mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter assembly comprising: a cannula disposed at a distal portion of the catheter assembly, the cannula having a collapsed configuration and an expanded configuration, the cannula arranged to permit the flow of blood therethrough when in the expanded configuration; a tip member coupled with a distal portion of the cannula ; and a guide feature configured to receive a guidewire through a guide lumen formed through the guide feature , wherein the catheter assembly is configured such that, when the catheter assembly is inserted into a patient with the guidewire , the guidewire passes through the guide lumen and along at least a portion of an outer surface of the catheter assembly, characterised in that the catheter assembly further comprises a retainer sheath to retain the cannula in the collapsed configuration for insertion and removal from the patient. a cannula disposed at a distal portion of the catheter assembly, the cannula having a collapsed configuration and an expanded configuration, the cannula arranged to permit the flow of blood therethrough when in the expanded configuration; a tip member coupled with a distal portion of the cannula ; and a guide feature configured to receive a guidewire through a guide lumen formed through the guide feature , wherein the catheter assembly is configured such that, when the catheter assembly is inserted into a patient with the guidewire , the guidewire passes through the guide lumen and along at least a portion of an outer surface of the catheter assembly, characterised in that the catheter assembly further comprises a retainer sheath to retain the cannula in the collapsed configuration for insertion and removal from the patient.
An operator vehicle, comprising: a platform , equipped with a seat ; a rotating tower (T), coupled to the seat in a rotatable fashion about a main rotation axis; motor means, arranged to determine the rotation of the tower (T) about the main axis; a detector, arranged to detect the movement of the angular position of the tower (T) towards a reference angular position relative to the main axis, and to emit a corresponding proximity signal; a control module, configured to receive the proximity signal emitted by the detector and to control the drive of the motor means as a function of the proximity signal received; characterised in that: the detector is arranged to detect at least a first approaching position, separated by a first operating angle relative to the reference angular position, and at least a second approaching position, separated relative to the reference angular position by a second operating angle, less than the first operating angle; the control module is arranged to slow down the rotation produced by the motor means upon receiving the proximity signal at the first approaching position, and to stop the rotation produced by the motor means upon receiving the proximity signal at the second approaching position. a platform , equipped with a seat ; a rotating tower (T), coupled to the seat in a rotatable fashion about a main rotation axis; motor means, arranged to determine the rotation of the tower (T) about the main axis; a detector, arranged to detect the movement of the angular position of the tower (T) towards a reference angular position relative to the main axis, and to emit a corresponding proximity signal; a control module, configured to receive the proximity signal emitted by the detector and to control the drive of the motor means as a function of the proximity signal received; characterised in that: the detector is arranged to detect at least a first approaching position, separated by a first operating angle relative to the reference angular position, and at least a second approaching position, separated relative to the reference angular position by a second operating angle, less than the first operating angle; the control module is arranged to slow down the rotation produced by the motor means upon receiving the proximity signal at the first approaching position, and to stop the rotation produced by the motor means upon receiving the proximity signal at the second approaching position. the detector is arranged to detect at least a first approaching position, separated by a first operating angle relative to the reference angular position, and at least a second approaching position, separated relative to the reference angular position by a second operating angle, less than the first operating angle; the control module is arranged to slow down the rotation produced by the motor means upon receiving the proximity signal at the first approaching position, and to stop the rotation produced by the motor means upon receiving the proximity signal at the second approaching position.
A method performed by an Access and mobility Management Function, AMF, of a source network configured to operate in a wireless communication system, the method being characterized by : receiving (S900) a deregistration notification message from a United Data Management, UDM, of a Home Service Provider, Home SP, wherein the deregistration notification message informs that i) a User Equipment, UE, has moved from the source network to a target network, and ii) there is no N14 interface between the source network and the target network; after receiving the deregistration notification message, starting (S910) a timer; while the timer is running, delaying (S920) deletion of a UE context of the UE within the source network; receiving (S930) a context status notification message from a Session Management Function, SMF, of the source network, wherein the context status notification message informs that a Protocol Data Unit, PDU, session associated with the UE has been handed over from the source network to the target network; and based on expiry of the timer, deleting (S940) the UE context of the UE within the source network. receiving (S900) a deregistration notification message from a United Data Management, UDM, of a Home Service Provider, Home SP, wherein the deregistration notification message informs that i) a User Equipment, UE, has moved from the source network to a target network, and ii) there is no N14 interface between the source network and the target network; after receiving the deregistration notification message, starting (S910) a timer; while the timer is running, delaying (S920) deletion of a UE context of the UE within the source network; receiving (S930) a context status notification message from a Session Management Function, SMF, of the source network, wherein the context status notification message informs that a Protocol Data Unit, PDU, session associated with the UE has been handed over from the source network to the target network; and based on expiry of the timer, deleting (S940) the UE context of the UE within the source network.
