mhurhangee/patent-ind-claim-en huggingface dataset:
A system for irrigating an infected implant area, the system comprising: an irrigation tool ; a navigation system for tracking movement of the irrigation tool ; a robotic system comprising an articulated arm , wherein the irrigation tool is coupled to the articulated arm ; and a processing circuit comprising a processor and non-transitory machine readable media with instructions stored thereon, the processing circuit configured to; determine an area to be irrigated, the irrigation area including at least a surface of an implant or patient tissue; generate a plan for irrigating the irrigation area; and monitor irrigation of the irrigation area, using data associated with the movement of the irrigation tool from the navigation system , to ensure that an entirety of the irrigation area receives at least minimum irrigation; and at adjust the speed and pressure of the spray of irrigation fluid from the irrigation tool to reduce the speed and pressure of the spray when patient tissues are being cleaned as opposed to implant surfaces. an irrigation tool ; a navigation system for tracking movement of the irrigation tool ; a robotic system comprising an articulated arm , wherein the irrigation tool is coupled to the articulated arm ; and a processing circuit comprising a processor and non-transitory machine readable media with instructions stored thereon, the processing circuit configured to; determine an area to be irrigated, the irrigation area including at least a surface of an implant or patient tissue; generate a plan for irrigating the irrigation area; and monitor irrigation of the irrigation area, using data associated with the movement of the irrigation tool from the navigation system , to ensure that an entirety of the irrigation area receives at least minimum irrigation; and at adjust the speed and pressure of the spray of irrigation fluid from the irrigation tool to reduce the speed and pressure of the spray when patient tissues are being cleaned as opposed to implant surfaces.
A display device comprising: a display unit configured to let a traveler in a moving body visually recognize scenery in front of the moving body and information on a facility existing in the scenery; and a display control unit configured to display the information about the facility on the display unit at a time when distance between the moving body and the facility is equal to or shorter than a first predetermined distance, characterized in that ; the display control unit is configured to determine a travelling lane that is a lane on road where the moving body is travelling; the display control unit is configured to change the first predetermined distance based on: a travelling direction lane number of the travelling lane, wherein travelling direction lanes are sequentially numbered from the road shoulder side; or the distance in the crosswise direction of the travelling lane between the travelling lane and the facility. a display unit configured to let a traveler in a moving body visually recognize scenery in front of the moving body and information on a facility existing in the scenery; and a display control unit configured to display the information about the facility on the display unit at a time when distance between the moving body and the facility is equal to or shorter than a first predetermined distance, characterized in that ; the display control unit is configured to determine a travelling lane that is a lane on road where the moving body is travelling; the display control unit is configured to change the first predetermined distance based on: a travelling direction lane number of the travelling lane, wherein travelling direction lanes are sequentially numbered from the road shoulder side; or the distance in the crosswise direction of the travelling lane between the travelling lane and the facility. a travelling direction lane number of the travelling lane, wherein travelling direction lanes are sequentially numbered from the road shoulder side; or the distance in the crosswise direction of the travelling lane between the travelling lane and the facility.
An access port attachable to a surface within a patient's body, comprising: a port body comprising flexible base material defining a first end , a second end , a longitudinal axis extending therebetween, and a wall including inner and outer surfaces extending between the first and second ends; a plurality of elastic elements embedded in the port body, the elastic elements being separable to create a passage through the port body to accommodate an instrument being introduced therethrough the port body and resiliently biased to substantially close the passage; and fabric covering any exposed surfaces of the port body; wherein the base material is formed from elastomeric material, wherein the elastic elements are embedded in the base material, wherein the access port is in the form of a cuff that may be secured around or to a tubular or other curved body structure or a patch that may be secured to a tubular structure, an organ, or substantially flat body structure, characterised in that the fabric comprises one or more pieces of fabric wrapped around the port body and stitched together and/or to the port body. a port body comprising flexible base material defining a first end , a second end , a longitudinal axis extending therebetween, and a wall including inner and outer surfaces extending between the first and second ends; a plurality of elastic elements embedded in the port body, the elastic elements being separable to create a passage through the port body to accommodate an instrument being introduced therethrough the port body and resiliently biased to substantially close the passage; and fabric covering any exposed surfaces of the port body; wherein the base material is formed from elastomeric material, wherein the elastic elements are embedded in the base material, wherein the access port is in the form of a cuff that may be secured around or to a tubular or other curved body structure or a patch that may be secured to a tubular structure, an organ, or substantially flat body structure, characterised in that the fabric comprises one or more pieces of fabric wrapped around the port body and stitched together and/or to the port body.
