mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming a silicon nitride film onto at least a surface of a substrate, the method comprising a. providing a substrate in a reactor; b. introducing into the reactor a cyclodisilazane precursor selected from1,3-bis(tert-butyl)cyclodisilazane and 1,3-bis(tert-butyl)-2-methylcyclodisilazane and combinations thereof, wherein the at least one cyclodisilazane reacts on at least a portion of the surface of the substrate to provide a chemisorbed layer; c. purging the reactor with a purge gas; d. introducing a plasma containing source and an inert gas into the reactor to react with at least a portion of the chemisorbed layer and provide at least one reactive site wherein the plasma is generated at a power density ranging from 0.01 to 1.5 W/cm 2 ; and e. optionally purging the reactor with an inert gas; and wherein the steps b through e are repeated until a desired thickness of the silicon nitride film is obtained. a. providing a substrate in a reactor; b. introducing into the reactor a cyclodisilazane precursor selected from1,3-bis(tert-butyl)cyclodisilazane and 1,3-bis(tert-butyl)-2-methylcyclodisilazane and combinations thereof, wherein the at least one cyclodisilazane reacts on at least a portion of the surface of the substrate to provide a chemisorbed layer; c. purging the reactor with a purge gas; d. introducing a plasma containing source and an inert gas into the reactor to react with at least a portion of the chemisorbed layer and provide at least one reactive site wherein the plasma is generated at a power density ranging from 0.01 to 1.5 W/cm 2 ; and e. optionally purging the reactor with an inert gas; and wherein the steps b through e are repeated until a desired thickness of the silicon nitride film is obtained.
An actuation mechanism for a surgical instrument comprising a handle , a sheath , a tool and a deformable gripper for actuating the tool, said actuation mechanism comprising: - a sleeve , equipped with a longitudinal axis (X), configured to receive the surgical instrument and comprising one or more guides stationary mounted with respect to the sleeve and extending substantially in a plane perpendicular to said longitudinal axis (X), a plurality of studs extending along the longitudinal axis (X) being provided on the or each guide, on some guides only, or distributed over the different guides, or a plurality of jaws mounted between the guides stationary mounted with respect to the sleeve, so as to be translate relative to said guides and extending substantially in the plane perpendicular to said longitudinal axis (X), several studs extending along the longitudinal axis (X) being provided on the or each jaw, on some jaws only, or distributed on the different jaws ; - at least two wheels , mounted on the sleeve on either side of said part or parts along said longitudinal axis (X), each wheel being equipped with at least one groove and a mechanical transmission element , said at least one groove of each wheel receiving, in a movable manner in said groove, one of said plurality of studs ; - at least two drive shafts , a first drive shaft being equipped with a first mechanical transmission element cooperating with the mechanical transmission element of one of the two wheels and a second drive shaft being equipped with another first mechanical transmission element cooperating with the mechanical transmission element of the other of the two wheels . - a sleeve , equipped with a longitudinal axis (X), configured to receive the surgical instrument and comprising one or more guides stationary mounted with respect to the sleeve and extending substantially in a plane perpendicular to said longitudinal axis (X), a plurality of studs extending along the longitudinal axis (X) being provided on the or each guide, on some guides only, or distributed over the different guides, or a plurality of jaws mounted between the guides stationary mounted with respect to the sleeve, so as to be translate relative to said guides and extending substantially in the plane perpendicular to said longitudinal axis (X), several studs extending along the longitudinal axis (X) being provided on the or each jaw, on some jaws only, or distributed on the different jaws ; - at least two wheels , mounted on the sleeve on either side of said part or parts along said longitudinal axis (X), each wheel being equipped with at least one groove and a mechanical transmission element , said at least one groove of each wheel receiving, in a movable manner in said groove, one of said plurality of studs ; - at least two drive shafts , a first drive shaft being equipped with a first mechanical transmission element cooperating with the mechanical transmission element of one of the two wheels and a second drive shaft being equipped with another first mechanical transmission element cooperating with the mechanical transmission element of the other of the two wheels .
