mhurhangee/patent-ind-claim-en huggingface dataset:
A solid-state imaging device comprising: a plurality of pixel sets respectively including color filters of a same color, for a plurality of colors, each pixel set including eight photodiodes (PD) that are grouped into four pixels that each includes two adjacent photodiodes of longitudinal shape (PD) formed at different positions within the respective pixel and which four pixels are arranged as two rows by two columns, each pixel set further including a charge holding part that is coupled to the two photodiodes (PD) of all of the four pixels in the pixel set ; wherein one on-chip lens is formed for each of the four pixels ; the solid-state imaging device is configured to perform for each pixel phase difference detection based on the pixel signals of the two photodiodes (PD) grouped into the respective pixel ; each pixel includes the two photodiodes (PD) disposed symmetrically in two parts into which an area of the corresponding pixel is divided equally; orientations of the longitudinal shapes of the two photodiodes (PD) of the respective pixels are in a same direction; orientations of the longitudinal shapes of the two photodiodes (PD) of two adjacent pixels within the same pixel set are in the same direction; and orientations of the longitudinal shapes of the photodiodes (PD) of two adjacent pixels in different pixel sets are at right angles a plurality of pixel sets respectively including color filters of a same color, for a plurality of colors, each pixel set including eight photodiodes (PD) that are grouped into four pixels that each includes two adjacent photodiodes of longitudinal shape (PD) formed at different positions within the respective pixel and which four pixels are arranged as two rows by two columns, each pixel set further including a charge holding part that is coupled to the two photodiodes (PD) of all of the four pixels in the pixel set ; wherein one on-chip lens is formed for each of the four pixels ; the solid-state imaging device is configured to perform for each pixel phase difference detection based on the pixel signals of the two photodiodes (PD) grouped into the respective pixel ; each pixel includes the two photodiodes (PD) disposed symmetrically in two parts into which an area of the corresponding pixel is divided equally; orientations of the longitudinal shapes of the two photodiodes (PD) of the respective pixels are in a same direction; orientations of the longitudinal shapes of the two photodiodes (PD) of two adjacent pixels within the same pixel set are in the same direction; and orientations of the longitudinal shapes of the photodiodes (PD) of two adjacent pixels in different pixel sets are at right angles
A shift-and-add multiplier able to perform multiplication operations by multiplicative values, the multiplier being configured to receive at an input a value (E) expressed in binary form and to deliver in an output the product of the received input value (E) and a respective multiplicative value, the multiplier comprising: - a set of a plurality of shift units , each shift unit being connected to the input and configured to perform a shift of P bit(s) of the value (E) received at the input, where P is between 0 and N-1, with N number of bits of the binary form at the input and P varies from one shift unit to another; - a set of summation unit(s) , configured to sum the outputs of the shift units ; - a set of multiplexing unit(s) connected between the set of shift units and the set of summation unit(s) and a control unit configured to control the set of multiplexing unit(s) to select respective outputs of the shift units according to the respective multiplicative value and to deliver them to the set of summation unit(s) , the number of shift units depending on the maximum number K of non-zero bit(s) of the list of different multiplicative values associated with the multiplier , and characterized in that the number of multiplexing unit(s) contained in the set of multiplexing unit(s) the second set is greater than or equal to the maximum number K of non-zero bit(s). - a set of a plurality of shift units , each shift unit being connected to the input and configured to perform a shift of P bit(s) of the value (E) received at the input, where P is between 0 and N-1, with N number of bits of the binary form at the input and P varies from one shift unit to another; - a set of summation unit(s) , configured to sum the outputs of the shift units ; - a set of multiplexing unit(s) connected between the set of shift units and the set of summation unit(s) and a control unit configured to control the set of multiplexing unit(s) to select respective outputs of the shift units according to the respective multiplicative value and to deliver them to the set of summation unit(s) , the number of shift units depending on the maximum number K of non-zero bit(s) of the list of different multiplicative values associated with the multiplier , and characterized in that the number of multiplexing unit(s) contained in the set of multiplexing unit(s) the second set is greater than or equal to the maximum number K of non-zero bit(s).
