mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated multi-pivot hinge assembly comprising: a set of radially arranged sequential frames configured to rotate around individual frame axes, each frame of the set of radially arranged sequential frames including a plurality of kinematic components for controlling a degree of rotation about each frame axis; a set of rotational control elements interposed between adjacent frames, the set of rotational control elements configured to control a relative sequence of rotation of the individual sequential frames; and a set of friction components integrated with the set of radially arranged sequential frames, the friction components including one or more shafts configured to rotatably secure adjacent frames together defining the individual frame axes of adj acent frames; wherein each individual frame of the set of radially arranged sequential frames includes opposing offset regions that fit together with corresponding inset regions of an adjacent frame , and each offset region includes a central opening that when individual adjacent frames are coupled together creates a passageway for one shaft of the one or more shafts; wherein the rotational control elements comprise a plurality of sequencing pins , each sequencing pin configured to engage cam surfaces defined on adjacent sequential frames; and wherein a relative position of an individual sequencing pin relative to a first and a second cam surfaces on adjacent sequential frames determines whether a frame can rotate relative to an adjacent frame. a set of radially arranged sequential frames configured to rotate around individual frame axes, each frame of the set of radially arranged sequential frames including a plurality of kinematic components for controlling a degree of rotation about each frame axis; a set of rotational control elements interposed between adjacent frames, the set of rotational control elements configured to control a relative sequence of rotation of the individual sequential frames; and a set of friction components integrated with the set of radially arranged sequential frames, the friction components including one or more shafts configured to rotatably secure adjacent frames together defining the individual frame axes of adj acent frames; wherein each individual frame of the set of radially arranged sequential frames includes opposing offset regions that fit together with corresponding inset regions of an adjacent frame , and each offset region includes a central opening that when individual adjacent frames are coupled together creates a passageway for one shaft of the one or more shafts; wherein the rotational control elements comprise a plurality of sequencing pins , each sequencing pin configured to engage cam surfaces defined on adjacent sequential frames; and wherein a relative position of an individual sequencing pin relative to a first and a second cam surfaces on adjacent sequential frames determines whether a frame can rotate relative to an adjacent frame.
A minimally invasive articulate surgical endoscope coupled to a surgical robotic system having a plurality of arms, a master input device having at least six degrees of freedom, and a slave which articulates the surgical endoscope in response to repositioning of the master input device, the endoscope comprising: an elongate shaft having a working end, a proximal end, and a shaft axis between the working end and the proximal end; a flexible wrist having a distal end and a proximal end, the proximal end of the wrist connected to the working end of the elongate shaft ; an endoscopic camera lens installed at the distal end of the wrist , the camera lens for acquiring an image of an object ; and a plurality of actuation links connecting the wrist to the proximal end of the elongate shaft such that the links are actuatable to provide the wrist with at least one degree of freedom; wherein an image of the object acquired by the endoscope in association with the at least one degree of freedom of the wrist is based on a reference frame rotating around a point of rotation located proximal to the flexible wrist . an elongate shaft having a working end, a proximal end, and a shaft axis between the working end and the proximal end; a flexible wrist having a distal end and a proximal end, the proximal end of the wrist connected to the working end of the elongate shaft ; an endoscopic camera lens installed at the distal end of the wrist , the camera lens for acquiring an image of an object ; and a plurality of actuation links connecting the wrist to the proximal end of the elongate shaft such that the links are actuatable to provide the wrist with at least one degree of freedom; wherein an image of the object acquired by the endoscope in association with the at least one degree of freedom of the wrist is based on a reference frame rotating around a point of rotation located proximal to the flexible wrist .
A transmission assembly for connecting a drive assembly and a garden work assembly comprising, a casing and a first transmission component and a second transmission component accommodated in the casing , the first transmission component and the second transmission component are engaged with each other, the first transmission component comprises a first gear and a second gear engaged with each other, a gear shaft of the first gear is disposed at an angle with respect to a gear shaft of the second gear , and the second transmission component comprises a third gear able to rotate coaxially with the second gear and a fourth gear engaged with the third gear , characterized in that the number of teeth of the first gear is 16,the number of teeth of the second gear is 15, the number of teeth of the third gear is 51 and the number of teeth of the fourth gear is 18 and the transmission ratio of the transmission assembly is set to be 3.02, and the output speed of the transmission assembly is controllable to be 1650 rpm.
