mhurhangee/patent-ind-claim-en huggingface dataset:
A retractable cord reel apparatus, the apparatus comprising a) a housing having a single storage chamber and a transition chamber ; b) a spool within and arranged for rotation relative to the housing; c) a single cord comprising a plurality of connectors, a retractable segment sheath for a retractable end and a flexible PTFE sheath for a stationary end , the single cord traversing the interior of the housing and terminating in retractable and stationary ends external to the housing; d) wherein, the stationary end of the cord extends from the transition chamber and comprises the flexible PTFE sheath anchored to the housing and adjacent to and surrounding the plurality of connectors twisted about one another, the plurality of connectors being capable of twisting and untwisting relative to the flexible PTFE sheath along the length of the cord from the transition chamber up to the stationary end to support extension and retraction of the retractable end of the cord relative to the housing . a) a housing having a single storage chamber and a transition chamber ; b) a spool within and arranged for rotation relative to the housing; c) a single cord comprising a plurality of connectors, a retractable segment sheath for a retractable end and a flexible PTFE sheath for a stationary end , the single cord traversing the interior of the housing and terminating in retractable and stationary ends external to the housing; stationary end , the single cord traversing the interior of the housing and terminating in retractable and stationary ends external to the housing; d) wherein, the stationary end of the cord extends from the transition chamber and comprises the flexible PTFE sheath anchored to the housing and adjacent to and surrounding the plurality of connectors twisted about one another, the plurality of connectors being capable of twisting and untwisting relative to the flexible PTFE sheath along the length of the cord from the transition chamber up to the stationary end to support extension and retraction of the retractable end of the cord relative to the housing .
An air duct device, comprising: a first air duct having an air inlet and an air outlet; and a second air duct having an air input channel arranged next to the air outlet of the first air duct , and an air outlet in communication with the first air duct , the first air duct is a heat-exchange air duct, an air inlet of the first air duct is an inlet of the heat-exchange air duct, an air outlet of the first air duct is an outlet of the heat-exchange air duct, characterized in that the second air duct is a ventilation duct, the air input channel of the second air duct goes by the air outlet of the first air duct and exchanges heat with the first air duct , to allow an outdoor air entering the second air duct from the air input channel to be heated or cooled by a heat exchanger air at the air outlet of the first air duct , and the air outlet of the second air duct is a fresh air outlet that is in communication with the air inlet of the first air duct , to allow the outdoor air preheated or precooled by the air outlet of the first air duct to be transported to the air inlet of the first air duct to converge with the heat exchange air in the air outlet of the first air duct . a first air duct having an air inlet and an air outlet; and a second air duct having an air input channel arranged next to the air outlet of the first air duct , and an air outlet in communication with the first air duct , the first air duct is a heat-exchange air duct, an air inlet of the first air duct is an inlet of the heat-exchange air duct, an air outlet of the first air duct is an outlet of the heat-exchange air duct, characterized in that the second air duct is a ventilation duct, the air input channel of the second air duct goes by the air outlet of the first air duct and exchanges heat with the first air duct , to allow an outdoor air entering the second air duct from the air input channel to be heated or cooled by a heat exchanger air at the air outlet of the first air duct , and the air outlet of the second air duct is a fresh air outlet that is in communication with the air inlet of the first air duct , to allow the outdoor air preheated or precooled by the air outlet of the first air duct to be transported to the air inlet of the first air duct to converge with the heat exchange air in the air outlet of the first air duct .
