mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable blood pump system comprising: an implantable blood pump ; a controller coupled to the blood pump ; a connector receptacle comprising: a plurality of contacts ; and a following surface ; and a connector insert configured to be received within the connector receptacle to couple a plurality of insert contacts with the plurality of contacts of the connector receptacle , the connector insert comprising: walls defining a follower receptacle configured to receive a portion of the following surface when the connector insert is in a desired alignment with respect to the connector receptacle ; and a cam surface configured to engage with the following surface to bias the connector insert to the desired alignment with respect to the connector receptacle when the connector insert is inserted into the connector receptacle . an implantable blood pump ; a controller coupled to the blood pump ; a connector receptacle comprising: a plurality of contacts ; and a following surface ; and a plurality of contacts ; and a following surface ; and a connector insert configured to be received within the connector receptacle to couple a plurality of insert contacts with the plurality of contacts of the connector receptacle , the connector insert comprising: walls defining a follower receptacle configured to receive a portion of the following surface when the connector insert is in a desired alignment with respect to the connector receptacle ; and a cam surface configured to engage with the following surface to bias the connector insert to the desired alignment with respect to the connector receptacle when the connector insert is inserted into the connector receptacle . walls defining a follower receptacle configured to receive a portion of the following surface when the connector insert is in a desired alignment with respect to the connector receptacle ; and a cam surface configured to engage with the following surface to bias the connector insert to the desired alignment with respect to the connector receptacle when the connector insert is inserted into the connector receptacle .
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads and longitudinal threads (13a, 13b; 15; 19) by means of knitting, warp-knitting or weaving process to form a continuous product, characterized in that at least some of the strips comprise a single- or multilayer film with a thickness of 20-50 micrometers, said film comprising polyethylene, at least 2.0 - 4.0 wt. -% SiO 2 particles by weight, based on the total weight of the film, said SiO 2 particles having a D 50 of 5-7 micrometers.
A method for video decoding comprising: obtaining video pictures, wherein the video pictures are partitioned into a plurality of coding units (CUs), at least one of which is further partitioned into two prediction units (PUs) including at least one triangular shaped PU; determining whether a triangle prediction flag, which indicates whether a triangle prediction mode is enabled, is to be decoded for a current CU; and deriving the triangle prediction flag using Context-based Adaptive Binary Arithmetic Coding (CABAC) upon determining that the triangle prediction flag is to be decoded for the current CU; characterized in that contexts of the CABAC for the triangle prediction flag are derived based on a ratio of a CU height to a CU width. obtaining video pictures, wherein the video pictures are partitioned into a plurality of coding units (CUs), at least one of which is further partitioned into two prediction units (PUs) including at least one triangular shaped PU; determining whether a triangle prediction flag, which indicates whether a triangle prediction mode is enabled, is to be decoded for a current CU; and deriving the triangle prediction flag using Context-based Adaptive Binary Arithmetic Coding (CABAC) upon determining that the triangle prediction flag is to be decoded for the current CU; characterized in that contexts of the CABAC for the triangle prediction flag are derived based on a ratio of a CU height to a CU width.
A plasticizing unit for an injection unit of an injection moulding machine, with a cylinder and with a screw, rotatable therein and movable in axial direction, with a support element arranged beneath the cylinder and connected therewith, and with a fixing element , which surrounds the end of the support element facing away from the cylinder , in such a way that a distance is present between the fixing element and the support element , wherein between the fixing element and the support element several adjusting elements are provided, which are configured to be able to produce a force-fitting and/or form-fitting connection between the fixing element and the support element and to adjust the position of the support element relative to the fixing element in a plane orthogonally to the cylinder axis, wherein three adjusting elements are provided, wherein a first adjusting element lies with its symmetry axis in the plane which is vertical and containing the cylinder axis, wherein this first adjusting element is arranged beneath the support element and is configured for an adjusting of the position of the support element relative to the fixing element in vertical direction, wherein two further adjusting elements are provided, the symmetry axes of which lie in a vertical plane, which lies orthogonally to the cylinder axis, wherein on each side of the plane which is vertical and containing the cylinder axis respectively one of the two further adjusting elements is arranged and is configured for an adjusting of the position of the support element relative to the fixing element in horizontal direction.
Motorcycle case having an inner case part which can be fastened to a motorcycle, and an outer case part which is connected to the inner case part and can be displaced laterally relative to the inner case part , and a driven gearwheel mechanism coupling the case parts , wherein the width and thus the storage volume of the motorcycle case can be adjusted by displacing the outer case part relative to the inner case part , wherein the gearwheel mechanism comprises at least a first and a second gearwheel group , which each have a plurality of gears coupled to one another, rotating together and assigned to an axis of rotation (D3, D4), wherein the teeth of adjacent gearwheel groups mesh, characterized in that the gearwheel groups each have at least one spur gear and at least one bevel gear and either the spur gears or the bevel gears of adjacent gearwheel groups mesh.