A peptide consisting of the amino acid sequence EFYSPEACRSM (SEQ ID NO: 1) or EFFSPEACRSM (SEQ ID NO: 2).
Fall protecting flooring element primarily for covering playgrounds and other grounds, that comprises a flat rectangular body made of a resilient material, a lower face and an upper face , and comprises patterns at its four sides (A, B, C and D) that enable interlocking several similar flooring elements by form-fitting connections, at the four corners (E, F, G, H) of the body respective short straight corner sections are provided that constitute a part of the side of the concerned side, the patterns comprise alternating sequence of connection tabs and connection recesses , wherein the profile of the connection tabs are identical but inverse of the profile of the connection recesses , and at the base of the flooring element for the support of connection tabs provided on a different flooring element to be interconnected therewith a support surface is provided, wherein the sides (A, C) starting from a corner (E) at one end of a diagonal of the body of the flooring element are provided with the same first pattern that have identical connection tabs and identical connection recesses , and the sides (B, D) starting from the corner (F) at the other end of the same diagonal also have an identical second pattern that differs from said first pattern, and the second pattern also comprises identical connection tabs and identical connection recesses that have designs differing from the design of the connection tabs and connection recesses in the first pattern, characterized in that the connection tabs and the connection recesses have widths measured along the concerned side that all take their maximum values at a central part of their height interpreted normal to the width in the plane of said upper face from which maximum the width decreases both in outward and inward direction, and in the first pattern at the bottom of the connection recesses respective plates are provided which form integral part of the body and having a thickness measured normal to said upper face smaller than the thickness of the body, the plates constitute said support surface and the front edges of the plates extend till a straight line interconnecting said corner sections on the associated side, and the connection tabs in said second pattern have a thickness smaller than the thickness of the body which is just by the thickness of the plates in the first pattern, and the straight line interconnecting the corner sections falls in the central part of the concerned pattern, wherein in the first pattern the thickness of the connection tabs is the same as the thickness of the body, and in the second pattern the thickness of the connection recesses is the same as the thickness of the body.
An active vibration control system (AVCS) for an aircraft having an aircraft structure and at least one gun positioned on the aircraft, the AVCS comprising: at least one control sensor to be positioned on the aircraft; at least one force generator to be positioned on the aircraft; and at least one controller in electronic communication with the at least one control sensor and the at least one force generator, the at least one controller configured for: determining, using the at least one control sensor, a first plurality of force generating commands for controlling vibrations acting on the aircraft structure; sending the first plurality of force generating commands to the at least one force generator, causing the at least one force generator to produce a vibration canceling force; characterised by the at least one controller being configured to determine that the gun is firing ; and in response to determining that the gun is firing, determining a second plurality of force generating commands and sending the second plurality of force generating commands to the at least one force generator. at least one control sensor to be positioned on the aircraft; at least one force generator to be positioned on the aircraft; and at least one controller in electronic communication with the at least one control sensor and the at least one force generator, the at least one controller configured for: determining, using the at least one control sensor, a first plurality of force generating commands for controlling vibrations acting on the aircraft structure; sending the first plurality of force generating commands to the at least one force generator, causing the at least one force generator to produce a vibration canceling force; characterised by the at least one controller being configured to determine that the gun is firing ; and in response to determining that the gun is firing, determining a second plurality of force generating commands and sending the second plurality of force generating commands to the at least one force generator. determining, using the at least one control sensor, a first plurality of force generating commands for controlling vibrations acting on the aircraft structure; sending the first plurality of force generating commands to the at least one force generator, causing the at least one force generator to produce a vibration canceling force; characterised by the at least one controller being configured to determine that the gun is firing ; and in response to determining that the gun is firing, determining a second plurality of force generating commands and sending the second plurality of force generating commands to the at least one force generator.