An external medical device , comprising: a housing ; and a processor within the housing configured to: receive an input signal containing ECG data for a patient receiving chest compressions at a chest compression frequency f ; select a comb filter mechanism; apply the comb filter mechanism to the input signal to substantially remove chest compression artifacts from the input signal, wherein the chest compression artifacts correspond to the chest compressions delivered to the patient, and wherein the comb filter mechanism rejects content in the input signal that is in the frequency f, and rejects content in the input signal that is a higher harmonic to the frequency f but passes frequencies between the frequency f and the higher harmonic; and determine advice to shock or not shock based on the filtered input signal. a housing ; and a processor within the housing configured to: receive an input signal containing ECG data for a patient receiving chest compressions at a chest compression frequency f ; select a comb filter mechanism; apply the comb filter mechanism to the input signal to substantially remove chest compression artifacts from the input signal, wherein the chest compression artifacts correspond to the chest compressions delivered to the patient, and wherein the comb filter mechanism rejects content in the input signal that is in the frequency f, and rejects content in the input signal that is a higher harmonic to the frequency f but passes frequencies between the frequency f and the higher harmonic; and determine advice to shock or not shock based on the filtered input signal. receive an input signal containing ECG data for a patient receiving chest compressions at a chest compression frequency f ; select a comb filter mechanism; apply the comb filter mechanism to the input signal to substantially remove chest compression artifacts from the input signal, wherein the chest compression artifacts correspond to the chest compressions delivered to the patient, and wherein the comb filter mechanism rejects content in the input signal that is in the frequency f, and rejects content in the input signal that is a higher harmonic to the frequency f but passes frequencies between the frequency f and the higher harmonic; and determine advice to shock or not shock based on the filtered input signal.
An apparatus for distributing feed in farming sheds, comprising: - at least one line for the distribution of feed from at least one storage location to a series of dispensers for dispensing the feed to the cages of animals, - at least one feed container connected to said line upstream of said dispensers for the loading of feed from said storage location into said feed container , said feed container also connected to said line downstream of said dispensers for discharging of feed into said feed container , on the part of said line , not released to said dispensers , - means for detecting the level of feed inside said container , - at least one control system adapted to receive filling information of said feed container from said detection means and to control the loading of said line with feed from said storage location or from said feed container and to set the travel speed of said line . - at least one line for the distribution of feed from at least one storage location to a series of dispensers for dispensing the feed to the cages of animals, - at least one feed container connected to said line upstream of said dispensers for the loading of feed from said storage location into said feed container , said feed container also connected to said line downstream of said dispensers for discharging of feed into said feed container , on the part of said line , not released to said dispensers , - means for detecting the level of feed inside said container , - at least one control system adapted to receive filling information of said feed container from said detection means and to control the loading of said line with feed from said storage location or from said feed container and to set the travel speed of said line .
A method of estimating a plant characteristic, comprising: a. building a predictive model using inverse modeling using: i. a first set of spectroscopic data from a first plant population, and ii. corresponding measured characteristic data sets from the first plant population; and, b. applying the model to a second set of spectroscopic data from a second plant, a second plant population, or both, so as to estimate the characteristic in the second plant. a. building a predictive model using inverse modeling using: i. a first set of spectroscopic data from a first plant population, and ii. corresponding measured characteristic data sets from the first plant population; and, i. a first set of spectroscopic data from a first plant population, and ii. corresponding measured characteristic data sets from the first plant population; and, b. applying the model to a second set of spectroscopic data from a second plant, a second plant population, or both, so as to estimate the characteristic in the second plant.
