mhurhangee/patent-ind-claim-en huggingface dataset:
Method for drying compressed gas by means of a drying device with an inlet for the compressed gas to be dried and an outlet for the dried compressed gas, wherein the drying device comprises at least two vessels filled with a regenerable desiccant and an adjustable valve system consisting of a first valve block and a second valve block that connects the aforementioned inlet and respectively outlet to the aforementioned vessels , wherein the adjustable valve system is being regulated as such that at least one vessel will dry compressed gas, while the other vessel will be regenerated and cooled successively, wherein by regulation of the valve system the vessels will each in turn dry compressed gas, characterized in that the method consists of calculating the time period (t ads ) during which a vessel dries compressed gas, on the basis of a formula: t ads = A * B ; where: - t ads = the period of time during which a vessel dries compressed gas; - A = a predetermined adsorption time; - B = a product of one or more of the following factors: ∘ C ΔP = a correction factor for the average pressure drop (ΔP gem ) over the drying device compared to a reference pressure drop (ΔP ref ) over the drying device ; ∘ C P = a correction factor for the average inlet pressure (P gem ) compared to a reference inlet pressure (P ref ); ∘ C T = a correction factor for the average inlet temperature (T gem ) compared to a reference inlet temperature (T ref ); ∘ C = a fixed correction factor; where the reference pressure drop (ΔP ref ), reference inlet pressure (P ref ) and reference inlet temperature (T ref ) are the values measured or determined in the drying device when operating under reference conditions, where B comprises at least the factor C P . - t ads = the period of time during which a vessel dries compressed gas; - A = a predetermined adsorption time; - B = a product of one or more of the following factors: ∘ C ΔP = a correction factor for the average pressure drop (ΔP gem ) over the drying device compared to a reference pressure drop (ΔP ref ) over the drying device ; ∘ C P = a correction factor for the average inlet pressure (P gem ) compared to a reference inlet pressure (P ref ); ∘ C T = a correction factor for the average inlet temperature (T gem ) compared to a reference inlet temperature (T ref ); ∘ C = a fixed correction factor; ∘ C ΔP = a correction factor for the average pressure drop (ΔP gem ) over the drying device compared to a reference pressure drop (ΔP ref ) over the drying device ; ∘ C P = a correction factor for the average inlet pressure (P gem ) compared to a reference inlet pressure (P ref ); ∘ C T = a correction factor for the average inlet temperature (T gem ) compared to a reference inlet temperature (T ref ); ∘ C = a fixed correction factor;
A track and trace packaging method for packaging goods comrpising one or more process steps (S1-S5), wherein a number of products is supplied as a batch to one or more trackable packaging units, in particular of different size, that, for tracking purposes, are provided with an identification that is read in during the at least one process step (S2-S5) and stored in a database and/or verified, wherein a control unit creates a batch workflow comprising the at least one process step (S2-S5) for working on the batch, wherein users can sign into or out of the batch or the batch workflow using a mobile terminal, which is communicatively connected to the control unit and/or to at least one other mobile terminal, and can undertake processing the at least one process step (S2-S5) partially or completely, and wherein at least one process step (S2-S5) is carried out completely or partially by a packaging plant in a supporting capacity, characterized in that mobile terminals signed into the batch workflow are communicatively connected to one another directly and synchronize one another in real time. wherein a control unit creates a batch workflow comprising the at least one process step (S2-S5) for working on the batch, wherein users can sign into or out of the batch or the batch workflow using a mobile terminal, which is communicatively connected to the control unit and/or to at least one other mobile terminal, and can undertake processing the at least one process step (S2-S5) partially or completely, and wherein at least one process step (S2-S5) is carried out completely or partially by a packaging plant in a supporting capacity, characterized in that mobile terminals signed into the batch workflow are communicatively connected to one another directly and synchronize one another in real time.
