mhurhangee/patent-ind-claim-en huggingface dataset:
An immobilizer tool set comprising: a plurality of retention blocks , wherein each retention block of the plurality of retention blocks comprises: a first plate ; a guide pin extending from the first plate ; and a second plate on the guide pin and configured to slide on the guide pin relative the first plate ; characterised in that the immobilizer tool set further comprises a spring between the first plate and the second plate . a plurality of retention blocks , wherein each retention block of the plurality of retention blocks comprises: a first plate ; a guide pin extending from the first plate ; and a second plate on the guide pin and configured to slide on the guide pin relative the first plate ; a first plate ; a guide pin extending from the first plate ; and a second plate on the guide pin and configured to slide on the guide pin relative the first plate ; characterised in that the immobilizer tool set further comprises a spring between the first plate and the second plate .
An optical instrument with a housing , wherein a light source is arranged in the housing and is designed to generate a first light flux which emerges at a first boundary surface inside the housing , and a light supply is guided from outside the housing through a housing wall of the housing , which is designed to guide a second light flux from outside the housing into an interior of the housing and to allow it to emerge at a second boundary surface inside the housing , wherein a light guide is arranged in the housing and is designed to receive light at a first end via a third boundary surface and to allow it to emerge at a second end via a fourth boundary surface at a distal end of the optical instrument, wherein the third boundary surface is arranged to be displaceable relative to the first and second boundary surfaces in such manner that the third boundary surface can receive light from the first boundary surface in a first position and can receive light from the second boundary surface in a second position.
A method of manufacturing an intraoral device including: obtaining an impression of at least one row of a patient's teeth; transferring said impression into a processor; said processor either: a) communicating with a milling machine; and milling a blank of a first material to form a cavity in said blank substantially corresponding to said impression, said cavity being milled to include an offset from the impression; OR b) communicating with a 3D printing machine and a milling machine; and 3D printing a first material to form a cavity with an offset substantially corresponding to said impression; the method further including filling said cavity with at least a second material and allowing said second material to cure; milling said second material to correspond to said impression; milling said first material to obtain a device shape; and wherein said first and second materials are comparatively hard and soft. obtaining an impression of at least one row of a patient's teeth; transferring said impression into a processor; said processor either: a) communicating with a milling machine; and milling a blank of a first material to form a cavity in said blank substantially corresponding to said impression, said cavity being milled to include an offset from the impression; OR b) communicating with a 3D printing machine and a milling machine; and 3D printing a first material to form a cavity with an offset substantially corresponding to said impression; a) communicating with a milling machine; and milling a blank of a first material to form a cavity in said blank substantially corresponding to said impression, said cavity being milled to include an offset from the impression; OR b) communicating with a 3D printing machine and a milling machine; and 3D printing a first material to form a cavity with an offset substantially corresponding to said impression; the method further including filling said cavity with at least a second material and allowing said second material to cure; milling said second material to correspond to said impression; milling said first material to obtain a device shape; and wherein said first and second materials are comparatively hard and soft.
A curable sealant composition comprising components: a) x weight percent of at least one polythiol; b) y weight percent of at least one unsaturated compound having at least two non-aromatic carbon-carbon double bonds, at least one carbon-carbon triple bond, or a combination thereof; c) from 0.01 to 8 weight percent of at least one organoborane-amine complex; d) from 0.05 to 10 weight percent of at least one organic peroxide; and e) from 0.01 to 10 weight percent of a photoinitiator system capable of generating free radicals upon exposure to actinic radiation, wherein x and y are positive real numbers, wherein x + y is in the range of 72 to 99, and wherein the weight percent ranges of the components a) - e) are based on the total weight of the components a) - e). a) x weight percent of at least one polythiol; b) y weight percent of at least one unsaturated compound having at least two non-aromatic carbon-carbon double bonds, at least one carbon-carbon triple bond, or a combination thereof; c) from 0.01 to 8 weight percent of at least one organoborane-amine complex; d) from 0.05 to 10 weight percent of at least one organic peroxide; and e) from 0.01 to 10 weight percent of a photoinitiator system capable of generating free radicals upon exposure to actinic radiation, wherein x and y are positive real numbers, wherein x + y is in the range of 72 to 99, and wherein the weight percent ranges of the components a) - e) are based on the total weight of the components a) - e).
