mhurhangee/ep-ind-claims huggingface dataset:
A security system for unlocking at least one door lock, in particular for escape route security, having at least one trigger element, in particular an emergency button, wherein the trigger element comprises a manually activatable activation element, wherein the activation element is activatable for unlocking at least one lock mechanism of a door lock, having a central escape route controller, wherein the central escape route controller comprises a central emergency button, wherein the central emergency button comprises an emergency button activation element, wherein the emergency button activation element is activatable for unlocking the at least one lock mechanism, wherein the central emergency button comprises a first digital emergency processing unit and a second digital emergency processing unit, the central escape route controller comprises a delay element, wherein, following an activation of the trigger element, the actuation of the lock mechanism for unlocking purposes can be delayed by a first delay time and an activation of the delay element within the first delay time causes the delay of an actuation of the lock mechanism to be extended, wherein the delay element is electrically connected to the trigger element via the central emergency button. having at least one trigger element, in particular an emergency button, wherein the trigger element comprises a manually activatable activation element, wherein the activation element is activatable for unlocking at least one lock mechanism of a door lock, having a central escape route controller, wherein the central escape route controller comprises a central emergency button, wherein the central emergency button comprises an emergency button activation element, wherein the emergency button activation element is activatable for unlocking the at least one lock mechanism, wherein the central emergency button comprises a first digital emergency processing unit and a second digital emergency processing unit, the central escape route controller comprises a delay element, wherein, following an activation of the trigger element, the actuation of the lock mechanism for unlocking purposes can be delayed by a first delay time and an activation of the delay element within the first delay time causes the delay of an actuation of the lock mechanism to be extended, wherein the delay element is electrically connected to the trigger element via the central emergency button.
A push-to-connect and pull-to-disconnect quick coupling comprising: a) a female socket having an open end to receive a male plug, a recess to accept a first detent and holes to contain a second detent; b) a shuttle slidable along the outside of the socket, said shuttle having holes to contain the first detent; c) a collar slidable along the outside of both the female socket and shuttle, the collar having a recess for the first detent and a ramp for the second detent; d) a spring compressed between the collar and the shuttle; e) a male plug insertable into the female socket, said plug having a recess for the second detent; f) wherein a stable connected state is established when the plug is inserted into the female socket and the collar, initially pushed by the male plug, automatically slides to a locked position; g) and wherein a stable disconnected state is reached by manually pulling the collar toward the open end of the socket. a) a female socket having an open end to receive a male plug, a recess to accept a first detent and holes to contain a second detent; b) a shuttle slidable along the outside of the socket, said shuttle having holes to contain the first detent; c) a collar slidable along the outside of both the female socket and shuttle, the collar having a recess for the first detent and a ramp for the second detent; d) a spring compressed between the collar and the shuttle; e) a male plug insertable into the female socket, said plug having a recess for the second detent; f) wherein a stable connected state is established when the plug is inserted into the female socket and the collar, initially pushed by the male plug, automatically slides to a locked position; g) and wherein a stable disconnected state is reached by manually pulling the collar toward the open end of the socket.
A method selected from the group consisting of: (a) increasing fructan biosynthesis in photosynthetic cells of a plant; and (b) enhancing productivity of the fructan biosynthetic pathway in a plant; said method including transforming into said plant an effective amount of a genetic construct including a light-regulated promoter operatively linked to a nucleic acid encoding a bacterial fructosyltransferase enzyme, wherein said nucleic acid encoding a bacterial FT enzyme is one from which a sequence encoding an N-signal peptide has been removed and replaced by a sequence encoding a transmembrane domain of a plant fructosyltransferase enzyme. (a) increasing fructan biosynthesis in photosynthetic cells of a plant; and (b) enhancing productivity of the fructan biosynthetic pathway in a plant;
A medicament comprising (5-methyl-2-oxo-1,3-dioxolen-4-yl)methyl 4-(1-hydroxy-1-methylethyl)-2-propyl-1-[2'-(1H-tetrazol-5-yl)biphenyl-4-ylmethyl]imidazole-5-carboxylate as its active ingredient, for use in the prevention or treatment of an intraocular angiogenic disease that is proliferative retinopathy, retinal vein occlusion, retinal artery occlusion or age-related macular degeneration, by oral administration.
