mhurhangee/ep-ind-claims huggingface dataset:
A method for managing wireless communications, the method comprising: determining, by a first wireless communication device configured to communicate using a first radio access technology and a second radio access technology, to send one or more collision avoidance signals by the second radio access technology on an unlicensed band, wherein the second radio access technology is different from the first radio access technology; receiving one or more first clear to send, CTS, signals using the first wireless communication device; transmitting, using the first wireless communication device, the one or more collision avoidance signals to one or more receiving wireless communication devices, the one or more collision avoidance signals formatted to allow the one or more receiving wireless communication devices to receive the one or more collision avoidance signals using the first radio access technology, the one or more collision avoidance signals also including information to allow the one or more receiving wireless communication devices to avoid transmission collisions with the first wireless communication device during a transmission time slot, wherein the transmitting the one or more collision avoidance signals includes transmitting a second CTS signal to the one or more receiving wireless communication devices simultaneously with the receiving the one or more first CTS signals; and communicating, using the first wireless communication device, data with a second wireless communication device using the second radio access technology on the unlicensed band during the transmission time slot. determining, by a first wireless communication device configured to communicate using a first radio access technology and a second radio access technology, to send one or more collision avoidance signals by the second radio access technology on an unlicensed band, wherein the second radio access technology is different from the first radio access technology; receiving one or more first clear to send, CTS, signals using the first wireless communication device; transmitting, using the first wireless communication device, the one or more collision avoidance signals to one or more receiving wireless communication devices, the one or more collision avoidance signals formatted to allow the one or more receiving wireless communication devices to receive the one or more collision avoidance signals using the first radio access technology, the one or more collision avoidance signals also including information to allow the one or more receiving wireless communication devices to avoid transmission collisions with the first wireless communication device during a transmission time slot, wherein the transmitting the one or more collision avoidance signals includes transmitting a second CTS signal to the one or more receiving wireless communication devices simultaneously with the receiving the one or more first CTS signals; and communicating, using the first wireless communication device, data with a second wireless communication device using the second radio access technology on the unlicensed band during the transmission time slot.
Method for preparing a magnetic microsphere for separation of biological protein, characterized in that it comprises: a. preparing an emulsion; b. dispersing a magnetic microsphere matrix with magnetism into the emulsion to generate a dispersion system; and c. subjecting the dispersion to a polymerization reaction; wherein, the magnetic microsphere matrix is a magnetic particle modified with an active group on its surface, wherein the active group is capable of bonding with a biological protein and is at least one selected from the group consisting of: a hydroxyl group, a carboxyl group, an amino group, a benzyl group, a carbonyl group, a phenolic hydroxyl group, a sulfonic acid group, an oxime group, a hydrazone group, and the derivative groups thereof; and wherein the emulsion comprises the following components: an acrylic monoester compound, an acrylic diol ester compound, and an initiator. a. preparing an emulsion; b. dispersing a magnetic microsphere matrix with magnetism into the emulsion to generate a dispersion system; and c. subjecting the dispersion to a polymerization reaction;
An obturator configured for use with a trocar, the obturator comprising: (a) a head; (b) a shaft extending distally from the head along a central axis, wherein the shaft is configured to be received within a working channel of the trocar; (c) a distal tip configured to puncture tissue; (d) first and second needle entrance ports each arranged on at least one of the head or the shaft; and (e) first and second needle exit ports arranged on the shaft, wherein the first needle entrance port communicates with the first needle exit port to define a first suture path extending obliquely relative to the central axis, wherein the first suture path includes at least one first sealing element, wherein the second needle entrance port communicates with the second needle exit port to define a second suture path extending obliquely relative to the central axis, wherein the second suture path includes at least one second sealing element. (a) a head; (b) a shaft extending distally from the head along a central axis, wherein the shaft is configured to be received within a working channel of the trocar; (c) a distal tip configured to puncture tissue; (d) first and second needle entrance ports each arranged on at least one of the head or the shaft; and (e) first and second needle exit ports arranged on the shaft, wherein the first needle entrance port communicates with the first needle exit port to define a first suture path extending obliquely relative to the central axis, wherein the first suture path includes at least one first sealing element, wherein the second needle entrance port communicates with the second needle exit port to define a second suture path extending obliquely relative to the central axis, wherein the second suture path includes at least one second sealing element.
