mhurhangee/patent-ind-claim-en huggingface dataset:
A locking mechanism comprising: a lock shaft ; a lock base , the lock base is provided with an opening and a cavity extending from the opening , the opening is used for allowing the lock shaft to enter the cavity ; a lock tongue , the lock tongue is rotatable relative to the lock base so as to shift between an unlocked state and a locked state, and when the lock tongue is in the locked state, the lock tongue can stop the lock shaft from leaving the cavity via the opening; the lock tongue comprises a lock tongue body and a lock tongue extension part that are fixedly connected, the lock tongue extension part is located outside the lock base, when the lock tongue is in the locked state, the lock tongue body can stop the lock shaft from leaving the cavity via the opening; the lock base has a first limiting surface , the first limiting surface is an outer surface of the lock base , and the lock tongue extension part has a second limiting surface , when the lock tongue is in the locked state, the first limiting surface abuts against the second limiting surface to stop the lock tongue from continuing to rotate in the locking direction; and a resetting part , the resetting part is provided on the lock base and acts on the lock tongue, the resetting part is capable of producing a flexible distension and used to cause the lock tongue to rotate in a locking direction so as to reset from the unlocked state to the locked state. a lock shaft ; a lock base , the lock base is provided with an opening and a cavity extending from the opening , the opening is used for allowing the lock shaft to enter the cavity ; a lock tongue , the lock tongue is rotatable relative to the lock base so as to shift between an unlocked state and a locked state, and when the lock tongue is in the locked state, the lock tongue can stop the lock shaft from leaving the cavity via the opening; the lock tongue comprises a lock tongue body and a lock tongue extension part that are fixedly connected, the lock tongue extension part is located outside the lock base, when the lock tongue is in the locked state, the lock tongue body can stop the lock shaft from leaving the cavity via the opening; the lock base has a first limiting surface , the first limiting surface is an outer surface of the lock base , and the lock tongue extension part has a second limiting surface , when the lock tongue is in the locked state, the first limiting surface abuts against the second limiting surface to stop the lock tongue from continuing to rotate in the locking direction; and a resetting part , the resetting part is provided on the lock base and acts on the lock tongue, the resetting part is capable of producing a flexible distension and used to cause the lock tongue to rotate in a locking direction so as to reset from the unlocked state to the locked state.
A humidification and air cleaning apparatus comprising: a water tank to store water; a visual body disposed over the water tank and formed of a transparent material; and a display module disposed outside the visual body to display an operation state; characterized by a watering housing rotatably disposed in the water tank and having a nozzle to spray water stored in the water tank , wherein water drops, formed on an inner side surface of the visual body , and the display module are visibly disposed. a water tank to store water; a visual body disposed over the water tank and formed of a transparent material; and a display module disposed outside the visual body to display an operation state; characterized by a watering housing rotatably disposed in the water tank and having a nozzle to spray water stored in the water tank , wherein water drops, formed on an inner side surface of the visual body , and the display module are visibly disposed.
A method for producing alkali-free glass sheets by a downdraw process comprising selecting, melting, and fining batch materials so that the glass making up the sheets comprises in mole percent on an oxide basis: SiO 2 : 64.0-71.0 Al 2 O 3 : 9.0-12.0 B 2 O 3 : 7.0-12.0 MgO: 1.0-3.0 CaO: 6.0-11.5 SrO: 0-1.0 BaO: 0-0.1, and, on an oxide basis, has: a Σ[RO]/[Al 2 O 3 ] ratio greater than or equal to 1.0, where [Al 2 O 3 ] is the mole percent of Al 2 O 3 and Σ[RO] is the sum of the mole percents of MgO, CaO, SrO, and BaO; wherein the fining is performed purposely using neither arsenic nor antimony; and wherein the fining is performed in the presence of tin in an amount such that the finished glass comprises at least 0.01 mole percent SnO 2 . wherein the fining is performed purposely using neither arsenic nor antimony; and wherein the fining is performed in the presence of tin in an amount such that the finished glass comprises at least 0.01 mole percent SnO 2 .