A system comprising: a processor configured for executing computer-executable instructions for deregistering a user equipment, UE, during a transition between a first mobile domain and a second mobile domain, wherein the processor is comprised in a Unified Data Management, UDM ; a data store paired with the processor being configured for storing UE data, the UE data comprising at least one of the following: customer profile information, customer authentication information, and encryption keys for the information; and a connection controller being configured for managing all connection and session related information of the UE wherein the connection controller comprises a server for an access and mobility management function, AMF , wherein upon detecting, by the processor , the UE is transitioned from the first mobile domain to the second mobile domain, the processor is configured to send a data packet to the connection controller to deregister the UE , and wherein: absent a confirmation message from the connection controller , the processor is configured to deregister the UE by setting, by the processor , a purge flag as "true" for the UE on the data store , or by deleting, by the processor , AMF registration information on the data store for the UE . a processor configured for executing computer-executable instructions for deregistering a user equipment, UE, during a transition between a first mobile domain and a second mobile domain, wherein the processor is comprised in a Unified Data Management, UDM ; a data store paired with the processor being configured for storing UE data, the UE data comprising at least one of the following: customer profile information, customer authentication information, and encryption keys for the information; and a connection controller being configured for managing all connection and session related information of the UE wherein the connection controller comprises a server for an access and mobility management function, AMF , wherein upon detecting, by the processor , the UE is transitioned from the first mobile domain to the second mobile domain, the processor is configured to send a data packet to the connection controller to deregister the UE , and wherein: absent a confirmation message from the connection controller , the processor is configured to deregister the UE by setting, by the processor , a purge flag as "true" for the UE on the data store , or by deleting, by the processor , AMF registration information on the data store for the UE .
A radiation image conversion panel comprising: a substrate ; a metal oxide layer formed on the substrate, including conductivity, and including a rough surface; a first organic resin layer formed on the surface of the metal oxide layer; and a fluorescent layer formed on the first organic resin layer, including a plurality of columnar crystals, and configured to emit light in accordance with incident radiation, characterized in that the metal oxide layer is formed of ITO, FTO, SnO 2 , ATO, AZO, GZO, IZO, or IGZO, and the rough surface thereof has a crystal-grain area structure including crystal grains and crystallites, a polycrystalline structure including crystal grains, or a porous structure. a substrate ; a metal oxide layer formed on the substrate, including conductivity, and including a rough surface; a first organic resin layer formed on the surface of the metal oxide layer; and a fluorescent layer formed on the first organic resin layer, including a plurality of columnar crystals, and configured to emit light in accordance with incident radiation,
A transparent conductive film, comprising: a transparent substrate; and a metal mesh embedded in the transparent substrate, wherein a bottom side of the metal mesh has a cap suitable for anchoring the metal mesh in the substrate, wherein the cap is embedded in the substrate and has a rounded button-like shape; and characterised in that the metal mesh has lines that taper going from the bottom to top or from top to bottom. a transparent substrate; and a metal mesh embedded in the transparent substrate, wherein a bottom side of the metal mesh has a cap suitable for anchoring the metal mesh in the substrate, wherein the cap is embedded in the substrate and has a rounded button-like shape; and characterised in that the metal mesh has lines that taper going from the bottom to top or from top to bottom.
A prosthetic heart valve , comprising: a valve frame having a central axis and defining an aperture extending along the central axis; and a flow control component mounted within the aperture and configured to permit blood flow in a first direction approximately parallel to the central axis from an inflow end to an outflow end of the flow control component and block blood flow in a second direction, opposite the first direction, the valve frame having an expanded configuration with a first height along the central axis, a first lateral width along a lateral axis perpendicular to the central axis, and a first longitudinal length along a longitudinal axis perpendicular to the central axis and the lateral axis, the valve frame having a compressed configuration with a second height, less than the first height, along the central axis and a second lateral width, less than the first lateral width, along the lateral axis the valve frame is expandable as a self-expandable shape-memory element, and the prosthetic heart valve is compressible to the compressed configuration in which the prosthetic heart valve can be delivered in a sideways manner such that the longitudinal axis is substantially parallel to a lengthwise axis of a delivery catheter and such that the central axis is roughly perpendicular to the lengthwise axis of the delivery catheter . a valve frame having a central axis and defining an aperture extending along the central axis; and a flow control component mounted within the aperture and configured to permit blood flow in a first direction approximately parallel to the central axis from an inflow end to an outflow end of the flow control component and block blood flow in a second direction, opposite the first direction, the valve frame having an expanded configuration with a first height along the central axis, a first lateral width along a lateral axis perpendicular to the central axis, and a first longitudinal length along a longitudinal axis perpendicular to the central axis and the lateral axis, the valve frame having a compressed configuration with a second height, less than the first height, along the central axis and a second lateral width, less than the first lateral width, along the lateral axis the valve frame is expandable as a self-expandable shape-memory element, and the prosthetic heart valve is compressible to the compressed configuration in which the prosthetic heart valve can be delivered in a sideways manner such that the longitudinal axis is substantially parallel to a lengthwise axis of a delivery catheter and such that the central axis is roughly perpendicular to the lengthwise axis of the delivery catheter .