A method for the manufacture of a back contact layer for CdTe thin-layer solar cells in superstrate configuration, characterized in that a first back contact layer is produced by means of the following steps: - producing a tellurium-rich surface layer of the cadmium telluride layer, - depositing a layer of an elemental first material of the group comprising antimony, arsenic or mercury on the tellurium-rich surface layer, and - producing the first back contact layer by reacting the first material and tellurium in the surface layer, wherein the substrate is heated to a temperature between 50°C and 300°C for a time period of 1 min to 30 min. - producing a tellurium-rich surface layer of the cadmium telluride layer, - depositing a layer of an elemental first material of the group comprising antimony, arsenic or mercury on the tellurium-rich surface layer, and - producing the first back contact layer by reacting the first material and tellurium in the surface layer, wherein the substrate is heated to a temperature between 50°C and 300°C for a time period of 1 min to 30 min.
Pharmaceutical composition for use in the treatment of a mammal suffering from a disorder involving excess TAP-1 expression-deficient malignant cells which are selected from the group consisting of lung carcinoma cells, prostate carcinoma cells and cervical carcinoma cells, the composition comprising a TAP-1 expression increasing amount of a histone H3 deacetylase inhibitor that promotes transcription of a TAP-1 gene in the cells to cause enhanced MHC Class I surface expression of the cells, and a suitable adjuvant or carrier.
A compound having Formula I: or salts or solvates thereof; wherein R1 is selected from the group consisting of H, -CO-OCH3, and wherein R2 is selected from the group consisting of and wherein R3 is chlorine or fluorine.
A method of transmitting data at a user equipment, UE, in a wireless communication system, the method comprising: receiving information about a contention-based resource pool; selecting N contention-based resources from among a plurality of contention-based resources included in the contention-based resource pool, based on a size of the data, wherein a contention-based resource is a unit in which one or more UEs perform contention-based transmission; and transmitting the data and a reference signal for the data to a base station, BS, in the N contention-based resources, wherein N is an integer greater or equal to 1 which is indicated by a seed value used for scrambling the reference signal transmitted along with the data. receiving information about a contention-based resource pool; selecting N contention-based resources from among a plurality of contention-based resources included in the contention-based resource pool, based on a size of the data, wherein a contention-based resource is a unit in which one or more UEs perform contention-based transmission; and transmitting the data and a reference signal for the data to a base station, BS, in the N contention-based resources, wherein N is an integer greater or equal to 1 which is indicated by a seed value used for scrambling the reference signal transmitted along with the data.
A method for configuring multi-user multiple-input multiple output (MU-MIMO) operation between a base station and a plurality of UEs, the method comprising: requesting sounding reference signals or channel state information data from each UE of the plurality of UEs; configuring, based on the SRS or CSI data from each UE, a precoder matrix, the precoder matrix allocating a plurality of precoded CSI-reference signal (CSI-RS) resources for each UE; scheduling, for each UE in the plurality, the precoded CSI-RS resources; receiving, from each UE in the plurality, a channel quality indicator report that is based on the precoded CSI-RS resources received by that respective UE; generating a CQI matrix from the CQI reports of each UE in the plurality, wherein, diagonal elements of the CQI matrix represent CQIs of respective CSI-RS resources that are precoded in a direction of desired channels for each of the UEs and off-diagonal elements of the CQI matrix represent CQIs of CSI-RS resources that are precoded in null direction(s) of the channels of the respective UEs; selecting a subset of UEs from the plurality of UEs based on the CQI matrix; and scheduling DL resources for the subset of UEs, the DL resources including reference signals. requesting sounding reference signals or channel state information data from each UE of the plurality of UEs; configuring, based on the SRS or CSI data from each UE, a precoder matrix, the precoder matrix allocating a plurality of precoded CSI-reference signal (CSI-RS) resources for each UE; scheduling, for each UE in the plurality, the precoded CSI-RS resources; receiving, from each UE in the plurality, a channel quality indicator report that is based on the precoded CSI-RS resources received by that respective UE; generating a CQI matrix from the CQI reports of each UE in the plurality, wherein, diagonal elements of the CQI matrix represent CQIs of respective CSI-RS resources that are precoded in a direction of desired channels for each of the UEs and off-diagonal elements of the CQI matrix represent CQIs of CSI-RS resources that are precoded in null direction(s) of the channels of the respective UEs; selecting a subset of UEs from the plurality of UEs based on the CQI matrix; and scheduling DL resources for the subset of UEs, the DL resources including reference signals.
