mhurhangee/ep-ind-claims huggingface dataset:
Support for supporting and compensating a shift in the position of a parked semi-trailer, which support consists of an outer support tube and an inner support, which can be telescopically slid into at least a part of the outer support tube and consists of a support middle part and a support base part, said parts being hinged together by a pivot bearing, wherein the lower end of the support base part is rigidly connected to a rolling segment and the outer surface of the outer support tube is fully closed along the periphery at least along the edge facing the inner support, characterized in that the rolling segment has a dished shape and in the retracted state of the support the outer support tube protrudes into the rolling segment
A process for forming an epoxide product, comprising: reacting a catalyst with an acid or an buffer solution of the acid and a first oxidant comprising a first pH, wherein the catalyst comprises a water-soluble manganese complex having: a mononuclear species of the general formula: [LMnX 3]Y or a binuclear species of the general formula: [LMn(μ-X) 3 MnL]Y n, and wherein Mn is a manganese; L or each L is independently a polydentate ligand, each X is independently a coordinating species and each μ-X is independently a bridging coordinating species, wherein Y is a non-coordinating counter ion; and reacting an olefinically unsaturated compound with a second oxidant in the presence of the catalyst at acidic conditions wherein the second pH is in the range of 1.5 to 3.2 and the first pH is in the range of 3.3 to 4.5. reacting a catalyst with an acid or an buffer solution of the acid and a first oxidant comprising a first pH, wherein the catalyst comprises a water-soluble manganese complex having: a mononuclear species of the general formula: [LMnX 3]Y or a binuclear species of the general formula: [LMn(μ-X) 3 MnL]Y n, and wherein Mn is a manganese; L or each L is independently a polydentate ligand, each X is independently a coordinating species and each μ-X is independently a bridging coordinating species, wherein Y is a non-coordinating counter ion; and reacting an olefinically unsaturated compound with a second oxidant in the presence of the catalyst at acidic conditions wherein the second pH is in the range of 1.5 to 3.2 and the first pH is in the range of 3.3 to 4.5. a mononuclear species of the general formula: [LMnX 3]Y or a binuclear species of the general formula: [LMn(μ-X) 3 MnL]Y n, and
An electro-chemical device having a cell thickness in a range of 1μm - 1000μm, comprising: a first and a second substrate (1, 2) disposed to face each other, and having electrodes (11, 12) on facing surfaces; and a transparent electrolyte solution sandwiched between the first and the second substrates (1, 2), containing electro-deposition material containing Ag, a mediator, a supporting electrolyte, and a solvent, characterized in that the mediator includes Ge or Ta. a first and a second substrate (1, 2) disposed to face each other, and having electrodes (11, 12) on facing surfaces; and a transparent electrolyte solution sandwiched between the first and the second substrates (1, 2), containing electro-deposition material containing Ag, a mediator, a supporting electrolyte, and a solvent, characterized in that the mediator includes Ge or Ta.
A door of a refrigerator unit and/or freezer unit, comprising a door pocket that is arranged at the inner door side and that is designed as movable relative to the inner door side such that it can be locked at different vertical positions of the inner door side, wherein two webs are provided at the inner door side that extend vertically and that form a guide for the door pocket; the webs each have first means that cooperate with second means arranged at the door pocket such that the door pocket can be locked in the desired vertical position by the first and second means; the first means are nubs that are spaced apart from one another in the vertical direction and that are arranged at the mutually facing sides of the webs; and the door pocket has two grooves that extend in the vertical direction and whose width is designed such that the nubs of the webs can be received in a respective groove, with each of the two grooves engaging behind nubs arranged at a web, characterized in that the locking of the door pocket takes place by a part that is movable with respect to the door pocket and that is adapted to be supported on the nubs in a locking position.