Rotor, in particular of a gas turbine, with a first rotor disc which has, distributed on the circumference, a plurality of blade retaining grooves which axially penetrate the first rotor disc for receiving rotor blades, and, radially below the blade retaining grooves , an axially extending circumferential annular projection , and with a second rotor disc which is fastened to the first rotor disc and which has, distributed on the circumference, a plurality of blade retaining grooves which axially penetrate the second rotor disc for receiving rotor blades, and, radially below the blade retaining grooves, a circumferential second annular projection which extends axially with respect to the first annular projection , and with a circumferential rotor component which is arranged between the rotor discs and has a first supporting portion , coming into contact with the first annular projection on the side which points towards the rotor axis, and a second supporting portion , coming into contact with the second annular projection on the side which points towards the rotor axis, the first rotor disc having at least two first recesses which are arranged distributed on the circumference radially outside and/or on the radially outwardly pointing side of the first annular projection , and the rotor component having second engagement shoulders which engage in each case in the first recesses; and/or the rotor component having at least two second recesses which are arranged distributed on the circumference radially outside and/or on the radially outwardly pointing side of the first annular projection , and the first rotor disc having first engagement shoulders which engage in each case in the second recesses , characterized in that , at at least one axial end, the rotor component has a radially extending disc portion which covers the blade retaining grooves of a rotor disc at least in portions, and has a first region with a first material thickness and, radially outside the first region, a second region with a material thickness which is at least twice the first material thickness.
A spinal spacer comprising: - a first plate ; - a second plate , wherein the second plate and the first plate are in one stack and spaced from each other with a distance; and - a middle plate located between the first plate and the second plate ; - wherein the middle plate connects with the first plate and the second plate , then forms a first gap and a second gap , respectively; - wherein both the first plate and the second plate are capable of moving relative to the middle plate which leads to deformation of gaps ; - wherein the middle plate is a curved plate, at least one of the first gap and the second gap is a curved gap; and - wherein the middle plate inclines from the first plate to the second plate characterized in that - the middle plate has a curvature; and - the curvature of the middle plate extends from a plane of the first plate to a plane of the second plate . - a first plate ; - a second plate , wherein the second plate and the first plate are in one stack and spaced from each other with a distance; and - a middle plate located between the first plate and the second plate ; - wherein the middle plate connects with the first plate and the second plate , then forms a first gap and a second gap , respectively; - wherein both the first plate and the second plate are capable of moving relative to the middle plate which leads to deformation of gaps ; - wherein the middle plate is a curved plate, at least one of the first gap and the second gap is a curved gap; and - wherein the middle plate inclines from the first plate to the second plate characterized in that - the middle plate has a curvature; and - the curvature of the middle plate extends from a plane of the first plate to a plane of the second plate .
Cantilever contact probe comprising a probe body inserted between a descending probe section and an ascending probe section , said descending probe section extending along a predetermined longitudinal axis (HH) inclined with respect to a reference plane (π) corresponding to a plane of a wafer of devices under test when said contact probe is mounted in a cantilever probe head , said cantilever contact probe further comprising at least one end portion , formed in said descending probe section , bent with respect to said longitudinal axis (HH) starting from a bending point (PG1) and ending with a contact tip of said cantilever contact probe adapted to abut onto a contact pad of a device under test of said wafer, said body comprising at least one base portion provided with an upper portion extending, starting from said base portion , along a longitudinal extension axis (A) of said shaped body , orthogonally to said reference plane (π) and a top portion , connected to said upper portion and having a greater diameter (D2) than a diameter (D1) of said upper portion , said upper and top portions being shaped so as to form a structure having a T-shaped cross section orthogonally to said reference plane (π), said upper portion being the stem of said element having a T-shaped cross section and said top portion being the crosspiece of said element having a T-shaped cross section, said base portion of said shaped body comprising at least one pair of arms (40b1, 40b2) extending, from opposite parts of said base portion along a transversal extension axis (BB) of said shaped body orthogonal to said longitudinal extension axis (AA) and parallel to said reference plane (π) characterized in that each of said arms (40b1, 40b2) comprises a respective projection (40c1, 40c2) which extends orthogonally starting therefrom, along said longitudinal extension axis (AA) of said shaped body in the direction of said top portion , said shaped body , comprising at least said base portion , said upper portion and said top portion being made as a single piece.
Electrical insulation system for a high-voltage rotation machine, having a shell body for a current conductor of the high-voltage rotation machine, wherein the shell body includes a casting resin formulation, a moulding resin formulation and/or polymer formulation as a base resin which is a thermoplastic, thermoset or elastomeric synthetic resin, wherein at least one filler component including nanoparticulate particles has been added to the base resin, the particles of which are anisotropic, and wherein the anisotropic filler component is a sheet silicate in fully exfoliated form in the base resin.