A refrigerator comprising: a cabinet providing a storage space; a main door configured to open and close the cabinet and having an opening; and a sub door configured to open and close the opening of the main door; wherein the main door comprises: - a door frame defining the opening and defining a front surface of the main door; - a door liner coupled to the door frame for providing an insulating space therebetween and defining a rear surface of the main door; - an inner frame disposed inside the insulating space along a circumference of the opening of the main door and connecting the door frame to the door liner, wherein the inner frame comprises a curved portion in contact with the door liner; and - an insulating material filled in the insulating space and pressing the curved portion towards the door liner; and wherein the door liner comprises: a liner opening corresponding to the opening of the door frame; and characterized in that the door liner further comprises: a connector surrounding the liner opening and being formed in a curved shape corresponding to the curved portion of the inner frame to be in surface contact therewith. a cabinet providing a storage space; a main door configured to open and close the cabinet and having an opening; and a sub door configured to open and close the opening of the main door; wherein the main door comprises: - a door frame defining the opening and defining a front surface of the main door; - a door liner coupled to the door frame for providing an insulating space therebetween and defining a rear surface of the main door; - an inner frame disposed inside the insulating space along a circumference of the opening of the main door and connecting the door frame to the door liner, wherein the inner frame comprises a curved portion in contact with the door liner; and - an insulating material filled in the insulating space and pressing the curved portion towards the door liner; and - a door frame defining the opening and defining a front surface of the main door; - a door liner coupled to the door frame for providing an insulating space therebetween and defining a rear surface of the main door; - an inner frame disposed inside the insulating space along a circumference of the opening of the main door and connecting the door frame to the door liner, wherein the inner frame comprises a curved portion in contact with the door liner; and - an insulating material filled in the insulating space and pressing the curved portion towards the door liner; and wherein the door liner comprises: a liner opening corresponding to the opening of the door frame; and characterized in that the door liner further comprises: a connector surrounding the liner opening and being formed in a curved shape corresponding to the curved portion of the inner frame to be in surface contact therewith.
A conjugate of the formula B-L-P or a pharmaceutically acceptable salt thereof, wherein B is a radical of a folate receptor binding ligand, L is a divalent linker comprising a lysine, wherein the divalent linker L does not include a diradical of the formula *NH-(CH 2) 2 -NH*, and P is a radical represented by the following formula:
A method of operating a mobile telecommunications network including a plurality of nodes, and a network core, wherein a plurality of mobile telecommunications devices of a first type and a second type are registered with the network and communicate with the network core via the nodes, wherein at least one relay (20,22) is provided, which is not capable of linking with the second type of mobile telecommunications devices, the at least one relay (20,22) provided between at least one of said nodes and at least one of said first type of mobile telecommunications devices to extend the radio coverage provided by the said node, the method including: transmitting channel quality measurement data to at least one of the first type of mobile telecommunications devices in a link with the relay (20,22) to enable the mobile telecommunications device to calculate the channel quality between: i) the mobile telecommunications device and the relay (20,22); and ii) the mobile telecommunications device and the node; and making the channel quality measurement data available to only the first type of mobile telecommunications devices, via the relay (20,22), by transmitting the channel quality measurement data in a data frame format that the second type of mobile telecommunications devices ignore. transmitting channel quality measurement data to at least one of the first type of mobile telecommunications devices in a link with the relay (20,22) to enable the mobile telecommunications device to calculate the channel quality between: i) the mobile telecommunications device and the relay (20,22); and ii) the mobile telecommunications device and the node; and i) the mobile telecommunications device and the relay (20,22); and ii) the mobile telecommunications device and the node; and making the channel quality measurement data available to only the first type of mobile telecommunications devices, via the relay (20,22), by transmitting the channel quality measurement data in a data frame format that the second type of mobile telecommunications devices ignore.
An electrochemical system, comprising an anode chamber comprising a corrugated porous anode and an anode electrolyte, wherein the corrugated porous anode has a corrugation amplitude between 1mm to 8mm, wherein the anode electrolyte comprises metal ions and wherein the corrugated porous anode is able to oxidize metal ions from a lower oxidation state to a higher oxidation state.
An electronic key registration system comprising an electronic key and a verification electronic control unit, the electronic key registration system registering a key ID and an encryption key (Kcr) of the electronic key to the verification electronic control unit installed in a communication subject that communicates with the electronic key through wireless connection, wherein the verification electronic control unit includes a monitoring unit and a registration invalidation unit, and the electronic key includes a monitoring unit and a registration invalidation unit, each of the monitoring unit of the verification electronic control unit and the monitoring unit of the electronic key is configured to monitor whether or not registration of the electronic key is attempted in a certain permissible period, and each of the registration invalidation unit of the verification electronic control unit and the registration invalidation unit of the electronic key is configured to prohibit registration of the electronic key to the communication subject when the permissible period expires, wherein the monitoring unit of the verification electronic control unit is configured to measure the elapsed time (Tx) from when the verification electronic control unit is manufactured and monitor whether or not registration of the electronic key is attempted when the elapsed time (Tx) is in the permissible period, and wherein the monitoring unit of the electronic key is configured to measure the elapsed time (Tx) from when the electronic key is manufactured and monitor whether or not registration of the electronic key is attempted when the elapsed time (Tx) is in the permissible period.
