mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: a step of establishing a measured difference between a signal of an atomic frequency standard and a signal of a monitoring device; a step of of modeling an estimated difference model between the signal of the AFS and the signal of the monitoring device; a step of computing a residual signal based on said measured difference and said estimated difference model; a step of analyzing, by a first detector, the residual signal at multiple thresholds, each of the thresholds having a corresponding persistency defining the number of times a threshold is exceeded before one or more of a phase jump, a rate jump, or an acceleration error of said signal of the AFS is indicated; and a step of analyzing, by a second detector, a parameter of said estimated difference model at multiple thresholds, each of the thresholds having a corresponding persistency defining the number of times a drift threshold is exceeded before a drift is indicated. a step of establishing a measured difference between a signal of an atomic frequency standard and a signal of a monitoring device; a step of of modeling an estimated difference model between the signal of the AFS and the signal of the monitoring device; a step of computing a residual signal based on said measured difference and said estimated difference model; a step of analyzing, by a first detector, the residual signal at multiple thresholds, each of the thresholds having a corresponding persistency defining the number of times a threshold is exceeded before one or more of a phase jump, a rate jump, or an acceleration error of said signal of the AFS is indicated; and a step of analyzing, by a second detector, a parameter of said estimated difference model at multiple thresholds, each of the thresholds having a corresponding persistency defining the number of times a drift threshold is exceeded before a drift is indicated.
Use of an iodine (I 2) or bromine (Br 2) adsorbent containing a zeolite having a Si/Al ratio of 15 or greater and a Sanderson partial negative charge on oxygen (-δ 0) of 0.2 or lower for adsorbing I 2 or Br 2 and desorbing I 2 or Br 2 with an organic solvent, wherein the zeolite is selected from the group consisting of SL-1F, Si-BEA and SL-1.
A transfer module (10, 10-1, 10-2, 10-3, 10-4, 10-5, 10-6) for transferring a robotic carriage between adjacent non-abutted guidance elements, this transfer module (10, 10-1, 10-2, 10-3, 10-4, 10-5, 10-6) and these guidance elements comprising means (24, 26) for guiding the carriage in translation along their respective longitudinal axes (A10, A12), the transfer module (10, 10-1, 10-2, 10-3, 10-4, 10-5, 10-6) comprising a body extending along its longitudinal axis, this body being connected to a frame by means of a support, means for moving the body in translation along the longitudinal axis of the module (10, 10-1, 10-2, 10-3, 10-4, 10-5, 10-6) and means for rotating the body about a cross axis perpendicular to the longitudinal axis of the module (10, 10-1, 10-2, 10-3, 10-4, 10-5, 10-6), the transfer module (10, 10-1, 10-2, 10-3, 10-4, 10-5, 10-6) being characterised in that the translation means connects the body to a chassis and is configured so as to move said body in translation with respect to said chassis and in that the rotation means connects said chassis to the support and is configured so as to pivot the chassis.
A method for preparing a coated rice seed wherein a seed coating is at least partially applied to the surface of dry rice seed, characterized in that the seed coating comprises at least a mixture of a first copolymer of butyl acrylate and 1,4-diethenylbenzene and styrene, and a second copolymer of butyl acrylate and styrene, and at least one agrochemical.
Apparatus for loading bags or other packaged goods onto cargo areas of means of transport by means of a longitudinally movable loading device comprising a feeding device for supplying bags, a loading head height-adjustably connected with a traveling device and a transport buffer means between the feeding device and the loading head, wherein the transport buffer means connects the loading head with the feeding device, wherein the loading head is height-adjustably disposed on the longitudinally movable traveling device by means of a flexible member and the traveling device is coupled with the transport buffer means by means of a coupling device for adjusting the height of the loading head so that upon height adjustment of the loading head the feeding device moves in the longitudinal direction and the loading head remains stationary in the longitudinal direction, wherein the traveling device comprises a drive for longitudinal movement, characterized in that the transport buffer means comprises a parallelogram-like supporting structure and that the coupling device is coupled with the parallelogram-like supporting structure in a central region of the supporting structure, and that the parallelogram-like supporting structure comprises a first junction frame abutting the feeding device and a second junction frame abutting the loading head, the junction frames (18, 19) being articulated to one another through a bottom longitudinal joint and a top longitudinal joint.