A multiple gear range transmission comprising an input shaft , an output shaft and at least one bridging shaft , each carrying a plurality of drive members (18a, 18b, 18c, 20a, 20b 1 , 20b 2 , 20c, 22a, 22b 1 , 22b 2 , 22c); wherein the bridging shaft is not connected to a torque input or output ; wherein drive members (18b, 20b 1 , 20b 2 , 22b 1 , 22b 2 ) on the bridging shaft operatively cooperate with those carried on either the input shaft and/or output shaft so as to transfer load between the input shaft and the output shaft via a plurality of selectable load paths corresponding to a plurality of respective resultant gear ratios grouped in at least two gear ranges; wherein each shaft has one or more drive members (18a, 18b, 18c, 20a, 20c, 22a, 22b 1 , 22b 2 , 22c) capable of being selectively rotationally fixed to the shaft ; wherein successive gear ratios up or down a gear range are selectable without interruption of torque transmission, using load paths that include different respective drive members from one of either the input or output shafts; wherein successive gear ranges are selectable without interruption of torque transmission, using load paths that include different respective drive members from the other of either the input or output shafts; and, wherein a transition from a selected gear at the top or bottom of a selected gear range to the next available gear in the next available gear range involves selection of a new load path comprising drive members from the input and output shaft that are not involved in the load path for the currently selected gear.
An injector device comprising: a syringe barrel defining a central axial cavity , and having a distal end and a proximal end; a cannula needle having a distal end and a proximal end and defining a central axial cavity in communication with the central axial cavity of the syringe barrel ; a retracting element coaxially coupled to the proximal end of the cannula needle adapted to retract the cannula needle into the syringe barrel ; a plunger having a distal end and a proximal end, disposed in the central axial cavity of the syringe barrel at a fixed position therein, and, when the cannula needle retracts, extending through the central axial cavity of the cannula needle and beyond the distal end of the syringe barrel ; the plunger including a plunger rod having a proximal end coupled to a distal end of a plunger base and an implant disposed in the central axial cavity of the cannula needle between the plunger rod and the distal end of the needle . a syringe barrel defining a central axial cavity , and having a distal end and a proximal end; a cannula needle having a distal end and a proximal end and defining a central axial cavity in communication with the central axial cavity of the syringe barrel ; a retracting element coaxially coupled to the proximal end of the cannula needle adapted to retract the cannula needle into the syringe barrel ; a plunger having a distal end and a proximal end, disposed in the central axial cavity of the syringe barrel at a fixed position therein, and, when the cannula needle retracts, extending through the central axial cavity of the cannula needle and beyond the distal end of the syringe barrel ; the plunger including a plunger rod having a proximal end coupled to a distal end of a plunger base and an implant disposed in the central axial cavity of the cannula needle between the plunger rod and the distal end of the needle .
A safety stirrup for horseback riding comprising: - a first semi-arch element having a first end integrally connected to a first portion of a base element of the stirrup and a second end comprising a through hole for mounting a stirrup leather; - a second semi-arch element having an end elastically connected to a second portion of the base element opposed to the first portion , said second semi-arch element being configured to delimit, by said first semi-arch element and said base element , a portion for inserting a rider's foot in the stirrup; the safety stirrup further comprising first elastic means interposed between the end of the second semi-arch element and the second portion of the base element , said first elastic means having an extension direction parallel to a main axis (X) of the base element to allow the bending of the second semi-arch element along said main axis (X) away from the first semi-arch element as a result of the application of a force on the second semi-arch element in such a moving away direction and to elastically return said second semi-arch element to a rest position when said force ends, said first elastic means comprising an extension coil spring, the safety stirrup being characterized in that said extension coil spring is housed in a compartment provided in the base element and in that said extension coil spring has a coupling portion attached to the end of the second semi-arch element and an opposite tapered portion configured to engage with first adjustment means rotatable for changing a length (L) of said extension spring . - a first semi-arch element having a first end integrally connected to a first portion of a base element of the stirrup and a second end comprising a through hole for mounting a stirrup leather; - a second semi-arch element having an end elastically connected to a second portion of the base element opposed to the first portion , said second semi-arch element being configured to delimit, by said first semi-arch element and said base element , a portion for inserting a rider's foot in the stirrup;