A method performed by one or more processors, the method comprising: aligning, based on reference sequence data, first sequence data generated at a first time point, wherein the first time point is a time point after reading of a first read of a pair of paired-end reads is completed and at which a second read of the pair of paired-end reads is partially read; identifying, based on the aligned first sequence data, a structural variant; and before reading of the second read is completed, generating a first report comprising information on the identified structural variant, the method further comprising: before the aligning the first sequence data, determining a target data amount for sequence production; and acquiring the first sequence data, wherein the first sequence data is generated by a sequencer inputted with an amount of a sample corresponding to the determined target data amount, wherein the determining the target data amount comprises: acquiring a ratio of tumor cells included in the sample to non-tumor cells included in the sample; and determining, based on at least one of the acquired ratio or an analysis time point, the target data amount. aligning, based on reference sequence data, first sequence data generated at a first time point, wherein the first time point is a time point after reading of a first read of a pair of paired-end reads is completed and at which a second read of the pair of paired-end reads is partially read; identifying, based on the aligned first sequence data, a structural variant; and before reading of the second read is completed, generating a first report comprising information on the identified structural variant, the method further comprising: before the aligning the first sequence data, determining a target data amount for sequence production; and acquiring the first sequence data, wherein the first sequence data is generated by a sequencer inputted with an amount of a sample corresponding to the determined target data amount, wherein the determining the target data amount comprises: acquiring a ratio of tumor cells included in the sample to non-tumor cells included in the sample; and determining, based on at least one of the acquired ratio or an analysis time point, the target data amount. before the aligning the first sequence data, determining a target data amount for sequence production; and acquiring the first sequence data, wherein the first sequence data is generated by a sequencer inputted with an amount of a sample corresponding to the determined target data amount, wherein the determining the target data amount comprises: acquiring a ratio of tumor cells included in the sample to non-tumor cells included in the sample; and determining, based on at least one of the acquired ratio or an analysis time point, the target data amount. acquiring a ratio of tumor cells included in the sample to non-tumor cells included in the sample; and determining, based on at least one of the acquired ratio or an analysis time point, the target data amount.
A streamer type flame simulation device including a casing , a first streamer being a series of strips arranged vertically according to the width direction, a second streamer being a strip, a light source configured to direct light towards the first streamer and the second streamer, characterized in that the flame simulation device includes two or more cross-flow fans being arranged along the width of the first streamer and configured to blow air to the first streamer , and a supplementary air-supplying device being arranged in a split joint area between two cross-flow fans , said supplementary air-supplying device being configured to blow air to the second streamer .
Method of conjunction between a first portion and a second portion of an anti-collision protection element for a person's back, or a joint protection for the elbow or the shoulder of a person, the first portion being molded inside a mold with vulcanized material and made of foam material, in particular cured material, and the second portion being of elastic material, in particular thermoplastic material, so that the two portions are interconnected after molding the second portion on the first one, characterized by the steps of: depositing a thermoplastic adhesive on the first portion, and over-molding the second portion on the first portion in correspondence of the adhesive, and in that • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions. the first portion being molded inside a mold with vulcanized material and made of foam material, in particular cured material, and molded inside a mold with vulcanized material and made of foam material, in particular cured material, and the second portion being of elastic material, in particular thermoplastic material, so that the two portions are interconnected after molding the second portion on the first one, characterized by the steps of: depositing a thermoplastic adhesive on the first portion, and over-molding the second portion on the first portion in correspondence of the adhesive, and in that • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions. depositing a thermoplastic adhesive on the first portion, and over-molding the second portion on the first portion in correspondence of the adhesive, and in that • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions. • the adhesive is applied to an edge of the first portion, • the adhesive is awaited to be dry and solidify, • the first portion is put in a mold having the layer of adhesive on it, • thermoplastic material is over-moulded on said edge in order to mold the second portion and to reactivate the adhesive to achieve the conjunction of the two portions.
