mhurhangee/patent-ind-claim-en huggingface dataset:
A portable tracker tag comprising: a housing having a front cover and a back cover ; Radio Frequency, RF, circuitry configured to operate within at least one of a Bluetooth, BT, frequency range and an Ultra-Wideband, UWB, frequency range; and a piezoelectric device having a first conductive plate and a second conductive plate ; wherein the RF circuitry utilizes at least one of the front cover , the back cover , the first conductive plate , and the second conductive plate as one or more antennas; wherein the back cover includes a conductive material and is configured as a first antenna of the one or more antennas, and wherein the RF circuitry is configured to use the first antenna for BT communication; the portable tracker tag being characterized in that the second conductive plate is positioned adjacent to the front cover and is configured as a second antenna of the one or more antennas, and wherein the RF circuitry is further configured to use the second antenna for UWB communication. a housing having a front cover and a back cover ; Radio Frequency, RF, circuitry configured to operate within at least one of a Bluetooth, BT, frequency range and an Ultra-Wideband, UWB, frequency range; and a piezoelectric device having a first conductive plate and a second conductive plate ; wherein the RF circuitry utilizes at least one of the front cover , the back cover , the first conductive plate , and the second conductive plate as one or more antennas; wherein the back cover includes a conductive material and is configured as a first antenna of the one or more antennas, and wherein the RF circuitry is configured to use the first antenna for BT communication; the portable tracker tag being characterized in that the second conductive plate is positioned adjacent to the front cover and is configured as a second antenna of the one or more antennas, and wherein the RF circuitry is further configured to use the second antenna for UWB communication.
A fixing device including: a heating section that heats in a non-contact manner a front surface of a recording medium; a feeding section that feeds the recording medium while causing the front surface to be opposed to the heating section ; and an air blowing section that blows air to a rear surface of the recording medium that is fed by the feeding section , wherein the air blowing section is disposed so that a blow-out port is opposed only to the rear surface of the recording medium, and not opposed to the front surface. a heating section that heats in a non-contact manner a front surface of a recording medium; a feeding section that feeds the recording medium while causing the front surface to be opposed to the heating section ; and an air blowing section that blows air to a rear surface of the recording medium that is fed by the feeding section , wherein the air blowing section is disposed so that a blow-out port is opposed only to the rear surface of the recording medium, and not opposed to the front surface.
A perfume composition comprising an aryl-substituted alkanal compound having a molecular weight of less than 300 g/mol and which bears a substituent on the aryl ring ortho to a substituent bearing the aldehyde functionality, which composition is free of any aryl-substituted alkanal odourants that are unsubstituted on the aryl ring at a position ortho to the substituent bearing the aldehyde functionality, and wherein the aryl-substituted alkanal compound is a compound represented by the formula 2 wherein R 1 , R 2 , and R 3 , each independently may represent H or methyl; R 6 represents H; R 4 is H, and R 5 is a C 1 -C 7 branched or linear, saturated or unsaturated, unsubstituted or substituted, optionally with cyclopropyl groups, alkyl radical. R 1 , R 2 , and R 3 , each independently may represent H or methyl; R 6 represents H; R 4 is H, and R 5 is a C 1 -C 7 branched or linear, saturated or unsaturated, unsubstituted or substituted, optionally with cyclopropyl groups, alkyl radical.