A control apparatus comprising: a first information acquisition part that is configured to acquire first user posture information indicating a posture of a first user operating a robot ; a second information acquisition part that is configured to acquire pre-change posture information indicating a pre-change posture, which is a posture of the robot before changing the posture of the robot on the basis of the first user posture information; a specification part that is configured to select, as a subject reference posture information corresponding to the pre-change posture information and the first user posture information, a reference posture information corresponding to one piece of reference information selected from among a plurality of pieces of the reference information in which the pre-change posture information is associated with the reference posture information indicating the posture of a second user differing from the first user acquired at a previous point in time when the robot is in the pre-change posture indicated by the pre-change posture information; and a determination part that is configured to determine, as the posture of the robot , a posture corresponding to the subject reference posture information selected by the specification part . a first information acquisition part that is configured to acquire first user posture information indicating a posture of a first user operating a robot ; a second information acquisition part that is configured to acquire pre-change posture information indicating a pre-change posture, which is a posture of the robot before changing the posture of the robot on the basis of the first user posture information; a specification part that is configured to select, as a subject reference posture information corresponding to the pre-change posture information and the first user posture information, a reference posture information corresponding to one piece of reference information selected from among a plurality of pieces of the reference information in which the pre-change posture information is associated with the reference posture information indicating the posture of a second user differing from the first user acquired at a previous point in time when the robot is in the pre-change posture indicated by the pre-change posture information; and a determination part that is configured to determine, as the posture of the robot , a posture corresponding to the subject reference posture information selected by the specification part .
A screw driving tool comprising a torque output element which defines an axis (A) and is mounted in a housing , a torque transmission section with a plurality of depressions , a torque transmission element , which is pretensioned by a force of a force accumulator and engages in at least one of the depressions , for coupling the torque transmission section to the housing so as to transmit a torque, said torque-transmitting coupling being released when the torque transmission element leaves the depression in an edge-controlled manner against the force of the force accumulator , which can be adjusted by an adjustment device , when a torque limit is exceeded, characterised by a switchover element , which can be moved from a release position into a blocking position, which in the release position permits the torque transmission element to leave the depression, but in the blocking position blocks it.
A vehicle door comprising: a first panel ; and a second panel bonded to a panel bonding part of the first panel , in which vehicle door, the first panel is provided with a plurality of ribs , sticking out from the panel bonding part so as to cross an adhesive coated on the first panel or the second panel , along the coating direction of the adhesive, and each rib is provided with: a non-visible part which is bonded to the second panel and which is covered by the second panel and can no longer be viewed from the outside; and characterised in that each rib is also provided with a visible part which extends from the non-visible part in a direction crossing the adhesive and which is not covered by the second panel and can be viewed from the outside. a first panel ; and a second panel bonded to a panel bonding part of the first panel , in which vehicle door, the first panel is provided with a plurality of ribs , sticking out from the panel bonding part so as to cross an adhesive coated on the first panel or the second panel , along the coating direction of the adhesive, and each rib is provided with: a non-visible part which is bonded to the second panel and which is covered by the second panel and can no longer be viewed from the outside; and characterised in that each rib is also provided with a visible part which extends from the non-visible part in a direction crossing the adhesive and which is not covered by the second panel and can be viewed from the outside. a non-visible part which is bonded to the second panel and which is covered by the second panel and can no longer be viewed from the outside; and characterised in that each rib is also provided with a visible part which extends from the non-visible part in a direction crossing the adhesive and which is not covered by the second panel and can be viewed from the outside.
A method comprising: receiving a video stream ; inputting a first set of frames of the video stream into a first machine learning model, the first machine learning model trained to output whether the first set of frames corresponds to activity that initiates a cleaning protocol for an item of medical equipment ; responsive to receiving output that the first set of frames corresponds to activity that initiates the cleaning protocol, inputting a second set of frames from the video stream into a second machine learning model, the second machine learning model trained to output whether the second set of frames meets criteria of the cleaning protocol ; and responsive to the second set of frames meeting the criteria of the cleaning protocol, transmitting a notification to an operator that the cleaning protocol is complete . receiving a video stream ; inputting a first set of frames of the video stream into a first machine learning model, the first machine learning model trained to output whether the first set of frames corresponds to activity that initiates a cleaning protocol for an item of medical equipment ; responsive to receiving output that the first set of frames corresponds to activity that initiates the cleaning protocol, inputting a second set of frames from the video stream into a second machine learning model, the second machine learning model trained to output whether the second set of frames meets criteria of the cleaning protocol ; and responsive to the second set of frames meeting the criteria of the cleaning protocol, transmitting a notification to an operator that the cleaning protocol is complete .