Container for fluid products, particularly for medical products, pharmaceuticals, cosmetics, food or the like, comprising: - at least a hollow body for the containment of a fluid product having at least a neck ; - at least a closing element having at least an attachment portion which, in a closing configuration, is associated with said hollow body along a preset breaking line adapted to allow the separation of said closing element from said hollow body in a separation configuration wherein on said hollow body is formed an opening for the outflow of said fluid product; - at least a flap element for supporting information, data or logos , joined to said attachment portion characterised in that said flap element is movable between an initial configuration wherein said flap element is moved away from said neck , and a final configuration wherein said flap element is fitted at least partially around said neck to form a maneuver key adapted to allow the removal by tearing said closing element off. - at least a hollow body for the containment of a fluid product having at least a neck ; - at least a closing element having at least an attachment portion which, in a closing configuration, is associated with said hollow body along a preset breaking line adapted to allow the separation of said closing element from said hollow body in a separation configuration wherein on said hollow body is formed an opening for the outflow of said fluid product; - at least a flap element for supporting information, data or logos , joined to said attachment portion characterised in that said flap element is movable between an initial configuration wherein said flap element is moved away from said neck , and a final configuration wherein said flap element is fitted at least partially around said neck to form a maneuver key adapted to allow the removal by tearing said closing element off.
A furrow following device for a planting machine , the furrow following device comprising: an attachment bracket having a portion provided for attachment to a row unit of a planting machine ; an arm provided with a ground-facing surface for engagement with the soil during planting; and a mount having a first portion coupled to the attachment bracket , the mount further having a second portion at least partially defining a pivot connection with the arm , the pivot connection providing relative rotation between the arm and the mount ; wherein the mount is a compliant mount provided with a spring that exhibits an elastic bias force as the arm is raised toward the attachment bracket , characterized in, that the mount is fixedly secured to the attachment bracket , wherein the spring is held in tension throughout an entire range of motion of the arm , the range of motion of the arm being limited by an abutment surface , wherein the abutment surface and the pivot connection are provided by parallel, spaced pins extending between lateral side plates of the mount that flank the arm , wherein the pivot connection defines an axis (E) for the relative rotation between the arm and the mount that is fixed relative to the arm and the mount , and wherein the pivot connection is positioned along the arm at a location between the ground facing surface and a portion of the arm to which the spring is attached. an attachment bracket having a portion provided for attachment to a row unit of a planting machine ; an arm provided with a ground-facing surface for engagement with the soil during planting; and a mount having a first portion coupled to the attachment bracket , the mount further having a second portion at least partially defining a pivot connection with the arm , the pivot connection providing relative rotation between the arm and the mount ; wherein the mount is a compliant mount provided with a spring that exhibits an elastic bias force as the arm is raised toward the attachment bracket , characterized in, that the mount is fixedly secured to the attachment bracket , wherein the spring is held in tension throughout an entire range of motion of the arm , the range of motion of the arm being limited by an abutment surface , wherein the abutment surface and the pivot connection are provided by parallel, spaced pins extending between lateral side plates of the mount that flank the arm , wherein the pivot connection defines an axis (E) for the relative rotation between the arm and the mount that is fixed relative to the arm and the mount , and wherein the pivot connection is positioned along the arm at a location between the ground facing surface and a portion of the arm to which the spring is attached.
A method for reporting information, comprising: sending , by a terminal , a connection request, the connection request being adapted to requesting establishment of a radio connection with an access network device in a network ; in response to occurrence of a denial event corresponding to the connection request, recording , by the terminal , event information corresponding to the denial event, the denial event referring to an event of denial of response to the connection request; and after the terminal has successfully attained access to the network , sending , by the terminal , to the network , an event report generated according to the event information, characterized in that the in response to occurrence of the denial event corresponding to the connection request, recording the event information corresponding to the denial event comprises: receiving, by the terminal , a denial message corresponding to the connection request, the denial message being adapted to indicating denial of response to the connection request; detecting, by the terminal , whether integrity protection is applied to the denial message; and in response to detecting that no integrity protection is applied to the denial message, recording, by the terminal , the event information corresponding to the denial event. sending , by a terminal , a connection request, the connection request being adapted to requesting establishment of a radio connection with an access network device in a network ; in response to occurrence of a denial event corresponding to the connection request, recording , by the terminal , event information corresponding to the denial event, the denial event referring to an event of denial of response to the connection request; and after the terminal has successfully attained access to the network , sending , by the terminal , to the network , an event report generated according to the event information, characterized in that the in response to occurrence of the denial event corresponding to the connection request, recording the event information corresponding to the denial event comprises: receiving, by the terminal , a denial message corresponding to the connection request, the denial message being adapted to indicating denial of response to the connection request; detecting, by the terminal , whether integrity protection is applied to the denial message; and in response to detecting that no integrity protection is applied to the denial message, recording, by the terminal , the event information corresponding to the denial event. receiving, by the terminal , a denial message corresponding to the connection request, the denial message being adapted to indicating denial of response to the connection request; detecting, by the terminal , whether integrity protection is applied to the denial message; and in response to detecting that no integrity protection is applied to the denial message, recording, by the terminal , the event information corresponding to the denial event.
