mhurhangee/patent-ind-claim-en huggingface dataset:
Card holder (10; 150) for credit cards , having a frame in which the credit cards can be stored, wherein the frame is U-shaped , wherein furthermore there is at least one money storage means designed as a banknote compartment (14; 158) with two layers arranged one on top of the other, which enclose an opening for inserting the banknotes, wherein the one layer protrudes from the other layer only in regions and wherein the banknote compartment (14; 158) has a centre region , an inner cover (68; 160) and an outer cover (20; 162), characterised in that in the region of the inner cover (68; 160) there is no projection between the two layers in some regions and a projection of the first layer relative to the second layer is only partially provided in the region of the inner cover (68; 160).
A method for driving of a vehicle which has a gearbox connected to a combustion engine and capable of being set to various different transmission ratios in order to deliver motive force to at least one driveshaft for propulsion of said vehicle , which vehicle is arranged for driving in at least a first mode and a second mode, such that in said first mode the gearbox is switched to a transmission ratio representing an overdrive engaged, wherein overdrive denotes a gear in which the vehicle, at its cruising speed, is driven at an engine speed below that at which a torque plateau for said gear is reached; and in said second mode said combustion engine is disconnected from said at least one driveshaft, and said method, when the vehicle is being driven in a situation where there is or will within a specific time be a reduced need for motive force for said vehicle for at least maintaining a speed of the vehicle , comprises: - determining whether the vehicle should be driven according to said first mode or said second mode. wherein overdrive denotes a gear in which the vehicle, at its cruising speed, is driven at an engine speed below that at which a torque plateau for said gear is reached; and in said second mode said combustion engine is disconnected from said at least one driveshaft, and said method, when the vehicle is being driven in a situation where there is or will within a specific time be a reduced need for motive force for said vehicle for at least maintaining a speed of the vehicle , comprises: - determining whether the vehicle should be driven according to said first mode or said second mode. - determining whether the vehicle should be driven according to said first mode or said second mode.
A proximity sensor module comprising an optical radiation sensor to receive a portion of optical radiation emitted by at least one light emitting element , and reflected by a human finger via an outer surface of at least one translucent window in a direction towards said optical radiation sensor , through the translucent window, and to generate a sense signal (Isense) representative for said received optical radiation; and a signal processor being coupled to the optical radiation sensor to receive the sense signal, and to generate in response thereto a proximity signal (Iprox) indicative for an extent to which the human finger is in the proximity of the outer surface of the at least one translucent window , characterised in that the optical radiation sensor is configured to provide the sense signal (Isense) with at least a first and a second signal component (IsR,IsG,IsB) indicative for a respective spectral component (R,G,B) in the received optical radiation, wherein the respective spectral components in the received optical radiation are a red spectral component (R) and a green spectral component (G).
A conjugated diene-based polymer having a branch number (Bn) measured by viscosity detector-equipped GPC-light scattering measurement of 8 or more, having a change (ΔT) of an oxidation onset temperature caused through application of a thermal load of 11.9°C or less, and comprising an aromatic vinyl compound monomer unit.
Process for continuous production of a (meth)acrylic ester by transesterification reaction of a light alkyl (meth)acrylate selected from methyl (meth)acrylate and ethyl (meth)acrylate with a heavy alcohol in the presence of a catalyst, the heavy alcohol being a linear or branched, primary or secondary alcohol comprising between 4 and 12 carbon atoms and optionally comprising at least one nitrogen atom, characterized in that the flows feeding the reactor are introduced by way of a static mixer which is a piping element comprising impellers or baffles or any other obstacle intended to increase turbulence, which is placed on a recirculation loop for the reagents, the catalyst and the flows recycled upstream of the reactor.
A urea sensor, comprising a top seat assembly, a pipe assembly, and an electronic measurement module assembly, wherein the pipe assembly comprises a urea extraction pipe ; the electronic measurement module assembly comprises a urea liquid level measurement sensor module, a urea solution concentration measurement sensor module, and corresponding measurement mechanisms, characterized in that the urea liquid level measurement sensor module comprises a micro differential pressure sensor , a measurement guide pipe , and a metal electrode ; the measurement guide pipe and the metal electrode are fixed in a top seat , are connected to a measurement circuit, and are used as electrodes respectively used for measuring a minimum value and a maximum value of a liquid level of a urea solution; and the urea solution concentration measurement sensor module comprises a lifting device composed of a weight sensor , an object , a motor or an electromagnet, and a structural member ; and one end of the weight sensor is fixed on the top seat .
