mhurhangee/ep-ind-claims huggingface dataset:
A reactor device for chemical vapor deposition of the type comprising: - a reaction chamber having a purge gas inlet, - a gas discharge channel connected to said reaction chamber by a circumferential opening in one inner wall of said chamber, with the reaction chamber being so arranged that a purge gas flow flows from the purge gas inlet to the discharge channel; characterized in that said inner wall of the reaction chamber comprises means for exchanging heat with the purge gas, with said heat exchanging means comprising a plurality of fins which protrude from the inner wall of the reaction chamber, with said fins being so arranged as to guide the purge gas flow towards the circumferential opening. - a reaction chamber having a purge gas inlet, - a gas discharge channel connected to said reaction chamber by a circumferential opening in one inner wall of said chamber, with the reaction chamber being so arranged that a purge gas flow flows from the purge gas inlet to the discharge channel;
A synthetic fiber rope (10, 40) comprising a core (12, 42), said core (12, 42) being a laid or braided synthetic fiber strand, a polymer layer (14, 44), said polymer layer (14, 44) covering said core (12, 42), a first layer (17, 46) said first layer (17, 46) having at least six first synthetic fiber strands laid in a first direction surround said polymer layer (14, 44), and a second layer (19, 48), said second layer (19, 48) having at least twelve second synthetic fiber strands laid in a second direction surround said first layer (17, 46), layer, characterized in that said core (12, 42) has an area in a range of 5 to 10% of the total net polymeric cross-section area of the synthetic fiber rope (10, 40). a core (12, 42), said core (12, 42) being a laid or braided synthetic fiber strand, a polymer layer (14, 44), said polymer layer (14, 44) covering said core (12, 42), a first layer (17, 46) said first layer (17, 46) having at least six first synthetic fiber strands laid in a first direction surround said polymer layer (14, 44), and a second layer (19, 48), said second layer (19, 48) having at least twelve second synthetic fiber strands laid in a second direction surround said first layer (17, 46), layer, characterized in that said core (12, 42) has an area in a range of 5 to 10% of the total net polymeric cross-section area of the synthetic fiber rope (10, 40).
An hermetically sealed artificial leg comprising an upper member for supporting a socket at an upper end thereof, a lower member for supporting a foot part at a lower end thereof, a knee joint for bendably coupling said upper and lower members (12, 14), a cylinder device for assisting and/or limiting movement of said knee joint, a shell structure for surrounding an outside of said cylinder device, said cylinder device including a cylinder body having an axis, and a rod member extending in a direction of said axis from said cylinder body, said rod member extending from inside of said shell structure to outside thereof, and, a bellows packing member for hermetically sealing a periphery of said rod member, wherein said bellows packing member includes: an inner bead defining a hole for receiving said rod member therein and serving as a sealing portion for an inner periphery of said bellows packing member; an outer bead serving as an attachment part to a side of said shell structure and also serving as a sealing portion for the side of said shell structure; and, characterized in that: a bellows packing body part which is a body portion located between said inner and outer beads (72, 74) and which has a plurality of corrugations aligned with each other and which is capable of varying a distance between said inner and outer beads, and wherein each of said corrugations is less curved than an imaginary circle which is a concentric circle with said inner and outer beads and located between said inner and outer beads and both ends of said corrugation reach the outer bead or are located at positions closer to the outer bead than the inner bead. an inner bead defining a hole for receiving said rod member therein and serving as a sealing portion for an inner periphery of said bellows packing member; an outer bead serving as an attachment part to a side of said shell structure and also serving as a sealing portion for the side of said shell structure; and, characterized in that: a bellows packing body part which is a body portion located between said inner and outer beads (72, 74) and which has a plurality of corrugations aligned with each other and which is capable of varying a distance between said inner and outer beads, and wherein each of said corrugations is less curved than an imaginary circle which is a concentric circle with said inner and outer beads and located between said inner and outer beads and both ends of said corrugation reach the outer bead or are located at positions closer to the outer bead than the inner bead. a bellows packing body part which is a body portion located between said inner and outer beads (72, 74) and which has a plurality of corrugations aligned with each other and which is capable of varying a distance between said inner and outer beads, and wherein each of said corrugations is less curved than an imaginary circle which is a concentric circle with said inner and outer beads and located between said inner and outer beads and both ends of said corrugation reach the outer bead or are located at positions closer to the outer bead than the inner bead.