A distribution system for a process fluid for chemical and/or electrolytic surface treatment of a substrate, comprising: - a first distribution body, - a substitute body, - a framework, - a substrate holder, - an electrical sealing unit, and - a tank, wherein the first distribution body is configured to direct a flow of the process fluid and/or an electrical current to the substrate holder holding at least one substrate, wherein the first distribution body and the substitute body are arranged to insert the substrate holder between them, wherein the framework is configured to mount the first distribution body and the substitute body relative to each other, wherein the framework is further configured to form, together with the first distribution body and the substitute body, a casing surrounding the substrate holder holding the substrate, wherein the casing is insertable into the tank containing the process fluid as an independent unit, wherein the electrical sealing unit is configured to seal an interface between the framework and the first distribution body and an interface between the framework and the substitute body, such that the one or more sealing units provide an electrical isolation of the casing such that stray currents around the distribution body are avoided, characterized in that the substitute body is a second distribution body also configured to direct a flow of the process fluid to the substrate. - a first distribution body, - a substitute body, - a framework, - a substrate holder, - an electrical sealing unit, and - a tank, wherein the first distribution body is configured to direct a flow of the process fluid and/or an electrical current to the substrate holder holding at least one substrate, wherein the first distribution body and the substitute body are arranged to insert the substrate holder between them, wherein the framework is configured to mount the first distribution body and the substitute body relative to each other, wherein the framework is further configured to form, together with the first distribution body and the substitute body, a casing surrounding the substrate holder holding the substrate, wherein the casing is insertable into the tank containing the process fluid as an independent unit, wherein the electrical sealing unit is configured to seal an interface between the framework and the first distribution body and an interface between the framework and the substitute body, such that the one or more sealing units provide an electrical isolation of the casing such that stray currents around the distribution body are avoided, characterized in that the substitute body is a second distribution body also configured to direct a flow of the process fluid to the substrate.
A conductive sheet for use as a transparent conductive film of a touch panel comprising: a substrate having a first main surface; and a first electrode pattern placed on the first main surface, wherein the first electrode pattern is formed by a plurality of grids made of a plurality of metal thin wires that intersect with each other, the first electrode pattern includes a plurality of first conductive patterns that extend in a first direction, wherein each of the first conductive patterns includes, at least inside thereof, slit-like sub-nonconduction patterns that are electrically separated from the first conductive pattern and extend in the first direction, wherein the sub-nonconduction patterns include dummy patterns formed by a plurality of grids made of a plurality of metal thin wires that intersect with each other and include break portions, wherein each of the first conductive patterns includes a plurality of first conductive pattern lines divided by the sub-nonconduction patterns, each first conductive pattern is electrically separated by a first non-conductive pattern, wherein the first non-conductive pattern includes dummy patterns formed by a plurality of grids made of a plurality of metal thin wires that intersect with each other and includes break portions, each first conductive pattern has one end electrically connected to a first electrode terminal. a substrate having a first main surface; and a first electrode pattern placed on the first main surface, wherein the first electrode pattern is formed by a plurality of grids made of a plurality of metal thin wires that intersect with each other, the first electrode pattern includes a plurality of first conductive patterns that extend in a first direction, wherein each of the first conductive patterns includes, at least inside thereof, slit-like sub-nonconduction patterns that are electrically separated from the first conductive pattern and extend in the first direction, wherein the sub-nonconduction patterns include dummy patterns formed by a plurality of grids made of a plurality of metal thin wires that intersect with each other and include break portions, wherein each of the first conductive patterns includes a plurality of first conductive pattern lines divided by the sub-nonconduction patterns, each first conductive pattern is electrically separated by a first non-conductive pattern, wherein the first non-conductive pattern includes dummy patterns formed by a plurality of grids made of a plurality of metal thin wires that intersect with each other and includes break portions, each first conductive pattern has one end electrically connected to a first electrode terminal.
A bipod assembly comprising: a firearm forend interface having a vertical aperture shaped to receive a pivot holder, the pivot holder shaped to slidingly move vertically with the vertical aperture in the firearm forend interface; two pawls (132, 134) pivotally coupled to each other and to the pivot holder via a pivot pin; a sling stud locking mechanism threadingly coupled to the pivot holder and configured to cause the vertical movement of the pivot holder via rotation, wherein upward vertical movement of the pivot holder causes opening of the two pawls and downward vertical movement of the pivot holder causes closing of the two pawls. a firearm forend interface having a vertical aperture shaped to receive a pivot holder, the pivot holder shaped to slidingly move vertically with the vertical aperture in the firearm forend interface; two pawls (132, 134) pivotally coupled to each other and to the pivot holder via a pivot pin; a sling stud locking mechanism threadingly coupled to the pivot holder and configured to cause the vertical movement of the pivot holder via rotation, wherein upward vertical movement of the pivot holder causes opening of the two pawls and downward vertical movement of the pivot holder causes closing of the two pawls.
