mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reducing a burn-on time of a composite component for a gas turbine engine after the composite component has been heated, wherein the composite component comprises a body comprising a plurality of fibres layered between a front face of the body and a rear face of the body within a matrix material to form layers of fibres, wherein the body comprises an edge face between the front face and the rear face at least partially formed by edges of the layers of fibres, the method comprising: shaping an edge portion of the body in order to control a local concentration of flammable vapours from the matrix material at the edge face of the body, the flammable vapours having been produced during heating of the composite component and having passed between the layers of fibre of the body to the edge face; wherein the edge portion is shaped such that positions of the edges of two or more of the layers of fibres are staggered in a direction (D) parallel to the front face of the body, such that at least a portion of the edge face is formed at an non-perpendicular angle relative to the front face and the edge portion is also shaped such that the edge face has an undulating profile along the length of the edge face. shaping an edge portion of the body in order to control a local concentration of flammable vapours from the matrix material at the edge face of the body, the flammable vapours having been produced during heating of the composite component and having passed between the layers of fibre of the body to the edge face; wherein the edge portion is shaped such that positions of the edges of two or more of the layers of fibres are staggered in a direction (D) parallel to the front face of the body, such that at least a portion of the edge face is formed at an non-perpendicular angle relative to the front face and the edge portion is also shaped such that the edge face has an undulating profile along the length of the edge face.
A poultry containment , in particular for laying eggs for ducks, comprising: - a bottom surface , - a plurality of side-by-side laying nests arranged above the bottom surface, - at least one support member (100; 20) extending vertically from a lower standing end (101; 21) to an upper free end (102; 22) and being vertically movable relative to the floor surface, and - a locking member cooperating with the support member to lock movement of the support member in a vertically upward standing direction relative to the floor surface and to allow movement of the support member relative to the floor surface in a vertically downwardly directed freewheeling direction , comprising a one-way clutch that prevents the supprt member from retracting in the standing direction and allows the extension of the support member in the freewheeling direction in order to reduce the height of the bottom surface and the laying nests above a support surface on which the poultry containment is put up. - a bottom surface , - a plurality of side-by-side laying nests arranged above the bottom surface, - at least one support member (100; 20) extending vertically from a lower standing end (101; 21) to an upper free end (102; 22) and being vertically movable relative to the floor surface, and - a locking member cooperating with the support member to lock movement of the support member in a vertically upward standing direction relative to the floor surface and to allow movement of the support member relative to the floor surface in a vertically downwardly directed freewheeling direction , comprising a one-way clutch that prevents the supprt member from retracting in the standing direction and allows the extension of the support member in the freewheeling direction in order to reduce the height of the bottom surface and the laying nests above a support surface on which the poultry containment is put up.
A wire harness assembly system comprising: a grid tile comprising keyed holes extending through the grid tile , the grid tile having a bottom with a plurality of V-shaped grooves ; a locking mount for receiving a wire routing accessory, wherein the locking mount comprises a main body with an upper portion , a base flange , and a lower portion ; wherein the lower portion includes a locating shaft extending from the base flange, the locating shaft having keyed members positioned opposite each other, the keyed members corresponding to the keyed holes of the grid tile ; wherein the keyed members include rectangular side projections with an angled top portion ; wherein the locking mount is positioned in the keyed holes in the grid tile and rotated to a locked position in the grid tile such that the angled top portion of the rectangular side projection is positioned in one of the V-shaped grooves in the bottom of the grid tile , thereby securing the wire routing accessory mounted thereto; a grid tile comprising keyed holes extending through the grid tile , the grid tile having a bottom with a plurality of V-shaped grooves ; a locking mount for receiving a wire routing accessory, wherein the locking mount comprises a main body with an upper portion , a base flange , and a lower portion ; wherein the lower portion includes a locating shaft extending from the base flange, the locating shaft having keyed members positioned opposite each other, the keyed members corresponding to the keyed holes of the grid tile ; wherein the keyed members include rectangular side projections with an angled top portion ; wherein the locking mount is positioned in the keyed holes in the grid tile and rotated to a locked position in the grid tile such that the angled top portion of the rectangular side projection is positioned in one of the V-shaped grooves in the bottom of the grid tile , thereby securing the wire routing accessory mounted thereto;
A bone plate (20; 150; 170; 180; 210) comprising: a body having a length defining a central longitudinal axis (L; L1, L2) and a width (W1, W2, W3; W4, W5, W6) defining an extent of the bone plate transverse to the central longitudinal axis (L), and wherein the body includes a top surface and a bone facing surface opposite the top surface, the bone facing surface including a first surface ; a first fixation hole (60A-H) extending through the body from the top surface to the bone facing surface ; and a pad extending out a distance from the first surface at a location on the bone facing surface adjacent the first fixation hole (60A-H); characterized in that it further comprises a channel on the bone facing surface extending along at least a portion of the central longitudinal axis adjacent the first fixation hole (60A-H), the channel bisecting the pad in a first pad portion and a second pad portion. a body having a length defining a central longitudinal axis (L; L1, L2) and a width (W1, W2, W3; W4, W5, W6) defining an extent of the bone plate transverse to the central longitudinal axis (L), and wherein the body includes a top surface and a bone facing surface opposite the top surface, the bone facing surface including a first surface ; a first fixation hole (60A-H) extending through the body from the top surface to the bone facing surface ; and a pad extending out a distance from the first surface at a location on the bone facing surface adjacent the first fixation hole (60A-H); characterized in that it further comprises a channel on the bone facing surface extending along at least a portion of the central longitudinal axis adjacent the first fixation hole (60A-H), the channel bisecting the pad in a first pad portion and a second pad portion.
