mhurhangee/patent-ind-claim-en huggingface dataset:
A covered gutter assembly comprising a covered gutter and at least one bracket , said bracket adapted to be fixed to a building and to support the covered gutter once so fixed, said covered gutter providing an elongate channel in which to receive water from an overhead water feed, such as a roof, wherein the water may from time to time be carrying solid content, said covered gutter comprising: a) a channel formation comprising front and rear walls upstanding from a base region to define a channel , and b) a cover formation extending from the rear wall of the channel formation and over the channel , there being an undercut portion of the cover which, together with an upper edge of the front wall of the channel , defines an elongate mouth opening along the gutter, and wherein said cover formation is adapted to guide water from the water feed through the mouth opening and into the channel , while assisting to deflect solid content away from the mouth opening wherein the bracket has a rear flange which is adapted for fastening against a planar building surface of said building, a latch extending from an upper edge of the rear flange adapted to engage with a projection from the top of the cover formation , and a lower member extending from a lower edge of the rear flange adapted to engage with the base of the channel formation , such that the covered gutter , when so engaged with the bracket , is constrained from movement relative to the building surface wherein said bracket , in a closed condition, has its lower member adapted to extend contiguous to the exterior profile of the base and at least a substantial portion of the front wall of the channel formation , such that the bracket encloses a substantial majority of the outer profile of the channel formation , characterised by said lower member being hinged relative to the rear flange about a hinge point to permit the bracket to assume an open condition wherein the gutter can be removed from the bracket . a) a channel formation comprising front and rear walls upstanding from a base region to define a channel , and b) a cover formation extending from the rear wall of the channel formation and over the channel ,
An airfoil structure for a rotor of a gas turbine engine comprising: an airfoil including a suction side cooling circuit with at least two segments connected by at least one impingement passage , wherein an outlet of the impingement passage is directed toward a suction side of the airfoil , a pressure side cooling circuit extending along a pressure side of the airfoil , a leading edge cooling circuit extending along a leading edge of the airfoil , a trailing edge cooling circuit extending along a trailing edge of the airfoil and a central wall dividing the pressure side cooling circuit from the suction side cooling circuit ; characterised in that the suction side cooling circuit includes at least one longitudinal section extending radially and including the at least two segments .
A non-pneumatic wheel defining axial, radial, and circumferential directions, the non-pneumatic wheel comprising: a cylindrically-shaped hub extending along the axial direction (A) between opposing sides of the wheel; a compliant, load supporting annular shear band positioned radially-outward of the hub and concentric with the hub ; and a support structure positioned radially-outward of the cylindrically-shaped hub and radially-inward of the annular shear band , the support structure comprising a plurality of spokes extending transversely over the hub between opposing sides of the wheel, each spoke having at least a pair of edges and a main body portion , characterized in that for each spoke at least one of the edges includes an edge guard portion having a lower Shore hardness than the main body portion , wherein the Shore hardness is measured using a durometer pursuant to ASTM D2240. a cylindrically-shaped hub extending along the axial direction (A) between opposing sides of the wheel; a compliant, load supporting annular shear band positioned radially-outward of the hub and concentric with the hub ; and a support structure positioned radially-outward of the cylindrically-shaped hub and radially-inward of the annular shear band , the support structure comprising a plurality of spokes extending transversely over the hub between opposing sides of the wheel, each spoke having at least a pair of edges and a main body portion , characterized in that for each spoke at least one of the edges includes an edge guard portion having a lower Shore hardness than the main body portion , wherein the Shore hardness is measured using a durometer pursuant to ASTM D2240.
