mhurhangee/patent-ind-claim-en huggingface dataset:
Chaff spreader for an agricultural combine , wherein the chaff spreader comprises: an upper first chaff accelerator and a lower second chaff accelerator subsequently positioned so that in operation, chaff particles are accelerated by the first chaff accelerator to an intermediate energy level after which the chaff particles are further accelerated by the second chaff accelerator to an ejection energy level, the first chaff accelerator and the second chaff accelerator being formed as rotors comprising multiple rotor blades , a chaff transporting channel being provided to guide chaff particles from an outlet opening in a side of a housing of the first chaff accelerator to an inlet opening in a side of a housing of the second chaff accelerator or from an outlet opening in a bottom of a housing of the first chaff accelerator to an inlet opening in a top of a housing of the second chaff accelerator , characterized in that the rotor blades of the rotors of the first chaff accelerator and the second chaff accelerator are mounted to rotate around a common axis. an upper first chaff accelerator and a lower second chaff accelerator subsequently positioned so that in operation, chaff particles are accelerated by the first chaff accelerator to an intermediate energy level after which the chaff particles are further accelerated by the second chaff accelerator to an ejection energy level, the first chaff accelerator and the second chaff accelerator being formed as rotors comprising multiple rotor blades , a chaff transporting channel being provided to guide chaff particles from an outlet opening in a side of a housing of the first chaff accelerator to an inlet opening in a side of a housing of the second chaff accelerator or from an outlet opening in a bottom of a housing of the first chaff accelerator to an inlet opening in a top of a housing of the second chaff accelerator , characterized in that the rotor blades of the rotors of the first chaff accelerator and the second chaff accelerator are mounted to rotate around a common axis.
Tight seal system for the packaging of products comprising a transverse welding station of packaging sheets comprising: a first pair of discs connected centrally to a first axis ; said first pair of discs rotating about said first axis ; at least one first bar is positioned peripherally between said first pair of discs ; a first welding jaw is associated with said at least one first bar ; said first bar rotating so that said first jaw is always facing in the same direction; a second pair of discs connected centrally to a second axis ; said second pair of discs rotating about said second axis ; at least one second bar is positioned peripherally between said second pair of discs ;a second welding jaw is associated with said at least one second bar ; said second bar rotating so that said second jaw is always facing in the same direction; said first jaw and said second jaw are facing each other so that, rotating said first pair of discs and said second pair of discs , said first jaw and said second jaw come into contact with each other and can perform welding of said packaging sheets; said first welding jaw is associated with said at least one first bar by means of a plurality of pins passing through said first bar (102 103); two pins secured inferiorly to said first bar support a third bar parallel to said first bar ; a plurality of springs are placed between said plurality of pins and the inner surface of said third bar ; said first pair of discs is pivoted and can rotate about said first axis that joins the two centres of said first pair of discs ; said second pair of discs is pivoted and can rotate about said second axis that joins the two centres of said second pair of discs .
A washing machine comprising: a cabinet defining an exterior of the washing machine ; a tub disposed in the cabinet and configured to hold wash water; and a drum rotatably disposed in the tub ; wherein the tub extends along a direction parallel to a rotational axis of drum and includes: a first tub member forming a front side of the tub ; a second tub member forming a rear side of the tub and coupled to the first tub member ; and a planar surface having a first planar portion formed on the first tub member , and a second planar portion formed on the second tub member ; wherein the first planar portion has a minimum width at a front end of the first tub member and a maximum width at a rear end of the first tub member defining a bonding line (PL) at which the first tub member and the second tub member meet; and the second planar portion has a minimum width at a rear end of the second tub member and a maximum width at a front end of the second tub member defining the bonding line (PL). a cabinet defining an exterior of the washing machine ; a tub disposed in the cabinet and configured to hold wash water; and a drum rotatably disposed in the tub ; wherein the tub extends along a direction parallel to a rotational axis of drum and includes: a first tub member forming a front side of the tub ; a second tub member forming a rear side of the tub and coupled to the first tub member ; and a planar surface having a first planar portion formed on the first tub member , and a second planar portion formed on the second tub member ; wherein the first planar portion has a minimum width at a front end of the first tub member and a maximum width at a rear end of the first tub member defining a bonding line (PL) at which the first tub member and the second tub member meet; and the second planar portion has a minimum width at a rear end of the second tub member and a maximum width at a front end of the second tub member defining the bonding line (PL). a first tub member forming a front side of the tub ; a second tub member forming a rear side of the tub and coupled to the first tub member ; and a planar surface having a first planar portion formed on the first tub member , and a second planar portion formed on the second tub member ; wherein the first planar portion has a minimum width at a front end of the first tub member and a maximum width at a rear end of the first tub member defining a bonding line (PL) at which the first tub member and the second tub member meet; and the second planar portion has a minimum width at a rear end of the second tub member and a maximum width at a front end of the second tub member defining the bonding line (PL).