A delivery processing apparatus comprising: a conveying mechanism comprising a conveyor provided with a conveying route including a direction change path configured to change a conveying direction (D1) of a delivery object (S), at least a pair of conveying belts configured to sandwich the delivery object (S) from both sides to convey the delivery object (s) along the conveying route , and a driver configured to drive the conveying belts; and a plurality of accumulators in which the delivery object (S) conveyed by the conveying mechanism is to be accumulated, wherein one of the pair of conveying belts is an inner periphery conveying belt provided in the direction change path and the other of the pair of conveying belts is an outer periphery conveying belt which faces an outer peripheral surface of the inner periphery conveying belt , characterized in that the outer periphery conveying belt is extendable greater than the inner periphery conveying belt , and the direction change path comprises one or a plurality of rotating supports that are configured to come into contact with the delivery object (S) and are rotatable around an axis intersecting the conveying direction (D1). a conveying mechanism comprising a conveyor provided with a conveying route including a direction change path configured to change a conveying direction (D1) of a delivery object (S), at least a pair of conveying belts configured to sandwich the delivery object (S) from both sides to convey the delivery object (s) along the conveying route , and a driver configured to drive the conveying belts; and a plurality of accumulators in which the delivery object (S) conveyed by the conveying mechanism is to be accumulated, wherein one of the pair of conveying belts is an inner periphery conveying belt provided in the direction change path and the other of the pair of conveying belts is an outer periphery conveying belt which faces an outer peripheral surface of the inner periphery conveying belt , characterized in that the outer periphery conveying belt is extendable greater than the inner periphery conveying belt , and the direction change path comprises one or a plurality of rotating supports that are configured to come into contact with the delivery object (S) and are rotatable around an axis intersecting the conveying direction (D1).
A method of manufacturing a housing for the stator of an axial flux permanent magnet machine, the machine having a stator comprising a set of coils wound on respective stator bars and disposed circumferentially at intervals about an axis of the machine, and a rotor bearing a set of permanent magnets and mounted for rotation about said axis, and wherein said rotor and stator are spaced apart along said axis to define a gap therebetween in which magnetic flux in the machine is generally in an axial direction, the method being characterised by comprising: fabricating a radial wall for said stator housing to be located in said gap between said rotor and said stator by: providing a membrane of polymer material; pressing at least ends or shoes of said set of said stator bars into said membrane of polymer whilst said polymer is mouldable, wherein at least a said end or shoe of a said stator bar is formed from a porous magnetic material; solidifying said polymer to hold said ends or shoes of said set of stator bars in their respective positions; and manufacturing said housing using said radial wall ; wherein said polymer of said membrane bonds with said porous magnetic material during said pressing to bond said set of stator bars to said polymer. providing a membrane of polymer material; pressing at least ends or shoes of said set of said stator bars into said membrane of polymer whilst said polymer is mouldable, wherein at least a said end or shoe of a said stator bar is formed from a porous magnetic material; solidifying said polymer to hold said ends or shoes of said set of stator bars in their respective positions; and manufacturing said housing using said radial wall ; wherein said polymer of said membrane bonds with said porous magnetic material during said pressing to bond said set of stator bars to said polymer.