Process for producing a NO X reductant AUS 32 solution (diesel exhaust fluid), comprising at least the mixing of water and a particulate composition comprising: (i) urea; and an additive comprising component (ii): (ii) combination of at least one polymer or oligomer containing amino groups and at least one functionalized polyvinyl compound; wherein the proportion by weight of component (i) in the particulate composition is > 60% by weight and the proportion by weight of component (ii) in the particulate composition is < 1% by weight and wherein a urea solution is obtained and the proportion by weight of component (i) in the urea solution obtained is not less than 31% by weight and not more than 34% by weight. (i) urea;
Door fitting with a coupling via which an outer handle, such as in particular an exterior lever handle or the like, can be decoupled from a lock mechanism assigned to the door and, in particular in combination with an access control system or the like, can be coupled to the lock mechanism, wherein the outer handle is connected to a first follower part of a divided lock follower, and the lock mechanism is connected to a second follower part of same, the second follower part being assigned to an inner handle, and the coupling comprises at least one magnetized element which interacts with the divided lock follower and is movable between a coupled position connecting the two follower parts to each other and a decoupled position leaving the two follower parts separate from each other, and an adjustment element which is provided with corresponding magnets , or is correspondingly magnetized at least in sections, for acting upon the magnetized element , wherein the coupling comprises at least one magnetized pin which interacts with the divided lock follower and is movable between a coupled position connecting the two follower parts to each other and a decoupled position leaving the two follower parts separate from each other, and an adjustment disc which is provided with corresponding magnets or is correspondingly magnetized at least in sections, for acting upon the magnetized pin in different directions and which is adjustable via an actuator between two positions in which the magnets or the magnetized sections thereof are adjusted relative to the magnetized pin in such a manner that the magnetized pin takes up its coupled position or its decoupled position, wherein the at least one magnetized pin in its coupled position engages in mutually aligned depressions of the two follower parts of the lock follower and, in its decoupled position, moves out of the depression of one of the two follower parts and is at least partially returned to the depression of the other follower part, characterized in that the second follower part of the divided lock follower, said second follower part being connected to the lock mechanism, is movable out of an initial position counter to the spring force of a resetting spring unit and, when the follower parts of the divided lock follower are coupled to each other via the at least one magnetized pin , during an actuation of the outer handle the at least one magnetized pin is clamped between the two follower parts as a result of the prestress which is produced by the resetting spring unit assigned to the second follower part , and the at least one magnetized pin is thereby held in its coupled position.
A thermoplastic resin composition comprising: a thermoplastic resin comprising a rubber-modified vinyl graft copolymer and an aromatic vinyl copolymer resin; polyalkylene glycol; and zinc oxide, wherein the zinc oxide has an average particle diameter of ≥ 0.5 μm to ≤ 3 μm measured in a single particle state using a particle analyzer and a BET specific surface area of ≥ 1 m 2 /g to ≤ 10 m 2 /g measured by nitrogen gas absorption method using a BET analyzer a thermoplastic resin comprising a rubber-modified vinyl graft copolymer and an aromatic vinyl copolymer resin; polyalkylene glycol; and zinc oxide, wherein the zinc oxide has an average particle diameter of ≥ 0.5 μm to ≤ 3 μm measured in a single particle state using a particle analyzer and a BET specific surface area of ≥ 1 m 2 /g to ≤ 10 m 2 /g measured by nitrogen gas absorption method using a BET analyzer
An electrode pad used for iontophoresis treatment comprising: a base sheet , an electrode placed on the base sheet , an adhesive sheet placed on the base sheet and having a circular opening , within which the electrode is exposed, and a medicament reservoir containing a local anesthetic and placed in the opening of the adhesive sheet while being in contact with the electrode , wherein: the electrode pad has a boundary surface at which an inner peripheral surface of the opening of the adhesive sheet and an outer peripheral surface of the medicament reservoir contact each other, and the boundary surface is covered with an insulating film , characterized in that the insulating film is ring-shaped with a width of 1 to 10 mm. a base sheet , an electrode placed on the base sheet , an adhesive sheet placed on the base sheet and having a circular opening , within which the electrode is exposed, and a medicament reservoir containing a local anesthetic and placed in the opening of the adhesive sheet while being in contact with the electrode , wherein: the electrode pad has a boundary surface at which an inner peripheral surface of the opening of the adhesive sheet and an outer peripheral surface of the medicament reservoir contact each other, and the boundary surface is covered with an insulating film , characterized in that the insulating film is ring-shaped with a width of 1 to 10 mm.
Screw, in particular dowel screw, having a screw shaft with a screw head , arranged at a shaft end, with a force application point and a screw tip opposite the screw head and formed at the end of the screw shaft , which screw tip tapers towards its free end, as well as with a screw thread extending at least over a section of the screw shaft and over the screw tip , the thread pitch of said screw thread having a triangular cross section viewed in longitudinal section, with two thread flanks intersecting in a flank tip , characterized in that the flank tip is rounded, wherein a radius of the curve of the rounded flank tip is selected in the size of 1 % to 10 % of the nominal diameter of the screw and wherein the thread flanks are each formed of two flank sections , which together form an obtuse angle, a) wherein the flank section beginning at the screw shaft has a radial height (H1) perpendicular to the longitudinal axis (X-X) of the screw shaft , and b) the adjoining flank section has a radial height (H2) perpendicular to the longitudinal axis (X-X) of the screw shaft , and ends in the rounded flank tip , wherein the sum of the radial heights (H1, H2) corresponds to the thread height (H). a) wherein the flank section beginning at the screw shaft has a radial height (H1) perpendicular to the longitudinal axis (X-X) of the screw shaft , and b) the adjoining flank section has a radial height (H2) perpendicular to the longitudinal axis (X-X) of the screw shaft , and ends in the rounded flank tip ,
A computer implemented method for managing execution of applications within a memory space of a multi-tenant virtual machine, MVM, the method comprising: instantiating an MVM server; instantiating , by the MVM server, a container for an application, the container having a thin client and having a name space that is part of a memory space of the MVM; launching and moving , by the MVM server, threads of the application from the MVM server to the container; executing , by the container, the threads using the thin client in the name space of the container; and performing inter-process communication between the threads of the application executing in the name space of the container and one or more service threads in the MVM using a connection between the thin client and the MVM server, wherein all arguments used by the threads of the application remain same. instantiating an MVM server; instantiating , by the MVM server, a container for an application, the container having a thin client and having a name space that is part of a memory space of the MVM; launching and moving , by the MVM server, threads of the application from the MVM server to the container; executing , by the container, the threads using the thin client in the name space of the container; and performing inter-process communication between the threads of the application executing in the name space of the container and one or more service threads in the MVM using a connection between the thin client and the MVM server, wherein all arguments used by the threads of the application remain same.
