mhurhangee/patent-ind-claim-en huggingface dataset:
A phacoemulsification apparatus, comprising: an irrigation-aspiration tool , having a distal end comprising an outlet of an irrigation channel for flowing irrigation fluid into the lens capsule, and an inlet of an aspiration channel for removing material from a lens capsule of an eye of a patient; a robotic arm , which is configured to move the distal end of the irrigation-aspiration tool inside the lens capsule; an ultrasound transmitter , configured to generate and focus an ultrasound beam into the lens capsule, to emulsify a lens of the eye; and a processor , configured to: control the ultrasound transmitter to irradiate one or more target locations in the eye capsule with the focused ultrasound beam; and control the robotic arm to move the distal end of the irrigation-aspiration tool in coordination with the target locations irradiated by the ultrasound transmitter. an irrigation-aspiration tool , having a distal end comprising an outlet of an irrigation channel for flowing irrigation fluid into the lens capsule, and an inlet of an aspiration channel for removing material from a lens capsule of an eye of a patient; a robotic arm , which is configured to move the distal end of the irrigation-aspiration tool inside the lens capsule; an ultrasound transmitter , configured to generate and focus an ultrasound beam into the lens capsule, to emulsify a lens of the eye; and a processor , configured to: control the ultrasound transmitter to irradiate one or more target locations in the eye capsule with the focused ultrasound beam; and control the robotic arm to move the distal end of the irrigation-aspiration tool in coordination with the target locations irradiated by the ultrasound transmitter. control the ultrasound transmitter to irradiate one or more target locations in the eye capsule with the focused ultrasound beam; and control the robotic arm to move the distal end of the irrigation-aspiration tool in coordination with the target locations irradiated by the ultrasound transmitter.
Heat exchange module for a motor vehicle, comprising at least: - a first heat exchanger having at least a first stage and a second stage , said first heat exchanger being configured such that the first stage and the second stage are in fluid connection within the same cooling circuit of the motor vehicle; - a ventilation device comprising at least one tangential fan for setting in motion an air flow (F) intended to pass through at least the first heat exchanger , - and wherein the first and second stages of the first heat exchanger are arranged opposite each other, one behind the other with respect to the direction of flow of the air flow (F), so that the air set in motion by the tangential fan passes successively through the first stage and then through the second stage of the first heat exchanger , characterized in that - the first stage comprises a first bundle of heat exchange ducts , - the second stage comprises a second bundle of heat exchange ducts , and in that said first heat exchanger comprises a common first header box placed at a first end of the first and second bundles of heat exchange ducts . - a first heat exchanger having at least a first stage and a second stage , said first heat exchanger being configured such that the first stage and the second stage are in fluid connection within the same cooling circuit of the motor vehicle; - a ventilation device comprising at least one tangential fan for setting in motion an air flow (F) intended to pass through at least the first heat exchanger , - and wherein the first and second stages of the first heat exchanger are arranged opposite each other, one behind the other with respect to the direction of flow of the air flow (F), so that the air set in motion by the tangential fan passes successively through the first stage and then through the second stage of the first heat exchanger , characterized in that - the first stage comprises a first bundle of heat exchange ducts , - the second stage comprises a second bundle of heat exchange ducts ,
A conductive ink comprising: a nickel component; a polycarboxylic acid component; and a polyol component, the polycarboxylic acid component and the polyol component being reactable to form a polyester component. a nickel component; a polycarboxylic acid component; and a polyol component, the polycarboxylic acid component and the polyol component being reactable to form a polyester component.
