mhurhangee/patent-ind-claim-en huggingface dataset:
An airfoil vane assembly , comprising: a vane piece defining a first vane platform , a second vane platform , and a hollow airfoil section joining the first vane platform and the second vane platform , the first vane platform defining a collar projection therefrom; a spar piece defining a spar platform and a spar extending from the spar platform into the hollow airfoil section , the spar platform including a radial opening defined by first and second axial faces , the radial opening configured to receive the collar projection , and characterised in that the spar platform further includes a groove in the first axial face ; and in that the airfoil vane assembly comprises a seal situated in the groove , the seal sealing against the collar projection ; and a biasing member configured to bias the seal towards the collar projection . a vane piece defining a first vane platform , a second vane platform , and a hollow airfoil section joining the first vane platform and the second vane platform , the first vane platform defining a collar projection therefrom; a spar piece defining a spar platform and a spar extending from the spar platform into the hollow airfoil section , the spar platform including a radial opening defined by first and second axial faces , the radial opening configured to receive the collar projection , and characterised in that the spar platform further includes a groove in the first axial face ; and in that the airfoil vane assembly comprises a seal situated in the groove , the seal sealing against the collar projection ; and a biasing member configured to bias the seal towards the collar projection .
Cleaning, disinfecting and drying installation for the preparation of accessories and general washing goods, especially in pharmaceutical production and medical technology, having a washing chamber which is provided with an access door and in which supply devices for washing liquids and drying air are arranged on spray nozzles and washing arms with spray nozzles, the washing chamber being designed as an isolator system, and washing product carriers supply air and exhaust air guide devices (10-13) provided with filters , a glove carrier arranged in a wall of the washing chamber for gloves extending into the washing chamber for manipulating the washing goods located in the washing chamber and wherein the supply air and exhaust air guide devices (10 - 13) for maintaining a differential pressure between the washing chamber and a working space in which the installation is arranged, a sealing arrangement for a nozzle holder which is both axially and pivotably movable in the washing chamber is arranged on the upper side thereof which is connected by a connecting pipe to the washing agent and drying air supply of the washing chamber and is designed, under manual or mechanical control, for directing a jet onto otherwise difficult-to-reach areas of the washing goods and on the container initially receiving the washing goods.
Device for generating a virtual image (VB), having: - a picture-generating unit for generating an image; and - an optical waveguide for expanding an exit pupil; characterized in that a lower boundary surface of the optical waveguide is provided with a coating which is reflective in the direction of the optical waveguide and the picture-generating unit is adhesively bonded to the coating . - a picture-generating unit for generating an image; and - an optical waveguide for expanding an exit pupil;
A composition comprising carbon monoxide (CO) for use in improving organ or tissue transplant longevity, wherein CO is administered by inhaling (CO)-containing gas that is pre-mixed using a CO-gas metering device and a delivery gas mixing device a plurality of times to a patient in need of therapy; wherein the (CO)-containing gas is administered so as to maintain a target carboxyhemoglobin (Hb-CO) level in the patient, and the (CO)-containing gas is administered so as to achieve a constant alveolar concentration that maintains the target Hb-CO level for at least about 30 minutes, wherein CO dose is calculated by measuring inhaled CO uptake by the patient at a selected CO dose for a selected period of time to approximate diffusivity of the patient's lungs for DLco using the relationship between formation of Hb-CO and CO exposure as defined by the CFK equation; wherein the DLco is calculated based on a CO-Hb measurement taken after from 15 minutes to 25 minutes of a first CO dose; and wherein the DLco calculation is used to predict a dose of CO needed to reach the desired CO-Hb level within a specified period of time. CO is administered by inhaling (CO)-containing gas that is pre-mixed using a CO-gas metering device and a delivery gas mixing device a plurality of times to a patient in need of therapy; wherein the (CO)-containing gas is administered so as to maintain a target carboxyhemoglobin (Hb-CO) level in the patient, and the (CO)-containing gas is administered so as to achieve a constant alveolar concentration that maintains the target Hb-CO level for at least about 30 minutes, wherein CO dose is calculated by measuring inhaled CO uptake by the patient at a selected CO dose for a selected period of time to approximate diffusivity of the patient's lungs for DLco using the relationship between formation of Hb-CO and CO exposure as defined by the CFK equation; wherein the DLco is calculated based on a CO-Hb measurement taken after from 15 minutes to 25 minutes of a first CO dose; and wherein the DLco calculation is used to predict a dose of CO needed to reach the desired CO-Hb level within a specified period of time.
