mhurhangee/patent-ind-claim-en huggingface dataset:
A tibial spacer paddle comprising: a spacer block comprising: a first bearing surface ; a second bearing surface disposed opposite the first bearing surface; and an edge periphery surface connecting the first bearing surface and the second bearing surface; a first alignment chamfer extending into the edge periphery surface and the second bearing surface; a second alignment chamfer extending into the edge periphery surface and the second bearing surface and a handle extending from the edge periphery surface of the spacer block , characterised in that a first foot extends from the first bearing surface at the edge periphery surface and a second foot extends from the first bearing surface at the edge periphery surface spaced from the first foot, wherein the first alignment chamfer extends opposite the first foot and the second alignment chamfer extends opposite second foot, wherein an alignment slot extends into the edge periphery surface opposite the first and second feet. a spacer block comprising: a first bearing surface ; a second bearing surface disposed opposite the first bearing surface; and an edge periphery surface connecting the first bearing surface and the second bearing surface; a first bearing surface ; a second bearing surface disposed opposite the first bearing surface; and an edge periphery surface connecting the first bearing surface and the second bearing surface; a first alignment chamfer extending into the edge periphery surface and the second bearing surface; a second alignment chamfer extending into the edge periphery surface and the second bearing surface and a handle extending from the edge periphery surface of the spacer block , characterised in that a first foot extends from the first bearing surface at the edge periphery surface and a second foot extends from the first bearing surface at the edge periphery surface spaced from the first foot, wherein the first alignment chamfer extends opposite the first foot and the second alignment chamfer extends opposite second foot, wherein an alignment slot extends into the edge periphery surface opposite the first and second feet.
A vascular access device comprising: a catheter adapter ; an adapter ; and an extension tubing having a distal end coupled to the catheter adapter ; characterized by a flexible spacer having a proximal portion that couples over the distal end of the adapter and a distal portion that is positioned around the extension tubing ; wherein the catheter adapter comprises a main body portion from which a catheter extends and an extension that extends outwardly from the main body portion, the distal end of the extension tubing inserting into the extension , the vascular access device further comprising: an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension ; and a stabilization platform coupled to the main body portion and molded around the extension , wherein the interface (201c1) extends beyond an edge of the extension . a catheter adapter ; an adapter ; and an extension tubing having a distal end coupled to the catheter adapter ; characterized by a flexible spacer having a proximal portion that couples over the distal end of the adapter and a distal portion that is positioned around the extension tubing ; wherein the catheter adapter comprises a main body portion from which a catheter extends and an extension that extends outwardly from the main body portion, the distal end of the extension tubing inserting into the extension , the vascular access device further comprising: an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension ; and a stabilization platform coupled to the main body portion and molded around the extension , wherein the interface (201c1) extends beyond an edge of the extension .
An immunoconjugate comprising (i) an antibody that binds to PD-1 and (ii) a mutant IL-2 polypeptide, wherein the mutant IL-2 polypeptide is a human IL-2 polypeptide comprising the amino acid substitutions F42A, Y45A and L72G, the numbering being relative to the human IL-2 sequence SEQ ID NO: 19.
A method for detecting defects underneath an outer protection layer protecting the leading edge of a wind turbine generator blade , the method including the steps of - guiding a defect detection tool over the outer protection layer in a tool movement direction (T), and - sensing at least one feedback value the tool experiences while being guided over the outer protection layer in order to detect a potential defect , wherein the defect detection tool comprises a tool base and a tool tip is being biased against the surface of the outer protection layer in a tool biasing direction (B) while being guided over the outer protection layer in the tool movement direction (T), characterized in that the tool tip is detecting potential defects underneath the outer protection layer as deviations in the uniformity of the at least one feedback value, and the tool tip being formed by a disc, a rim or a ball rotatably supported in relation to the tool base such that when the defect detection tool is being guided over the outer protection layer in the tool movement direction (T) and biased in a tool biasing direction (B) against the surface of the outer protection layer the tool tip rolls on the surface of the outer protection layer . - guiding a defect detection tool over the outer protection layer in a tool movement direction (T), and - sensing at least one feedback value the tool experiences while being guided over the outer protection layer in order to detect a potential defect , wherein the defect detection tool comprises a tool base and a tool tip is being biased against the surface of the outer protection layer in a tool biasing direction (B) while being guided over the outer protection layer in the tool movement direction (T), characterized in that the tool tip is detecting potential defects underneath the outer protection layer as deviations in the uniformity of the at least one feedback value, and the tool tip being formed by a disc, a rim or a ball rotatably supported in relation to the tool base such that when the defect detection tool is being guided over the outer protection layer in the tool movement direction (T) and biased in a tool biasing direction (B) against the surface of the outer protection layer the tool tip rolls on the surface of the outer protection layer .
