mhurhangee/ep-ind-claims huggingface dataset:
A connector fitting for providing a fluid connection between a capillary and a fluid conduit, said connector fitting comprising: a capillary holder for receiving an end of the capillary, said capillary comprising inner capillary tubing, wherein the inner capillary tubing of the received end of the capillary is located within a compliant material sleeve; a deformable portion configured for deforming so that the compliant material of the sleeve in the capillary holder is deformed to create a seal between the inner capillary tubing and the connector fitting; and a receiving portion configured to receive a conduit fitting at an end of the fluid conduit, wherein the receiving portion comprises engagement components that are complementary to engagement components of the conduit fitting, said complementary engagement components configured to reversibly receive and retain the conduit fitting in the receiving portion so that there is a sealed engagement between the conduit fitting and the connector fitting, wherein the engagement components of the receiving portion comprise an internal threaded section configured to engage a complementary external threaded section of the conduit fitting; wherein the capillary holder and the receiving portion are connected so that the connector fitting is configured to fluidly connect the capillary and the fluid conduit. a capillary holder for receiving an end of the capillary, said capillary comprising inner capillary tubing, wherein the inner capillary tubing of the received end of the capillary is located within a compliant material sleeve; a deformable portion configured for deforming so that the compliant material of the sleeve in the capillary holder is deformed to create a seal between the inner capillary tubing and the connector fitting; and a receiving portion configured to receive a conduit fitting at an end of the fluid conduit, wherein the receiving portion comprises engagement components that are complementary to engagement components of the conduit fitting, said complementary engagement components configured to reversibly receive and retain the conduit fitting in the receiving portion so that there is a sealed engagement between the conduit fitting and the connector fitting, wherein the engagement components of the receiving portion comprise an internal threaded section configured to engage a complementary external threaded section of the conduit fitting; wherein the capillary holder and the receiving portion are connected so that the connector fitting is configured to fluidly connect the capillary and the fluid conduit.
An agricultural working machine comprising at least two vehicle axles (14, 16), at least one vertically displaceable hitch device, a working implement hitched to the hitch device, and a control device, characterised in that the control device is designed and adapted such that axle loads (FA 1, 2) and/or torques acting at the vehicle axles (14, 16) can be determined, and that to regulate an axle load distribution of the working machine vertical displacement of the hitch device can be dynamically regulated in dependence on the determined axle loads (FA 1, 2) and/or torques, wherein the hitch device is adapted to be displaceable linearly along a substantially vertically arranged displacement axis dynamically during operation of the working machine.
Inductive sensor which includes an oscillating circuit having a coil, wherein at least the amplitude and/or frequency of a signal of the oscillating circuit changes when an object is present in the vicinity of the coil, and an output signal may thus be generated, characterized in that the sensor has means for suppressing changes in the amplitude and/or frequency of a signal of the oscillating circuit caused by static objects, such that the sensor emits a signal only when an object passes the sensor, but not when a stationary object is present in the detection range, wherein the sensor comprises a dynamic recognition having a threshold value comparator allowing the rectified signal of the oscillating circuit to pass through only when it changes at a predefined frequency, so that the rectified signal is blocked in such a way that the signal present at the threshold value comparator essentially corresponds to the signal of an undamped sensor.
