mhurhangee/ep-ind-claims huggingface dataset:
A dose pack, comprising: a front panel and a back panel that define an internal volume therebetween, wherein a portion of the front panel, the back panel, or both is configured to be torn, perforated, or cut to open the dose pack; a first guide positioned in the internal volume, wherein the first guide is coupled to or integral with a first edge of the dose pack and extends toward a second, opposing edge of the dose pack; and a second guide positioned within the internal volume, wherein the second guide is coupled to or integral with the second edge and extends toward the first edge; wherein the first guide is formed using an adhesive, heat sealing, or sonic welding, characterized in that a third guide is positioned within the internal volume, wherein the third guide is coupled to or integral with a third edge of the dose pack, wherein the third guide is substantially perpendicular to the first and second guides (230, 232), and wherein the first, second, and third guides (230, 232, 234) define a tortuous path of fluid communication through which a fluid is configured to flow, after the dose pack has been opened, in response to the dose pack being exposed to a predetermined force. a front panel and a back panel that define an internal volume therebetween, wherein a portion of the front panel, the back panel, or both is configured to be torn, perforated, or cut to open the dose pack; a first guide positioned in the internal volume, wherein the first guide is coupled to or integral with a first edge of the dose pack and extends toward a second, opposing edge of the dose pack; and a second guide positioned within the internal volume, wherein the second guide is coupled to or integral with the second edge and extends toward the first edge; wherein the first guide is formed using an adhesive, heat sealing, or sonic welding, characterized in that a third guide is positioned within the internal volume, wherein the third guide is coupled to or integral with a third edge of the dose pack, wherein the third guide is substantially perpendicular to the first and second guides (230, 232), and wherein the first, second, and third guides (230, 232, 234) define a tortuous path of fluid communication through which a fluid is configured to flow, after the dose pack has been opened, in response to the dose pack being exposed to a predetermined force.
Apparatus for holding magnet bodies during magnetization thereof and for inserting said magnetized magnet bodies in a component of a magnetic system such as an electromagnetic drive system or a magnetic path or angle system, wherein said apparatus is constructed as a magazine (1, 1', 1", 199, 399) having a plurality of cavities (101, 101', 101") each for receiving at least one magnet body (2, 2', 2"a, b), wherein said magazine (1, 1', 1", 199, 399) includes a plurality of interconnected and relatively movable magazine elements (100, 100', 100", 200, 400) and each magazine element presents at least one cavity (101, 101', 101", 201, 401) for receiving a magnet body (2, 2', 2"a, b), characterized in that said magazine (1, 1', 1", 199, 399) can be caused to assume the configuration of a substantially linear chain and from this a circular or circular segment configuration by aligning said relatively movable magazine elements with one another.
A hydraulic controller, particularly for hydraulic working vehicles, with a common pump for supplying a plurality of hydraulic consumers (34, 34'), a selector valve switchable between at least two control positions (a, b) and at least one further proportional slide control valve connected to a pressure conduit from the selector valve, a load pressure signal circuit, which is connected to an output controller of the pump and may be acted upon from load pressure tappings (35, 36), a primary pressure circuit including a pressure limiting valve and at least one shuttle valve, which connects either the primary pressure circuit or a load pressure signal tapping of the further proportional control valve to the output controller, characterised in that the pressure limiting valve of the primary pressure circuit is connected directly to a load pressure signal tapping of the pressure conduit and the shuttle valve via a control pressure connection in the selector valve itself, which is open only in a first control position (a) of the selector valve, that arranged between the load pressure signal tapping of the pressure conduit and the shuttle valve and the control pressure connection there is a control pressure throttle, and that the selector valve is a proportional slide control valve integrated into the load pressure signal circuit, which, in the first control position (a), connects the pump to at least one hydraulic consumer controllable by the proportional slide control valve and simultaneously disconnects the pressure conduit to the further proportional slide control valve from the pump and, in a second control position (b), disconnects the hydraulic consumer from the pump and connects the pump to the further proportional slide control valve via the pressure conduit.