A cube-corner retroreflective sheeting having a plurality of regions (A, B) in which cube-corner retroreflective elements are arranged in a closest-packed state, wherein the respective cube-corner retroreflective elements in at least two mutually adjacent regions (A, B) are rotated relative to each other around an axis perpendicular to the sheeting , the cube-corner retroreflective element that is not in contact with respective boundaries between the regions (A, B) is a cube-corner retroreflective element in which three quadrangular reflective lateral surfaces (a, b, c) perpendicular to one another have one apex in common, the cube-corner retroreflective element having three edge lines each being one common side of the mutually adjacent reflective lateral surfaces and having a hexagonal shape by sides of the respective reflective lateral surfaces that are not common sides of mutually adjacent reflective lateral surfaces (a, b, c), and the cube-corner retroreflective element (11t, 11s; 12t, 12s) in contact with the respective boundary between the regions (A, B) is a cube-corner retroreflective element having a shape obtained by cutting part of one or two reflective lateral surfaces of the cube-corner retroreflective element having the hexagonal shape in which the partly cut reflective lateral surfaces are in contact with the boundary, characterized in that : the cube-corner retroreflective elements (11t, 11s; 12t, 12s) are arranged at the boundaries with no gap therebetween. the respective cube-corner retroreflective elements in at least two mutually adjacent regions (A, B) are rotated relative to each other around an axis perpendicular to the sheeting , the cube-corner retroreflective element that is not in contact with respective boundaries between the regions (A, B) is a cube-corner retroreflective element in which three quadrangular reflective lateral surfaces (a, b, c) perpendicular to one another have one apex in common, the cube-corner retroreflective element having three edge lines each being one common side of the mutually adjacent reflective lateral surfaces and having a hexagonal shape by sides of the respective reflective lateral surfaces that are not common sides of mutually adjacent reflective lateral surfaces (a, b, c), and the cube-corner retroreflective element (11t, 11s; 12t, 12s) in contact with the respective boundary between the regions (A, B) is a cube-corner retroreflective element having a shape obtained by cutting part of one or two reflective lateral surfaces of the cube-corner retroreflective element having the hexagonal shape in which the partly cut reflective lateral surfaces are in contact with the boundary, characterized in that : the cube-corner retroreflective elements (11t, 11s; 12t, 12s) are arranged at the boundaries with no gap therebetween.
Electronic housing for switchgears with electronic flat modules arranged therein, wherein contact can be made with the electronic housing from the outside via electrical conductors, wherein a connection region with outer terminals for connecting electrical conductors is provided on an outer side, wherein the electrical contacting between the conductor and the flat module is formed directly via a contact element which is arranged in the plastic housing of the electronic housing and is electrically connected to the outer terminals, wherein the contact element is pressed into the electronic housing or is encapsulated by plastic walls of the electronic housing, and wherein self-clamping contacting in the form of a gap contact for the self-clamping connection to contact areas on a flat module is formed on that side of the contact element which leads to the inside from the contact element to the flat module .
A loading aid device for a box magazine which has a receiving space for cartridges and a magazine follower which is acted upon by a magazine spring in order to press the uppermost of the cartridges located in the box magazine against magazine lips of the box magazine, comprising - a holding part for inserting and fastening the box magazine and - a feeding part held on the holding part for displaceably guiding at least one cartridge to be loaded, wherein the loading aid device further comprises: - a sliding member which is adjustable, to depress the magazine follower together with any cartridges already located in the receiving space of the box magazine and to release a front free space in a front region of the receiving space , between a passive position, in which it is located completely outside the receiving space of the box magazine and an active position, in which a plunger portion of the sliding member projects between the magazine lips into the receiving space of the box magazine , and - a pusher displaceable between a pushed-in position and a feeding position, wherein the cartridge to be loaded can be fed, starting from the feeding part , into the front free space of the receiving space when the sliding member is in the active position and the pusher is in the feeding position, characterized in that the cartridge can be pushed by the pusher during the displacement of the pusher from the feeding position into the pushed-in position into a rear free space, which can be freed during the retraction of the sliding member from the active position in the direction of the passive position, in a rear region of the receiving space , until the cartridge is completely received in the box magazine. - a holding part for inserting and fastening the box magazine and - a feeding part held on the holding part for displaceably guiding at least one cartridge to be loaded, wherein the loading aid device further comprises: - a sliding member which is adjustable, to depress the magazine follower together with any cartridges already located in the receiving space of the box magazine and to release a front free space in a front region of the receiving space , between a passive position, in which it is located completely outside the receiving space of the box magazine and an active position, in which a plunger portion of the sliding member projects between the magazine lips into the receiving space of the box magazine , and - a pusher displaceable between a pushed-in position and a feeding position, wherein the cartridge to be loaded can be fed, starting from the feeding part , into the front free space of the receiving space when the sliding member is in the active position and the pusher is in the feeding position, characterized in that the cartridge can be pushed by the pusher during the displacement of the pusher from the feeding position into the pushed-in position into a rear free space, which can be freed during the retraction of the sliding member from the active position in the direction of the passive position, in a rear region of the receiving space , until the cartridge is completely received in the box magazine.
