mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling building systems (204, 205), the method comprising: detecting a status parameter of an elevator door; displaying the status parameter of the elevator door on a device;detecting a status parameter of a first door; displaying the status parameter of the first door on the device; detecting a status parameter of a first door lock (205a-1), the first door lock (205a-1) being operably connected to the first door; displaying the status parameter of the first door lock (205a-1) on the device; closing the elevator door in response to at least one of the status parameter of the first door and the status parameter of the first door lock (205a-1); and / or closing a second door in response to at least one of the status parameter of the first door and the status parameter of the first door lock (205a-1). detecting a status parameter of an elevator door; displaying the status parameter of the elevator door on a device;detecting a status parameter of a first door; displaying the status parameter of the first door on the device; detecting a status parameter of a first door lock (205a-1), the first door lock (205a-1) being operably connected to the first door; displaying the status parameter of the first door lock (205a-1) on the device; closing the elevator door in response to at least one of the status parameter of the first door and the status parameter of the first door lock (205a-1); and / or closing a second door in response to at least one of the status parameter of the first door and the status parameter of the first door lock (205a-1).
A continuous bicomponent filament formed from a single polymer system comprising first and second polymer components present in distinct portions of a cross section of the continuous bicomponent filament, wherein the first polymer component of the continuous bicomponent filament is partially crystalline and serves as a matrix component of the continuous bicomponent filament and the second polymer component of the continuous bicomponent filament is amorphous and serves as a binder component of the continuous bicomponent filament, and wherein a thermal area-bonded nonwoven comprising the continuous bicomponent filament exhibits a single melting peak as evidenced by a differential scanning calorimetry trace, wherein the binder component of the continuous bicomponent filament has crystalized during a thermal bonding step; and wherein (i) the continuous bicomponent filament comprises a multilobal cross-section including a plurality of lobes each having a tip section, and the second polymer component is located at the tip section of at least one of the plurality of lobes; and wherein the continuous bicomponent filament comprises from 2% to 25 % of the second polymer component, by weight of the continuous bicomponent filament; or (ii) the continuous bicomponent filament comprises a sheath/core arrangement including a sheath component surrounding a core component, wherein the core component comprises the first polymer component having a first intrinsic viscosity and the sheath component comprises the second polymer component having a second intrinsic viscosity that is less than the first intrinsic viscosity, wherein the continuous bicomponent filament comprises from 80% to 95% of the first polymer component and from 5% to 20% of the second polymer component, by weight of the continuous bicomponent filament. (i) the continuous bicomponent filament comprises a multilobal cross-section including a plurality of lobes each having a tip section, and the second polymer component is located at the tip section of at least one of the plurality of lobes; and wherein the continuous bicomponent filament comprises from 2% to 25 % of the second polymer component, by weight of the continuous bicomponent filament; or (ii) the continuous bicomponent filament comprises a sheath/core arrangement including a sheath component surrounding a core component, wherein the core component comprises the first polymer component having a first intrinsic viscosity and the sheath component comprises the second polymer component having a second intrinsic viscosity that is less than the first intrinsic viscosity, wherein the continuous bicomponent filament comprises from 80% to 95% of the first polymer component and from 5% to 20% of the second polymer component, by weight of the continuous bicomponent filament.
