mhurhangee/ep-ind-claims huggingface dataset:
A detecting circuit of an external display device, comprising: a first connector; a display circuit, coupled to the first connector, configured to provide a display signal to the external display device through the first connector a switch circuit, coupled to the display circuit; a power supply circuit, coupled to the switch circuit, configured to provide power needed for operating the display circuit through the switch circuit when the switch circuit is on; and a control circuit, coupled to the first connector and the switch circuit, configured to detect the external display device through the first connector and to selectively turn on/off the switch circuit according to a detection result of the external display device; wherein, the control circuit turns on the switch circuit upon detecting the external display device to connect the power supply circuit to the display circuit; characterised in that, after the switch circuit is turned on, the control circuit further accumulates a duration or a number of times of detection that the external display device is continually not detected, and then turns off the switch circuit to disconnect the power circuit from the display circuit when the duration reaches a time threshold or the number of times of detection reaches a count threshold. a first connector; a display circuit, coupled to the first connector, configured to provide a display signal to the external display device through the first connector a switch circuit, coupled to the display circuit; a power supply circuit, coupled to the switch circuit, configured to provide power needed for operating the display circuit through the switch circuit when the switch circuit is on; and a control circuit, coupled to the first connector and the switch circuit, configured to detect the external display device through the first connector and to selectively turn on/off the switch circuit according to a detection result of the external display device; wherein, the control circuit turns on the switch circuit upon detecting the external display device to connect the power supply circuit to the display circuit; characterised in that, after the switch circuit is turned on, the control circuit further accumulates a duration or a number of times of detection that the external display device is continually not detected, and then turns off the switch circuit to disconnect the power circuit from the display circuit when the duration reaches a time threshold or the number of times of detection reaches a count threshold.
A production method for a card-shaped data carrier, in particular a credit card, an identification card, a bonus card and/ or an admission ticket, having the following steps: - forming a data-carrier sheet, with the dimensions of the data-carrier sheet being greater in at least one dimension than a data carrier to be manufactured, - punching the data carrier out of the data-carrier sheet by means of a punching device (1, 3) having a male punching unit and a female punching unit, characterized in that the female punching unit bears a color applying device (5, 6) which interacts with the male punching unit such that upon punching out the data carrier and/ or upon discharging the data carrier from the female punching unit an application of color to a circumferential data-carrier edge of the punched data carrier is effected, wherein the female punching unit is provided with the color applying device such that the inking takes place in the female punching unit. - forming a data-carrier sheet, with the dimensions of the data-carrier sheet being greater in at least one dimension than a data carrier to be manufactured, - punching the data carrier out of the data-carrier sheet by means of a punching device (1, 3) having a male punching unit and a female punching unit,
An anti-lock brake control device which controls a brake device including a brake rotor provided coaxially with a wheel, a friction material to contact with the brake rotor, and a friction material driving mechanism configured to drive the friction material 4), the anti-lock brake control device comprising: a wheel motion estimator configured to estimate one or more of an angle, an angular velocity, and an angular acceleration of the wheel; a slip estimator configured to estimate a slip state of the wheel with respect to a ground contact surface, using an estimation result of the wheel motion estimator; and an anti-lock controller configured to give a command for reducing a braking force to the friction material driving mechanism in accordance with the slip state of the wheel estimated by the slip estimator, characterized in that the slip estimator includes one or more delay compensators (17a, 17b) configured to perform delay compensation for the estimation result of the wheel motion estimator, and is configured to output a plurality of estimation results different from each other for which delay compensation has been performed, as an estimation result for the slip state of the wheel, and in that the anti-lock controller is configured to give the command for reducing the braking force, on the basis of a result of predetermined determination including comparison of the plurality of estimation results outputted from the slip estimator. a wheel motion estimator configured to estimate one or more of an angle, an angular velocity, and an angular acceleration of the wheel; a slip estimator configured to estimate a slip state of the wheel with respect to a ground contact surface, using an estimation result of the wheel motion estimator; and an anti-lock controller configured to give a command for reducing a braking force to the friction material driving mechanism in accordance with the slip state of the wheel estimated by the slip estimator, characterized in that the slip estimator includes one or more delay compensators (17a, 17b) configured to perform delay compensation for the estimation result of the wheel motion estimator, and is configured to output a plurality of estimation results different from each other for which delay compensation has been performed, as an estimation result for the slip state of the wheel, and in that the anti-lock controller is configured to give the command for reducing the braking force, on the basis of a result of predetermined determination including comparison of the plurality of estimation results outputted from the slip estimator.
