mhurhangee/ep-ind-claims huggingface dataset:
An integrated starter for starting an engine on an aircraft comprising: an air turbine starter comprising one or more starter sensors configured to determine a vibration and/or sound of a rotating portion of the air turbine starter; a starter air valve integrated with the air turbine starter; and a controller configured to control the starter air valve and further configured to determine an irregular movement of the rotating portion of the air turbine starter based on the measured vibration and/or sound and to create a notification to indicate a problem with the integrated starter, wherein the starter air valve is movable between a first position and at least a second position to regulate the flow of fluid into the air turbine starter; wherein an output torque of the air turbine starter is dependent at least in part on the flow of fluid into the air turbine starter. an air turbine starter comprising one or more starter sensors configured to determine a vibration and/or sound of a rotating portion of the air turbine starter; a starter air valve integrated with the air turbine starter; and a controller configured to control the starter air valve and further configured to determine an irregular movement of the rotating portion of the air turbine starter based on the measured vibration and/or sound and to create a notification to indicate a problem with the integrated starter, wherein the starter air valve is movable between a first position and at least a second position to regulate the flow of fluid into the air turbine starter; wherein an output torque of the air turbine starter is dependent at least in part on the flow of fluid into the air turbine starter.
Liquid filter - with a filter housing cover made of plastic, that contains an acceptance chamber for a ring filter element installed in it for filtering a liquid, - with a water accumulator arranged below the ring filter element to collect the water extracted from the fluid, - with a water level sensor which protrudes through the filter housing cover and an internal chamber of the ring filter element into the water accumulator, and which is connected to a coupling point via electrical leads, - wherein a standpipe is provided in the filter housing cover which protrudes into the internal chamber of the ring filter element and at least partially into the water accumulator, inside which the water level sensor is guided, - wherein at least one further electrical functional element is provided, which is similarly connected electrically via the coupling point, characterised in - that the electrical leads and the water level sensor are at least partially embedded in the plastic of the filter housing cover or are over-moulded with the plastic of the filter housing cover, - that the standpipe is formed integral to the filter housing cover. - with a filter housing cover made of plastic, that contains an acceptance chamber for a ring filter element installed in it for filtering a liquid, - with a water accumulator arranged below the ring filter element to collect the water extracted from the fluid, - with a water level sensor which protrudes through the filter housing cover and an internal chamber of the ring filter element into the water accumulator, and which is connected to a coupling point via electrical leads, - wherein a standpipe is provided in the filter housing cover which protrudes into the internal chamber of the ring filter element and at least partially into the water accumulator, inside which the water level sensor is guided, - wherein at least one further electrical functional element is provided, which is similarly connected electrically via the coupling point, - that the electrical leads and the water level sensor are at least partially embedded in the plastic of the filter housing cover or are over-moulded with the plastic of the filter housing cover, - that the standpipe is formed integral to the filter housing cover.
A wireless communication apparatus comprising: a propagation path quality acquiring section that receives a measurement result of a propagation path quality from a communication counterpart apparatus; an MCS setting section that sets a Modulation and Coding Scheme, MCS, including an encoding rate in accordance with the measurement result of the propagation path quality; an encoding section that encodes transmission data in accordance with the MCS; a parameter bit-number setting section that sets the number of bits of a redundancy version, RV, parameter, which indicates a start position of the encoded data to be transmitted; a control parameter setting section that sets the RV parameter by using the set number of bits; a control signal generating section that generates a control signal including the MCS and the RV parameter; and a transmission processing section (312, 315, 316) that transmits to the communication counterpart apparatus the control signal and the encoded data in accordance with the RV parameter; characterized in that the parameter bit-number setting section, in a case where an encoding rate is equal to or lower than a predetermined value, sets the number of bits to be smaller than that in a case where the encoding rate is equal to or higher than the predetermined value. a propagation path quality acquiring section that receives a measurement result of a propagation path quality from a communication counterpart apparatus; an MCS setting section that sets a Modulation and Coding Scheme, MCS, including an encoding rate in accordance with the measurement result of the propagation path quality; an encoding section that encodes transmission data in accordance with the MCS; a parameter bit-number setting section that sets the number of bits of a redundancy version, RV, parameter, which indicates a start position of the encoded data to be transmitted; a control parameter setting section that sets the RV parameter by using the set number of bits; a control signal generating section that generates a control signal including the MCS and the RV parameter; and a transmission processing section (312, 315, 316) that transmits to the communication counterpart apparatus the control signal and the encoded data in accordance with the RV parameter; characterized in that the parameter bit-number setting section, in a case where an encoding rate is equal to or lower than a predetermined value, sets the number of bits to be smaller than that in a case where the encoding rate is equal to or higher than the predetermined value.
