mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid absorbent sandwich web said web exhibiting in Cartesian coordinates an essentially endless (x-directional) length along the machine direction of the manufacturing process, further a thickness or z-direction and a width (y-) direction, and comprising as sandwich forming materials - a first and a second outer layer, in the form of an in-situ formed or pre-formed web, preferably comprising cellulosic fibers; - particulate superabsorbent material (SAM), sandwiched between said outer layers, - individualized fibers adapted to be interspersed between said SAM, preferably comprising cellulosic fibers; - a self-crosslinking latex binder; characterized in that the sandwich forming materials are present in the following composition: - SAM from about 70% to about 90%; - fibers interspersed between the SAM from about 5% to 25%; - first outer layer from about 2% to about 15%; - second outer layer from about 2% to about 15%; - self-crosslinking latex binder from about 1% to about 5%; all as weight-% based on the sum of the weights of the sandwich forming materials, in that said composition is essentially uniform across the x- and y-direction of said web and in that SAM particles of the particulate SAM form a particle matrix with the fibers interspersed in interparticle interstices of the particle matrix. - a first and a second outer layer, in the form of an in-situ formed or pre-formed web, preferably comprising cellulosic fibers; - particulate superabsorbent material (SAM), sandwiched between said outer layers, - individualized fibers adapted to be interspersed between said SAM, preferably comprising cellulosic fibers; - a self-crosslinking latex binder; - SAM from about 70% to about 90%; - fibers interspersed between the SAM from about 5% to 25%; - first outer layer from about 2% to about 15%; - second outer layer from about 2% to about 15%; - self-crosslinking latex binder from about 1% to about 5%; all as weight-% based on the sum of the weights of the sandwich forming materials,
An aircraft engine fan assembly , comprising: a spinner ; and a blade lock retainer coupled to an aft flange of the spinner , the blade lock retainer comprising: an annular ring portion ; an outer retainer tab portion , disposed on an outer circumference of the annular ring portion , oriented substantially perpendicular to the annular ring portion , and extending in an aft direction from the annular ring portion ; and an inner retainer tab portion , disposed on an inner circumference of the annular ring portion and radially aligned with the outer retainer tab portion , oriented substantially perpendicular to the annular ring portion , and extending in a forward direction from the annular ring portion ; wherein the blade lock retainer is formed from sheet metal; and wherein the spinner comprises a spacer portion integral to the spinner and disposed on an aft face of the aft flange , the spacer portion being disposed between the aft face of the aft flange and the blade lock retainer . a spinner ; and a blade lock retainer coupled to an aft flange of the spinner , the blade lock retainer comprising: an annular ring portion ; an outer retainer tab portion , disposed on an outer circumference of the annular ring portion , oriented substantially perpendicular to the annular ring portion , and extending in an aft direction from the annular ring portion ; and an inner retainer tab portion , disposed on an inner circumference of the annular ring portion and radially aligned with the outer retainer tab portion , oriented substantially perpendicular to the annular ring portion , and extending in a forward direction from the annular ring portion ; wherein an annular ring portion ; an outer retainer tab portion , disposed on an outer circumference of the annular ring portion , oriented substantially perpendicular to the annular ring portion , and extending in an aft direction from the annular ring portion ; and an inner retainer tab portion , disposed on an inner circumference of the annular ring portion and radially aligned with the outer retainer tab portion , oriented substantially perpendicular to the annular ring portion , and extending in a forward direction from the annular ring portion ; wherein the blade lock retainer is formed from sheet metal; and wherein the spinner comprises a spacer portion integral to the spinner and disposed on an aft face of the aft flange , the spacer portion being disposed between the aft face of the aft flange and the blade lock retainer .
Mould support for a piece of fruit cutter comprising i) sections for confinement of a body of the piece of fruit in place and ii) a lower base , wherein the sections for confinement is fixed to the lower base and comprises a piece of fruit entry portion and at least two confinement elements - first and second confinement elements - with mirrored configurations and spaced apart, which project from the lower base , such two confinement elements: - comprising side and lower walls, connected at least partially to each other, which confine a piece of fruit perpendicularly to the lower base , and - providing an entry portion between the first and second confinement elements , characterised in that the mould support further comprises two crown positioning elements with mirrored configurations and spaced apart, each crown positioning element: - comprising a crown positioning wall and a corresponding crown positioning plate, each crown positioning plate projecting from one of the crown positioning walls with an angle between 20°-45°, the crown positioning plates being such that when pushed towards the entry portion , the crown of a piece of fruit is directed in between the crown positioning walls, - being placed in parallel with one of the confinement elements , in particular each crown positioning wall being parallel to a corresponding side wall of the confinement elements . - comprising side and lower walls, connected at least partially to each other, which confine a piece of fruit perpendicularly to the lower base , and - providing an entry portion between the first and second confinement elements , - comprising a crown positioning wall and a corresponding crown positioning plate, each crown positioning plate projecting from one of the crown positioning walls with an angle between 20°-45°, the crown positioning plates being such that when pushed towards the entry portion , the crown of a piece of fruit is directed in between the crown positioning walls, - being placed in parallel with one of the confinement elements , in particular each crown positioning wall being parallel to a corresponding side wall of the confinement elements .