A snap-acting hinge with damped closure and opening angle of more than 90°, which comprises a first articulated quadrilateral and a second articulated quadrilateral , which have a first lever and a second lever in common and are provided with respective base elements constituted by a plate for coupling to a fixed element and by a plate for fixing to a movable element , wherein the hinge is movable between an open configuration and a closed configuration, in which the fixing plate has different arrangements with respect to the coupling plate which are angularly spaced apart by an angle of more than 90°; first elastic means for holding the open configuration which are associated with said first quadrilateral ; second elastic means for holding the closed configuration which are associated with said second quadrilateral ; damping means that act in the transition from the open configuration to the closed configuration and which are interposed between said first lever and said fixing plate ; and the hinge being characterized in that it further comprises at least one rod for connecting said damping means to said first lever , said rod being articulated about pivots for hinging said first lever to said coupling plate and to said second lever and is further associated with an articulation pivot for articulating said damping means . which comprises a first articulated quadrilateral and a second articulated quadrilateral , which have a first lever and a second lever in common and are provided with respective base elements constituted by a plate for coupling to a fixed element and by a plate for fixing to a movable element , wherein the hinge is movable between an open configuration and a closed configuration, in which the fixing plate has different arrangements with respect to the coupling plate which are angularly spaced apart by an angle of more than 90°; first elastic means for holding the open configuration which are associated with said first quadrilateral ; second elastic means for holding the closed configuration which are associated with said second quadrilateral ; damping means that act in the transition from the open configuration to the closed configuration and which are interposed between said first lever and said fixing plate ; and the hinge being characterized in that it further comprises at least one rod for connecting said damping means to said first lever , said rod being articulated about pivots for hinging said first lever to said coupling plate and to said second lever and is further associated with an articulation pivot for articulating said damping means .
Method for weathervaning a crane , which comprises a boom which can rotate about a vertical axis , a slewing gear motor and a slewing gear brake for securing the boom in a rotational position with a securing torque in the crane mode, wherein, when the crane has been set out of operation, the boom is braked against rotation with an out-of-operation mode braking torque which is less than the securing torque in the crane mode, characterized in that the out-of-operation mode braking torque is applied by a torque limiting coupling in the form of a hysteresis clutch or a hysteresis brake, which is arranged between the slewing gear brake and the slewing gear drive or between the slewing gear drive and an output gear , wherein the out-of-operation mode braking torque is kept constant over the range of the speed of rotation and over the range of the angle of rotation of the boom .
A door impact beam constituted to include a long main body being a molded body of a metal plate, and disposed in a predetermined position between a door outer panel and a door inner panel, the main body having: door attaching portions respectively formed on both end portion sides of a long longitudinal direction thereof; and a bending deformation generation portion disposed between the door attaching portions, wherein the bending deformation generation portion has: a groove bottom portion ; two edge line portions continuing to the groove bottom portion respectively; two vertical wall portions continuing to the two edge line portions respectively; two curved portions continuing to the two vertical wall portions respectively; and two flanges continuing to the two curved portions respectively, the door impact beam characterized in that a bead which is formed toward the longitudinal direction of the main body in a part of the groove bottom portion in a manner to project in a shape having a curved surface toward the outside of a cross-sectional shape of the bending deformation generation portion so as to oppose an impact load acting on the door impact beam, and the door attaching portions are constituted to attach, at both end portions, the door impact beam to the door inner panel, wherein the bending deformation generation portion has a hat-shaped open cross-sectional shape whose hat height is 50 mm or less and a cross-sectional peripheral length of the groove bottom portion is 10 mm ≤ L ≤ 35 mm, and wherein the bead satisfies relationships in a formula and a formula below: 1 mm < dh ≤ 7 mm 0.1 ≤ dh / L wherein here, a reference symbol L in the formula and the formula indicates a cross-sectional peripheral length of a groove bottom portion and a reference symbol dh indicates a height of the bead from a plane of the groove bottom portion .
A resistance spot welding device for welding a sheet set including at least two overlapping steel sheets configured to hold the sheet set between a pair of welding electrodes and configured to supply an electric current to the sheet set under pressure, the resistance spot welding device comprising: a pair of electrodes ; an electrode force gauge configured to measure an electrode force F applied by the electrodes ; and a controller ; characterized in that the controller is configured to control an electric current supply to the electrodes according to the electrode force F measured by the electrode force gauge , and wherein the controller is configured to control the electric current supply such that, when the electrode force F measured by the electrode force gauge after the electric current supply is started changes from an initial electrode force Fi to an electrode force F h represented by formula while a lapse from the start of the electric current supply is between 20 ms and 80 ms inclusive, a suspension of the electric current supply for from 20 ms to 60 ms inclusive is started, and then, the electric current supply is resumed when the electrode force F reaches an electrode force F c represented by formula : 1.03 × Fi ≤ F h 1 ≤ 1.15 × Fi , 1.01 × Fi ≤ F c 1 ≤ 0.99 × F n 1 . a pair of electrodes ; an electrode force gauge configured to measure an electrode force F applied by the electrodes ; and a controller ; the controller is configured to control an electric current supply to the electrodes according to the electrode force F measured by the electrode force gauge , and wherein the controller is configured to control the electric current supply such that, when the electrode force F measured by the electrode force gauge after the electric current supply is started changes from an initial electrode force Fi to an electrode force F h represented by formula while a lapse from the start of the electric current supply is between 20 ms and 80 ms inclusive, a suspension of the electric current supply for from 20 ms to 60 ms inclusive is started, and then, the electric current supply is resumed when the electrode force F reaches an electrode force F c represented by formula : 1.03 × Fi ≤ F h 1 ≤ 1.15 × Fi , 1.01 × Fi ≤ F c 1 ≤ 0.99 × F n 1 .
