mhurhangee/patent-ind-claim-en huggingface dataset:
A tension cord mounting for an architectural covering, configured to be mounted to an outside edge of an architectural structure , the tension cord mounting including: a cord holder for engaging one or more cords ; wherein the cord holder includes a plurality of walls (210-216, 241-244) arranged in fixed positions relative to one another such that the walls (210-216, 241-244) define a pathway through the cord holder for one or more cords , wherein the walls (210-216, 241-244) are configured such that the pathway includes at least two inflection points, and wherein the pathway is configured such that, when a cord is placed within the pathway, the cord includes at least two changes of direction; and characterized in that the pathway is arranged such that, when a cord is placed within the pathway and is under tension, the tension of the cord itself creates a contact pressure between the cord and the walls (210-216, 241-244) of the cord holder , the contact pressure establishes friction between the cord and the walls (210-216, 241-244) of the cord holder , and the friction between the cord and the walls (210-216, 241-244) of the cord holder engages the cord with the cord holder , such that the section of cord under tension does not move in its axial direction relative to the cord holder . a cord holder for engaging one or more cords ; wherein the cord holder includes a plurality of walls (210-216, 241-244) arranged in fixed positions relative to one another such that the walls (210-216, 241-244) define a pathway through the cord holder for one or more cords , wherein the walls (210-216, 241-244) are configured such that the pathway includes at least two inflection points, and wherein the pathway is configured such that, when a cord is placed within the pathway, the cord includes at least two changes of direction; and characterized in that the pathway is arranged such that, when a cord is placed within the pathway and is under tension, the tension of the cord itself creates a contact pressure between the cord and the walls (210-216, 241-244) of the cord holder , the contact pressure establishes friction between the cord and the walls (210-216, 241-244) of the cord holder , and the friction between the cord and the walls (210-216, 241-244) of the cord holder engages the cord with the cord holder , such that the section of cord under tension does not move in its axial direction relative to the cord holder .
A method of joining material to a surface area of a component of a gas turbine engine to effect an in-situ repair of the component without removing the component from the gas turbine engine, the method comprising: inserting, into the gas turbine engine , a repair tool attached to a cable delivery system ; positioning a tip end of the repair tool adjacent to a defect defined within a surface of the component ; temporarily attaching the tip end adjacent to the defect within the surface of the component ; and supplying a new material to the area to fill the defect ; characterized in that : the new material is a liquid metal; the repair tool includes a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool ; and supplying the material to the area to fill the defect comprises: supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool ; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal. inserting, into the gas turbine engine , a repair tool attached to a cable delivery system ; positioning a tip end of the repair tool adjacent to a defect defined within a surface of the component ; temporarily attaching the tip end adjacent to the defect within the surface of the component ; and supplying a new material to the area to fill the defect ; characterized in that : the new material is a liquid metal; the repair tool includes a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool ; and supplying the material to the area to fill the defect comprises: supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool ; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal. the new material is a liquid metal; the repair tool includes a high temperature conduit extending lengthwise between a material supply end of the repair tool and the tip end of the repair tool ; and supplying the material to the area to fill the defect comprises: supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool ; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal. supplying the liquid metal from the material supply end of the repair tool through the high temperature conduit to the tip end of the repair tool ; and expelling the liquid metal from the tip end of the repair tool in a direction of the defect such that a fillable volume defined by the defect is at least partially filled with the liquid metal.