An apparatus comprising: a connector housing having an electrical contact assembly (504, 506; 520, 522) fixed within the connector housing, the electrical contact assembly to provide an electrical input/output (I/O) interface; characterized by: a floatable lens moveably disposed within the connector housing, the floatable lens having alignment notches for engagement with a lens at a receptacle side, the floatable lens to provide an optical I/O interface, wherein the floatable lens is arranged to be pushed back by alignment bumps at the receptacle side, wherein a motion of the connector housing is isolated from the floatable lens when the floatable lens is pushed back. a connector housing having an electrical contact assembly (504, 506; 520, 522) fixed within the connector housing, the electrical contact assembly to provide an electrical input/output (I/O) interface; characterized by: a floatable lens moveably disposed within the connector housing, the floatable lens having alignment notches for engagement with a lens at a receptacle side, the floatable lens to provide an optical I/O interface, wherein the floatable lens is arranged to be pushed back by alignment bumps at the receptacle side, wherein a motion of the connector housing is isolated from the floatable lens when the floatable lens is pushed back.
A packet data network, PDN, connection release method, comprising: determining, by a user equipment, a service transmission status of a target PDN connection, location area information corresponding to the target PDN connection, and a current location of the user equipment, wherein the target PDN connection is any one or more of a plurality of PDN connections maintained by the user equipment, wherein the service transmission status of the target PDN connection is one of the following two types: service transmission has stopped, and service transmission is ongoing; and releasing, by the user equipment, the target PDN connection when the user equipment determines that a first condition is met, wherein the first condition comprises: (i) the service transmission status of the target PDN connection is that service transmission has stopped, and (ii) a location area indicated by the location area information corresponding to the target PDN connection does not comprise the current location of the user equipment. service transmission has stopped, and service transmission is ongoing; and releasing, by the user equipment, the target PDN connection when the user equipment determines that a first condition is met, wherein the first condition comprises: (i) the service transmission status of the target PDN connection is that service transmission has stopped, and (ii) a location area indicated by the location area information corresponding to the target PDN connection does not comprise the current location of the user equipment. (i) the service transmission status of the target PDN connection is that service transmission has stopped, and (ii) a location area indicated by the location area information corresponding to the target PDN connection does not comprise the current location of the user equipment.
Electrical arrangement, comprising a direct plug element and an opposing piece having at least one exposed contact region, - wherein the direct plug element comprises: - a plug housing having an opening that is facing the opposing piece that is to be received, - a direct contact that is designed for direct contacting with an exposed contact region, - wherein the direct contact is embodied as one part, - wherein the direct contact is embodied in a U-shaped manner having a contact lamella region and a press-on spring region, and - wherein a contact point on the contact lamella region is offset in the plugging direction with respect to a press-on point on the press-on spring region, characterized in that the plug housing comprises at least one guiding region that can be brought into contact with an opposing piece, wherein the guiding region is arranged in the plugging direction in front of the contact point, - wherein an end section of the guiding region protrudes at least as far as, preferably farther than, the contact point of the contact lamella region into the opening, and - wherein the opposing piece comprises a cutout, which receives a partial region of the plug housing of the direct plug element, in particular the guiding region. - wherein the direct plug element comprises: - a plug housing having an opening that is facing the opposing piece that is to be received, - a direct contact that is designed for direct contacting with an exposed contact region, - wherein the direct contact is embodied as one part, - wherein the direct contact is embodied in a U-shaped manner having a contact lamella region and a press-on spring region, and - wherein a contact point on the contact lamella region is offset in the plugging direction with respect to a press-on point on the press-on spring region, - wherein an end section of the guiding region protrudes at least as far as, preferably farther than, the contact point of the contact lamella region into the opening, and - wherein the opposing piece comprises a cutout, which receives a partial region of the plug housing of the direct plug element, in particular the guiding region.
