mhurhangee/patent-ind-claim-en huggingface dataset:
An agricultural harvesting machine for harvesting plants, in particular grain, comprising - at least one cutting means for cutting plants, - at least one conveying means for conveying the cut plants in the direction of a processing means , as well as - at least one processing means for processing the cut plants, wherein the conveying means comprises at least one inclined conveyor which is equipped with an intake channel through which cut plants can be conveyed, wherein the intake channel has a plurality of side walls which circumferentially surround a conveying chamber of the intake channel so that cut plants can be conveyed through the conveying chamber from an open front end face of the intake channel to an open rear end face of the intake channel which is opposite the front end face , wherein at least one side wall of the intake channel has at least one reinforcing structure in the region of which a wall thickness of the respective side wall is increased compared with regions outside the reinforcing structure , characterized in that a profile of the reinforcing structure is based on a result of a topology optimization, wherein at least one lower bottom wall of the intake channel formed by one of the side walls has at least one reinforcing structure , wherein at least one reinforcing structure is formed in the shape of a fully enclosed ring structure in a central region of the bottom wall . - at least one cutting means for cutting plants, - at least one conveying means for conveying the cut plants in the direction of a processing means , as well as - at least one processing means for processing the cut plants, wherein the conveying means comprises at least one inclined conveyor which is equipped with an intake channel through which cut plants can be conveyed, wherein the intake channel has a plurality of side walls which circumferentially surround a conveying chamber of the intake channel so that cut plants can be conveyed through the conveying chamber from an open front end face of the intake channel to an open rear end face of the intake channel which is opposite the front end face , wherein at least one side wall of the intake channel has at least one reinforcing structure in the region of which a wall thickness of the respective side wall is increased compared with regions outside the reinforcing structure , characterized in that a profile of the reinforcing structure is based on a result of a topology optimization, wherein at least one lower bottom wall of the intake channel formed by one of the side walls has at least one reinforcing structure , wherein at least one reinforcing structure is formed in the shape of a fully enclosed ring structure in a central region of the bottom wall .
A metallic effect pigment based on coated aluminum substrate platelets, where the aluminum substrate platelets have a thickness of 5 to 35 nm, are of monolithic construction, and are surrounded by a native passivation layer of Al 2 O 3 of less than 10 nm, where these aluminum substrate platelets are enveloped by at least one coating A of SiO 2 having a layer thickness of 10 to 100 nm, bearing a further, applied coating B of Fe 2 O 3 which envelops the substrate platelets having the SiO 2 coating A and which has a layer thickness of 5 to 45 nm, and characterized, for a ΔE45 of ≤ 3 at not more than 7% pigmentation, more particularly ΔE45° of ≤ 1 at < 7% pigmentation, by a saturation (S uv ) in the range of 0.2-0.3, a value for the hue angle (h uv ) in the range of 50-65, a value for the flop/Alman Index above 26, and a value for the Gdiff (graininess) at not more than 6.
Method for joining a reinforcement sleeve onto a rotor of an electric motor, wherein the method comprises: providing the reinforcement sleeve and the rotor , wherein the reinforcement sleeve has a cylindrical inner periphery, characterized in that the reinforcement sleeve has a cylindrical inner periphery which is undersized with respect to a cylindrical outer periphery of the rotor ; and the method further comprises: attaching at least two vacuum cups onto an outer lateral surface of the reinforcement sleeve , such that the vacuum cups adhere to the outer lateral surface of the reinforcement sleeve in a reversibly detachable manner on account of a vacuum generated between the vacuum cup and the outer lateral surface ; and joining the reinforcement sleeve onto the rotor , in that the rotor is pressed into the reinforcement sleeve in a pressing direction , wherein forces acting in the pressing direction are transferred from the vacuum cups to the reinforcement sleeve . providing the reinforcement sleeve and the rotor , wherein the reinforcement sleeve has a cylindrical inner periphery, characterized in that the reinforcement sleeve has a cylindrical inner periphery which is undersized with respect to a cylindrical outer periphery of the rotor ; and the method further comprises: attaching at least two vacuum cups onto an outer lateral surface of the reinforcement sleeve , such that the vacuum cups adhere to the outer lateral surface of the reinforcement sleeve in a reversibly detachable manner on account of a vacuum generated between the vacuum cup and the outer lateral surface ; and joining the reinforcement sleeve onto the rotor , in that the rotor is pressed into the reinforcement sleeve in a pressing direction , wherein forces acting in the pressing direction are transferred from the vacuum cups to the reinforcement sleeve . attaching at least two vacuum cups onto an outer lateral surface of the reinforcement sleeve , such that the vacuum cups adhere to the outer lateral surface of the reinforcement sleeve in a reversibly detachable manner on account of a vacuum generated between the vacuum cup and the outer lateral surface ; and joining the reinforcement sleeve onto the rotor , in that the rotor is pressed into the reinforcement sleeve in a pressing direction , wherein forces acting in the pressing direction are transferred from the vacuum cups to the reinforcement sleeve .
