mhurhangee/patent-ind-claim-en huggingface dataset:
A memory fabrication method, comprising: forming a plurality of gate electrode lines (PL1; ...; PL2m) to respectively form a plurality of gates (G1; G2) of a plurality of data storage cells (DSC), wherein the plurality of data storage cells (DSC) are arranged in an array; and forming a plurality of conductive lines (M0, M5), wherein each of the plurality of conductive lines (M0, M5) is coupled to two adjacent ones of the plurality of gate electrode lines (PL1; ...; PL2m), and each of the plurality of conductive lines (M0, M5) at least partially overlaps the two gate electrode lines (PL1; ...; PL2m) of the plurality of gate electrode lines (PL1; ...; PL2m), wherein the plurality of conductive lines (M0, M5) comprises a plurality of first conductive lines (M0) and a plurality of second conductive lines (M5), the plurality of first conductive lines (M0) is perpendicular to the plurality of second conductive lines (M5) and one of the plurality of first conductive lines (M0) overlapping one of the plurality of second conductive lines (M5) is staggered and non-aligned with another of the plurality of first conductive lines (M0) overlapping another of the plurality of second conductive lines (M5). forming a plurality of gate electrode lines (PL1; ...; PL2m) to respectively form a plurality of gates (G1; G2) of a plurality of data storage cells (DSC), wherein the plurality of data storage cells (DSC) are arranged in an array; and forming a plurality of conductive lines (M0, M5), wherein each of the plurality of conductive lines (M0, M5) is coupled to two adjacent ones of the plurality of gate electrode lines (PL1; ...; PL2m), and each of the plurality of conductive lines (M0, M5) at least partially overlaps the two gate electrode lines (PL1; ...; PL2m) of the plurality of gate electrode lines (PL1; ...; PL2m), wherein the plurality of conductive lines (M0, M5) comprises a plurality of first conductive lines (M0) and a plurality of second conductive lines (M5), the plurality of first conductive lines (M0) is perpendicular to the plurality of second conductive lines (M5) and one of the plurality of first conductive lines (M0) overlapping one of the plurality of second conductive lines (M5) is staggered and non-aligned with another of the plurality of first conductive lines (M0) overlapping another of the plurality of second conductive lines (M5).
A surgical instrument comprising: a rigid shaft , at least one elbow joint, itself comprising at least three elbow joints, hingedly coupled to the rigid shaft and a wrist joint coupled to the at least one elbow joint, wherein the wrist joint is configured to provide a first degree of freedom of movement and a second degree of freedom of movement, wherein the second degree of freedom of movement is substantially perpendicular to the first degree of freedom of movement; wherein two of the at least three elbow joints are arranged to provide a hinged motion in the same direction and a third elbow joint is arranged to provide a hinged motion in a different direction to the other elbow joints and wherein at least two adjacent elbow joints are coupled together such that the at least two adjacent elbow joints move in unison; and wherein the wrist joint comprises first and second sections and an end effector having first and second jaws, the first section defining a first hinged joint with the second section so that the second section is hingedly moveable relative to the first section and the at least one elbow joint to provide the first degree of freedom of movement of the wrist joint, the second section defining a second hinged joint with each of the first and second jaws of the end effector so that each jaw is hingedly moveable relative to the first and second sections and the at least one elbow joint, the second hinged joint being arranged perpendicular to the first hinged joint so as to provide the second degree of freedom of movement of the wrist joint. wherein two of the at least three elbow joints are arranged to provide a hinged motion in the same direction and a third elbow joint is arranged to provide a hinged motion in a different direction to the other elbow joints and wherein at least two adjacent elbow joints are coupled together such that the at least two adjacent elbow joints move in unison; and wherein the wrist joint comprises first and second sections and an end effector having first and second jaws, the first section defining a first hinged joint with the second section so that the second section is hingedly moveable relative to the first section and the at least one elbow joint to provide the first degree of freedom of movement of the wrist joint, the second section defining a second hinged joint with each of the first and second jaws of the end effector so that each jaw is hingedly moveable relative to the first and second sections and the at least one elbow joint, the second hinged joint being arranged perpendicular to the first hinged joint so as to provide the second degree of freedom of movement of the wrist joint.