A method, comprising the following steps performed by a hosted computing environment: obtaining , from a computing device of a user, a request to store a data set on a storage system; dividing the data set into a set of fixed-length plaintext objects; generating (612, 614, 704-708) a set of block-level ciphertext objects representing the set of fixed-length plaintext objects in encrypted form, wherein generating the set of block-level ciphertext objects comprises, for each fixed-length plaintext object of the set of fixed-length plaintext objects, convergently encrypting the fixed-length plaintext object with an encryption key derived based at least in part on the fixed-length plaintext object to result in a block-level ciphertext object representing the fixed-length plaintext object; storing , within the storage system, those block-level ciphertext objects of the set of block-level ciphertext objects that are not duplicative of a block-level ciphertext object that is already stored within the storage system; generating a manifest for the data set, the manifest identifying the set of block-level ciphertext objects that collectively represent the data set and, for each block-level ciphertext object of the set of block-level ciphertext objects, the encryption key with which the block-level ciphertext object is encrypted; and storing the manifest within the storage system. obtaining , from a computing device of a user, a request to store a data set on a storage system; dividing the data set into a set of fixed-length plaintext objects; generating (612, 614, 704-708) a set of block-level ciphertext objects representing the set of fixed-length plaintext objects in encrypted form, wherein generating the set of block-level ciphertext objects comprises, for each fixed-length plaintext object of the set of fixed-length plaintext objects, convergently encrypting the fixed-length plaintext object with an encryption key derived based at least in part on the fixed-length plaintext object to result in a block-level ciphertext object representing the fixed-length plaintext object; storing , within the storage system, those block-level ciphertext objects of the set of block-level ciphertext objects that are not duplicative of a block-level ciphertext object that is already stored within the storage system; generating a manifest for the data set, the manifest identifying the set of block-level ciphertext objects that collectively represent the data set and, for each block-level ciphertext object of the set of block-level ciphertext objects, the encryption key with which the block-level ciphertext object is encrypted; and storing the manifest within the storage system.
A process for producing a sensor component for detecting an analyte, the process comprising providing an insulating substrate disposed between a first electrode and a second electrode ; providing a monomer electrolyte solution, the monomer electrolyte solution comprising a plurality of monomer molecules capable of electrochemical growth to form a plurality of conducting polymer molecules; electrochemically growing a plurality of conducting polymer molecules from the monomer electrolyte solution, the plurality of conducting polymer molecules being grown on the surface of the insulating substrate to connect the first electrode to the second electrode and being capable of displaying a change in an electrical property in response to interaction with an analyte ; and ceasing electrochemical growth of the conductive polymer molecules to provide a percolation network , wherein cyclic voltammetry is not employed to grow the plurality of conducting polymers, characterised in that a plurality of conductive nodes are disposed on a surface of the insulating substrate. providing an insulating substrate disposed between a first electrode and a second electrode ; providing a monomer electrolyte solution, the monomer electrolyte solution comprising a plurality of monomer molecules capable of electrochemical growth to form a plurality of conducting polymer molecules; electrochemically growing a plurality of conducting polymer molecules from the monomer electrolyte solution, the plurality of conducting polymer molecules being grown on the surface of the insulating substrate to connect the first electrode to the second electrode and being capable of displaying a change in an electrical property in response to interaction with an analyte ; and ceasing electrochemical growth of the conductive polymer molecules to provide a percolation network , wherein cyclic voltammetry is not employed to grow the plurality of conducting polymers, characterised in that a plurality of conductive nodes are disposed on a surface of the insulating substrate.
A holder assembly for receiving a portable electronic apparatus with a display, the holder assembly comprising a housing comprising a cavity, a wall with an aperture for viewing, so as to allow a user to see the display, the holder assembly comprising a spacer removable from the housing , for insertion within the cavity, so as to define a receptacle within the cavity, of a volume smaller than that of the cavity, when the holder is inserted into the cavity, the adaptation wedge comprising - a primary shim comprising a base in the form of a rectangular plate having a rim having a thickness H relative to the base, extending along three of the sides of the base , said rim thus forming three inner rims oriented towards the inside of the base , - an intermediate wedge forming a U-shaped plate or a rectangular plate , arranged so as to extend on the base of the primary wedge with the outer edges of the U or of the rectangle of the intermediate wedge in contact with the three inner edges of the rim of the primary wedge , the adaptation wedge further comprising a secondary wedge forming a U-shaped plate, extending over the intermediate wedge , in contact with the three inner edges of the rim of the primary wedge , characterized in that the adaptation wedge comprises a tertiary wedge forming an L-shaped plate, extending over the primary wedge or over the intermediate wedge and whose outer edges, located on the side of the obtuse angle of the L, are in contact with two of the inner edges of the U formed by the secondary wedge . - a primary shim comprising a base in the form of a rectangular plate having a rim having a thickness H relative to the base, extending along three of the sides of the base , said rim thus forming three inner rims oriented towards the inside of the base , - an intermediate wedge forming a U-shaped plate or a rectangular plate , arranged so as to extend on the base of the primary wedge with the outer edges of the U or of the rectangle of the intermediate wedge in contact with the three inner edges of the rim of the primary wedge ,