A stator vane for a turbomachine comprising: a platform defining an opening ; an airfoil having a leading edge , a trailing edge , a suction side wall , and a pressure side wall , the airfoil extending radially between a base and a tip , wherein at least one of the base or the tip includes a protrusion , the protrusion extending into the opening of the platform such that the platform surrounds the protrusion of the airfoil ; a braze joint disposed between and fixedly coupling the platform and the protrusion of the airfoil ; and a cooling circuit defined in the protrusion or the platform to cool the braze joint , characterized in having: the cooling circuit comprising one or more inlet channels , a plenum , and one or more outlet channels , wherein the inlet channels , the outlet channels and the plenum are each defined in the platform , or wherein the inlet channels , the outlet channels and the plenum are each defined in the protrusion . a platform defining an opening ; an airfoil having a leading edge , a trailing edge , a suction side wall , and a pressure side wall , the airfoil extending radially between a base and a tip , wherein at least one of the base or the tip includes a protrusion , the protrusion extending into the opening of the platform such that the platform surrounds the protrusion of the airfoil ; a braze joint disposed between and fixedly coupling the platform and the protrusion of the airfoil ; and a cooling circuit defined in the protrusion or the platform to cool the braze joint , characterized in having: the cooling circuit comprising one or more inlet channels , a plenum , and one or more outlet channels , wherein the inlet channels , the outlet channels and the plenum are each defined in the platform , or wherein the inlet channels , the outlet channels and the plenum are each defined in the protrusion . the cooling circuit comprising one or more inlet channels , a plenum , and one or more outlet channels , wherein the inlet channels , the outlet channels and the plenum are each defined in the platform , or wherein the inlet channels , the outlet channels and the plenum are each defined in the protrusion .
A sliding component comprising a pair of sliding parts sliding relatively to each other, one of the sliding parts being a stationary-side seal ring , the other of the sliding parts being a rotating-side seal ring , the seal rings having sliding faces (S) formed radially and suitable for sealing a liquid or a misty fluid as a sealed fluid against leakage, at least one of the sliding faces (S) is provided with positive pressure generation mechanisms having positive pressure generation grooves configured to communicate with a circumferential edge of the sliding face (S) on a sealed-fluid side and not to communicate with a circumferential edge on a leakage side, and discharge grooves disposed at an angle such that upstream ends are located on the leakage side and downstream ends are located on the sealed-fluid side, the positive pressure generation mechanisms each being formed from a Rayleigh step mechanism, the positive pressure generating groove being formed from a groove of the Rayleigh step mechanism, an upstream end of the pressure generation groove being connected to the sealed fluid side by a radius-direction deep groove and the positive pressure generation groove constituting a Rayleigh step at a downstream end of the pressure generation groove and generating, in use, a positive pressure at the Rayleigh step, characterized in that the discharge grooves are of an outer peripheral discharge groove type with the upstream ends not communicated with the circumferential edge on the leakage side and the downstream ends communicated with the circumferential edge on the sealed-fluid side, and in that the discharge grooves are disposed in circumferential spaces between the positive pressure generation mechanisms , and the downstream ends extend to the outer peripheral side beyond the positive pressure generation grooves . the discharge grooves are of an outer peripheral discharge groove type with the upstream ends not communicated with the circumferential edge on the leakage side and the downstream ends communicated with the circumferential edge on the sealed-fluid side, and in that the discharge grooves are disposed in circumferential spaces between the positive pressure generation mechanisms , and the downstream ends extend to the outer peripheral side beyond the positive pressure generation grooves .
Cracking and shelling mechanism for nuts, for shelling machines, that comprises a plurality of first elongated parallel blocks with a first end (1.1) fastened to alternate movement means in both senses along the longitudinal axis thereof and a plurality of second elongated parallel blocks parallel to the first blocks and arranged in an alternate and adjacent way to the first blocks, wherein all blocks exhibit a first and second ends (1.1, 1.2, 2.1, 2.2) and two sides , in such a way that between the sides of each first and second blocks a plurality of vertical cracking through holes is defined, characterised in that the movement means of each first block comprise a seesaw element which is connected to at least one pair of blocks formed by said first block and an adjacent second block , such that the second blocks exhibit an alternate movement in both senses along the longitudinal axis thereof, and in opposite sense to the movement of said first adjacent block , wherein said seesaw element comprises a fixed central rotation shaft , placed at the same height than the plurality of first and second blocks , a first rod connected by a first end (5.1) to the central shaft and connected by a second end (5.2) also to the first end (1.1) of the first block by first connection means or connectors, and a second rod connected by a first end (6.1) to the central shaft , diametrically opposed to the first rod , and connected by a second end (6.2) also to the first end (2.1) of the second blocks , by second connection means or connectors, wherein the first and second rods exhibit the same length.