An arrangement for compatibly docking a cordless, electro-optical reader with different docking stations having electrical, station contacts located at different locations, comprising: a housing; a rechargeable battery in the housing; a plurality of electrical, housing contacts located on, and exteriorly of, the housing, at least one of the housing contacts being operatively connected to the battery, each housing contact having one exposed contact portion facing in a first direction to make electro-mechanical contact with station contacts located at one location of one docking station, characterised by further comprising another exposed contact portion facing in a second direction that is different from the first direction to make electro-mechanical contact with station contacts located at another location of another docking station. a housing; a rechargeable battery in the housing; a plurality of electrical, housing contacts located on, and exteriorly of, the housing, at least one of the housing contacts being operatively connected to the battery, each housing contact having one exposed contact portion facing in a first direction to make electro-mechanical contact with station contacts located at one location of one docking station, characterised by further comprising another exposed contact portion facing in a second direction that is different from the first direction to make electro-mechanical contact with station contacts located at another location of another docking station.
A process for the manufacturing of a lightweight container comprising a base, four sidewalls and four corner portions, the corner portions being so arranged as to allow flexibility between the sidewalls so that an upper opening area of the container can be made smaller by forcing the sidewalls towards each other and larger by forcing the sidewalls apart, wherein said base and said sidewalls are forming a carrying framework of the container, wherein at least two adjacent sidewalls are provided with vertical edges, said vertical edges being connected via a flexible pre-cut sheet which will act as a hinge allowing a predetermined amount of flexibility in the corner between the two adjacent sidewalls, characterized in that the process involves the steps; - inserting pre-cut sheets into a mold, the mold being provided with windows to hold the at least one pre-cut sheet in place during molding, - closing the mold and injecting thermoplastic material into the mold, the mold being provided with cavities shaped as channels, the channels bonding the pre-cut sheets to the lightweight container, the channels forming a carrying framework on the lightweight container. - inserting pre-cut sheets into a mold, the mold being provided with windows to hold the at least one pre-cut sheet in place during molding, - closing the mold and injecting thermoplastic material into the mold, the mold being provided with cavities shaped as channels, the channels bonding the pre-cut sheets to the lightweight container, the channels forming a carrying framework on the lightweight container.
Vehicle window, comprising a glass pane and a frame which surrounds the glass pane, as well as a rubber clamp which can be introduced into a peripheral recess in the frame with a positive fit and which holds the glass pane in its installation position, with a side facing towards the vehicle interior and an outer side, wherein the peripheral recess for the rubber clamp is arranged at a position on the frame facing towards the vehicle interior and the frame enables a viewing area with rounded corners from the outer side of the vehicle, characterised in that the frame enables a viewing area with angular corners from the inner side of the vehicle, wherein the frame is designed in a two-part manner consisting of an outer frame and an inner frame, wherein the dividing line between the outer frame and the inner frame is oriented in parallel with ends of the pane and wherein the outer frame is constructed from at least two metal profiles which are butt-welded to one another and wherein the inner frame is constructed from a plurality of metal profiles with a mitre cut in relation to one another.
Piston ring made of a fiber composite material with fibers and a matrix, wherein the matrix comprises carbide and a free carbon phase with a proportion of at least about 5% by volume.
A computer system having a plurality of hardware resources, a plurality of virtual partitions having some of those of hardware resources or parts thereof allocated thereto, said virtual partitions having an operating system loaded thereon, a partition monitoring application layer, which is capable of determining whether one or more of the partitions has failed, wherein said partition monitoring application layer also includes at least one hardware resource diagnostic function which is capable of interrogating at least one of the hardware resources allocated to a partition after failure of said partition, and a hardware resource reallocation function which is triggered when the hardware diagnostic function determines that one or more particular hardware resources associated with a failed partition is healthy, and which reallocates that healthy resource to an alternate healthy partition.
5'-Phosphonates of AZT with the following general formula: wherein R is selected from ClCH 2 -, ICH 2 -, HOCH 2 -, CH 3 OCH 2 - or H 2 NC -, for use in methods for treating HIV.