A method to determine whether a network device is operational, the method comprising: determining , by one or more hardware processors of a network management system, first operational parameter values of the network device; determining, by the one or more hardware processors, one or more neighboring network devices of the network device; determining , by the one or more hardware processors, second operational parameter values of the one or more neighboring network devices, wherein the second operational parameter values of the one or more neighboring network devices indicate a count of messages received at a respective neighboring network device or a number of wireless terminals associated with the respective neighboring network device; determining , by the one or more hardware processors, whether the network device is operational based on the first operational parameter values of the network device and the second operational parameter values of the one or more neighboring network devices; and conditionally controlling , by the one or more hardware processors, the network device based on whether the network device is determined to be operational. determining , by one or more hardware processors of a network management system, first operational parameter values of the network device; determining, by the one or more hardware processors, one or more neighboring network devices of the network device; determining , by the one or more hardware processors, second operational parameter values of the one or more neighboring network devices, wherein the second operational parameter values of the one or more neighboring network devices indicate a count of messages received at a respective neighboring network device or a number of wireless terminals associated with the respective neighboring network device; determining , by the one or more hardware processors, whether the network device is operational based on the first operational parameter values of the network device and the second operational parameter values of the one or more neighboring network devices; and conditionally controlling , by the one or more hardware processors, the network device based on whether the network device is determined to be operational.
Terminal clamp having at least two clamping members (no), wherein the clamping members each comprise: - at least two clamping points for attachment of an electrical conductor without tools in an insertion direction (E1, E2), respectively, wherein the clamping points being electrically coupled to each other, and - a housing in which the clamping points are at least partially accommodated, wherein the clamping members are arranged side by side in series in a way that all clamping points are functionally accessible, and wherein the housings of the respective clamping members are coupled to each other by means of a predetermined breaking point to separate the respective clamping members from each other as functional unit, characterized in that the housing together with the predetermined breaking point is manufactured in a two-component injection molding process, wherein the housing is made of a rigid plastic material, and wherein the predetermined breaking point is made of a flexible plastic material. - at least two clamping points for attachment of an electrical conductor without tools in an insertion direction (E1, E2), respectively, wherein the clamping points being electrically coupled to each other, and - a housing in which the clamping points are at least partially accommodated, wherein the clamping members are arranged side by side in series in a way that all clamping points are functionally accessible, and wherein the housings of the respective clamping members are coupled to each other by means of a predetermined breaking point to separate the respective clamping members from each other as functional unit, characterized in that the housing together with the predetermined breaking point is manufactured in a two-component injection molding process, wherein the housing is made of a rigid plastic material, and wherein the predetermined breaking point is made of a flexible plastic material.
A fuel system for a gas turbine engine comprising: a fuel pump providing fuel flow during engine operation; and a transmission system including an output shaft coupled to drive the fuel pump and an input shaft driven through a mechanical link coupled to a shaft of the gas turbine engine , wherein the output shaft drives the fuel pump at a variable speed that is independent of a rotational speed of the input shaft , wherein the transmission system comprises a hydraulic drive driven by the mechanical link . a fuel pump providing fuel flow during engine operation; and a transmission system including an output shaft coupled to drive the fuel pump and an input shaft driven through a mechanical link coupled to a shaft of the gas turbine engine , wherein the output shaft drives the fuel pump at a variable speed that is independent of a rotational speed of the input shaft , wherein the transmission system comprises a hydraulic drive driven by the mechanical link .
Cover for a medical injection device , said medical injection device having a hub portion defined at its distal end, the said cover comprising: - an outer casing formed of a first material, said outer casing having a distal end and a proximal end, - an inner casing formed of a second material different from the said first material and defining a cavity capable of receiving in a sealing way, at least part of the hub portion , said inner casing having a distal end and a proximal end, and being at least partly inserted within the outer casing and at least partially in contact with the outer casing and wherein the said cover is characterised by comprising at least one substantially ring-shaped Radio Frequency Identification RFID tag embedded within the cover , said ring-shaped RFID tag comprising a RFID chip connected to at least one RFID ring-shaped antenna . - an outer casing formed of a first material, said outer casing having a distal end and a proximal end, - an inner casing formed of a second material different from the said first material and defining a cavity capable of receiving in a sealing way, at least part of the hub portion , said inner casing having a distal end and a proximal end, and being at least partly inserted within the outer casing and at least partially in contact with the outer casing and wherein the said cover is characterised by comprising at least one substantially ring-shaped Radio Frequency Identification RFID tag embedded within the cover , said ring-shaped RFID tag comprising a RFID chip connected to at least one RFID ring-shaped antenna .
