mhurhangee/ep-ind-claims huggingface dataset:
Process for operating a biogas plant, in which agricultural slurry and/or fermentation mash which has already partially been degassed in a previous fermentation process, and/or sewage sludge, and/or waste from food production, being the fermentation substrate, is fermented in a further fermentation process or post-fermented in a further fermentation process, characterized in that, in a first step, the thick phase is separated from the thin phase of the slurry or the previously partially degassed fermentation mash or the sewage sludge or the food production waste, in that the thick phase is introduced into the fermentation chamber of the biogas plant, that the thin phase which has been separated is fed to a culture unit which includes rapidly growing aquatic plants, and at least part of the biomass of aquatic plants, which can regularly be removed from the culture unit, is fed to the fermentation chamber of the biogas plant which is filled with the thick phase, and that a biogas booster is admixed to the biomass of aquatic plants before or together with the introduction into the fermentation chamber of a biogas plant, where the biogas booster consists of one or more fatty acids ester(s) or fats or oils, and/or vinasses, and/or food production residues containing fats or containing traces of sugar or alcohol or containing yeast, and of trace elements.
A method for processing an enhanced physical downlink control channel EPDCCH, comprising: notifying a user equipment UE of M physical resource block PRB sets used for EPDCCH transmission and N reference signal RS configurations used for EPDCCH downlink control information DCI rate matching and/or EPDCCH resource mapping, and notifying the UE of correspondence between the M PRB sets and the N RS configurations, wherein N is a positive integer greater than 1, and M is a positive integer; and performing the EPDCCH DCI rate matching and/or the EPDCCH resource mapping according to the correspondence between the M PRB sets and the N RS configurations. notifying a user equipment UE of M physical resource block PRB sets used for EPDCCH transmission and N reference signal RS configurations used for EPDCCH downlink control information DCI rate matching and/or EPDCCH resource mapping, and notifying the UE of correspondence between the M PRB sets and the N RS configurations, wherein N is a positive integer greater than 1, and M is a positive integer; and performing the EPDCCH DCI rate matching and/or the EPDCCH resource mapping according to the correspondence between the M PRB sets and the N RS configurations.
Method for interfacing a second communication network (13; 23; 33) comprising an access node (14; 24; 34) with a first communication network (11; 21; 31) comprising a contact node (12; 22; 32), having at least the following steps: - reading out or receiving an identity specific to the second communication network (13; 23; 33), stored in a storage medium (15; 25; 35; 45) of a memory node of the second communication network (13; 23; 33) by the access node (14; 24; 34), characterized by - sending an interfacing message containing the identity specific to the second communication network (13; 23; 33) from the access node (14; 24; 34) to the contact node (13; 23; 33) which is specified by an address stored in the storage medium (15; 25; 35; 45), and - providing a packet data service to the access node (14; 24; 34) via the contact node (12; 22; 32), effecting the interfacing of the second communication network (13; 23; 33) with the first communication network (11; 21; 31). - reading out or receiving an identity specific to the second communication network (13; 23; 33), stored in a storage medium (15; 25; 35; 45) of a memory node of the second communication network (13; 23; 33) by the access node (14; 24; 34), characterized by - sending an interfacing message containing the identity specific to the second communication network (13; 23; 33) from the access node (14; 24; 34) to the contact node (13; 23; 33) which is specified by an address stored in the storage medium (15; 25; 35; 45), and - providing a packet data service to the access node (14; 24; 34) via the contact node (12; 22; 32), effecting the interfacing of the second communication network (13; 23; 33) with the first communication network (11; 21; 31).
