mhurhangee/ep-ind-claims huggingface dataset:
A system for delivering vagal stimulation therapy to a vagus nerve of a patient, comprising: a plurality of electrodes configured to be implanted in a cervical region of the patient; a neural stimulator configured to deliver the VST using at least one electrode configuration from a plurality of potential electrode configurations for the plurality of electrodes; feedback circuitry (156, 159) configured to receive an indicator of a physiological response to VST, wherein the feedback circuitry (156, 159) includes at least one of a sensor configured to sense at least one physiological parameter or a user input device configured to receive patient-entered or clinician-entered feedback; a controller connected to the neural stimulator and to the feedback circuitry (156, 159), wherein the controller is configured to: perform a neural stimulation test routine for stimulating a neural target in a cervical region of a patient, wherein for each of a plurality of head positions, performing the neural stimulation test routine includes testing a plurality of electrode configurations (144, 146, 147, 148, 149); record threshold data for each of the tested electrode configurations for the plurality of head positions; and recommend an electrode configuration based on the recorded threshold data. a plurality of electrodes configured to be implanted in a cervical region of the patient; a neural stimulator configured to deliver the VST using at least one electrode configuration from a plurality of potential electrode configurations for the plurality of electrodes; feedback circuitry (156, 159) configured to receive an indicator of a physiological response to VST, wherein the feedback circuitry (156, 159) includes at least one of a sensor configured to sense at least one physiological parameter or a user input device configured to receive patient-entered or clinician-entered feedback; a controller connected to the neural stimulator and to the feedback circuitry (156, 159), wherein the controller is configured to: perform a neural stimulation test routine for stimulating a neural target in a cervical region of a patient, wherein for each of a plurality of head positions, performing the neural stimulation test routine includes testing a plurality of electrode configurations (144, 146, 147, 148, 149); record threshold data for each of the tested electrode configurations for the plurality of head positions; and perform a neural stimulation test routine for stimulating a neural target in a cervical region of a patient, wherein for each of a plurality of head positions, performing the neural stimulation test routine includes testing a plurality of electrode configurations (144, 146, 147, 148, 149); record threshold data for each of the tested electrode configurations for the plurality of head positions; and recommend an electrode configuration based on the recorded threshold data.
Method of forming a vapor chamber for dissipating heat from an electronic component, wherein the vapor chamber comprises a first part, wherein the first part forms an evaporator, and wherein the vapor chamber comprises a second part, wherein the second part forms a condenser, wherein the first part is fixed to the second part, and wherein the method comprises the steps of: a) providing the first part for forming an evaporator, wherein the first part comprises a casing having an interior space in which a capillary structure for guiding liquid water and an inner volume for carrying water vapor is provided, and wherein the casing comprises an opening for connecting the interior space of the first part with an interior space of the second part; b) providing the second part for forming a condenser, wherein the second part comprises a casing having an interior space in which a capillary structure for guiding liquid water and an inner volume for carrying water vapor is provided, and wherein the casing comprises an opening for connecting the interior space of the first part with the interior space of the second part; c) connecting the second part to the first part by fixing a connecting element to both the capillary structure of the first part and of the second part, thereby forming a gap between the capillary structure of the first part and the second part; d) closing the gap between the capillary structure of the first part and of the second part by forming a capillary intermediate structure between the capillary structure of the first part and of the second part; and e) closing the casing of the vapor chamber by connecting the casing of the first part with the casing of the second part by providing a closure. a) providing the first part for forming an evaporator, wherein the first part comprises a casing having an interior space in which a capillary structure for guiding liquid water and an inner volume for carrying water vapor is provided, and wherein the casing comprises an opening for connecting the interior space of the first part with an interior space of the second part; b) providing the second part for forming a condenser, wherein the second part comprises a casing having an interior space in which a capillary structure for guiding liquid water and an inner volume for carrying water vapor is provided, and wherein the casing comprises an opening for connecting the interior space of the first part with the interior space of the second part; c) connecting the second part to the first part by fixing a connecting element to both the capillary structure of the first part and of the second part, thereby forming a gap between the capillary structure of the first part and the second part; d) closing the gap between the capillary structure of the first part and of the second part by forming a capillary intermediate structure between the capillary structure of the first part and of the second part; and e) closing the casing of the vapor chamber by connecting the casing of the first part with the casing of the second part by providing a closure.