A plurality of containers comprising leuprolide acetate as a lyophilized powder prepared by a method comprising: depositing a solution into the containers; suspending a rack within a tub, the rack adapted to suspend the containers in the tub; positioning a covering plate, covering the containers with the covering plate before placing the containers and the covering plate inside a lyophilizing apparatus or covering the containers with the covering plate after placing the containers inside the lyophilizing apparatus, and at least partially lyophilizing the solution by cooling the solution and applying a vacuum to the solution, characterized in that the covering plate comprises protuberances projecting from a surface to align with an opening of the containers, the protuberances adapted to fit inside at least a portion of the containers, the projecting protuberances engaged inside the at least a portion of the containers, wherein the covering plate is examined for captured lyophilizate, and discarding the containers from which any such captured lyophilizate came, and wherein the containers are syringe barrels of syringes. depositing a solution into the containers; suspending a rack within a tub, the rack adapted to suspend the containers in the tub; positioning a covering plate, covering the containers with the covering plate before placing the containers and the covering plate inside a lyophilizing apparatus or covering the containers with the covering plate after placing the containers inside the lyophilizing apparatus, and at least partially lyophilizing the solution by cooling the solution and applying a vacuum to the solution, characterized in that the covering plate comprises protuberances projecting from a surface to align with an opening of the containers, the protuberances adapted to fit inside at least a portion of the containers, the projecting protuberances engaged inside the at least a portion of the containers, wherein the covering plate is examined for captured lyophilizate, and discarding the containers from which any such captured lyophilizate came, and wherein the containers are syringe barrels of syringes.
A method for designing a plate cylinder comprising the steps of: selecting at least one location for at least one axially extending hole (440, 445) displaced from a longitudinal axis of the plate cylinder; and selecting at least one size for the at least one axially extending hole (440, 445); the at least one location and at least one size selected to reduce a variation in products of inertia as the plate cylinder rotates, as compared to the plate cylinder without the at least one axially extending hole (440, 445); and repeating the steps of selecting at least one location and selecting at least one size until the variation in products of inertia is less than or equal to a predetermined criterion. selecting at least one location for at least one axially extending hole (440, 445) displaced from a longitudinal axis of the plate cylinder; and selecting at least one size for the at least one axially extending hole (440, 445); the at least one location and at least one size selected to reduce a variation in products of inertia as the plate cylinder rotates, as compared to the plate cylinder without the at least one axially extending hole (440, 445); and repeating the steps of selecting at least one location and selecting at least one size until the variation in products of inertia is less than or equal to a predetermined criterion.
Single-piece optical part made of transparent or translucent material, comprising: - a plurality of active surfaces arranged to form a beam, including an entrance dioptric interface and an exit dioptric interface, - inactive surfaces (6, 10) joining the active surfaces, one of the active surfaces is a deflector arranged so as to receive the light rays coming from the entrance dioptric interface and to steer them downstream, characterized in that at least one of the inactive surfaces comprising a scattering segment (7, 11) so as to scatter rays that reach it. - a plurality of active surfaces arranged to form a beam, including an entrance dioptric interface and an exit dioptric interface, - inactive surfaces (6, 10) joining the active surfaces, one of the active surfaces is a deflector arranged so as to receive the light rays coming from the entrance dioptric interface and to steer them downstream,
A method of mounting a trailer skirt to a trailer, comprising: attaching a skirt-supporting member to a trailer in a cantilevered configuration, and, operably coupling a trailer skirt to the skirt-supporting member, the coupling being a sliding coupling between the trailer skirt and the skirt-supporting member permitting sliding of the trailer skirt relative to the skirt-supporting member when the trailer skirt bends, where the skirt-supporting member is an elongate bending member configured to elastically bend with application of a lateral force component. attaching a skirt-supporting member to a trailer in a cantilevered configuration, and, operably coupling a trailer skirt to the skirt-supporting member, the coupling being a sliding coupling between the trailer skirt and the skirt-supporting member permitting sliding of the trailer skirt relative to the skirt-supporting member when the trailer skirt bends, where the skirt-supporting member is an elongate bending member configured to elastically bend with application of a lateral force component.