A porous tantalum metal screw for fracture fixation, comprising a screw body ; a front end thread segment is arranged at the front end of the screw body , a rear end thread segment is arranged at the rear end of the screw body , and there is a smooth round bar between the front end thread segment and the rear end thread segment ; wherein a thread pitch of the rear end thread segment is smaller than that of the front end thread segment , and a thread depth of the rear end thread segment is greater than that of the front end thread segment , outer surfaces of two sides of the end of the rear end thread segment are provided with grooves which are symmetrically arranged on a centerline of the screw body , and an angle between the two inclined planes of the groove is 30°.
A base station, wherein the base station comprises: a receiving unit , configured to receive, in a process of performing congestion control or overload control, a radio resource control, RRC, connection request from a user equipment, UE, wherein the RRC connection request comprises a service type indication of a service initiated by the UE, and the service type indication is used to indicate any one of a voice service, a video service, or a short message service; a determining unit , configured to determine, according to the service type indication, to establish an RRC connection for the UE; and a sending unit , configured to send an RRC connection setup message to the UE, wherein the sending unit is further configured to send a connection setup request to a mobility management network element, and the connection setup request comprises the service type indication, so that in a process of performing the congestion control or the overload control, if the mobility management network element receives from the UE a non-access stratum, NAS, request that comprises the service type indication, the mobility management network element is able to send an accept message corresponding to the NAS request to the UE; wherein the connection setup request is any one of an initial UE message, an uplink non-access stratum NAS transport message, or a direct transfer message. a receiving unit , configured to receive, in a process of performing congestion control or overload control, a radio resource control, RRC, connection request from a user equipment, UE, wherein the RRC connection request comprises a service type indication of a service initiated by the UE, and the service type indication is used to indicate any one of a voice service, a video service, or a short message service; a determining unit , configured to determine, according to the service type indication, to establish an RRC connection for the UE; and a sending unit , configured to send an RRC connection setup message to the UE, wherein the sending unit is further configured to send a connection setup request to a mobility management network element, and the connection setup request comprises the service type indication, so that in a process of performing the congestion control or the overload control, if the mobility management network element receives from the UE a non-access stratum, NAS, request that comprises the service type indication, the mobility management network element is able to send an accept message corresponding to the NAS request to the UE; wherein the connection setup request is any one of an initial UE message, an uplink non-access stratum NAS transport message, or a direct transfer message.
A gas turbine engine comprising: a spool ; a turbine coupled to drive the spool ; a propulsor coupled to be driven by said turbine through said spool ; and a gear assembly coupled between said propulsor and said spool such that rotation of said spool drives said propulsor at a different speed than said spool ; wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub , and said row includes a number (N) of said propulsor blades that is no more than 16, and wherein each of said propulsor blades extends radially between a root and a tip and in a chord direction between a leading edge and a trailing edge at the tip to define a chord dimension (CD), said row of propulsor blades defining a circumferential pitch (CP) with regard to said tips , and said row of propulsor blades has a solidity value (R) at the tip defined as CD/CP that is between 0.6 and 1.1; characterised in that : a ratio of N/R is between 12 and 16. a spool ; a turbine coupled to drive the spool ; a propulsor coupled to be driven by said turbine through said spool ; and a gear assembly coupled between said propulsor and said spool such that rotation of said spool drives said propulsor at a different speed than said spool ; wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub , and said row includes a number (N) of said propulsor blades that is no more than 16, and wherein each of said propulsor blades extends radially between a root and a tip and in a chord direction between a leading edge and a trailing edge at the tip to define a chord dimension (CD), said row of propulsor blades defining a circumferential pitch (CP) with regard to said tips , and said row of propulsor blades has a solidity value (R) at the tip defined as CD/CP that is between 0.6 and 1.1; characterised in that : a ratio of N/R is between 12 and 16.