A computer-implemented method for compiling attributes associated with one or more irregular volumes representing hydrocarbon deposits, salt bodies or related geologic features, the method comprising: providing a plurality of three-dimensional cells having associated cell-attribute data; utilizing said cell-attribute data to group at least a portion of said three-dimensional cells together to form the one or more irregular volumes by identifying the three-dimensional cells which are related to one or more predetermined seed cells associated with each of the one or more irregular volumes; determining a plurality of attributes associated with each of the one or more irregular volumes, wherein at least a portion of said cell-attribute data is utilized to determine at least a portion of said attributes; and compiling at least a portion of said attributes associated with the one or more irregular volumes for presentation to a user in an irregular volume attribute display, the at least a portion of said attributes comprising coordinate data. providing a plurality of three-dimensional cells having associated cell-attribute data; utilizing said cell-attribute data to group at least a portion of said three-dimensional cells together to form the one or more irregular volumes by identifying the three-dimensional cells which are related to one or more predetermined seed cells associated with each of the one or more irregular volumes; determining a plurality of attributes associated with each of the one or more irregular volumes, wherein at least a portion of said cell-attribute data is utilized to determine at least a portion of said attributes; and compiling at least a portion of said attributes associated with the one or more irregular volumes for presentation to a user in an irregular volume attribute display, the at least a portion of said attributes comprising coordinate data.
A heat dissipation structure of a semiconductor device, the semiconductor device having an electric bonding surface electrically connected with a substrate and a heat dissipation surface on an opposite side thereof, wherein the heat dissipation surface is bonded or contacted to a conductive member with high thermal conductivity via a non-insulated member , and the conductive member with high thermal conductivity is bonded or contacted to a heat dissipation part via a first insulated member , the heat dissipation structure being characterized in that the thickness of the conductive member with high thermal conductivity is greater than that of the semiconductor device , the conductive member with high thermal conductivity , in a top view, is less than the heat dissipation part, and the semiconductor device and the conductive member with high thermal conductivity are both set as a substantially rectangular shape in a top view, length (L2) of each side of the conductive member with high thermal conductivity is greater than the sum of twice the thickness (T2) of the conductive member with high thermal conductivity and the length (L1) of one side of the semiconductor device .
An interactive toy comprising: a housing provided with an upper wall , a lower wall , two side walls , and a back wall ; wherein a first longitudinal cutout is provided on said upper wall and a second longitudinal cutout is provided on said upper wall or a side wall ; and at least one removable stage element traversing said second longitudinal cutout ; characterized by further comprising: at least one movable support element cooperating with said upper wall of the housing and connecting to a character element , and together moving along the first longitudinal cutout , wherein said movable support element comprises a radially cut disc-shaped structure , which fits by interference in the character element . a housing provided with an upper wall , a lower wall , two side walls , and a back wall ; wherein a first longitudinal cutout is provided on said upper wall and a second longitudinal cutout is provided on said upper wall or a side wall ; and at least one removable stage element traversing said second longitudinal cutout ; characterized by further comprising: at least one movable support element cooperating with said upper wall of the housing and connecting to a character element , and together moving along the first longitudinal cutout , wherein said movable support element comprises a radially cut disc-shaped structure , which fits by interference in the character element .
A rotational over travel protection device , comprising: a housing ; a rotatable shaft connected to the housing , the rotatable shaft and the housing being operable to rotate relative to one another; a triggering device supported in the housing and rotatable with the rotatable shaft through at least some rotational degrees of the rotatable shaft , the triggering device comprising an annular side wall having an exterior surface and an interior surface wherein the interior surface comprises a pawl operable to engage with a protrusion disposed on the rotatable shaft ; a first rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a first rotation direction greater than 180 degrees from a zero position; and a second rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a second rotation direction greater than 180 degrees from the zero position, the second rotation direction being opposite the first rotation direction. a housing ; a rotatable shaft connected to the housing , the rotatable shaft and the housing being operable to rotate relative to one another; a triggering device supported in the housing and rotatable with the rotatable shaft through at least some rotational degrees of the rotatable shaft , the triggering device comprising an annular side wall having an exterior surface and an interior surface wherein the interior surface comprises a pawl operable to engage with a protrusion disposed on the rotatable shaft ; a first rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a first rotation direction greater than 180 degrees from a zero position; and a second rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a second rotation direction greater than 180 degrees from the zero position, the second rotation direction being opposite the first rotation direction.