A method for reducing co-channel interference in a wireless network, the method comprising, by a radio resource management, RRM, component: receiving inter-radio measurement data reported by a plurality of wireless access points (AP1-AP5), wherein the inter-radio measurement data relates to observations of radio frequency, RF, signals transmitted between radios of the plurality of access points; wherein two or more (AP1, AP2) of the plurality of wireless access points comprise a first radio operative to transmit wireless signals in a first frequency band and a second radio configurable to transmit wireless signals in either the first frequency band or a second frequency band; the method is characterized by determining from the inter-radio measurement data whether a second radio of a first wireless access point of the wireless access points is redundant in relation to the first frequency band; and if the second radio of the wireless access point is determined to be redundant, selecting for the second radio of the first wireless access point an operation mode from a plurality of operation modes, wherein the operation mode is a working mode to transmit signals in the second frequency band or at least not in the first frequency band or a monitor mode; and transmitting a configuration message to the first wireless access point to configure the second radio of the first wireless access point to operate in the selected operation mode. receiving inter-radio measurement data reported by a plurality of wireless access points (AP1-AP5), wherein the inter-radio measurement data relates to observations of radio frequency, RF, signals transmitted between radios of the plurality of access points; wherein two or more (AP1, AP2) of the plurality of wireless access points comprise a first radio operative to transmit wireless signals in a first frequency band and a second radio configurable to transmit wireless signals in either the first frequency band or a second frequency band; the method is characterized by determining from the inter-radio measurement data whether a second radio of a first wireless access point of the wireless access points is redundant in relation to the first frequency band; and if the second radio of the wireless access point is determined to be redundant, selecting for the second radio of the first wireless access point an operation mode from a plurality of operation modes, wherein the operation mode is a working mode to transmit signals in the second frequency band or at least not in the first frequency band or a monitor mode; and transmitting a configuration message to the first wireless access point to configure the second radio of the first wireless access point to operate in the selected operation mode.
Wood material board with a surface layer comprising natural or synthetic fibres, at least one binder and abrasion-resistant particles on a substrate, wherein the surface layer comprises additionally at least one surface modifier for the abrasion-resistant particles in which the at least one surface modifier comprises a mixture of at least one hydrolytically active compound, characterized in that the at least one hydrolytically active compound is an acidic reacting compound selected from the group comprising saturated or unsaturated mono- and polycarboxylic acids, acrylic acid, methacrylic acid or crotonic acid, ss-dicarbonyl compounds, organic derivatives of sulphuric acid, esters of sulphonic acids, organic phosphates, polyacids, 1H,1H-pentadecafluorooctanol, octanol, stearic acid, oleic acid, hexanoyl chloride, methyl hexanoate, hexyl chloride and nonafluorobutyl chloride, or an alkaline reacting compound selected from the group comprising mono- and polyamines, amino acids, ammonia, alkali metal hydroxides and alkaline earth metal hydroxides and comprises at least one compound of general formula R n SiX (4-n) wherein - R is a non-hydrolysable organic residue R selected from the group comprising substituted and unsubstituted alkyl, substituted and unsubstituted aryl, substituted and unsubstituted alkenyl, substituted and unsubstituted alkynyl, substituted and unsubstituted cycloalkyl, - X is H, OH or a hydrolysable residue selected from the group comprising halogen, alkoxy, carboxy, amino, monoalkylamino or dialkylamino, aryloxy, acyloxy, alkylcarbonyl, and - n = 0, 1, 2, 3, in particular is 0 or 1. - R is a non-hydrolysable organic residue R selected from the group comprising substituted and unsubstituted alkyl, substituted and unsubstituted aryl, substituted and unsubstituted alkenyl, substituted and unsubstituted alkynyl, substituted and unsubstituted cycloalkyl, - X is H, OH or a hydrolysable residue selected from the group comprising halogen, alkoxy, carboxy, amino, monoalkylamino or dialkylamino, aryloxy, acyloxy, alkylcarbonyl, and - n = 0, 1, 2, 3, in particular is 0 or 1.