A process for the manufacture of a lubricating grease composition, the process comprising the steps of: providing a liquid composition comprising a mixture of lubricating oil and a thickening polymer, wherein the mixture is essentially homogenous such that it does not have any domains of separate thickening polymers within the lubricating oil or vice versa, flowing the liquid composition through a shear-mixing device to mix and cool the liquid composition to form a lubricating grease composition, wherein the thickening polymer forms from 5 to 20 wt% of the essentially homogeneous liquid composition, and wherein the liquid composition flows through the shear-mixing device along a flow-path provided with one or more temperature-controlled portions to each heat and/or cool the liquid composition, and wherein the shear-mixing device comprises one or more pairs of heat-transfer plates between which the liquid composition is flowed, wherein the surface of at least one plate is provided with surface features in the flow path of the liquid composition which are surface textures that act as baffles for the flow of the liquid composition, causing shear-mixing, wherein the essentially homogeneous liquid composition is provided at a temperature of from 150 to 350°C, preferably from 200 to 250°C. providing a liquid composition comprising a mixture of lubricating oil and a thickening polymer, wherein the mixture is essentially homogenous such that it does not have any domains of separate thickening polymers within the lubricating oil or vice versa, flowing the liquid composition through a shear-mixing device to mix and cool the liquid composition to form a lubricating grease composition, wherein the thickening polymer forms from 5 to 20 wt% of the essentially homogeneous liquid composition, and wherein the liquid composition flows through the shear-mixing device along a flow-path provided with one or more temperature-controlled portions to each heat and/or cool the liquid composition, and wherein the shear-mixing device comprises one or more pairs of heat-transfer plates between which the liquid composition is flowed, wherein the surface of at least one plate is provided with surface features in the flow path of the liquid composition which are surface textures that act as baffles for the flow of the liquid composition, causing shear-mixing, wherein the essentially homogeneous liquid composition is provided at a temperature of from 150 to 350°C, preferably from 200 to 250°C.
A male connector configured to be fitted in and joined with a female connector into which a slider including a first cam projection shaped like a triangle as two-dimensionally viewed and provided with a first ridge portion (t), and a pair of opposing first and second slanting portions (b)(c) extending from the first ridge portion by a predetermined length is configured to be slidably installed by an elastic member in a direction orthogonal to a longitudinal joining direction, the male connector comprising: a predetermined number of contacts with good conductivity; and an electrically insulating male housing in which the contacts are housed; wherein on an outer wall surface of the male housing, the male housing includes a second cam projection shaped like a triangle as two-dimensionally viewed and provided with a second ridge (t') portion, a third slanting portion (b') extending from the second ridge portion by a predetermined length to come into abutment and slidably contact with the first slanting portion of the first cam projection of the slider, and a fourth slanting portion (c') extending from the second ridge portion by a predetermined length to be slidably in contact with the second slanting portion and pressed and retained by the second slanting portion characterized in that the fourth slanting portion (c') has a first extending slanting portion (c 1 ') extending from the second ridge portion (t') by a predetermined length and a second extending slanting portion (c 2 ') extending at a slanting angle between the second ridge portion (t') and the second extending slanting portion (c 2 ') larger than the angle between the second ridge portion (t') and the first extending slanting portion (c 1 '). a predetermined number of contacts with good conductivity; and an electrically insulating male housing in which the contacts are housed; wherein on an outer wall surface of the male housing, the male housing includes a second cam projection shaped like a triangle as two-dimensionally viewed and provided with a second ridge (t') portion, a third slanting portion (b') extending from the second ridge portion by a predetermined length to come into abutment and slidably contact with the first slanting portion of the first cam projection of the slider, and a fourth slanting portion (c') extending from the second ridge portion by a predetermined length to be slidably in contact with the second slanting portion and pressed and retained by the second slanting portion characterized in that the fourth slanting portion (c') has a first extending slanting portion (c 1 ') extending from the second ridge portion (t') by a predetermined length and a second extending slanting portion (c 2 ') extending at a slanting angle between the second ridge portion (t') and the second extending slanting portion (c 2 ') larger than the angle between the second ridge portion (t') and the first extending slanting portion (c 1 ').