A mobile casing device, in particular for a hanging ceiling, comprising: - a casing comprising a frame, also called an inner frame, at the base of which a stretched web is attached, - a casing housing comprising a frame, also called an outer frame and a bottom, intended to be attached to a wall, and - a hinge assembly connecting said casing and said casing housing in order to enable the tilting of said casing relative to said casing housing, with said hinge assembly comprising a first portion mounted on a face of said inner frame opposite said bottom and a second portion, with one of said two portions of the hinge assembly being mounted so as to be capable of sliding, characterized in that the second portion, mounted on the bottom, comprises a small plate connected to a flange of the first portion by means of a fishplate, with the first and second portions being so mounted as to be capable of rotating relative to each other. - a casing comprising a frame, also called an inner frame, at the base of which a stretched web is attached, - a casing housing comprising a frame, also called an outer frame and a bottom, intended to be attached to a wall, and - a hinge assembly connecting said casing and said casing housing in order to enable the tilting of said casing relative to said casing housing, with said hinge assembly comprising a first portion mounted on a face of said inner frame opposite said bottom and a second portion, with one of said two portions of the hinge assembly being mounted so as to be capable of sliding,
A compressor comprising: a shell including a partition; a first compression mechanism disposed within the shell; a first motor assembly disposed within the shell for driving the first compression mechanism; a second compression mechanism disposed within the shell; a second motor assembly disposed within the shell for driving the second compression mechanism, wherein the first and second motor assemblies (20, 27) are operable independently of each other, a first suction inlet attached to the shell and providing fluid to the first compression mechanism; a first discharge outlet attached to the shell and receiving fluid compressed by the first compression mechanism; a second suction inlet attached to the shell and providing fluid to the second compression mechanism; and a second discharge outlet attached to the shell and receiving fluid compressed by the second compression mechanism, characterised in that: the partition defines a first suction chamber and a second discharge chamber, wherein the first suction chamber receives fluid from the first suction inlet, and wherein the second discharge chamber receives fluid from said second compression mechanism and provides fluid to the second discharge outlet; and the first and second compression mechanisms (18, 25) operate independently of each other. a shell including a partition; a first compression mechanism disposed within the shell; a first motor assembly disposed within the shell for driving the first compression mechanism; a second compression mechanism disposed within the shell; a second motor assembly disposed within the shell for driving the second compression mechanism, wherein the first and second motor assemblies (20, 27) are operable independently of each other, a first suction inlet attached to the shell and providing fluid to the first compression mechanism; a first discharge outlet attached to the shell and receiving fluid compressed by the first compression mechanism; a second suction inlet attached to the shell and providing fluid to the second compression mechanism; and a second discharge outlet attached to the shell and receiving fluid compressed by the second compression mechanism, characterised in that: the partition defines a first suction chamber and a second discharge chamber, wherein the first suction chamber receives fluid from the first suction inlet, and wherein the second discharge chamber receives fluid from said second compression mechanism and provides fluid to the second discharge outlet; and the first and second compression mechanisms (18, 25) operate independently of each other. the partition defines a first suction chamber and a second discharge chamber, wherein the first suction chamber receives fluid from the first suction inlet, and wherein the second discharge chamber receives fluid from said second compression mechanism and provides fluid to the second discharge outlet; and the first and second compression mechanisms (18, 25) operate independently of each other.
A method for broadcasting messages in an Automatic Dependent Surveillance - Broadcast (ADS-B) system, comprising: detecting that a new target (1 05a) has entered controlled air space; identifying relevant customers for the new target; selecting a first set of ground stations comprising ground stations whose broadcast message transmissions can be satisfactorily received by each of the relevant customers; computing a second set of ground stations from, at least, the first set of ground stations, the second set of ground stations comprising fewer ground stations than a number of ground stations in the first set of ground stations, and the second set of ground stations being sufficient to reach all of the relevant customers via broadcasted messages; and broadcasting messages containing information about the new target (1 05a) only from the ground stations in the second set of ground stations. detecting that a new target (1 05a) has entered controlled air space; identifying relevant customers for the new target; selecting a first set of ground stations comprising ground stations whose broadcast message transmissions can be satisfactorily received by each of the relevant customers; computing a second set of ground stations from, at least, the first set of ground stations, the second set of ground stations comprising fewer ground stations than a number of ground stations in the first set of ground stations, and the second set of ground stations being sufficient to reach all of the relevant customers via broadcasted messages; and broadcasting messages containing information about the new target (1 05a) only from the ground stations in the second set of ground stations. selecting a first set of ground stations comprising ground stations whose broadcast message transmissions can be satisfactorily received by each of the relevant customers; computing a second set of ground stations from, at least, the first set of ground stations, the second set of ground stations comprising fewer ground stations than a number of ground stations in the first set of ground stations, and the second set of ground stations being sufficient to reach all of the relevant customers via broadcasted messages; and broadcasting messages containing information about the new target (1 05a) only from the ground stations in the second set of ground stations.
