mhurhangee/ep-ind-claims huggingface dataset:
An indwelling device for embolization comprising a coil portion having a proximal side and a distal side and having a lumen extending in a longitudinal direction, and a stretch-resistant member disposed in the lumen, wherein the stretch-resistant member has a waveform, and a wave height, which is a distance between peaks on an inner side of the waveform of the stretch-resistant member, is 35 μm or larger and smaller than an inner diameter of the coil portion, characterised in that a spring constant of the coil portion is 1.0 N/mm or less. the stretch-resistant member has a waveform, and a wave height, which is a distance between peaks on an inner side of the waveform of the stretch-resistant member, is 35 μm or larger and smaller than an inner diameter of the coil portion, characterised in that a spring constant of the coil portion is 1.0 N/mm or less.
Corona shielding paper, comprising planar and electrically conductively coated particles, with globular particles also admixed with the planar particles for selective setting of an anisotropic electrical conductivity.
A wireless power system, comprising: a bridge (16, 16'); a coil (Ls) coupled between first and second inputs of the bridge; a tank capacitor (Ctank) coupled between first and second outputs of the bridge; a regulator; a sense resistor (Rsense) having a first terminal coupled to the first output of the bridge and a second terminal coupled to an input of the regulator; a switching circuit having first and second inputs respectively coupled to the first and second terminals of the sense resistor; a gain stage (33, 33') having first and second inputs capacitively coupled to first and second outputs of the switching circuit; an analog to digital converter -ADC- configured to digitize output of the gain stage by comparing the output of the gain stage to first and second differential reference voltages (VREFP, VREFN); and a reference voltage generator comprising a temperature independent current source coupled to source current to a reference resistor, the reference resistor having a resistance that is a multiple of a resistance of the sense resistor and that tracks the resistance of the sense resistor across temperature variation, wherein the first differential reference voltage is formed across the reference resistor. a bridge (16, 16'); a coil (Ls) coupled between first and second inputs of the bridge; a tank capacitor (Ctank) coupled between first and second outputs of the bridge; a regulator; a sense resistor (Rsense) having a first terminal coupled to the first output of the bridge and a second terminal coupled to an input of the regulator; a switching circuit having first and second inputs respectively coupled to the first and second terminals of the sense resistor; a gain stage (33, 33') having first and second inputs capacitively coupled to first and second outputs of the switching circuit; an analog to digital converter -ADC- configured to digitize output of the gain stage by comparing the output of the gain stage to first and second differential reference voltages (VREFP, VREFN); and a reference voltage generator comprising a temperature independent current source coupled to source current to a reference resistor, the reference resistor having a resistance that is a multiple of a resistance of the sense resistor and that tracks the resistance of the sense resistor across temperature variation, wherein the first differential reference voltage is formed across the reference resistor.
A vascular infusion system, comprising: a vascular access device configured to be coupled to an injector pump for injecting an infusant into the vasculature of a patient, the vascular access device comprising a catheter through which the infusant is injected, the catheter comprising a catheter adapter that couples to the injector pump and a tubular body member that extends from the catheter adapter, the tubular body member having an outer surface, a proximal end, a distal end, a lumen extending between the proximal and distal ends, a tapered tip at the distal end, and a distal lumen opening, the catheter adapter further including an introducer needle that is contained within the lumen and extends distally from the distal lumen opening of the tubular body member; wherein the tubular body member comprises: a recess (248, 258, 288) formed in the outer surface, the recess comprising a small concavity defined by a surface and adjacent sidewalls and a diffusion hole (250, 251, 298) positioned in the surface of the recess, the hole being formed through a wall thickness of the tubular body member and in fluid communication with the lumen. a vascular access device configured to be coupled to an injector pump for injecting an infusant into the vasculature of a patient, the vascular access device comprising a catheter through which the infusant is injected, the catheter comprising a catheter adapter that couples to the injector pump and a tubular body member that extends from the catheter adapter, the tubular body member having an outer surface, a proximal end, a distal end, a lumen extending between the proximal and distal ends, a tapered tip at the distal end, and a distal lumen opening, the catheter adapter further including an introducer needle that is contained within the lumen and extends distally from the distal lumen opening of the tubular body member; wherein the tubular body member comprises: a recess (248, 258, 288) formed in the outer surface, the recess comprising a small concavity defined by a surface and adjacent sidewalls and a diffusion hole (250, 251, 298) positioned in the surface of the recess, the hole being formed through a wall thickness of the tubular body member and in fluid communication with the lumen.