A method of identifying a Location Area in a cellular communications network, the method being performed by a basestation of said network and comprising: detecting Location Area Identifications in radio transmissions from other basestations of the cellular communications network; including a first Location Area Identification in radio transmissions from said basestation , said first Location Area Identification being selected by the basestation from a first set of Location Area Identifications such that the first Location Area Identification is different from the detected Location Area Identifications; including a second Location Area Identification in messages sent to a core network of said cellular communications network, said second Location Area Identification being selected from a second set of Location Area Identifications. detecting Location Area Identifications in radio transmissions from other basestations of the cellular communications network; including a first Location Area Identification in radio transmissions from said basestation , said first Location Area Identification being selected by the basestation from a first set of Location Area Identifications such that the first Location Area Identification is different from the detected Location Area Identifications; including a second Location Area Identification in messages sent to a core network of said cellular communications network, said second Location Area Identification being selected from a second set of Location Area Identifications.
A use of a lubricant composition as a lubricant composition for an eccentric oscillating planetary gear type speed reducer, comprising the following components (a) to (d): (a) a base oil containing a synthetic oil; (b) at least one calcium salt whose base number measured in accordance with JIS K 2501 is at least 200 mg KOH/g or is less than 200 mg KOH/g, and which is selected from the group consisting of calcium salts of petroleum sulfonic acids, calcium salts of alkyl aromatic sulfonic acids, calcium salts of salicylates, calcium salts of phenates, calcium salts of oxidized waxes; (c) an antioxidant; and (d) a glycerin fatty acid ester. (a) a base oil containing a synthetic oil; (b) at least one calcium salt whose base number measured in accordance with JIS K 2501 is at least 200 mg KOH/g or is less than 200 mg KOH/g, and which is selected from the group consisting of calcium salts of petroleum sulfonic acids, calcium salts of alkyl aromatic sulfonic acids, calcium salts of salicylates, calcium salts of phenates, calcium salts of oxidized waxes; (c) an antioxidant; and (d) a glycerin fatty acid ester.
An induction cooking hob including a number of induction coils , wherein: - said induction coils are arranged on the induction cooking hob according to a predetermined scheme, - at least a portion of the induction cooking hob is covered by the induction coils , - at least one heating area is formed on the induction cooking hob by activating a single induction coil or a combination of adjacent induction coils , and - at least a portion of the induction hob includes induction coils shaped as triangular discs, characterized in that at least six of the induction coils are shaped as equilateral triangles and have the same size, wherein six induction coils shaped as equilateral triangles form a heating zone shaped as a regular hexagon, and wherein each induction coil is separately activated and/or controlled. - said induction coils are arranged on the induction cooking hob according to a predetermined scheme, - at least a portion of the induction cooking hob is covered by the induction coils , - at least one heating area is formed on the induction cooking hob by activating a single induction coil or a combination of adjacent induction coils , and - at least a portion of the induction hob includes induction coils shaped as triangular discs,
A control system of an autonomous vehicle , the control system comprising: a self-driving system; and one or more computing devices in communication with the self-driving system, the one or more computing devices being configured to: receive a pickup location and a destination location, from a trip request that is associated with a client device ; cause the self-driving system to navigate the autonomous vehicle to the pickup location; send a prompt to the client device to collect semantic information related to the pickup location; determine a specified location based on the semantic information received in response to the prompt, wherein the specified location is a more precise or updated pickup location; identify one or more semantic markers for the specified location from the semantic information; and send a message to the client device identifying the specified location using the one or more semantic markers. a self-driving system; and one or more computing devices in communication with the self-driving system, the one or more computing devices being configured to: receive a pickup location and a destination location, from a trip request that is associated with a client device ; cause the self-driving system to navigate the autonomous vehicle to the pickup location; send a prompt to the client device to collect semantic information related to the pickup location; determine a specified location based on the semantic information received in response to the prompt, wherein the specified location is a more precise or updated pickup location; identify one or more semantic markers for the specified location from the semantic information; and send a message to the client device identifying the specified location using the one or more semantic markers. receive a pickup location and a destination location, from a trip request that is associated with a client device ; cause the self-driving system to navigate the autonomous vehicle to the pickup location; send a prompt to the client device to collect semantic information related to the pickup location; determine a specified location based on the semantic information received in response to the prompt, wherein the specified location is a more precise or updated pickup location; identify one or more semantic markers for the specified location from the semantic information; and send a message to the client device identifying the specified location using the one or more semantic markers.
