mhurhangee/patent-ind-claim-en huggingface dataset:
A network relay device for a wireless communication system, the network relay device comprising: a first transceiver configured to provide access to a base station in a first network using a first radio access technology, RAT; a second transceiver configured to provide a second network to at least one client device using a second RAT; and at least one processor configured to: obtain, from the at least one client device , a request for a low-latency service provided by the first network, wherein the at least one client device is provided the low-latency service by accessing the second network, transmit, to the at least one client device , at least one signal instructing the at least one client device to restrict entry into a power saving mode, PSM, in response to the request, access the base station in the first network using the first RAT, receive, from the base station , traffic of the low-latency service for the at least one client device , and transmit, to the at least one client device , the traffic. a first transceiver configured to provide access to a base station in a first network using a first radio access technology, RAT; a second transceiver configured to provide a second network to at least one client device using a second RAT; and at least one processor configured to: obtain, from the at least one client device , a request for a low-latency service provided by the first network, wherein the at least one client device is provided the low-latency service by accessing the second network, transmit, to the at least one client device , at least one signal instructing the at least one client device to restrict entry into a power saving mode, PSM, in response to the request, access the base station in the first network using the first RAT, receive, from the base station , traffic of the low-latency service for the at least one client device , and transmit, to the at least one client device , the traffic. obtain, from the at least one client device , a request for a low-latency service provided by the first network, wherein the at least one client device is provided the low-latency service by accessing the second network, transmit, to the at least one client device , at least one signal instructing the at least one client device to restrict entry into a power saving mode, PSM, in response to the request, access the base station in the first network using the first RAT, receive, from the base station , traffic of the low-latency service for the at least one client device , and transmit, to the at least one client device , the traffic.
A piston for use in an internal combustion engine, comprising: a body portion presenting an outer surface , a portion of said outer surface presenting a shape being not greater than 0.1 mm from a circular shape; and an abradable coating applied to said portion of said outer surface for rubbing against at least one other component of the internal combustion engine, and wherein said body portion of said piston includes a crown having at least one ring groove extending about a center axis and ring lands each disposed adjacent one of said ring grooves , and said abradable coating is applied to said outer surface along said ring lands , and/or wherein said body portion includes a crown , said body portion includes a pair of skirt sections spacing a pair of pin bosses from one another about a center axis and depending from said crown , and said abradable coating is applied to said outer surface along said skirt sections , characterized in that said abradable coating includes an aluminum-silicon alloy. a body portion presenting an outer surface , a portion of said outer surface presenting a shape being not greater than 0.1 mm from a circular shape; and an abradable coating applied to said portion of said outer surface for rubbing against at least one other component of the internal combustion engine, and wherein said body portion of said piston includes a crown having at least one ring groove extending about a center axis and ring lands each disposed adjacent one of said ring grooves , and said abradable coating is applied to said outer surface along said ring lands , and/or wherein said body portion includes a crown , said body portion includes a pair of skirt sections spacing a pair of pin bosses from one another about a center axis and depending from said crown , and said abradable coating is applied to said outer surface along said skirt sections , characterized in that said abradable coating includes an aluminum-silicon alloy.
An applicator for dispensing material, the applicator comprising: a syringe defining an inlet , an outlet , and a chamber extending from the inlet to the outlet; a piston disposed within the chamber; a plunger attached to the piston, wherein the piston is configured to move with the plunger through the chamber; an actuation mechanism configured to linearly translate the piston through the chamber so as to dispense material through the outlet; a sensor attached to the plunger, wherein the sensor is configured to sense a plurality of linear movements of the plunger; and characterized by a controller configured to adjust operation of the actuation mechanism based on an average of the plurality of linear movements sensed by the sensor such that the piston repeatedly dispenses a predetermined amount of the material from the outlet of the syringe over a plurality of dispense cycles. a syringe defining an inlet , an outlet , and a chamber extending from the inlet to the outlet; a piston disposed within the chamber; a plunger attached to the piston, wherein the piston is configured to move with the plunger through the chamber; an actuation mechanism configured to linearly translate the piston through the chamber so as to dispense material through the outlet; a piston disposed within the chamber; a plunger attached to the piston, wherein the piston is configured to move with the plunger through the chamber; an actuation mechanism configured to linearly translate the piston through the chamber so as to dispense material through the outlet; a sensor attached to the plunger, wherein the sensor is configured to sense a plurality of linear movements of the plunger; and characterized by a controller configured to adjust operation of the actuation mechanism based on an average of the plurality of linear movements sensed by the sensor such that the piston repeatedly dispenses a predetermined amount of the material from the outlet of the syringe over a plurality of dispense cycles.