An air conditioning device control method for use in an air conditioning control system provided with a navigation device which guides a user to a destination, a control device which controls an air conditioning device installed at the destination, and the air conditioning device, wherein the navigation device estimates a time when the user utilizing the navigation device comes to the destination, and transmits the estimated expected arrival time to the control device in association with a user identifier of the user; the control device, in response to receiving the expected arrival times from a plurality of the navigation devices, transmits, to the air conditioning device, a reservation instruction for setting a room temperature at the destination to a predetermined target temperature by an expected arrival time of an earliest user who is supposed to come to the destination earliest among the users; characterized in that the destination is the home of the user, wherein the air conditioning device is turned on in accordance with the transmitted reservation instruction; when the reservation instruction is transmitted to the air conditioning device, the control device notifies the navigation device of the earliest user, of setting notification including the expected arrival time of the earliest user and the target temperature; in response to receiving the setting notification, the navigation device causes a display device to display a confirmation screen for allowing the user to choose whether to cancel activation reservation of the air conditioning device, and in response to the user's choosing the activation reservation cancellation, cancellation notification is transmitted to the control device; and in response to receiving the cancellation notification, the control device determines the earliest user from among the users other than the user who cancels the activation reservation.
Method for generating an optimised contribution signal comprising multiplexes, each multiplex comprising global broadcasting services intended for a coverage area and an own combination of regional services (23, 24, 25) intended for at least one geographic region of said coverage area, each multiplex comprising stuffing packets and packets transporting signalling tables (26, 27, 28) characterised in that the optimised contribution signal is generated by an encapsulator by: - retaining only the global broadcasting services which are different from one another; - marking (31,32) the stuffing packets and the packets transporting the signalling tables (26, 27, 28) according to the multiplex to which they belong; - constructing data bursts from the data streams corresponding to the global broadcasting services, to the regional services (23, 24, 25), and to the marked stuffing packets and to the marked packets transporting the signalling tables (26, 27, 28), - inserting, before the construction of the optimised contribution signal, synchronisation information in the form of synchronisation frames into the optimised contribution signal, said optimised contribution signal being received by at least one receiver present in one of said geographic regions, said regional service (23,24,25) being extracted from said optimised contribution signal and transmitted to a plurality of transmission means coupled to said receiver, the function of said synchronisation information being to accomplish the synchronisation between said transmission means. - retaining only the global broadcasting services which are different from one another; - marking (31,32) the stuffing packets and the packets transporting the signalling tables (26, 27, 28) according to the multiplex to which they belong; - constructing data bursts from the data streams corresponding to the global broadcasting services, to the regional services (23, 24, 25), and to the marked stuffing packets and to the marked packets transporting the signalling tables (26, 27, 28), - inserting, before the construction of the optimised contribution signal, synchronisation information in the form of synchronisation frames into the optimised contribution signal, said optimised contribution signal being received by at least one receiver present in one of said geographic regions, said regional service (23,24,25) being extracted from said optimised contribution signal and transmitted to a plurality of transmission means coupled to said receiver, the function of said synchronisation information being to accomplish the synchronisation between said transmission means.