A universal safety coupler intended to receive a connector of a pressurized system, said coupler being the female component and said connector being the male component provided with a groove, said coupler comprising: - a main body inside which is housed an internal valve which can be actuated from a closed position to an open position, said main body comprising a connection portion intended to receive the connector; - a quick connect mechanism to allow for the connection and disconnection of the connector under sealed conditions, said mechanism comprising a collar slipping over the outside of the main body , sliding longitudinally thereon, and which can be actuated manually to enable/disable at least one locking element engaging with the groove of the connector; - a safety mechanism for preventing the release of the connector even after the collar has been actuated to allow for disconnection of the connector, said safety mechanism comprising a thrust element placed inside the connection portion , sliding longitudinally therein, which can be actuated to enable/disable a holding element engaging with the groove of the connector, characterized in that the holding element comprises a plurality of elastic portions , each of which provided with a stop . - a main body inside which is housed an internal valve which can be actuated from a closed position to an open position, said main body comprising a connection portion intended to receive the connector; - a quick connect mechanism to allow for the connection and disconnection of the connector under sealed conditions, said mechanism comprising a collar slipping over the outside of the main body , sliding longitudinally thereon, and which can be actuated manually to enable/disable at least one locking element engaging with the groove of the connector; - a safety mechanism for preventing the release of the connector even after the collar has been actuated to allow for disconnection of the connector, said safety mechanism comprising a thrust element placed inside the connection portion , sliding longitudinally therein, which can be actuated to enable/disable a holding element engaging with the groove of the connector,
Pump device with at least one conveying device at least for a conveyance of a fluid, and with at least one drive unit for acting onto the conveying device, the conveying device comprising at least one conveying space , at least one conveying space element which at least partly delimits the conveying space and which is embodied in a rigid fashion, and at least one elastically deformable conveying element that forms the conveying space together with the conveying space element , wherein the conveying element is embodied in a spring-elastic fashion, wherein the conveying element , following a deformation, automatically seeks to re-assume a basic shape, in particular a convexly curved basic shape of the conveying element , wherein for a conveyance of a fluid the conveying element is movable, starting from a convex curvature oriented in a direction away from the conveying space element , towards the conveying space element , wherein at least the conveying space element and the conveying element together realise an exchangeable unit , characterised in that the drive unit comprises at least one movably supported drive element , which encloses the conveying space , in particular the conveying device, at least to a large extent, wherein the drive unit comprises at least one force impact element , which is configured, for a conveyance of a fluid through the conveying space , to circulate around the conveying space at least partly, wherein the conveying space extends, viewed in a plane, in an annulus-shaped fashion around a centre point that is arranged on a rotary axis of the drive element , wherein the conveying space element comprises at least one concave recess for at least partly forming the conveying space .
Method for manufacturing a container for the packaging of a plurality of parts intended to be arranged side by side in said container , by being advantageously substantially aligned in a stacking direction (DE), and placed, suspended or fastened by integrated fastening or bearing points or zones , said method consisting in producing a container comprising at least, on the one hand, a rectangular base forming a bottom, and, on the other hand, at least two opposite alignments of support sites for the parts , intended to cooperate with the fastening or bearing points or zones for the parts , said alignments extending in the stacking direction (DE), and, finally, a support structure for the various alignments of sites , on which the latter are mounted so as to be adjustable in position, at least with one degree of freedom, individually or in groups, each part being held in position by a group of sites preferably comprising a site obtained from each alignment , which method is characterized in that it consists in providing at least one template part having at least some of the various fastening or bearing points or zones for the parts to be packaged, in the same configuration, and in that it consists in adjusting the position of the various support sites corresponding to said fastening or bearing points or zones concerned, by manipulating said template part with a robotized device , preferably supported by a robot arm forming part of the latter, and by positioning it by way of this device in at least one determined location, advantageously in at least two different determined locations, situated in the container during the adjusting operation, the container being arranged in a reference frame associated with said robotized device and with locating locations similar to those of the robotized installations used for the manipulation of the parts , in particular installations for loading and/or unloading said parts .