A system for treating a diseased vessel comprising: an expandable device constructed and arranged to radially expand from a first position to a second position, the expandable device comprising at least two portions wherein the first portion is plastically deformable during the radial expansion from the first position to the second position and the second portion is resiliently biased in the second position; a membrane expandable in response to the expansion of the expandable device and comprising a plurality of polymeric strips wrapped circumferentially around and secured to the expandable device, the membrane comprising at least one porous portion comprising one or more pores; and a delivery device constructed and arranged to position the expandable device such that the exterior surface of the expandable device engages with the inner surface of the vessel and maintains a fluid pathway through said vessel. an expandable device constructed and arranged to radially expand from a first position to a second position, the expandable device comprising at least two portions wherein the first portion is plastically deformable during the radial expansion from the first position to the second position and the second portion is resiliently biased in the second position; a membrane expandable in response to the expansion of the expandable device and comprising a plurality of polymeric strips wrapped circumferentially around and secured to the expandable device, the membrane comprising at least one porous portion comprising one or more pores; and a delivery device constructed and arranged to position the expandable device such that the exterior surface of the expandable device engages with the inner surface of the vessel and maintains a fluid pathway through said vessel.
Method for operating a network node of a cellular communication network, the method comprising scheduling, by the network node , a periodic set of Proximity Service, ProSe, Focused Frame, PFF, frames on a carrier, wherein a PFF frame represents a frame scheduled to support Prose and is associated with a Time Division Duplex, TDD, configuration and having a higher density of uplink, UL subframes compared to other frames on the same carrier, wherein the PFF frame comprises a pre-determined number of UL subframes and special subframes and no downlink, DL subframes, and wherein a ProSe communication performed by at least one wireless device is based on a configuration by the network node comprising the periodic set of PFF frames, mapping said PFF frames with dedicated or dedicatable resources for ProSe, and periodically updating the mapping of said PFF frames based on ProSe traffic load.
A symmetrical pulley with unlimited rotation having a mechanism for terminating winding of a rope onto a drum, wherein the said pulley comprises: - a fixed part for mounting onto a winch housing or a ramp board, said fixed part having at least one sensor or switch for terminating winding of a rope onto a drum, and - a rotatable part connected with the fixed part via a bearing or a sliding bushing, said rotatable part having: ∘ two equally sized sheaves , each inside a sheave housing, ∘ optionally two rollers installed above the said sheaves for directing the rope and positioning the rotatable part of the pulley , and ∘ a two-part collision piece installed above housings of said sheaves and/or both optional rollers , wherein each of the parts of the collision piece are movably mounted at the side of the housing, so that they cover the rollers and create an opening for a rope in the middle part, said opening being smaller than the end part of the rope, and ∘ said collision part is via a lever connected with a ring that can activate the sensor or the switch in a way that terminates winding of the rope onto the drum. - a fixed part for mounting onto a winch housing or a ramp board, said fixed part having at least one sensor or switch for terminating winding of a rope onto a drum, and - a rotatable part connected with the fixed part via a bearing or a sliding bushing, said rotatable part having: ∘ two equally sized sheaves , each inside a sheave housing, ∘ optionally two rollers installed above the said sheaves for directing the rope and positioning the rotatable part of the pulley , and ∘ a two-part collision piece installed above housings of said sheaves and/or both optional rollers , wherein each of the parts of the collision piece are movably mounted at the side of the housing, so that they cover the rollers and create an opening for a rope in the middle part, said opening being smaller than the end part of the rope, and ∘ said collision part is via a lever connected with a ring that can activate the sensor or the switch in a way that terminates winding of the rope onto the drum. ∘ two equally sized sheaves , each inside a sheave housing, ∘ optionally two rollers installed above the said sheaves for directing the rope and positioning the rotatable part of the pulley , and ∘ a two-part collision piece installed above housings of said sheaves and/or both optional rollers , wherein each of the parts of the collision piece are movably mounted at the side of the housing, so that they cover the rollers and create an opening for a rope in the middle part, said opening being smaller than the end part of the rope, and ∘ said collision part is via a lever connected with a ring that can activate the sensor or the switch in a way that terminates winding of the rope onto the drum.