Network control unit comprising: - a noise generation system for generating noise signals (S1, S2, S3) in respective frequency bands, wherein the noise signals (S1, S2, S3) comprise at least one amongst: a first noise signal in the frequency band 728 - 844 MHz, a second noise signal (S2) in the frequency band 925 - 960 MHz, and a third noise signal (S3) in the frequency band 2110 - 2170 MHz, - a multi-band combiner designed for filtering and summing the noise signals (S1, S2, S3) into a single output signal (S O ) to be provided to an antenna , said multi-band combiner comprising filters , each designed for filtering at least one of the noise signals (S1, S2, S3), and wherein the filter for filtering the second noise signal (S2) is a ceramic cavity filter operational in the frequency band [925 - 960] MHz and wherein at least one of the other filters is implemented by microstrips. - a noise generation system for generating noise signals (S1, S2, S3) in respective frequency bands, wherein the noise signals (S1, S2, S3) comprise at least one amongst: a first noise signal in the frequency band 728 - 844 MHz, a second noise signal (S2) in the frequency band 925 - 960 MHz, and a third noise signal (S3) in the frequency band 2110 - 2170 MHz, - a multi-band combiner designed for filtering and summing the noise signals (S1, S2, S3) into a single output signal (S O ) to be provided to an antenna , said multi-band combiner comprising filters , each designed for filtering at least one of the noise signals (S1, S2, S3), and wherein the filter for filtering the second noise signal (S2) is a ceramic cavity filter operational in the frequency band [925 - 960] MHz and wherein at least one of the other filters is implemented by microstrips.
An image processing apparatus comprising: an engine unit configured to perform image processing functions; a power saving control unit ; a capturing unit configured to sequentially capture a plurality of images; an extracting unit configured to extract movement information from the sequentially captured images through an analysis, wherein the movement information relates to movement of a moving object and the sequentially captured images contain images of the moving object; a movement information determining unit configured to detect a human user approaching or leaving the image processing apparatus, based on the extracted movement information and on approaching and leaving movement information stored in advance and indicating movement of a human user approaching or leaving the image processing apparatus; and a speed calculating unit configured to calculate an approaching speed of the human user who is detected by the movement information determining unit as the approaching user, wherein the power saving control unit is configured to cancel a power saving state of the image processing apparatus to transition into a state in which the image processing apparatus can be used based on the movement information determining unit detecting an approaching user and on the calculated approaching speed, characterised in that cancelling the power saving state based on the calculated approaching speed comprises cancelling the power saving state at a timing in accordance with the calculated approaching speed of the user. an engine unit configured to perform image processing functions; a power saving control unit ; a capturing unit configured to sequentially capture a plurality of images; an extracting unit configured to extract movement information from the sequentially captured images through an analysis, wherein the movement information relates to movement of a moving object and the sequentially captured images contain images of the moving object; a movement information determining unit configured to detect a human user approaching or leaving the image processing apparatus, based on the extracted movement information and on approaching and leaving movement information stored in advance and indicating movement of a human user approaching or leaving the image processing apparatus; and a speed calculating unit configured to calculate an approaching speed of the human user who is detected by the movement information determining unit as the approaching user, wherein the power saving control unit is configured to cancel a power saving state of the image processing apparatus to transition into a state in which the image processing apparatus can be used based on the movement information determining unit detecting an approaching user and on the calculated approaching speed, characterised in that cancelling the power saving state based on the calculated approaching speed comprises cancelling the power saving state at a timing in accordance with the calculated approaching speed of the user.
