mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope having an endoscope head with a working channel for guiding microtools, and an Albarran lever that is insertable on and detachable from the endoscope head , and having a tool guide surface with which a tool that is guidable through the working channel may come into contact in order to be deflected in the lateral direction of the endoscope head, wherein an Albarran lever arrangement space (A) is delimited by two flank sections of the endoscope head that extend in the distal direction, wherein an Albarran lever pivot shaft , from which a shaft section protrudes with respect to the Albarran lever arrangement space (A) with a length (X), is supported in one of the flank sections , wherein the Albarran lever has a shaft insertion hole for inserting the shaft section , and has a width (a) in a direction that is parallel to the shaft insertion hole , that is less than the width of the Albarran lever arrangement space (A), only by a dimension of a movement gap, in a direction parallel to the shaft section , the movement gap being a gap that prevents the Albarran lever from rubbing against the flank sections while pivoting in the Albarran lever arrangement space (A), and wherein the Albarran lever has a proximal base section in which the shaft insertion hole is formed, characterized in that the base section has a width (b), in a direction that is parallel to the shaft insertion hole , that corresponds to the width (a) of the Albarran lever minus the length (X) of the shaft section. an endoscope head with a working channel for guiding microtools, and an Albarran lever that is insertable on and detachable from the endoscope head , and having a tool guide surface with which a tool that is guidable through the working channel may come into contact in order to be deflected in the lateral direction of the endoscope head, wherein an Albarran lever arrangement space (A) is delimited by two flank sections of the endoscope head that extend in the distal direction, wherein an Albarran lever pivot shaft , from which a shaft section protrudes with respect to the Albarran lever arrangement space (A) with a length (X), is supported in one of the flank sections , wherein the Albarran lever has a shaft insertion hole for inserting the shaft section , and has a width (a) in a direction that is parallel to the shaft insertion hole , that is less than the width of the Albarran lever arrangement space (A), only by a dimension of a movement gap, in a direction parallel to the shaft section , the movement gap being a gap that prevents the Albarran lever from rubbing against the flank sections while pivoting in the Albarran lever arrangement space (A), and wherein the Albarran lever has a proximal base section in which the shaft insertion hole is formed, characterized in that the base section has a width (b), in a direction that is parallel to the shaft insertion hole , that corresponds to the width (a) of the Albarran lever minus the length (X) of the shaft section.
A display device comprising a display panel , and an optical member positioned on the display panel , wherein the optical member comprises: a polarization layer positioned on the display panel ; a first compensation layer positioned between the display panel and the polarization layer ; a second compensation layer positioned between the display panel and the first compensation layer ; a third compensation layer positioned between the display panel and the second compensation layer ; and a fourth compensation layer positioned between the display panel and the third compensation layer , wherein the first compensation layer is a positive C plate, and a thickness direction phase delay value of the first compensation layer is -65 nm to -15 nm, and the second compensation layer is a positive A plate, and an in-plane phase delay value of the second compensation layer is 75 nm to 125 nm, characterized in that the third compensation layer is a positive A plate, the fourth compensation layer is a positive C plate; and a thickness direction phase delay value of the fourth compensation layer is -60 nm to -15 nm. a display panel , and an optical member positioned on the display panel , wherein the optical member comprises: a polarization layer positioned on the display panel ; a first compensation layer positioned between the display panel and the polarization layer ; a second compensation layer positioned between the display panel and the first compensation layer ; a third compensation layer positioned between the display panel and the second compensation layer ; and a fourth compensation layer positioned between the display panel and the third compensation layer , a polarization layer positioned on the display panel ; a first compensation layer positioned between the display panel and the polarization layer ; a second compensation layer positioned between the display panel and the first compensation layer ; a third compensation layer positioned between the display panel and the second compensation layer ; and a fourth compensation layer positioned between the display panel and the third compensation layer , wherein the first compensation layer is a positive C plate, and a thickness direction phase delay value of the first compensation layer is -65 nm to -15 nm, and the second compensation layer is a positive A plate, and an in-plane phase delay value of the second compensation layer is 75 nm to 125 nm, characterized in that the third compensation layer is a positive A plate, the fourth compensation layer is a positive C plate; and a thickness direction phase delay value of the fourth compensation layer is -60 nm to -15 nm.