A method for evaluating, at a first time point, the projected severity of multiple sclerosis at a second, subsequent time point, comprising: a) determining the levels of one or more co-inhibitory receptors comprising at least one of TIM-3 and LAG-3, in a peripheral blood mononuclear cells (PBMC)-containing sample obtained from a subject afflicted with MS at the first time point, and b) comparing the levels determined in a) to their respective levels corresponding to a negative control, whereby a statistically significant difference in the expression levels of said one or more co-inhibitory receptors compared to their respective control levels, comprising reduced levels of LAG-3 and/or TIM-3, is indicative of increased disease severity in said subject at the second time point compared to said first time point, and wherein said first time point is within one to two years of MS diagnosis in the subject and is prior to commencement of MS treatment in said subject, and said second time point is 5 years to 15 years subsequent to said first time point. a) determining the levels of one or more co-inhibitory receptors comprising at least one of TIM-3 and LAG-3, in a peripheral blood mononuclear cells (PBMC)-containing sample obtained from a subject afflicted with MS at the first time point, and b) comparing the levels determined in a) to their respective levels corresponding to a negative control, whereby a statistically significant difference in the expression levels of said one or more co-inhibitory receptors compared to their respective control levels, comprising reduced levels of LAG-3 and/or TIM-3, is indicative of increased disease severity in said subject at the second time point compared to said first time point, and wherein said first time point is within one to two years of MS diagnosis in the subject and is prior to commencement of MS treatment in said subject, and said second time point is 5 years to 15 years subsequent to said first time point.
An electronic device in a process control system, the electronic device including a first network interface for a first network interface card and a second network interface for a second network interface card which are used for connection to a redundant control network, and a host OS, wherein the host OS includes a real-time communication unit which is connected to the first and second network interfaces provided as a hardware and which is configured to determine whether a transmission/receipt response of a diagnosis packet to and from another device connected to the control network is within a defined time period, and a virtualization unit which includes a guest OS and an application software operating on the guest OS, and wherein the real-time communication unit and the virtualization unit are installed on the same hardware, and controlled by the host OS as separate processes, wherein an independent CPU core in a multicore CPU on the hardware is allotted to the real-time communication unit.
A method for making semi-liquid food products of ice-cream type from liquid and/or semi-liquid base products characterized in that it comprises the steps of: - preparing a container for supplying the base products, a container for processing the base products and a duct connecting the supplying container to the processing container and having at least one deformable portion; - transferring the liquid base products through the connecting duct, from the supplying container to the processing container; - measuring a radial deformation value of the deformable portion (4a,4b) of said connecting duct; - controlling the supply of the liquid base products, through the connecting duct from the supplying container to the processing container as a function of the measured value of radial deformation of the portion (4a,4b) of the connecting duct, in order to indirectly feedback-control the over-run of the ice-cream processed: - a thermal processing step which comprises the steps of mixing said liquid and/or semi-liguid base products in said processing container, and cooling the liquid and/or semi-liguid base products in order to allow production of ice cream. - preparing a container for supplying the base products, a container for processing the base products and a duct connecting the supplying container to the processing container and having at least one deformable portion; - transferring the liquid base products through the connecting duct, from the supplying container to the processing container; - measuring a radial deformation value of the deformable portion (4a,4b) of said connecting duct; - controlling the supply of the liquid base products, through the connecting duct from the supplying container to the processing container as a function of the measured value of radial deformation of the portion (4a,4b) of the connecting duct, in order to indirectly feedback-control the over-run of the ice-cream processed: - a thermal processing step which comprises the steps of mixing said liquid and/or semi-liguid base products in said processing container, and cooling the liquid and/or semi-liguid base products in order to allow production of ice cream. - a thermal processing step which comprises the steps of mixing said liquid and/or semi-liguid base products in said processing container, and cooling the liquid and/or semi-liguid base products in order to allow production of ice cream.
