mhurhangee/patent-ind-claim-en huggingface dataset:
A build material container for a three-dimensional printing system, comprising: an external casing having an outer surface; and an internal reservoir for holding build material, the internal reservoir being positioned within the external casing and comprising: an outlet structure for coupling to an element of a three-dimensional printing system, the outlet structure being positioned below the outer surface, wherein the external casing comprises a structurally weakened portion arranged within an interior of the outer surface above the outlet structure, the structurally weakened portion comprises an aperture that is formed within the outer surface to aid application of a force to an underside of the structurally weakened portion, and forms at least part of one side of the structurally weakened portion and wherein the structurally weakened portion further comprises at least three structurally weakened sides including cut portions interspersed with scored portions, wherein, responsive to a force applied to the structurally weakened portion, the structurally weakened portion is separable to create an aperture in the outer surface, which aperture enables access to the outlet structure, characterised in that the cut portions of two lateral structurally weakened sides of the structurally weakened portion vary in at least one of length and spacing, such that an amount of force to separate the lateral structurally weakened sides increases with distance from the aperture. an external casing having an outer surface; and an internal reservoir for holding build material, the internal reservoir being positioned within the external casing and comprising: an outlet structure for coupling to an element of a three-dimensional printing system, the outlet structure being positioned below the outer surface, wherein the external casing comprises a structurally weakened portion arranged within an interior of the outer surface above the outlet structure, the structurally weakened portion comprises an aperture that is formed within the outer surface to aid application of a force to an underside of the structurally weakened portion, and forms at least part of one side of the structurally weakened portion and wherein the structurally weakened portion further comprises at least three structurally weakened sides including cut portions interspersed with scored portions, wherein, responsive to a force applied to the structurally weakened portion, the structurally weakened portion is separable to create an aperture in the outer surface, which aperture enables access to the outlet structure, characterised in that the cut portions of two lateral structurally weakened sides of the structurally weakened portion vary in at least one of length and spacing, such that an amount of force to separate the lateral structurally weakened sides increases with distance from the aperture.
Support of a retractor of a safety belt for a motor vehicle, the support which extends along the three directions of an orthonormal mark which are identified in correspondence with the longitudinal (L1), transverse (T1) and vertical (V1) directions commonly used in the motor vehicle field to define the extension directions of a motor vehicle, being derived from a shaped sheet forming a generally flat main wall of the support which extends in its plane along longitudinal (L1) and vertical (V1) extension directions of the support and which is provided with a first interface for fixing the reel to the support , generally flat side walls extending substantially perpendicularly said main wall to its longitudinally opposite edges (L1), extending in their plane substantially in the transverse (T1) and vertical (V1) directions of extension of the support , said side walls each comprising a first flap participating in a second interface for fixing the support to a body of the vehicle, said side walls 8a, 8b) being longitudinally connected to one another by a generally flat connecting wall extending in the longitudinal (L1) and transverse (T1) direction of extension of the support , the edges of the connecting wall respectively located at its longitudinally opposite ends (L1) in its extension plane being separated from the edges of the side walls which are respectively adjacent thereto, characterized in that the connecting wall is extended substantially perpendicularly to its extension plane by second flaps which are provided at the longitudinally opposite ends from the junction wall by forming a third fastening interface from the junction wall to the side walls along their plane of extension, the corners of the main wall located in its zones of junction with the junction wall and the side walls being rounded.
Multilayer structure for the creation of a multipurpose sports floor covering, said multilayer structure comprising an upper wear layer composed of at least one surface layer , the wear layer being attached to a back layer made of polyvinyl chloride foam, characterized in that it comprises a polyethylene terephthalate polymer film , positioned between the surface layer and the back layer , and having a stiffness of greater than 100 N/mm, a thickness of between 50 μm and 250 μm, and a Young's modulus of greater than 1.5 GPa.