A computer-implemented method of authenticating clients accessing a cluster of a plurality of application hosting platform instances (1030A, 1030B), the method comprising: from a client associated with a tenant and authenticated to access a first application hosted on a first application hosting platform instance of the cluster via an authentication token, receiving, at a second instance of the application hosting platform, a request to access a second application hosted on the second application hosting platform instance of the cluster; responsive to the request, fetching the authentication token from the client to the second instance of the application hosting platform; determining one of the application hosting platform instances (1030A, 1030B) of the cluster as being a primary authentication application hosting platform instance based on tenant-specific authentication configuration information; sending a validation request for the authentication token to the primary authentication application hosting platform instance; receiving validation confirmation of the authentication token from the primary authentication application hosting platform instance; and responsive to receiving validation confirmation, granting access to the second application hosted on the second application hosting platform instance to the client. from a client associated with a tenant and authenticated to access a first application hosted on a first application hosting platform instance of the cluster via an authentication token, receiving, at a second instance of the application hosting platform, a request to access a second application hosted on the second application hosting platform instance of the cluster; responsive to the request, fetching the authentication token from the client to the second instance of the application hosting platform; determining one of the application hosting platform instances (1030A, 1030B) of the cluster as being a primary authentication application hosting platform instance based on tenant-specific authentication configuration information; sending a validation request for the authentication token to the primary authentication application hosting platform instance; receiving validation confirmation of the authentication token from the primary authentication application hosting platform instance; and responsive to receiving validation confirmation, granting access to the second application hosted on the second application hosting platform instance to the client.
The Underwater Light of Fixed Tilt Angle 0°-80° degrees for multiple applications with elective Gyro Sensor, which comprises of: the fixed Inclined Outer Body (1, 2) with cylindrical internal configuration, the cylindrically shaped Solid Thermally Conductive Inner Core (Head), the Peripheral Metal Coating Layers (4, 5), the Light Emitting Diode LED, the Thermostat, the optional Gyro Sensor, the Nitrogen Charging Port, the Beam Reflector, the Auxiliary Heatsink (19, 20) and is characterized by: the cylindrically shaped Solid Thermally Conductive Inner Core (Head) with 1-2 or more Peripheral Metal Coating Layers (4, 5) with embedded Scaled Thermal Conductivity λ of symmetric or non symmetric metal coating thickness, by the shape of the metal Inclined Outer Body (1, 2) with cylindrical internal configuration under tilt angle 0°-80° degrees, without moving parts, and finally by the occasional and optional built-in Gyro Sensor, which in eventual overturning of a floating means activates the emission of intermittent flashing distress signal, according to the international Morse Code.
A method for achieving low latency synchronization between a user equipment, UE, (108; 1100; 1220) and an anchor enhanced Node B, eNB, (104; 710; 1210), the method being performed by the UE and comprising: sensing for a predetermined time period if any physical uplink shared channels, PUSCH, are idle; providing a unique UE identification in a grant free PUSCH transmission; and communicating the grant free PUSCH transmission in one of the idle PUSCH channels for a contention free communication with the anchor eNB (104; 710; 1210) for the uplink synchronization. sensing for a predetermined time period if any physical uplink shared channels, PUSCH, are idle; providing a unique UE identification in a grant free PUSCH transmission; and communicating the grant free PUSCH transmission in one of the idle PUSCH channels for a contention free communication with the anchor eNB (104; 710; 1210) for the uplink synchronization.
A flexible circuit comprising: a flexible substrate; a conductive contact pad formed on the substrate and configured to electrically couple to a corresponding contact of a surface mount device, the conductive contact pad including a plurality of cured conductive epoxy bond pad strips deposited adjacent to one another; at least one conductive trace deposited over the surface of the flexible substrate and contacting a portion of at least one of the plurality of cured conductive epoxy bond pad strips, leaving a portion of the at least one cured conductive epoxy bond pad strip exposed; and characterized in that said cured conductive epoxy bond pad strips are deposited adjacent to one another in a parallel fashion and by an additional cured conductive epoxy bond strip deposited in a relatively perpendicular fashion across the plurality of cured conductive epoxy bond pad strips, wherein the additional cured conductive epoxy bond strip is for securing the SMD. a flexible substrate; a conductive contact pad formed on the substrate and configured to electrically couple to a corresponding contact of a surface mount device, the conductive contact pad including a plurality of cured conductive epoxy bond pad strips deposited adjacent to one another; at least one conductive trace deposited over the surface of the flexible substrate and contacting a portion of at least one of the plurality of cured conductive epoxy bond pad strips, leaving a portion of the at least one cured conductive epoxy bond pad strip exposed; and characterized in that said cured conductive epoxy bond pad strips are deposited adjacent to one another in a parallel fashion and by an additional cured conductive epoxy bond strip deposited in a relatively perpendicular fashion across the plurality of cured conductive epoxy bond pad strips, wherein the additional cured conductive epoxy bond strip is for securing the SMD.