A resin composition for coating an optical fiber comprising: a base resin containing an oligomer comprising a urethane (meth)acrylate oligomer, a monomer, and a photopolymerization initiator; and hydrophobic inorganic oxide particles, wherein the urethane (meth)acrylate oligomer is obtained by reacting a polyol compound, a polyisocyanate compound and a hydroxyl group-containing (meth)acrylate compound, wherein the monomer comprises a monomer having a phenoxy group, wherein a hydrophobic group is introduced onto the surface of the inorganic oxide particles, and the hydrophobic group is a reactive group such as a (meth)acryloyl group or a vinyl group, or a non-reactive group such as an aliphatic hydrocarbon group or an aromatic hydrocarbon group, and wherein a breaking elongation of a resin film obtained by curing the resin composition with an integrated light amount of 900 mJ/cm 2 or more and 1100 mJ/cm 2 or less is 2.5% or more and 50% or less at 23°C and a Young's modulus of the resin film is 1150 MPa or more and 2700 MPa or less at 23°C. a base resin containing an oligomer comprising a urethane (meth)acrylate oligomer, a monomer, and a photopolymerization initiator; and hydrophobic inorganic oxide particles, wherein the urethane (meth)acrylate oligomer is obtained by reacting a polyol compound, a polyisocyanate compound and a hydroxyl group-containing (meth)acrylate compound, wherein the monomer comprises a monomer having a phenoxy group, wherein a hydrophobic group is introduced onto the surface of the inorganic oxide particles, and the hydrophobic group is a reactive group such as a (meth)acryloyl group or a vinyl group, or a non-reactive group such as an aliphatic hydrocarbon group or an aromatic hydrocarbon group, and wherein a breaking elongation of a resin film obtained by curing the resin composition with an integrated light amount of 900 mJ/cm 2 or more and 1100 mJ/cm 2 or less is 2.5% or more and 50% or less at 23°C and a Young's modulus of the resin film is 1150 MPa or more and 2700 MPa or less at 23°C.
A controller for an electronic device, the controller comprising: a housing comprising a bottom surface ; an upper element having a first surface and a second surface; an input device including a trackpad configured to receive touch input through the first surface of the upper element ; a switch positioned in the housing , a portion of the first surface of the upper element being bendable relative to the second surface toward the bottom surface to actuate the switch; and a transmitter configured to transmit signals to the external electronic device. a housing comprising a bottom surface ; an upper element having a first surface and a second surface; an input device including a trackpad configured to receive touch input through the first surface of the upper element ; a switch positioned in the housing , a portion of the first surface of the upper element being bendable relative to the second surface toward the bottom surface to actuate the switch; and a transmitter configured to transmit signals to the external electronic device.
A ceiling-embedded air conditioner comprising: a box-type body unit configured to be disposed in an attic (T2) of an air-conditioning room (R); and a decorative panel mounted on a bottom surface of the body unit to extend along a ceiling surface of the air-conditioning room (R), the body unit including an outer body made of a top panel having a rectangular shape and four side plates extending downward on the air-conditioning room side from four sides of the top panel , the outer body containing a blower and a heat exchanger disposed therein, the bottom surface of the outer body being blocked by a drain pan , wherein an electrical component box is provided on side of an outer surface of the side plate , characterized in that a cable storage part for storing a drawing section of a lead wire drawn from the electrical component box and guiding the drawing section in a predetermined direction is disposed on a side of an inner surface of the side plate . a box-type body unit configured to be disposed in an attic (T2) of an air-conditioning room (R); and a decorative panel mounted on a bottom surface of the body unit to extend along a ceiling surface of the air-conditioning room (R), the body unit including an outer body made of a top panel having a rectangular shape and four side plates extending downward on the air-conditioning room side from four sides of the top panel , the outer body containing a blower and a heat exchanger disposed therein, the bottom surface of the outer body being blocked by a drain pan , wherein an electrical component box is provided on side of an outer surface of the side plate , characterized in that a cable storage part for storing a drawing section of a lead wire drawn from the electrical component box and guiding the drawing section in a predetermined direction is disposed on a side of an inner surface of the side plate .