A robotic surgical system for use in a surgical procedure performed on a patient, the system comprising: - a robotic arm comprising an end-effector; - an actuator for controlled movement of the robotic arm and positioning of the end effector, thereby controlling the trajectory and/or insertion depth of a surgical instrument in a guide affixed to the end effector; - a neuromonitoring module for implementing real-time neuromonitoring during a surgical procedure; - a neuromonitoring system with a neuromonitoring cable configured to measure electrical potential applied to the patient via the surgical instrument; - wherein the robotic surgical system is integrated with the neuromonitoring module such that the neuromonitoring cable can pass through a sterile zone; and - a processor and a memory storing instructions thereon, wherein the instructions, when executed, cause the processor to: - receive, by the neuromonitoring module, a trigger based on a neurological response of a portion of a nerve structure of the patient that is measured by a neuromonitoring system; and - prevent, by the neuromonitoring module, deeper insertion into the patient of a surgical instrument guided by the robotic surgical system upon receipt of the trigger. - a robotic arm comprising an end-effector; - an actuator for controlled movement of the robotic arm and positioning of the end effector, thereby controlling the trajectory and/or insertion depth of a surgical instrument in a guide affixed to the end effector; - a neuromonitoring module for implementing real-time neuromonitoring during a surgical procedure; - a neuromonitoring system with a neuromonitoring cable configured to measure electrical potential applied to the patient via the surgical instrument; - wherein the robotic surgical system is integrated with the neuromonitoring module such that the neuromonitoring cable can pass through a sterile zone; and - a processor and a memory storing instructions thereon, wherein the instructions, when executed, cause the processor to: - receive, by the neuromonitoring module, a trigger based on a neurological response of a portion of a nerve structure of the patient that is measured by a neuromonitoring system; and - prevent, by the neuromonitoring module, deeper insertion into the patient of a surgical instrument guided by the robotic surgical system upon receipt of the trigger.
An open-irrigated ablation catheter system, comprising: a catheter body; an electrode tip body having a distal end and a proximal end configured for connection to the catheter body, the electrode tip body having a wall defining an open interior region, the wall having one or more irrigation port in fluid communication with the open interior region, wherein the wall is conductive for delivering radio frequency energy; a proximal insert positioned at least partially within the proximal end of the electrode tip body, the proximal insert defining at least one lumen extending therethrough; and a distal insert positioned within the electrode tip body, the distal insert separating the open interior region into a distal fluid chamber and a proximal fluid chamber, the distal insert having an opening fluidly connecting the distal and proximal fluid chambers, wherein at least one irrigation port is in fluid communication with the distal fluid chamber; a fluid diverting member spaced from a distal end of the lumen, the fluid diverting member extending across at least a portion of the lumen such that at least a portion of fluid flowing distally through the lumen impacts the fluid diverting member and is diverted towards the wall before flowing into the interior region and out through the one or more irrigation port, wherein the fluid diverting member is attached to the proximal insert. a catheter body; an electrode tip body having a distal end and a proximal end configured for connection to the catheter body, the electrode tip body having a wall defining an open interior region, the wall having one or more irrigation port in fluid communication with the open interior region, wherein the wall is conductive for delivering radio frequency energy; a proximal insert positioned at least partially within the proximal end of the electrode tip body, the proximal insert defining at least one lumen extending therethrough; and a distal insert positioned within the electrode tip body, the distal insert separating the open interior region into a distal fluid chamber and a proximal fluid chamber, the distal insert having an opening fluidly connecting the distal and proximal fluid chambers, wherein at least one irrigation port is in fluid communication with the distal fluid chamber; a fluid diverting member spaced from a distal end of the lumen, the fluid diverting member extending across at least a portion of the lumen such that at least a portion of fluid flowing distally through the lumen impacts the fluid diverting member and is diverted towards the wall before flowing into the interior region and out through the one or more irrigation port, wherein the fluid diverting member is attached to the proximal insert.