A steering-shaft-rotation-angle detection device (100, 200) that detects a rotation angle of a steering shaft that is rotated by operation of a steering wheel, comprising: an electric motor that assists steering of the steering wheel by a driver; a speed reduction mechanism that reduces speed of rotation of the electric motor and transmits the rotation to the steering shaft; a rotating body that is attached to a rotation shaft of the electric motor; a signal output unit that outputs a signal in accordance with rotation of the rotating body; a reference-rotational-position detector that detects a reference rotational position of the steering shaft; and a controller that sets a reference rotation angle of the steering shaft on the basis of an output signal from the reference-rotational-position detector, calculates an amount of change in the rotation angle of the steering shaft on the basis of the rotation angle of the rotating body, calculated on the basis of the output signal from the signal output unit and the speed reduction ratio of the speed reduction mechanism, and calculates the rotation angle of the steering shaft by adding the amount of change in the rotation angle to the reference rotation angle, wherein the reference-rotational-position detector outputs a pulse of signal for every rotation of the steering shaft, characterized in that the controller sets, on the basis of the received pulse signal that is output from the reference-rotational-position detector for the first time from a neutral position of the steering shaft, a preset reference rotation angle corresponding to this pulse signal as the reference rotation angle of the steering shaft. an electric motor that assists steering of the steering wheel by a driver; a speed reduction mechanism that reduces speed of rotation of the electric motor and transmits the rotation to the steering shaft; a rotating body that is attached to a rotation shaft of the electric motor; a signal output unit that outputs a signal in accordance with rotation of the rotating body; a reference-rotational-position detector that detects a reference rotational position of the steering shaft; and a controller that sets a reference rotation angle of the steering shaft on the basis of an output signal from the reference-rotational-position detector, calculates an amount of change in the rotation angle of the steering shaft on the basis of the rotation angle of the rotating body, calculated on the basis of the output signal from the signal output unit and the speed reduction ratio of the speed reduction mechanism, and calculates the rotation angle of the steering shaft by adding the amount of change in the rotation angle to the reference rotation angle, wherein the reference-rotational-position detector outputs a pulse of signal for every rotation of the steering shaft, characterized in that the controller sets, on the basis of the received pulse signal that is output from the reference-rotational-position detector for the first time from a neutral position of the steering shaft, a preset reference rotation angle corresponding to this pulse signal as the reference rotation angle of the steering shaft.
A display device comprising: a substrate including a display area, the display area including a front area and a corner area disposed at a corner of the display area; characterised by a main dam disposed between the front area and the corner area; and a plurality of corner dams disposed in the corner area, wherein the corner area includes a plurality of stripe areas defined by the plurality of corner dams and the plurality of corner dams extend from the main dam and are disposed along an edge of the plurality of stripe areas. a substrate including a display area, the display area including a front area and a corner area disposed at a corner of the display area; characterised by a main dam disposed between the front area and the corner area; and a plurality of corner dams disposed in the corner area, wherein the corner area includes a plurality of stripe areas defined by the plurality of corner dams and the plurality of corner dams extend from the main dam and are disposed along an edge of the plurality of stripe areas.
Safety workbench for a mobile laboratory, comprising: a working space for examining a sample, and a measuring arrangement which is configured to detect an impact load acting upon the working space and to compare the same with a maximum permissible impact load. a working space for examining a sample, and a measuring arrangement which is configured to detect an impact load acting upon the working space and to compare the same with a maximum permissible impact load.
A method for removing a sulfurizing agent dissolved in a barren liquor obtained by obtaining a leachate containing nickel and cobalt and a leaching residue by subjecting a nickel oxide ore to acid leaching using sulfuric acid at high temperature and high pressure, subjecting the leachate to a sulfurization treatment using a sulfurizing agent to generate a sulfide of nickel and cobalt and a barren liquor, and then separating the barren liquor from the sulfide by solid-liquid separation, wherein a post-washing leaching residue obtained by washing the leaching residue and a sulfuric acid solution are added to the barren liquor so that a trivalent iron ion has a molar ratio of 0.05 or more with respect to a sulfurizing agent dissolved in the barren liquor and the sulfurizing agent contained in the barren liquor is immobilized and recovered as sulfur.
A method comprising: determining, by a parent IAB node, a channel occupancy time structure that supports bi-directional wireless communication; initiating a communication from the parent IAB node to a child IAB node based on the channel occupancy time structure; sending an indication from the parent IAB node to the child IAB node, the indication being configured to cause a time gap in the channel occupancy time structure and the indication indicates that the time gap is followed by a pre-configured number of symbols, during which the parent IAB node continues to transmit to any UE or IAB node other than the child IAB node; generating the time gap in the channel occupancy time structure; and after the pre-configured number of symbols, continuing the communication from the parent IAB node to the child IAB node according to the channel occupancy time structure. determining, by a parent IAB node, a channel occupancy time structure that supports bi-directional wireless communication; initiating a communication from the parent IAB node to a child IAB node based on the channel occupancy time structure; sending an indication from the parent IAB node to the child IAB node, the indication being configured to cause a time gap in the channel occupancy time structure and the indication indicates that the time gap is followed by a pre-configured number of symbols, during which the parent IAB node continues to transmit to any UE or IAB node other than the child IAB node; generating the time gap in the channel occupancy time structure; and after the pre-configured number of symbols, continuing the communication from the parent IAB node to the child IAB node according to the channel occupancy time structure.