A method carried out by a processing device comprising: accessing network traffic from a network ; storing, for each property of a plurality of properties that are associated with an entity (104, 106, 120, 130, 122a-b, 230-234, 260, 262) communicatively coupled to the network , a respective first value of the property, wherein the respective first value of the property is determined based on the network traffic, and each of the plurality of properties are associated with a respective weight that is associated with a priority of a respective one of the plurality of properties; accessing additional network traffic associated with the entity (104, 106, 120, 130, 122a-b, 230-234, 260, 262); determining a respective second value of each property of the plurality of properties based on the additional network traffic; determining, for each property of the plurality of properties, whether the respective first value of the property does not match the respective second value of the property; and for each property within a particular set of the plurality of properties, in response to the respective first value of the property not matching the respective second value of the property, incrementing a counter by as much as an amount of the respective weight; and in response to the counter being greater than a threshold storing an indicator that an anomaly is detected, wherein the particular set is determined based on a type of the detected anomaly and the threshold is associated with the type of the detected anomaly and a device type of the entity (104, 106, 120, 130, 122a-b, 230-234, 260, 261). accessing network traffic from a network ; storing, for each property of a plurality of properties that are associated with an entity (104, 106, 120, 130, 122a-b, 230-234, 260, 262) communicatively coupled to the network , a respective first value of the property, wherein the respective first value of the property is determined based on the network traffic, and each of the plurality of properties are associated with a respective weight that is associated with a priority of a respective one of the plurality of properties; accessing additional network traffic associated with the entity (104, 106, 120, 130, 122a-b, 230-234, 260, 262); determining a respective second value of each property of the plurality of properties based on the additional network traffic; determining, for each property of the plurality of properties, whether the respective first value of the property does not match the respective second value of the property; and for each property within a particular set of the plurality of properties, in response to the respective first value of the property not matching the respective second value of the property, incrementing a counter by as much as an amount of the respective weight; and in response to the counter being greater than a threshold storing an indicator that an anomaly is detected, wherein the particular set is determined based on a type of the detected anomaly and the threshold is associated with the type of the detected anomaly and a device type of the entity (104, 106, 120, 130, 122a-b, 230-234, 260, 261).
A computer-implemented method of anatomic structure segmentation in image analysis, the method comprising: receiving an annotation and a plurality of keypoints for an anatomic structure in one or more images; and computing distances from the plurality of keypoints to a boundary of the anatomic structure ; characterized in that the method further comprises: training a model , using data in the one or more images and the computed distances, for predicting a boundary in the anatomic structure in an image of a patient's anatomy; receiving the image of the patient's anatomy including the anatomic structure; estimating a segmentation boundary in the anatomic structure in the image of the patient's anatomy; and predicting , using the trained model, a boundary location in the anatomic structure in the image of the patient's anatomy by generating a regression of distances from keypoints in the anatomic structure in the image of the patient's anatomy to the estimated boundary. receiving an annotation and a plurality of keypoints for an anatomic structure in one or more images; and computing distances from the plurality of keypoints to a boundary of the anatomic structure ; characterized in that the method further comprises: training a model , using data in the one or more images and the computed distances, for predicting a boundary in the anatomic structure in an image of a patient's anatomy; receiving the image of the patient's anatomy including the anatomic structure; estimating a segmentation boundary in the anatomic structure in the image of the patient's anatomy; and predicting , using the trained model, a boundary location in the anatomic structure in the image of the patient's anatomy by generating a regression of distances from keypoints in the anatomic structure in the image of the patient's anatomy to the estimated boundary. training a model , using data in the one or more images and the computed distances, for predicting a boundary in the anatomic structure in an image of a patient's anatomy; receiving the image of the patient's anatomy including the anatomic structure; estimating a segmentation boundary in the anatomic structure in the image of the patient's anatomy; and predicting , using the trained model, a boundary location in the anatomic structure in the image of the patient's anatomy by generating a regression of distances from keypoints in the anatomic structure in the image of the patient's anatomy to the estimated boundary.
A timepiece component comprising: a substrate comprising silicon , the substrate having an insertion portion configured to accommodate an axle ; and a coating film disposed in a contact portion and configured to come into contact with at an axle, on a front surface of the substrate , wherein the coating film comprises a metal alkoxide having a fluorine atom wherein the metal alkoxide comprises a polymer group having 3 to 30 carbon atoms, wherein a silicon oxide layer is disposed on a front surface of the substrate, wherein the coating film is disposed on a front surface of the silicon oxide layer, wherein the timepiece component is an escape wheel , wherein the escape wheel includes a rim having a plurality of teeth , a first holder extending in a direction from the rim toward the axle , and a second holder having a first portion extending in a direction intersecting the first holder , and a second portion connected to the first portion and extending in a direction from the first portion toward the axle . a substrate comprising silicon , the substrate having an insertion portion configured to accommodate an axle ; and a coating film disposed in a contact portion and configured to come into contact with at an axle, on a front surface of the substrate , wherein the coating film comprises a metal alkoxide having a fluorine atom wherein the metal alkoxide comprises a polymer group having 3 to 30 carbon atoms, wherein a silicon oxide layer is disposed on a front surface of the substrate, wherein the coating film is disposed on a front surface of the silicon oxide layer, wherein the timepiece component is an escape wheel , wherein the escape wheel includes a rim having a plurality of teeth , a first holder extending in a direction from the rim toward the axle , and a second holder having a first portion extending in a direction intersecting the first holder , and a second portion connected to the first portion and extending in a direction from the first portion toward the axle . a rim having a plurality of teeth , a first holder extending in a direction from the rim toward the axle , and a second holder having a first portion extending in a direction intersecting the first holder , and a second portion connected to the first portion and extending in a direction from the first portion toward the axle .