A reel based closure system comprising: a base member that defines an interior region; a housing component that is positionable within the interior region of the base member and that is releasably coupleable with the base member ; a spool component rotatably positioned within the housing component , the spool component being configured so that a tension member is windable about the spool component ; a tightening component rotatably coupled with the housing component and operably coupled with the spool component such that an operation of the tightening component causes the spool component to rotate within the housing component to wind the tension member about the spool component and thereby tighten an article; wherein the housing component is coupleable with the base member by axially inserting the housing component within the interior region of the base member and rotating the housing component relative to the base member ; wherein the housing component is detachable from the base member without requiring a rotation of the housing component relative to the base member , wherein the housing component is detachable from the base member upon application of a force to the housing component that causes the housing component to move axially out of the interior region of the base member , and wherein the axial movement of the housing component out of the interior region of the base member is achieved via a deflection of at least a portion of the base member upon application of the force to the housing component . a base member that defines an interior region; a housing component that is positionable within the interior region of the base member and that is releasably coupleable with the base member ; a spool component rotatably positioned within the housing component , the spool component being configured so that a tension member is windable about the spool component ; a tightening component rotatably coupled with the housing component and operably coupled with the spool component such that an operation of the tightening component causes the spool component to rotate within the housing component to wind the tension member about the spool component and thereby tighten an article; wherein the housing component is coupleable with the base member by axially inserting the housing component within the interior region of the base member and rotating the housing component relative to the base member ; wherein the housing component is detachable from the base member without requiring a rotation of the housing component relative to the base member , wherein the housing component is detachable from the base member upon application of a force to the housing component that causes the housing component to move axially out of the interior region of the base member , and wherein the axial movement of the housing component out of the interior region of the base member is achieved via a deflection of at least a portion of the base member upon application of the force to the housing component .
A composition for a non-aqueous secondary battery functional layer comprising: non-conductive particles; a water-soluble polymer including a (meth)acrylamide monomer unit in a proportion of 40 mass% or more and having a weight average molecular weight of less than 2.0 × 10 5 ; and a particulate polymer. non-conductive particles; a water-soluble polymer including a (meth)acrylamide monomer unit in a proportion of 40 mass% or more and having a weight average molecular weight of less than 2.0 × 10 5 ; and a particulate polymer.
A system comprising: an optical module ; and a host electronic board , wherein the optical module is configured to be plugged into the host electronic board , the optical module comprising: a quantum photonic integrated circuit ; a temperature control element, TCE ; a housing configured to house said quantum photonic integrated circuit and said temperature control element ; and a circuit board configured to route electric signals to and/or from the quantum photonic integrated circuit , wherein the quantum photonic integrated circuit is attached to the temperature control element , such that said quantum photonic integrated circuit is in thermal communication with said temperature control element ; and the temperature control element is attached directly to the housing , wherein the temperature control element is attached to the housing without any other part between them or the temperature control element is attached to the housing with a thermal interface material between them, such that said temperature control element is in direct thermal communication with the housing such that the housing is configured to dissipate heat generated by the temperature control element, the host electronic board comprises a socket , and, wherein the circuit board comprises a connector configured to plug into the socket , the housing further comprising a temperature control element receptacle that is configured to receive the TCE , the TCE receptacle being configured to adjust the height of the quantum photonic integrated circuit relative to the circuit board . an optical module ; and a host electronic board , a quantum photonic integrated circuit ; a temperature control element, TCE ; a housing configured to house said quantum photonic integrated circuit and said temperature control element ; and a circuit board configured to route electric signals to and/or from the quantum photonic integrated circuit , wherein the quantum photonic integrated circuit is attached to the temperature control element , such that said quantum photonic integrated circuit is in thermal communication with said temperature control element ; and the temperature control element is attached directly to the housing , wherein the temperature control element is attached to the housing without any other part between them or the temperature control element is attached to the housing with a thermal interface material between them, such that said temperature control element is in direct thermal communication with the housing such that the housing is configured to dissipate heat generated by the temperature control element, the host electronic board comprises a socket , and, wherein the circuit board comprises a connector configured to plug into the socket , the housing further comprising a temperature control element receptacle that is configured to receive the TCE , the TCE receptacle being configured to adjust the height of the quantum photonic integrated circuit relative to the circuit board .