An emulsion for use in asphalt rejuvenation applications, comprising: (a) An oil phase comprising a polymerized oil, crosslinked with a sulfur-containing compound, the polymerized oil having i. a polymeric distribution having about 2 to about 80 wt% oligomer content, wherein an oligomer is a polymer having a number average molecular weight (Mn) larger than 1000; ii. a polydispersity index ranging from about 1.30 to about 5.0; and iii. sulfur content less than about 8 wt%; and (b) An aqueous phase, comprising a surfactant. (a) An oil phase comprising a polymerized oil, crosslinked with a sulfur-containing compound, the polymerized oil having i. a polymeric distribution having about 2 to about 80 wt% oligomer content, wherein an oligomer is a polymer having a number average molecular weight (Mn) larger than 1000; ii. a polydispersity index ranging from about 1.30 to about 5.0; and iii. sulfur content less than about 8 wt%; and i. a polymeric distribution having about 2 to about 80 wt% oligomer content, wherein an oligomer is a polymer having a number average molecular weight (Mn) larger than 1000; ii. a polydispersity index ranging from about 1.30 to about 5.0; and iii. sulfur content less than about 8 wt%; and (b) An aqueous phase, comprising a surfactant.
An optical data-recording system comprising: a laser ; a dynamic digital hologram including a plurality of independently modulated pixels arranged in a plurality of holographic zones , the dynamic digital hologram being configured to split a received laser beam into a plurality of independently modulated child beams and to direct the child beams to an optical recording medium ; an electronic controller operatively coupled to the dynamic digital hologram to control irradiance of the child beams by individually addressing each of a plurality of hologram pixels in each of the plurality of holographic zones; and a scanning mechanism configured to change a relative positioning of the laser versus the dynamic digital hologram so that irradiance from the laser is directed in sequence over each of the holographic zones whereby the exposure of the dynamic digital hologram is split into multiple exposures to increase the instantaneous laser power per child beam above a critical power density. a laser ; a dynamic digital hologram including a plurality of independently modulated pixels arranged in a plurality of holographic zones , the dynamic digital hologram being configured to split a received laser beam into a plurality of independently modulated child beams and to direct the child beams to an optical recording medium ; an electronic controller operatively coupled to the dynamic digital hologram to control irradiance of the child beams by individually addressing each of a plurality of hologram pixels in each of the plurality of holographic zones; and a scanning mechanism configured to change a relative positioning of the laser versus the dynamic digital hologram so that irradiance from the laser is directed in sequence over each of the holographic zones whereby the exposure of the dynamic digital hologram is split into multiple exposures to increase the instantaneous laser power per child beam above a critical power density.
An apparatus comprising means for: enabling scheduling gap usage in relation to a device with multiple subscriptions comprising at least a first subscription configured to enable a first user equipment at the device and a second subscription configured to enable a second user equipment at the device by: determining if there is traffic to schedule for the first user equipment, in radio connected mode, during a part of a configured scheduling gap for the first user equipment corresponding to a paging occasion of the second user equipment, the second user equipment not in radio connected mode; the means being characterised by being configured for: if it is determined that there is traffic to schedule for the first user equipment during a part of the scheduling gap, transmitting configuration information to the first user equipment to configure the first user equipment to provide a response indicating device availability of the device for the part of the scheduling gap; and monitoring for a response from the first user equipment. determining if there is traffic to schedule for the first user equipment, in radio connected mode, during a part of a configured scheduling gap for the first user equipment corresponding to a paging occasion of the second user equipment, the second user equipment not in radio connected mode; the means being characterised by being configured for: if it is determined that there is traffic to schedule for the first user equipment during a part of the scheduling gap, transmitting configuration information to the first user equipment to configure the first user equipment to provide a response indicating device availability of the device for the part of the scheduling gap; and monitoring for a response from the first user equipment. if it is determined that there is traffic to schedule for the first user equipment during a part of the scheduling gap, transmitting configuration information to the first user equipment to configure the first user equipment to provide a response indicating device availability of the device for the part of the scheduling gap; and monitoring for a response from the first user equipment.