Soft magnetic particle powder composed of flat soft magnetic particles, wherein the soft magnetic particle powder has a kurtosis of more than -0.35, characterized in that the particle size D 10 and the particle size D 50 as measured by a laser diffraction particle size distribution analyzer satisfy the formula D 10 / D 50 > 0.45 , D 50 is 70 μm or more, and D 10 is 30 μm or more, and a kurtosis is determined by calculating a moment relative to the average value using the following formula: Kurtosis = ∑ f i ln x i − ln x ̅ 4 ln SD 4 ∑ f i − 3 X i represents an average value of particle size of i-th channel (predetermined region on x-axis) X represents average particle size f i represents volume percentage of the particle SD represents standard deviation and is represented by formula below SD = exp ∑ f i ln x i − ln x ̅ 2 ∑ f i . D 50 is 70 μm or more, and D 10 is 30 μm or more, and a kurtosis is determined by calculating a moment relative to the average value using the following formula: Kurtosis = ∑ f i ln x i − ln x ̅ 4 ln SD 4 ∑ f i − 3 X i represents an average value of particle size of i-th channel (predetermined region on x-axis) X represents average particle size f i represents volume percentage of the particle SD represents standard deviation and is represented by formula below SD = exp ∑ f i ln x i − ln x ̅ 2 ∑ f i . X i represents an average value of particle size of i-th channel (predetermined region on x-axis) X represents average particle size f i represents volume percentage of the particle SD represents standard deviation and is represented by formula below SD = exp ∑ f i ln x i − ln x ̅ 2 ∑ f i .
A support device for medical instruments to be sterilized and/or cleaned, each including a fixing element , the support device including a plate having a lower face (5 2 ) and a upper face (5 1 ) and in which at least one mounting through hole for a flexible holding structure for the medical instrument fixing element is arranged, this flexible structure including a dismountable connection system with the plate , each mounting hole including a dismountable connection system complementary to the connection system of the flexible structure, this complementary dismountable connection system being arranged exclusively from the internal wall (6 1 ) of the mounting hole delimited between the lower face (5 2 ) and the upper face (5 1 ) of the plate, characterized in that the flexible structure includes an upper surface (7 1 ) flush with the upper face (5 1 ) of the plate and in that the flexible structure includes a lower surface (7 2 ) flush with the lower face (5 2 ) of the plate .
A method for rules-based overload control for 5G services, the method comprising: configuring , at an intermediate node or a producer network function, NF overload message handing rules, wherein at least some of the rules include destination network name, DNN, or a network slice, subscription or location identifying parameter as rule selection criteria; the method comprises: associating , at the intermediate node or the producer NF, a guaranteed processing bandwidth of the intermediate or the producer NF, with at least some of the overload message handling rules; receiving a first message at the intermediate node or the producer NF; determining , by the intermediate or the producer NF, that an overload condition exists; identifying , by the intermediate node or the producer NF, that the first message includes parameters that match the rule selection criteria for one of the overload message handling rules; determining , by the intermediate node or the producer NF, that a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule is available to process the first message; and processing , by the intermediate node or the producer NF and using a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule, the first message and updating a message count for the overload message handling rule. associating , at the intermediate node or the producer NF, a guaranteed processing bandwidth of the intermediate or the producer NF, with at least some of the overload message handling rules; receiving a first message at the intermediate node or the producer NF; determining , by the intermediate or the producer NF, that an overload condition exists; identifying , by the intermediate node or the producer NF, that the first message includes parameters that match the rule selection criteria for one of the overload message handling rules; determining , by the intermediate node or the producer NF, that a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule is available to process the first message; and processing , by the intermediate node or the producer NF and using a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule, the first message and updating a message count for the overload message handling rule.