A system comprising: a surveillance system that receives compressed video from a plurality of network video cameras; and a traffic control subsystem of the surveillance system further comprising: a first processor of the subsystem that monitors for and detects the number of I-frames per time period received from each of the plurality of video cameras; a second processor of the subsystem that compares the number of received I-frames with a threshold value and detects that one of the plurality of network cameras has exceeded the threshold value; and a third processor that sends a control message to the one of the plurality of network cameras adjusting a time interval of I-frames from the one camera based upon the comparison wherein exceeding the threshold includes detecting the concurrent arrival of I-frames and responding includes either resetting the I-frame transmission time of one or more of the video cameras or by adjusting a time interval of the I-frames from the camera. a surveillance system that receives compressed video from a plurality of network video cameras; and a traffic control subsystem of the surveillance system further comprising: a first processor of the subsystem that monitors for and detects the number of I-frames per time period received from each of the plurality of video cameras; a second processor of the subsystem that compares the number of received I-frames with a threshold value and detects that one of the plurality of network cameras has exceeded the threshold value; and a third processor that sends a control message to the one of the plurality of network cameras adjusting a time interval of I-frames from the one camera based upon the comparison wherein exceeding the threshold includes detecting the concurrent arrival of I-frames and responding includes either resetting the I-frame transmission time of one or more of the video cameras or by adjusting a time interval of the I-frames from the camera. a first processor of the subsystem that monitors for and detects the number of I-frames per time period received from each of the plurality of video cameras; a second processor of the subsystem that compares the number of received I-frames with a threshold value and detects that one of the plurality of network cameras has exceeded the threshold value; and a third processor that sends a control message to the one of the plurality of network cameras adjusting a time interval of I-frames from the one camera based upon the comparison wherein exceeding the threshold includes detecting the concurrent arrival of I-frames and responding includes either resetting the I-frame transmission time of one or more of the video cameras or by adjusting a time interval of the I-frames from the camera.
A method for storing data comprising: receiving user data from a user at a group of computational storage devices (144A-144n) that are interconnected through a network fabric ; sending, by a first storage device of the storage devices (144A-144n), a first write acknowledgment to the user to indicate that the first storage device received the user data ; performing, cooperatively by the storage devices (144A-144n), erasure coding the user data into redundancy blocks (RB1-RB6) at the group of storage devices (144A-144n); storing the redundancy blocks (RB1-RB6) on at least two of the storage devices (144A-144n), wherein the user partitions the user data between the storage devices (144A-144n) based on computations to be performed by the storage devices (144A-144n) on the user data , and wherein the redundancy blocks (RB 1-RB6) are grouped by the storage devices (144A-144n); and sending, by the first storage device , a second write acknowledgment to the user indicating that the user data has been stored and erasure coded. receiving user data from a user at a group of computational storage devices (144A-144n) that are interconnected through a network fabric ; sending, by a first storage device of the storage devices (144A-144n), a first write acknowledgment to the user to indicate that the first storage device received the user data ; performing, cooperatively by the storage devices (144A-144n), erasure coding the user data into redundancy blocks (RB1-RB6) at the group of storage devices (144A-144n); storing the redundancy blocks (RB1-RB6) on at least two of the storage devices (144A-144n), wherein the user partitions the user data between the storage devices (144A-144n) based on computations to be performed by the storage devices (144A-144n) on the user data , and wherein the redundancy blocks (RB 1-RB6) are grouped by the storage devices (144A-144n); and sending, by the first storage device , a second write acknowledgment to the user indicating that the user data has been stored and erasure coded.
A material moving system for an agricultural combine , the material moving system including an elevator configured to drive a plurality of slats in a looped path for conveying crop material, the slats including a connector web extending in a lengthwise direction of the slat between a first end and a second end and in a widthwise direction of the slat between a front side and a rear side of the slat , the connector web defining an outer surface and an inner surface , the slat further including a front wall extending outwardly from the outer surface of the connector web along the front side of the slat and a rear wall extending outwardly from the outer surface of the connector web along the rear side of the slat , the slat being characterized by : an outer rib extending outwardly from the outer surface of the connector web , the outer rib extending in the lengthwise direction between the first and second ends of the connector web and being spaced apart from the front and rear walls in the widthwise direction of the slat .