A fluid isolating pump , comprising: a cage comprising: a front plate having a front opening , a back plate having a back opening , and a plurality of connecting rods , each connecting rod having a front end attached to the front plate and a back end attached to the back plate ; a plurality of roller assemblies , each roller assembly coupled to a corresponding connecting rod of the cage , each roller assembly comprising: one or more arms rotatably attached to the corresponding connecting rod , a connecting bar coupled to the one or more arms , one or more levers rotatably attached to the corresponding connecting rod , one or more suspensions , each suspension coupled to at least one arm and to at least one lever , and a roller coupled to the one or more levers ; a cam plate coupled to the connecting bar of each roller assembly of the plurality of roller assemblies , the cam plate comprising: a plurality of openings , the openings having a first end and a second end , wherein the connecting rod of each roller assembly is configured to slide from the first end of the opening to the second end of a corresponding opening , and a non-rotating central shaft , the non-rotating central shaft axially aligned with the cage , the non-rotating central shaft for supporting a consumable . a cage comprising: a front plate having a front opening , a back plate having a back opening , and a plurality of connecting rods , each connecting rod having a front end attached to the front plate and a back end attached to the back plate ; a front plate having a front opening , a back plate having a back opening , and a plurality of connecting rods , each connecting rod having a front end attached to the front plate and a back end attached to the back plate ; a plurality of roller assemblies , each roller assembly coupled to a corresponding connecting rod of the cage , each roller assembly comprising: one or more arms rotatably attached to the corresponding connecting rod , a connecting bar coupled to the one or more arms , one or more levers rotatably attached to the corresponding connecting rod , one or more suspensions , each suspension coupled to at least one arm and to at least one lever , and a roller coupled to the one or more levers ; one or more arms rotatably attached to the corresponding connecting rod , a connecting bar coupled to the one or more arms , one or more levers rotatably attached to the corresponding connecting rod , one or more suspensions , each suspension coupled to at least one arm and to at least one lever , and a roller coupled to the one or more levers ; a cam plate coupled to the connecting bar of each roller assembly of the plurality of roller assemblies , the cam plate comprising: a plurality of openings , the openings having a first end and a second end , wherein the connecting rod of each roller assembly is configured to slide from the first end of the opening to the second end of a corresponding opening , and a non-rotating central shaft , the non-rotating central shaft axially aligned with the cage , the non-rotating central shaft for supporting a consumable .
A method of attaching a line to a support structure, comprising providing a holder having a fastening section , a side-part section , a closure section , and an engagement section , the fastening section , side-part section , and engagement section defining a ring having a gap , fastening the fastening section to the support structure when the plane of orientation of the side-part section is oriented in parallel to the plane of orientation of the fastening section , bending the side-part section with respect to the fastening section after the fastening section has been fastened to the support structure, inserting the line through the gap into the ring, and bending the closure section with respect to at least one of the fastening section , side-part section , and engagement section , such that the closure section engages the engagement section and closes the gap . providing a holder having a fastening section , a side-part section , a closure section , and an engagement section , the fastening section , side-part section , and engagement section defining a ring having a gap , fastening the fastening section to the support structure when the plane of orientation of the side-part section is oriented in parallel to the plane of orientation of the fastening section , bending the side-part section with respect to the fastening section after the fastening section has been fastened to the support structure, inserting the line through the gap into the ring, and bending the closure section with respect to at least one of the fastening section , side-part section , and engagement section , such that the closure section engages the engagement section and closes the gap .
An atherectomy catheter device , the device comprising: an elongate body ; a drive shaft extending proximally to distally within the elongate body; and a cutter attached to the driveshaft, the cutter including: a serrated annular cutting edge formed on a distal edge of the cutter, and a recessed bowl extending radially inwards from the annular cutting edge to a center of the cutter, characterized in that : the cutter further comprises a plurality of grinding segments extending radially inwardly from the cutting edge into the bowl that are configured to break calcified and hard fibrous disease in an artery, the bowl having a first curvature, each of the plurality of grinding segments having a second curvature that is different from the first curvature and forming a convex tooth of the serrated annular cutting edge that is a portion of a circular shape, an elliptical shape or other convex shape along a distal-most circumference of the serrated annular cutting edge, and wherein the portion of the circular shape, the elliptical shape or other convex shape in the convex teeth is configured for cutting tissue. an elongate body ; a drive shaft extending proximally to distally within the elongate body; and a cutter attached to the driveshaft, the cutter including: a serrated annular cutting edge formed on a distal edge of the cutter, and a recessed bowl extending radially inwards from the annular cutting edge to a center of the cutter, a serrated annular cutting edge formed on a distal edge of the cutter, and a recessed bowl extending radially inwards from the annular cutting edge to a center of the cutter, characterized in that : the cutter further comprises a plurality of grinding segments extending radially inwardly from the cutting edge into the bowl that are configured to break calcified and hard fibrous disease in an artery, the bowl having a first curvature, each of the plurality of grinding segments having a second curvature that is different from the first curvature and forming a convex tooth of the serrated annular cutting edge that is a portion of a circular shape, an elliptical shape or other convex shape along a distal-most circumference of the serrated annular cutting edge, and wherein the portion of the circular shape, the elliptical shape or other convex shape in the convex teeth is configured for cutting tissue.
