mhurhangee/ep-ind-claims huggingface dataset:
A computerized method for authenticating user service requests from a social networking site, comprising: monitoring, at a server, data representing messages posted at a social networking server; storing, by the server, data representing a selected message and an originator of the selected message; transmitting, from the server, data representing a reply (202N+1) to the originator of the selected message for posting at the social networking server, the reply including data that causes transmission of a service request to the server when actuated; receiving, at the server, data representing the service request and a sender of the service request; characterised by: retrieving, by the server, data representing a user profile of the sender of the service request from the social networking server; comparing, by the server, one or more attributes of the user profile of the sender against one or more attributes of the stored data representing the originator of the selected message in order to verify the one or more attributes of the user profile; and processing, by the server, the service request from the sender if the one or more attributes of the user profile of the sender match the one or more attributes of the stored data representing the originator of the selected message. monitoring, at a server, data representing messages posted at a social networking server; storing, by the server, data representing a selected message and an originator of the selected message; transmitting, from the server, data representing a reply (202N+1) to the originator of the selected message for posting at the social networking server, the reply including data that causes transmission of a service request to the server when actuated; receiving, at the server, data representing the service request and a sender of the service request; characterised by: retrieving, by the server, data representing a user profile of the sender of the service request from the social networking server; comparing, by the server, one or more attributes of the user profile of the sender against one or more attributes of the stored data representing the originator of the selected message in order to verify the one or more attributes of the user profile; and processing, by the server, the service request from the sender if the one or more attributes of the user profile of the sender match the one or more attributes of the stored data representing the originator of the selected message. retrieving, by the server, data representing a user profile of the sender of the service request from the social networking server; comparing, by the server, one or more attributes of the user profile of the sender against one or more attributes of the stored data representing the originator of the selected message in order to verify the one or more attributes of the user profile; and processing, by the server, the service request from the sender if the one or more attributes of the user profile of the sender match the one or more attributes of the stored data representing the originator of the selected message.
A vehicle control method executed by a processor capable of executing a lane change of a subject vehicle comprising: acquiring surrounding information of the subject vehicle by a sensor provided in the subject vehicle; specifying an entry position located on a second lane adjacent to a first lane on which the subject vehicle travels in accordance with the surrounding information in front of the subject vehicle, the entry position indicating a position which the subject vehicle enters; specifying, among other vehicles, a front vehicle located in front of the entry position, a rear vehicle located behind the entry position, and a target vehicle located in front of the front vehicle; determining the travel state of each of the front vehicle, the rear vehicle, and the target vehicle; determining whether a space for the subject vehicle to enter is present at the entry position; when it is determined that no space is present at the entry position and that the front vehicle and the rear vehicle are stopped, setting a standby position of the subject vehicle on the first lane, moving the subject vehicle to the standby position, predicting, while keeping the subject vehicle waiting at the standby position, whether the front vehicle starts to travel, and starting to move the subject vehicle to the entry position when the front vehicle is predicted to start traveling. acquiring surrounding information of the subject vehicle by a sensor provided in the subject vehicle; specifying an entry position located on a second lane adjacent to a first lane on which the subject vehicle travels in accordance with the surrounding information in front of the subject vehicle, the entry position indicating a position which the subject vehicle enters; specifying, among other vehicles, a front vehicle located in front of the entry position, a rear vehicle located behind the entry position, and a target vehicle located in front of the front vehicle; determining the travel state of each of the front vehicle, the rear vehicle, and the target vehicle; determining whether a space for the subject vehicle to enter is present at the entry position; when it is determined that no space is present at the entry position and that the front vehicle and the rear vehicle are stopped, setting a standby position of the subject vehicle on the first lane, moving the subject vehicle to the standby position, predicting, while keeping the subject vehicle waiting at the standby position, whether the front vehicle starts to travel, and starting to move the subject vehicle to the entry position when the front vehicle is predicted to start traveling.
A composition for use in stimulating an immune response in a cancer bearing patient, or for use in stimulating an immune response in an individual at risk of developing cancer whereby said composition stimulates a CTL response to autologous tumor cells that may arise in said individual, said composition comprising a mixture of two or more different allogeneic tumor cells wherein at least one of said allogeneic tumor cells comprises tumor stem cells, each of which tumor cells natively secrete an immunosuppressive agent which is TGF-beta or PGE-2 and has been genetically modified to inhibit the expression or activity of said immunosuppressive agent, wherein the different cells in said mixture collectively express tumor associated antigens such that a spectrum of tumor-associated antigens representative of cancers of colon, breast, lung, prostate, pancreas, kidney, endometrium, cervix, ovary, thyroid, or other glandular tissue carcinomas or melanoma, cancer of the central nervous system or lymphoma is presented.