A method performed by a User Equipment, UE, for monitoring a beam transmitted by a base station in a radio communications network , which base station is serving the UE , the method comprising: monitoring a reference signal related to the beam, from the base station , each time a quality of the reference signal is below a first threshold, generating an Out-Of-Synchronization, OOS, event, each time a quality of the reference signal is above a second threshold, generating an In-Synchronization, IS, event, when the number of OOS events reaches an OOS Beam Failure Detection, BFD, threshold and the number of IS events is below an IS BFD threshold, triggering a beam recovery procedure, when the number of OOS events reaches an OOS Radio Link Monitoring, RLM, threshold which is higher than the OOS BFD threshold and the number of IS events is below an IS RLM threshold, starting a Radio Link Failure, RLF, timer, wherein the IS RLM threshold and the IS BFD threshold are configured such that the beam recovery procedure is triggered before declaring RLF. monitoring a reference signal related to the beam, from the base station , each time a quality of the reference signal is below a first threshold, generating an Out-Of-Synchronization, OOS, event, each time a quality of the reference signal is above a second threshold, generating an In-Synchronization, IS, event, when the number of OOS events reaches an OOS Beam Failure Detection, BFD, threshold and the number of IS events is below an IS BFD threshold, triggering a beam recovery procedure, when the number of OOS events reaches an OOS Radio Link Monitoring, RLM, threshold which is higher than the OOS BFD threshold and the number of IS events is below an IS RLM threshold, starting a Radio Link Failure, RLF, timer, wherein the IS RLM threshold and the IS BFD threshold are configured such that the beam recovery procedure is triggered before declaring RLF.
An apparatus comprising: a decoder to decode an enqueue command instruction; execution circuitry, where execution of the enqueue command instruction causes the execution circuitry to: generate a work descriptor based, at least in part, on data from a source operand of the enqueue command instruction, the work descriptor comprising a plurality of fields including an operation field to specify one or more operations to be performed, a flag to indicate whether the work descriptor can be processed in parallel with one or more other work descriptors, and an address field associated with the one or more operations; store the work descriptor to a work queue. a decoder to decode an enqueue command instruction; execution circuitry, where execution of the enqueue command instruction causes the execution circuitry to: generate a work descriptor based, at least in part, on data from a source operand of the enqueue command instruction, the work descriptor comprising a plurality of fields including an operation field to specify one or more operations to be performed, a flag to indicate whether the work descriptor can be processed in parallel with one or more other work descriptors, and an address field associated with the one or more operations; store the work descriptor to a work queue. generate a work descriptor based, at least in part, on data from a source operand of the enqueue command instruction, the work descriptor comprising a plurality of fields including an operation field to specify one or more operations to be performed, a flag to indicate whether the work descriptor can be processed in parallel with one or more other work descriptors, and an address field associated with the one or more operations; store the work descriptor to a work queue.
A sensor having a detecting part adapted to detect smoke as an environmental value representing change in physical amount of circumference environment by an external flowing fluid and a controlling part for discriminating abnormality in circumference environment based on the environmental value detected by said detecting part , said sensor comprising: a housing in which said detecting part and said controlling part are disposed; an opening formed on an outer circumferential face of said housing ; guide members being walls (51; 51s-q) disposed around said detecting part and extending from said opening to said detecting part on a face of said housing parallel to an attachment surface of said sensor, and forming a guide path between adjacent walls for guiding said fluid from said opening to said detecting part ; wherein said detecting part is eccentrically disposed from the center of said face parallel to said attachment surface of said sensor, characterized in that a component is further provided in a space in which said opening of said housing and said detecting part are disposed on a coplanar surface and is disposed beside said detecting part , and a battery case being said component constitutes a part of said guide members. a housing in which said detecting part and said controlling part are disposed; an opening formed on an outer circumferential face of said housing ; guide members being walls (51; 51s-q) disposed around said detecting part and extending from said opening to said detecting part on a face of said housing parallel to an attachment surface of said sensor, and forming a guide path between adjacent walls for guiding said fluid from said opening to said detecting part ; wherein said detecting part is eccentrically disposed from the center of said face parallel to said attachment surface of said sensor, characterized in that a component is further provided in a space in which said opening of said housing and said detecting part are disposed on a coplanar surface and is disposed beside said detecting part , and a battery case being said component constitutes a part of said guide members.