Frame for a drainage channel or for a shaft for supporting a channel or shaft cover, having a frame edge which, in the installation situation, is arranged at least substantially vertically in an imaginary extension of an outer surface of the channel or shaft cover, from which edge a support surface for the channel or shaft cover extends, which surface is at least substantially horizontal in the installation situation and overlaps the upper edge of the relevant side wall of the channel or shaft cover, and said support surface is arranged so as to be offset downward with respect to the upper edge of the frame edge at least substantially by the height of the relevant channel or shaft cover, the support surface merging into a downwardly angled side skirt which, in the installation situation, is arranged at least substantially in an imaginary extension of the inner surface of the side wall of the channel or shaft cover, the frame edge being provided with a snap fastening which projects in the direction of the channel or shaft cover and which, in the installation situation, engages with the channel or shaft cover in such a way that the channel or shaft cover is reversibly secured in the intended installation situation, the upper edge of the frame edge being provided with a fold in the direction of the inner surface of the side wall of the channel or shaft cover, which fold is adjoined by an inner skirt which is arranged in parallel with and spaced apart from the frame edge and merges, by means of a further fold which is arranged so as to be offset downward by approximately the height of the relevant channel or shaft cover, in the direction of the inner surface of the side wall of the channel or shaft cover into the support surface , characterized in that the inner skirt is provided with mutually spaced recesses and a spring clip designed as an angular element is inserted into the frame from the underside of the frame that faces away from the support surface , and this spring clip , with an intermediate strip which is at least substantially vertical in the installation situation and on which a retaining strip that projects in the direction of the inner surface of the side wall of the channel or shaft cover is integrally formed in the upper region in the installation situation and which is adjoined on the underside by a drainage surface which is at least substantially horizontal in the installation situation and extends beneath the support surface at a distance therefrom, can be inserted in such a way that the intermediate strip enters the space between the frame edge and the inner skirt until the retaining strip , which is pressed on during this insertion process of the spring clip , reaches the region of one of the recesses of the inner skirt and disengages through this recess in the direction of the inner surface of the side wall of the channel or shaft cover, and consequently the spring clip is locked in the installation situation as intended.
A shunt device comprising a tubular inlet element having an inlet end with an inlet opening for insertion in a cerebrospinal fluid (CSF) containing space , such as a subarachnoid space or a brain ventricle, a tubular outlet element having an outlet end with an outlet opening adapted for insertion in a sinus system cavity , such as sinus transversus or vena jugularis, a distancer (35; 135; 235) provided at the outlet end of the tubular outlet element for avoiding contact between the outlet end of the shunt and surrounding tissue, and for maintaining the outlet end of the tubular outlet element at an essentially fixed distance from endothelium tissue surrounding said tubular outlet element when the shunt is inserted into a sinus system cavity, including vena jugularis, wherein said tubular elements comprise an inner lumen extending through each tubular element , and wherein the inner lumen of the tubular inlet element and the inner lumen of the tubular outlet element are operably connected to allow CSF to flow through the shunt device in the direction from the inlet opening to the outlet opening , a flow restricting part positioned between the inlet opening and the outlet opening , and a one-way valve preventing CSF to flow in a direction from the outlet opening to the inlet opening.
Hydraulically adjustable pulley device for a continuously variable transmission with two pulleys and with a drive belt for transmitting drive power between an engine (E) and a load (L) at a variable transmission ratio, in particular in a drive line of a motor vehicle, which pulley is provided with two pulley discs on a pulley shaft , whereof at least one pulley disc is provided with a sleeve extending in axial direction, which sleeve is fitted around and is axially displaceable relative to the pulley shaft , whereto the pulley comprises a piston/cylinder-assembly with a cylinder that is part of the displaceable pulley disc , or that is at least attached thereto, with a piston that is fixed to the pulley shaft , with a seal , such as a sealing ring , that is provided between the cylinder and the piston , with a cylinder chamber being defined between at least the cylinder , the piston and the displaceable pulley disc , which cylinder chamber is connected via hydraulic connection to a hydraulic line of the transmission, and with a further seal , such as a sealing ring , that is provided between the piston of the piston/cylinder-assembly and the sleeve of the displaceable pulley disc , which pulley is further provided with a pulley valve that is interposed between the cylinder chamber and the hydraulic connection for hydraulically connecting, respectively disconnecting the cylinder chamber from the hydraulic connection , respectively the hydraulic line , characterized in that a piston channel for hydraulic fluid is incorporated in the piston .