A method for sensing touches to a substrate and determining location areas thereof, said method comprising the steps of: a) providing a sample time reference value; b) discharging any voltage charge on a timing capacitor to substantially zero volts; c) sending a pulse having a voltage amplitude to a first end of a serpentine transmission line fabricated on a substrate comprising a plurality of touch location areas (116; 118); d) charging the timing capacitor with a constant current source; e) converting the sample time reference value to a sample time reference voltage; f) comparing the sample time reference voltage with a voltage charge on the timing capacitor, wherein if the sample time reference voltage and the voltage charge on the timing capacitor are substantially equal then storing the sample time reference value and a sample of a voltage at the first end of the serpentine transmission line then going to step h), and if the sample time reference voltage and the voltage charge on the timing capacitor are not substantially equal then going to step g) g) determining whether the pulse has ended, wherein if the pulse has ended then returning to step a), and if the pulse has not ended then returning to step f); h) determining whether the sampled voltage at the first end of the serpentine transmission line is less than the voltage amplitude of the pulse, wherein if not less than the voltage amplitude of the pulse then returning to step a), and if less than the voltage amplitude of the pulse then going to step i); and i) converting the stored sample time reference value to a location area on the substrate, then returning to step a). a) providing a sample time reference value; b) discharging any voltage charge on a timing capacitor to substantially zero volts; c) sending a pulse having a voltage amplitude to a first end of a serpentine transmission line fabricated on a substrate comprising a plurality of touch location areas (116; 118); d) charging the timing capacitor with a constant current source; e) converting the sample time reference value to a sample time reference voltage; f) comparing the sample time reference voltage with a voltage charge on the timing capacitor, wherein if the sample time reference voltage and the voltage charge on the timing capacitor are substantially equal then storing the sample time reference value and a sample of a voltage at the first end of the serpentine transmission line then going to step h), and if the sample time reference voltage and the voltage charge on the timing capacitor are not substantially equal then going to step g) g) determining whether the pulse has ended, wherein if the pulse has ended then returning to step a), and if the pulse has not ended then returning to step f); h) determining whether the sampled voltage at the first end of the serpentine transmission line is less than the voltage amplitude of the pulse, wherein if not less than the voltage amplitude of the pulse then returning to step a), and if less than the voltage amplitude of the pulse then going to step i); and i) converting the stored sample time reference value to a location area on the substrate, then returning to step a).
A method by which a flowable starting product is clarified of solids F by means of a self-emptying centrifuge - which has a rotatable drum having an intake, having at least one liquid outlet and having discontinuously openable and closable outlet openings for solid matter F and having a control unit - in a continuous operation in a centrifugal field in the rotating drum, wherein continuous discharge of at least a clarified liquid phase - a clear phase - takes place with the aid of a controllable piston slide valve and wherein discontinuous discharge of the solids - referred to as emptying of solids - from a solids collection chamber of the drum takes place repeatedly via the discontinuously openable and closable outlet openings for solid matter F, characterized by at least the following steps to be carried out during the respective solids emptying procedure: 100: initiating the respective emptying of solids from the drum of the centrifuge; 200: reducing the speed of the drum of the centrifuge; 300: opening the outlet openings and emptying the solids from the solids collection chamber of the drum whilst the speed of the drum is reduced, wherein the emptying procedure in step 300 takes place with the aid of the controllable piston slide valve, by means of which the outlet openings are opened at the start of the solids emptying procedure; 400: closing the outlet openings with the aid of the controllable piston slide valve at the end of the respective solids emptying procedure and terminating the emptying of the solids from the drum. 100: initiating the respective emptying of solids from the drum of the centrifuge; 200: reducing the speed of the drum of the centrifuge; 300: opening the outlet openings and emptying the solids from the solids collection chamber of the drum whilst the speed of the drum is reduced, wherein the emptying procedure in step 300 takes place with the aid of the controllable piston slide valve, by means of which the outlet openings are opened at the start of the solids emptying procedure; 400: closing the outlet openings with the aid of the controllable piston slide valve at the end of the respective solids emptying procedure and terminating the emptying of the solids from the drum.