Device for guiding a film tube emerging from a film blowing head and drawn off in a production direction, comprising a frame through which the film tube can be passed in the production direction (P), and a plurality of adjusting units distributed over the circumference for adjusting film guide elements transversely to the production direction (P), the adjusting units each having the following: a pivot arm , which is pivotally attached to the frame , a carrier for at least one of the film guide elements , the carrier being pivotally connected to the pivot arm , and a coupling rod which is pivotably connected to the carrier , characterized in that at least one first adjusting unit of the plurality of adjusting units has an actuating mechanism by means of which the coupling rod of the at least one first adjusting unit is connected in an articulating manner to the frame , and that the at least one first adjusting unit forms a coupler gear or a cam gear. a frame through which the film tube can be passed in the production direction (P), and a plurality of adjusting units distributed over the circumference for adjusting film guide elements transversely to the production direction (P), the adjusting units each having the following: a pivot arm , which is pivotally attached to the frame , a carrier for at least one of the film guide elements , the carrier being pivotally connected to the pivot arm , and a coupling rod which is pivotably connected to the carrier , characterized in that at least one first adjusting unit of the plurality of adjusting units has an actuating mechanism by means of which the coupling rod of the at least one first adjusting unit is connected in an articulating manner to the frame , and that the at least one first adjusting unit forms a coupler gear or a cam gear. a pivot arm , which is pivotally attached to the frame , a carrier for at least one of the film guide elements , the carrier being pivotally connected to the pivot arm , and a coupling rod which is pivotably connected to the carrier , characterized in that at least one first adjusting unit of the plurality of adjusting units has an actuating mechanism by means of which the coupling rod of the at least one first adjusting unit is connected in an articulating manner to the frame , and that the at least one first adjusting unit forms a coupler gear or a cam gear.
A sample manipulation apparatus , comprising: an elongated handle , said elongated handle comprising an outer surface ; a terminal member , said terminal member comprising a first leg having an elongated dimension, and a second leg having an elongated dimension, said first and second legs being connected to said elongated handle , said first and second legs each extending outwardly from said connected elongated handle ; a first tip connected to and angularly extending from said first leg ; a second tip connected to and angularly extending from said second leg ; and said first leg , second leg , first tip , and second tip forming a concave pocket , characterized in that said elongated handle is further comprising a first flattened surface portion of said outer surface , said first flattened surface portion facing in a first direction , and a second flattened surface portion of said outer surface , said second flattened surface portion lying along said elongated handle apart from said first flattened portion , said second flattened surface portion facing in a second direction , said elongated handle further comprising a rounded intermediate portion lying between said first and second flattened surface portions of said outer surface of said elongated handle ; and in that, for said terminal member , said elongated dimension of said first leg is greater than said elongated dimension of said second leg . an elongated handle , said elongated handle comprising an outer surface ; a terminal member , said terminal member comprising a first leg having an elongated dimension, and a second leg having an elongated dimension, said first and second legs being connected to said elongated handle , said first and second legs each extending outwardly from said connected elongated handle ; a first tip connected to and angularly extending from said first leg ; a second tip connected to and angularly extending from said second leg ; and said first leg , second leg , first tip , and second tip forming a concave pocket , characterized in that said elongated handle is further comprising a first flattened surface portion of said outer surface , said first flattened surface portion facing in a first direction , and a second flattened surface portion of said outer surface , said second flattened surface portion lying along said elongated handle apart from said first flattened portion , said second flattened surface portion facing in a second direction , said elongated handle further comprising a rounded intermediate portion lying between said first and second flattened surface portions of said outer surface of said elongated handle ; and in that, for said terminal member , said elongated dimension of said first leg is greater than said elongated dimension of said second leg .
Orthopedic joint device with (a) a lower leg part , (b) a foot part that is arranged on the lower leg part about a swivel axis such that it can be swivelled, (c) at least a first energy store , and (d) a coupling element that can be brought into a coupling position, in which a swivelling of the foot part relative to the lower leg part about the swivel axis in a plantar flexion direction leads to an increase in the amount of energy stored in the first energy store, characterized by the fact that the coupling element can be brought into a de-coupling position, and the orthopedic joint device has at least one release element , which can be brought into a release position and a locked position, wherein the energy stored in the first energy store can be released by bringing the release element into the release position. (a) a lower leg part , (b) a foot part that is arranged on the lower leg part about a swivel axis such that it can be swivelled, (c) at least a first energy store , and (d) a coupling element that can be brought into a coupling position, in which a swivelling of the foot part relative to the lower leg part about the swivel axis in a plantar flexion direction leads to an increase in the amount of energy stored in the first energy store, characterized by the fact that the coupling element can be brought into a de-coupling position, and the orthopedic joint device has at least one release element , which can be brought into a release position and a locked position, wherein a release position and a locked position, wherein the energy stored in the first energy store can be released by bringing the release element into the release position.