A workpiece comprising: a plurality of anisotropically-shaped iron-based grains each of which comprises iron-nitride, wherein at least one of the anisotropically-shaped iron-based grains comprises an aspect ratio of between 1.1 and 50, and wherein the aspect ratio is defined as a ratio of the length of a longest dimension to the length of a shortest dimension of the anisotropically-shaped iron-based grain, where the longest dimension and shortest dimension are orthogonal; and at least one iron-based phase domain including uniaxial magnetic anisotropy, wherein the longest dimension of the at least one anisotropically-shaped iron-based grain is parallel to a uniaxial direction of the uniaxial magnetic anisotropy, the workpiece further comprising at least one dopant characterised in that the at least one dopant comprises at least one of Al, Mn, La, Cr, Co, Ti, Ni, Zn, Zr, Ca, or a rare earth metal. a plurality of anisotropically-shaped iron-based grains each of which comprises iron-nitride, wherein at least one of the anisotropically-shaped iron-based grains comprises an aspect ratio of between 1.1 and 50, and wherein the aspect ratio is defined as a ratio of the length of a longest dimension to the length of a shortest dimension of the anisotropically-shaped iron-based grain, where the longest dimension and shortest dimension are orthogonal; and at least one iron-based phase domain including uniaxial magnetic anisotropy, wherein the longest dimension of the at least one anisotropically-shaped iron-based grain is parallel to a uniaxial direction of the uniaxial magnetic anisotropy, the workpiece further comprising at least one dopant characterised in that the at least one dopant comprises at least one of Al, Mn, La, Cr, Co, Ti, Ni, Zn, Zr, Ca, or a rare earth metal.
A process for preparing 1,1,1 -trifluoro-2,3 -dichloropropane which comprises contacting chlorine with 3,3,3-trifluoropropene in the presence of a catalyst to form 1,1,1-trifluoro-2,3-dichloropropane, wherein the catalyst comprises at least one metal halide supported on activated carbon, where the metal is a metal from Group 13, 14 or 15 of the periodic table or a transition metal or combination thereof, wherein the chlorination reaction is conducted in the vapor phase.
A method of reducing a volume of gas in a bubble in a cell culture media, comprising: a) degassing cell culture media, to produce degassed culture media; b) providing a microfluidic device comprising a microchannel, said microchannel made from a polymer that is substantially gas impermeable and comprising viable cells in a cell culture media that contains a bubble, said bubble having a volume of gas; and c) flowing said degassed cell culture media under pressure through said microchannel for a period of time such that gas in said bubble is dissolved and the volume of gas in the bubble is reduced; and wherein the culture media is only degassed once and the flowing of the degassed cell culture media under pressure only occurs for said period of time.. a) degassing cell culture media, to produce degassed culture media; b) providing a microfluidic device comprising a microchannel, said microchannel made from a polymer that is substantially gas impermeable and comprising viable cells in a cell culture media that contains a bubble, said bubble having a volume of gas; and c) flowing said degassed cell culture media under pressure through said microchannel for a period of time such that gas in said bubble is dissolved and the volume of gas in the bubble is reduced; and wherein
A redundant control device for a three-phase electric motor of a steering system of a motor vehicle, having a primary control path and a secondary control path , wherein the primary control path has a primary processing unit , and the secondary control path has a secondary processing unit , characterized in that the primary control path is connected to a first phase winding of the electric motor , and the secondary control path is connected to a second and a third phase winding of the electric motor for actuating the electric motor, wherein each phase winding is assigned an individual converter .