A rotary valve , in particular a multi-way regulating valve, with a housing which has at least one inlet connection and at least one outlet connection for a liquid and/or gaseous medium, with at least one valve element which is rotatably mounted in the housing , between the connections , to set at least one desired flow cross-section, and with a control shaft which is non-rotatably connected to the valve element and led out of the housing with a coupling end through an opening in a housing wall of the housing , wherein the control shaft has an annular projection which has an axial stop for axial contact with an annular sealing projection of the housing wall, and with at least one sealing element acting between the control shaft and the housing , wherein a chamber is formed between the annular projection , the control shaft , the housing wall, and the sealing projection , in which the sealing element is located, and wherein the control shaft protrudes into the sealing projection with an axial projection protruding axially from the annular projection in order to limit the chamber , characterized in that an outer diameter of the axial projection is slightly smaller than a diameter of the sealing projection so that a narrow gap remains therebetween, and in that the annular projection has at least one axial recess on the end face thereof facing the housing wall, which extends over a limited circumferential section of the end face up to the radial outer edge of the annular projection and which extends inward up to the axial projection so that the medium can reach the chamber .
In a computing device configured to operate with a controller, a method for enhanced controller operation, comprising: detecting a change in a state of the controller from a charging state to an operation state with the computing device; changing a state of the computing device from a controller charging state to a controller operation state in response to detecting the change in the state of the controller; receiving an input from the controller with the computing device; sending a visual indication of the input to a display device; further characterized by : automatically signing the computing device into a user account associated with the controller, or launching an application, or resuming the application, after detecting the change in the state of the controller. detecting a change in a state of the controller from a charging state to an operation state with the computing device; changing a state of the computing device from a controller charging state to a controller operation state in response to detecting the change in the state of the controller; receiving an input from the controller with the computing device; sending a visual indication of the input to a display device; further characterized by : automatically signing the computing device into a user account associated with the controller, or launching an application, or resuming the application, after detecting the change in the state of the controller.
A device for sampling target tissue within a patient comprising a coring component having: a longitudinal lumen terminating in a distal opening and a distal region formed of a plurality of distally extending elongate blades each having a distal end positioned around the distal opening, wherein the blades are configured to penetrate the target tissue such that a tissue sample having a cross-section defined by the distal ends of the blades is received within the lumen of the coring component via the distal opening, wherein said blades are configured to substantially sever said tissue sample from the target tissue, and wherein at least one of the blades is configured to flex inwardly towards a longitudinal axis of the coring component in response to penetration of the target tissue by the blades to substantially sever the tissue sample from the target tissue. a longitudinal lumen terminating in a distal opening and a distal region formed of a plurality of distally extending elongate blades each having a distal end positioned around the distal opening, wherein the blades are configured to penetrate the target tissue such that a tissue sample having a cross-section defined by the distal ends of the blades is received within the lumen of the coring component via the distal opening, wherein said blades are configured to substantially sever said tissue sample from the target tissue, and wherein at least one of the blades is configured to flex inwardly towards a longitudinal axis of the coring component in response to penetration of the target tissue by the blades to substantially sever the tissue sample from the target tissue.
A method of manufacturing an OLED device comprising an OLED and an integrated negative overvoltage protection diode , which method comprises at least the steps of: - depositing a first OLED electrode and a separate second OLED electrode contact on a carrier , which second OLED electrode contact incorporates a first overvoltage protection diode electrode ; - depositing an organic material layer stack as a single layer stack to simultaneously define an active region (14 OLED ) of the OLED and an active region (14 OPD ) of the overvoltage protection diode ; - depositing a second OLED electrode to extend over the active region (14 OLED ) of the OLED and the second OLED electrode contact , such that the first overvoltage protection diode electrode is electrically connected to the second OLED electrode through the second OLED contact ; and - depositing a second overvoltage protection diode electrode to extend over the active region (14 OPD ) of the overvoltage protection diode and the first OLED electrode , such that the second overvoltage protection diode electrode is electrically connected to the first OLED electrode , wherein the OLED and the overvoltage protection diode are connected in anti-parallel. - depositing a first OLED electrode and a separate second OLED electrode contact on a carrier , which second OLED electrode contact incorporates a first overvoltage protection diode electrode ; - depositing an organic material layer stack as a single layer stack to simultaneously define an active region (14 OLED ) of the OLED and an active region (14 OPD ) of the overvoltage protection diode ; - depositing a second OLED electrode to extend over the active region (14 OLED ) of the OLED and the second OLED electrode contact , such that the first overvoltage protection diode electrode is electrically connected to the second OLED electrode through the second OLED contact ; and - depositing a second overvoltage protection diode electrode to extend over the active region (14 OPD ) of the overvoltage protection diode and the first OLED electrode , such that the second overvoltage protection diode electrode is electrically connected to the first OLED electrode , wherein the OLED and the overvoltage protection diode are connected in anti-parallel.