A method of replacing a fan case liner in a fan case , the method comprising applying heat to a portion of an exterior surface of a fan case to soften an adhesive layer bonding a first fan case liner panel to an inner surface of the fan case , removing the first fan case liner panel and adhesive residue from the fan case to produce an undisrupted inner surface of the fan case , and bonding a second fan case liner panel to the undisrupted inner surface of the fan case , wherein applying heat to the portion of the exterior of the fan case is performed on the portion of the fan case containing the first fan case liner panel .
A refrigerator comprising: a main body ; a first storage room formed in the main body, wherein a front part of the first storage room is opened; a door configured to open or close the opened front part of the first storage room ; a first evaporator installed in a back part of the first storage room ; a first evaporator cover configured to partition the first storage room into a storage area and a cool air generating area in which the first evaporator is disposed, wherein the first evaporator cover is configured to have two sides corresponding to the spaces in front of and behind of the first evaporator cover; a first flow path formed between the first evaporator and a back surface of the first storage room ; and a second flow path formed between the first evaporator and the first evaporator cover , and characterized in that at its both sides the first evaporator cover is coupled to a respective insulation member , for preventing dew formation on the first evaporator cover. a main body ; a first storage room formed in the main body, wherein a front part of the first storage room is opened; a door configured to open or close the opened front part of the first storage room ; a first evaporator installed in a back part of the first storage room ; a first evaporator cover configured to partition the first storage room into a storage area and a cool air generating area in which the first evaporator is disposed, wherein the first evaporator cover is configured to have two sides corresponding to the spaces in front of and behind of the first evaporator cover; a first flow path formed between the first evaporator and a back surface of the first storage room ; and a second flow path formed between the first evaporator and the first evaporator cover , and characterized in that at its both sides the first evaporator cover is coupled to a respective insulation member , for preventing dew formation on the first evaporator cover.
A track roller unit of an agricultural working machine, with a continuous track belt and a drive wheel for driving the track belt , wherein the drive wheel comprises the following: - a wheel disk , - a radially outer surface associated with the wheel disk , with a plurality of struts for mechanical engagement with the continuous track belt and which are separated from one another in the circumferential direction, wherein the wheel disk comprises at least a first wheel dish element and a second wheel dish element , wherein the first and the second wheel dish element respectively consists of a first flange extending in the radial direction from an axis of rotation of the drive wheel and a main body which is radially outwardly adjacent to the first flange and which widens conically in the axial direction , wherein the first flange and the main body are configured as a single piece, characterized in that the first and the second wheel dish elements are in the shape of two dishes which lie one inside the other, wherein in this regard, the second main body of the second wheel dish element faces the axis of rotation and therefore forms the radially inner main body , wherein the second main body extends in the axial direction over a longer distance than the radially outer first main body . - a wheel disk , - a radially outer surface associated with the wheel disk , with a plurality of struts for mechanical engagement with the continuous track belt and which are separated from one another in the circumferential direction, the wheel disk comprises at least a first wheel dish element and a second wheel dish element , wherein the first and the second wheel dish element respectively consists of a first flange extending in the radial direction from an axis of rotation of the drive wheel and a main body which is radially outwardly adjacent to the first flange and which widens conically in the axial direction , wherein the first flange and the main body are configured as a single piece, characterized in that the first and the second wheel dish elements are in the shape of two dishes which lie one inside the other, wherein in this regard, the second main body of the second wheel dish element faces the axis of rotation and therefore forms the radially inner main body , wherein the second main body extends in the axial direction over a longer distance than the radially outer first main body .