A combination balance comprising: a dispersion table configured to radially disperse articles loaded from above; and a vibration unit configured to vibrate the dispersion table , wherein the dispersion table has a table main body and a wall portion ,and the table main body has a discharge region from which the articles are discharged and a non-discharge region from which the articles are not discharged, characterized in that the vibration unit has a pair of vibration portions configured to vibrate in the same direction in synchronization with each other under control of a controller and arranged so as to face each other in the horizontal direction, and the vibration unit is configured to vibrate the dispersion table up and down. a dispersion table configured to radially disperse articles loaded from above; and a vibration unit configured to vibrate the dispersion table , wherein the dispersion table has a table main body and a wall portion ,and the table main body has a discharge region from which the articles are discharged and a non-discharge region from which the articles are not discharged, characterized in that the vibration unit has a pair of vibration portions configured to vibrate in the same direction in synchronization with each other under control of a controller and arranged so as to face each other in the horizontal direction, and the vibration unit is configured to vibrate the dispersion table up and down.
An adjustable anchoring group for the wall assembly of wall-cupboards (P) comprising a hanging-bracket device , provided with an anchoring base to a wall-cupboard (P) and a hooking element , and an anchoring support to a wall, regulation means and actuation means of the reciprocal position between said hanging bracket device , said hooking element and said anchoring support , being provided, for effecting a regulation in the position of the wall-cupboard (P) with respect to the wall, according to two directions (F, F1) perpendicular to each other, vertically in height and horizontally in depth respectively both said regulation means and said actuation means are accessible from both below and above for controlling both said regulation means and also said actuation means from both sides, characterized in that said hanging bracket comprises a slide that slides linearly with respect to said anchoring base in a first direction, said hooking element being at least partially associated with said slide and movable with respect to the latter in at least a second direction substantially perpendicular with respect to said first direction, wherein regulation means and actuation means are respectively associated with said slide and said hooking element , said regulation means comprise: a threaded seat formed in said slide , a first abutment flap integral with said base which extends perpendicularly to the movement direction of said slide and a regulation screw accessible from below or above cooperating with said first abutment flap and with said threaded seat for effecting the sliding of said slide in said first direction, a manoeuvring pivot of the regulation screw , controllable in an opposite manner from above or below, being provided, which in turn cooperates with a second abutment flap also identically integral with said base , and is inserted and firmly coupled with the rotation of said regulation screw , both said regulation screw and said manoeuvring pivot being kept firmly in position with respect to the abutment flaps , but free to rotate.
Method for providing data that are receivable with a vehicle in a vehicle ad-hoc network in which the data are transmitted using a location-dependent communication protocol for decrypting a received data stream and outputting a protocol-specific user data stream between network subscribers using the vehicle ad-hoc network, wherein a computing device is used to carry out the steps of: - identifying a geographical location area of the vehicle , - selecting a location-dependent communication protocol suitable for the identified location area , - receiving the data by decrypting the data stream using the selected communication protocol , so that the received data are available to at least one network layer situated above the selected communication protocol , and - converting the data transferred between the selected communication protocol and the network layer situated above the selected communication protocol , wherein identification of the geographical location area of the vehicle involves the geographical location area being recognized and the recognized geographical location area being plausibility-checked and wherein the selection step is performed if the plausibility check is positive, the plausibility check on the recognized geographical location area being based on: - a mobile radio system that is associable with the recognized geographical location area , and/or - a comparison between a previously stored geographical location area and the recognized geographical location area , and/or - a comparison between a current vehicle configuration and a vehicle configuration associated with the recognized geographical location area , and/or - a structure, of data receivable using the communication protocol , that is associable with the recognized geographical location area . - identifying a geographical location area of the vehicle , - selecting a location-dependent communication protocol suitable for the identified location area , - receiving the data by decrypting the data stream using the selected communication protocol , so that the received data are available to at least one network layer situated above the selected communication protocol , and - converting the data transferred between the selected communication protocol and the network layer situated above the selected communication protocol , - a mobile radio system that is associable with the recognized geographical location area , and/or - a comparison between a previously stored geographical location area and the recognized geographical location area , and/or - a comparison between a current vehicle configuration and a vehicle configuration associated with the recognized geographical location area , and/or - a structure, of data receivable using the communication protocol , that is associable with the recognized geographical location area .
Drive unit having a spindle drive and a spindle-drive drive motor, the spindle-drive drive motor having a rotor , and a spindle of the spindle drive being arranged within the rotor which acts as a spindle nut and comprises a hollow shaft , characterized in that the axially movable spindle is guided such that it cannot rotate in a housing of the drive unit, the spindle having an anti-rotation safeguard which comprises a plurality of guide pins which are connected at one longitudinal axial end to a spindle main body and are guided in an axially movable manner in complementary guide openings of the housing .