A crown-shaped retainer for a ball bearing, comprising: an annular base ; a plurality of pockets each penetrating the crown-shaped retainer in a radial direction thereof and having an opening on one side of the crown-shaped retainer in an axial direction thereof; and a pair of prongs positioned on both sides of the opening of each of the plurality of pockets in a circumferential direction of the crown-shaped retainer , a separation distance (a) between the pairs of prongs being smaller than a ball diameter (dw), characterized by each of the plurality of pockets having an inner circumferential surface, comprising only: a spherical portion positioned on a radially inner side of the crown-shaped retainer ; and a cylindrical portion positioned on a radially outer side of the crown-shaped retainer , the spherical portion and the cylindrical portion having an inner diameter (ΦD 2 ) larger than the ball diameter (dw). an annular base ; a plurality of pockets each penetrating the crown-shaped retainer in a radial direction thereof and having an opening on one side of the crown-shaped retainer in an axial direction thereof; and a pair of prongs positioned on both sides of the opening of each of the plurality of pockets in a circumferential direction of the crown-shaped retainer , a separation distance (a) between the pairs of prongs being smaller than a ball diameter (dw), characterized by each of the plurality of pockets having an inner circumferential surface, comprising only: a spherical portion positioned on a radially inner side of the crown-shaped retainer ; and a cylindrical portion positioned on a radially outer side of the crown-shaped retainer , a spherical portion positioned on a radially inner side of the crown-shaped retainer ; and a cylindrical portion positioned on a radially outer side of the crown-shaped retainer , the spherical portion and the cylindrical portion having an inner diameter (ΦD 2 ) larger than the ball diameter (dw).
A device for delivering a medicament intradermally, comprising: a cartridge having a first end and a second end and defining a volume therebetween, said volume being adapted to contain the medicament; a driving member having a first end and a second end , said first end being disposed in said cartridge and said second end being disposed outside said cartridge ; and a stopper slidably disposed in said cartridge volume , said first end of said driving member being releasably disposed within said stopper such that when said driving member is retracted from said cartridge said stopper is disengaged from said driving member and remains in said cartridge volume characterized in that the driving member comprising a drive screw with a spinner connected thereto, said drive screw having a pin mating inside the spinner , thereby allowing the spinner to freely rotate. a cartridge having a first end and a second end and defining a volume therebetween, said volume being adapted to contain the medicament; a driving member having a first end and a second end , said first end being disposed in said cartridge and said second end being disposed outside said cartridge ; and a stopper slidably disposed in said cartridge volume , said first end of said driving member being releasably disposed within said stopper such that when said driving member is retracted from said cartridge said stopper is disengaged from said driving member and remains in said cartridge volume characterized in that the driving member comprising a drive screw with a spinner connected thereto, said drive screw having a pin mating inside the spinner , thereby allowing the spinner to freely rotate.
A method of coating comprising: (i) applying an inorganic fireproofing material to a substrate wherein the inorganic fireproofing material includes a plaster-based or Portland cement-based fireproofing product comprising an inorganic binder and one or more fillers and wherein the inorganic fireproofing material has a water content of at least 20 wt%; and (ii) applying within 192 hours an uniform coating of a coating composition to the inorganic fireproofing material, wherein the coating of a coating composition has a thickness between 0.0254 mm to 0.1523 mm (1 and 6 mils) and wherein the coating composition is a water-based epoxy composition comprising an epoxy resin, an amine hardener and water and wherein a uniform coating can include the following: no coating-free portions of the material, each portion of the coating having substantially the same thickness, all of the components of the coating composition evenly dispersed in the coating, and/or the coating performs substantially the same across the coated fireproofing material. (i) applying an inorganic fireproofing material to a substrate wherein the inorganic fireproofing material includes a plaster-based or Portland cement-based fireproofing product comprising an inorganic binder and one or more fillers and wherein the inorganic fireproofing material has a water content of at least 20 wt%; and (ii) applying within 192 hours an uniform coating of a coating composition to the inorganic fireproofing material, wherein the coating of a coating composition has a thickness between 0.0254 mm to 0.1523 mm (1 and 6 mils) and wherein the coating composition is a water-based epoxy composition comprising an epoxy resin, an amine hardener and water
An oral care implement comprising: a handle ; a head coupled to the handle , the head comprising a front surface and a longitudinal axis (B-B) that extends from a proximal end of the head to a distal end of the head ; and a plurality of tooth cleaning elements extending from the front surface of the head ; the plurality of tooth cleaning elements comprising a first conical tuft comprising a first bristle wall having an inner surface defining a first cavity along a first cavity axis (C-C), the first cavity having a transverse cross-sectional area that increases with distance from the front surface of the head , wherein the first bristle wall of the first conical tuft terminates in a first annular top surface ; characterized in that the first annular top surface is inclined relative to the front surface from a first high point to a first low point ; the plurality of tooth cleaning elements comprises a second conical tuft comprising a second bristle wall having an inner surface defining a second cavity along a second cavity axis (D-D), the second cavity having a transverse cross-sectional area that increases with distance from the front surface of the head , wherein the second bristle wall of the second conical tuft terminates in a second annular top surface that is inclined relative to the front surface from a second high point to a second low point ; the first and second conical tufts are located on opposite sides of the longitudinal axis (B-B); and the first and second conical tufts are arranged on the head such that the first and second high points are adjacent to one another. a handle ; a head coupled to the handle , the head comprising a front surface and a longitudinal axis (B-B) that extends from a proximal end of the head to a distal end of the head ; and a plurality of tooth cleaning elements extending from the front surface of the head ; the plurality of tooth cleaning elements comprising a first conical tuft comprising a first bristle wall having an inner surface defining a first cavity along a first cavity axis (C-C), the first cavity having a transverse cross-sectional area that increases with distance from the front surface of the head , wherein the first bristle wall of the first conical tuft terminates in a first annular top surface ; characterized in that the first annular top surface is inclined relative to the front surface from a first high point to a first low point ; the plurality of tooth cleaning elements comprises a second conical tuft comprising a second bristle wall having an inner surface defining a second cavity along a second cavity axis (D-D), the second cavity having a transverse cross-sectional area that increases with distance from the front surface of the head , wherein the second bristle wall of the second conical tuft terminates in a second annular top surface that is inclined relative to the front surface from a second high point to a second low point ; the first and second conical tufts are located on opposite sides of the longitudinal axis (B-B); and the first and second conical tufts are arranged on the head such that the first and second high points are adjacent to one another.