Gas turbine part, which is especially exposed to high temperatures and centrifugal forces within a gas turbine, said gas turbine part comprising a plurality of sliced parts (10a, 10b, 10c), wherein at least one of said sliced parts (10a, 10b, 10c) is made from a ternary ceramic called MAX phase, having the formula M n+1 AX n, where n =1, 2, or 3, M is an early transition metal such as Ti, V, Cr, Zr, Nb, Mo, Hf, Sc, Ta, and A is an A-group element such as Al, Si, P, S, Ga, Ge, As, Cd, In, Sn, TI, Pb, and X is C and/or N, whereby M is in the range of 40-60 at-%, A is in the range of 10-30 at-% and X is in the range of 20-40 at-%, and whereby M+A+X is in the range of 80-100% with 0-20% being other elements which are not listed above and are result of impurities or oxidation, and wherein said sliced parts (10a, 10b, 10c) are joined; characterized in that said gas turbine part has anisotropic material properties by combining several sliced parts (10a, 10b, 10c) with different crystalline orientations, or by combining several sliced parts (10a, 10b, 10c) with immersed fibers of different orientations.
Use of a surfactant composition as a rheology modifier in a slurry containing clay, wherein the surfactant composition comprises: a cationic surfactant as compound; at least one compound as compound selected from the group consisting of anionic aromatic compounds and bromide compounds; and a cationic polymer; wherein compounds and are selected for the surfactant composition when meeting the condition wherein a combination of the compounds and ensures that the viscosity at 20°C of a solution prepared by mixing an aqueous solution S A, which solution has a viscosity of 100 mPa·s or less at 20°C, of compound with an aqueous solution S B, which solution has a viscosity of 100 mPa·s or less at 20°C, of compound in a ratio by weight of 50/50 is at least two times the viscosity of any one of the aqueous solutions at 20°C before being mixed. a cationic surfactant as compound; at least one compound as compound selected from the group consisting of anionic aromatic compounds and bromide compounds; and a cationic polymer; wherein compounds and are selected for the surfactant composition when meeting the condition wherein a combination of the compounds and ensures that the viscosity at 20°C of a solution prepared by mixing an aqueous solution S A, which solution has a viscosity of 100 mPa·s or less at 20°C, of compound with an aqueous solution S B, which solution has a viscosity of 100 mPa·s or less at 20°C, of compound in a ratio by weight of 50/50 is at least two times the viscosity of any one of the aqueous solutions at 20°C before being mixed.
A battery system, comprising: a first system terminal and a second system terminal; a plurality of battery modules connected in series between the first system terminal and the second system terminal, each battery module comprising a plurality of battery cells connected in series and/or in parallel between a first module terminal and a second module terminal and a cell supervision circuit with a first signal port and a second signal port; a plurality of busbars, each busbar interconnecting a second module terminal of a first battery module and a first module terminal of second battery module, wherein the second signal port of a first battery module and the first signal port of a second battery module are coupled via one of a plurality of first data lines and via one of the plurality of busbars, wherein at least some of the battery modules further comprise a modulator (73,75) configured to modulate a signal on a high frequency, HF, alternating current to be fed on one of the first data lines and one of the busbars and a demodulator (74,76) configured to demodulate a signal from a HF alternating current received from one of the first data lines and one the busbars, and wherein the cell supervision circuits are configured to transmit and receive signals via the first data lines and the busbars. a first system terminal and a second system terminal; a plurality of battery modules connected in series between the first system terminal and the second system terminal, each battery module comprising a plurality of battery cells connected in series and/or in parallel between a first module terminal and a second module terminal and a cell supervision circuit with a first signal port and a second signal port; a plurality of busbars, each busbar interconnecting a second module terminal of a first battery module and a first module terminal of second battery module, wherein the second signal port of a first battery module and the first signal port of a second battery module are coupled via one of a plurality of first data lines and via one of the plurality of busbars, wherein at least some of the battery modules further comprise a modulator (73,75) configured to modulate a signal on a high frequency, HF, alternating current to be fed on one of the first data lines and one of the busbars and a demodulator (74,76) configured to demodulate a signal from a HF alternating current received from one of the first data lines and one the busbars, and wherein the cell supervision circuits are configured to transmit and receive signals via the first data lines and the busbars.