A gas filling method of filling a tank with a gas from a supply source by a gas filling system (S) including a gas supply device having the supply source of a compressed gas, a moving object (M) having the tank that contains the gas, a tube system that connects the supply source and the tank , and a flow rate sensor and a pressure sensor provided on the tube system , the gas filling method comprising: a volume estimating step of estimating a tank volume (V'), which is a volume of the tank , based on detection values of the flow rate sensor and the pressure sensor and a volume value of the tube system , after a start of filling of the tank with the gas from the supply source wherein in the volume estimating step, the tank volume (V') is estimated based on the volume value of the tube system , taking into account the portion of gas that does not fill the tank but remains in the tube system out of the gas discharged from the supply source . a volume estimating step of estimating a tank volume (V'), which is a volume of the tank , based on detection values of the flow rate sensor and the pressure sensor and a volume value of the tube system , after a start of filling of the tank with the gas from the supply source wherein in the volume estimating step, the tank volume (V') is estimated based on the volume value of the tube system , taking into account the portion of gas that does not fill the tank but remains in the tube system out of the gas discharged from the supply source .
A ring sealing apparatus for a trocar, comprising a guiding mechanism and a sealing ring , wherein the guiding mechanism comprises a positioning groove for mounting the sealing ring and at least two guiding blocks ; the guiding blocks together form a rotary structure having a proximal part with a large internal diameter, a middle part with a small internal diameter and a distal part with a large internal diameter; and the positioning groove is disposed at the small internal diameter middle part of the guiding block ; the sealing ring is made of an elastic medical macromolecular material, and has a surgical instrument through hole ; and the sealing ring is mounted in the positioning groove , characterised in that the bottom of the sealing ring close to the surgical instrument through hole is secured between an upper edge and a lower edge of the positioning groove , forming a sealing structure by being fixed together with the positioning groove through a connection locking mechanism ; and wherein the sealing ring includes a plurality of through holes for positioning on a bottom of the sealing ring , wherein the connection locking mechanism includes a plurality of pins preventing relative movement between the bottom of the sealing ring and the upper edge and the lower edge of the positioning groove by passing through the bottom of the sealing ring and inserting into a plurality of pin holes of the positioning groove.
A computer-implemented method for analyzing a fabric article to determine fiber damage, wherein the method comprises: providing the fabric article ; subjecting the fabric article to light in a plurality of wavelengths that include the entire visible spectrum from at least one of a plurality of illumination sources ; capturing at least one image of the fabric article using a three-dimensional imaging device ; processing the at least one image using a contrast function to produce a processed data set representative of fiber damage in a viewing area of the three-dimensional imaging device; and optionally, producing a processed image based upon the processed data set; the method characterized in that the contrast function generates a visual contrast between areas of a first light absorbance of light from the at least one of the plurality of illumination sources and areas of a light absorbance lower than the first light absorbance of light from the at least one of the plurality of illumination sources . providing the fabric article ; subjecting the fabric article to light in a plurality of wavelengths that include the entire visible spectrum from at least one of a plurality of illumination sources ; capturing at least one image of the fabric article using a three-dimensional imaging device ; processing the at least one image using a contrast function to produce a processed data set representative of fiber damage in a viewing area of the three-dimensional imaging device; and optionally, producing a processed image based upon the processed data set; the method characterized in that the contrast function generates a visual contrast between areas of a first light absorbance of light from the at least one of the plurality of illumination sources and areas of a light absorbance lower than the first light absorbance of light from the at least one of the plurality of illumination sources .
A method of driving an actuator, the actuator comprising an electroactive polymer structure for adopting at least a first actuation state and a second actuation state different from the first actuation state, the first actuation state having a first drive level associated with it and the second actuation state having a second drive level associated with it, the method comprising: - applying a drive signal having a drive signal level to the electroactive polymer structure for switching it from the first actuation state to the second actuation state, wherein the drive signal comprises: - a first period in which the drive signal level is changed from the first level to an intermediate level which exceeds the second level, and - after the first period a second period in which the drive signal level decreases from the intermediate level to the second level, wherein the intermediate level is at least 5% higher than the second level and the second period is equal to or longer than 0.5 seconds. - applying a drive signal having a drive signal level to the electroactive polymer structure for switching it from the first actuation state to the second actuation state, - a first period in which the drive signal level is changed from the first level to an intermediate level which exceeds the second level, and - after the first period a second period in which the drive signal level decreases from the intermediate level to the second level,
Chassis for a rail vehicle, with at least one chassis frame, at least one internally mounted first pair of wheels, wherein an adapter swing arm connected to the chassis frame and a first wheel in an articulated manner is arranged on at least one outer side of the chassis, characterised in that at least one component, designed as a current collector, as a de-icing facility, as a monitoring facility for a conductor rail or as a train protection sensor, is arranged on the adapter swing arm .