A placeholder for implantation in a human or animal body, the placeholder comprising: a first tubular body having a jacket surface with a plurality of openings for in-growth of adjacent tissue; at least a second tubular body (3', 3", 3"') having a jacket surface with a plurality of openings, the second tubular body being disposed at least partially inside the first tubular body and at least one spacer, wherein the second tubular body is spaced apart with the at least one spacer from the first tubular body, the at least one spacer is a connecting element configured to connect the first tubular body to the at least second tubular body and the at least one spacer is a retaining plate, characterized in that the retaining plates are connected to the tubular bodies by non-positive, bonded or positive connection. a first tubular body having a jacket surface with a plurality of openings for in-growth of adjacent tissue; at least a second tubular body (3', 3", 3"') having a jacket surface with a plurality of openings, the second tubular body being disposed at least partially inside the first tubular body and at least one spacer, wherein the second tubular body is spaced apart with the at least one spacer from the first tubular body, the at least one spacer is a connecting element configured to connect the first tubular body to the at least second tubular body and the at least one spacer is a retaining plate, characterized in that the retaining plates are connected to the tubular bodies by non-positive, bonded or positive connection.
High-voltage insulator having an insulating body which surrounds a high-voltage conductor, characterized in that the high-voltage insulator has a damping chamber which at least partially engages around the insulating body and is filled with an electrically insulating damping medium for damping an action of external mechanical force on the insulating body.
A method for reducing noise of a wind turbine, the method comprising: determining a wind speed at the wind turbine; determining, via a turbine controller, a nominal wind direction for producing rated power of the wind turbine; determining a pitch angle of at least one rotor blade of the wind turbine; determining a yaw offset for a nacelle of the wind turbine based on the wind speed and the pitch angle; and changing a yaw angle of the nacelle away from the nominal wind direction by the yaw offset when at least one of the wind speed or the pitch angle exceeds a predetermined threshold so as to reduce noise of the wind turbine and so as to limit excessive pitching and avoid an undesired associated noise increase. determining a wind speed at the wind turbine; determining, via a turbine controller, a nominal wind direction for producing rated power of the wind turbine; determining a pitch angle of at least one rotor blade of the wind turbine; determining a yaw offset for a nacelle of the wind turbine based on the wind speed and the pitch angle; and changing a yaw angle of the nacelle away from the nominal wind direction by the yaw offset when at least one of the wind speed or the pitch angle exceeds a predetermined threshold so as to reduce noise of the wind turbine and so as to limit excessive pitching and avoid an undesired associated noise increase.
A method of cancelling an interference of a terminal in a wireless communication system, the method comprising: storing a pre-configured constellation set; receiving a signal from a base station; identify a constellation among the pre-configured constellation set by selecting the constellation having a closest signal distribution with that of an interference target signal, the interference target signal being acquired by cancelling a serving signal from the received signal (S630, S660); acquiring interference signal information according to the identified constellation; and cancelling an interference signal from the received signal by using the acquired interference signal information. storing a pre-configured constellation set; receiving a signal from a base station; identify a constellation among the pre-configured constellation set by selecting the constellation having a closest signal distribution with that of an interference target signal, the interference target signal being acquired by cancelling a serving signal from the received signal (S630, S660); acquiring interference signal information according to the identified constellation; and cancelling an interference signal from the received signal by using the acquired interference signal information.