System for the generation of compressed air and for air conditioning, for at least one railway vehicle (701,..., 705), wherein said system comprises a first compressor arranged to generate compressed air to supply a main tank and a main brake pipe of the railway vehicle through an air drying unit and a second compressor arranged to compress a refrigerant gas for an air conditioning system of the at least one railway vehicle; the system being characterized in that it comprises a single electric motor arranged to generate a mechanical torque adapted to be selectively provided to the first compressor, or to the second compressor, or simultaneously to both the first compressor and to the second compressor, as a function of: - a first electrical signal generated by a pressure measurement device and indicative of a pressure present in the main brake pipe, or in the main tank; and - at least one second electrical signal coming from the conditioning system and indicative of a temperature value or a pressure value or a humidity value, and at least a third electrical signal indicative of a temperature of an environment to be conditioned of the railway vehicle. - a first electrical signal generated by a pressure measurement device and indicative of a pressure present in the main brake pipe, or in the main tank; and - at least one second electrical signal coming from the conditioning system and indicative of a temperature value or a pressure value or a humidity value, and at least a third electrical signal indicative of a temperature of an environment to be conditioned of the railway vehicle.
A heat shield for a wedge-shaped thrust shoe holder of a thrust bearing assembly comprising: a member having an inner surface and an outer surface; a raised flange formed on a perimeter of the inner surface, wherein the raised flange is configured to seal, in mounted position, with a back surface of the thrust shoe holder, and forms a cavity between the inner surface and the back surface of the thrust shoe holder; at least one weep hole on the flange, wherein the at least one weep hole allows water to enter the cavity to form an insulating stagnant water layer. a member having an inner surface and an outer surface; a raised flange formed on a perimeter of the inner surface, wherein the raised flange is configured to seal, in mounted position, with a back surface of the thrust shoe holder, and forms a cavity between the inner surface and the back surface of the thrust shoe holder; at least one weep hole on the flange, wherein the at least one weep hole allows water to enter the cavity to form an insulating stagnant water layer.
Method for applying a treatment composition to a laundry item in a laundry treatment device with a rotatably mounted drum and a water supply (8, 9, 28), characterised in that (a) in a first rotation step of the drum, a predetermined residual moisture content is set by adding water to the laundry item; and (b) in a second rotation step of the drum in which the drum is rotated at a rotary speed U 2 which is equal to or greater than the centrifugal adhesion rotary speed, a treatment composition is sprayed onto the laundry item, by feeding the treatment composition from a reservoir into a mixing container, and is applied to the laundry item from the mixing container by an injection device (16, 17, 26) by means of water from the water supply (8, 9, 28). (a) in a first rotation step of the drum, a predetermined residual moisture content is set by adding water to the laundry item; and (b) in a second rotation step of the drum in which the drum is rotated at a rotary speed U 2 which is equal to or greater than the centrifugal adhesion rotary speed, a treatment composition is sprayed onto the laundry item, by feeding the treatment composition from a reservoir into a mixing container, and is applied to the laundry item from the mixing container by an injection device (16, 17, 26) by means of water from the water supply (8, 9, 28).
Device for adjusting the blade angle of the rotor blades of a wind turbine, comprising two alignment aids spaced apart from each other for aligning the device on a shell surface of the blade angle bearing of a rotor blade or a component connected thereto, and at least one laser module spaced apart from the connecting plane between the two alignment aids for emitting a visible laser beam in such a way that the laser beam intersects the connecting plane.
An optical system comprising: a metasurface configured to diffract visible light having a wavelength, the metasurface comprising: a plurality of repeating unit cells, each unit cell consisting of two to four sets of nanobeams, wherein: a first set of nanobeams are formed by one or more first nanobeams; and a second set of nanobeams are formed by a plurality of second nanobeams disposed adjacent to the one or more first nanobeams and separated from each other by a sub-wavelength spacing, wherein the one or more first nanobeams and the plurality of second nanobeams are elongated in different orientation directions, wherein the unit cells repeat at a period of about 10 nm to 1 μm, and characterized in that the one or more first nanobeams and the second nanobeams comprise a bilayer comprising a lower layer having a first refractive index and an upper layer having a second refractive index lower than the first refractive index. a first set of nanobeams are formed by one or more first nanobeams; and a second set of nanobeams are formed by a plurality of second nanobeams disposed adjacent to the one or more first nanobeams and separated from each other by a sub-wavelength spacing, wherein the one or more first nanobeams and the plurality of second nanobeams are elongated in different orientation directions, wherein the unit cells repeat at a period of about 10 nm to 1 μm, and characterized in that the one or more first nanobeams and the second nanobeams comprise a bilayer comprising a lower layer having a first refractive index and an upper layer having a second refractive index lower than the first refractive index.