A conveyor device, with multiple carrying facilities that are separated from each other for transporting at least one item of goods to be conveyed (34a, b), wherein the carrying facilities are flexibly designed, so that the carrying facilities adjust themselves along a curve to a curve bend in the curve, with at least one continuously revolving first conveyor belt, wherein the first conveyor belt is deflected in an interruption area in a conveyance direction, with at least one drive facility, wherein the drive facility drives the first conveyor belt in the conveyance direction, wherein each of the carrying facilities has at least one magnet, wherein the first conveyor belt is ferro-magnetic or has a ferro-magnetic material, so that the carrying facilities can be magnetically coupled with the first conveyor belt, and wherein the carrying facilities are carried in a coupled state by the first conveyor belt in the conveyance direction, characterized in that the first conveyor belt leaves the conveyance route in an exit area and is guided back to the conveyance route in an entry area, wherein the entry area and the exit area are at a distance from each other in the conveyance direction, so that the interruption area is formed, and wherein at least one of the carrying facilities in the interruption area is decoupled from the first conveyor belt and wherein the carrying facility before and/or after the interruption area can be and/or is magnetically coupled with the first conveyor belt.
A windscreen wiper arm, particularly for automobiles, being able to oscillate upwardly and downwardly between a downward position and an upward position, and comprising a wiper arm member having a substantially U-shaped cross-section, as well as a wiper rod, wherein said wiper arm member at one end thereof is arranged to be pivotally connected to a mounting head mounted on a drive shaft, and wherein said wiper arm member at another end thereof is rigidly connected to said wiper rod, wherein said wiper rod at one end thereof extends inside the U-shaped cross-section of the wiper arm member, and wherein said wiper rod at another end thereof is rigidly connected to an adapter arranged to be connected to an elongated wiper blade to be placed in abutment with a windscreen to be wiped, wherein said adapter, at the location of its connection to said wiper blade, has a U-shaped cross-section with a base and two spaced-apart legs (5,6), and wherein said U-shaped cross-section is mounted offset in a plane of said base relative to a longitudinal axis of said wiper rod, wherein said windscreen wiper arm is provided with a nozzle for spraying a washing liquid onto said windscreen to be wiped, wherein said nozzle is detachably connected to said adapter at a lateral side of said windscreen wiper arm in use facing towards said upward position, wherein said nozzle is provided with a joint part detachably connected to said adapter, characterized in that the nozzle is also provided with a spraying part detachably connected to said joint part, wherein said nozzle is detachably connected to said adapter at a side of said adapter in use facing towards said mounting head.
A computer-implemented method of training a model to make a time-series prediction of a computer-controlled system for controlling and/or monitoring the computer-controlled system, the model using a stochastic differential equation in a set of SDE variables to capture a stochasticity in the computer-controlled system and/or its environment, the SDE comprising a drift component and a diffusion component, the method comprising: - accessing model data defining the model, the model data comprising at least a set of parameters of a trainable part of the drift component of the SDE; - obtaining the set of observations of the computer-controlled system, an observation comprising a time series of measurements of one or more physical quantities of the computer-controlled system and/or its environment; and - training the model based on the set of observations, comprising: - using the model to make a time-series prediction, comprising using the SDE to predict values of the set of SDE variables at a current time point based on values of the set of SDE variables at a previous time point; - deriving a training signal by comparing the time-series prediction to an observation of the set of observations; and - adjusting at least the set of parameters of the trainable part of the drift component based on the training signal, wherein the method further comprises receiving, as an input to the training, a predefined part of the drift component of the SDE; and wherein said predicting comprises evaluating the predefined part of the drift component to get a first drift and combining the first drift with a second drift obtained by evaluating the trainable part of the drift component. - accessing model data defining the model, the model data comprising at least a set of parameters of a trainable part of the drift component of the SDE; - obtaining the set of observations of the computer-controlled system, an observation comprising a time series of measurements of one or more physical quantities of the computer-controlled system and/or its environment; and - training the model based on the set of observations, comprising: - using the model to make a time-series prediction, comprising using the SDE to predict values of the set of SDE variables at a current time point based on values of the set of SDE variables at a previous time point; - deriving a training signal by comparing the time-series prediction to an observation of the set of observations; and - adjusting at least the set of parameters of the trainable part of the drift component based on the training signal,
A cathode for lithium secondary batteries comprising a combination of one or more compounds selected from Formula 1 and one or more compounds selected from Formula 2: (1-s-t)[Li(Li a Mn (1-a-x-y) Ni x Co y)O 2]*s[Li 2 CO 3]*t[LiOH] Li(Li b Mn (2-b-c) M c)O 4 wherein 0<a<0.3, 0<x<0.8; 0<y<0.6; 0<s<0.05, 0<t<0.05, 0<b<0.3 and 0<c<0.2; M is metal having a 6-coordinated structure.