Method for regulating the pressure provided by an air extraction or insufflation fan comprising a turbine with adjustable rotational speed in a ventilation installation, said ventilation installation further comprising: - a plurality of air extraction or insufflation ducts (4 1, 4 2, 4 3), a first end of each air extraction or insufflation duct (4 1, 4 2, 4 3) being connected to an air inlet or outlet tapping (3 1, 3 2, 3 3) of a central box having said air extraction or insufflation fan; - at least one air discharge or inlet duct, and - a plurality of flow rate regulators (5 1, 5 2, 5 3; 5 1 ", 5 2 ", 5 3 ") with adjustable passage opening, each associated with one air extraction or insufflation duct among said plurality of air extraction or insufflation ducts (4 1, 4 2, 4 3), said regulation method comprising a modulation of a passage opening of each flow rate regulator (5 1, 5 2, 5 3; 5 1 ", 5 2 ", 5 3 ") so that a flow rate passing through each flow rate regulator tends towards a flow rate setpoint per duct corresponding to a need for air extraction or insufflation per duct, for a current pressure provided by the air extraction or insufflation fan, and being characterized in that it has, in parallel with the modulation of the passage opening of each flow rate regulator: - a step of determining, among said plurality of flow rate regulators, a flow rate regulator known as reference flow rate regulator, which has the largest passage opening; - a step of adjusting the pressure provided by the air extraction or insufflation fan with the aim of obtaining, for the reference flow rate regulator, a passage opening corresponding to a predefined maximum passage opening, while at the same time respecting the flow rate setpoint for the duct associated with the reference flow rate regulator. - a plurality of air extraction or insufflation ducts (4 1, 4 2, 4 3), a first end of each air extraction or insufflation duct (4 1, 4 2, 4 3) being connected to an air inlet or outlet tapping (3 1, 3 2, 3 3) of a central box having said air extraction or insufflation fan; - at least one air discharge or inlet duct, and - a plurality of flow rate regulators (5 1, 5 2, 5 3; 5 1 ", 5 2 ", 5 3 ") with adjustable passage opening, each associated with one air extraction or insufflation duct among said plurality of air extraction or insufflation ducts (4 1, 4 2, 4 3), - a step of determining, among said plurality of flow rate regulators, a flow rate regulator known as reference flow rate regulator, which has the largest passage opening; - a step of adjusting the pressure provided by the air extraction or insufflation fan with the aim of obtaining, for the reference flow rate regulator, a passage opening corresponding to a predefined maximum passage opening, while at the same time respecting the flow rate setpoint for the duct associated with the reference flow rate regulator.
A bearing apparatus comprising: a bearing (20, 21) configured to support a shaft of a vacuum pump, the shaft extending in a vertical direction; a bearing housing configured to house the bearing (20, 21); a rotating cylinder disposed below the bearing housing and capable of fixing to the shaft; a bearing casing configured to house the bearing (20, 21), the bearing housing, and the rotating cylinder; and at least one of a first contact seal disposed between the rotating cylinder and the bearing casing and a second contact seal disposed between the bearing casing and the shaft. a bearing (20, 21) configured to support a shaft of a vacuum pump, the shaft extending in a vertical direction; a bearing housing configured to house the bearing (20, 21); a rotating cylinder disposed below the bearing housing and capable of fixing to the shaft; a bearing casing configured to house the bearing (20, 21), the bearing housing, and the rotating cylinder; and at least one of a first contact seal disposed between the rotating cylinder and the bearing casing and a second contact seal disposed between the bearing casing and the shaft.