Filter device for an energy grid, the filter device comprising - a filter stage with an inductive component, a capacitive component connected in series therewith, and a control component; wherein the control component comprises at least one further capacitive component or at least one further inductive component or at least one resistance component; and - a control unit configured - to activate the filter stage; - to connect the control component to the filter stage before activation of the filter stage; and - to disconnect the control component from the filter stage after activation of the filter stage; characterized in that the control unit is configured, - after disconnection of the control component from the filter stage, - to capture the grid voltage, UN, and a filter current, IF, - to determine a capacitance of the filter stage from the grid voltage, UN, and the filter current, IF, and - to connect the control component to the filter stage depending on the capacitance of the filter stage. - a filter stage with an inductive component, a capacitive component connected in series therewith, and a control component; wherein the control component comprises at least one further capacitive component or at least one further inductive component or at least one resistance component; and - a control unit configured - to activate the filter stage; - to connect the control component to the filter stage before activation of the filter stage; and - to disconnect the control component from the filter stage after activation of the filter stage; - to activate the filter stage; - to connect the control component to the filter stage before activation of the filter stage; and - to disconnect the control component from the filter stage after activation of the filter stage; - after disconnection of the control component from the filter stage, - to capture the grid voltage, UN, and a filter current, IF, - to determine a capacitance of the filter stage from the grid voltage, UN, and the filter current, IF, and - to connect the control component to the filter stage depending on the capacitance of the filter stage. - to capture the grid voltage, UN, and a filter current, IF, - to determine a capacitance of the filter stage from the grid voltage, UN, and the filter current, IF, and - to connect the control component to the filter stage depending on the capacitance of the filter stage.
A modular storage tank assembly for a fire suppression system, comprising: - a body defining an internal volume structured to hold a fire suppression agent, the body comprising: - a plurality of planar side portions (14, 16, 18, 20, 22, 24) defining the internal volume; - at least one body inlet aperture; - at least one body outlet aperture; - a first set of support members extending along at least a first surface of at least one of the plurality of planar side portions (14, 16, 18, 20, 22, 24); and - a second set of support members extending along at least a second surface of at least one of the plurality of planar side portions (14, 16, 18, 20, 22, 24), wherein the first set of support members extends perpendicular to the second set of support members; - a case configured to surround the body, the case comprising: - a case body; - a first flange on a first side of the case body and a second flange on a second side of the case body; - at least one case inlet aperture; and - at least one case outlet aperture, wherein the modular storage tank assembly is coupled to at least one cartridge assembly, and wherein the at least one cartridge assembly is configured to release the fire suppression agent from the modular storage tank assembly. - a body defining an internal volume structured to hold a fire suppression agent, the body comprising: - a plurality of planar side portions (14, 16, 18, 20, 22, 24) defining the internal volume; - at least one body inlet aperture; - at least one body outlet aperture; - a first set of support members extending along at least a first surface of at least one of the plurality of planar side portions (14, 16, 18, 20, 22, 24); and - a second set of support members extending along at least a second surface of at least one of the plurality of planar side portions (14, 16, 18, 20, 22, 24), wherein the first set of support members extends perpendicular to the second set of support members; - a plurality of planar side portions (14, 16, 18, 20, 22, 24) defining the internal volume; - at least one body inlet aperture; - at least one body outlet aperture; - a first set of support members extending along at least a first surface of at least one of the plurality of planar side portions (14, 16, 18, 20, 22, 24); and - a second set of support members extending along at least a second surface of at least one of the plurality of planar side portions (14, 16, 18, 20, 22, 24), wherein the first set of support members extends perpendicular to the second set of support members; - a case configured to surround the body, the case comprising: - a case body; - a first flange on a first side of the case body and a second flange on a second side of the case body; - at least one case inlet aperture; and - at least one case outlet aperture, - a case body; - a first flange on a first side of the case body and a second flange on a second side of the case body; - at least one case inlet aperture; and - at least one case outlet aperture,
A method for reading video data stored in a plurality of data files in a Network Attached Storage device, the method being implemented by a storage server in a video cloud storage system, the video cloud storage system comprising the storage server and the NAS device and further comprising an index server storing a correspondence between disk block numbers of block devices and file names of the data files in the NAS, wherein the NAS device is mounted to a block interface of the storage server and the storage server is connected to the index server, to the NAS device, and to a client device respectively; and wherein the method comprises: receiving a reading request sent by the client device, wherein the reading request carries a disk block number of one of the block devices; sending a NAS device filename acquisition request to the index server, wherein the acquisition request carries the disk block number; receiving a filename of a data file in the NAS device which is fed back by the index server based on the correspondence; reading, from the NAS device, video data in the data file having the received filename; and returning the video data to the client device. receiving a reading request sent by the client device, wherein the reading request carries a disk block number of one of the block devices; sending a NAS device filename acquisition request to the index server, wherein the acquisition request carries the disk block number; receiving a filename of a data file in the NAS device which is fed back by the index server based on the correspondence; reading, from the NAS device, video data in the data file having the received filename; and returning the video data to the client device.