A compound for use in the treatment of neuropathic pain in a spinal cord injured individual in need thereof, wherein said compound is 2-(2-oxo-4-propylpyrrolidin-1-yl)butanamide, wherein the neuropathic pain is generated by spinal cord tissue caudal to the level of the spinal cord injury, and wherein the neuropathic pain is perceived by said individual to be below the neurological level of the spinal cord injury.
A multi-bank frying system (100; 700) comprising: a first and a second fryer assembly (101, 102; 701, 702, 703), a cabinet housing the first and second fryer assemblies (101, 102; 701, 702, 703), the cabinet comprising at least one securable door with a protective lip ; a common drain in fluid communication with each of the first and second fryer assemblies (101, 102; 701, 702, 703), the common drain including a drain spout in fluid communication with the common drain , the drain spout rotatably mounted to the common drain , the drain spout rotatable between a raised and a lowered position; a filter pan disposed below the drain spout , the filter pan having a height extending above a portion of the drain spout in the lowered position and above the protective lip of the securable door , the height of the filter pan extending below the drain spout in the raised position, a pan-in-place sensor ; a fluid presence sensor disposed in the filter pan ; a door sensor configured to transmit an affirmative signal upon sensing a closed state of the securable door ; and a controller in electrical communication with the pan-in-place sensor , the fluid presence sensor , the door sensor , and the first and second fryer assemblies (101, 102; 701, 702, 703), the controller configured to allow operation of the first and second fryer assemblies (101, 102; 701, 702, 703) upon receiving an first affirmative signal from the pan-in-place sensor , a second affirmative signal from the fluid presence sensor , and a third affirmative signal from the door sensor . a first and a second fryer assembly (101, 102; 701, 702, 703), a cabinet housing the first and second fryer assemblies (101, 102; 701, 702, 703), the cabinet comprising at least one securable door with a protective lip ; a common drain in fluid communication with each of the first and second fryer assemblies (101, 102; 701, 702, 703), the common drain including a drain spout in fluid communication with the common drain , the drain spout rotatably mounted to the common drain , the drain spout rotatable between a raised and a lowered position; a filter pan disposed below the drain spout , the filter pan having a height extending above a portion of the drain spout in the lowered position and above the protective lip of the securable door , the height of the filter pan extending below the drain spout in the raised position, a pan-in-place sensor ; a fluid presence sensor disposed in the filter pan ; a door sensor configured to transmit an affirmative signal upon sensing a closed state of the securable door ; and a controller in electrical communication with the pan-in-place sensor , the fluid presence sensor , the door sensor , and the first and second fryer assemblies (101, 102; 701, 702, 703), the controller configured to allow operation of the first and second fryer assemblies (101, 102; 701, 702, 703) upon receiving an first affirmative signal from the pan-in-place sensor , a second affirmative signal from the fluid presence sensor , and a third affirmative signal from the door sensor .
A movable iron core linear actuator of which a moving element is made to reciprocate in a reciprocating direction (X), the linear actuator comprising a magnetic circuit which includes: an iron core which constitutes the moving element; a stator core which includes a facing portion which faces the iron core; a pair of permanent magnets disposed in the facing portion along the reciprocating direction, the pair of permanent magnets having inverted magnetic poles at their surfaces which face the iron core; and a coil wound around the stator core, the magnetic circuit being arranged to cause, via the magnetic flux produced by energization of the coil, the moving element to reciprocate by weakening the magnetic flux produced in one of the permanent magnets and strengthening the magnetic flux produced in the other of the permanent magnets, and the magnetic circuit being arranged to cause an offset force to act on the moving element by the magnetic flux produced by the permanent magnets in a state in which the coil is not energized, characterized in that a space portion having low magnetic permeability compared with the stator core is provided in a state in which a part of the facing portion is removed in an area, which is a magnetic flux path, between a part of the facing portion of the stator core and the permanent magnets. an iron core which constitutes the moving element; a stator core which includes a facing portion which faces the iron core; a pair of permanent magnets disposed in the facing portion along the reciprocating direction, the pair of permanent magnets having inverted magnetic poles at their surfaces which face the iron core; and a coil wound around the stator core, the magnetic circuit being arranged to cause, via the magnetic flux produced by energization of the coil, the moving element to reciprocate by weakening the magnetic flux produced in one of the permanent magnets and strengthening the magnetic flux produced in the other of the permanent magnets, and the magnetic circuit being arranged to cause an offset force to act on the moving element by the magnetic flux produced by the permanent magnets in a state in which the coil is not energized, characterized in that a space portion having low magnetic permeability compared with the stator core is provided in a state in which a part of the facing portion is removed in an area, which is a magnetic flux path, between a part of the facing portion of the stator core and the permanent magnets.