A fault interrupt module comprising: a detector circuit configured to detect faults as a difference in current between an input power line and a neutral line, wherein the detector circuit is configured to output, for each fault, a detector pulse when the difference in current between an input power line and a neutral line is greater than a threshold value; a first timer configured to output a first pulse for a first time period upon receipt of the detector pulse; a second timer configured to output a second pulse for a second time period upon receipt of the detector pulse, wherein the second time period is greater than the first time period; a counter circuit configured to increment a fault count upon receipt of each detector pulse from the detector circuit , wherein the counter circuit is configured to output a counter pulse upon the fault count reaching a threshold count within a threshold time period, wherein the threshold time period is the second time period; a latch configured to latch the counter pulse upon receipt of the counter pulse from the counter circuit ; and to maintain a switch circuit in an OFF state; the switch circuit configured to terminate power to a load for the duration of the first pulse from the first timer and to reconnect power to the load upon completion of the first pulse from the first timer , whereby the switch circuit is configured to not reconnect power after the duration of the first pulse if the latch has latched the counter pulse such that the switch circuit is maintained in said OFF state. a detector circuit configured to detect faults as a difference in current between an input power line and a neutral line, wherein the detector circuit is configured to output, for each fault, a detector pulse when the difference in current between an input power line and a neutral line is greater than a threshold value; a first timer configured to output a first pulse for a first time period upon receipt of the detector pulse; a second timer configured to output a second pulse for a second time period upon receipt of the detector pulse, wherein the second time period is greater than the first time period; a counter circuit configured to increment a fault count upon receipt of each detector pulse from the detector circuit , wherein the counter circuit is configured to output a counter pulse upon the fault count reaching a threshold count within a threshold time period, wherein the threshold time period is the second time period; a latch configured to latch the counter pulse upon receipt of the counter pulse from the counter circuit ; and to maintain a switch circuit in an OFF state; the switch circuit configured to terminate power to a load for the duration of the first pulse from the first timer and to reconnect power to the load upon completion of the first pulse from the first timer , whereby the switch circuit is configured to not reconnect power after the duration of the first pulse if the latch has latched the counter pulse such that the switch circuit is maintained in said OFF state.
An isolator for isolating a device driven by an engine via an endless drive member , comprising: a shaft adapter that is connectable with a shaft of the device, the shaft adapter defining an isolator axis (A); a rotary drive member being a pulley that is engageable with the endless drive member ; a first isolation spring arrangement that is positioned to transfer torque between the shaft adapter and an intermediate drive member ; and a second isolation spring arrangement that is positioned to transfer torque between the intermediate member and the rotary drive member , wherein over a first range of relative angular movement between the rotary drive member and the shaft adapter the first and second isolation spring arrangements provide a first finite overall spring rate for the isolator , over a second range of relative angular movement between the rotary drive member and the shaft adapter the first and second isolation spring arrangements provide a second finite overall spring rate for the isolator that is higher than the first overall spring rate, and wherein over a third range of relative angular movement between the rotary drive member and the shaft adapter the first and second isolation spring arrangements provide a third finite overall spring rate for the isolator that is higher than the second overall spring rate. a shaft adapter that is connectable with a shaft of the device, the shaft adapter defining an isolator axis (A); a rotary drive member being a pulley that is engageable with the endless drive member ; a first isolation spring arrangement that is positioned to transfer torque between the shaft adapter and an intermediate drive member ; and a second isolation spring arrangement that is positioned to transfer torque between the intermediate member and the rotary drive member , wherein over a first range of relative angular movement between the rotary drive member and the shaft adapter the first and second isolation spring arrangements provide a first finite overall spring rate for the isolator , over a second range of relative angular movement between the rotary drive member and the shaft adapter the first and second isolation spring arrangements provide a second finite overall spring rate for the isolator that is higher than the first overall spring rate, and wherein over a third range of relative angular movement between the rotary drive member and the shaft adapter the first and second isolation spring arrangements provide a third finite overall spring rate for the isolator that is higher than the second overall spring rate.