A fractional lobe processor comprising a. a barrel with heating and cooling means having two parallel intersecting bores of equal diameter, wherein the centre distance between the two bores is lesser than the diameter of the bore; b. a shaft coupled with a plurality of screw elements to form a screw within each bore, wherein the screws are intermeshing, characterized in that the screws form at least three zones within the barrel, the zones comprising i. an intake zone comprising at least one deep flighted shovel element on each intermeshing screw for receiving a feed comprising an active substance and/or an excipient, wherein the deep flighted shovel element is an element defining an acute angle under-cut, wherein the acute angle is measured in a direction of flow of the material away from an intake element with respect to an axis of the intake element; ii. a melt zone consisting of only fractional lobe elements for melting the active substance and/or an excipient to form a viscous mass or melt; and iii. a discharge zone; wherein the melt zone is located before the discharge zone and after the intake zone; and wherein the melt zone has a plurality of fractional lobe elements on each shaft. a. a barrel with heating and cooling means having two parallel intersecting bores of equal diameter, wherein the centre distance between the two bores is lesser than the diameter of the bore; b. a shaft coupled with a plurality of screw elements to form a screw within each bore, wherein the screws are intermeshing, i. an intake zone comprising at least one deep flighted shovel element on each intermeshing screw for receiving a feed comprising an active substance and/or an excipient, wherein the deep flighted shovel element is an element defining an acute angle under-cut, wherein the acute angle is measured in a direction of flow of the material away from an intake element with respect to an axis of the intake element; ii. a melt zone consisting of only fractional lobe elements for melting the active substance and/or an excipient to form a viscous mass or melt; and iii. a discharge zone;
A method of adhering two honeycomb cores (210, 220), the method comprising: applying an adhesive layer between a first honeycomb core and a second honeycomb core, the adhesive layer directly interfacing the first honeycomb core and the second honeycomb core; inserting each of a first plurality of tie clips into the first honeycomb core and into the second honeycomb core; and curing the adhesive layer while each of the first plurality of tie clips is inserted into the first honeycomb core and the second honeycomb core, wherein inserting each of the first plurality of tie clips into the first honeycomb core and the second honeycomb core comprises bridging a full cell of the first honeycomb core with a full cell of the second honeycomb core, wherein bridging the full cell of the first honeycomb core with the full cell of the second honeycomb core comprises inserting a first leg of each tie clip of the first plurality into a full cell of the first honeycomb core and further comprises inserting a second leg of each tie clip of the first plurality into a full cell of the second honeycomb core. applying an adhesive layer between a first honeycomb core and a second honeycomb core, the adhesive layer directly interfacing the first honeycomb core and the second honeycomb core; inserting each of a first plurality of tie clips into the first honeycomb core and into the second honeycomb core; and curing the adhesive layer while each of the first plurality of tie clips is inserted into the first honeycomb core and the second honeycomb core, wherein inserting each of the first plurality of tie clips into the first honeycomb core and the second honeycomb core comprises bridging a full cell of the first honeycomb core with a full cell of the second honeycomb core, wherein bridging the full cell of the first honeycomb core with the full cell of the second honeycomb core comprises inserting a first leg of each tie clip of the first plurality into a full cell of the first honeycomb core and further comprises inserting a second leg of each tie clip of the first plurality into a full cell of the second honeycomb core.
A process for preparing milk powders containing lactose comprising or consisting of the following steps: (a) providing a milk concentrate having a dry matter of 35 to 60% by weight; (b) providing lactose in solid form; (c) grinding the lactose from step (b) to an average particle size of 30 to 60 μm; and (d) feeding the milk concentrate from step (a) and the ground lactose from step (c) together onto a spray tower to obtain a dry mixed powder, wherein the dried powders have a protein content of 34% by weight and a residual moisture content of less than 5% by weight and an average particle size of 30 to 60 μm. (a) providing a milk concentrate having a dry matter of 35 to 60% by weight; (b) providing lactose in solid form; (c) grinding the lactose from step (b) to an average particle size of 30 to 60 μm; and (d) feeding the milk concentrate from step (a) and the ground lactose from step (c) together onto a spray tower to obtain a dry mixed powder,
Thread feeder device (1, 50, 50', 80) for feeding a thread to a textile machine with a thread feeder wheel, with a drive shaft, on which the thread feeder wheel is arranged, with a carrier (5, 51, 83, 100) with at least one bearing holder (22, 59, 86) with at least one undivided bearing seat (23, 24; 60, 61; 87, 88), each for receiving a rolling bearing (25, 26) and with at least one rolling bearing (25, 26; 62, 63; 89, 90) for mounting the drive shaft, wherein at least one bearing holder is built as a separate bearing holder (22, 59, 86), characterised in that the carrier (5, 51, 83) is configured as at least one segment of an extruded profile.
A vehicle body having a side member, a cantilever element which extends substantially transversely to the side member, wherein the cantilever element being arranged such that it projects into a gap between a wheel mount and a bumper cross member, characterised in that the cantilever element extends along a transverse axis of the vehicle and is fixed to the side member in a torque-resistant manner, the cantilever element being configured and arranged such that, in the event of a frontal collision with a small overlap, it absorbs energy and introduces the energy into the side member.