A subjective refraction apparatus for generating a prescription for one or more corrective lenses for a patient, comprising: (a) at least one point light source configured to be disposed outside of the patient's eye as a viewing target at a distance such as to provide substantially plane wave wavefronts; and (b) an optical assembly for initially forming a respective blurry image of the or each point light source at the patient's eye, the or each image comprising a refractive error of sphere, astigmatism or higher order aberrations (HOA), or combinations thereof, of the patient's eye, the optical assembly comprising one or more optics disposed along an optical path between the point light source and the patient's eye, wherein the optics are adjustable; wherein the apparatus is configured for searching until the patient indicates at least one end point while looking at the image of the or each point light source, including: (i) converging the blurry image to become a more linear image; (ii) measuring the orientation of the linear image; (iii) converging the linear image by reducing its long dimension; (iv) focusing the image substantially into a point-like image; and (v) combinations of (i)-(iv); and wherein the apparatus is configured to determine a prescription for a corrective lens for the patient's eye based on known parameters of the optical assembly and on at least one adjusted position or orientation, or both, of the one or more optics of the optical assembly. (a) at least one point light source configured to be disposed outside of the patient's eye as a viewing target at a distance such as to provide substantially plane wave wavefronts; and (b) an optical assembly for initially forming a respective blurry image of the or each point light source at the patient's eye, the or each image comprising a refractive error of sphere, astigmatism or higher order aberrations (HOA), or combinations thereof, of the patient's eye, the optical assembly comprising one or more optics disposed along an optical path between the point light source and the patient's eye, wherein the optics are adjustable; (i) converging the blurry image to become a more linear image; (ii) measuring the orientation of the linear image; (iii) converging the linear image by reducing its long dimension; (iv) focusing the image substantially into a point-like image; and (v) combinations of (i)-(iv); and
1. implantation set, comprising a dental implant having • an implant body extending between a coronal and an apical end and defining an endosseous outer surface, the implant body having a cavity open in a coronal direction and at least one exit opening from an interior to the endosseous outer surface • and a thermoplastic element in the solid state, which is arranged in the cavity or can be introduced into it, wherein the thermoplastic element can be brought into an at least partially flowable state by the application of a pressing force directed apically into the cavity and of mechanical vibrations, and in this state at least a proportion of flowable material of the thermoplastic element can be pressed through the at least one outlet opening into surrounding bone tissue as a result of the pressing force, when the implant body is arranged in an opening in the bone tissue and the endosseous outer surface is in contact with bone tissue as well as a guide sleeve which can be inserted into or is arranged in the cavity and which surrounds the thermoplastic element arranged in the cavity or inserted into the cavity at least in certain regions. a dental implant having • an implant body extending between a coronal and an apical end and defining an endosseous outer surface, the implant body having a cavity open in a coronal direction and at least one exit opening from an interior to the endosseous outer surface • and a thermoplastic element in the solid state, which is arranged in the cavity or can be introduced into it, wherein the thermoplastic element can be brought into an at least partially flowable state by the application of a pressing force directed apically into the cavity and of mechanical vibrations, and in this state at least a proportion of flowable material of the thermoplastic element can be pressed through the at least one outlet opening into surrounding bone tissue as a result of the pressing force, when the implant body is arranged in an opening in the bone tissue and the endosseous outer surface is in contact with bone tissue • an implant body extending between a coronal and an apical end and defining an endosseous outer surface, the implant body having a cavity open in a coronal direction and at least one exit opening from an interior to the endosseous outer surface • and a thermoplastic element in the solid state, which is arranged in the cavity or can be introduced into it, wherein the thermoplastic element can be brought into an at least partially flowable state by the application of a pressing force directed apically into the cavity and of mechanical vibrations, and in this state at least a proportion of flowable material of the thermoplastic element can be pressed through the at least one outlet opening into surrounding bone tissue as a result of the pressing force, when the implant body is arranged in an opening in the bone tissue and the endosseous outer surface is in contact with bone tissue as well as a guide sleeve which can be inserted into or is arranged in the cavity and which surrounds the thermoplastic element arranged in the cavity or inserted into the cavity at least in certain regions.