A flying vehicle comprising a flight control unit and a wireless communication device , wherein the flight control unit is configured to control flight of the flying vehicle , and wherein the wireless communication device further comprises: a wireless communication part configured to receive a wireless signal transmitted from a wireless base station; and characterized in that the wireless communication device further comprises: a cell counter configured to count a number of cells corresponding to wireless base stations identified by wireless signals received by the wireless communication part according to a predetermined cell identifying method in a predetermined time in which the flight control unit controls the flying vehicle to fly; and a communication controller configured to determine whether or not a cell count counted by the cell counter satisfies a predetermined condition, wherein the communication controller changes a communication party selecting method to select the wireless base station serving as a communication party from among a plurality of wireless base stations serving as communication party candidates when the cell count counted by the cell counter satisfies a predetermined condition. a cell counter configured to count a number of cells corresponding to wireless base stations identified by wireless signals received by the wireless communication part according to a predetermined cell identifying method in a predetermined time in which the flight control unit controls the flying vehicle to fly; and a communication controller configured to determine whether or not a cell count counted by the cell counter satisfies a predetermined condition, wherein the communication controller changes a communication party selecting method to select the wireless base station serving as a communication party from among a plurality of wireless base stations serving as communication party candidates when the cell count counted by the cell counter satisfies a predetermined condition.
System for assistance in guiding an endovascular instrument in vascular structures of an anatomical region of interest of a patient, comprising an imaging device suitable for capturing two-dimensional images of parts of the body of a patient, a programmable device and a viewing unit: - the imaging device being suitable for capturing a plurality of partially superposed fluoroscopic images (F i ) of the anatomical region of interest, and the programmable device being configured to form a first augmented image (P 1 ) representative of a complete panorama of the bones of said anatomical region of interest, - the programmable device being configured to control the imaging device in order to capture a plurality of angiographic images corresponding to said plurality of fluoroscopic images and to form a second augmented image (P 2 ), - the imaging device being configured to capture a new fluoroscopic image, called current fluoroscopic image (I c ), of a part of the anatomical region of interest, - the programmable device being configured to register said current fluoroscopic image (I c ) with respect to the first augmented image (P 1 ), to locate and display, on the viewing unit an image region corresponding to the current fluoroscopic image in the second augmented image (P 2 ), said system being characterised in that said second augmented image (P 2 ) is a two-dimensional image representative of an arterial panorama of the anatomical region of interest. - the imaging device being suitable for capturing a plurality of partially superposed fluoroscopic images (F i ) of the anatomical region of interest, and the programmable device being configured to form a first augmented image (P 1 ) representative of a complete panorama of the bones of said anatomical region of interest, - the programmable device being configured to control the imaging device in order to capture a plurality of angiographic images corresponding to said plurality of fluoroscopic images and to form a second augmented image (P 2 ), - the imaging device being configured to capture a new fluoroscopic image, called current fluoroscopic image (I c ), of a part of the anatomical region of interest, - the programmable device being configured to register said current fluoroscopic image (I c ) with respect to the first augmented image (P 1 ), to locate and display, on the viewing unit an image region corresponding to the current fluoroscopic image in the second augmented image (P 2 ),
A vehicular door handle assembly for opening a vehicle door comprising: - a door grip having a forward end and a rearward end, movable from a resting position where the vehicle door is latched to an actuated position where the vehicle door is unlatched, - a chassis assembly having a forward end and a rearward end, the chassis assembly supporting, at its rearward end ∘ a bellcrank rotatably connected to the chassis and connected to the door grip , configured to pivot between an resting position and an actuated position when the door handle is actuated and, ∘ a moveable retaining element configured to retain the bellcrank in a serviceable position where the door grip can be connected to the bellcrank and to release the bellcrank to a functional position where the bellcrank can rotate between the resting position and the actuated position, the retaining element comprising a sliding member having a sliding part and at least one arm configured to cooperate with the bellcrank , the sliding member including at least one rotation stop where the bellcrank abuts in the actuated position wherein the bellcrank actuates a latch mechanism and wherein the bellcrank remain engaged with the door grip . - a door grip having a forward end and a rearward end, movable from a resting position where the vehicle door is latched to an actuated position where the vehicle door is unlatched, - a chassis assembly having a forward end and a rearward end, the chassis assembly supporting, at its rearward end ∘ a bellcrank rotatably connected to the chassis and connected to the door grip , configured to pivot between an resting position and an actuated position when the door handle is actuated and, ∘ a moveable retaining element configured to retain the bellcrank in a serviceable position where the door grip can be connected to the bellcrank and to release the bellcrank to a functional position where the bellcrank can rotate between the resting position and the actuated position, the retaining element comprising a sliding member having a sliding part and at least one arm configured to cooperate with the bellcrank , the sliding member including at least one rotation stop where the bellcrank abuts in the actuated position wherein the bellcrank actuates a latch mechanism and wherein the bellcrank remain engaged with the door grip . ∘ a bellcrank rotatably connected to the chassis and connected to the door grip , configured to pivot between an resting position and an actuated position when the door handle is actuated and, ∘ a moveable retaining element configured to retain the bellcrank in a serviceable position where the door grip can be connected to the bellcrank and to release the bellcrank to a functional position where the bellcrank can rotate between the resting position and the actuated position, the retaining element comprising a sliding member having a sliding part and at least one arm configured to cooperate with the bellcrank , the sliding member including at least one rotation stop where the bellcrank abuts in the actuated position wherein the bellcrank actuates a latch mechanism and wherein the bellcrank remain engaged with the door grip .