An artificial valve prosthesis for implantation in a vessel having a vessel wall, the artificial valve prosthesis comprising: a support structure comprising: a proximal section comprising a first radially expandable anchoring portion that includes first and second commissures; a distal section comprising a second radially expandable anchoring portion; the proximal and distal sections spaced apart from one another to define an intermediate section , the intermediate section comprising a substantially open section of the support structure; a first strut joining the proximal and distal sections, the first strut extending from the first commissure ; and a second strut joining the proximal and distal sections, the second strut extending from the second commissure ; a valve structure comprising two leaflets situated in the intermediate section , the leaflets attached to the proximal section at two commissural points located at the proximal ends of the first and second struts of the support structure, and wherein the leaflets are attached about their distal ends to the distal section and the valve structure is configured to restrict fluid flow therethrough. a support structure comprising: a proximal section comprising a first radially expandable anchoring portion that includes first and second commissures; a distal section comprising a second radially expandable anchoring portion; the proximal and distal sections spaced apart from one another to define an intermediate section , the intermediate section comprising a substantially open section of the support structure; a first strut joining the proximal and distal sections, the first strut extending from the first commissure ; and a second strut joining the proximal and distal sections, the second strut extending from the second commissure ; a proximal section comprising a first radially expandable anchoring portion that includes first and second commissures; a distal section comprising a second radially expandable anchoring portion; the proximal and distal sections spaced apart from one another to define an intermediate section , the intermediate section comprising a substantially open section of the support structure; a first strut joining the proximal and distal sections, the first strut extending from the first commissure ; and a second strut joining the proximal and distal sections, the second strut extending from the second commissure ; a valve structure comprising two leaflets situated in the intermediate section , the leaflets attached to the proximal section at two commissural points located at the proximal ends of the first and second struts of the support structure, and wherein the leaflets are attached about their distal ends to the distal section and the valve structure is configured to restrict fluid flow therethrough.
Artificial eye lens having an optical part which has, viewed in the direction of an optical principal axis (A) of the eye lens , a first optical side and an opposite, second optical side , wherein the optical part is formed with a structure having birefringence, characterized in that the birefringent structure in the integral optical part is formed as a laser structure.
A septum holder comprising: a body having a disk shaped annular upper body part and a lower body part , at least one resilient elongated arm terminating with a distal enlarged element attached to a side of the body, and a septum fitted into the lower body part so that it extends downward parallel to the at least one arm ; wherein the septum is made of a single piece of cylindrically shaped resilient material, an upper part of the septum has a diameter larger than a middle part of the septum in order to form a flange that rests on an annular ledge created around an inside of the lower body part of the body when the middle part of septum slides through an open center at a bottom of the lower body part and a lowest part of the septum has a diameter that matches that of a septum in a fluid transfer component; and, the septum comprises a cavity created in its middle part into which an insert comprising at least one bore that functions as a seat of a needle valve is inserted.
A computer-implemented method for dynamically adjusting a gain of an eddy current device , the eddy current device communicatively coupled to a probe having at least a first coil and a second coil , the method implemented using a computer-controlled eddy current device coupled to a user interface and a memory device , the method comprising: providing calibration information to the eddy current device using the probe ; switching at a rate between a first mode and a second mode of the eddy current device , the first mode exciting only the first coil to measure liftoff of the probe from a surface of a workpiece, the second mode exciting the first and second coils to measure dimensions of a flaw within the workpiece; determining a thickness of a non-conductive coating covering at least a portion of the workpiece using the first coil ; adjusting a gain setting of the eddy current device based on the determined thickness and the calibration information; and determining dimensions of the flaw using the first and second coils and the adjusted gain setting. providing calibration information to the eddy current device using the probe ; switching at a rate between a first mode and a second mode of the eddy current device , the first mode exciting only the first coil to measure liftoff of the probe from a surface of a workpiece, the second mode exciting the first and second coils to measure dimensions of a flaw within the workpiece; determining a thickness of a non-conductive coating covering at least a portion of the workpiece using the first coil ; adjusting a gain setting of the eddy current device based on the determined thickness and the calibration information; and determining dimensions of the flaw using the first and second coils and the adjusted gain setting.