A resource configuration information transmission method, comprising: generating, by a first node, indication information, wherein the indication information is used to indicate a resource multiplexing type that can be supported between a mobile terminal of the first node and each of one or more subunits of a distributed unit of the first node, the resource multiplexing type comprises time division multiplexing, TDM, space division multiplexing, SDM, or full-duplex multiplexing; and sending, by the first node, the indication information to a second node, wherein the second node is a parent node of the first node. generating, by a first node, indication information, wherein the indication information is used to indicate a resource multiplexing type that can be supported between a mobile terminal of the first node and each of one or more subunits of a distributed unit of the first node, the resource multiplexing type comprises time division multiplexing, TDM, space division multiplexing, SDM, or full-duplex multiplexing; and sending, by the first node, the indication information to a second node, wherein the second node is a parent node of the first node.
Fixing and locking device in position of a set of two generally planar bottom shrouds (L1-T1) under a platform of a motor vehicle chassis , the shrouds being abutted in an extension of the other by covering each other with adjacent edges the device comprises fixing members which cross the edges of the overlapping shrouds and which are engaged on the platform , characterized in that the device comprises supporting members which are interposed between the edges of the shrouds by being distributed along the edges (b) shrouds 3a, 3b) between vertical support areas (Z1) (V1) of the fixing members against the shrouds , the supporting members being structurally deformable against the clamping force exerted by the fixing members against the edges of the shrouds .
A traffic signal recognition method comprising: capturing an image of a traveling direction of a vehicle by using an imaging unit mounted on the vehicle, acquiring positions (P1, P2, P3) of stop lines, each corresponding to a traffic signal (TS1, TS2, TS3) located in the traveling direction of the vehicle, estimating whether or not the vehicle can be decelerated at a predetermined deceleration and can stop before the stop lines based on the positions (P1, P2, P3) of the stop lines, selecting, as target traffic signal (TS1, TS2), the traffic signals (TS1, TS2) corresponding to the stop lines before which it is estimated that the vehicle cannot stop, estimating a target position of the target traffic signal (TS1, TS2) in the image, setting a part of the image, which includes the target position of the target traffic signal (TS1, TS2) in the image, as a detection area, without setting a detection area corresponding to traffic signals (TS3) different from the target traffic signal (TS1, TS2) in the image, and determining a display state of the target traffic signal (TS1, TS2) by executing image processing on the set detection area. capturing an image of a traveling direction of a vehicle by using an imaging unit mounted on the vehicle, acquiring positions (P1, P2, P3) of stop lines, each corresponding to a traffic signal (TS1, TS2, TS3) located in the traveling direction of the vehicle, estimating whether or not the vehicle can be decelerated at a predetermined deceleration and can stop before the stop lines based on the positions (P1, P2, P3) of the stop lines, selecting, as target traffic signal (TS1, TS2), the traffic signals (TS1, TS2) corresponding to the stop lines before which it is estimated that the vehicle cannot stop, estimating a target position of the target traffic signal (TS1, TS2) in the image, setting a part of the image, which includes the target position of the target traffic signal (TS1, TS2) in the image, as a detection area, without setting a detection area corresponding to traffic signals (TS3) different from the target traffic signal (TS1, TS2) in the image, and determining a display state of the target traffic signal (TS1, TS2) by executing image processing on the set detection area.
A digital dispense apparatus, comprising at least one fluid dispense device , including at least one nozzle, at least one reservoir fluidically connected to the at least one fluid dispense device to deliver fluid to the at least one fluid dispense device, characterized in that it comprises a planar, single monolithic carrier structure carrying the at least one fluid dispense device and forming the reservoir , the monolithic carrier forming fluid routing between the reservoir and the fluid dispense device, wherein in operation fluid routing walls that are part of the monolithic carrier are in contact with fluid to guide fluid from the reservoir to the fluid dispense device .
A memory unit for handling data memory references of a multi-threaded processor provided with interleaved inter-thread pipeline in emulated shared memory (ESM) architectures, comprising a step cache defining associative cache memory array in which data stays valid till the end of ongoing step of multithreaded execution, said memory array incorporating a plurality of cache lines with data fields, each line, preferably exclusively, containing a data field for address tag and a data field thread id of the first thread referring to a data memory location specified by the address tag, a scratchpad defining a memory buffer for storing internal data of multioperations, such as intermediate results, said buffer including, preferably exclusively, a single data field for each thread of the processor, wherein the memory unit further comprises a hash and compose unit for composing a memory reference message and for accessing the step cache to determine the status of the memory reference, a send logic entity for sending the memory reference to the data memory in accordance with the memory reference message provided by the hash and compose unit, a reply receive buffer for storing received memory reference data for the threads and receiving an incoming reply message from the data memory , and a reply wait queue 512b connecting the send logic entity and the reply receive buffer and being provided for accessing the reply receive buffer to determine whether the incoming reply message has arrived.