An imaging device comprising: a modulator comprising a first pattern indicating a pattern for modulating light intensity, the modulator configured to modulate light intensity; an image sensor configured to convert light passing through the modulator to image data, and output the image data; and an image processing unit configured to restore an image on the basis of cross-correlation operation with the image data and pattern data that represents a second pattern indicating a predetermined pattern corresponding to the first pattern; the imaging device characterized in further comprising: a modulation control unit configured to switch multiple patterns that differ in initial phase at the modulator in a time-division manner, wherein the image processing unit changes an initial phase of the pattern data in response to initial phase switching of the modulation control unit. a modulator comprising a first pattern indicating a pattern for modulating light intensity, the modulator configured to modulate light intensity; an image sensor configured to convert light passing through the modulator to image data, and output the image data; and an image processing unit configured to restore an image on the basis of cross-correlation operation with the image data and pattern data that represents a second pattern indicating a predetermined pattern corresponding to the first pattern; the imaging device characterized in further comprising: a modulation control unit configured to switch multiple patterns that differ in initial phase at the modulator in a time-division manner, wherein the image processing unit changes an initial phase of the pattern data in response to initial phase switching of the modulation control unit.
Compound for use in the treatment of a disorder or disease related to a dysregulation of the activity of at least one kallikrein, said compound being of formula below: wherein: R 5 represents a (C1-C6) alkyl radical and R 6 represents a hydrogen atom; alternatively, R 5 and R 6 together form a ring with the two carbons of the phenyl ring to which they are attached to form a naphthyl group, optionally substituted by at least one halogen atom, an OH, (C1-C6) alkyl, (C1-C6) alkoxy, -C 2 R, or - N C R' radical, where R and R' are, independently, a hydrogen atom or a (C1-C6) alkyl radical, preferably at least one (C1-C6) alkyl radical, (C1-C6) alkoxy radical or a halogen atom, the amine function being able to have an amino protecting group, or a pharmaceutically acceptable salt thereof. R 5 represents a (C1-C6) alkyl radical and R 6 represents a hydrogen atom; alternatively, R 5 and R 6 together form a ring with the two carbons of the phenyl ring to which they are attached to form a naphthyl group, optionally substituted by at least one halogen atom, an OH, (C1-C6) alkyl, (C1-C6) alkoxy, -C 2 R, or - N C R' radical, where R and R' are, independently, a hydrogen atom or a (C1-C6) alkyl radical, preferably at least one (C1-C6) alkyl radical, (C1-C6) alkoxy radical or a halogen atom, the amine function being able to have an amino protecting group, or a pharmaceutically acceptable salt thereof.
A communication system, comprising: a packet stream transforming unit configured to receive a 4-bit packet stream (MII[3:0]) and transform the 4-bit packet stream (MII[3:0]) into a 6-bit packet stream (6b_stream[5:0]); a mapping unit configured to map the 6-bit packet stream (6b_stream[5:0]) into a plurality of ternary bit streams (T[3:0]), wherein the 6-bit packet stream (6b_stream[5:0]) includes a plurality of data combinations and each data combination consists of six binary bits, wherein the mapping unit maps at least one data combination with six binary bits of the 6-bit packet stream into the ternary bit streams (T[3:0]), wherein the mapping unit determines values of the bits of the ternary bit streams (T[3:0]) according to a binary value of at least one particular bit of the six binary bits of the at least one data combination of the 6-bit packet stream (6b_stream[5:0]), and wherein four continuous ternary values of the ternary bit streams mapped from the at least one data combination are not exactly the same, and the system characterized in that: the mapping unit further adds at least one delimiter into the ternary bit streams (T[3:0]), and three continuous nonzero ternary values of the at least one delimiter are not exactly the same; and in that it comprises: a transmission unit configured to transmit the ternary bit streams (T[3:0]) to a remote communication device through a cable. a packet stream transforming unit configured to receive a 4-bit packet stream (MII[3:0]) and transform the 4-bit packet stream (MII[3:0]) into a 6-bit packet stream (6b_stream[5:0]); a mapping unit configured to map the 6-bit packet stream (6b_stream[5:0]) into a plurality of ternary bit streams (T[3:0]), wherein the 6-bit packet stream (6b_stream[5:0]) includes a plurality of data combinations and each data combination consists of six binary bits, wherein the mapping unit maps at least one data combination with six binary bits of the 6-bit packet stream into the ternary bit streams (T[3:0]), wherein the mapping unit determines values of the bits of the ternary bit streams (T[3:0]) according to a binary value of at least one particular bit of the six binary bits of the at least one data combination of the 6-bit packet stream (6b_stream[5:0]), and wherein four continuous ternary values of the ternary bit streams mapped from the at least one data combination are not exactly the same, and the system characterized in that: the mapping unit further adds at least one delimiter into the ternary bit streams (T[3:0]), and three continuous nonzero ternary values of the at least one delimiter are not exactly the same; and in that it comprises: a transmission unit configured to transmit the ternary bit streams (T[3:0]) to a remote communication device through a cable.