A vehicle nose gear assembly comprising a cradle of the horn type and two cradle tie rods , said cradle comprising two rear elastic attachment points to a lower part of a vehicle body structure and two front elastic attachment points (A) to a stretcher of said vehicle body structure, said two front elastic attachment points (A) being provided by said horns , and said two rods cradle brackets providing two additional mechanical fastenings between a front part of said cradle and said stretcher so as to limit a vertical collapse of said cradle in the event of an impact, said two cradle brackets each comprising at least one elastic articulation at fastening ends .
An assembly comprising: an upper component including an upper recess formed therethrough, the upper component further including an upper component wall; a lower component including a lower recess formed therethrough; a lock recess formed through the upper component wall and intersecting the upper recess ; and a fastener lock at least partially disposed within the lock recess , the fastener lock including a discontinuous circular opening formed therethrough and at least one extending tab disposed on a periphery of the discontinuous circular opening, the fastener lock comprising a discontinuous washer having a void formed therein, the void defining two fastener lock ends on either side thereof, the fastener lock further comprising a hole formed through each of the two fastener lock ends ; characterized in that the assembly further comprises: an extension disposed on at least one of the fastener lock ends , wherein an axis of the extension forms a non-zero angle with an axial plane (A FL ) in which the remainder of the fastener lock is disposed; a cavity formed into the lock recess , wherein the cavity defines at least one cavity wall and rotation of the fastener lock is limited by interaction between the extension and the at least one cavity wall; and a threaded fastener disposed in the upper recess and extending through the opening such that the at least one extending tab engages a thread of the threaded fastener . an upper component including an upper recess formed therethrough, the upper component further including an upper component wall; a lower component including a lower recess formed therethrough; a lock recess formed through the upper component wall and intersecting the upper recess ; and a fastener lock at least partially disposed within the lock recess , the fastener lock including a discontinuous circular opening formed therethrough and at least one extending tab disposed on a periphery of the discontinuous circular opening, the fastener lock comprising a discontinuous washer having a void formed therein, the void defining two fastener lock ends on either side thereof, the fastener lock further comprising a hole formed through each of the two fastener lock ends ; characterized in that the assembly further comprises: an extension disposed on at least one of the fastener lock ends , wherein an axis of the extension forms a non-zero angle with an axial plane (A FL ) in which the remainder of the fastener lock is disposed; a cavity formed into the lock recess , wherein the cavity defines at least one cavity wall and rotation of the fastener lock is limited by interaction between the extension and the at least one cavity wall; and a threaded fastener disposed in the upper recess and extending through the opening such that the at least one extending tab engages a thread of the threaded fastener .
A method, comprising: transmitting , by a network node, a connection release message to a user equipment, wherein the connection release message comprises an indication for the user equipment to start measuring secondary cells after connection release; transmitting a message to indicate to the user equipment to activate one or more additional radio frequency chains; and during or immediately after connection setup or connection resume, receiving from the user equipment an indication of availability of measurements of the secondary cells. transmitting , by a network node, a connection release message to a user equipment, wherein the connection release message comprises an indication for the user equipment to start measuring secondary cells after connection release; transmitting a message to indicate to the user equipment to activate one or more additional radio frequency chains; and during or immediately after connection setup or connection resume, receiving from the user equipment an indication of availability of measurements of the secondary cells.
A method of evaluating single points of failure, SPoFs, in a computer network, the method executing on one or more processors and comprising: receiving at least a first polyline approximating a first network span and a second polyline approximating a second network span; for each point in a set of points representing geographic locations, determining a level of risk that an event at the point will affect at least the first polyline and the second polyline; determining an overall risk of failure by combining the level of risk for each point in the set of points; and outputting a report indicating at least one point determined to be a potential SPoF based on the level of risk for the at least one point. receiving at least a first polyline approximating a first network span and a second polyline approximating a second network span; for each point in a set of points representing geographic locations, determining a level of risk that an event at the point will affect at least the first polyline and the second polyline; determining an overall risk of failure by combining the level of risk for each point in the set of points; and outputting a report indicating at least one point determined to be a potential SPoF based on the level of risk for the at least one point.