mhurhangee/patent-ind-claim-en huggingface dataset:
In vitro method for non-invasive embryo competence assessment, comprising the following steps: a) determining the number of nucleic acid-containing extracellular vesicles (EV) in samples of a plurality of culture media of the same type, which were used to culture embryos, b) identifying an embryo with a higher number of nucleic acid-containing EVs in its culture medium as having a limited probability for clinical pregnancy relative to an embryo with a lower number of nucleic acid-containing EVs in its culture medium, wherein the embryos cultured in the plurality of culture media are from the same female. a) determining the number of nucleic acid-containing extracellular vesicles (EV) in samples of a plurality of culture media of the same type, which were used to culture embryos, b) identifying an embryo with a higher number of nucleic acid-containing EVs in its culture medium as having a limited probability for clinical pregnancy relative to an embryo with a lower number of nucleic acid-containing EVs in its culture medium,
Circuit for processing a wake-up signal (WUP) which is able to be used to activate electrical devices, having an evaluation circuit which checks the validity of a wake-up signal (WUP) that is present, and an output driver circuit which outputs a processed wake-up signal (WUPA) if the evaluation circuit deems the wake-up signal (WUP) that is present to be valid, wherein the evaluation circuit comprises a comparator which compares the wake-up signal (WUP) that is present for evaluation with at least one threshold value, wherein the evaluation circuit comprises an input circuit and a switchable constant voltage source which can each be used to adjust at least one criterion for evaluating the wake-up signal (WUP) that is present, wherein the comparator is in the form of a multi-channel integrated comparator circuit , wherein the individual channels of the integrated comparator circuit each evaluate one criterion of the wake-up signal (WUP) that is present, wherein the multi-channel integrated comparator circuit comprises an internal voltage source which generates a reference voltage, wherein a first voltage signal which is present at the input (In_A) of a first channel of the multi-channel integrated comparator circuit and which represents the amplitude of the wake-up signal (WUP) that is present is compared with the reference voltage, wherein a first criterion is met if the first voltage signal is greater than the reference voltage, and wherein a second voltage signal which is present at the input (In_B) of a second channel of the multi-channel integrated comparator circuit and which represents the duration of the wake-up signal (WUP) that is present is compared with the reference voltage, wherein a second criterion is met if the second voltage signal is greater than the reference voltage, characterized in that the multi-channel integrated comparator circuit changes a state at the output (Out_A) of the first channel if the first criterion is met, and wherein the change in state at the output (Out_A) of the first channel starts the evaluation of the second criterion.
Filter assembly for filtering a waste fluid discharged by a household appliance, said filter assembly comprising: - a filter module comprising a filter element and a support for said filter element , wherein said filter element is removably couplable to said support ; and - a filter housing receiving said filter module , wherein said filter module is removably couplable to said filter housing ; wherein said support comprises at least one first retention element and at least one second retention element , wherein said filter element comprises at last one corresponding third retention element configured to be removably coupled to said at least one first retention element so as to allow a removable connection between said filter element and said support , and wherein said filter housing comprises at least one corresponding fourth retention element configured to be removably coupled to said at least one second retention element so as to allow a removable connection between said filter module and said filter housing , characterized in that said filter element comprises at least one tab extending outwardly from said filter element and being apt to be pushed by a user when said filter element is being connected to said support or unconnected from said support . - a filter module comprising a filter element and a support for said filter element , wherein said filter element is removably couplable to said support ; and - a filter housing receiving said filter module , wherein said filter module is removably couplable to said filter housing ; wherein said support comprises at least one first retention element and at least one second retention element , wherein said filter element comprises at last one corresponding third retention element configured to be removably coupled to said at least one first retention element so as to allow a removable connection between said filter element and said support , and wherein said filter housing comprises at least one corresponding fourth retention element configured to be removably coupled to said at least one second retention element so as to allow a removable connection between said filter module and said filter housing , characterized in that said filter element comprises at least one tab extending outwardly from said filter element and being apt to be pushed by a user when said filter element is being connected to said support or unconnected from said support .
A carbon fiber precursor fiber, comprising: a polymer containing a constituent unit represented by General Formula below: where in the General Fomula , X and Y each independently represent a divalent substituent, a single bond, or a structure forming a fused ring by sharing one side of two adjacent rings, and the divalent substituent is selected from the group consisting of -O-, -S-, -OSO-, -NH-, -CO-, -CH 2 -, and -C(CH 3 ) 2 - and where n is the number of repeating units of the constituent unit represented by General Formula , wherein n is 100 to 100.000.