Supply device for feeding transported goods laterally onto a conveying installation , having: - a drive roller ; - at least one end roller ; and - a plurality of conveyor belts , wherein the conveyor belts are disposed approximately along the supply direction and approximately in parallel next to one another, and wherein a belt length of the respective conveyor belts increases from a first lateral end portion of the supply device to a second lateral end portion of the supply device; wherein each of the end rollers is assigned one of the conveyor belts which encompasses the drive roller and the assigned end roller , and which is able to be driven by means of the drive roller ; wherein each of the conveyor belts on the internal side thereof has a guide strip which is disposed approximately along a supply direction and which for laterally guiding the respective conveyor belt engages in a guide groove that is assigned to each guide strip ; and wherein each of the guide grooves is configured in the drive roller and in the at least one end roller , characterized in that at least one friction-increasing element for increasing the friction between the respective conveyor belt and the drive roller is configured on the drive roller , and in that on the drive roller at least one receptacle for the friction-increasing element is configured on each side of the respective guide groove , and one friction-increasing element is in each case disposed in the respective receptacle . - a drive roller ; - at least one end roller ; and - a plurality of conveyor belts , wherein each of the end rollers is assigned one of the conveyor belts which encompasses the drive roller and the assigned end roller , and which is able to be driven by means of the drive roller ; wherein each of the conveyor belts on the internal side thereof has a guide strip which is disposed approximately along a supply direction and which for laterally guiding the respective conveyor belt engages in a guide groove that is assigned to each guide strip ; and wherein each of the guide grooves is configured in the drive roller and in the at least one end roller , characterized in that at least one friction-increasing element for increasing the friction between the respective conveyor belt and the drive roller is configured on the drive roller , and in that on the drive roller at least one receptacle for the friction-increasing element is configured on each side of the respective guide groove , and one friction-increasing element is in each case disposed in the respective receptacle .
A rotor (3, 3', 3") for a hover-capable aircraft , comprising: - a hub rotatable about a first axis (A); and - at least two blades hinged to said hub ; each of said blade comprising a main portion hinged to said hub and a tip portion (11, 11"), which is arranged radially outermost from said first axis (A) with respect to the corresponding main portion ; said tip portion (11, 11") of each of said blade being movable with respect to the corresponding said main portion of that blade between: - a first position, in which it defines a dihedral or anhedral angle (α) with respect to the corresponding said main portion ; and - a second position, in which it defines a positive or negative sweep angle (β) with respect to the corresponding said main portion ; each of said blade comprising at least two actuating rods , which are operatively connected to the respective said tip portion (11, 11") to cause its transition with respect to the corresponding main portion ; each of said actuating rod being rotatable about said second axis (C); characterized in that each of said actuating rod is curved, at least in part, with respect to said second axis (C) ; said tip portion comprising at least one rib lying on a plane transversal to said second axis (C) and defining a pair of apertures , which are engaged in a freely rotatable manner about said second axis (C) by said respective actuating rods ; said ribs maintaining, in use, the respective sections undeformed on planes transversal to said actuating rods during the transition between said first and second positions; the sections of said tip portion (11, 11") interposed between said ribs shear deforming, in use, transversely to said tip portion (11, 11") during the transition between said first and second positions. - a hub rotatable about a first axis (A); and - at least two blades hinged to said hub ; - a first position, in which it defines a dihedral or anhedral angle (α) with respect to the corresponding said main portion ; and - a second position, in which it defines a positive or negative sweep angle (β) with respect to the corresponding said main portion ;
A computer-implemented method comprising: receiving an image comprising a plurality of pixels and pixel information for each respective pixel, wherein the pixel information is received from a neural network, and wherein a plurality of bounding boxes is generated by the neural network for each identified object within the image, and wherein each pixel information indicates a bounding box corresponding to an identified object within the image associated with the respective pixel and a confidence score associated with the bounding box for the respective pixel; iteratively filtering, from the plurality of pixels, pixels that do not correspond to a center of at least one of the bounding boxes, until a subset of pixels each of which correspond to the center of at least one of the bounding boxes is obtained; and determining, based on the subset of pixels, a final bounding box associated with each identified object of the image based on an overlapping of the bounding boxes of the subset of pixels and the associated confidence scores. receiving an image comprising a plurality of pixels and pixel information for each respective pixel, wherein the pixel information is received from a neural network, and wherein a plurality of bounding boxes is generated by the neural network for each identified object within the image, and wherein each pixel information indicates a bounding box corresponding to an identified object within the image associated with the respective pixel and a confidence score associated with the bounding box for the respective pixel; iteratively filtering, from the plurality of pixels, pixels that do not correspond to a center of at least one of the bounding boxes, until a subset of pixels each of which correspond to the center of at least one of the bounding boxes is obtained; and determining, based on the subset of pixels, a final bounding box associated with each identified object of the image based on an overlapping of the bounding boxes of the subset of pixels and the associated confidence scores.