A positive airway pressure device for generating a supply of pressurized gas to be provided to a patient for treatment, the positive airway pressure device comprising: an outer casing; a blower including a housing having an inlet along an inlet side thereof and an outlet along an outlet side thereof, the inlet and the outlet being co-axially aligned, wherein the blower is configured to draw a supply of gas into the housing through the inlet and provide a pressurized flow of gas at the outlet; and a support system provided between the blower and the outer casing, wherein the support system includes an annular seal provided to an outer surface of the housing and adapted to engage the outer casing to support the blower within the outer casing and separate the inlet side of the blower from the outlet side of the blower, characterised in that the support system further comprises multiple feet provided to a bottom of the blower and adapted to engage a base of the outer casing and the support system is constructed of an elastomeric material without using springs. an outer casing; a blower including a housing having an inlet along an inlet side thereof and an outlet along an outlet side thereof, the inlet and the outlet being co-axially aligned, wherein the blower is configured to draw a supply of gas into the housing through the inlet and provide a pressurized flow of gas at the outlet; and a support system provided between the blower and the outer casing, wherein the support system includes an annular seal provided to an outer surface of the housing and adapted to engage the outer casing to support the blower within the outer casing and separate the inlet side of the blower from the outlet side of the blower, characterised in that the support system further comprises multiple feet provided to a bottom of the blower and adapted to engage a base of the outer casing and the support system is constructed of an elastomeric material without using springs.
A multi-piece oil control ring, including a slotted spring element and at least one lamella element (2, 3) being operatively connected to said slotted spring element and provided with a joint region, wherein the joint ends (11, 12) of the lamella element (2, 3) are provided in the region of their joint ends facing one another in the form of an overlap with one another in such a way that one of the butt ends of the lamella ring is formed with a step, viewed in the axial direction, wherein the height of the step corresponds to the axial thickness of the lamella element, so that the free leg of the stepped joint end region engages underneath the non-stepped end region over a specifiable length, wherein the spring element is a meander spring, the winding sections of which are formed with reduced overall height in the region of the overlap of the lamella element, viewed in the axial direction, characterized in that the individual windings of the spring element axially support the leg.
A method of diagnosing susceptibility to Crohn's disease in a subject, comprising: subjecting a sample obtained from a subject to a genotyping assay adapted to determine the presence or absence of a variant at the TNFSF15 genetic locus; and diagnosing susceptibility to Crohn's disease in the subject based on the presence of one or more variants at the TNFSF15 genetic locus; wherein one of the variants is SEQ ID NO. 12, and the subject is non-Jewish Caucasian or South Korean. subjecting a sample obtained from a subject to a genotyping assay adapted to determine the presence or absence of a variant at the TNFSF15 genetic locus; and diagnosing susceptibility to Crohn's disease in the subject based on the presence of one or more variants at the TNFSF15 genetic locus; wherein one of the variants is SEQ ID NO. 12, and the subject is non-Jewish Caucasian or South Korean.
A fruit and vegetable-derived composition formulated for topical application of the skin, comprising a fruit or vegetable derivative of Beta species, of Capsicum species and of Malus species, characterized in that the composition has a pH in the range of about 4.2 to 5.5 and is further comprising a derivative from Citrus paradisi.
A socket for electric vehicles comprising a body suitable to receive a corresponding plug that substantially takes up all the space inside said body, in which there are arranged a plurality of longitudinal cylindrical housings in some of which there are fitted metal sleeves acting as live contacts in which there are insertable corresponding pins of said plug, and further including at least a pair of covers arranged substantially outside the body and movable, upon insertion of the plug into the socket, between a working position, to which they are biased by elastic members and in which they cover said live contacts, and a rest position in which the live contacts can be reached by said corresponding pins of the plug, characterized in that said covers are provided with terminal portions that penetrate the body through corresponding slots and extend inside said cylindrical housings containing said metal sleeves so as to cover the live contacts, said terminal portions being moved outside the body by the plug upon insertion of the latter into the socket, by at least one actuating member projecting inside the body.
A user equipment, comprising: a reception unit configured to receive higher layer signaling related to a bearer; and a reception control unit configured to identify a subcarrier spacing set, the subcarrier spacing set being determined based on an operation band used for data transmission; wherein the reception control unit further identifies, based on a logical channel ID, LCID, a subcarrier spacing that is applicable to the bearer from the subcarrier spacing set; the bearer is used for the data transmission; and the LCID is one of constituent elements of a medium access control, MAC, header. a reception unit configured to receive higher layer signaling related to a bearer; and a reception control unit configured to identify a subcarrier spacing set, the subcarrier spacing set being determined based on an operation band used for data transmission; wherein the reception control unit further identifies, based on a logical channel ID, LCID, a subcarrier spacing that is applicable to the bearer from the subcarrier spacing set; the bearer is used for the data transmission; and the LCID is one of constituent elements of a medium access control, MAC, header.