A microfluidic sensor to detect a characteristic of a fluid, the microfluidic sensor comprising: a substrate; a microfluidic channel, supported by the substrate, to direct the fluid; an optical spectrometer integrated with the microfluidic channel as part of a chip, the optical spectrometer comprising: a waveguide being supported by the substrate, the waveguide comprising an input coupler and output couplers; a light source, supported by the substrate, to direct light to an input coupler of a waveguide; optical sensors supported by the substrate, each of the optical sensors being optically coupled to the output couplers; and the microfluidic sensor being characterized by: a reference microfluidic channel, supported by the substrate, for receiving a reference fluid, a reference waveguide supported by the substrate, the reference waveguide comprising a reference input coupler and reference output couplers, an input to the reference microfluidic channel comprising a pillar filter arranged to filter the reference fluid, and reference optical sensors, supported by the substrate, the reference optical sensors being coupled to the reference output couplers. a substrate; a microfluidic channel, supported by the substrate, to direct the fluid; an optical spectrometer integrated with the microfluidic channel as part of a chip, the optical spectrometer comprising: a waveguide being supported by the substrate, the waveguide comprising an input coupler and output couplers; a light source, supported by the substrate, to direct light to an input coupler of a waveguide; a waveguide being supported by the substrate, the waveguide comprising an input coupler and output couplers; a light source, supported by the substrate, to direct light to an input coupler of a waveguide; optical sensors supported by the substrate, each of the optical sensors being optically coupled to the output couplers; and the microfluidic sensor being characterized by: a reference microfluidic channel, supported by the substrate, for receiving a reference fluid, a reference waveguide supported by the substrate, the reference waveguide comprising a reference input coupler and reference output couplers, an input to the reference microfluidic channel comprising a pillar filter arranged to filter the reference fluid, and reference optical sensors, supported by the substrate, the reference optical sensors being coupled to the reference output couplers. a reference microfluidic channel, supported by the substrate, for receiving a reference fluid, a reference waveguide supported by the substrate, the reference waveguide comprising a reference input coupler and reference output couplers, an input to the reference microfluidic channel comprising a pillar filter arranged to filter the reference fluid, and reference optical sensors, supported by the substrate, the reference optical sensors being coupled to the reference output couplers.
A heated garment comprising a base layer; at least one armour plate arranged on the base layer, at least a portion of the armour plate being a shear thickening fluid; whereby the heated garment further comprises at least one heating element in thermal contact with the armour plate configured to heat the armour plate to keep it pliable.
Generator set comprising: - an endothermic engine with its own drive shaft; - an electrical generator connected to said drive shaft and coaxial to the endothermic engine; - a first fan keyed on the drive shaft and co-operating with a case to define a cooling block conveying cool air axially on the electrical generator and on a head of the endothermic engine; - a sound-proofing enclosure containing the endothermic engine, the electrical generator and the cooling block;; wherein the electrical generator is interposed between the cooling block and the endothermic engine, wherein the generator set comprises a supplementary fan; wherein the supplementary fan is keyed on the drive shaft and positioned within the sound-proofing enclosure and outside said case in such a way that the cooling block is interposed between said supplementary fan and the endothermic engine, the generator set comprises a conduit positioned inside the sound-proofing enclosure and co-operating with said supplementary fan to convey a flow of cool air into an air filter of the endothermic engine, and the generator set comprises a supplementary case co-operating with said supplementary fan to convey a flow of cool air on an outer surface of the endothermic engine. - an endothermic engine with its own drive shaft; - an electrical generator connected to said drive shaft and coaxial to the endothermic engine; - a first fan keyed on the drive shaft and co-operating with a case to define a cooling block conveying cool air axially on the electrical generator and on a head of the endothermic engine; - a sound-proofing enclosure containing the endothermic engine, the electrical generator and the cooling block;;
A method for implementing time synchronization in a local area network, wherein the local area network comprises a master system device and a slave system device, and the method is characterized by comprising: the master system device synchronizing a local time according to a Universal Time Coordinated, UTC, time normally received from a Global Positioning System, GPS, satellite and a network clock aligned with the UTC time, and regularly broadcasting the local time to each network node which serves as the slave system device and needs to perform time synchronization; and the slave system device synchronously updating its local time according to the local time of the master system device which is received and a local network clock aligned with the network clock of the master system device, the method characterized by: the step of the master system device synchronizing the local time according to the UTC time normally received from the GPS satellite and the network clock aligned with the UTC time comprises: the master system device receiving a UTC time package of the GPS satellite through an UTC time receiving interruption, if the UTC time package is determined to be normally received, parsing the UTC time from the UTC time package; performing timing by a local network synchronization clock interruption aligned with a phase of the UTC time receiving interruption through the network clock, and adding a timed UTC time receiving cycle to the UTC time to be synchronized into the local time of the master system device. the master system device synchronizing a local time according to a Universal Time Coordinated, UTC, time normally received from a Global Positioning System, GPS, satellite and a network clock aligned with the UTC time, and regularly broadcasting the local time to each network node which serves as the slave system device and needs to perform time synchronization; and the slave system device synchronously updating its local time according to the local time of the master system device which is received and a local network clock aligned with the network clock of the master system device, the method characterized by: the step of the master system device synchronizing the local time according to the UTC time normally received from the GPS satellite and the network clock aligned with the UTC time comprises: the master system device receiving a UTC time package of the GPS satellite through an UTC time receiving interruption, if the UTC time package is determined to be normally received, parsing the UTC time from the UTC time package; performing timing by a local network synchronization clock interruption aligned with a phase of the UTC time receiving interruption through the network clock, and adding a timed UTC time receiving cycle to the UTC time to be synchronized into the local time of the master system device.