A random number generation device comprising: a pseudo-random number generation circuit configured to generate a plurality of first pseudo-random numbers; an orthogonal transformation circuit (12; 20; 30) configured to generate a plurality of normal random numbers by performing orthogonal transformation on the plurality of first pseudo-random numbers; and characterized by a sum of squares circuit configured to generate exponential random numbers that are half in number of the plurality of normal random numbers by calculating a sum of squares for two each of the plurality of normal random numbers. a pseudo-random number generation circuit configured to generate a plurality of first pseudo-random numbers; an orthogonal transformation circuit (12; 20; 30) configured to generate a plurality of normal random numbers by performing orthogonal transformation on the plurality of first pseudo-random numbers; and characterized by a sum of squares circuit configured to generate exponential random numbers that are half in number of the plurality of normal random numbers by calculating a sum of squares for two each of the plurality of normal random numbers.
A sensor insertion assembly comprising: a cylindrical sensor insertion device comprising a needle member configured to be inserted in a living body together with a biological information sensor and to be pulled out of the living body after leaving a distal end side of the sensor in the living body; and a base plate detachably attached to a first end side of the sensor insertion device , the base plate comprising a clamp portion configured to move so as to clamp a proximal end side of the sensor extending to an outside of the living body after pulling out the needle member and along with an operation of detaching the sensor insertion device from the base plate ; characterized in that one of the sensor insertion device and the base plate is configured to be relatively rotated with respect to the other in the circumferential direction (D) of the sensor insertion device , the clamp portion includes first and second leaf springs configured to clamp the proximal end side of the sensor , and the sensor insertion device is detachable from the base plate by being rotated with respect to the base plate , and the sensor insertion device includes a cam portion configured to change an engagement relationship with the first and second leaf springs along with an operation of the rotating and thereby change an amount of elastic deformation of the first and second leaf springs . a cylindrical sensor insertion device comprising a needle member configured to be inserted in a living body together with a biological information sensor and to be pulled out of the living body after leaving a distal end side of the sensor in the living body; and a base plate detachably attached to a first end side of the sensor insertion device , the base plate comprising a clamp portion configured to move so as to clamp a proximal end side of the sensor extending to an outside of the living body after pulling out the needle member and along with an operation of detaching the sensor insertion device from the base plate ; characterized in that one of the sensor insertion device and the base plate is configured to be relatively rotated with respect to the other in the circumferential direction (D) of the sensor insertion device , the clamp portion includes first and second leaf springs configured to clamp the proximal end side of the sensor , and the sensor insertion device is detachable from the base plate by being rotated with respect to the base plate , and the sensor insertion device includes a cam portion configured to change an engagement relationship with the first and second leaf springs along with an operation of the rotating and thereby change an amount of elastic deformation of the first and second leaf springs .
A mobile telephone, comprising: a cartilage conduction unit (24,26; 224, 226; 1024, 1026; 2524, 2526; 4263a, 4263b; 4863a, 4863b; 5124, 5126) adapted to make contact with ear cartilage and provided to each of two corner parts at an upper side of the mobile telephone , wherein each of two end parts of a cartilage conduction vibration source for conducting vibration to the cartilage conduction unit is respectively supported inside a pair of elastic bodies (4263a, 4263b; 4363a, 4363b; 4863a, 4863b), and an exterior of each of the pair of elastic bodies is respectively arranged at the two corner parts at the upper side of the mobile telephone as the cartilage conduction units, and an elastic body (4263c, 4263d; 4363c. 4362d; 4863c, 4863d) is arranged at each of two corner parts at the lower side of the mobile telephone and is configured, together with the pair of elastic bodies arranged at the two corner parts at the upper side of the mobile telephone, so as to attenuate a collision from an external unit with the four corner parts of the mobile telephone. a cartilage conduction unit (24,26; 224, 226; 1024, 1026; 2524, 2526; 4263a, 4263b; 4863a, 4863b; 5124, 5126) adapted to make contact with ear cartilage and provided to each of two corner parts at an upper side of the mobile telephone , wherein each of two end parts of a cartilage conduction vibration source for conducting vibration to the cartilage conduction unit is respectively supported inside a pair of elastic bodies (4263a, 4263b; 4363a, 4363b; 4863a, 4863b), and an exterior of each of the pair of elastic bodies is respectively arranged at the two corner parts at the upper side of the mobile telephone as the cartilage conduction units, and an elastic body (4263c, 4263d; 4363c. 4362d; 4863c, 4863d) is arranged at each of two corner parts at the lower side of the mobile telephone and is configured, together with the pair of elastic bodies arranged at the two corner parts at the upper side of the mobile telephone, so as to attenuate a collision from an external unit with the four corner parts of the mobile telephone.