A method of manufacturing a gel electrophoresis device, the method comprising: printing, sputtering or spotting a gel transport medium (103, 201 to 203) directly onto a surface of a substrate to form an elevated structure thereby forming a transport path for transporting a fluidic sample, wherein the fluidic sample is to be driven by an external electrical force, the gel transport medium (103, 201 to 203) comprising a non-trenched wall, being free of lateral mechanical support by the substrate along a lateral wall and being supported by the intrinsic material properties of the gel transport medium (201 to 203); covering the transport medium (103, 201 to 203) with a passivation layer for mechanically protecting the transport medium against an environment, and providing an electric contact to be electrically coupled to the transport medium for connecting a voltage supply unit for generating an electrical field within the transport medium for separating different components of the fluidic sample when being transported under the influence of the electric field. printing, sputtering or spotting a gel transport medium (103, 201 to 203) directly onto a surface of a substrate to form an elevated structure thereby forming a transport path for transporting a fluidic sample, wherein the fluidic sample is to be driven by an external electrical force, the gel transport medium (103, 201 to 203) comprising a non-trenched wall, being free of lateral mechanical support by the substrate along a lateral wall and being supported by the intrinsic material properties of the gel transport medium (201 to 203); covering the transport medium (103, 201 to 203) with a passivation layer for mechanically protecting the transport medium against an environment, and providing an electric contact to be electrically coupled to the transport medium for connecting a voltage supply unit for generating an electrical field within the transport medium for separating different components of the fluidic sample when being transported under the influence of the electric field.
A vibrating element level switch to provide a response to a fluid level reaching a particular limit, said switch being characterised in that it comprises alternative user-selectable self-checking modes comprising a standard self-checking mode to be selected when said switch is to be used with a highly viscous fluid and an enhanced self-checking mode to be selected when said switch is not to be used with a highly viscous fluid wherein, in the standard self-checking mode, said switch is configured to interpret a detected zero frequency when wet as indicating contact with a viscous fluid while, in the enhanced self-checking mode, said switch is configured to interpret a detected zero frequency when wet as indicating a fault; a user-operated switch device to select one of said self-checking modes; and an indication operable to indicate the particular self-checking mode in operation.
A construction machine, comprising: a travel base; and a revolving upperstructure that is turnably attached to the travel base and includes a working device in the front, a counterweight in the rear, and an engine room between the working device and the counterweight, wherein the engine room is totally covered by an exterior cover that includes an opening at the upper surface, and includes an engine, a radiator, a cooling fan, and a reserve tank in the inside of the engine room, the cooling fan sucking external air and cooling the radiator, the reserve tank storing cooling water of the engine, the construction machine is characterized in that: a flow of air inside the engine room is formed so that external air sucked into the engine room by the cooling fan is discharged from the opening, and the reserve tank is disposed at a position above the engine and facing the opening and a position on the upstream side of the flow of the air with respect to the opening. a travel base; and a revolving upperstructure that is turnably attached to the travel base and includes a working device in the front, a counterweight in the rear, and an engine room between the working device and the counterweight, wherein the engine room is totally covered by an exterior cover that includes an opening at the upper surface, and includes an engine, a radiator, a cooling fan, and a reserve tank in the inside of the engine room, the cooling fan sucking external air and cooling the radiator, the reserve tank storing cooling water of the engine, the construction machine is characterized in that: a flow of air inside the engine room is formed so that external air sucked into the engine room by the cooling fan is discharged from the opening, and the reserve tank is disposed at a position above the engine and facing the opening and a position on the upstream side of the flow of the air with respect to the opening. a flow of air inside the engine room is formed so that external air sucked into the engine room by the cooling fan is discharged from the opening, and the reserve tank is disposed at a position above the engine and facing the opening and a position on the upstream side of the flow of the air with respect to the opening.
A mechanism for selecting and actuating functions of a timepiece movement comprising a winding stem terminated at one of the ends thereof by a crown, said winding stem being displaceable in rotation and in axial translation, said winding stem being arranged to occupy three distinct axial positions: - A first winding position, - A second position of selecting one among a number n of functions in response to a rotation of the winding stem about the axis thereof, and - A third position of actuating a function kinematically linked to the winding crown, said mechanism further comprising a cam wheel which, when the selection mechanism is in the second position thereof, is kinematically linked to the winding stem, characterized in that said cam wheel includes a guide member in the form of a slot formed by a bent curved line on which are arranged n rest positions each corresponding to a function. - A first winding position, - A second position of selecting one among a number n of functions in response to a rotation of the winding stem about the axis thereof, and - A third position of actuating a function kinematically linked to the winding crown,