Equipment for detecting cardiac signals, comprising: a) sensor means for detecting at least one cardiac signal of a patient; b) a storage unit connected to said sensor means to at least partially store said cardiac signal ; c) an auxiliary memory containing one or more main reference parameters for said cardiac signal ; d) a comparator block to compare said cardiac signal with said one or more main reference parameters and actuate said storage unit as a function of said comparison by means of a respective main command signal ; e) a drive block that can be actuated by the patient in order to actuate said storage unit by means of an auxiliary command signal ; f) a microphone , which can be actuated by means of said drive block to allow said patient to vocally input first information relating to symptoms perceived upon the actuation of said drive block g) a touch-screen display , by means of which said patient can input second information relating to symptoms perceived upon the actuation of said drive block , wherein said display is configured to present said patient with a plurality of options to choose from in order to input said second information . a) sensor means for detecting at least one cardiac signal of a patient; b) a storage unit connected to said sensor means to at least partially store said cardiac signal ; c) an auxiliary memory containing one or more main reference parameters for said cardiac signal ; d) a comparator block to compare said cardiac signal with said one or more main reference parameters and actuate said storage unit as a function of said comparison by means of a respective main command signal ; e) a drive block that can be actuated by the patient in order to actuate said storage unit by means of an auxiliary command signal ; f) a microphone , which can be actuated by means of said drive block to allow said patient to vocally input first information relating to symptoms perceived upon the actuation of said drive block g) a touch-screen display , by means of which said patient can input second information relating to symptoms perceived upon the actuation of said drive block , wherein said display is configured to present said patient with a plurality of options to choose from in order to input said second information .
A method comprising: storing to local memory of a first core , from shared memory of a system , during a first heartbeat cycle, a plurality of local heartbeat vectors, including a first local heartbeat vector, HBV, of the first core (C1-LHB1), a second local HBV of a second core (C1-LHB2),and a third local HBV of a third core (C1_LHB3), wherein, each core's local HBV includes a first heartbeat counter, HBC, for the first core, a second HBC for the second core, and a third HBC for the third core; updating, by the first core during the first heartbeat cycle, the first HBC of the first local HBV, wherein no other core's current HBC is updated by the first core during the first heartbeat cycle; determining, by the first core during the first heartbeat cycle, a health status of the second core based solely upon the plurality of local HBVs stored at the first core after the first HBC has been updated; determining, by the first core during the first heartbeat cycle, a health status of the third core based solely upon the plurality of local HBVs stored at the first core after the first HBC has been updated; and updating, by the first core during the first heartbeat cycle after the first HBC has been updated, a shared HBV of the first core in shared memory with an updated HBV based upon the first HBC of the first local HBV, the second HBC of the second local HBV, and the third HBC of the third local HBV. storing to local memory of a first core , from shared memory of a system , during a first heartbeat cycle, a plurality of local heartbeat vectors, including a first local heartbeat vector, HBV, of the first core (C1-LHB1), a second local HBV of a second core (C1-LHB2),and a third local HBV of a third core (C1_LHB3), wherein, each core's local HBV includes a first heartbeat counter, HBC, for the first core, a second HBC for the second core, and a third HBC for the third core; updating, by the first core during the first heartbeat cycle, the first HBC of the first local HBV, wherein no other core's current HBC is updated by the first core during the first heartbeat cycle; determining, by the first core during the first heartbeat cycle, a health status of the second core based solely upon the plurality of local HBVs stored at the first core after the first HBC has been updated; determining, by the first core during the first heartbeat cycle, a health status of the third core based solely upon the plurality of local HBVs stored at the first core after the first HBC has been updated; and updating, by the first core during the first heartbeat cycle after the first HBC has been updated, a shared HBV of the first core in shared memory with an updated HBV based upon the first HBC of the first local HBV, the second HBC of the second local HBV, and the third HBC of the third local HBV.