A method for controlling delivery of a machine type communication, MTC, group message in an MTC interworking function, MTC-IWF, , wherein the method comprises: receiving (S101) a request message from a services capability server, SCS, , wherein the request message includes a group identification, and the SCS requests to transmit a message to user equipments, UEs, within the group; transmitting (S105) a policy information request to a policy and charging rules function, PCRF, , which includes the identification for the group and a request to the PCRF for a policy that defines at least one restriction for message delivery of the group; receiving (S106) a reply for the policy information request from the PCRF , the reply including the at least one restriction for message delivery of the group, the at least one restriction including a relay mode of the group message indicating whether the group message is relayed through a gateway or a primary UE; and controlling (S107) the message delivery to the group according to the at least one restriction for message delivery defined by the policy. receiving (S101) a request message from a services capability server, SCS, , wherein the request message includes a group identification, and the SCS requests to transmit a message to user equipments, UEs, within the group; transmitting (S105) a policy information request to a policy and charging rules function, PCRF, , which includes the identification for the group and a request to the PCRF for a policy that defines at least one restriction for message delivery of the group; receiving (S106) a reply for the policy information request from the PCRF , the reply including the at least one restriction for message delivery of the group, the at least one restriction including a relay mode of the group message indicating whether the group message is relayed through a gateway or a primary UE; and controlling (S107) the message delivery to the group according to the at least one restriction for message delivery defined by the policy.
A coating method for coating a container inner wall surface with a coating agent (L), the coating method comprising: moving a spray gun that ejects the coating agent (L) and a container (C) relative to each other along a gun longitudinal direction to insert the spray gun into the container (C); and ejecting the coating agent (L) onto the container inner wall surface from the spray gun while adjusting a relative positional relationship between the spray gun and the container (C) in the gun longitudinal direction, rotating the spray gun and the container (C) relative to each other about an axis along the gun longitudinal direction, and changing at least one of a relative rotation speed between the spray gun and the container (C) and an angle range of the rotation in accordance with a shape of the container. moving a spray gun that ejects the coating agent (L) and a container (C) relative to each other along a gun longitudinal direction to insert the spray gun into the container (C); and ejecting the coating agent (L) onto the container inner wall surface from the spray gun while adjusting a relative positional relationship between the spray gun and the container (C) in the gun longitudinal direction, rotating the spray gun and the container (C) relative to each other about an axis along the gun longitudinal direction, and changing at least one of a relative rotation speed between the spray gun and the container (C) and an angle range of the rotation in accordance with a shape of the container.
A coated substrate, comprising: a light transmissive substrate having one or more major surfaces; and a coating disposed on at least a portion of one major surface of the substrate, the coating comprising a plurality of discrete layers, including: a first reflective layer; a second reflective layer disposed above first reflective layer; a third reflective layer disposed above second reflective layer; a first oxide layer disposed between first and second reflective layers; a second oxide layer disposed between second and third reflective layers; a third oxide layer disposed between the substrate and the first reflective layer; and an alloy layer disposed between first and second reflective layers and contiguous to the second reflective layer, wherein the alloy layer comprises Ni, Cr, and Mo; wherein the coating has a total thickness of 2000 Å to 4000 Å. a light transmissive substrate having one or more major surfaces; and a coating disposed on at least a portion of one major surface of the substrate, the coating comprising a plurality of discrete layers, including: a first reflective layer; a second reflective layer disposed above first reflective layer; a third reflective layer disposed above second reflective layer; a first oxide layer disposed between first and second reflective layers; a second oxide layer disposed between second and third reflective layers; a third oxide layer disposed between the substrate and the first reflective layer; and an alloy layer disposed between first and second reflective layers and contiguous to the second reflective layer, wherein the alloy layer comprises Ni, Cr, and Mo; wherein the coating has a total thickness of 2000 Å to 4000 Å. a first reflective layer; a second reflective layer disposed above first reflective layer; a third reflective layer disposed above second reflective layer; a first oxide layer disposed between first and second reflective layers; a second oxide layer disposed between second and third reflective layers; a third oxide layer disposed between the substrate and the first reflective layer; and an alloy layer disposed between first and second reflective layers and contiguous to the second reflective layer, wherein the alloy layer comprises Ni, Cr, and Mo; wherein the coating has a total thickness of 2000 Å to 4000 Å.