A laundry appliance having a hot water intake, including: ∘ a casing containing a washing chamber for receiving laundry to be washed; ∘ a reservoir, fluidly connected or connectable to said washing chamber, apt to contain an amount of water, said amount of water defining a water level inside said reservoir and wherein a maximum acceptable water level or maximum water amount is set; ∘ a first conduit which inlet is connected or connectable to a hot water source, said conduit being connected to said washing chamber in such a way to be able to channel a flow of water coming from said inlet into said washing chamber; ∘ a second conduit apt to connect said reservoir to said inlet in such a way to be able to channel a flow of water coming from said inlet into said reservoir; ∘ a valve arranged for allowing or interrupting the flow of water from said inlet to said reservoir; ∘ a third conduit apt to connect said reservoir to a discharge station in such a way to discharge water from said reservoir; and ∘ a discharge device apt to discharge an amount of water exceeding said maximum acceptable water level or maximum water amount present in said reservoir into said discharge station via said third conduit. ∘ a casing containing a washing chamber for receiving laundry to be washed; ∘ a reservoir, fluidly connected or connectable to said washing chamber, apt to contain an amount of water, said amount of water defining a water level inside said reservoir and wherein a maximum acceptable water level or maximum water amount is set; ∘ a first conduit which inlet is connected or connectable to a hot water source, said conduit being connected to said washing chamber in such a way to be able to channel a flow of water coming from said inlet into said washing chamber; ∘ a second conduit apt to connect said reservoir to said inlet in such a way to be able to channel a flow of water coming from said inlet into said reservoir; ∘ a valve arranged for allowing or interrupting the flow of water from said inlet to said reservoir; ∘ a third conduit apt to connect said reservoir to a discharge station in such a way to discharge water from said reservoir; and ∘ a discharge device apt to discharge an amount of water exceeding said maximum acceptable water level or maximum water amount present in said reservoir into said discharge station via said third conduit.
Device for inspecting containers, comprising at least one inspection module for inspecting containers, at least one feeder for the containers to be inspected, at least one first wheel for withdrawal and further conveyance of the containers fed by the feeder, at least one further wheel for feeding the containers to the inspection module, wherein the first wheel feeds containers to the further wheel, characterized in that at least one controller is provided to control the transfer of at least one container from the first wheel to the further wheel at a transfer point in such a way that in the case of a container having to be re-inspected a transfer of a container from the first wheel to the further wheel is omitted at least once.
A honeycomb filter for purifying exhaust gases which has a structure in which: a plurality of columnar porous ceramic members are combined with one another through adhesive layer to constitute a ceramic block, each of said columnar porous ceramic members comprising a number of through holes that are placed in parallel with one another in the length direction with a partition wall interposed therebetween; and said partition wall which separates said through holes functions as a filter for collecting particulates wherein the adhesive layer has a thermal capacity per unit volume that is lower than the thermal capacity per unit volume of the porous ceramic member, characterized in that the adhesive layer is formed by an adhesive comprising a material that is capable of forming independent pores. a plurality of columnar porous ceramic members are combined with one another through adhesive layer to constitute a ceramic block, each of said columnar porous ceramic members comprising a number of through holes that are placed in parallel with one another in the length direction with a partition wall interposed therebetween; and said partition wall which separates said through holes functions as a filter for collecting particulates
A method of a user equipment, UE, comprising: determining a modulation and coding scheme, MCS, that would facilitate interference suppression of an interfering first cell transmission from a first cell when decoding a second cell transmission from a second cell at the UE, the interfering first cell transmission being a transmission unintended for the UE, the second cell transmission being a transmission intended for the UE; transmitting information indicating the determined MCS for the first cell; receiving a downlink grant from the second cell, the downlink grant being based on the transmitted information indicating the determined MCS for the first cell; receiving a transmission comprising the second cell transmission from the second cell and the interfering first cell transmission from the first cell; and performing at least one of demodulating or decoding the second cell transmission from the received transmission based on the determined MCS. determining a modulation and coding scheme, MCS, that would facilitate interference suppression of an interfering first cell transmission from a first cell when decoding a second cell transmission from a second cell at the UE, the interfering first cell transmission being a transmission unintended for the UE, the second cell transmission being a transmission intended for the UE; transmitting information indicating the determined MCS for the first cell; receiving a downlink grant from the second cell, the downlink grant being based on the transmitted information indicating the determined MCS for the first cell; receiving a transmission comprising the second cell transmission from the second cell and the interfering first cell transmission from the first cell; and performing at least one of demodulating or decoding the second cell transmission from the received transmission based on the determined MCS.