A compound according to Formula I: wherein: R 1 and R 2 are each independently selected from the group consisting of methyl and aryl, wherein R 1 is methyl when R 2 is aryl, and wherein R 2 is methyl when R 1 is aryl; R 3 is OH; and n is 1-5. R 1 and R 2 are each independently selected from the group consisting of methyl and aryl, wherein R 1 is methyl when R 2 is aryl, and wherein R 2 is methyl when R 1 is aryl; R 3 is OH; and n is 1-5.
A controlling device for controlling a lighting system comprising at least a light fitting, wherein said controlling device is linked to said lighting system, and it is characterized in that comprises: • A switching mechanism linked to the lighting system and intended to turn the lighting system on and off; • An adjusting mechanism comprising a control unit intended to adjust the light intensity of the lighting system; and • An interface, linked to the switching mechanism and to the adjusting mechanism, the interface being the actuation surface of a rocker key having a rotation axis, able to be actuated by a user in order to control the turning on and off, by means of applying a pressure to the interface as well as adjusting the intensity; the interface comprising at least a sensor that transmits a signal that is determined and related to a specific light intensity to the control unit. • A switching mechanism linked to the lighting system and intended to turn the lighting system on and off; • An adjusting mechanism comprising a control unit intended to adjust the light intensity of the lighting system; and • An interface, linked to the switching mechanism and to the adjusting mechanism, the interface being the actuation surface of a rocker key having a rotation axis, able to be actuated by a user in order to control the turning on and off, by means of applying a pressure to the interface as well as adjusting the intensity; the interface comprising at least a sensor that transmits a signal that is determined and related to a specific light intensity to the control unit.
A device for controlling movement of an elevator car , comprising an emergency stopping supervisor including at least one processor and memory associated with the processor, the emergency stopping supervisor being configured to: determine when an indication from an electrical protection device indicates that the elevator car should be stopped , issue a command for the elevator car to move at a reduced speed , characterised by the emergency stopping supervisor being configured to: monitor continued movement of the elevator car at the reduced speed , and allow the elevator car to continue to move at the reduced speed until a selected condition exists or immediately cause the elevator car to stop if the reduced speed is not within a predetermined range . determine when an indication from an electrical protection device indicates that the elevator car should be stopped , issue a command for the elevator car to move at a reduced speed , characterised by the emergency stopping supervisor being configured to: monitor continued movement of the elevator car at the reduced speed , and allow the elevator car to continue to move at the reduced speed until a selected condition exists or immediately cause the elevator car to stop if the reduced speed is not within a predetermined range . monitor continued movement of the elevator car at the reduced speed , and allow the elevator car to continue to move at the reduced speed until a selected condition exists or immediately cause the elevator car to stop if the reduced speed is not within a predetermined range .
A dispenser assembly, comprising: a dispenser , which comprises a handle and a siphon inlet ; a waterproof box , wherein a gap is disposed between the waterproof box and the dispenser ; and a first block rib , which is disposed inside the waterproof box and at one end of the waterproof box adjacent to the handle , wherein the first block rib is configured to prevent liquid from overflowing from the gap; wherein the waterproof box comprises a water collection cavity , the water collection cavity is formed between the first block rib and the one end of the waterproof box adjacent to the handle , and the first block rib is provided with a water leak port , and a position of the water leak port is lower than a position of the gap; characterized in that : the dispenser assembly further comprises a second rib is an arc-shaped structure and configured to face to the siphon inlet and in that e water leak port is disposed at a middle of a bottom of a lower end of the first block rib ; and the arc-shaped structure being the second block rib is convex toward the first block rib . a dispenser , which comprises a handle and a siphon inlet ; a waterproof box , wherein a gap is disposed between the waterproof box and the dispenser ; and a first block rib , which is disposed inside the waterproof box and at one end of the waterproof box adjacent to the handle , wherein the first block rib is configured to prevent liquid from overflowing from the gap; wherein the waterproof box comprises a water collection cavity , the water collection cavity is formed between the first block rib and the one end of the waterproof box adjacent to the handle , and the first block rib is provided with a water leak port , and a position of the water leak port is lower than a position of the gap; characterized in that : the dispenser assembly further comprises a second rib is an arc-shaped structure and configured to face to the siphon inlet and in that e water leak port is disposed at a middle of a bottom of a lower end of the first block rib ; and the arc-shaped structure being the second block rib is convex toward the first block rib .