A downhole flow control device for controlling a flow of a fluid from a borehole into a well tubular structure or from the well tubular structure into the borehole, comprising: - a base tubular having an axial axis and adapted to be mounted as part of the well tubular structure, the base tubular having a first opening , - a first sleeve arranged within the base tubular , the first sleeve having a first sleeve part and a second sleeve part with a second opening , and the first sleeve being adapted to slide along the axial axis for at least partly aligning the first opening with the second opening , wherein a second sleeve is arranged at least partly between the second sleeve part and the base tubular , and characterised in that the second sleeve has a through-going bore in which an engagement element is arranged for engaging an indentation of the second sleeve part in a first position and for disengaging the indentation of the second sleeve part in a second position, wherein the base tubular has a recess for receiving the engagement element at the second position, wherein the recess has a first recess end and a second recess , the second recess end being closest to the first opening , the first recess end having a first end face which is inclined and the second recess end having a second end face extending in a direction substantially perpendicular to the axial axis , the second sleeve is prevented from sliding past the first opening when the engagement element is in engagement in the recess and abuts the second end face , wherein the first sleeve part has a first end and a second end, and the second sleeve has a first end and a second end , the first end of the first sleeve part abutting the second end of the second sleeve in the first position, and wherein a gap is formed between the second end of the second sleeve and the first end of the first sleeve part when the second sleeve is prevented from movement in a first direction and the first sleeve part continues to move in the first direction past the first opening , whereby fluid communication between the first opening and the second opening is provided via the gap . - a base tubular having an axial axis and adapted to be mounted as part of the well tubular structure, the base tubular having a first opening , - a first sleeve arranged within the base tubular , the first sleeve having a first sleeve part and a second sleeve part with a second opening , and the first sleeve being adapted to slide along the axial axis for at least partly aligning the first opening with the second opening ,
A waterproofing cable splice shell , comprising: an end surface separating the cable splice shell into an inner part and an outer part; at least a first hollow tube configured on the end surface and passing therethrough a first cable , characterized in that the first cable extends from the outer part to the inner part through the first hollow tube , leaves a portion in the inner part, and leaves from the inner part through the first hollow tube toward the outer part, the first cable has a first segment before extending into the inner part and a second segment leaving from the inner part, and the first and the second segments have an interstice there between; and at least an auxiliary device filling the interstice to form a first waterproofing structure, and including two pieces of bundling bodies and a waterproof double-faced adhesive tape , wherein the bundling bodies are adhered to the first cable by the waterproof double-faced adhesive tape . an end surface separating the cable splice shell into an inner part and an outer part; at least a first hollow tube configured on the end surface and passing therethrough a first cable , characterized in that the first cable extends from the outer part to the inner part through the first hollow tube , leaves a portion in the inner part, and leaves from the inner part through the first hollow tube toward the outer part, the first cable has a first segment before extending into the inner part and a second segment leaving from the inner part, and the first and the second segments have an interstice there between; and at least an auxiliary device filling the interstice to form a first waterproofing structure, and including two pieces of bundling bodies and a waterproof double-faced adhesive tape , wherein the bundling bodies are adhered to the first cable by the waterproof double-faced adhesive tape .