Assembly (100, 400) forming an acoustic insulator and having a first sheet, a second sheet pierced with holes, a plurality of first structures (110, 410) disposed alongside one another in a second direction, and a plurality of second structures (112, 412) disposed alongside one another in the second direction, wherein each first structure (110, 410) comprises a succession of cages (202, 402), each delimiting a cell having a cross section with a given shape, and, between two adjacent cages (202, 402), a joining wall made up of two facets spaced apart from one another, wherein each second structure (112, 412) comprises a succession of cones (302, 502), each having a base and a tip, and, between two adjacent cones (302, 502), a connecting wall made up of two facets, wherein the base has a cross section with the same shape as the cross section of the cells, wherein each first structure (110, 410) is made up of a first strip (250, 450) and a second strip (252, 452) that are disposed facing one another and extend between the first sheet and the second sheet, wherein, for each cage (202, 402), the first strip (250, 450) is shaped to form half of the wall of said cage (202, 402) and the second strip (252, 452) is shaped to form the other half of the wall of said cage (202, 402), and wherein, for two successive halves, each strip (250, 252, 450, 452) comprises one facet of the joining wall that connects two consecutive halves, wherein each second structure (112, 412) is made up of a first strip (350, 550) and a second strip (352, 552) that are disposed facing one another and extend between the first sheet and the second sheet, wherein, for each cone (302, 502), the first strip (350, 550) is shaped to form half of the wall of said cone (302, 502) and the second strip (352, 552) is shaped to form the other half of the wall of said cone (302, 502), wherein, for each strip (350, 352, 450, 452), at least one of the wall halves of each cone (302, 502) is pierced by a hole, and wherein, for two successive halves, each strip (350, 352, 450, 452) comprises one facet of the connecting wall that connects two consecutive halves, such that each cone (302, 502) is located in a cell and such that each connecting wall is located between the two facets of a joining wall, and wherein, between two adjacent first structures (110, 410), a second structure (112, 412) is likewise fitted.
Tyre pressure monitoring system (10; 30; 50) for a vehicle, for purposes of determining tyre-specific parameters, having a valve body, at least one attachment element, and a tyre air pressure sensor with a housing, in which means for determining at least one tyre-specific parameter, and for the wireless transmission of the at least one tyre-specific parameter to a control unit mounted on the vehicle, are accommodated, wherein the housing has an attachment region (16; 54), and the valve body comprises an attachment section, and wherein the attachment section of the valve body is detachably engaged with the attachment region (16; 54) of the housing with the aid of an attachment element (17; 31; 51), characterised in that, the attachment element (17; 31; 51) is integrally formed with the housing of the tyre air pressure sensor from a thermoplastic plastic, wherein the attachment section of the valve body has a ramp-shaped inclined surface, which is integrally formed on the peripheral surface of the valve body, and over which the elastically mounted attachment element (17; 31; 51) can be pushed, when the valve body is mounted on the tyre air pressure sensor, in order to bring the attachment section of the valve body into engagement with the attachment element (17; 31; 51) of the housing.
Ultrasonic flowmeter comprising: - at least two ultrasonic transducers arranged for transmission and receipt of ultrasonic signals in opposite directions across a measuring distance; - a generator circuit for generating drive signals to the at least two ultrasonic transducers, the generator circuit having a generator output; - a receiver circuit for receiving signals from the at least two ultrasonic transducers, the receiver circuit having a receiver input and a receiver output; and - at least two transducer switches (S1, S2) being operable for alternating connection of the ultrasonic transducers to the signal path; wherein the receiver circuit comprises a receiving amplifier positioned between the receiver input and the receiver output, so that the receiver input is connected to the input of the receiving amplifier and the output of the receiving amplifier is connected to the receiver output; characterized in that the generator output being connected to the receiver input by an electric signal path and the input of the receiving amplifier and the output of the receiving amplifier are connected by a feedback connection, the feedback connection comprising a first impedance in series; the feedback connection further comprises at least one parallel connection across the first impedance, the at least one parallel connection comprises a second impedance (R3, 50, 51) and an amplifier switch (S3, 51) in series with the second impedance, the amplifier switch being operable to couple in and out the second impedance so as to change the amplification gain of the receiving circuit where the amplifier switch is configured to be closed during driving of the ultrasonic transducers and to be opened during reception of signals from the ultrasonic transducers. - at least two ultrasonic transducers arranged for transmission and receipt of ultrasonic signals in opposite directions across a measuring distance; - a generator circuit for generating drive signals to the at least two ultrasonic transducers, the generator circuit having a generator output; - a receiver circuit for receiving signals from the at least two ultrasonic transducers, the receiver circuit having a receiver input and a receiver output; and - at least two transducer switches (S1, S2) being operable for alternating connection of the ultrasonic transducers to the signal path;
A memory protection unit (14, 15, 16), for use in a system with multiple processing devices, comprising at least a first access control unit and a second access control unit the first and the second access control unit are programmed for controlling an access to a memory device of an associated processing device (11, 12, 13) to which the memory protection unit (14, 15, 16) is associated, wherein access to the memory device of said associated processing device (11, 12, 13) is approved if first access control unit and second access control unit approve the access and access is rejected if first access control unit or second access control unit rejects the access; the first access control unit is programmable by the associated processing device (11, 12, 13) alone; and the programming of the second access control unit is configured to be read and checked by an additional processing device which is not the associate processing device.