An article of footwear comprising: an upper having a heel portion , an instep portion , and a forefoot portion ; a tightening grip disposed at the heel portion of the upper ; a loosening grip disposed at the instep portion of the upper ; and a tensioning cable operably connected to the tightening grip and the loosening grip , the tensioning cable being movable in a tightening direction when the tightening grip is pulled away from the upper to move the upper into a tightened state and movable in a loosening direction when the loosening grip is pulled away from the upper to move the upper into a loosened state. an upper having a heel portion , an instep portion , and a forefoot portion ; a tightening grip disposed at the heel portion of the upper ; a loosening grip disposed at the instep portion of the upper ; and a tensioning cable operably connected to the tightening grip and the loosening grip , the tensioning cable being movable in a tightening direction when the tightening grip is pulled away from the upper to move the upper into a tightened state and movable in a loosening direction when the loosening grip is pulled away from the upper to move the upper into a loosened state.
Cooling device for heat dissipation from an electronic component , comprising a heat pipe and a cooling element , wherein - the cooling element has a slot recess running on a first cooling element side and at least partially enclosing the heat pipe , characterised in that - a heat pipe surface of the heat pipe in the region of the enclosure through the slot recess has a fibre structure made from first fibres and - the first fibres of the heat pipe surface of the heat pipe in the region of the slot recess form a mechanical connection with a cooling element surface of the cooling element . - the cooling element has a slot recess running on a first cooling element side and at least partially enclosing the heat pipe , characterised in that - a heat pipe surface of the heat pipe in the region of the enclosure through the slot recess has a fibre structure made from first fibres and - the first fibres of the heat pipe surface of the heat pipe in the region of the slot recess form a mechanical connection with a cooling element surface of the cooling element .
A respiratory assistance apparatus comprising: a flow generator configured to provide breathing gases to a patient, the breathing gases comprising supplemental oxygen provided from an oxygen source, a controller configured to control an oxygen concentration of the breathing gases , at least one sensor, the at least one sensor configured to provide a measurement indicative of a patient's blood oxygen concentration to the controller , wherein the controller is configured to determine a target oxygen concentration of the breathing gases , characterized in that the controller is configured to calculate an estimated future value of the patient's blood oxygen concentration based on: a difference between an initial oxygen concentration of the breathing gases and the target oxygen concentration of the breathing gases , and the measurement indicative of the patient's blood oxygen concentration. a flow generator configured to provide breathing gases to a patient, the breathing gases comprising supplemental oxygen provided from an oxygen source, a controller configured to control an oxygen concentration of the breathing gases , at least one sensor, the at least one sensor configured to provide a measurement indicative of a patient's blood oxygen concentration to the controller , wherein the controller is configured to determine a target oxygen concentration of the breathing gases , characterized in that the controller is configured to calculate an estimated future value of the patient's blood oxygen concentration based on: a difference between an initial oxygen concentration of the breathing gases and the target oxygen concentration of the breathing gases , and the measurement indicative of the patient's blood oxygen concentration.