A rotor positioning device to adjust the rotational position of a rotor shaft in a crusher , the positioning device comprising: a frame to mount the device at an external region of the crusher ; a rod rotatably mounted at the frame; a shaft engager provided at one end of the rod to engage an end of the rotor shaft so as to rotatably lock the rod and the rotor shaft; the shaft engager being adjustably mounted relative to at least a part of the frame to enable the engager to move to and from contact with the rotor shaft ; a drive component coupled to the rod to rotate the shaft engager and impart rotational drive to the shaft of the rotor; and characterised by an alignable indicator associated with the shaft engager for indicating a specific rotational position of the rotor shaft within the crusher . a frame to mount the device at an external region of the crusher ; a rod rotatably mounted at the frame; a shaft engager provided at one end of the rod to engage an end of the rotor shaft so as to rotatably lock the rod and the rotor shaft; the shaft engager being adjustably mounted relative to at least a part of the frame to enable the engager to move to and from contact with the rotor shaft ; a drive component coupled to the rod to rotate the shaft engager and impart rotational drive to the shaft of the rotor; and characterised by an alignable indicator associated with the shaft engager for indicating a specific rotational position of the rotor shaft within the crusher .
A method of wireless communications from an apparatus, comprising: supporting a broadcast of a plurality of discovery signals spaced apart in time by silent periods, wherein the plurality of discovery signals support discovery of mobile nodes in a dynamically configurable wireless network; providing a message to a server relating to a location of the apparatus; receiving a list from the server in response to the message, the list indicating whether the one or more mobile nodes are within a vicinity of the apparatus; in response to a determination, based on the list, that the one or more mobile nodes are not within the vicinity of the apparatus, remaining in a first state where a duration of the silent periods is maintained; in response to a determination, based on the list, that the one or more mobile nodes are within the vicinity of the apparatus, entering a second state that includes, in response to a determination that the apparatus is moving from a location outside a radio range of the one or more mobile nodes to a location within radio range of the one or more mobile nodes, changing the duration of the silent periods from discovery signal to discovery signal of the plurality of discovery signals such that the duration for the silent periods decreases progressively from discovery signal to discovery signal of the plurality of discovery signals; and in response to a determination that discovery of all of the one or more mobile nodes identified in the list has been completed, entering a third state that includes increasing the duration of the silent periods. supporting a broadcast of a plurality of discovery signals spaced apart in time by silent periods, wherein the plurality of discovery signals support discovery of mobile nodes in a dynamically configurable wireless network; providing a message to a server relating to a location of the apparatus; receiving a list from the server in response to the message, the list indicating whether the one or more mobile nodes are within a vicinity of the apparatus; in response to a determination, based on the list, that the one or more mobile nodes are not within the vicinity of the apparatus, remaining in a first state where a duration of the silent periods is maintained; in response to a determination, based on the list, that the one or more mobile nodes are within the vicinity of the apparatus, entering a second state that includes, in response to a determination that the apparatus is moving from a location outside a radio range of the one or more mobile nodes to a location within radio range of the one or more mobile nodes, changing the duration of the silent periods from discovery signal to discovery signal of the plurality of discovery signals such that the duration for the silent periods decreases progressively from discovery signal to discovery signal of the plurality of discovery signals; and in response to a determination that discovery of all of the one or more mobile nodes identified in the list has been completed, entering a third state that includes increasing the duration of the silent periods.