A ball-type constant velocity joint comprising: an outer race part installed on a shaft and having a plurality of first grooves formed axially in the inner surface thereof; a first inner race part comprising: a ring-shaped first inner race rotatably installed in the outer race part , having a plurality of second grooves formed on the outer surface thereof and facing the first grooves , and having a plurality of third grooves formed axially on the inner surface thereof; and a plurality of first balls installed between the first grooves and the second grooves , and transmitting rotation power of the ring-shaped first inner race to the outer race part ; and a second inner race part comprising: a second inner race rotatably installed in the ring-shaped first inner race , and having a plurality of fourth grooves formed on the outer surface thereof and facing the third grooves ; and a plurality of second balls installed between the third grooves and the fourth grooves , and transmitting rotation power of the second inner race to the ring-shaped first inner race , characterized in that when the shaft is rotated within a first preset angle, the second inner race part is rotated about the first inner race part in the same direction and by the same angle as the rotation of the shaft and the first preset angle is defined by a contact of the shaft with the inner surface of the ring-shaped first inner race thereby causing interference, wherein when the shaft is rotated over the first preset angle, the second inner race part is rotated together with the first inner race part about the outer race part . an outer race part installed on a shaft and having a plurality of first grooves formed axially in the inner surface thereof; a first inner race part comprising: a ring-shaped first inner race rotatably installed in the outer race part , having a plurality of second grooves formed on the outer surface thereof and facing the first grooves , and having a plurality of third grooves formed axially on the inner surface thereof; and a plurality of first balls installed between the first grooves and the second grooves , and transmitting rotation power of the ring-shaped first inner race to the outer race part ; and a second inner race part comprising: a second inner race rotatably installed in the ring-shaped first inner race , and having a plurality of fourth grooves formed on the outer surface thereof and facing the third grooves ; and a plurality of second balls installed between the third grooves and the fourth grooves , and transmitting rotation power of the second inner race to the ring-shaped first inner race , characterized in that when the shaft is rotated within a first preset angle, the second inner race part is rotated about the first inner race part in the same direction and by the same angle as the rotation of the shaft and the first preset angle is defined by a contact of the shaft with the inner surface of the ring-shaped first inner race thereby causing interference, wherein when the shaft is rotated over the first preset angle, the second inner race part is rotated together with the first inner race part about the outer race part .
A synthetic resin stent comprising a stent main section that is formed by synthetic resin fibers into a cylinder, and that can deform from a reduced diameter state to an enlarged diameter state, a restricting mechanism that keeps the stent main section in an enlarged diameter state by restricting the stent main section from reducing when in the enlarged diameter state, and a diameter enlarging mechanism that is connected to the stent main section and that deforms the stent main section from a reduced diameter state to an enlarged diameter state, characterized in that the diameter enlarging mechanism comprises a string-like member for connecting one end to one end side in the axial direction of the stent main section , and extending to the other end side in the axial direction of the stent main section , and the stent main section contracts in the axial direction and expands in diameter by pulling the string-like member toward the other end side, whereby the restricting mechanism comprises a locking part formed in the string-like member , and an annular part annularly formed on the other end side of the stent main section and through which the string-like member is inserted, the locking part comprises a knot part and a loop part formed by tying the string-like member , the loop part is configured to be larger in size than the annular part , and formed so as to swell from the knot part to one end side of the stent main section , and the stent main section is kept in an enlarged diameter state by pulling the string-like member toward the other end side so that the loop part is locked in the annular part . a restricting mechanism that keeps the stent main section in an enlarged diameter state by restricting the stent main section from reducing when in the enlarged diameter state, and a diameter enlarging mechanism that is connected to the stent main section and that deforms the stent main section from a reduced diameter state to an enlarged diameter state, characterized in that the diameter enlarging mechanism comprises a string-like member for connecting one end to one end side in the axial direction of the stent main section , and extending to the other end side in the axial direction of the stent main section , and the stent main section contracts in the axial direction and expands in diameter by pulling the string-like member toward the other end side, whereby the restricting mechanism comprises a locking part formed in the string-like member , and an annular part annularly formed on the other end side of the stent main section and through which the string-like member is inserted, the locking part comprises a knot part and a loop part formed by tying the string-like member , the loop part is configured to be larger in size than the annular part , and formed so as to swell from the knot part to one end side of the stent main section , and the stent main section is kept in an enlarged diameter state by pulling the string-like member toward the other end side so that the loop part is locked in the annular part .