A piezoelectric device, comprising: an elastic layer that forms an insulating surface region at least partially and has an amorphous structure or random orientation at least in the surface region; a piezoelectric body that is provided on the elastic layer, and has a first surface in contact with the elastic layer and a second surface on an opposite side to the first surface; a first electrode electrically connected to the piezoelectric body; and a second electrode electrically connected to the piezoelectric body, characterized in that the piezoelectric body is (1 0 0) preferentially oriented in an orientation region corresponding to the surface region in a plan view, wherein a gap is formed between the first and second electrodes corresponding to the orientation region in the plan view, and a groove is formed on the second surface of the piezoelectric body in the gap. an elastic layer that forms an insulating surface region at least partially and has an amorphous structure or random orientation at least in the surface region; a piezoelectric body that is provided on the elastic layer, and has a first surface in contact with the elastic layer and a second surface on an opposite side to the first surface; a first electrode electrically connected to the piezoelectric body; and a second electrode electrically connected to the piezoelectric body, characterized in that the piezoelectric body is (1 0 0) preferentially oriented in an orientation region corresponding to the surface region in a plan view, wherein a gap is formed between the first and second electrodes corresponding to the orientation region in the plan view, and a groove is formed on the second surface of the piezoelectric body in the gap.
A box comprising a lower part serving as a container and a lid for closing the lower part and a sealing element arranged on the lid and intended to lie on the free upper edge of the lower part when the lid is closed for the purpose of closing the interior of the lower part in a sealed manner with respect to the environment, characterized in that - the sealing element comprises a plate spanning the opening cross-section at the upper edge of the lower part, - the progression of the edge region of the plate corresponds to the progression of the upper edge of the lower part and - a spring element protruding from the upper side of the plate is arranged on the plate. - the sealing element comprises a plate spanning the opening cross-section at the upper edge of the lower part, - the progression of the edge region of the plate corresponds to the progression of the upper edge of the lower part and - a spring element protruding from the upper side of the plate is arranged on the plate.
An apparatus for applying a closure element to a receptacle body of a cartridge, particularly a cartridge for electronic cigarettes, comprising: - a conveying line comprising supports movable along said line, which are each provided with at least one seat for receiving a receptacle body, said mobile supports conveying a plurality of receptacle bodies along said line, - a gripping head for picking up at least one closure element from a line for supplying closure elements for closing said receptacle bodies; - a centering unit which is positioned in a capping station of said apparatus, wherein: - said supports are movable along a reference plane (X, Y) for carrying said receptacle bodies to said centering unit; - said gripping head is movable along said reference plane (X, Y) for carrying said at least one closure element to said centering unit, - said centering unit is carried by a structure that places said centering unit in a working position that is fixed, when defined with respect to said reference plane, said centering unit comprising a first and a second centering cavity (182, 181), which are provided with guide surfaces (182A, 181A) configured to guide said receptacle body and said closure element, respectively, into a predetermined reciprocal position, for applying said closure element onto said receptacle body, as an effect of inserting said receptacle body and said closure element into said first and second cavities (182, 181) respectively; wherein said first and second cavities (182, 181) are aligned with one another along a reference axis and communicate with one another; - at least one device for moving said supports and/or said gripping head and/or said centering unit for inserting said receptacle body and said closure element into said first and second cavities (182, 181), respectively, and for bringing said closure element into a coupled condition with said receptacle body within said centering unit. - a conveying line comprising supports movable along said line, which are each provided with at least one seat for receiving a receptacle body, said mobile supports conveying a plurality of receptacle bodies along said line, - a gripping head for picking up at least one closure element from a line for supplying closure elements for closing said receptacle bodies; - a centering unit which is positioned in a capping station of said apparatus, - said supports are movable along a reference plane (X, Y) for carrying said receptacle bodies to said centering unit; - said gripping head is movable along said reference plane (X, Y) for carrying said at least one closure element to said centering unit, - said centering unit is carried by a structure that places said centering unit in a working position that is fixed, when defined with respect to said reference plane, - at least one device for moving said supports and/or said gripping head and/or said centering unit for inserting said receptacle body and said closure element into said first and second cavities (182, 181), respectively, and for bringing said closure element into a coupled condition with said receptacle body within said centering unit.
An algal mutant having a disrupted gene encoding a chloroplastic signal recognition protein 54 (cpSRP54) wherein the algal mutant is an alga of the Class Trebouxiophyceae, and wherein a culture of the algal mutant demonstrates greater biomass productivity than does a culture of a control alga of the same species, cultured under identical conditions.