Pump, in particular a high-pressure fuel pump, having at least one pump element, which comprises a roller tappet, in which a roller, which rolls on a cam of a drive shaft, is rotatably supported on a bearing pin by way of a bearing bush, characterized in that the bearing bush is made from a plastic material.
A particulate water-absorbing agent comprising a surface-crosslinked polyacrylic acid (salt)-type water-absorbing resin as a main component, and comprising at least one spacer selected from a polyamine polymer having a molecular weight of 1,000 or greater, a water-soluble polyvalent metal cation and water-insoluble fine particles having a volume average particle size of 10 μm or less, wherein a spacer is a compound having a property in which when the spacer is caused to exist on the surface of a water-absorbing resin, particularly in the state of a gel that has absorbed an aqueous liquid and swollen, the distance between particles can be extended sterically or electrostatically, the particulate water-absorbing agent satisfying a free swell capacity of 55 to 65 [g/g], a centrifuge retention capacity of 32 to 45 [g/g], an absorption against pressure (AAP-4.83 kPa) of 20 to 30 [g/g], and a vertical diffusion absorption amount under pressure (VDAUP-4.83 kPa) of 30 to 80 g, wherein VDAUP-4.83 kPa is defined as the amount of absorbed liquid (unit: [g]) obtained after 10.000 g of a water-absorbing resin are allowed to swell in a large excess of 0.9 % by weight of aqueous sodium chloride for one hour under a load of 4.83 kPa (0.7 psi, 50[g/cm 2]).
Air turbine for harnessing wave energy with oscillating water column devices, said turbine being unidirectional and formed of an outer cover, and an inner casing, which houses a stator comprising guide vanes, and a rotor comprising rotor vanes, the rotor coupled to the corresponding generator thereof, wherein the guide vanes of the stator have variable pitch and characterized in that the turbine comprises at least one semi-active actuation system comprising in turn an actuator and dampening means (82,83), which actuates the guide vanes of the stator either directly or through a mechanism that synchronizes the variation of the pitch angle of all the guide vanes in order to change the pitch of said vanes, and a control system for commanding the actuation system.
An electrolyte material comprising a polymer H having units represented by the following formula and units based on chlorotrifluoroethylene, wherein the proportion of the units represented by the formula u1 is from 10 to 25 mol% per all units contained in the polymer H, and the proportion of the units based on chlorotrifluoroethylene is from 6 to 80 mol% per all units contained in the polymer H: wherein Q 11 is a perfluoroalkylene group which may have an etheric oxygen atom, Q 12 is a single bond or a perfluoroalkylene group which may have an etheric oxygen atom, Y 1 is a fluorine atom or a monovalent perfluoroorganic group, s is 0 or 1, R f1 is a perfluoroalkyl group which may have an etheric oxygen atom, X 1 is an oxygen atom, a nitrogen atom or a carbon atom, a is 0 when X 1 is an oxygen atom, a is 1 when X 1 is a nitrogen atom, a is 2 when X 1 is a carbon atom, and Z + is H +, a monovalent metal ion or an ammonium ion of which at least one hydrogen atom may be substituted with a hydrocarbon group.
A block copolymer construct that contains an antimicrobial component, wherein the antimicrobial component is an antimicrobial peptide or a lantibiotic, wherein said block copolymer contains one or more hydrophilic domains having end group activation sites and at least one hydrophobic domain, wherein a quantity of the antimicrobial component is physically entrapped in the strands of the copolymer and another quantity of the antimicrobial component is tethered to the end group activation sites of the block copolymer, and wherein the block copolymer construct provides early antimicrobial activity by releasing the entrapped antimicrobial component and prolonged antimicrobial activity through the tethered antimicrobial component, and wherein the block copolymer forms a crosslinked network with itself or with an underlying substrate via end group activation sites.