An apparatus for automatic ejection of a fluid, - having a drive train for automatically ejecting the fluid from a fluid reservoir through an ejection channel, and - having a control unit for controlling the apparatus, the control unit being configured to detect failures of drive train actuation steps (610, 620), during which the drive train is actuated for priming or fluid dose ejection, - the control unit being further configured to control the apparatus as a function of an actuation step failure number, the actuation step failure number being the number of failed drive train actuation steps (610, 620) since the last successful drive train actuation step (610, 620), wherein - the apparatus comprises a housing with a connector for removably attaching thereto a disposable assembly, the disposable assembly forming part of the ejection channel when attached to the connector characterized in that - the control unit is configured to cause a replacement step for a first part of the disposable assembly after detection of a failure of a drive train actuation step (610, 620) if the actuation step failure number is within a predetermined first part replacement number range, - the control unit is configured to cause a replacement step for a second part of the disposable assembly after detection of a failure of a drive train actuation step (610, 620) if the actuation step failure number is within a predetermined second part replacement number range, and - the first part replacement number range differs from the second part replacement number range. - having a drive train for automatically ejecting the fluid from a fluid reservoir through an ejection channel, and - having a control unit for controlling the apparatus, the control unit being configured to detect failures of drive train actuation steps (610, 620), during which the drive train is actuated for priming or fluid dose ejection, - the control unit being further configured to control the apparatus as a function of an actuation step failure number, the actuation step failure number being the number of failed drive train actuation steps (610, 620) since the last successful drive train actuation step (610, 620), wherein - the apparatus comprises a housing with a connector for removably attaching thereto a disposable assembly, the disposable assembly forming part of the ejection channel when attached to the connector characterized in that - the control unit is configured to cause a replacement step for a first part of the disposable assembly after detection of a failure of a drive train actuation step (610, 620) if the actuation step failure number is within a predetermined first part replacement number range, - the control unit is configured to cause a replacement step for a second part of the disposable assembly after detection of a failure of a drive train actuation step (610, 620) if the actuation step failure number is within a predetermined second part replacement number range, and - the first part replacement number range differs from the second part replacement number range.
An optical modulator comprising: a p-type first semiconductor layer made of one of silicon and silicon-germanium formed on a clad layer; an insulating layer formed on the first semiconductor layer; an n-type second semiconductor layer formed from a III-V compound semiconductor made of at least three materials formed on the insulating layer; a first electrode connected to the first semiconductor layer; and a second electrode connected to the second semiconductor layer, wherein part of the first semiconductor layer and part of the second semiconductor layer are arranged so as to overlap each other via the insulating layer in a planar view, and form an optical waveguide portion where light to be modulated is guided in a direction parallel to a plane of the clad layer, and the light waveguide portion satisfies a single mode condition, characterized in that the second semiconductor layer is formed from a plurality of stacked compound semiconductor layers, and among the plurality of compound semiconductor layers, the compound semiconductor layer closer to the insulating layer has a smaller band gap energy. a p-type first semiconductor layer made of one of silicon and silicon-germanium formed on a clad layer; an insulating layer formed on the first semiconductor layer; an n-type second semiconductor layer formed from a III-V compound semiconductor made of at least three materials formed on the insulating layer; a first electrode connected to the first semiconductor layer; and a second electrode connected to the second semiconductor layer, wherein part of the first semiconductor layer and part of the second semiconductor layer are arranged so as to overlap each other via the insulating layer in a planar view, and form an optical waveguide portion where light to be modulated is guided in a direction parallel to a plane of the clad layer, and the light waveguide portion satisfies a single mode condition, characterized in that the second semiconductor layer is formed from a plurality of stacked compound semiconductor layers, and among the plurality of compound semiconductor layers, the compound semiconductor layer closer to the insulating layer has a smaller band gap energy.