A control device which changes a program of an electronic control unit mounted in a vehicle by remote control, the control device comprising: vehicle information acquisition means for acquiring various kinds of information regarding the vehicle; user information acquisition means for acquiring information of a user who owns the vehicle in which the change of the program of the electronic control unit is required; right holder determination means for determining whether or not the vehicle is owned by an individual or a corporate on the basis of information regarding the vehicle, right holder specification means for specifying a right holder who has a right to execute the change of the program of the electronic control unit on the basis of information regarding the vehicle; and change guide setting means for setting and outputting program change guide notification to the right holder when the right holder specification means specifies the right holder as an individual, and guiding the change of the program to an administrator of the vehicle when right holder specification means specifies the right holder as a corporate, thereby enabling the right holder to change the program of the electronic control unit, wherein the right holder specification means specifies whether the right holder is an individual or a corporate in accordance with the determination result of the right holder determination means. vehicle information acquisition means for acquiring various kinds of information regarding the vehicle; user information acquisition means for acquiring information of a user who owns the vehicle in which the change of the program of the electronic control unit is required; right holder determination means for determining whether or not the vehicle is owned by an individual or a corporate on the basis of information regarding the vehicle, right holder specification means for specifying a right holder who has a right to execute the change of the program of the electronic control unit on the basis of information regarding the vehicle; and change guide setting means for setting and outputting program change guide notification to the right holder when the right holder specification means specifies the right holder as an individual, and guiding the change of the program to an administrator of the vehicle when right holder specification means specifies the right holder as a corporate, thereby enabling the right holder to change the program of the electronic control unit, wherein the right holder specification means specifies whether the right holder is an individual or a corporate in accordance with the determination result of the right holder determination means.
A method of yawing a nacelle relative to a tower in a wind turbine having a yawing assembly comprising a drive-ring and a plurality of drives configured to engage with the drive-ring and exert a torque and thereby move or stop movement of the nacelle relative to the tower, the drive-ring being constituted by a plurality of drive-ring segments joined in intersections, the method comprising: - defining locations of the intersections relative to the drives, - defining a reference torque expected to be exerted by the drives, - defining a reduced torque being lower than the reference torque, and - exerting the reduced torque by a crossing drive while the crossing drive is passing an intersection. - defining locations of the intersections relative to the drives, - defining a reference torque expected to be exerted by the drives, - defining a reduced torque being lower than the reference torque, and - exerting the reduced torque by a crossing drive while the crossing drive is passing an intersection.
A method of a touch sensitive device, comprising: determining natural frequency responses of at least a first region and at least a second region of the touch sensitive device by performing a modal analysis on the touch sensitive device to generate a set of drive frequency values for the at least first region and the at least second region; receiving touch input to the at least first region of the touch sensitive device; determining a first drive frequency signal based on the natural frequency response of the at least first region; outputting the first drive frequency signal to one or more haptic actuators,,, of the touch sensitive device; receiving touch input to the at least second region of the touch sensitive device; determining a second drive frequency signal based on the determined natural frequency response of the at least second region; and outputting the second drive frequency signal to one or more haptic actuators,,, of the touch sensitive device. determining natural frequency responses of at least a first region and at least a second region of the touch sensitive device by performing a modal analysis on the touch sensitive device to generate a set of drive frequency values for the at least first region and the at least second region; receiving touch input to the at least first region of the touch sensitive device; determining a first drive frequency signal based on the natural frequency response of the at least first region; outputting the first drive frequency signal to one or more haptic actuators,,, of the touch sensitive device; receiving touch input to the at least second region of the touch sensitive device; determining a second drive frequency signal based on the determined natural frequency response of the at least second region; and outputting the second drive frequency signal to one or more haptic actuators,,, of the touch sensitive device.
A suspension concentrate comprising particulate sulfur suspended in an aqueous medium, said aqueous medium additionally comprising at least one surfactant wherein: said particulate sulfur has the particle size distribution D 99 of 1.2 microns; and at least a multisite contact fungicide, and the multisite contact fungicide is a copper fungicide selected from copper oxychloride, copper sulfate, copper hydroxide and tribasic copper sulfate. said particulate sulfur has the particle size distribution D 99 of 1.2 microns; and at least a multisite contact fungicide, and the multisite contact fungicide is a copper fungicide selected from copper oxychloride, copper sulfate, copper hydroxide and tribasic copper sulfate.