A method for folding over an edge of a decorative layer around a border of a carrier part, - wherein a fold-over slider (29, 30) is deployed for folding over and a fixing means is used to fix the border of the decorative layer in a glue joint in folded-over state and a holding means is used to fix the border of the decorative layer in a folded-over condition in a glue joint, - wherein the fold-over slider (29, 30) for fixing the edge of the decorative layer is cooled by means of an active cooling means, and the fold-over slider (29, 30) for folding over and/or for fixing the edge of the decorative layer is heated by an active heating means. - wherein a fold-over slider (29, 30) is deployed for folding over and a fixing means is used to fix the border of the decorative layer in a glue joint in folded-over state and a holding means is used to fix the border of the decorative layer in a folded-over condition in a glue joint, - wherein the fold-over slider (29, 30) for fixing the edge of the decorative layer is cooled by means of an active cooling means, and the fold-over slider (29, 30) for folding over and/or for fixing the edge of the decorative layer is heated by an active heating means.
An apparatus comprising: a cardiac signal sensing circuit configured to generate a sensed cardiac signal and to produce a sampled cardiac signal representative of electrical cardiac activity of a subject; a buffer memory configured to store at least a portion of the sampled cardiac signal; and a pause detection circuit electrically coupled to the cardiac signal sensing circuit and the buffer memory and configured to: identify ventricular depolarization in the sensed cardiac signal or the sampled cardiac signal; detect a candidate pause episode using the sensed cardiac signal in which delay in ventricular depolarization exceeds a specified delay threshold; identify noise events in a stored cardiac signal; and discard the sensed cardiac signal of the candidate pause episode when a number of noise events satisfies a specified noise event number threshold, otherwise store the sensed cardiac signal of the candidate pause episode as a bradycardia pause episode. a cardiac signal sensing circuit configured to generate a sensed cardiac signal and to produce a sampled cardiac signal representative of electrical cardiac activity of a subject; a buffer memory configured to store at least a portion of the sampled cardiac signal; and a pause detection circuit electrically coupled to the cardiac signal sensing circuit and the buffer memory and configured to: identify ventricular depolarization in the sensed cardiac signal or the sampled cardiac signal; detect a candidate pause episode using the sensed cardiac signal in which delay in ventricular depolarization exceeds a specified delay threshold; identify noise events in a stored cardiac signal; and discard the sensed cardiac signal of the candidate pause episode when a number of noise events satisfies a specified noise event number threshold, otherwise store the sensed cardiac signal of the candidate pause episode as a bradycardia pause episode. identify ventricular depolarization in the sensed cardiac signal or the sampled cardiac signal; detect a candidate pause episode using the sensed cardiac signal in which delay in ventricular depolarization exceeds a specified delay threshold; identify noise events in a stored cardiac signal; and discard the sensed cardiac signal of the candidate pause episode when a number of noise events satisfies a specified noise event number threshold, otherwise store the sensed cardiac signal of the candidate pause episode as a bradycardia pause episode.