A method, performed by a hardware processor, for indicating a security status of an Internet of Things, IoT, device , the method comprising: receiving at least one image, captured by a camera, of a field of view of the camera comprising an IoT device ; tracking a position of the IoT device relative to the field of view; interrogating the IoT device for a security status of the IoT device ; receiving, from the IoT device , a cryptographic hash of code of the IoT device ; or receiving, from the IoT device , code of the IoT device and determining a cryptographic hash of the code of the IoT device ; determining whether the cryptographic hash of code of the IoT device matches a reference; determining a security status of the code of the IoT device based on whether the cryptographic hash of code of the IoT device matches the reference; selecting a graphical representation of a plurality of graphical representations corresponding to the security status of the code of the IoT device ; and causing an interface to be presented that displays the graphical representation associated with the position of the IoT device in the field of view. receiving at least one image, captured by a camera, of a field of view of the camera comprising an IoT device ; tracking a position of the IoT device relative to the field of view; interrogating the IoT device for a security status of the IoT device ; receiving, from the IoT device , a cryptographic hash of code of the IoT device ; or receiving, from the IoT device , code of the IoT device and determining a cryptographic hash of the code of the IoT device ; receiving, from the IoT device , a cryptographic hash of code of the IoT device ; or receiving, from the IoT device , code of the IoT device and determining a cryptographic hash of the code of the IoT device ; determining whether the cryptographic hash of code of the IoT device matches a reference; determining a security status of the code of the IoT device based on whether the cryptographic hash of code of the IoT device matches the reference; selecting a graphical representation of a plurality of graphical representations corresponding to the security status of the code of the IoT device ; and causing an interface to be presented that displays the graphical representation associated with the position of the IoT device in the field of view.
A liquid-containing container manufacturing method of manufacturing a liquid-containing container containing a content liquid from a synthetic resin-made preform using a nozzle unit and a mold for blow molding, the nozzle unit having a common path of a liquid extending from a pressurized liquid supply source to a branch, a supply path of the liquid extending from the branch to a blow nozzle, and a discharge path of the liquid extending from the branch to a discharge port of a discharge rod, the liquid-containing container manufacturing method comprising: a liquid blow molding step of molding the preform into the liquid-containing container of a shape along an inner surface of the mold for blow molding, by supplying the liquid pressurized by the pressurized liquid supply source from the supply path into the preform in a state in which the blow nozzle engages with a mouth part of the preform; and a headspace formation step of forming a headspace in the liquid-containing container, by operating the pressurized liquid supply source in a suction direction to discharge the liquid from inside the liquid-containing container through the supply path, thereafter closing the supply path, and discharging the liquid from inside the liquid-containing container through the discharge port of the discharge rod extending into the liquid-containing container through the blow nozzle. a liquid blow molding step of molding the preform into the liquid-containing container of a shape along an inner surface of the mold for blow molding, by supplying the liquid pressurized by the pressurized liquid supply source from the supply path into the preform in a state in which the blow nozzle engages with a mouth part of the preform; and a headspace formation step of forming a headspace in the liquid-containing container, by operating the pressurized liquid supply source in a suction direction to discharge the liquid from inside the liquid-containing container through the supply path, thereafter closing the supply path, and discharging the liquid from inside the liquid-containing container through the discharge port of the discharge rod extending into the liquid-containing container through the blow nozzle.
Method for assisting a driver when parking a motor vehicle in a parking area which has a plurality of rows of parking spaces each with a plurality of parking spaces for the motor vehicle and has a plurality of driving lanes for approaching the rows of parking spaces (S1), having the steps of: - receiving environmental data, which describe an environment of at least one of the driving lanes , by means of a receiving device of the motor vehicle , - determining whether the at least one of the driving lanes is respectively bounded by one of the rows of parking spaces on one side or on both sides, on the basis of the received environmental data, by means of an evaluation device of the motor vehicle (S2), characterized by : - outputting a first signal if the at least one of the driving lanes is bounded by in each case one of the rows of parking spaces on both sides, and - outputting a second signal if the at least one driving lane is bounded by one of the rows of parking spaces on one side. - receiving environmental data, which describe an environment of at least one of the driving lanes , by means of a receiving device of the motor vehicle , - determining whether the at least one of the driving lanes is respectively bounded by one of the rows of parking spaces on one side or on both sides, on the basis of the received environmental data, by means of an evaluation device of the motor vehicle (S2), characterized by : - outputting a first signal if the at least one of the driving lanes is bounded by in each case one of the rows of parking spaces on both sides, and - outputting a second signal if the at least one driving lane is bounded by one of the rows of parking spaces on one side.