A method for modulating a rhythmic spectrum, comprising: providing a white light-emitting diode, LED, a blue LED, a green LED and a blue-green LED on a substrate; and adjusting a luminous flux of each of the white LED, the blue LED, the green LED and the blue-green LED to a preset range, thereby obtaining a rhythmic spectrum with a preset luminous flux, wherein the luminous flux of the white LED accounts for 62.32-75.9% of the preset luminous flux, the luminous flux of the blue LED accounts for 1.74-1.91% of the preset luminous flux, the luminous flux of the green LED accounts for 1.5-20.27% of the preset luminous flux, and the luminous flux of the blue-green LED accounts for 15.5-22.8% of the preset luminous flux; or the luminous flux of the white LED accounts for 61.8-69.3% of the preset luminous flux, the luminous flux of the blue LED accounts for 0.72-0.88% of the preset luminous flux, the luminous flux of the green LED accounts for 28.6-37.31% of the preset luminous flux, and the luminous flux of the blue-green LED accounts for 0-1.8% of the preset luminous flux. providing a white light-emitting diode, LED, a blue LED, a green LED and a blue-green LED on a substrate; and adjusting a luminous flux of each of the white LED, the blue LED, the green LED and the blue-green LED to a preset range, thereby obtaining a rhythmic spectrum with a preset luminous flux,
Method for operating a device, in particular a household device, driven by an electric motor, a current handling state of the device being determined on the basis of a status of a handling parameter of the device, an operational state of the device, in particular a speed of the motor that drives the device, being adjusted depending on the determined handling state, the statuses of at least two handling parameters of the device being measured, the statuses being logically linked to one another in order to determine the current handling state of the device, characterised in that presence of the device in a charging station is measured as a handling parameter.
Cab assembly used for driver's cabs of heavy commercial vehicles and providing to dampen a portion of the energy generated when the cab is subjected to an impact, comprising, - at least one chassis comprising two arms, supporting the cab as well as the main structure, - at least one tower bracket mounted to each arm of the chassis to connect the chassis and the cab to each other, - at least two swing arms located on that side of the tower bracket, that is not connected to the chassis and each of them is connected to the tower bracket and moves freely around its end connected to the tower bracket in a direction perpendicular to the ground plane, - at least one linking rod mounted to the other end of the swing arm, that is not linked to the tower bracket, being perpendicular to the central axis of the swing arm and connecting both swing arms to each other, - at least one cabin bracket mounted to the linking rod and providing the connection of the cab and the linking rod to each other, and characterized by - at least one damping slot (4.4), which is opened along the longitudinal axis of the swing arm and ensures that a connecting element, that connects the swing arm to the tower bracket, can pass through it with difficulty when the swing arm is exposed to a force by means of the cabin bracket and thus meeting some of the said force and helping it to be damped. - at least one chassis comprising two arms, supporting the cab as well as the main structure, - at least one tower bracket mounted to each arm of the chassis to connect the chassis and the cab to each other, - at least two swing arms located on that side of the tower bracket, that is not connected to the chassis and each of them is connected to the tower bracket and moves freely around its end connected to the tower bracket in a direction perpendicular to the ground plane, - at least one linking rod mounted to the other end of the swing arm, that is not linked to the tower bracket, being perpendicular to the central axis of the swing arm and connecting both swing arms to each other, - at least one cabin bracket mounted to the linking rod and providing the connection of the cab and the linking rod to each other, - at least one damping slot (4.4), which is opened along the longitudinal axis of the swing arm and ensures that a connecting element, that connects the swing arm to the tower bracket, can pass through it with difficulty when the swing arm is exposed to a force by means of the cabin bracket and thus meeting some of the said force and helping it to be damped.