A method for producing a composite mirror, comprising the steps of: - providing a glass blank with low coefficient of expansion; - machining a convex shape in the glass blank; - laying a front skin impregnated with resin over the convex shape of the glass blank; - machining, in a rear supporting structure, a concave shape matching the convex shape machined in the glass blank; - gluing the concave shape of the supporting structure onto the convex shape of the glass blank; - machining a convex shape in the supporting structure; - laying a rear skin impregnated with resin in a mould with low coefficient of expansion whose shape matches the convex shape of the supporting structure; - gluing the rear skin onto the convex shape of the supporting structure, turning over the assembly formed by the glass blank, the front skin, the supporting structure and the rear skin so that the blank lies in the upper portion of the assembly; - machining and polishing a mirror in the glass blank. - providing a glass blank with low coefficient of expansion; - machining a convex shape in the glass blank; - laying a front skin impregnated with resin over the convex shape of the glass blank; - machining, in a rear supporting structure, a concave shape matching the convex shape machined in the glass blank; - gluing the concave shape of the supporting structure onto the convex shape of the glass blank; - machining a convex shape in the supporting structure; - laying a rear skin impregnated with resin in a mould with low coefficient of expansion whose shape matches the convex shape of the supporting structure; - gluing the rear skin onto the convex shape of the supporting structure, turning over the assembly formed by the glass blank, the front skin, the supporting structure and the rear skin so that the blank lies in the upper portion of the assembly; - machining and polishing a mirror in the glass blank.
An expandable stent comprising: a plurality of substantially rigid sections; a plurality of ductile hinges interconnecting the plurality of substantially rigid sections to form a cylindrical stent which is expandable from a first diameter to a second diameter by deformation of the plurality of ductile hinges without substantial deformation of the substantially rigid sections; and a plurality of openings containing a beneficial agent, the openings positioned in the substantially rigid sections, wherein the plurality of substantially rigid sections and the plurality of ductile hinges are interconnected in a plurality of alternating interconnected U shapes, characterized in that the plurality of alternating interconnected U shapes forms a helically wound band and in that the ductile hinges have different widths depending on their location in the stent. a plurality of substantially rigid sections; a plurality of ductile hinges interconnecting the plurality of substantially rigid sections to form a cylindrical stent which is expandable from a first diameter to a second diameter by deformation of the plurality of ductile hinges without substantial deformation of the substantially rigid sections; and a plurality of openings containing a beneficial agent, the openings positioned in the substantially rigid sections, wherein the plurality of substantially rigid sections and the plurality of ductile hinges are interconnected in a plurality of alternating interconnected U shapes, characterized in that the plurality of alternating interconnected U shapes forms a helically wound band and in that the ductile hinges have different widths depending on their location in the stent.
A communication system comprising: a communication gateway to receive a communication from a first device (102, 104, 106); a communication controller coupled to the communication gateway; and a self-test server configured to send one or more test messages to one or more apparatus associated with a user of the first device, wherein the communication controller is configured to receive the communication from the first device via the communication gateway and communicatively connect the first device and a second device, wherein the communication controller is configured to receive identification information corresponding to the user of the first device and transfer the identification information to the self-test server, and wherein, based on the identification information, and before the communication is transferred from the call controller to the second device, the self-test server is configured to: based on customer apparatus information pulled by the self-test server from a customer database, push a test message to a modem associated with the user of the first device; after a period for response from the modem has elapsed with no response, push a test message to a router associated with the user of the first device; and after a period for response from the router has elapsed with no response, send a technician support ticket to a technician. a communication gateway to receive a communication from a first device (102, 104, 106); a communication controller coupled to the communication gateway; and a self-test server configured to send one or more test messages to one or more apparatus associated with a user of the first device, wherein the communication controller is configured to receive the communication from the first device via the communication gateway and communicatively connect the first device and a second device, wherein the communication controller is configured to receive identification information corresponding to the user of the first device and transfer the identification information to the self-test server, and wherein, based on the identification information, and before the communication is transferred from the call controller to the second device, the self-test server is configured to: based on customer apparatus information pulled by the self-test server from a customer database, push a test message to a modem associated with the user of the first device; after a period for response from the modem has elapsed with no response, push a test message to a router associated with the user of the first device; and after a period for response from the router has elapsed with no response, send a technician support ticket to a technician. based on customer apparatus information pulled by the self-test server from a customer database, push a test message to a modem associated with the user of the first device; after a period for response from the modem has elapsed with no response, push a test message to a router associated with the user of the first device; and after a period for response from the router has elapsed with no response, send a technician support ticket to a technician.