A method of determining, by user equipment, whether to read system information of a network entity, comprising: receiving Z system information transmitted by a network entity; comparing a value tag broadcasted in the system information with a stored value tag for the network entity, and processing the system information for the network entity when the value tag broadcasted in the system information is different from the stored value tag for the network entity, characterized by: analyzing one or more parameters of the system information to determine whether system information for the network entity has changed when the value tag broadcasted in the system information is equivalent to the stored value tag for the network entity; and processing the system information for the network entity based at least in part on determining that the system information for the network entity has changed. receiving Z system information transmitted by a network entity; comparing a value tag broadcasted in the system information with a stored value tag for the network entity, and processing the system information for the network entity when the value tag broadcasted in the system information is different from the stored value tag for the network entity, characterized by: analyzing one or more parameters of the system information to determine whether system information for the network entity has changed when the value tag broadcasted in the system information is equivalent to the stored value tag for the network entity; and processing the system information for the network entity based at least in part on determining that the system information for the network entity has changed. analyzing one or more parameters of the system information to determine whether system information for the network entity has changed when the value tag broadcasted in the system information is equivalent to the stored value tag for the network entity; and processing the system information for the network entity based at least in part on determining that the system information for the network entity has changed.
Stopper for bottles, comprising a pouring element assembled with a hinged closing cap for its engagement to the neck of a bottle, the closing cap being able to be placed in an open position and a closed position, said closing cap comprising a protrusion, whose protrusion contacts the pouring element in the open position of the closing cap, wherein the pouring element and the closing cap are hinged to each other by a hinge formed by two arms, between which it is arranged said protrusion, characterized in that the pouring element comprises at least one lateral manipulation flange projecting from said pouring element, said at least one manipulation flange extending from the hinge between the pouring element and the closing cap towards the opposite side. wherein the pouring element and the closing cap are hinged to each other by a hinge formed by two arms, between which it is arranged said protrusion, characterized in that the pouring element comprises at least one lateral manipulation flange projecting from said pouring element, said at least one manipulation flange extending from the hinge between the pouring element and the closing cap towards the opposite side.
The device for supporting two arms of a user, wherein the device has - two arm support elements, each of which has an arm shell for placing on an arm, - at least one passive actuator, ∘ which is configured to apply a force to at least one of the arm support elements, and - at least one counter bearing for the force to be applied, which comprises ∘ at least one counter bearing element in form of a hip strap and ∘ at least two force transmission elements, which each are configured to transfer a counter force from one of the arm support elements to the counter bearing element, wherein the force transmission elements are arranged on the counter bearing element such that they each can be moved relative to the counter bearing element, in particular they can be rotated about at least one rotational axis, characterized in that a circumduction of the arm is possible when device is worn. - two arm support elements, each of which has an arm shell for placing on an arm, - at least one passive actuator, ∘ which is configured to apply a force to at least one of the arm support elements, and - at least one counter bearing for the force to be applied, which comprises ∘ at least one counter bearing element in form of a hip strap and ∘ at least two force transmission elements, which each are configured to transfer a counter force from one of the arm support elements to the counter bearing element, wherein the force transmission elements are arranged on the counter bearing element such that they each can be moved relative to the counter bearing element, in particular they can be rotated about at least one rotational axis, characterized in that a circumduction of the arm is possible when device is worn. ∘ at least one counter bearing element in form of a hip strap and ∘ at least two force transmission elements, which each are configured to transfer a counter force from one of the arm support elements to the counter bearing element,
Maritime transport device for bulk liquid in at least one hold of a cargo ship, the hold being defined by a bottom wall (3 1) and peripheral side walls (3 2), open at the top, and the device comprising tanks located in said hold capable of containing bulk liquid, characterised in that it comprises at least one removable partition capable of dividing the at least one hold into at least two receptacles (13 1) and said tanks are reservoirs with flexible walls (5 1) capable of being positioned and occupying the entire volume of each receptacle (13 1), the lower and peripheral walls (5 1) of these flexible reservoirs being capable of bearing in contact with the bottom wall (3 1) and the peripheral lateral walls (3 2) of the hold and secondly in contact with the walls of the at least one removable partition.
An active material for a battery comprising: a niobium composite oxide represented by the formula Li x M (1-y) Nb y Nb 2 O (7+δ), wherein M represents at least one kind selected from the group consisting of Ti and Zr, x, y, and δ are numbers respectively satisfying the following: 0 ≤ x ≤ 6, 0 ≤ y ≤ 1, and -1 ≤ δ ≤ 1, the pH of the active material is from 7.4 to 12.5, wherein the pH is measured by extraction at normal temperature according to JIS K5101-17-2:2004, and the extraction comprises: adding 1 g of the active material to 50 g of distilled water, vigorously shaking the resultant mixture for 1 minute, allowing the resultant mixture to stand for 5 minutes, and measuring the pH of the resultant mixture with a pH meter.