A seamless steel pipe consisting of: in mass%, C: 0.03 to 0.08%, Si: not more than 0.25%, Mn: 0.3 to 2.0%, P: not more than 0.05%, S: not more than 0.005%, Al: 0.001 to 0.10%, Cr: 0.02 to 1.0%, Ni: 0.02 to 1.0%, Mo: 0.02 to 0.8%, N: 0.002 to 0.008%, Ca: 0.0005 to 0.005%, Nb: 0.01 to 0.1%, and optionally Ti: not more than 0.010%, Cu: not more than 1.0%, and/or V: not more than 0.1%, the balance being Fe and impurities, and having a wall thickness not less than 50 mm, wherein in a cross section perpendicular to an axial direction of the seamless steel pipe, an average crystal grain size of prior austenite grains in a near surface portion is less than 80 μm, the near surface portion being a 500 μm × 500 μm area centered at a position of a depth of 2 mm from a surface, and wherein a difference between the average crystal grain size of the prior austenite grains in the near surface portion and an average crystal grain size of prior austenite grains in a central portion of a wall thickness in the cross section is less than 50 μm, the central portion being a 500 μm × 500 μm area centered at a center position of the wall thickness of the seamless steel pipe.
A monitoring and operating system for a manufacturing workplace for at least one worker for carrying out at least one manual production step, wherein the manufacturing workplace comprises a plurality of objects in a changeable configuration or movement state, wherein the system comprises a control unit with a graphic or acoustic user interface (2.1) for displaying a workplace dialogue for the production step and a sensor arrangement for monitoring a production step carried out by the at least one worker, characterised in that the sensor arrangement comprises at least one camera and the control unit is designed to detect at least the completion of the production step, to register it, to automatically display the work instructions for the following production step and to independently recognise the tool used and to check whether it is the tool required by the system, depending on the image data detected by the camera.
An intermediate anchor assembly comprising: an encapsulated anchor having a front encapsulation extension and a rear encapsulation extension; a cap, the cap having an outer surface; a front tube having a proximal end, a distal end, an outer surface, and an inside diameter that is greater than the outer diameter of a tension member; a front adapter having a proximal end and a distal end, wherein the proximal end sealingly couples to the outer surface of the cap, and wherein the distal end sealingly couples to the outer surface of the proximal end of the front tube; a rear tube having a proximal end, a distal end, an outer surface, and an inside diameter that is greater than the outer diameter of the tension member; a rear adapter having a proximal end and a distal end, wherein the proximal end sealingly couples to the rear encapsulation extension, and wherein the distal end sealingly couples to the outer surface of the proximal end of the rear tube; a first split seal sealingly fit between the tension member and the distal end of the front tube; a second split seal sealingly fit between the tension member and the distal end of the rear tube; and characterized in that the proximal front adapter end includes a snap-in tab that engages a slot formed in the cap, wherein the proximal rear adapter end includes a snap-in tab that engages a slot formed in the rear encapsulation extension, wherein the distal front adapter end includes a snap-in tab that engages a slot formed in the front tube, and wherein the distal rear adapter end includes a snap-in tab that engages a slot formed in the rear tube. an encapsulated anchor having a front encapsulation extension and a rear encapsulation extension; a cap, the cap having an outer surface; a front tube having a proximal end, a distal end, an outer surface, and an inside diameter that is greater than the outer diameter of a tension member; a front adapter having a proximal end and a distal end, wherein the proximal end sealingly couples to the outer surface of the cap, and wherein the distal end sealingly couples to the outer surface of the proximal end of the front tube; a rear tube having a proximal end, a distal end, an outer surface, and an inside diameter that is greater than the outer diameter of the tension member; a rear adapter having a proximal end and a distal end, wherein the proximal end sealingly couples to the rear encapsulation extension, and wherein the distal end sealingly couples to the outer surface of the proximal end of the rear tube; a first split seal sealingly fit between the tension member and the distal end of the front tube; a second split seal sealingly fit between the tension member and the distal end of the rear tube; and characterized in that the proximal front adapter end includes a snap-in tab that engages a slot formed in the cap, wherein the proximal rear adapter end includes a snap-in tab that engages a slot formed in the rear encapsulation extension, wherein the distal front adapter end includes a snap-in tab that engages a slot formed in the front tube, and wherein the distal rear adapter end includes a snap-in tab that engages a slot formed in the rear tube.