A stationary cleaning unit for a cleaning arrangement in a fan tower of a pulp dryer, the cleaning unit comprising - a suction device having a suction opening for removal of air and dust from a suction area (A), - a replacement air device , which comprises blowing means arranged to provide replacement air to the suction area (A), wherein the suction device and the replacement air device are arranged on a distance from each other to form filter net channel with an entry opening (A') and an exit opening (A"), characterised in that at least one sealing element is arranged in connection with the suction device at the entry opening (A') or at the exit opening (A") of the filter net channel, and that the blowing means are arranged to blow replacement air towards the exit opening (A") of the filter net channel. - a suction device having a suction opening for removal of air and dust from a suction area (A), - a replacement air device , which comprises blowing means arranged to provide replacement air to the suction area (A), wherein the suction device and the replacement air device are arranged on a distance from each other to form filter net channel with an entry opening (A') and an exit opening (A"), characterised in that at least one sealing element is arranged in connection with the suction device at the entry opening (A') or at the exit opening (A") of the filter net channel, and that the blowing means are arranged to blow replacement air towards the exit opening (A") of the filter net channel. wherein the suction device and the replacement air device are arranged on a distance from each other to form filter net channel with an entry opening (A') and an exit opening (A"), characterised in that at least one sealing element is arranged in connection with the suction device at the entry opening (A') or at the exit opening (A") of the filter net channel, and that the blowing means are arranged to blow replacement air towards the exit opening (A") of the filter net channel.
Transceiver circuit with a front-end (FE1) and a back-end (BE1), the front-end (FE1) comprising - a first terminal (T1) and a second terminal (T2) suitable for coupling to a first capacitor (C1) and to a second capacitor (C2), respectively; - a tunable first resistor (R1) coupled between the first terminal (T1) and a reference terminal (VSS); and - a tunable second resistor (R2) coupled between the second terminal (T1) and the reference terminal (VSS); and configured to, during a tuning mode of operation, - receive receiver signals (RXP, RXN) from another transceiver at the first and the second terminal (T1, T2), wherein said another transceiver is capacitively coupled to the transceiver circuit via said first and second capacitors (C1, C2), utilizing a first setting for the first and the second resistor (R1, R2); and - generate a receiver data packet based on the receiver signals (RXP, RXN); and - wherein the back-end (BE1) is configured to, during the tuning mode, - check the receiver data packet for errors with respect to a defined tuning data packet; - if an error is found by means of the checking, set the first and the second resistor (R1, R2) to a default setting, whereby a re-synchronization of the transceivers may be ensured; and - if no error is found by means of the checking, set the first and the second resistor (R1, R2) to a second setting. - a first terminal (T1) and a second terminal (T2) suitable for coupling to a first capacitor (C1) and to a second capacitor (C2), respectively; - a tunable first resistor (R1) coupled between the first terminal (T1) and a reference terminal (VSS); and - a tunable second resistor (R2) coupled between the second terminal (T1) and the reference terminal (VSS); and configured to, during a tuning mode of operation, - receive receiver signals (RXP, RXN) from another transceiver at the first and the second terminal (T1, T2), wherein said another transceiver is capacitively coupled to the transceiver circuit via said first and second capacitors (C1, C2), utilizing a first setting for the first and the second resistor (R1, R2); and - generate a receiver data packet based on the receiver signals (RXP, RXN); and - wherein the back-end (BE1) is configured to, during the tuning mode, - check the receiver data packet for errors with respect to a defined tuning data packet; - if an error is found by means of the checking, set the first and the second resistor (R1, R2) to a default setting, whereby a re-synchronization of the transceivers may be ensured; and - if no error is found by means of the checking, set the first and the second resistor (R1, R2) to a second setting.
