mhurhangee/patent-ind-claim-en huggingface dataset:
A hold open rod , comprising: an inner tube assembly coupled to an outer tube assembly, the inner tube assembly movable within the outer tube assembly; an inner collar having a lock groove and unlock groove ; a locking dog configured to engage the unlock groove when the hold open rod is in an unlocked configuration and the locking dog further configured to engage the lock groove when the hold open rod is in a locked configuration; a first rod end coupled to the outer tube assembly and a second rod end coupled to the inner tube assembly; and a lock body coupled to the outer tube assembly; characterized in that it further comprises: an outer collar assembly coupled around the inner collar ; a first spring located within the outer collar assembly configured to engage the inner collar ; and a locked indicator connected to the lock body and an unlocked indicator connected to the lock body , wherein the locked indicator is exposed when the hold open rod is in the locked configuration and is concealed when the hold open rod is in the unlocked configuration, and wherein the unlocked indicator is exposed when the hold open rod is in the unlocked configuration and is concealed when the hold open rod is in the locked configuration. an inner tube assembly coupled to an outer tube assembly, the inner tube assembly movable within the outer tube assembly; an inner collar having a lock groove and unlock groove ; a locking dog configured to engage the unlock groove when the hold open rod is in an unlocked configuration and the locking dog further configured to engage the lock groove when the hold open rod is in a locked configuration; a first rod end coupled to the outer tube assembly and a second rod end coupled to the inner tube assembly; and a lock body coupled to the outer tube assembly; characterized in that it further comprises: an outer collar assembly coupled around the inner collar ; a first spring located within the outer collar assembly configured to engage the inner collar ; and a locked indicator connected to the lock body and an unlocked indicator connected to the lock body , an outer collar assembly coupled around the inner collar ; a first spring located within the outer collar assembly configured to engage the inner collar ; and a locked indicator connected to the lock body and an unlocked indicator connected to the lock body , wherein the locked indicator is exposed when the hold open rod is in the locked configuration and is concealed when the hold open rod is in the unlocked configuration, and wherein the unlocked indicator is exposed when the hold open rod is in the unlocked configuration and is concealed when the hold open rod is in the locked configuration.
A resonance enhanced rotary drilling apparatus, which apparatus comprises: (a) a vibration damping and/or isolation unit; and (b) a vibration enhancement and/or transmission unit, wherein the unit (a) and the unit (b) comprise a spring system comprising two or more frusto-conical springs arranged in series, wherein: - the spring system of the unit (a) satisfies the following equation: ω / ω n 1 ≥ 2.3 - the spring system of the unit (b) satisfies the following equation: 0.6 ≤ ω / ω n 2 ≤ 1.2 wherein ω represents an operational frequency of axial vibration of the resonance enhanced rotary drilling apparatus, ω n1 represents the natural frequency of the spring system of the unit (a); and ω n2 represents the natural frequency of the spring system of the unit (b), wherein the unit (a) is situated above an oscillator in the resonance enhanced rotary drilling apparatus, and wherein the unit (b) is situated below the oscillator in the resonance enhanced rotary drilling apparatus. (a) a vibration damping and/or isolation unit; and (b) a vibration enhancement and/or transmission unit, wherein the unit (a) and the unit (b) comprise a spring system comprising two or more frusto-conical springs arranged in series, wherein: - the spring system of the unit (a) satisfies the following equation: ω / ω n 1 ≥ 2.3 - the spring system of the unit (b) satisfies the following equation: 0.6 ≤ ω / ω n 2 ≤ 1.2 - the spring system of the unit (a) satisfies the following equation: ω / ω n 1 ≥ 2.3 - the spring system of the unit (b) satisfies the following equation: 0.6 ≤ ω / ω n 2 ≤ 1.2 wherein ω represents an operational frequency of axial vibration of the resonance enhanced rotary drilling apparatus, ω n1 represents the natural frequency of the spring system of the unit (a); and ω n2 represents the natural frequency of the spring system of the unit (b), wherein the unit (a) is situated above an oscillator in the resonance enhanced rotary drilling apparatus, and wherein the unit (b) is situated below the oscillator in the resonance enhanced rotary drilling apparatus.
Tile or slab dry processing machine comprising at least one working head of tiles or slabs, transportation means of tiles beneath or at said at least one working head for processing said tiles or slabs by the latter, cooling means of said at least one working head and/or tools thereof, characterized by the fact that said cooling means comprise at least one air amplifier component comprising a fitting with at least one first suctioning mouth in communication with the environment outside or the inside of the machine, at least one second suctioning or conveying mouth in fluid communication with a source of pressurized or compressed air and at least one mouth for the outflow of the mixture of ambient air and pressurized air.