A data processing method, comprising: receiving (S302), by a first access network device, a handover request message from a second access network device, wherein the handover request message is used to request a terminal device to hand over from a cell of the second access network device to a cell of the first access network device, wherein the handover request message comprises second indication information, the second indication information is used to indicate that the handover performed by the terminal device is handover with 0 ms interruption; determining (S303), by the first access network device based on the second indication information, that robust header compression, ROHC, restriction processing needs to be performed, wherein the ROHC restriction processing comprises: performing no ROHC header compression, generating only initial and refresh, IR, packets, or performing ROHC processing in an R mode; and receiving (S305), by the first access network device, at least one packet from the second access network device, and performing the ROHC restriction processing on a second packet in the at least one packet. receiving (S302), by a first access network device, a handover request message from a second access network device, wherein the handover request message is used to request a terminal device to hand over from a cell of the second access network device to a cell of the first access network device, wherein the handover request message comprises second indication information, the second indication information is used to indicate that the handover performed by the terminal device is handover with 0 ms interruption; determining (S303), by the first access network device based on the second indication information, that robust header compression, ROHC, restriction processing needs to be performed, wherein the ROHC restriction processing comprises: performing no ROHC header compression, generating only initial and refresh, IR, packets, or performing ROHC processing in an R mode; and receiving (S305), by the first access network device, at least one packet from the second access network device, and performing the ROHC restriction processing on a second packet in the at least one packet.
A method for provisioning a secure terminal characterized by comprising: generating a key using a key generator element on the secure terminal ; generating a relative time stamp using a clock on the secure terminal ; storing the relative time stamp on the secure terminal ; sending, subsequent to storing the relative time stamp , a key validation request for the key , from a key validation request generator element on the secure terminal to a provisioning device ; receiving the key validation request , at a key validation request parser element on the provisioning device ; parsing the key validation request with the key validation request parser element on the provisioning device ; generating, on the provisioning device and in response to receiving the key validation request , both a key validation and a trusted time stamp ; sending, from the provisioning device , the key validation and the trusted time stamp to the secure terminal ; receiving the key validation and the trusted time stamp , at the secure terminal ; determining, on the secure terminal and after receiving the key validation, an elapsed time period using the clock and the relative time stamp ; setting the clock on the secure terminal using the trusted time stamp ; determining the elapsed time is less than a predetermined threshold; and storing the key validation on the secure terminal upon determining that the elapsed time is less than the predetermined threshold. generating a key using a key generator element on the secure terminal ; generating a relative time stamp using a clock on the secure terminal ; storing the relative time stamp on the secure terminal ; sending, subsequent to storing the relative time stamp , a key validation request for the key , from a key validation request generator element on the secure terminal to a provisioning device ; receiving the key validation request , at a key validation request parser element on the provisioning device ; parsing the key validation request with the key validation request parser element on the provisioning device ; generating, on the provisioning device and in response to receiving the key validation request , both a key validation and a trusted time stamp ; sending, from the provisioning device , the key validation and the trusted time stamp to the secure terminal ; receiving the key validation and the trusted time stamp , at the secure terminal ; determining, on the secure terminal and after receiving the key validation, an elapsed time period using the clock and the relative time stamp ; setting the clock on the secure terminal using the trusted time stamp ; determining the elapsed time is less than a predetermined threshold; and storing the key validation on the secure terminal upon determining that the elapsed time is less than the predetermined threshold.