A method of receiving uplink acknowledgement/negative-acknowledgement, UL ACK/NACK, information by a base station, comprising: allocating a plurality of physical uplink control channel, PUCCH, resources for use by a single user equipment (S2110); and receiving the UL ACK/NACK information via at least one of the plurality of the PUCCH resources in an UL subframe from the single user equipment (S2120), wherein the plurality of the PUCCH resources is configured based on a plurality of first cyclic shifts and a single first orthogonal spreading code, wherein each of the plurality of the PUCCH resources allocated for the UL ACK/NACK information of the single user equipment is distinguished based on the first cyclic shifts, and wherein the first cyclic shifts are applied to a sequence of a frequency domain for the UL ACK/NACK information carried by each of the plurality of the PUCCH resources, the first orthogonal spreading code is applied to symbol of a time domain for the UL ACK/NACK information carried by each of the plurality of the PUCCH resources. allocating a plurality of physical uplink control channel, PUCCH, resources for use by a single user equipment (S2110); and receiving the UL ACK/NACK information via at least one of the plurality of the PUCCH resources in an UL subframe from the single user equipment (S2120), wherein the plurality of the PUCCH resources is configured based on a plurality of first cyclic shifts and a single first orthogonal spreading code, wherein each of the plurality of the PUCCH resources allocated for the UL ACK/NACK information of the single user equipment is distinguished based on the first cyclic shifts, and wherein the first cyclic shifts are applied to a sequence of a frequency domain for the UL ACK/NACK information carried by each of the plurality of the PUCCH resources, the first orthogonal spreading code is applied to symbol of a time domain for the UL ACK/NACK information carried by each of the plurality of the PUCCH resources.
A method for a communications network including a first cell and a second cell, the method comprising: receiving, by a base station of the first cell, an authority indicator from a base station of the second cell regarding a determination of whether the first cell is to autonomously select a time division duplex uplink-downlink configuration; determining , by the base station of the first cell, based on the authority indicator, whether the first cell is to autonomously select the time division duplex uplink-downlink configuration; applying , by the base station of the first cell, the autonomously selected time division duplex uplink-downlink configuration, when the first cell is to autonomously select the time division duplex uplink-downlink configuration; and providing , by the base station of the first cell, traffic load information to the base station of the second cell when the first cell is not to autonomously select the time division duplex uplink-downlink configuration. receiving, by a base station of the first cell, an authority indicator from a base station of the second cell regarding a determination of whether the first cell is to autonomously select a time division duplex uplink-downlink configuration; determining , by the base station of the first cell, based on the authority indicator, whether the first cell is to autonomously select the time division duplex uplink-downlink configuration; applying , by the base station of the first cell, the autonomously selected time division duplex uplink-downlink configuration, when the first cell is to autonomously select the time division duplex uplink-downlink configuration; and providing , by the base station of the first cell, traffic load information to the base station of the second cell when the first cell is not to autonomously select the time division duplex uplink-downlink configuration.
Method for separating yeast from yeast-containing liquids, in particular beverages, comprising the steps: - conducting a yeast-containing unfiltrate to be filtered through a depth filter medium of food-grade plastics material, characterised by - conducting the unfiltrate through the depth filter medium without the addition of a filter aid, - regenerating and cleaning the depth filter medium by -- flushing the depth filter medium with water until the filtrate is foam-free, -- alkali flushing the depth filter medium for regeneration thereof, and -- acid flushing the depth filter medium for neutralisation. - conducting a yeast-containing unfiltrate to be filtered through a depth filter medium of food-grade plastics material, characterised by - conducting the unfiltrate through the depth filter medium without the addition of a filter aid, - regenerating and cleaning the depth filter medium by -- flushing the depth filter medium with water until the filtrate is foam-free, -- alkali flushing the depth filter medium for regeneration thereof, and -- acid flushing the depth filter medium for neutralisation. -- flushing the depth filter medium with water until the filtrate is foam-free, -- alkali flushing the depth filter medium for regeneration thereof, and -- acid flushing the depth filter medium for neutralisation.
