a first collar , a first lumen , a second collar , and a second lumen , and wherein the plurality of strut members are positioned between the first collar and the second collar. a caged portion comprising: a distal end ; a proximal end ; an inner cage comprising a network of inner struts ; and an outer cage comprising a network of struts , a distal end ; a proximal end ; an inner cage comprising a network of inner struts ; and an outer cage comprising a network of struts , the inner cage and outer cage comprising a delivery configuration within a microcatheter and a deployed configuration distal of the microcatheter operable to retrieve at least a portion of the clot; and a distal pinching portion located distal of the distal end of the caged portion, and a proximal pinching portion located proximal of the proximal end of the caged portion, each pinching portion comprising at least one pinching cell comprising a collapsed state and an expanded state distal of the microcatheter operable to tweeze at least a portion of the clot; wherein each pinching cell further comprises a plurality of strut members configured to actuate and pinch the clot from the blood vessel between the plurality of strut members; wherein each pinching cell further comprises: a first collar , a first lumen , a second collar , and a second lumen , and wherein the plurality of strut members are positioned between the first collar and the second collar. a first collar , a first lumen , a second collar , and a second lumen , and wherein the plurality of strut members are positioned between the first collar and the second collar.
Assembly comprising a cable having at least two signal wires and a connector , wherein the connector comprises at least two elongated inner signal contacts each connected to a wire of the cable , wherein the connector comprises a shielding portion formed of an inner shield and an outer shield , and wherein the inner shield at least approximately completely surrounds the wires of the cable and the outer shield at least partially surrounds the inner shield , wherein the connector comprises a first shielding part and a second shielding part each disclosing wings to create the inner shield and the outer shield overlapping the inner shield (50, figure 6B), wherein the second shielding part further comprises connecting wings which are bent around the first shielding part to radially fixate the second shielding part onto the first shielding part , characterized in that a groove extending perpendicular to the plug axial direction is formed on the outer surface of the first shielding part into which the connecting wings of the second shielding part are placed. wherein the connector comprises at least two elongated inner signal contacts each connected to a wire of the cable , wherein the connector comprises a shielding portion formed of an inner shield and an outer shield , and wherein the inner shield at least approximately completely surrounds the wires of the cable and the outer shield at least partially surrounds the inner shield , wherein the connector comprises a first shielding part and a second shielding part each disclosing wings to create the inner shield and the outer shield overlapping the inner shield (50, figure 6B), wherein the second shielding part further comprises connecting wings which are bent around the first shielding part to radially fixate the second shielding part onto the first shielding part , characterized in that
A method for measuring a burial depth (Δ) of a line buried underground, in which a detector cell transmits an electromagnetic pulse (B, B', B") as a primary signal and a secondary signal (B r ) is received and based on it, a distance (D) of the detector cell from the line is calculated, and at the same time, a height (d) of the detector cell above the soil surface (BO) is measured, and in order to determine the thickness (Δ) of the covering, the difference is calculated between the distance (D) and the height (d), characterized in that more than one excitation or transmission coil (3, 3', 3") extending in an xy-plane of a Cartesian coordinate system is used, the transmission coils (3, 3', 3") are positioned next to one another in a span extending perpendicular to a center axis (M) of the line and are moved over the line along this center axis (M) being parallel to the y-axis of said Cartesian coordinate system; the transmission coils (3, 3', 3") transmit time-lagged electromagnetic pulses (B, B', B") as a respective primary signal, and receiver coils are used, which are arranged in an equally distributed fashion in the xy-plane across the array of transmission coils (3, 3', 3"), where two receiver coils are combined with two axes or center axes extending in x-axis and z-axis of the Cartesian coordinate system respectively and said two receiver coils are combined as a pair extending orthogonally to one another to form a cube-like receiver unit ; and all of the receiver coils measure secondary signals (B r ) in reaction to the transmission of a respective primary pulse (B, B', B") by the transmission coils (3, 3', 3") .