A measuring equipment for ultrasonic control of liquid aluminium, comprising a ceramic sonotrode , a power ultrasound emission transducer whose power is greater than 10 Watts and a measurement ultrasound emission transducer whose frequency is comprised between 1 and 25 MHz characterised in that said measuring equipment comprises an assembly wherein the sonotrode , the power ultrasound emission transducer and the measurement ultrasound emission transducer constitute a single entity so that the sonotrode transmits the waves emitted by the power ultrasound emission transducer and the measurement ultrasound emission transducer .
A method of infiltrating a fiber structure with a coating and a matrix material, the method comprising: connecting a wave guide to a fiber structure comprising a plurality of fibers; applying vibration to the fiber structure , wherein the vibration separates adjacent fibers at contact points between fibers; and depositing a coating on a surface of each of the fibers including contact point surfaces where adjacent fibers have been separated, wherein the wave guide is a rod connected to a piezoelectric actuator and the rod is inserted into the fiber structure , and/or the wave guide comprises a plurality of fibers connected to a piezoelectric actuator and, optionally, the plurality of fibers are woven into the fiber structure . connecting a wave guide to a fiber structure comprising a plurality of fibers; applying vibration to the fiber structure , wherein the vibration separates adjacent fibers at contact points between fibers; and depositing a coating on a surface of each of the fibers including contact point surfaces where adjacent fibers have been separated, wherein the wave guide is a rod connected to a piezoelectric actuator and the rod is inserted into the fiber structure , and/or the wave guide comprises a plurality of fibers connected to a piezoelectric actuator and, optionally, the plurality of fibers are woven into the fiber structure .
Method of winding up a metallic strip , particularly a steel strip, in which the strip is moved in a transport direction (T), led through a strip diverter into a guide shaft and subsequently wound up on a coiler mandrel mounted to be rotatable about an axis , wherein in the region of the strip diverter a fluid is applied to the strip in the direction of the guide shaft , characterised in that at least one opening through which the water is sprayed under pressure onto the strip is formed in the strip diverter and water under pressure is used as fluid, wherein the water pressure is set in such a way that a width-specific force between 0.1 N/mm of strip width and 10 N/mm of strip width is exerted on the strip .
A powder for cleaning an inner body part and/or an implant by means of a powder jet device, wherein the powder is sterile as a result of a sterilization process , characterized in that the powder has a density between 0.2 and 1.6 g/cm 3 , and amorphous silia (silicon dioxide) is admixed to the powder.
A sole structure for an article of footwear , comprising: an outsole component including an exterior major surface and an interior major surface ; a midsole component engaged with the interior major surface of the outsole component, wherein the midsole component includes a receptacle area and a base surface at least partially surrounding the receptacle area; a fluid-filled bladder system received in the receptacle area, wherein an upper surface of the fluid-filled bladder system extends above the base surface of the midsole component when the sole structure is in an uncompressed condition; and a rigid plate component having a major surface overlying the upper surface of the fluid-filled bladder system, wherein the major surface of the rigid plate component does not contact the base surface of the midsole component when the sole structure is in an uncompressed condition. an outsole component including an exterior major surface and an interior major surface ; a midsole component engaged with the interior major surface of the outsole component, wherein the midsole component includes a receptacle area and a base surface at least partially surrounding the receptacle area; a fluid-filled bladder system received in the receptacle area, wherein an upper surface of the fluid-filled bladder system extends above the base surface of the midsole component when the sole structure is in an uncompressed condition; and a rigid plate component having a major surface overlying the upper surface of the fluid-filled bladder system, wherein the major surface of the rigid plate component does not contact the base surface of the midsole component when the sole structure is in an uncompressed condition.