Steel strip having an ultimate tensile strength Rm classifying for 1000MPa steel category, consisting of (in mass percent) C 0.09-0.19%; Mn 2.10-2.50%; Si at most 0.1%; Cr 0.4-0.8%; Mo at most 0.3%; Ni at most 0.4%; Al 0.02-1.3%; Nb at most 0.04%; P optionally equal to or more than 0.0005% and less than 0.05%; N equal to or less than 0.015%; Ti equal to or less than 0.1%; V equal to or less than 0.1%; B equal to or less than 0.01 %. wherein the sum of Cr, Mo and Ni is at least 0.5%; the balance being Fe and inevitable impurities; and having a microstructure comprising, in area%, martensite 5-40%; ferrite/upper bainite 30-95%; lower bainite/tempered martensite 0-30%; and optionally pearlite less than 5%. C 0.09-0.19%; Mn 2.10-2.50%; Si at most 0.1%; Cr 0.4-0.8%; Mo at most 0.3%; Ni at most 0.4%; Al 0.02-1.3%; Nb at most 0.04%; P optionally equal to or more than 0.0005% and less than 0.05%; N equal to or less than 0.015%; Ti equal to or less than 0.1%; V equal to or less than 0.1%; B equal to or less than 0.01 %. wherein the sum of Cr, Mo and Ni is at least 0.5%; the balance being Fe and inevitable impurities; and having a microstructure comprising, in area%, martensite 5-40%; ferrite/upper bainite 30-95%; lower bainite/tempered martensite 0-30%; and optionally pearlite less than 5%.
A fault detection circuit comprising: a system controller including at least one memory device and configured to control at least one electrical system; and a fault detection controller in signal communication with the system controller, the fault detection controller configured to detect at least one fault of the system controller and to control operation of the system controller based on comparison between a frequency of detected faults corresponding to the system controller and at least one frequency threshold value, characterised in that the fault detection controller is configured to allow restarting of the system controller an unlimited number of times in response to the frequency of system restarts due to detected faults being less than or equal to the frequency threshold value. a system controller including at least one memory device and configured to control at least one electrical system; and a fault detection controller in signal communication with the system controller, the fault detection controller configured to detect at least one fault of the system controller and to control operation of the system controller based on comparison between a frequency of detected faults corresponding to the system controller and at least one frequency threshold value, characterised in that the fault detection controller is configured to allow restarting of the system controller an unlimited number of times in response to the frequency of system restarts due to detected faults being less than or equal to the frequency threshold value.
A method for producing nanoparticles comprising an active ingredient and hydroxypropyl methylcellulose acetate succinate (HPMCAS), the method comprising the steps of: a) providing an organic solution of the active ingredient and the HPMCAS in an organic solvent; b) providing an aqueous solution having a pH of 3 to 9; c) mixing the organic solution with the aqueous solution such as to precipitate the nanoparticles; wherein - the organic solution is provided in the form of a first fluid stream; - the aqueous solution is provided in the form of a second fluid stream; and wherein the mixing includes directing the first and the second fluid stream to contact one another; and wherein each of the first and the second fluid stream is ejected from a nozzle, and wherein the fluid streams are directed such as to impinge on one another; and optionally, wherein the method comprises a further step of d) isolating and/or drying the nanoparticles. a) providing an organic solution of the active ingredient and the HPMCAS in an organic solvent; b) providing an aqueous solution having a pH of 3 to 9; c) mixing the organic solution with the aqueous solution such as to precipitate the nanoparticles; wherein - the organic solution is provided in the form of a first fluid stream; - the aqueous solution is provided in the form of a second fluid stream; and wherein the mixing includes directing the first and the second fluid stream to contact one another; and wherein each of the first and the second fluid stream is ejected from a nozzle, and wherein the fluid streams are directed such as to impinge on one another; and optionally, wherein the method comprises a further step of - the organic solution is provided in the form of a first fluid stream; - the aqueous solution is provided in the form of a second fluid stream; d) isolating and/or drying the nanoparticles.