A solder alloy having an alloy composition consisting of 35 to 68 mass% of Bi, 0.5 to 3.0 mass% of In, 0.01 to 0.10 mass% of Pd, optionally at least one of Co, Ti, Al and Mn in total amount of 0.1 mass% or less, optionally at least one of P, Ge, and Ga in total amount of 0.1 mass% or less, and a balance of Sn and unavoidable impurities.
A method for controlling voltage of a DC link of a power converter of a wind turbine power system connected to a power grid , the method comprising: operating the DC link to an optimum voltage set point that achieves steady state operation of the power converter ; monitoring a speed of the wind turbine power system ; upon detection of one or more speed conditions occurring in the wind turbine power system , selecting 2. between a first maximum voltage set point for the DC link and a second maximum voltage set point for the DC link ; increasing the optimum voltage set point to the selected first or second maximum voltage set point of the DC link ; and, operating the DC link at the selected first or second maximum voltage set point until the one or more speed conditions passes so as to optimize voltage control of the DC link . operating the DC link to an optimum voltage set point that achieves steady state operation of the power converter ; monitoring a speed of the wind turbine power system ; upon detection of one or more speed conditions occurring in the wind turbine power system , selecting 2. between a first maximum voltage set point for the DC link and a second maximum voltage set point for the DC link ; increasing the optimum voltage set point to the selected first or second maximum voltage set point of the DC link ; and, operating the DC link at the selected first or second maximum voltage set point until the one or more speed conditions passes so as to optimize voltage control of the DC link .
A method for quantitation of a target protein or peptide in a sample by mass spectroscopy (MS), the method comprising preparing internal standard heavy isotope labeled peptides using at least one set of multiplexed heavy peptide internal standards, wherein each peptide within the at least one set contains the same amino acid sequence, but the peptides within the set differ from each other by a mass defect created by incorporating heavy isotopes on different atoms within at least one amino acid sequence resulting in internal standard heavy isotope labeled peptides, wherein heavy peptide internal standards within each set contain mass differences between each peptide that are less than 1 Dalton and quantitating at least one target protein or peptide using the multiplexed internal standard heavy isotope labeled peptides, which are synthesized as a mixture by combining heavy isotope labeled amino acid precursors or solid phase supports that have been preactivated with heavy isotope labeled precursors at predefined ratios, e.g. wherein the sample is a biological sample and the method is used for a diagnostic assay.
A dental system for treating obstructive sleep apnea, the system characterised by comprising: a removable mounting retainer configured to align, in use, with a set of teeth; an electrical stimulator coupled to the mounting retainer; and a lead comprising a lead body and one or more electrodes along the lead body, the one or more electrodes arranged on the lead body such that they can, in use, be positioned to pace hypoglossal neural tissue to cause a tongue to move in response to the electrical stimulator wirelessly delivering electrical signals to the one or more electrodes. a removable mounting retainer configured to align, in use, with a set of teeth; an electrical stimulator coupled to the mounting retainer; and a lead comprising a lead body and one or more electrodes along the lead body, the one or more electrodes arranged on the lead body such that they can, in use, be positioned to pace hypoglossal neural tissue to cause a tongue to move in response to the electrical stimulator wirelessly delivering electrical signals to the one or more electrodes.
A harness for a breathing apparatus, the harness comprising: - an interface member having an elongated shape, said interface member being configured for receiving a container of breathable gas of the breathing apparatus; - a hip belt connected to the interface member at a first region of the interface member, and - a first shoulder belt and a second shoulder belt , the first and second shoulder belts being connected to the interface member at the first region and at a second region of the interface member; characterized in that the hip belt and/or the first and second shoulder belts comprise at least one first moulded heat resistant plastic material, wherein the first moulded heat resistant plastic material is essentially embedded in a rubber material, such that the edges, an outer side and an inner side of the hip belt and/or at least one shoulder belt are coated with the rubber material. - an interface member having an elongated shape, said interface member being configured for receiving a container of breathable gas of the breathing apparatus; - a hip belt connected to the interface member at a first region of the interface member, and - a first shoulder belt and a second shoulder belt , the first and second shoulder belts being connected to the interface member at the first region and at a second region of the interface member;