Filter apparatus , said filter apparatus including a housing with two or more resonant cavities defined therein, and a wall provided between two adjacent ones of the two or more resonant cavities having an iris defined therein, each of said two or more resonant cavities having resonator means provided therein, each of said resonator means having a first resonator portion and a second resonator portion , a first end of the first resonator portion located on a wall of the resonant cavity , the second resonator portion provided at a second end of the first resonator portion , the second resonator portion including an outer wall a spaced distance apart from the first resonator portion , and a channel is defined between the first resonator portion and the outer wall of the second resonator portion , an opening of the channel arranged to face towards the wall of the resonant cavity on which the first end of the first resonator portion is located, wherein: a) the outer wall of the second resonator portion completely surrounds a cross sectional perimeter of the first resonator portion but for one or more apertures , slots or cut-outs defined therein; or b) the outer wall of the second resonator portion completely surrounds a cross sectional perimeter of the first resonator portion and one or more apertures , slots or cut-outs are located within the outer wall of the second resonator portion and are not open to a peripheral edge of the second resonator portion ; and wherein in either a) or b) at least one of the apertures , slots or cut-outs is aligned or at least partially aligned with the iris leading to the adjacent resonant cavity , and the apertures , slots or cut outs and the resonant cavities are arranged so as to provide a line of sight between the first resonator portions of the resonator means of the two adjacent resonant cavities . a) the outer wall of the second resonator portion completely surrounds a cross sectional perimeter of the first resonator portion but for one or more apertures , slots or cut-outs defined therein; or b) the outer wall of the second resonator portion completely surrounds a cross sectional perimeter of the first resonator portion and one or more apertures , slots or cut-outs are located within the outer wall of the second resonator portion and are not open to a peripheral edge of the second resonator portion ;
Passenger transport vehicle compartment comprising an air ventilation system , said ventilation system comprising at least one air diffusion grille , the compartment further comprising seats for passengers and a segment positioned above said seats , characterised in that said air diffusion grille is mounted on a pivotable hinge , said hinge being fixed to said segment , the air-diffusing grille being configured to be movable about said hinge between a closed position, in which the diffuser grille is at a first angle (α 1 ) with respect to a horizontal axis (A), an open position, in which the diffuser grille is at a second angle (α 2 ) with respect to the horizontal axis (A) and an unhooking position in which the diffusion grille is at a third angle (α 3 ) with respect to the horizontal axis (A), the first, second and third angles being distinct.
A medical device (1100; 1200; 1300; 1400) for treating a cancerous tumor, comprising: an electric field generating circuit (1520; 1609) configured to generate one or more electric fields at or near a site of the cancerous tumor, the cancerous tumor comprising a cancerous cell population; control circuitry in communication with the electric field generating circuit, the control circuitry configured to control delivery of the one or more electric fields from the electric field generating circuit at or near the site of the cancerous tumor; one or more electrical leads in electrical communication with the electric field generating circuit, wherein the electric field generating circuit generates the one or more electric fields at or near the site of the cancerous tumor by means of one or more electric field vectors generated between electrodes disposed along the one or more electrical leads; wherein the control circuitry causes the electric field generating circuit to generate one or more electric fields at frequencies selected from a range of between 100 kHz to 300 kHz at the site of a cancerous tumor located within a bodily tissue; wherein the one or more electric fields comprise an electric field strength selected from a range of electric field strengths from 3 V/cm to 5 V/cm; and wherein each of the one or more electrical leads comprises one or more optical emitters disposed along the length of the one or more electrical leads, wherein the one or more optical emitters are configured to deliver optical energy to the site of the cancerous tumor. an electric field generating circuit (1520; 1609) configured to generate one or more electric fields at or near a site of the cancerous tumor, the cancerous tumor comprising a cancerous cell population; control circuitry in communication with the electric field generating circuit, the control circuitry configured to control delivery of the one or more electric fields from the electric field generating circuit at or near the site of the cancerous tumor; one or more electrical leads in electrical communication with the electric field generating circuit, wherein the electric field generating circuit generates the one or more electric fields at or near the site of the cancerous tumor by means of one or more electric field vectors generated between electrodes disposed along the one or more electrical leads; wherein the control circuitry causes the electric field generating circuit to generate one or more electric fields at frequencies selected from a range of between 100 kHz to 300 kHz at the site of a cancerous tumor located within a bodily tissue; wherein the one or more electric fields comprise an electric field strength selected from a range of electric field strengths from 3 V/cm to 5 V/cm; and wherein each of the one or more electrical leads comprises one or more optical emitters disposed along the length of the one or more electrical leads, wherein the one or more optical emitters are configured to deliver optical energy to the site of the cancerous tumor.