A surgical instrument , comprising: an elongate shaft assembly comprising a distal end and a shaft axis (SA-SA); a surgical end effector pivotally coupled to said distal end of said elongate shaft assembly for selective pivotal travel about an articulation axis (B-B) that is transverse to said shaft axis (SA-SA), characterized by a stationary sun gear segment on said distal end of said elongate shaft assembly ; an end effector driver link comprising a distal end that is coupled to said end effector for pivotal and axial travel relative thereto, and a proximal end comprising a planetary gear segment in meshing engagement with said stationary sun gear segment , wherein the distal end of the end effector driver link includes a slot therein, and the end effector has an attachment member or pin attached thereto which is received in the slot ; an articulation link that is rotatably coupled to the elongate shaft assembly for rotation about the articulation axis B-B, wherein the driver link is pivotally coupled to the articulation link ; and a selectively movable articulation driver assembly coupled to the articulation link for operably interfacing with said end effector driver link to apply articulation motions thereto. an elongate shaft assembly comprising a distal end and a shaft axis (SA-SA); a surgical end effector pivotally coupled to said distal end of said elongate shaft assembly for selective pivotal travel about an articulation axis (B-B) that is transverse to said shaft axis (SA-SA), characterized by a stationary sun gear segment on said distal end of said elongate shaft assembly ; an end effector driver link comprising a distal end that is coupled to said end effector for pivotal and axial travel relative thereto, and a proximal end comprising a planetary gear segment in meshing engagement with said stationary sun gear segment , wherein the distal end of the end effector driver link includes a slot therein, and the end effector has an attachment member or pin attached thereto which is received in the slot ; an articulation link that is rotatably coupled to the elongate shaft assembly for rotation about the articulation axis B-B, wherein the driver link is pivotally coupled to the articulation link ; and a selectively movable articulation driver assembly coupled to the articulation link for operably interfacing with said end effector driver link to apply articulation motions thereto. the distal end of the end effector driver link includes a slot therein, and the end effector has an attachment member or pin attached thereto which is received in the slot ; an articulation link that is rotatably coupled to the elongate shaft assembly for rotation about the articulation axis B-B, wherein the driver link is pivotally coupled to the articulation link ; and a selectively movable articulation driver assembly coupled to the articulation link for operably interfacing with said end effector driver link to apply articulation motions thereto.
A meal detection method executed by a processor of a computer, the meal detection method comprising: acquiring (S102) motion data from a first sensor configured to detect a motion of an arm of a target person; acquiring (S102) heart rate data from a second sensor configured to detect a heart rate of the target person; detecting (Sill) that a specific motion by the arm occurred by using the motion data; setting (S112) a period in which the detected specific motion is executed at least twice or more as a motion section ; calculating (S113) a heart rate waveform indicating variation in the heart rate in the motion section, by using the heart rate data; calculating (S114) a similarity between the heart rate waveform and each of a number of response parameters (121, 2201-2206) that are acquired in advance and define a pattern of change in the heart rate; and determining (S140, S141) that a meal has been taken in a section including at least a portion of the motion section when the calculated similarity is equal to or greater than a predetermined value. acquiring (S102) motion data from a first sensor configured to detect a motion of an arm of a target person; acquiring (S102) heart rate data from a second sensor configured to detect a heart rate of the target person; detecting (Sill) that a specific motion by the arm occurred by using the motion data; setting (S112) a period in which the detected specific motion is executed at least twice or more as a motion section ; calculating (S113) a heart rate waveform indicating variation in the heart rate in the motion section, by using the heart rate data; calculating (S114) a similarity between the heart rate waveform and each of a number of response parameters (121, 2201-2206) that are acquired in advance and define a pattern of change in the heart rate; and determining (S140, S141) that a meal has been taken in a section including at least a portion of the motion section when the calculated similarity is equal to or greater than a predetermined value.
A method for manufacturing an engineered stone comprising the step of - providing (S1) a mixture (M) comprising at least a stone or stone like material and a binder; - compacting (S3) the mixture (M); - curing (S4) the binder; characterized in that the method comprises the step of adding a coloring agent to the mixture (M) in such a manner to provide a basic décor , wherein the basic décor is created in the entire thickness of the engineered stone and wherein the basic décor is a veined effect imitating a natural stone, and in that the method comprises the step of digitally inkjet printing (S2) a further printed pattern on at least a top surface of the engineered stone and wherein the printed pattern represents an imitation of a natural stone. - providing (S1) a mixture (M) comprising at least a stone or stone like material and a binder; - compacting (S3) the mixture (M); - curing (S4) the binder;