A three-dimensional modeling apparatus for fabricating a three-dimensional object (OB), the three-dimensional modeling apparatus comprising: a plasticizing section for plasticizing a thermoplastic material to transform into a molten material; an ejection section for ejecting the molten material from nozzle ; a first air blowing section for blowing air from a circumference of the nozzle toward the molten material ejected from the nozzle, wherein the first air blowing section is configured to decrease the temperature of the molten material ejected from the nozzle ; a platform on which the molten material ejected from the nozzle can be deposited; a control unit for controlling the first air blowing section; and a transport mechanism for changing a relative positional relationship between the ejection section and the platform, wherein the first air blowing section includes a plurality of first air outlets disposed around the nozzle to perform blowing of air toward the molten material ejected from the nozzle, and the control unit is configured to control a flow rate of each of the first air outlets depending on a movement direction of the ejection section relative to the platform. a plasticizing section for plasticizing a thermoplastic material to transform into a molten material; an ejection section for ejecting the molten material from nozzle ; a first air blowing section for blowing air from a circumference of the nozzle toward the molten material ejected from the nozzle, wherein the first air blowing section is configured to decrease the temperature of the molten material ejected from the nozzle ; a platform on which the molten material ejected from the nozzle can be deposited; a control unit for controlling the first air blowing section; and a transport mechanism for changing a relative positional relationship between the ejection section and the platform, wherein the first air blowing section includes a plurality of first air outlets disposed around the nozzle to perform blowing of air toward the molten material ejected from the nozzle, and the control unit is configured to control a flow rate of each of the first air outlets depending on a movement direction of the ejection section relative to the platform.
A compound according to formula I: or a salt thereof, wherein: Ar is V is lower alkylene or- W 1 - W 2 -; one of W 1 and W 2 is absent or lower alkylene, and the other is -NH-, -O-, or -S-; X 1 is -NH-, -O-, or -S-; one of Z 1 , Z 2 , and Z 3 is -CH- or -N- and the others of Z 1 , Z 2 , and Z 3 are each -CH-; R is lower alkyl; each lower alkylene is independently an unsubstituted divalent saturated aliphatic hydrocarbon group particularly having from one to six carbon atoms which can be straight-chained or branched; and lower alkyl is an unsubstituted saturated straight or branched hydrocarbon having one to six carbon atoms; wherein when Ar is and V is -NH-, then one of Z 1 , Z 2 , and Z 3 is -N-. Ar is V is lower alkylene or- W 1 - W 2 -; one of W 1 and W 2 is absent or lower alkylene, and the other is -NH-, -O-, or -S-; X 1 is -NH-, -O-, or -S-; one of Z 1 , Z 2 , and Z 3 is -CH- or -N- and the others of Z 1 , Z 2 , and Z 3 are each -CH-; R is lower alkyl; each lower alkylene is independently an unsubstituted divalent saturated aliphatic hydrocarbon group particularly having from one to six carbon atoms which can be straight-chained or branched; and lower alkyl is an unsubstituted saturated straight or branched hydrocarbon having one to six carbon atoms; wherein when Ar is and V is -NH-, then one of Z 1 , Z 2 , and Z 3 is -N-.
A method for improving plant growth characteristics for a plant growing medium, the method comprising: providing an internal combustion engine arranged to combust a fuel therein; operating the internal combustion engine to combust the fuel to produce exhaust emissions; capturing at least a portion of the exhaust emissions for subsequent delivery of the captured exhaust emissions to the plant growing medium; the method being characterized by : adding a carbon nanotube seeding material to the fuel to produce a fuel mixture which is combusted by the internal combustion engine; operating the internal combustion engine to combust the fuel mixture in pyrolysis so as to produce black carbon ultrafine and Nano soot in the exhaust emissions that are captured for subsequent delivery to the plant growing medium; and conditioning the captured exhaust emissions in the conditioning chamber such that the Nano soot is processed into carbon nanotubes prior to the delivery to the plant growing medium. providing an internal combustion engine arranged to combust a fuel therein; operating the internal combustion engine to combust the fuel to produce exhaust emissions; capturing at least a portion of the exhaust emissions for subsequent delivery of the captured exhaust emissions to the plant growing medium; the method being characterized by : adding a carbon nanotube seeding material to the fuel to produce a fuel mixture which is combusted by the internal combustion engine; operating the internal combustion engine to combust the fuel mixture in pyrolysis so as to produce black carbon ultrafine and Nano soot in the exhaust emissions that are captured for subsequent delivery to the plant growing medium; and conditioning the captured exhaust emissions in the conditioning chamber such that the Nano soot is processed into carbon nanotubes prior to the delivery to the plant growing medium. adding a carbon nanotube seeding material to the fuel to produce a fuel mixture which is combusted by the internal combustion engine; operating the internal combustion engine to combust the fuel mixture in pyrolysis so as to produce black carbon ultrafine and Nano soot in the exhaust emissions that are captured for subsequent delivery to the plant growing medium; and conditioning the captured exhaust emissions in the conditioning chamber such that the Nano soot is processed into carbon nanotubes prior to the delivery to the plant growing medium.