A composition comprising: (A) a mixture comprising N-n-butylthiophosphoric acid triamide (NBPT) and/or N-n-propylthiophosphoric acid triamide (NPPT) and (L1) amine selected from the group consisting of (L29): a homo- or copolymer of lysine. (A) a mixture comprising N-n-butylthiophosphoric acid triamide (NBPT) and/or N-n-propylthiophosphoric acid triamide (NPPT) and (L1) amine selected from the group consisting of (L29): a homo- or copolymer of lysine.
A spark plug comprising: an approximately tubular metallic shell having a ground electrode at its forward end; a tubular insulator which is held inside the metallic shell and has an axial hole formed therein and having a small diameter portion , an intermediate diameter portion which is larger in diameter than the small diameter portion and is connected to a rear end of the small diameter portion via a step portion , and a large diameter portion which is larger in diameter than the intermediate diameter portion and is disposed on a rear side of the intermediate diameter portion; a resistor which is at least partially disposed inside the large diameter portion; a center electrode which has a flange portion which bulges in a radial direction inside the intermediate diameter portion and is in contact with the step portion, and a leg portion which extends forward from the flange portion and is disposed inside the small diameter portion; and an electrically conductive seal which is disposed on a rear side of the step portion and electrically connects the center electrode and the resistor, wherein a rear end of the seal is located inside the intermediate diameter portion characterized in that a rear end of the center electrode is disposed inside the large diameter portion. an approximately tubular metallic shell having a ground electrode at its forward end; a tubular insulator which is held inside the metallic shell and has an axial hole formed therein and having a small diameter portion , an intermediate diameter portion which is larger in diameter than the small diameter portion and is connected to a rear end of the small diameter portion via a step portion , and a large diameter portion which is larger in diameter than the intermediate diameter portion and is disposed on a rear side of the intermediate diameter portion; a resistor which is at least partially disposed inside the large diameter portion; a center electrode which has a flange portion which bulges in a radial direction inside the intermediate diameter portion and is in contact with the step portion, and a leg portion which extends forward from the flange portion and is disposed inside the small diameter portion; and an electrically conductive seal which is disposed on a rear side of the step portion and electrically connects the center electrode and the resistor, wherein a rear end of the seal is located inside the intermediate diameter portion characterized in that a rear end of the center electrode is disposed inside the large diameter portion.
A band clamp implant assembly comprising: a band clamp including a main body , a threaded locking member , a band slot , and an anchor slot , wherein the main body includes a mating recess; and a flexible band having a first end , a second end , and a middle portion therebetween, a leader attached to the first end of the flexible band , an anchor attached to the second end of the flexible band , and wherein the middle portion is configured to contact a bone, wherein the anchor is configured to engage the mating recess, wherein the leader is configured to loop around patient anatomy and pass through the band slot , and wherein the threaded locking member is configured to lock the flexible band in the main body of the band clamp ; characterized in that the anchor has a cut to allow the anchor to contract to enter the anchor slot and then expand to be received into the mating recess in anchor slot , wherein the anchor is configured to spring back open to prevent disassembly once fully positioned within the mating recess. a band clamp including a main body , a threaded locking member , a band slot , and an anchor slot , wherein the main body includes a mating recess; and a flexible band having a first end , a second end , and a middle portion therebetween, a leader attached to the first end of the flexible band , an anchor attached to the second end of the flexible band , and wherein the middle portion is configured to contact a bone, wherein the anchor is configured to engage the mating recess, wherein the leader is configured to loop around patient anatomy and pass through the band slot , and wherein the threaded locking member is configured to lock the flexible band in the main body of the band clamp ; characterized in that