Handheld tool rechargeable battery having at least three rechargeable battery cells (12a-d, 14a; 14c-d, 16a; 16c-d) and at least one inductive charging unit (20a-d) which has at least one inductive charging coil (22a-d) for charging the at least three rechargeable battery cells (12a-d, 14a; 14c-d, 16a; 16c-d), wherein the at least three rechargeable battery cells (12a-d, 14a; 14c-d, 16a; 16c-d) have a direction of main extent (74a-d) which is oriented at least substantially perpendicular in relation to a coil plane of the inductive charging unit (20a-d), characterized in that the diameter of the inductive charging coil (22a-d) is greater than a diameter of the at least three rechargeable battery cells (12a-d, 14a; 14c-d, 16a; 16c-d) in a direction perpendicular in relation to the direction of main extent of the at least three rechargeable battery cells (12a-d, 14a; 14c-d, 16a; 16c-d).
Light shaft assembly, in particular for arrangement in front of a cellar window on a house wall of a building, having a light shaft, which has a shaft wall element having a U-shaped or arcuate cross section, and a base element which closes off the shaft wall element downwards, a heat insulation element, which is applied to end faces of the shaft wall element and base element, a sealing element, which is arranged on that side of the heat insulation element which faces away from the shaft wall element and the base element, and a capillary blocking element, which is composed of a waterproof and deformable material and which has a light-shaft-side portion which is connected to the heat insulation element, characterized in that the light-shaft-side portion of the capillary blocking element extends in the shaft wall element and base element, and the capillary blocking element is formed continuously along the connecting region between the shaft wall element and base element to the heat insulation element. a light shaft, which has a shaft wall element having a U-shaped or arcuate cross section, and a base element which closes off the shaft wall element downwards, a heat insulation element, which is applied to end faces of the shaft wall element and base element, a sealing element, which is arranged on that side of the heat insulation element which faces away from the shaft wall element and the base element, and a capillary blocking element, which is composed of a waterproof and deformable material and which has a light-shaft-side portion which is connected to the heat insulation element, characterized in that the light-shaft-side portion of the capillary blocking element extends in the shaft wall element and base element, and the capillary blocking element is formed continuously along the connecting region between the shaft wall element and base element to the heat insulation element.
A refrigerator comprising: a storage compartment; a drawer movably provided in the storage compartment; and a camera installed in the storage compartment and configured to photograph inside the drawer from outside the drawer; the refrigerator being characterized in that the drawer comprises a marker; and in that the refrigerator further comprises a controller configured to recognise a position of the marker in pictures continuously taken by the camera and to determine state information about the drawer, said state information including at least one of a degree of withdrawal of the drawer, whether the drawer is withdrawn, a movement direction of the drawer, and a stopped state or moving state of the drawer. a storage compartment; a drawer movably provided in the storage compartment; and a camera installed in the storage compartment and configured to photograph inside the drawer from outside the drawer; the refrigerator being characterized in that the drawer comprises a marker; and in that the refrigerator further comprises a controller configured to recognise a position of the marker in pictures continuously taken by the camera and to determine state information about the drawer, said state information including at least one of a degree of withdrawal of the drawer, whether the drawer is withdrawn, a movement direction of the drawer, and a stopped state or moving state of the drawer.
A method for audio signal decoding in which one or more input audio signals have been encoded into a bitstream comprising audio information and side information relating to the audio information and useful in decoding the bitstream, wherein a plurality of input audio signals have been combined into one or more derived signals, each being derived from one or a combination of ones of at least two input audio signals, said audio information is a perceptual-encoded version of the derived signals and said side information includes one or more parameters indicative of spatial properties of some or all of the plurality of input audio signals, wherein each of the one or more input audio signals has been divided into time blocks and at least some of the side information has been updated no more frequently than a block rate, such that the audio information, when decoded using the side information, has a temporal envelope resolution limited by the block rate, wherein the bitstream further includes temporal envelope re-shaping information indicative of a comparison between the temporal envelope of at least one input audio signal and the temporal envelope of an estimated decoded reconstruction of each such at least one input audio signal, which estimated reconstruction employs at least some of the audio information and at least some of the side information, the method comprising receiving the bitstream, and decoding the bitstream into one or more decoded reconstructions of the one or more input audio signals, the decoding employing the audio information and the side information; and re-shaping (36-1, 36-n) the one or more decoded reconstructions of the one or more input audio signals using said temporal envelope re-shaping information. receiving the bitstream, and decoding the bitstream into one or more decoded reconstructions of the one or more input audio signals, the decoding employing the audio information and the side information; and re-shaping (36-1, 36-n) the one or more decoded reconstructions of the one or more input audio signals using said temporal envelope re-shaping information.