A method of producing a refined palm-based fat and/or oil, the method comprising a step of performing a thin-film distillation treatment of a raw material palm-based fat and/or oil under temperature conditions of 190°C or more and 290°C or less, a degree of vacuum close to zero of 0.3 Pa or less, and an oil feeding rate per unit area of an evaporation surface of 2.00×10 -3 L/h·cm 2 or more and 10×10 -3 L/h·cm 2 or less, to obtain the refined palm-based fat and/or oil, the total amount of diglyceride in the refined palm-based fat and/or oil being 65% or less of the total amount of diglyceride in the raw material palm-based fat and/or oil.
A domestic ventilation fan comprising: a cover plate comprising an outer surface and an inner surface , wherein the inner surface comprises a tapering projection that projects and narrows away from the outer surface , having a shape that tapers from a wide base towards a point; and an impeller comprising an axis of rotation (C) and a hub ; wherein the impeller comprises an inlet side and an outlet side; characterised in that the hub comprises a tapering projection on the inlet side that narrows as it projects away from the hub , having a shape that tapers from a wide base towards a point; wherein the cover plate is positioned such that the tapering projection of the cover plate is aligned with the axis of rotation (C) of the impeller . a cover plate comprising an outer surface and an inner surface , wherein the inner surface comprises a tapering projection that projects and narrows away from the outer surface , having a shape that tapers from a wide base towards a point; and an impeller comprising an axis of rotation (C) and a hub ; wherein the impeller comprises an inlet side and an outlet side;
Agricultural machine , of the type carried by a tractor (T) from which it receives motion via a cardan shaft which kinematically connects a power take-off of the tractor (T) with a corresponding coupling provided on an operational head of said machine , said agricultural machine being provided with a connection structure provided with connection elements for a three-point hitch of the tractor (T); between said connecting structure and said head being arranged and acting articulation means which are hinged at least at one hinge point to said structure and at least at one hinge point to said head , characterized in that said hinge point of said articulation means to said connecting structure is arranged aligned or internal with respect to the connections for the attachments of the lift arms of the three-point hitch 2), i.e. said hinge point is arranged aligned or backward with respect to said connection elements when the machine is supported at the front by a tractor (T) and is arranged aligned or forward with respect to said connection elements when the machine is supported at the rear by a tractor (T). acting articulation means which are hinged at least at one hinge point to said structure and at least at one hinge point to said head , characterized in that said hinge point of said articulation means to said connecting structure is arranged aligned or internal with respect to the connections for the attachments of the lift arms of the three-point hitch 2), i.e. said hinge point is arranged aligned or backward with respect to said connection elements when the machine is supported at the front by a tractor (T) and is arranged aligned or forward with respect to said connection elements when the machine is supported at the rear by a tractor (T).
Device for grinding and mixing of herbs and/or tobacco and/or spices, preparing and dispensing of cigarettes, the device comprising a grinding chamber for holding and grinding the herbs and/or tobacco and/or spices, wherein the grinding chamber has a top , a plurality of tubes for holding pre-rolled cigarette papers and receiving ground herbs and/or tobacco and/or spices, a carousel , which is rotatable around a central axis and is located within a carousel cover , the grinding chamber is equipped with a grinder unit , the grinder unit is connected to a motor , the motor being capable of driving the grinder unit , a tray for delivering the ground herbs and/or tobacco and/or spices into pre-rolled cigarette papers placed in one tube or in plurality of tubes , the tray is located above the carousel , a power supply connected to the motor , said power supply is located in a bottom cover , wherein the carousel cover is mounted on the bottom cover , characterized in that it further comprises a mixing chamber for mixing the herbs and/or tobacco and/or spices, which is located below the grinding chamber , a mixing unit located in the mixing chamber and connected to the motor via a drive shaft , at least one door on the carousel cover for dispensing one tube or a plurality of tubes with the filled pre-rolled cigarette paper , wherein the carousel comprises a plurality of tube holders for holding the tubes , the tray is located below the mixing chamber , the mixing chamber is mounted on the carousel cover , the grinding chamber is mounted on the mixing chamber .
Pharmaceutical formulation in the form of a coated tablet, characterised in that it consists of a) a tablet core, obtainable from a homogenised, directly compressible co-mixture of spray-granulated mannitol and crosslinked croscarmellose-sodium as tablet disintegrant and at least one pharmaceutical active compound or food supplement and additives, and b) a coating which is applied in the form of an aqueous or water- and alcohol-containing solution, and in that it is a tablet which disintegrates rapidly in the presence of moisture. a) a tablet core, obtainable from a homogenised, directly compressible co-mixture of spray-granulated mannitol and crosslinked croscarmellose-sodium as tablet disintegrant and at least one pharmaceutical active compound or food supplement and additives, and b) a coating which is applied in the form of an aqueous or water- and alcohol-containing solution,