Method for characterising a data flow to be transferred over a network path of a network, said network path comprising at least one network device susceptible of network congestion, said method comprising the steps of - determining a footprint measure of said data flow, said footprint measure being indicative of a difference between the total amount of incoming data and the total amount of outgoing data in said at least one network device over a time interval having a duration of one or more time units, whereby said time unit is chosen to be the time needed for transferring all bytes of an individual data unit of the data flow with a link bandwidth of said at least one network device so that individual data units of the data flow are distinguishable at byte level by said at least one network device - classifying said data flow according to said footprint measure, - taking counteraction to avoid packet loss in accordance with the classified data flow by shaping the traffic over said network path at the level of individual data units, said traffic shaping comprising adapting said footprint measure in said at least one network device. - determining a footprint measure of said data flow, said footprint measure being indicative of a difference between the total amount of incoming data and the total amount of outgoing data in said at least one network device over a time interval having a duration of one or more time units, whereby said time unit is chosen to be the time needed for transferring all bytes of an individual data unit of the data flow with a link bandwidth of said at least one network device so that individual data units of the data flow are distinguishable at byte level by said at least one network device - classifying said data flow according to said footprint measure, - taking counteraction to avoid packet loss in accordance with the classified data flow by shaping the traffic over said network path at the level of individual data units, said traffic shaping comprising adapting said footprint measure in said at least one network device.
An optical termination assembly comprising an optical termination box, a drop cable and an adapter, said drop cable having: a first pre-connectorized end housed in a first compartment of said optical termination box and a free end opposite to said first end and exiting said optical termination box, said optical termination box comprising: at least one first fixing element accessible from the outside suitable for fixing said optical termination box to a support structure via said adapter, said adapter being suitable for being fixed to said support structure, and a second compartment suitable for housing an extra-length of said drop cable, and wherein said adapter has at least one second fixing element configured to engage with said at least one first fixing element for fixing said optical termination box to said adapter so that said adapter closes said second compartment. a first pre-connectorized end housed in a first compartment of said optical termination box and a free end opposite to said first end and exiting said optical termination box, at least one first fixing element accessible from the outside suitable for fixing said optical termination box to a support structure via said adapter, said adapter being suitable for being fixed to said support structure, and a second compartment suitable for housing an extra-length of said drop cable,
A portable terminal, comprising: a reception unit that is configured to receive a beacon signal transmitted from each of a plurality of reproduction apparatuses; a detection unit that is configured to detect an unconnected apparatus from the plurality of reproduction apparatuses on a basis of the received beacon signal, the unconnected apparatus being not communicably connected to a WLAN access point; a transmission unit that is configured to transmit setting information for communicably connecting to the WLAN access point to the detected unconnected apparatus; wherein the detection unit is configured to detect, as the unconnected apparatus, each of reproduction apparatuses in the plurality of reproduction apparatuses, each of the reproduction apparatuses having transmitted the received beacon signal; and further comprising: a second communication unit that is communicably connected to the WLAN access point; and the portable terminal being characterised in that it further comprises: a request unit that is configured to request restriction of transmission of the beacon signal to a connected apparatus in the plurality of reproduction apparatuses via the second communication unit and the WLAN access point, the connected apparatus being communicably connected to the WLAN access point. a reception unit that is configured to receive a beacon signal transmitted from each of a plurality of reproduction apparatuses; a detection unit that is configured to detect an unconnected apparatus from the plurality of reproduction apparatuses on a basis of the received beacon signal, the unconnected apparatus being not communicably connected to a WLAN access point; a transmission unit that is configured to transmit setting information for communicably connecting to the WLAN access point to the detected unconnected apparatus; a second communication unit that is communicably connected to the WLAN access point; and the portable terminal being characterised in that it further comprises: a request unit that is configured to request restriction of transmission of the beacon signal to a connected apparatus in the plurality of reproduction apparatuses via the second communication unit and the WLAN access point, the connected apparatus being communicably connected to the WLAN access point.
An electrochemical battery comprising a casing housing secondary electrochemical cells arranged to deliver selected electrical characteristics, and fan means suitable for delivering a flow of air in said casing, said casing having at least one air inlet opening and at least one air outlet opening, the battery being characterized in that said casing presents a surface of revolution around an axis of revolution, in that said fan means are received in a central portion of said casing substantially on said axis of revolution, and in that said cells are housed in said casing around the periphery of said fan means in such a manner as to be swept by the flow of air the fan means generate between said air inlet and outlet openings (4, 5), and in that said casing has at least two part-annular compartments defined by lateral walls, of which at least one has openings giving the flow of air access to said central portion, said compartments receiving said cells.