A method for labeling a prostate-specific membrane antigen (PSMA) ligand with a radioactive isotope selected from 68 Ga, 177 Lu, or 90 Y, said method comprising the steps of: (i) providing a reaction vial containing a predetermined amounts of a sodium-based buffering agent and said PSMA ligand, both in dried form; (ii) adding a solution of said radioactive isotope in a predetermined amount of HCl having a predetermined molarity to said reaction vial, thus obtaining a solution of said PSMA ligand and said radioactive isotope in said HCl; (iii) mixing the solution obtained in (ii) and then incubating it for a sufficient period of time, thus reacting said PSMA ligand with said radioactive isotope to thereby obtain said PSMA ligand labeled with said radioactive isotope, wherein at least 90% of said radioactive isotope in said solution is bound to said PSMA ligand; and (iv) optionally adjusting the pH of the solution in said reaction vial to a pH compatible with physiological conditions by adding a sodium-based buffering agent, wherein said PSMA ligand is of the general formula I: I R 1 -CO-R 2 -L-B-X wherein B is a chelating agent capable of coordinating with said radioactive isotope; X is absent or is of the formula -L'-R 2 '-CO- R 1 '; L and L' each independently is absent or a linker; R 1 and R 1 ', if present, each is a glutamic acid residue linked via the amino group thereof to the adjacent -CO- group; and R 2 and R 2 ', if present, each is a glutamic acid residue or a lysine residue linked via an amino group thereof to the adjacent -CO- group. (i) providing a reaction vial containing a predetermined amounts of a sodium-based buffering agent and said PSMA ligand, both in dried form; (ii) adding a solution of said radioactive isotope in a predetermined amount of HCl having a predetermined molarity to said reaction vial, thus obtaining a solution of said PSMA ligand and said radioactive isotope in said HCl; (iii) mixing the solution obtained in (ii) and then incubating it for a sufficient period of time, thus reacting said PSMA ligand with said radioactive isotope to thereby obtain said PSMA ligand labeled with said radioactive isotope, wherein at least 90% of said radioactive isotope in said solution is bound to said PSMA ligand; and (iv) optionally adjusting the pH of the solution in said reaction vial to a pH compatible with physiological conditions by adding a sodium-based buffering agent, B is a chelating agent capable of coordinating with said radioactive isotope; X is absent or is of the formula -L'-R 2 '-CO- R 1 '; L and L' each independently is absent or a linker; R 1 and R 1 ', if present, each is a glutamic acid residue linked via the amino group thereof to the adjacent -CO- group; and R 2 and R 2 ', if present, each is a glutamic acid residue or a lysine residue linked via an amino group thereof to the adjacent -CO- group.
A system for outputting a visual representation of a brain of a patient, the system comprising: at least one sensor configured to generate sensor data representing a behavior of at least one region of the brain of the patient; a data storage storing mapping data that maps a prediction value to the at least one region of the brain, the prediction value being indicative of an effect on a behavior of the patient responsive to a treatment of the at least one region of the brain of the patient, the mapping data being indexed to a patient identifier; and at least one processing device configured to receive the sensor data from the at least one sensor, the at least one processing device configured to perform operations comprising: retrieving the mapping data indexed to the patient identifier; receiving , responsive to an application of a stimulation to the at least one region of the brain, sensor data representing behavior of at least one region of the brain; executing a model that updates, based on the sensor data, the prediction value for the at least one region of the brain; updating , responsive to executing the model, the mapping data by including the updated prediction value in the mapping data; and outputting , a visual representation of the updated mapping data comprising the updated prediction value. at least one sensor configured to generate sensor data representing a behavior of at least one region of the brain of the patient; a data storage storing mapping data that maps a prediction value to the at least one region of the brain, the prediction value being indicative of an effect on a behavior of the patient responsive to a treatment of the at least one region of the brain of the patient, the mapping data being indexed to a patient identifier; and at least one processing device configured to receive the sensor data from the at least one sensor, the at least one processing device configured to perform operations comprising: retrieving the mapping data indexed to the patient identifier; receiving , responsive to an application of a stimulation to the at least one region of the brain, sensor data representing behavior of at least one region of the brain; executing a model that updates, based on the sensor data, the prediction value for the at least one region of the brain; updating , responsive to executing the model, the mapping data by including the updated prediction value in the mapping data; and outputting , a visual representation of the updated mapping data comprising the updated prediction value. retrieving the mapping data indexed to the patient identifier; receiving , responsive to an application of a stimulation to the at least one region of the brain, sensor data representing behavior of at least one region of the brain; executing a model that updates, based on the sensor data, the prediction value for the at least one region of the brain; updating , responsive to executing the model, the mapping data by including the updated prediction value in the mapping data; and outputting , a visual representation of the updated mapping data comprising the updated prediction value.