A system for preheating batch materials prior to delivery to a glass melting furnace , comprising: a preheater configured to receive unheated batch materials and to deliver heated batch materials, the preheater including a primary outlet configured to exhaust fluid from the preheater and a primary inlet configured to receive exhaust fluids from the glass melting furnace and exhaust fluids recirculated from the primary outlet of the preheater; a cyclonic separator having an inlet in fluid communication with the primary outlet of the preheater and an outlet configured to exhaust fluids from the cyclonic separator; a fan in fluid communication with the outlet of the cyclonic separator; a pressure sensor configured to generate a pressure signal indicative of a drop in pressure between the inlet and the outlet of the cyclonic separator; a temperature sensor configured to generate a temperature signal indicative of a temperature at the outlet of the cyclonic separator; and, a cyclonic flow controller configured to control a speed of the fan responsive to the pressure signal of the pressure sensor indicative of the pressure drop between the inlet and the outlet of the cyclonic separator and responsive to the temperature signal of the temperature sensor indicative of the temperature at the outlet of the cyclonic separator, for efficient transfer of energy from the exhaust fluid to the batch materials in the preheater while protecting ductwork leading to and from the preheater, wherein the cyclonic flow controller is configured to generate an output signal used to control the fan . a preheater configured to receive unheated batch materials and to deliver heated batch materials, the preheater including a primary outlet configured to exhaust fluid from the preheater and a primary inlet configured to receive exhaust fluids from the glass melting furnace and exhaust fluids recirculated from the primary outlet of the preheater; a cyclonic separator having an inlet in fluid communication with the primary outlet of the preheater and an outlet configured to exhaust fluids from the cyclonic separator; a fan in fluid communication with the outlet of the cyclonic separator; a pressure sensor configured to generate a pressure signal indicative of a drop in pressure between the inlet and the outlet of the cyclonic separator; a temperature sensor configured to generate a temperature signal indicative of a temperature at the outlet of the cyclonic separator; and, a cyclonic flow controller configured to control a speed of the fan responsive to the pressure signal of the pressure sensor indicative of the pressure drop between the inlet and the outlet of the cyclonic separator and responsive to the temperature signal of the temperature sensor indicative of the temperature at the outlet of the cyclonic separator, for efficient transfer of energy from the exhaust fluid to the batch materials in the preheater while protecting ductwork leading to and from the preheater, wherein the cyclonic flow controller is configured to generate an output signal used to control the fan .
Coffee grinder-doser comprising - a grinder-doser body , enclosing a grinding chamber housing a first and a second mill configured and mutually positioned to grind coffee beans into ground coffee, - an external ring-nut to be gripped and rotated by an operator, integrally connected to the first mill , - a nut screw with a longitudinal axis (X-X), inside the grinding chamber , which engages with an external thread of the ring-nut , to allow the translation of the position of the first mill relative to said longitudinal axis (X-X), - the ring-nut being fitted with a ring-nut body and a plurality of indices which identify the angular position, the body of the grinder-doser comprising in turn a fixed reference for said indices , characterized in that - the ring-nut is associated with a graduated ring , provided with said indices , and a cover at least partially removable to lock in place the graduated ring between the cover and the ring-nut , the cover being attached to the ring-nut body by coupling means at least partially removable which allow the adjustment and locking of the angular position of the graduated ring . - a grinder-doser body , enclosing a grinding chamber housing a first and a second mill configured and mutually positioned to grind coffee beans into ground coffee, - an external ring-nut to be gripped and rotated by an operator, integrally connected to the first mill , - a nut screw with a longitudinal axis (X-X), inside the grinding chamber , which engages with an external thread of the ring-nut , to allow the translation of the position of the first mill relative to said longitudinal axis (X-X), - the ring-nut being fitted with a ring-nut body and a plurality of indices which identify the angular position, the body of the grinder-doser comprising in turn a fixed reference for said indices , - the ring-nut is associated with a graduated ring , provided with said indices , and a cover at least partially removable to lock in place the graduated ring between the cover and the ring-nut , the cover being attached to the ring-nut body by coupling means at least partially removable which allow the adjustment and locking of the angular position of the graduated ring .
A coating material comprising: silicon, aluminum or a combination thereof; hydrogen; and any one or more of oxygen, nitrogen, carbon, boron and fluorine, wherein the coating material exhibits a maximum hardness of about 17 GPa or greater, as measured by a Berkovich Indenter Test along an indentation depth of about 50 nm or greater, and wherein the coating material exhibits an optical band gap of about 3.5 eV or greater; wherein the coating material further comprises any one or more of a non-zero amount of oxygen up to about 7.5 atomic%, a non-zero amount of carbon up to about 10 atomic%, and a non-zero amount of fluorine up to about 5 atomic%. silicon, aluminum or a combination thereof; hydrogen; and any one or more of oxygen, nitrogen, carbon, boron and fluorine, wherein the coating material exhibits a maximum hardness of about 17 GPa or greater, as measured by a Berkovich Indenter Test along an indentation depth of about 50 nm or greater, and wherein the coating material exhibits an optical band gap of about 3.5 eV or greater; wherein the coating material further comprises any one or more of a non-zero amount of oxygen up to about 7.5 atomic%, a non-zero amount of carbon up to about 10 atomic%, and a non-zero amount of fluorine up to about 5 atomic%. a non-zero amount of oxygen up to about 7.5 atomic%, a non-zero amount of carbon up to about 10 atomic%, and a non-zero amount of fluorine up to about 5 atomic%.