A display device comprising: a display ; a plurality of first reflectors each having a first bottom part that is disposed on a rear face side of the display and a first peripheral part that extends from an outer edge of the first bottom part toward a rear face of the display, with a surface of the first bottom part and a surface of the first peripheral part forming an obtuse angle; a light processing member disposed between the display and the first reflectors, the light processing member being spaced apart from the first reflectors by a specific distance; and a plurality of light sources disposed on the faces of the first bottom parts, respectively, wherein each of the first bottom parts has a polygonal shape, characterized in that : the first reflectors are integrally formed with respect to each other; and the first reflectors are formed integrally from a single sheet-form member which, when in an unfolded state, is formed with a plurality of holes , each hole being defined by boundaries of adjacent connecting parts each forming one face of one first peripheral part and one face of an adjacent first peripheral part. a display ; a plurality of first reflectors each having a first bottom part that is disposed on a rear face side of the display and a first peripheral part that extends from an outer edge of the first bottom part toward a rear face of the display, with a surface of the first bottom part and a surface of the first peripheral part forming an obtuse angle; a light processing member disposed between the display and the first reflectors, the light processing member being spaced apart from the first reflectors by a specific distance; and a plurality of light sources disposed on the faces of the first bottom parts, respectively, wherein each of the first bottom parts has a polygonal shape, characterized in that : the first reflectors are integrally formed with respect to each other; and the first reflectors are formed integrally from a single sheet-form member which, when in an unfolded state, is formed with a plurality of holes , each hole being defined by boundaries of adjacent connecting parts each forming one face of one first peripheral part and one face of an adjacent first peripheral part. the first reflectors are integrally formed with respect to each other; and the first reflectors are formed integrally from a single sheet-form member which, when in an unfolded state, is formed with a plurality of holes , each hole being defined by boundaries of adjacent connecting parts each forming one face of one first peripheral part and one face of an adjacent first peripheral part.
An apparatus for detecting a downhole feature in a well having a wellbore , the apparatus comprising: an electromagnetic antenna comprising a receiver ; and a first tube provided in a casing of the wellbore , wherein the first tube comprises an at least partially porous or perforated wall or side wall which is fluid permeable and wherein the first tube comprises a first waveguide. an electromagnetic antenna comprising a receiver ; and a first tube provided in a casing of the wellbore , wherein the first tube comprises an at least partially porous or perforated wall or side wall which is fluid permeable and wherein the first tube comprises a first waveguide.
Sole , the upper side of which forms a foot support surface for the foot of a wearer of a shoe fitted with the sole and the underside of which forms, in particular, a running surface, the sole having a toe region extending to its front end and intended for the toes of a wearer of a shoe fitted with the sole, a heel region extending to its rear end and intended for the heel of a wearer, a metatarsal region intended for the metatarsus of a wearer and located between the heel region and the toe region , and a ball region intended for the ball of the foot of a wearer and located between the metatarsal region and the toe region , at least one recess being provided in the sole in the toe region , which recess provides space for the natural gripping movement, preferably for all the toes of a wearer, downwards, and it being the case at least for a part of the ball region that the foot support surface defined there by the sole is at a distance from a base plane , which forms the support plane when the sole is placed thereon, which distance is greater than the minimum distance (d Fm ) of the foot support surface from the base plane in the heel region , characterized in that the thickness of the sole increases in the longitudinal direction starting at a point in the metatarsal region , in particular in the rear end of the metatarsal region , or starting at a point in the heel region , preferably from the thinnest point in the heel region , towards the front in particular continuously up to the ball region , preferably up to the front end of the ball region .
A method of treating a surface of aluminium or an aluminium alloy by means of a wet chemical process, wherein a surface of aluminium or an aluminium alloy is pretreated, anodically oxidised, rinsed and hot compacted, characterised in that partial hot compaction is carried out in water at a temperature of more than 96°C up to 100°C or by treatment with saturated steam at over 98°C in the course of up to 30 sec/μm layer thickness of a conversion layer, then a material containing organosilicon network formers is brought into contact with the partially hot compacted surface and subsequently cured at a temperature of up to 250°C.