A method of preparing a fuel comprising co-processing a feedstock in the presence of a catalyst, the fuel comprising a product of a fluidized catalytic cracker (FCC) unit co-processing a feedstock, said feedstock comprising: i) 80-99.95 wt.% of a petroleum fraction feedstock comprising a gas oil (GO) feedstock, a vacuum gas oil (VGO) feedstock, or a heavy gas oil (HGO) feedstock; and ii) 0.05-20 wt.% of a renewable fuel oil feedstock relative to the amount of the petroleum fraction feedstock and the renewable fuel oil introduced, wherein the renewable fuel oil is a liquid formed by a thermo-mechanical process comprising grinding a biomass comprising cellulosic material and rapid thermal processing with no post processing or enrichment of the liquid prior to introduction into the FCC unit, wherein the renewable fuel oil has: a) a carbon content in the range of between 35-80 wt.% on a dry basis or moisture free basis; b) an oxygen content in the range of between 20-50 wt.% on a dry basis or moisture free basis; and c) a water content in the range of between 10-40 wt.%; wherein the renewable fuel oil includes all of the whole liquid produced from the thermo-mechanical conversion of the biomass; and wherein the renewable fuel oil feedstock is introduced into the FCC unit via a delivery system separate from the petroleum fraction feedstock port. i) 80-99.95 wt.% of a petroleum fraction feedstock comprising a gas oil (GO) feedstock, a vacuum gas oil (VGO) feedstock, or a heavy gas oil (HGO) feedstock; and ii) 0.05-20 wt.% of a renewable fuel oil feedstock relative to the amount of the petroleum fraction feedstock and the renewable fuel oil introduced, wherein the renewable fuel oil is a liquid formed by a thermo-mechanical process comprising grinding a biomass comprising cellulosic material and rapid thermal processing with no post processing or enrichment of the liquid prior to introduction into the FCC unit, wherein the renewable fuel oil has: a) a carbon content in the range of between 35-80 wt.% on a dry basis or moisture free basis; b) an oxygen content in the range of between 20-50 wt.% on a dry basis or moisture free basis; and c) a water content in the range of between 10-40 wt.%; a) a carbon content in the range of between 35-80 wt.% on a dry basis or moisture free basis; b) an oxygen content in the range of between 20-50 wt.% on a dry basis or moisture free basis; and c) a water content in the range of between 10-40 wt.%; wherein the renewable fuel oil includes all of the whole liquid produced from the thermo-mechanical conversion of the biomass; and wherein the renewable fuel oil feedstock is introduced into the FCC unit via a delivery system separate from the petroleum fraction feedstock port.
Compounds of formula (I): or of formula (II) wherein R 1 and R 2 , the same or different, are H or CH 3 for use for the prevention and the treatment of Chronic low-grade systemic inflammation (CLGSI) associated with the diseases related to Chronic low-grade systemic inflammation (CLGSI) selected from the group consisting of: chronic inflammatory diseases, autoimmune diseases, chronic degenerative diseases, tumours related to Chronic low-grade systemic inflammation (CLGSI), obesity, diabetes, arterial hypertension, osteoporosis, diseases of the respiratory apparatus and polycystic ovary syndrome wherein the compounds of formula (I) and (II) reduce chronic low-grade systemic inflammation.
A method for inter-technology handoff of a call from a terminating packet data network to a terminating circuit switched network , the method comprising: receiving, by a terminating mobile station , via a terminating packet data network , a session invitation for a call; determining, by the terminating mobile station , prior to responding to the session invitation, that a handoff of the call is desirable; receiving, by the terminating mobile station , a user instruction to answer the call; and responsive to determining that the handoff of the call is desirable and receiving the user instruction to answer the call, conveying, by the terminating mobile station , a request that the call be set up via the terminating circuit switched network . receiving, by a terminating mobile station , via a terminating packet data network , a session invitation for a call; determining, by the terminating mobile station , prior to responding to the session invitation, that a handoff of the call is desirable; receiving, by the terminating mobile station , a user instruction to answer the call; and responsive to determining that the handoff of the call is desirable and receiving the user instruction to answer the call, conveying, by the terminating mobile station , a request that the call be set up via the terminating circuit switched network .