A tensile test fixture for testing materials with low transverse strength, the test fixture comprising: an upper fixture and a lower fixture , each fixture comprising: a bearing plate comprising a slot extending from an edge of the bearing plate to the center of the bearing plate and a T-plate , wherein the bearing plate and the T-plate are spaced apart from each other by one or more threaded rods (1 10a, 1 10b); and a lock plate mounted to a surface of the bearing plate and comprising an aperture defined therethrough; wherein the upper fixture and the lower fixture are oriented in opposite directions about a centerline, with the bearing plates of the upper fixture and the lower fixture proximate the centerline and the T-plates of the upper fixture and the lower fixture distal the centerline ; wherein a test specimen comprising an anchor at each end is operable to be received through central apertures defined by the slots in the bearing plates and the apertures in the lock plates of the upper fixture and lower fixture ; and wherein the lock plates are operable to align and then lock the test specimen within the tensile test fixture for tensile testing. an upper fixture and a lower fixture , each fixture comprising: a bearing plate comprising a slot extending from an edge of the bearing plate to the center of the bearing plate and a T-plate , wherein the bearing plate and the T-plate are spaced apart from each other by one or more threaded rods (1 10a, 1 10b); and a lock plate mounted to a surface of the bearing plate a bearing plate comprising a slot extending from an edge of the bearing plate to the center of the bearing plate and a T-plate , wherein the bearing plate and the T-plate are spaced apart from each other by one or more threaded rods (1 10a, 1 10b); and a lock plate mounted to a surface of the bearing plate and comprising an aperture defined therethrough; wherein the upper fixture and the lower fixture are oriented in opposite directions about a centerline, with the bearing plates of the upper fixture and the lower fixture proximate the centerline and the T-plates of the upper fixture and the lower fixture distal the centerline ; wherein a test specimen comprising an anchor at each end is operable to be received through central apertures defined by the slots in the bearing plates and the apertures in the lock plates of the upper fixture and lower fixture ; and wherein the lock plates are operable to align and then lock the test specimen within the tensile test fixture for tensile testing.
A scaffold-free biomaterial having a multi-dimensional structure comprising osteogenic differentiated adipose-derived stem cells (ASCs) in an osteogenic differentiation medium comprising human platelet lysate (hPL), a biocompatible material and an extracellular matrix, wherein the biomaterial secretes osteoprotegerin (OPG).
A pressure washer, for providing a super-heated jet of water, the pressure washer comprising: a water pump configured to provide at most 20 litres of water per minute at greater than 15 MPa to an output thereof; a boiler arranged to receive pressurised water from the output of the water pump , the boiler configured to heat the pressurised water with a power of at least 75 kW to a temperature of at least 155 degrees centigrade; a hose for conveying the super-heated pressurised water from the boiler , wherein the hose comprises a PTFE lining; and a nozzle connected to the hose and configured to produce a shaped liquid spray jet of super-heated water. a water pump configured to provide at most 20 litres of water per minute at greater than 15 MPa to an output thereof; a boiler arranged to receive pressurised water from the output of the water pump , the boiler configured to heat the pressurised water with a power of at least 75 kW to a temperature of at least 155 degrees centigrade; a hose for conveying the super-heated pressurised water from the boiler , wherein the hose comprises a PTFE lining; and a nozzle connected to the hose and configured to produce a shaped liquid spray jet of super-heated water.
Resealable container , comprising: - a container lower part , including a container base , a peripheral container wall and a container rim that forms a container opening , and - a lid including a peripheral lid rim which has a lid rim opening and a film which is permanently connected to a section of the lid rim on a first side , wherein the film covers the lid rim opening , - and wherein the film is detachably connected to a section of a container rim surface of the container rim on a second side in such manner that the film covers the container opening , characterized in that o the film is a multilayer film which has a reinforcing layer against the tearing of edges of the multilayer film, and o the multilayer film is detachably connected to a section of the container rim surface of the container rim on the second side in such manner that the multilayer film covers the container opening , and a fastening width (B) of the detachable connection increases or decreases constantly starting from a first point (I) of the container rim along a first section of the container rim and along a second section of the container rim as far as a second point (II) of the container rim . - a container lower part , including a container base , a peripheral container wall and a container rim that forms a container opening , and - a lid including a peripheral lid rim which has a lid rim opening and a film which is permanently connected to a section of the lid rim on a first side , wherein the film covers the lid rim opening , - and wherein the film is detachably connected to a section of a container rim surface of the container rim on a second side in such manner that the film covers the container opening , o the film is a multilayer film which has a reinforcing layer against the tearing of edges of the multilayer film, and o the multilayer film is detachably connected to a section of the container rim surface of the container rim on the second side in such manner that the multilayer film covers the container opening , and a fastening width (B) of the detachable connection increases or decreases constantly starting from a first point (I) of the container rim along a first section of the container rim and along a second section of the container rim as far as a second point (II) of the container rim .