A method of generating a tomographic image of an object comprising: - Acquiring a set of digital projection image data of said object that have low image quality for at least one image quality aspect, - Reconstructing a tomographic image by means of at least one iterative reconstructing step, wherein iterative reconstruction has a low quality digital projection image data as input and wherein the result of an iterative reconstruction step is enhanced with a trained neural network, before being applied to a next iterative reconstruction step, - wherein said neural network is trained in advance with a first set of tomographic images of an image quality that is higher than said low quality for said aspect and a second set of tomographic images having low quality for said aspect and - wherein said first set of high quality tomographic images is acquired by means of at least one iterative reconstructing step, wherein iterative reconstruction has a first set of high quality projection image data as input - and said second set of low quality tomographic images is acquired by means of at least one iterative reconstructing step, wherein iterative reconstruction has a second set of low quality image projection image data as input. - Acquiring a set of digital projection image data of said object that have low image quality for at least one image quality aspect, - Reconstructing a tomographic image by means of at least one iterative reconstructing step, wherein iterative reconstruction has a low quality digital projection image data as input and wherein the result of an iterative reconstruction step is enhanced with a trained neural network, before being applied to a next iterative reconstruction step, - wherein said neural network is trained in advance with a first set of tomographic images of an image quality that is higher than said low quality for said aspect and a second set of tomographic images having low quality for said aspect and - wherein said first set of high quality tomographic images is acquired by means of at least one iterative reconstructing step, wherein iterative reconstruction has a first set of high quality projection image data as input - and said second set of low quality tomographic images is acquired by means of at least one iterative reconstructing step, wherein iterative reconstruction has a second set of low quality image projection image data as input.
A method for producing synthetic hydrocarbons which comprises the following steps: decomposing a hydrocarbon-containing fluid in a hydrocarbon converter by supplying energy in the absence of oxygen to form a mixture of carbon and hydrogen, wherein the energy consists at least partly of heat; a) producing synthesis gas by bringing the mixture of carbon and hydrogen into contact with water at a temperature of 800 - 1700°C; b) supplying the synthesis gas to a CO converter via a synthesis gas line; c) converting the synthesis gas into synthetic functionalised and/or non-functionalised hydrocarbons by means of a Fischer Tropsch process in the CO converter by bringing into contact with a suitable catalyst, wherein water results as a by-product in which a portion of the synthetic hydrocarbons is dissolved; and d) supplying a portion of the water that was produced as a by-product to the step a); e) supplying a portion of the water that is produced as a by-product to a heat exchanger , that is adapted for cooling the hydrocarbon converter or a synthesis gas line to the CO-converter , whereby a portion of the water that is produced as a by-product is vaporised at a temperature above the decomposing temperature of the synthetic hydrocarbons dissolved in the water; and f) supplying the vapour to a steam turbine , wherein the vapour is used for propelling the steam turbine . a) producing synthesis gas by bringing the mixture of carbon and hydrogen into contact with water at a temperature of 800 - 1700°C; b) supplying the synthesis gas to a CO converter via a synthesis gas line; c) converting the synthesis gas into synthetic functionalised and/or non-functionalised hydrocarbons by means of a Fischer Tropsch process in the CO converter by bringing into contact with a suitable catalyst, wherein water results as a by-product in which a portion of the synthetic hydrocarbons is dissolved; and d) supplying a portion of the water that was produced as a by-product to the step a); e) supplying a portion of the water that is produced as a by-product to a heat exchanger , that is adapted for cooling the hydrocarbon converter or a synthesis gas line to the CO-converter , whereby a portion of the water that is produced as a by-product is vaporised at a temperature above the decomposing temperature of the synthetic hydrocarbons dissolved in the water; and f) supplying the vapour to a steam turbine , wherein the vapour is used for propelling the steam turbine .