A supported catalyst comprising a) a Mo and a K compound as active components, whereby Mo and K can be constituents of the same compound, b) TeO 2 as a promoter, and c) an oxidic carrier, wherein the weight ratios of the components are TeO 2 /K 2 MoO 4 /carrier = / /100 or TeO 2 /MoO 3 /K 2 O/carrier = / / /100. a) a Mo and a K compound as active components, whereby Mo and K can be constituents of the same compound, b) TeO 2 as a promoter, and c) an oxidic carrier,
A personal flotation device comprising: a shirt having a front side, back side, and an inflatable bladder positioned along the front side beneath the shirt; an inflator device coupled to the inflatable bladder so as to inflate the bladder automatically when the inflator device is contacted by water, the inflator device being positioned on the back side of the shirt at an upper back area of a wearer when worn; and a housing having a cover made of water impermeable material covering the inflator device and adapted to prevent water from moving beneath the cover to contact the inflator device until the inflator device is substantially submerged in water. a shirt having a front side, back side, and an inflatable bladder positioned along the front side beneath the shirt; an inflator device coupled to the inflatable bladder so as to inflate the bladder automatically when the inflator device is contacted by water, the inflator device being positioned on the back side of the shirt at an upper back area of a wearer when worn; and a housing having a cover made of water impermeable material covering the inflator device and adapted to prevent water from moving beneath the cover to contact the inflator device until the inflator device is substantially submerged in water.
Device for storing, mixing, and applying polymethylmethacrylate bone cement, comprising a first container for a first pasty component of the bone cement, a dispensing plunger arranged in the first container such that the dispensing plunger is shiftable for pressing the content of the first container out of a dispensing opening, a mixing facility for mixing the content of the first container, whereby the mixing facility is arranged in the first container and the mixing facility is movable in the first container from outside for mixing, and at least one second container, for at least one second component of the bone cement, arranged in or on said first container, whereby the second container is openable, such that the contents of the first container and second container can be mixed with each other in the first container, characterized in that at least a boundary surface of the first container is formed by a mobile volume compensation element (4, 6), which is movable by sliding a rod or tube connected to the mixing facility in the first container and by pulling the rod or tube connected to the mixing facility out of the first container and/or by introduction of the second component into the first container.
A computer-assisted medical device comprising: one or more end effectors (125, 310, 320, 330); an imaging device; one or more input controls (195, 760, 770) for teleoperating the one or more end effectors (125, 310, 320, 330); and a control unit comprising one or more processors coupled to the end effectors (125, 310, 320, 330), the imaging device, and the input controls (195, 760, 770); characterised in that the control unit is configured to: suspend teleoperated control of the end effectors (125, 310, 320, 330) by the input controls (195, 760, 770) in response to a recentering request; determine a view recentering move for the imaging device so that the end effectors are contained within a view space of the imaging device; execute the view recentering move; and reinstate teleoperated control of the end effectors (125, 310, 320, 330) by the input controls (195, 760, 770). one or more end effectors (125, 310, 320, 330); an imaging device; one or more input controls (195, 760, 770) for teleoperating the one or more end effectors (125, 310, 320, 330); and a control unit comprising one or more processors coupled to the end effectors (125, 310, 320, 330), the imaging device, and the input controls (195, 760, 770); characterised in that the control unit is configured to: suspend teleoperated control of the end effectors (125, 310, 320, 330) by the input controls (195, 760, 770) in response to a recentering request; determine a view recentering move for the imaging device so that the end effectors are contained within a view space of the imaging device; execute the view recentering move; and reinstate teleoperated control of the end effectors (125, 310, 320, 330) by the input controls (195, 760, 770). suspend teleoperated control of the end effectors (125, 310, 320, 330) by the input controls (195, 760, 770) in response to a recentering request; determine a view recentering move for the imaging device so that the end effectors are contained within a view space of the imaging device; execute the view recentering move; and reinstate teleoperated control of the end effectors (125, 310, 320, 330) by the input controls (195, 760, 770).