A concealed embedded component, comprising: a lower main body with a cool water inlet passage , a hot water inlet passage , and at least an outlet passage , the cool water inlet passage , the hot water inlet passage , and the outlet passage are respectively disposed with an inlet and an outlet ; an embedded box , comprising a box body and a fixing frame surrounding the box body , the side wall of the box body is disposed with a cool water hole , a hot water hole and at least an outlet hole ; a connecting element with a bottom surface disposed with a first passage and a second passage ; the lower main body is disposed in the box body , the inlet of the cool water inlet passage is aligned with the cool water hole , the inlet of the hot water inlet passage is aligned with the hot water hole , the outlet of the outlet passage is aligned with the outlet hole ; the connecting element is disposed in the box body , the connecting element covers the lower main body to make the outlet passage connected to the cool water inlet passage or the hot water inlet passage , characterized in that the lower main body additionally comprises a mixing water passage disposed with an inlet and an outlet , and in that the connecting element as an alternative can also make the outlet passage connected to the mixing water passage . a lower main body with a cool water inlet passage , a hot water inlet passage , and at least an outlet passage , the cool water inlet passage , the hot water inlet passage , and the outlet passage are respectively disposed with an inlet and an outlet ; an embedded box , comprising a box body and a fixing frame surrounding the box body , the side wall of the box body is disposed with a cool water hole , a hot water hole and at least an outlet hole ; a connecting element with a bottom surface disposed with a first passage and a second passage ; the lower main body is disposed in the box body , the inlet of the cool water inlet passage is aligned with the cool water hole , the inlet of the hot water inlet passage is aligned with the hot water hole , the outlet of the outlet passage is aligned with the outlet hole ; the connecting element is disposed in the box body , the connecting element covers the lower main body to make the outlet passage connected to the cool water inlet passage or the hot water inlet passage , characterized in that the lower main body additionally comprises a mixing water passage disposed with an inlet and an outlet , and in that the connecting element as an alternative can also make the outlet passage connected to the mixing water passage .
A method for alerting a driver in a follower vehicle of an obstacle in front of a first vehicle , said first vehicle having an intervening driver assistant system ; which method comprises: detecting the obstacle in front of the first vehicle by the intervening driver assistant system ; and characterized by alerting the driver in the follower vehicle , of the detected obstacle in front of the first vehicle , before the brakes of the first vehicle are activated by the intervening driver assistant system , wherein the alerting is performed by emitting an incrementing alert to be perceived by the driver in the follower vehicle in the form of emitted light at different wavelength, i.e. in different colours. detecting the obstacle in front of the first vehicle by the intervening driver assistant system ; and characterized by alerting the driver in the follower vehicle , of the detected obstacle in front of the first vehicle , before the brakes of the first vehicle are activated by the intervening driver assistant system , wherein the alerting is performed by emitting an incrementing alert to be perceived by the driver in the follower vehicle in the form of emitted light at different wavelength, i.e. in different colours.
A scaffold biomaterial comprising a decellularised plant or fungal tissue from which cellular materials and nucleic acids of the tissue are removed, the decellularised plant or fungal tissue comprising a cellulose- or chitin-based 3-dimensional porous structure, wherein the decellularised plant or fungal tissue comprises a plant or fungal tissue which has been decellularised by treatment with sodium dodecyl sulphate (SDS), wherein residual SDS has been removed by using an aqueous divalent salt solution to precipitate a salt residue containing SDS micelles out of the scaffold biomaterial.
A computer-implemented method, comprising: receiving , by a first network device (125 i ) in a second data center , an Ethernet virtual private network, EVPN, mobility event advertisement subsequent to a virtual machine, VM, moving from a first data center to the second data center ; the method being characterized in that it further comprises, in response to receiving the EVPN mobility event advertisement and determining that a local route has not been installed for the VM in a routing table of the first network device (125 i ): registering , by the first network device (125 i ), a current location of the moved VM in a Locator/ID Separation Protocol, LISP, mapping system ; and notifying , by either the first network device (125 i ) or another network device in the second data center , a second network device in the first data center of the VM move. receiving , by a first network device (125 i ) in a second data center , an Ethernet virtual private network, EVPN, mobility event advertisement subsequent to a virtual machine, VM, moving from a first data center to the second data center ; the method being characterized in that it further comprises, in response to receiving the EVPN mobility event advertisement and determining that a local route has not been installed for the VM in a routing table of the first network device (125 i ): registering , by the first network device (125 i ), a current location of the moved VM in a Locator/ID Separation Protocol, LISP, mapping system ; and notifying , by either the first network device (125 i ) or another network device in the second data center , a second network device in the first data center of the VM move. registering , by the first network device (125 i ), a current location of the moved VM in a Locator/ID Separation Protocol, LISP, mapping system ; and notifying , by either the first network device (125 i ) or another network device in the second data center , a second network device in the first data center of the VM move.