Running jacket comprising a backrest embracing the wearer's back, and a front portion covering the wearer's chest, - the front portion being provided with at least one front pocket provided with a rear wall , facing the body of the wearer, and at least one front wall opposite the rear wall , said rear walls and front wall delimiting a containment volume for an associable flexible bottle , the containment volume extending longitudinally along a longitudinal direction (Y-Y), from a closed lower edge to an open upper edge to allow access to the containment volume itself, - wherein the front wall is closed on the rear wall at a first side edge extending longitudinally between the closed lower edge and the open upper edge , - wherein the front wall is open and separated from the rear wall at a second side edge , opposite the first side edge , with respect to a transverse direction (X-X), perpendicular to said longitudinal direction (Y-Y), - wherein the front wall is provided with closing and opening means configured to respectively allow the locking/unlocking, with respect to the rear wall , of at least one flap portion of the open upper edge and/or of the second side edge of the front wall , the jacket is characterized in that the front pocket is provided with an outer covering handkerchief , at least partially overlapping on the front wall . - the front portion being provided with at least one front pocket provided with a rear wall , facing the body of the wearer, and at least one front wall opposite the rear wall , said rear walls and front wall delimiting a containment volume for an associable flexible bottle , the containment volume extending longitudinally along a longitudinal direction (Y-Y), from a closed lower edge to an open upper edge to allow access to the containment volume itself, - wherein the front wall is closed on the rear wall at a first side edge extending longitudinally between the closed lower edge and the open upper edge , - wherein the front wall is open and separated from the rear wall at a second side edge , opposite the first side edge , with respect to a transverse direction (X-X), perpendicular to said longitudinal direction (Y-Y), - wherein the front wall is provided with closing and opening means configured to respectively allow the locking/unlocking, with respect to the rear wall , of at least one flap portion of the open upper edge and/or of the second side edge of the front wall ,
A sheet type conductive member that extends along a predetermined plane and is attached to a connector, the sheet type conductive member comprising: a sheet body having insulating properties; and a first flexible conductor disposed on a front surface side of the sheet body, and a second flexible conductor disposed on a rear surface side of the sheet body, characterized in that the sheet type conductive member includes a tongue portion projecting in a tongue shape in the predetermined plane, wherein a contact arrangement region in which a contact of the connector is arranged is laid out on a front surface of the sheet type conductive member, wherein the first flexible conductor is exposed on the contact arrangement region, wherein the second flexible conductor is exposed on a rear surface of the tongue portion, and wherein at least part of the tongue portion is folded back to a front surface side of the sheet type conductive member so that a contact connecting portion (C) composed of part of the first flexible conductor and part of the second flexible conductor is formed in the contact arrangement region. a sheet body having insulating properties; and a first flexible conductor disposed on a front surface side of the sheet body, and a second flexible conductor disposed on a rear surface side of the sheet body, characterized in that the sheet type conductive member includes a tongue portion projecting in a tongue shape in the predetermined plane, wherein a contact arrangement region in which a contact of the connector is arranged is laid out on a front surface of the sheet type conductive member, wherein the first flexible conductor is exposed on the contact arrangement region, wherein the second flexible conductor is exposed on a rear surface of the tongue portion, and wherein at least part of the tongue portion is folded back to a front surface side of the sheet type conductive member so that a contact connecting portion (C) composed of part of the first flexible conductor and part of the second flexible conductor is formed in the contact arrangement region.
Planet carrier for a speed reduction gear with epicyclic gearing , comprising a torque transmission member of a longitudinal axis (A) and an annular cage extending about the axis (A) and connected to a longitudinal end of the member , said cage comprising two sides extending radially with respect to the axis (A) and connected by bridges having a general X shape, seats extending axially between the sides and being intended to support planetary gears mounted to be rotational around the seats , each bridge comprises at least two corresponding bars , each of which being inclined with respect to a longitudinal plane passing both through the axis (A) and via the corresponding bar , each bars comprising a front part and a rear part joining each other at the intersection of the X formed by each bridge , characterized in that the front parts and rear parts of each bar of each bridge do not extend in the same plane and form an angle different than 0 with one another.
A system comprising: a server configured to monitor wireless interference between at least two media content delivery devices and coordinate communication with the media content delivery devices to reduce wireless interference, the media content delivery devices being configured to decode and output media content; wherein the server is configured to coordinate communication according to requirements of media content requests made by the media content delivery devices , the requirements of media content requests including the estimated air time needed to send the requested media content, wherein the server is configured to command at least one of the media content delivery devices to reduce a transmission power; and wherein the server is further configured to receive media content requests from the media content delivery devices and continually monitor wireless interference after coordinating communication with the media content delivery devices . a server configured to monitor wireless interference between at least two media content delivery devices and coordinate communication with the media content delivery devices to reduce wireless interference, the media content delivery devices being configured to decode and output media content; wherein the server is configured to coordinate communication according to requirements of media content requests made by the media content delivery devices , the requirements of media content requests including the estimated air time needed to send the requested media content, wherein the server is configured to command at least one of the media content delivery devices to reduce a transmission power; and wherein the server is further configured to receive media content requests from the media content delivery devices and continually monitor wireless interference after coordinating communication with the media content delivery devices .