A computer-implemented method for determining a transformation for anatomically aligning fragments of a broken bone, the method comprising: acquiring a 3D image of a broken bone of a subject, wherein the bone is broken into two or more fragments; acquiring a model of a corresponding unbroken bone and at least one parameter defining one or more deformations to the model, wherein the model is a 3D mesh model; dividing the model of the unbroken bone into portions that correspond to the fragments of the broken bone; fitting the portions of the model of the unbroken bone to corresponding fragments of the broken bone in the 3D image, wherein said fitting comprises adjusting the portions of the model of the unbroken bone, wherein said adjusting is restricted to the one or more deformations defined by the at least one parameter; and based on said fitted portions of the model, determining a transformation that anatomically aligns the fragments of the broken bone with the corresponding portions of the undivided model of the unbroken bone. acquiring a 3D image of a broken bone of a subject, wherein the bone is broken into two or more fragments; acquiring a model of a corresponding unbroken bone and at least one parameter defining one or more deformations to the model, wherein the model is a 3D mesh model; dividing the model of the unbroken bone into portions that correspond to the fragments of the broken bone; fitting the portions of the model of the unbroken bone to corresponding fragments of the broken bone in the 3D image, wherein said fitting comprises adjusting the portions of the model of the unbroken bone, wherein said adjusting is restricted to the one or more deformations defined by the at least one parameter; and based on said fitted portions of the model, determining a transformation that anatomically aligns the fragments of the broken bone with the corresponding portions of the undivided model of the unbroken bone.
A cutting device of an integrated paper-plastic bag cutting and sealing machine, comprising: a sliding bracket, a sliding block , and a cutting knife ; wherein the sliding bracket is formed by connecting an upper plate with a rear plate , the sliding bracket is connected to a horizontal displacement driving mechanism , and a lowest position of the cutting knife is lower than a bottom surface of the sliding block ; characterized in that a sliding block is mounted on the rear plate through the connecting shaft and is able to slide back and forth along the connecting shaft , a front and a rear snapping groove are arranged on the connecting shaft along a length direction; the cutting knife is mounted on the sliding block , a spring positioning column is mounted on the sliding block , a top end of the spring positioning column passes through a shaft hole wall of the connecting shaft of the sliding block and tightly presses against the connecting shaft . a sliding bracket, a sliding block , and a cutting knife ; wherein the sliding bracket is formed by connecting an upper plate with a rear plate , the sliding bracket is connected to a horizontal displacement driving mechanism , and a lowest position of the cutting knife is lower than a bottom surface of the sliding block ; characterized in that a sliding block is mounted on the rear plate through the connecting shaft and is able to slide back and forth along the connecting shaft , a front and a rear snapping groove are arranged on the connecting shaft along a length direction; the cutting knife is mounted on the sliding block , a spring positioning column is mounted on the sliding block , a top end of the spring positioning column passes through a shaft hole wall of the connecting shaft of the sliding block and tightly presses against the connecting shaft .