A gas-operated spring with overtravel safety device, comprising: - a tubular containment jacket , - an end face , - an opposite annular portion for closing said tubular jacket and for the passage of a piston rod , - a piston rod arranged so as to pass through said annular portion , a chamber for pressurized gas being defined between said tubular jacket, said end face, said annular passage portion for a piston rod, and said piston rod, means for clearly indicating that overtravel for said piston rod has occurred, and an annular safety body , which defines said opposite passage portion for said piston rod , arranged in said jacket , characterized in that said means for clearly indicating that overtravel has occurred are constituted by a plastically deformable ring which is fixed between said annular safety body and the inner rim of a mouth of said tubular jacket in which said annular safety body is inserted, said plastically deformable ring being normally arranged so that at least one portion thereof is external to said tubular jacket. - a tubular containment jacket , - an end face , - an opposite annular portion for closing said tubular jacket and for the passage of a piston rod , - a piston rod arranged so as to pass through said annular portion , a chamber for pressurized gas being defined between said tubular jacket, said end face, said annular passage portion for a piston rod, and said piston rod, means for clearly indicating that overtravel for said piston rod has occurred, and an annular safety body , which defines said opposite passage portion for said piston rod , arranged in said jacket , characterized in that said means for clearly indicating that overtravel has occurred are constituted by a plastically deformable ring which is fixed between said annular safety body and the inner rim of a mouth of said tubular jacket in which said annular safety body is inserted, said plastically deformable ring being normally arranged so that at least one portion thereof is external to said tubular jacket. a chamber for pressurized gas being defined between said tubular jacket, said end face, said annular passage portion for a piston rod, and said piston rod, means for clearly indicating that overtravel for said piston rod has occurred, and an annular safety body , which defines said opposite passage portion for said piston rod , arranged in said jacket , characterized in that said means for clearly indicating that overtravel has occurred are constituted by a plastically deformable ring which is fixed between said annular safety body and the inner rim of a mouth of said tubular jacket in which said annular safety body is inserted, said plastically deformable ring being normally arranged so that at least one portion thereof is external to said tubular jacket.
A multi-faceted scattering panel for redirecting radio frequency signals (6', 6"), the panel comprising a plurality of facets each facing in a different direction to at least one other facet of the panel, and each facet comprising an electrically conductive planar surface of one of a plurality of sheet like members of the panel; wherein said sheet like members are coupled to one another along their edges such that the facets together combine to provide a set of adjacent concave reflectors, wherein the set of adjacent concave reflectors comprises a first concave reflector and a second concave reflector , wherein the first concave reflector is connected to the second concave reflector along a first intersection , along which facets of the first and second reflectors meet at an angle greater than 90 degrees and less than 180 degrees, and wherein the second reflector is connected to a third concave reflector along a second intersection along which the facets of the second and third reflectors meet at an angle greater than 180 degrees.
A cleaning device for leather pieces and leather articles, characterized in that the cleaning device comprising a base plate arranged vertically and accommodated in a water container , an endless working belt driven by a rubberized wheel mounted on a drive shaft, a set of washing rollers being mounted in the lower part of said base plate 8), and above the set of washing rollers , a squeezing mechanism is arranged, comprising a driving-squeezing roller (6.6) and a pressing roller (6.4), after said squeezing mechanism , a system of rollers for additional squeezing of the working belt , an upper guide roller (17.1) and a lower guide roller (17.2) are arranged sequentially, wherein an end guide roller is arranged outside said container for taking a part of the working belt out of the container into a working area for cleaning leather pieces, wherein said endless working belt is passed successively through a tension roller for adjusting the belt clearance, said rubberized wheel , said group of washing rollers , said squeezing mechanism , said system of rollers for additional squeezing of the endless working belt , said upper guide roller (17.1), said end guide roller , said lower guide roller (17.2) and again the tension roller , wherein the drive shaft with the rubberized wheel and the driving-squeezing roller (6.6) are connected to a stepper motor through belt drives and a magnetic coupling having a first magnet holder and a second magnet holder, whereby said stepper motor and said second magnet holder connected to the stepper motor are arranged outside the water container .