An apparatus comprising: means for transforming a first signal (s 1) formed from a set of multiple orthogonal subcarriers and received via a first path (p 1), from a time domain to a frequency domain and produce for each of a plurality of the multiple orthogonal subcarriers a respective first coefficient; means for transforming a second signal (s 2) formed from the set of multiple orthogonal subcarriers and received via a second path (p 2), different from the first path (p 1), from a time domain to a frequency domain and produce for each of a plurality of the multiple orthogonal subcarriers a respective second coefficient; and means for processing at least the plurality of first coefficients and the plurality of second coefficients, wherein the means for processing is configured to compensate for the variation of phase between the first coefficients and to compensate for the variation of phase between the second coefficients, and to use the difference in phase between the first coefficients and the second coefficients to determine a bearing (θ) for the apparatus. means for transforming a first signal (s 1) formed from a set of multiple orthogonal subcarriers and received via a first path (p 1), from a time domain to a frequency domain and produce for each of a plurality of the multiple orthogonal subcarriers a respective first coefficient; means for transforming a second signal (s 2) formed from the set of multiple orthogonal subcarriers and received via a second path (p 2), different from the first path (p 1), from a time domain to a frequency domain and produce for each of a plurality of the multiple orthogonal subcarriers a respective second coefficient; and means for processing at least the plurality of first coefficients and the plurality of second coefficients, wherein the means for processing is configured to compensate for the variation of phase between the first coefficients and to compensate for the variation of phase between the second coefficients, and to use the difference in phase between the first coefficients and the second coefficients to determine a bearing (θ) for the apparatus.
An ultrasonic flow metering system, comprising: a passage for fluid flow; a temperature sensor disposed to provide measured temperature of fluid flowing in the passage; an ultrasonic flow meter configured to measure transit time of an ultrasonic signal through the fluid flowing in the passage; and a flow processor configured to: compute speed of sound through the fluid based on the transit time; calculate a computed temperature of the fluid based on the computed speed of sound; and apply compensation, based on a historical difference between the computed temperature and the measured temperature, to a temperature verification parameter; characterized in that the flow processor is further configured to determine, based on the temperature verification parameter, whether a current difference between the measured temperature and the computed temperature is within a predetermined range; wherein the temperature verification parameter comprises at least one of the measured temperature, the computed temperature, the predetermined range, and the current difference between the measured temperature and the computed temperature. a passage for fluid flow; a temperature sensor disposed to provide measured temperature of fluid flowing in the passage; an ultrasonic flow meter configured to measure transit time of an ultrasonic signal through the fluid flowing in the passage; and a flow processor configured to: compute speed of sound through the fluid based on the transit time; calculate a computed temperature of the fluid based on the computed speed of sound; and apply compensation, based on a historical difference between the computed temperature and the measured temperature, to a temperature verification parameter; characterized in that the flow processor is further configured to determine, based on the temperature verification parameter, whether a current difference between the measured temperature and the computed temperature is within a predetermined range; wherein the temperature verification parameter comprises at least one of the measured temperature, the computed temperature, the predetermined range, and the current difference between the measured temperature and the computed temperature. compute speed of sound through the fluid based on the transit time; calculate a computed temperature of the fluid based on the computed speed of sound; and apply compensation, based on a historical difference between the computed temperature and the measured temperature, to a temperature verification parameter; characterized in that the flow processor is further configured to determine, based on the temperature verification parameter, whether a current difference between the measured temperature and the computed temperature is within a predetermined range; wherein the temperature verification parameter comprises at least one of the measured temperature, the computed temperature, the predetermined range, and the current difference between the measured temperature and the computed temperature.
Wiper blade packaging device which has at least one wiper lip receiving body (10a-10c) which has at least one wiper lip receiving region (28a-28c) and at least one first wiper-lip-side supporting surface (20a-20c), and which is provided for an open mounting of a wiper blade (12a-12c), characterized by at least one first and one second supporting body (14a-14c, 56a-56c) which in each case form at least one counter stop surface (22a-22c) to the first supporting surface (20a-20c), and at least one first and one second connecting element (16a-16c, 18a-18c) which, in at least one operating state, couples the first supporting surface (20a-20c) to the counter stop surface (22a-22c), wherein the second connecting element is spaced apart from the first connecting element by an intermediate region which is provided for receiving a wiper blade adapter fastened to a wiper blade.