The use of a refrigerant of a composition consisting of HFO-1234yf and HFC-32, wherein the composition comprises 30% by weight of HFO-1234yf relative to the total weight of HFO-1234yf and HFC-32 in the composition as a replacement for R410A.
A ramp for a vehicle comprising a base body which has an outwardly curved underside and an inwardly curved upper side , wherein one end of the base body has a greater height than another end of the base body , the end having the greater height has a front side and a transition from the upper side to the front side has a curvature , characterized in that the transition from the upper side to the front side is rounded in such a manner that the transition is free from edges and that the curvature encloses an obtuse angle between the upper side and the front side .
A system for processing audio signals, comprising an authoring component configured to receive a plurality of audio signals of an audio program, an audio program being defined as a complete set of speaker channels and/or object channels and associated metadata that describes a desired spatial audio presentation, wherein each speaker channel and each object channel comprises an audio signal; generate an adaptive audio mix for the audio program comprising a plurality of monophonic audio streams and one or more metadata sets associated with each of the plurality of monophonic audio streams and specifying a playback location of a respective monophonic audio stream, including a first metadata set and a second metadata set associated with one or more of the plurality of monophonic audio streams; wherein at least one of the plurality of monophonic audio streams is identified as channel-based audio and wherein the others, including at least one, of the plurality of monophonic audio streams are identified as object-based audio, and wherein the playback location of the channel-based audio comprises speaker designations of speakers in a speaker array, and the playback location of the object-based audio comprises a location in three-dimensional space relative to a playback environment containing the speaker array; and further wherein the first metadata set is to be applied to the one or more of the plurality of monophonic audio streams for a first condition of the playback environment, and the second metadata set is to be applied to the one or more of the plurality of monophonic audio streams for a second condition of the playback environment; and encapsulate the plurality of monophonic audio streams and the at least two metadata sets in a bitstream for transmission to a rendering system configured to render the plurality of monophonic audio streams to a plurality of speaker feeds corresponding to speakers in the playback environment in accordance with the at least two metadata sets based on a condition of the playback environment.
A pharmaceutical composition, comprising: a plurality of microparticles, the microparticle including: a crystalline drug core of more than 70% by weight of the microparticle, the crystalline drug core including one or more crystals of fluticasone or a pharmaceutically acceptable salt or ester thereof; and a polymeric shell comprising polyvinyl alcohol (PVA) encapsulating the crystalline drug core, the polymeric shell being in contact but immiscible with the crystalline drug core; wherein the microparticles are heat treated within a temperature range of 210-230°C for at least one hour; and wherein said microparticles when dissolution tested using United States Pharmacopoeia Type II apparatus exhibit a dissolution half-life of 12-20 hours, wherein the dissolution conditions are: 3 milligrams of microparticles in 200 milliliters of dissolution medium of 70% v/v methanol and 30% v/v of water at 25°C. a plurality of microparticles, the microparticle including: a crystalline drug core of more than 70% by weight of the microparticle, the crystalline drug core including one or more crystals of fluticasone or a pharmaceutically acceptable salt or ester thereof; and a polymeric shell comprising polyvinyl alcohol (PVA) encapsulating the crystalline drug core, the polymeric shell being in contact but immiscible with the crystalline drug core; a crystalline drug core of more than 70% by weight of the microparticle, the crystalline drug core including one or more crystals of fluticasone or a pharmaceutically acceptable salt or ester thereof; and a polymeric shell comprising polyvinyl alcohol (PVA) encapsulating the crystalline drug core, the polymeric shell being in contact but immiscible with the crystalline drug core; wherein the microparticles are heat treated within a temperature range of 210-230°C for at least one hour; and wherein said microparticles when dissolution tested using United States Pharmacopoeia Type II apparatus exhibit a dissolution half-life of 12-20 hours, wherein the dissolution conditions are: 3 milligrams of microparticles in 200 milliliters of dissolution medium of 70% v/v methanol and 30% v/v of water at 25°C.