A method for enhancing an image, the method comprising: retrieving a left image and a right image from an image source , the left image and the right image each depicting a same scene from a different viewpoint; determining a depth map based on a difference in spatial orientation between the left image and the right image; identifying a point of the left image or the right image selected by a user, wherein the selected point is associated with a first depth; determining one enhancement region surrounding the selected point based on the determined depth map, wherein determining the enhancement region comprises starting from the selected point of the left image or the right image and identifying, as the enhancement region, one contiguous portion of the left image or the right image that includes pixels that are contiguous with the selected point and have a depth within a threshold of the first depth; and sharpening only the enhancement region. retrieving a left image and a right image from an image source , the left image and the right image each depicting a same scene from a different viewpoint; determining a depth map based on a difference in spatial orientation between the left image and the right image; identifying a point of the left image or the right image selected by a user, wherein the selected point is associated with a first depth; determining one enhancement region surrounding the selected point based on the determined depth map, wherein determining the enhancement region comprises starting from the selected point of the left image or the right image and identifying, as the enhancement region, one contiguous portion of the left image or the right image that includes pixels that are contiguous with the selected point and have a depth within a threshold of the first depth; and sharpening only the enhancement region.
An object rotating system, characterised in that it comprises: - a module that includes at least three individual belts , arranged inclined and converging towards the central point of the module , forming an accommodating cavity for an object , wherein each individual belt is individually movable through feed/return means by the operation of individual drive means , - computer vision and control means , configured to capture the image of an object , operate the individual drive means and place the object in the required position, governing the forward/reverse movement of the at least three individual belts . - a module that includes at least three individual belts , arranged inclined and converging towards the central point of the module , forming an accommodating cavity for an object , wherein each individual belt is individually movable through feed/return means by the operation of individual drive means , - computer vision and control means , configured to capture the image of an object , operate the individual drive means and place the object in the required position, governing the forward/reverse movement of the at least three individual belts .
A virtual image display device comprising: a projection unit configured to project an image display light; an intermediate image formation unit on which a real image based on the image display light is formed; and a projection mirror configured to reflect the image display light output from the intermediate image formation unit toward a virtual image presentation plane , wherein the intermediate image formation unit includes a reference surface on which the image display light is incident and a reflective part that reflects a portion of the image display light transmitted through the reference surface toward the reference surface, characterized in that the reference surface includes a first area (W1), a second area (W2), and a third area (W3) arranged in that stated order in a predetermined direction along the reference surface, the first area (W1) is provided with a transmission-type screen on which a first display light (L1) that is a portion of the image display light forms an image, and the third area (W3) is provided with a reflection-type screen on which a second display light (L2) that is another portion of the image display light forms an image, the first display light is transmitted through the transmission-type screen , reflected by the reflective part , transmitted through the second area (W2), and output toward the projection mirror, and the second display light is reflected by the reflection-type screen and output toward the projection mirror. a projection unit configured to project an image display light; an intermediate image formation unit on which a real image based on the image display light is formed; and a projection mirror configured to reflect the image display light output from the intermediate image formation unit toward a virtual image presentation plane , wherein the intermediate image formation unit includes a reference surface on which the image display light is incident and a reflective part that reflects a portion of the image display light transmitted through the reference surface toward the reference surface, characterized in that the reference surface includes a first area (W1), a second area (W2), and a third area (W3) arranged in that stated order in a predetermined direction along the reference surface, the first area (W1) is provided with a transmission-type screen on which a first display light (L1) that is a portion of the image display light forms an image, and the third area (W3) is provided with a reflection-type screen on which a second display light (L2) that is another portion of the image display light forms an image, the first display light is transmitted through the transmission-type screen , reflected by the reflective part , transmitted through the second area (W2), and output toward the projection mirror, and the second display light is reflected by the reflection-type screen and output toward the projection mirror.