A power management apparatus capable of communicating with a power conversion apparatus for converting power of a power generation apparatus , the power management apparatus characterised in that it comprises: a communication interface configured to receive remaining power information regarding remaining power generation capability of the power generation apparatus from the power conversion apparatus when the power conversion apparatus performs independent operation that is disconnected from a power grid; and an output interface configured to output the remaining power information graphically.
Revolving tube magazine with a plurality of tool holders lying on a tool holder plane , in the interior of which a working spindle is mounted in a dimensionally stable central block arranged in a fixed position on the machine tool side, - wherein the central block has a single- or multiple-part magazine tube body for receiving the tool holders or tools in a respective tool holder location (131 - 138), - wherein the magazine tube body , mounted on an anti-friction and/or slide bearing, is rotatable, being driven around the central block - wherein the magazine tube body has, per tool holder location (131 - 138), a holder cover for storing a tool holder and/or a tool, - wherein the holder cover , with the tool holder required for machining the workpiece and/or the required tool, can be positioned on the central block in front of the front end face of the working spindle , in the direction of rotation of the magazine tube body , - in a working position in order to dock with the central block and/or to couple the tool holder and/or the tool to the working spindle , characterised in that the individual holder cover in the magazine tube body can be moved, radially to its centre line , between two end positions . - wherein the central block has a single- or multiple-part magazine tube body for receiving the tool holders or tools in a respective tool holder location (131 - 138), - wherein the magazine tube body , mounted on an anti-friction and/or slide bearing, is rotatable, being driven around the central block - wherein the magazine tube body has, per tool holder location (131 - 138), a holder cover for storing a tool holder and/or a tool, - wherein the holder cover , with the tool holder required for machining the workpiece and/or the required tool, can be positioned on the central block in front of the front end face of the working spindle , in the direction of rotation of the magazine tube body , - in a working position in order to dock with the central block and/or to couple the tool holder and/or the tool to the working spindle , characterised in that the individual holder cover in the magazine tube body can be moved, radially to its centre line , between two end positions .
spray head for a device for dispensing a fluid product, comprising a body provided with a spray orifice , a central channel being connected to said spray orifice via a spray profile comprising a vortex chamber arranged directly upstream of said spray orifice , characterised in that said spray profile comprises at least two curved channels extending from said central channel to said vortex chamber , each curved channel connected non-radially to said vortex chamber , to form a spray exiting said spray orifice , each curved channel having a convex shape, diverging laterally outwards from said central channel , and then from an inflection point , returning laterally inwards towards said vortex chamber .
Manufacturing module which has a machine frame and a linear drive guide mounted thereon, along the axis of which guide at least one workstation can be automatically moved by means of a linear drive, the manufacturing module having a length L in the direction of said axis and being delimited on each side by a lateral wall , characterized in that the module has a number N of grid units of at least two over its length L, it being possible to mount one parts supply station per grid unit and it being possible to attach one workstation per grid unit to the linear drive guide , at least two parts supply stations being mounted on grid units and at least one workstation being attached to the linear drive guide so as to be linearly movable, which workstation is designed as a handling device and, by means of which workstation, parts can be removed from at least two parts supply stations and the number of workstations A is less than or equal to the value determined by the formula A = N − F max + 1 where the maximum movement clearance F max is the number of grid units which are in the region that encloses the two parts supply stations which are furthest apart from one another and from which parts are to be removed by one workstation .
A workbench for receiving objects , having a frame and a turning device for turning an object , which is supported on the frame so as to be pivotable about a pivot axis, the turning device having a turning frame which is formed from at least two plate elements arranged at an angle to one another, wherein the plate elements are formed as tabletops of the workbench , characterized in that the workbench has four tabletops , and wherein two tabletops form the turning frame and the other two tabletops are firmly connected to the frame .