Display apparatus for superimposing a virtual image into the field of vision of a user of the display apparatus, comprising spectacles for the user and at least one projection device for producing light rays which are transferred by means of an optical unit of the spectacles into a beam path which produces the virtual image for the user, wherein the optical unit comprises a ground-glass screen and a holographic optical imaging unit , wherein the ground-glass screen and the holographic optical imaging unit are arranged in such a way that the light rays produced by the projection device are incident on the holographic optical imaging unit through the ground-glass screen and are transferred from said holographic optical imaging unit into the beam path which produces the virtual image for the user, wherein the ground-glass screen is arranged in the upper region of the spectacles so that the ground-glass screen is located at the upper end of the field of vision of the user, and wherein the ground-glass screen encloses an angle of at least 45 degrees to a plane of the holographic optical imaging unit , wherein the holographic optical imaging unit is transparent and inactive in the zero order and therefore enables the user to perceive his surroundings unhindered and directly.
Teeth cleaning apparatus comprising: a cylindrical cleaning implement having: an elongate resilient support shaft having a fixed proximal end and free tip end; a helical engagement thread formed around the support shaft, the thread being made of a flexible, continuous material, extending to the free tip end of the support shaft, and having a helix angle of less than 20 degrees at the free tip end, said helix angle being with respect to a plane transverse to the axis of the implement; and a drive interface at one end of the support shaft for connecting the cleaning implement to a rotatable drive shaft , wherein, in use, when the tip of the cleaning implement is presented between a pair of adjacent teeth, the helical engagement thread causes the rotating cleaning implement to thread itself into the interproximal space and extracts interproximal debris. a cylindrical cleaning implement having: an elongate resilient support shaft having a fixed proximal end and free tip end; a helical engagement thread formed around the support shaft, the thread being made of a flexible, continuous material, extending to the free tip end of the support shaft, and having a helix angle of less than 20 degrees at the free tip end, said helix angle being with respect to a plane transverse to the axis of the implement; and a drive interface at one end of the support shaft for connecting the cleaning implement to a rotatable drive shaft , an elongate resilient support shaft having a fixed proximal end and free tip end; a helical engagement thread formed around the support shaft, the thread being made of a flexible, continuous material, extending to the free tip end of the support shaft, and having a helix angle of less than 20 degrees at the free tip end, said helix angle being with respect to a plane transverse to the axis of the implement; and a drive interface at one end of the support shaft for connecting the cleaning implement to a rotatable drive shaft , wherein, in use, when the tip of the cleaning implement is presented between a pair of adjacent teeth, the helical engagement thread causes the rotating cleaning implement to thread itself into the interproximal space and extracts interproximal debris.
A composite laminate structure , comprising: a first carbon fiber reinforced plastic laminate having a first electrical impedance; a second carbon fiber reinforced plastic laminate having a second electrical impedance substantially matching the first electrical impedance; and an adhesive bondline between the first and second laminates, the adhesive bondline including an adhesive and a scrim having a third electrical impedance substantially matching the first and second electrical impedances. a first carbon fiber reinforced plastic laminate having a first electrical impedance; a second carbon fiber reinforced plastic laminate having a second electrical impedance substantially matching the first electrical impedance; and an adhesive bondline between the first and second laminates, the adhesive bondline including an adhesive and a scrim having a third electrical impedance substantially matching the first and second electrical impedances.
A mobile fireproof and detonation-proof chamber for the storage of flammable and detonable objects, comprising at least one fireproof and detonation-proof container (7, 7', 7") arranged in a detachable manner on a front openable and lockable door (6, 6', 6") of chamber , which enables the container (7, 7', 7") to be swung out from an inner detonation-proof position for the storage of the flammable and detonable objects in the chamber to an outer non-detonation-proof position outside the chamber for loading and unloading said objects, wherein said at least one container (7, 7', 7") comprises a fire-mitigating and detonation-mitigating insert arranged in a detachable manner, and a top part mounted on the underside of the roof part of the chamber .
An extension module for a load carrier , in particular a bicycle carrier, which is or can be fastened to a vehicle and comprises at least one profile rail for receiving loads, in particular bicycles, having at least one extension profile rail for receiving loads, in particular a bicycle, and at least one fastening unit for attaching the extension profile rail to the profile rail of the load carrier , the fastening unit having a support element which is connected at its one axial end region to the extension profile rail and at its other axial end region to a mounting device , wherein the fastening unit also has an adapter unit which is or can be connected detachably to the mounting device by means of a fastening mechanism and is designed to be fixed to the profile rail of the load carrier , characterised in that the adapter unit comprises a number of adapter elements which are or can be braced against the profile rail in order to be fixed with force-fit to the latter and to prevent movement of the adapter unit in the longitudinal direction of the profile rail , wherein the adapter elements are screwed or can be screwed to one another in order to be braced against the profile rail or the adapter elements are linked together on one side of the profile rail by a hook engagement and are screwed to one another on an opposing side of the profile rail in order to be braced against the profile rail .