A recombinant polynucleotide vector for integrating a target gene into a chicken immunoglobulin gene heavy chain locus, comprising: (a) a chicken immunoglobulin V H gene upstream nucleic acid sequence region comprising a sequence homologous to the 5' side of the start codon of endogenous genomic DNA encoding a chicken immunoglobulin V H gene; (b) a target gene that comprises a rearranged chicken immunoglobulin V H -D-J H gene that has been isolated from a population of chicken bursa of Fabricius cells, wherein said V H -D-J H gene is rearranged such that the V H, D and J H genes are joined together; and (c) a chicken immunoglobulin J H gene downstream nucleic acid sequence region comprising a sequence homologous to the 3' side of the splice site of endogenous genomic DNA encoding a chicken immunoglobulin J H gene, wherein the target gene, upon being integrated into the chicken immunoglobulin heavy chain locus of a DT40 cell, is capable of undergoing either or both of (i) somatic hypermutation in an immunoglobulin V H region-encoding sequence, and (ii) gene conversion between a rearranged chicken immunoglobulin V H -encoding nucleic acid sequence and a DT40 V H pseudogene nucleic acid sequence. (a) a chicken immunoglobulin V H gene upstream nucleic acid sequence region comprising a sequence homologous to the 5' side of the start codon of endogenous genomic DNA encoding a chicken immunoglobulin V H gene; (b) a target gene that comprises a rearranged chicken immunoglobulin V H -D-J H gene that has been isolated from a population of chicken bursa of Fabricius cells, wherein said V H -D-J H gene is rearranged such that the V H, D and J H genes are joined together; and (c) a chicken immunoglobulin J H gene downstream nucleic acid sequence region comprising a sequence homologous to the 3' side of the splice site of endogenous genomic DNA encoding a chicken immunoglobulin J H gene,
A chimeric protein, comprising: (a) a modified human TNF-α having a reduced affinity for a first receptor and a second receptor as compared to wild type human TNF-α, wherein the first and second receptors are TFN-R1 and TNF-R2, and (b) a targeting moiety, wherein the modified human TNF-α has 90±9% identity to the amino acid sequence of SEQ ID NO: 5 and two of the following mutations: L29X, R32X, S86X, Y87X, D143X, A145X, E146X, and S147X, where X is any amino acid, wherein the first receptor is a therapeutic receptor that mediates a therapeutic effect, wherein the mutations to the human TNF-α confer reduced affinity for the first receptor which is attenuated and substantially reduced or ablated affinity for the second receptor, and wherein the targeting moiety selectively restores the affinity of the modified human TNF-α for the first receptor but not the second receptor. (a) a modified human TNF-α having a reduced affinity for a first receptor and a second receptor as compared to wild type human TNF-α, wherein the first and second receptors are TFN-R1 and TNF-R2, and (b) a targeting moiety, wherein the modified human TNF-α has 90±9% identity to the amino acid sequence of SEQ ID NO: 5 and two of the following mutations: L29X, R32X, S86X, Y87X, D143X, A145X, E146X, and S147X, where X is any amino acid, wherein the first receptor is a therapeutic receptor that mediates a therapeutic effect, wherein the mutations to the human TNF-α confer reduced affinity for the first receptor which is attenuated and substantially reduced or ablated affinity for the second receptor, and wherein the targeting moiety selectively restores the affinity of the modified human TNF-α for the first receptor but not the second receptor.
Tube with a reservoir of phase change material M for a heat exchange bundle of a heat exchanger, in particular an evaporator of an air conditioning circuit of an interior of a vehicle, said tube comprising a first plate configured to form a first external face of the tube, a second plate configured to be joined in a sealed manner to said first plate and form a second external face, opposite said first external face, and an intermediate plate configured to be joined in a sealed manner to said first and second plates (15, 19), between the latter, and delimit on either side thereof at least one channel for the circulation of said refrigerant fluid F in said bundle and at least one housing for said phase change material M such that all of the phase change material M is distributed on one side of the intermediate plate while the refrigerant fluid F is distributed on the other side of the intermediate plate, said second plate being provided with an external surface configured to be in contact with an external air stream A passing through said bundle characterized in that said external surface is provided with cells, which are configured to increase the surface area for heat transfer between the phase change material M and said air stream A.
A saddle for horses, which is designed without a gullet plate or a reinforcement equivalent to a gullet plate, comprising a saddle tree, sweat flaps, and saddle flaps, characterized in that the saddle tree is formed flexibly and integrally with the sweat flaps and merges into them on both sides.
Method for determining the dynamic wheel contact force of a vehicle, comprising the steps • traveling over an obstacle which is on an underlying surface which has a defined height and/or a defined width and/or a defined cross-sectional shape, with the vehicle in a direction of travel, • directly measuring the wheel contact force, acting on the underlying surface, of at least one wheel, wherein • the measurement starts before or directly after the obstacle has been travelled over, • the measurement is carried out over a route section which extends in the direction of travel, starts in the region of the obstacle or directly after the obstacle and has a finite length, and • measurement data which are determined in the measurement are collected and/or displayed. • traveling over an obstacle which is on an underlying surface which has a defined height and/or a defined width and/or a defined cross-sectional shape, with the vehicle in a direction of travel, • directly measuring the wheel contact force, acting on the underlying surface, of at least one wheel, wherein • the measurement starts before or directly after the obstacle has been travelled over, • the measurement is carried out over a route section which extends in the direction of travel, starts in the region of the obstacle or directly after the obstacle and has a finite length, and • measurement data which are determined in the measurement are collected and/or displayed.