An apparatus for extracting analytes from a liquid medium, comprising: a sample container, and a sorptive stirrer comprising a sorptive material; wherein said liquid medium is placed in said sample container; and wherein said sorptive stirrer is placed in said sample container; characterized in that the apparatus further comprises a cooling source for freezing the liquid medium from the bottom of the sample container in an upward direction, wherein said sample container is placed in or on said cooling source, and wherein the apparatus is adapted to perform simultaneously freeze concentrating and extracting the analyte into or by the sorptive material. a sample container, and a sorptive stirrer comprising a sorptive material; wherein said liquid medium is placed in said sample container; and wherein said sorptive stirrer is placed in said sample container;
A laminate film comprising a water-soluble resin layer and a polylactic acid-based resin layer laminated on at least one side of a substrate film, characterized in that the water-soluble resin layer has a thickness of 0.1 to 15μm, and the polylactic acid-based resin layer has a thickness of 10 to 500nm, wherein the substrate film is made of polyethylene terephthalate; the water-soluble resin layer is polyvinyl alcohol or a copolymer thereof, or pullulan; and the polylactic acid-based resin layer is a homopolymer of lactic acid-based resin consisting of poly-L-lactic acid and/or poly-D-lactic acid or is a copolymerized polylactic acid-based resin made by copolymerizing a monomer component having ester formation ability with L-lactic acid and/or D-lactic acid, the monomer component being glycolic acid and ethylene glycol.
Motor vehicle camera , which is held at least partially in a housing that is able to be mounted at or in a motor vehicle (K), wherein at least one light-emitting means for fully illuminating (L) at least one partial region (E) of the camera surroundings is present, characterized in that the housing is embodied to be at least partially light-guiding and at least one light-emitting means is positioned upstream of an end-side light incoupling surface of the housing such that light (L) is thereby able to be coupled into the light-guiding part of the housing and is able to be coupled out of an end-side light outcoupling surface of the housing in the direction of the partial region (E) of the camera surroundings that is to be fully illuminated.
A composition comprising: (i) 1,1-difluoroethene (vinylidene fluoride, R-1132a); (ii) from about 2 to about 95% by weight difluoromethane (R-32); (iii) 2,3,3,3-tetrafluoropropene (R-1234yf); and (iv) carbon dioxide (CO 2 ) and/or a hydrocarbon. (i) 1,1-difluoroethene (vinylidene fluoride, R-1132a); (ii) from about 2 to about 95% by weight difluoromethane (R-32); (iii) 2,3,3,3-tetrafluoropropene (R-1234yf); and (iv) carbon dioxide (CO 2 ) and/or a hydrocarbon.
Device for the assessment and training of ankle joint mobility, balance capacity and imbalance management skills and re-education of proprioceptive reflexes, comprising: - a plate , oscillatable about at least one axis of rotation and provided with an upper plane for supporting the foot/feet of a user; and - a fixed support , adapted to oscillatably support the plate with respect to a support surface (P); said plate having at least one contact member , adapted to oscillatably support the plate with respect to the fixed support , said contact member having a contact profile in contact with said fixed support in such a way that the instantaneous axis of rotation of the plate is fixed in space and positioned above said upper support plane ; characterized in that it comprises: - a toothed sector , movable integrally with said contact member and having the teeth turned toward the plate ; - a gear member , rotatable about a rotation axis (x), said gear member engaging the toothed sector so that a rotation of said gear member causes an oscillation of the toothed sector and of the plate ; and - a gearmotor , connected to the gear member and adapted to rotate said gear member , so that the rotation of the gear member is controllable in speed and/or position. - a plate , oscillatable about at least one axis of rotation and provided with an upper plane for supporting the foot/feet of a user; and - a fixed support , adapted to oscillatably support the plate with respect to a support surface (P); said plate having at least one contact member , adapted to oscillatably support the plate with respect to the fixed support , said contact member having a contact profile in contact with said fixed support in such a way that the instantaneous axis of rotation of the plate is fixed in space and positioned above said upper support plane ; characterized in that it comprises: - a toothed sector , movable integrally with said contact member and having the teeth turned toward the plate ; - a gear member , rotatable about a rotation axis (x), said gear member engaging the toothed sector so that a rotation of said gear member causes an oscillation of the toothed sector and of the plate ; and - a gearmotor , connected to the gear member and adapted to rotate said gear member , so that the rotation of the gear member is controllable in speed and/or position. - a toothed sector , movable integrally with said contact member and having the teeth turned toward the plate ; - a gear member , rotatable about a rotation axis (x), said gear member engaging the toothed sector so that a rotation of said gear member causes an oscillation of the toothed sector and of the plate ; and - a gearmotor , connected to the gear member and adapted to rotate said gear member , so that the rotation of the gear member is controllable in speed and/or position.