A lubricant system having a seal with a lubricant delivery chamber for receiving a lubricant and a sealing surface sealing against a rotatable shaft, the rotatable shaft having a hollow interior and an opening in registration with the delivery chamber, wherein the lubricant system has a lubricant pump in fluidical communication with and downstream of the opening, characterised in that the hollow shaft has an internal hollow lubricant transfer coupling rotatable with the shaft having one or more apertures in registration with the opening or openings in the shaft and which transfers the lubricant between the opening in the shaft and the lubricant pump.
A method for complete deglycosylation of an IgG antibody comprising incubating the antibody with a polypeptide comprising (a) the amino acid sequence of SEQ ID NO: 1; (b) a variant thereof having at least 95% identity to the amino acid sequence of SEQ ID NO: 1 over at least 810 contiguous amino acids of SEQ ID NO: 1 and having the endoglycosidase activity of a polypeptide consisting of the amino acid sequence of SEQ ID NO: 1. (a) the amino acid sequence of SEQ ID NO: 1; (b) a variant thereof having at least 95% identity to the amino acid sequence of SEQ ID NO: 1 over at least 810 contiguous amino acids of SEQ ID NO: 1 and having the endoglycosidase activity of a polypeptide consisting of the amino acid sequence of SEQ ID NO: 1.
A placement tool movable in the direction of a z-axis perpendicular to a substrate comprising: a) a receptacle for a holding element for a semiconductor device, which is mounted rotatably about the z-axis on the placement tool and comprises an insulating body made of heat-insulating material, b) a drive for the mount by means of which the mount can be rotated about the z-axis, c) a supply for a cooling fluid, by means of which the receptacle for the holding element can be cooled, characterized in that d) the holding element is designed to be exchangeable, said holding member comprising a heating element. a) a receptacle for a holding element for a semiconductor device, which is mounted rotatably about the z-axis on the placement tool and comprises an insulating body made of heat-insulating material, b) a drive for the mount by means of which the mount can be rotated about the z-axis, c) a supply for a cooling fluid, by means of which the receptacle for the holding element can be cooled, characterized in that d) the holding element is designed to be exchangeable, said holding member comprising a heating element.
A process for producing graphene, characterised by the step of: introducing a solution of a metal alkoxide in a solvent into a decomposition apparatus, wherein the step of introducing the solution includes creating droplets comprising a spray or mist or aerosol of the metal alkoxide solution, wherein the decomposition apparatus includes a first region having a sufficiently high temperature to cause thermal decomposition of the metal alkoxide, to produce graphene, and wherein the droplets are created in, or introduced to, a flow of gas. introducing a solution of a metal alkoxide in a solvent into a decomposition apparatus, wherein the step of introducing the solution includes creating droplets comprising a spray or mist or aerosol of the metal alkoxide solution, wherein the decomposition apparatus includes a first region having a sufficiently high temperature to cause thermal decomposition of the metal alkoxide, to produce graphene, and wherein the droplets are created in, or introduced to, a flow of gas.
Imaging method for controlling for the presence, at a surface of an object such as a wafer, of structures (70a, 70b, 70c) enclosed in said object such as vias, utilizing an imaging sensor, optical imaging means capable of producing on said imaging sensor an image (73, 74) of the object and said structures (70a, 70b, 70c) in a field of view, and illuminating means for generating a first and a second illuminating beam (25, 30) and lighting said field of view in reflection, said illuminating beams being incident in the field of view along an axis of illumination substantially parallel to the optical axis of the imaging means, characterized in that it comprises steps of: - acquiring a first image of the object by illuminating said object with the first illuminating beam the spectral content of which is suited to the nature of the object so that the light of said first beam is capable essentially of penetrating into said object, where reflected or diffused light constitutes the first image, - acquiring a second image of the object by illuminating said object with the second illuminating beam the spectral content of which is suited to the nature of the object so that the light of said second beam is essentially reflected by the surface of the object, where reflected or diffused light constitutes the second image, and - comparing said first and second images (73, 74) so as to identify structures that appear in the first image but not in the second image. - acquiring a first image of the object by illuminating said object with the first illuminating beam the spectral content of which is suited to the nature of the object so that the light of said first beam is capable essentially of penetrating into said object, where reflected or diffused light constitutes the first image, - acquiring a second image of the object by illuminating said object with the second illuminating beam the spectral content of which is suited to the nature of the object so that the light of said second beam is essentially reflected by the surface of the object, where reflected or diffused light constitutes the second image, and - comparing said first and second images (73, 74) so as to identify structures that appear in the first image but not in the second image.