Timepiece mechanism for a timepiece movement, having a mobile comprising a toothset having at least one tooth of a first type and at least one tooth of a second type , a jumper designed to cooperate with said toothset so as to define discrete positions of said mobile , a pawl intended to be actuated by a drive mobile of the timepiece movement in order to act on said toothset and move said mobile by at least one step on each actuation, characterized in that said pawl exhibits a travel such that it is able to act on said toothset in order to move said mobile by two steps on each actuation, in that the timepiece mechanism has a correction mobile having at least one first state and at least one second state, different from said first state, said correction mobile being designed so as to be able to cooperate with said pawl , during the actuation of the latter, to define at least two different paths of the pawl that are associated with said first state and with said second state, respectively, and in that said pawl and said correction mobile are designed such that, on each actuation of said pawl : - said pawl acts on said toothset to move said mobile by one step, and - said pawl acts on said toothset to move said mobile by an additional step only when said correction mobile is in a second state and said at least one tooth of the second type is situated along the travel of said pawl . a mobile comprising a toothset having at least one tooth of a first type and at least one tooth of a second type , a jumper designed to cooperate with said toothset so as to define discrete positions of said mobile , a pawl intended to be actuated by a drive mobile of the timepiece movement in order to act on said toothset and move said mobile by at least one step on each actuation, characterized in that said pawl exhibits a travel such that it is able to act on said toothset in order to move said mobile by two steps on each actuation, in that the timepiece mechanism has a correction mobile having at least one first state and at least one second state, different from said first state, said correction mobile being designed so as to be able to cooperate with said pawl , during the actuation of the latter, to define at least two different paths of the pawl that are associated with said first state and with said second state, respectively, and in that said pawl and said correction mobile are designed such that, on each actuation of said pawl : - said pawl acts on said toothset to move said mobile by one step, and - said pawl acts on said toothset to move said mobile by an additional step only when said correction mobile is in a second state and said at least one tooth of the second type is situated along the travel of said pawl . - said pawl acts on said toothset to move said mobile by one step, and - said pawl acts on said toothset to move said mobile by an additional step only when said correction mobile is in a second state and said at least one tooth of the second type is situated along the travel of said pawl .
A method comprising: drawing ink into a printhead assembly by operating a pump in fluid communication with the printhead assembly for a first period of time at a first speed, characterised in that an amount of ink drawn into the printhead assembly during the first period is sufficient to cover nozzles of a die at an outlet of the printhead assembly ; and in that the method further comprises: evacuating air within the printhead assembly by operating the pump for a second period of time after the first period of time at a second speed greater than the first speed.
A solar cell, comprising: a silicon substrate , wherein the silicon substrate has a front side and a rear side; a finger electrode formed on the front side of the silicon substrate wherein the finger electrode is in electric contact with the silicon substrate, wherein the finger electrode comprises a silver component and a glass binder, and wherein the finger electrode is substantively free of other conductive metals than the silver component; and a busbar electrode formed on the front side of the silicon substrate wherein the busbar electrode is in electric contact with the finger electrode and wherein the busbar electrode comprises: a silver component; a second metal selected from the group consisting of nickel, copper, alloys thereof, and mixtures thereof; and a glass binder. a silicon substrate , wherein the silicon substrate has a front side and a rear side; a finger electrode formed on the front side of the silicon substrate wherein the finger electrode is in electric contact with the silicon substrate, wherein the finger electrode comprises a silver component and a glass binder, and wherein the finger electrode is substantively free of other conductive metals than the silver component; and a busbar electrode formed on the front side of the silicon substrate wherein the busbar electrode is in electric contact with the finger electrode and wherein the busbar electrode comprises: a silver component; a second metal selected from the group consisting of nickel, copper, alloys thereof, and mixtures thereof; and a glass binder.
A ply coat rubber composition, the rubber composition comprising: from 60 to 100 phr of natural rubber, from 0 to 40 phr of synthetic polyisoprene, from 30 to 80 phr of pre-silanized precipitated silica, from 0.1 phr to 5 phr of a cobalt salt, from 0 to 15 phr of carbon black, from 0 to 5 phr of resin, and from 0 to 8 phr of oil. from 60 to 100 phr of natural rubber, from 0 to 40 phr of synthetic polyisoprene, from 30 to 80 phr of pre-silanized precipitated silica, from 0.1 phr to 5 phr of a cobalt salt, from 0 to 15 phr of carbon black, from 0 to 5 phr of resin, and from 0 to 8 phr of oil.