A filtration system , comprising: a chamber ; a first bypass valve ; a fine mesh filter disposed within the chamber and defining a first volume , the first volume in fluid communication with a main exit conduit ; and a coarse mesh filter disposed within the chamber and at least partially surrounding the fine mesh filter , the coarse mesh filter and the fine mesh filter defining a second volume , the second volume in fluid communication with the first bypass valve , the coarse mesh filter and the chamber defining a third volume , characterised in that the filtration system further comprises a second bypass valve , the third volume being in fluid communication with the second bypass valve . a chamber ; a first bypass valve ; a fine mesh filter disposed within the chamber and defining a first volume , the first volume in fluid communication with a main exit conduit ; and a coarse mesh filter disposed within the chamber and at least partially surrounding the fine mesh filter , the coarse mesh filter and the fine mesh filter defining a second volume , the second volume in fluid communication with the first bypass valve , the coarse mesh filter and the chamber defining a third volume , characterised in that the filtration system further comprises a second bypass valve , the third volume being in fluid communication with the second bypass valve .
Industrial truck mast which has two, laterally spaced-apart, profile rails which are connected to one another by means of at least two crossbeams , wherein one of the two crossbeams is configured as a base crossbeam which is disposed in the base region of the profile rails , and at least one further crossbeam is spaced apart from the base crossbeam in the vertical direction of the mast , wherein a lifting slide which is provided with a load-receiving means is disposed so as to be longitudinally displaceable in the profile rails , and the mast for lifting and lowering the lifting slide in the profile rails is provided with a lifting cylinder installation which is supported on the base crossbeam , wherein the lifting cylinder installation is operatively connected to a lifting means which by way of a first end is fastened to the lifting slide, and by way of a second end is fastened to the mast , and is deflected on the lifting cylinder installation , characterized in that the lifting means by way of the second end is fastened to the further crossbeam , wherein at least one tensile-force transmitting traction means (30a; 30b) which connects the further crossbeam to the base crossbeam is provided, wherein the at least one tensile-force transmitting traction means by means of a welded connection is connected to the base crossbeam and/or the crossbeam . characterized in that the lifting means by way of the second end is fastened to the further crossbeam , wherein at least one tensile-force transmitting traction means (30a; 30b) which connects the further crossbeam to the base crossbeam is provided, wherein the at least one tensile-force transmitting traction means by means of a welded connection is connected to the base crossbeam and/or the crossbeam .
A labyrinth seal device for an air passage for cooling air (K) of a cooling system of a generator of a wind power installation , the labyrinth seal device having - a first labyrinth seal wall and a second labyrinth seal wall arranged spaced apart from the first labyrinth seal wall, wherein - the first and second labyrinth seal walls form a labyrinthine sealing section which is configured to seal the generator with respect to dirt and/or water from a surrounding area (U) and to fluidically connect the surrounding area (U) of the generator with a generator interior of the generator in order to cool the generator , wherein - the sealing section has an air directing device which is configured to direct the cooling air (K) in a flow-optimized manner through the sealing section characterized in that - the air directing device is arranged within the sealing section , spaced apart from the first and second labyrinth seal wall . - a first labyrinth seal wall and a second labyrinth seal wall arranged spaced apart from the first labyrinth seal wall, wherein - the first and second labyrinth seal walls form a labyrinthine sealing section which is configured to seal the generator with respect to dirt and/or water from a surrounding area (U) and to fluidically connect the surrounding area (U) of the generator with a generator interior of the generator in order to cool the generator , wherein - the sealing section has an air directing device which is configured to direct the cooling air (K) in a flow-optimized manner through the sealing section characterized in that - the air directing device is arranged within the sealing section , spaced apart from the first and second labyrinth seal wall .
A method for heating a steel sheet by induction heating a continuously traveling steel sheet, characterized by antecedently heating a widthwise central portion of the steel sheet, and wherein the steel sheet is heated so that an isotherm in the heating is a convex form toward an upstream side, characterised in that a first upstream isotherm is at least 200°C lower than a second downstream isotherm and in that said first and second isotherms are convex form toward the upstream side and substantially symmetric with respect to the widthwise center, and in that heights of the respective convex forms of the said first and second isotherms are within ± 30%, with respect to one another.