mhurhangee/ep-ind-claims huggingface dataset:
A method for laser beam plastic welding, having the following steps: arranging a first mold part which substantially absorbs laser radiation on a receiving area, irradiating the first mold part using an electromagnetic radiation source, detecting the warming of the first mold part by means of a detector, generating an absorption profile of the first mold part, arranging a second mold part which is substantially transparent to laser radiation on the first mold part, and irradiating the two mold parts (3, 16) along the contour of a welding seam to be produced using a machining laser such that the energy input produced by the machining laser is controlled by a controller on the basis of the generated absorption profile of the first mold part. arranging a first mold part which substantially absorbs laser radiation on a receiving area, irradiating the first mold part using an electromagnetic radiation source, detecting the warming of the first mold part by means of a detector, generating an absorption profile of the first mold part, arranging a second mold part which is substantially transparent to laser radiation on the first mold part, and irradiating the two mold parts (3, 16) along the contour of a welding seam to be produced using a machining laser such that the energy input produced by the machining laser is controlled by a controller on the basis of the generated absorption profile of the first mold part.
A method in a first network element of a wireless communications network, the method comprising: receiving a first message (21-6, 22-6) from a mobility management entity "MME" (2108, 2208), the first message associated with causing a circuit switched fallback "CSFB" procedure to move a User Equipment "UE" (2102, 2202) from the first network element (2104, 2204) to a second network element (2106, 2206); determining that Packet Switched Handover "PS HO" is not available for the CSFB procedure because the UE has only one or more Local IP Access "LIPA" packet data network "PDN" connections at the first network element; and sending a second message (21-7b, 22-9b) to the UE in response to said determining, wherein the second message is a signaling message to trigger a Radio Resource Control "RRC" connection release with redirection to the second network element, where the signaling message to trigger the RRC connection release comprises one or more physical cell identities and associated system information if the second network element is a Global System for Mobile Enhanced Data Rates for Global System for Mobile Evolution Radio Access Network "GERAN" base station or Universal Mobile Telecommunications System Terrestrial Radio Access Network "UTRAN" base station, and the UE and the wireless communications network support "RRC connection release with redirection and Multi Cell System Information to GERAN/UTRAN", wherein the second network element is one of a GERAN base station and a UTRAN base station. receiving a first message (21-6, 22-6) from a mobility management entity "MME" (2108, 2208), the first message associated with causing a circuit switched fallback "CSFB" procedure to move a User Equipment "UE" (2102, 2202) from the first network element (2104, 2204) to a second network element (2106, 2206); determining that Packet Switched Handover "PS HO" is not available for the CSFB procedure because the UE has only one or more Local IP Access "LIPA" packet data network "PDN" connections at the first network element; and sending a second message (21-7b, 22-9b) to the UE in response to said determining, wherein the second message is a signaling message to trigger a Radio Resource Control "RRC" connection release with redirection to the second network element, where the signaling message to trigger the RRC connection release comprises one or more physical cell identities and associated system information if the second network element is a Global System for Mobile Enhanced Data Rates for Global System for Mobile Evolution Radio Access Network "GERAN" base station or Universal Mobile Telecommunications System Terrestrial Radio Access Network "UTRAN" base station, and the UE and the wireless communications network support "RRC connection release with redirection and Multi Cell System Information to GERAN/UTRAN", wherein the second network element is one of a GERAN base station and a UTRAN base station.
A computer-implemented method comprising: receiving, by a system configured to facilitate operation of a robot in an environment, a reference to an object located in the environment of the robot; accessing, by the system, mapping data that indicates, for each of a plurality of object instances, respective probabilities of the object instance being located at one or more locations in the environment, wherein the respective probabilities of the object instance being located at each of the one or more locations in the environment are based at least on an amount of time that has passed since a prior observation of the object instance was made; identifying, by the system and from among the plurality of object instances, one or more particular object instances that correspond to the referenced object; determining, by the system and based at least on the mapping data, the respective probabilities of the one or more particular object instances being located at the one or more locations in the environment; selecting, by the system and based at least on the respective probabilities of the one or more particular object instances being located at the one or more locations in the environment, a particular location in the environment where the referenced object is most likely located; and directing, by the system, the robot to navigate to the particular location. receiving, by a system configured to facilitate operation of a robot in an environment, a reference to an object located in the environment of the robot; accessing, by the system, mapping data that indicates, for each of a plurality of object instances, respective probabilities of the object instance being located at one or more locations in the environment, wherein the respective probabilities of the object instance being located at each of the one or more locations in the environment are based at least on an amount of time that has passed since a prior observation of the object instance was made; identifying, by the system and from among the plurality of object instances, one or more particular object instances that correspond to the referenced object; determining, by the system and based at least on the mapping data, the respective probabilities of the one or more particular object instances being located at the one or more locations in the environment; selecting, by the system and based at least on the respective probabilities of the one or more particular object instances being located at the one or more locations in the environment, a particular location in the environment where the referenced object is most likely located; and directing, by the system, the robot to navigate to the particular location.
A method for log file analysis based on a distributed computing network, wherein the method comprises: storing, by at least two web servers, user identifiers and related log information into a log file in each of the at least two web servers; downloading the at least two log files into a log analysis server; transmitting, by the log analysis server, each of the log files to a respective one of at least two nodes, wherein each of the at least two nodes executes the following operations: dividing the received log file into a plurality of files, wherein log information having a common user identifier is included in the same file; and sending the divided files to the log analysis server; combining, by the log analysis server, received files having the same user identifier into one target file; separately analyzing each target file according to its identifier to obtain analysis results using said two or more nodes; and combining, by the log analysis server, the analysis results of the nodes. storing, by at least two web servers, user identifiers and related log information into a log file in each of the at least two web servers; downloading the at least two log files into a log analysis server; transmitting, by the log analysis server, each of the log files to a respective one of at least two nodes, wherein each of the at least two nodes executes the following operations: dividing the received log file into a plurality of files, wherein log information having a common user identifier is included in the same file; and sending the divided files to the log analysis server; dividing the received log file into a plurality of files, wherein log information having a common user identifier is included in the same file; and sending the divided files to the log analysis server; combining, by the log analysis server, received files having the same user identifier into one target file; separately analyzing each target file according to its identifier to obtain analysis results using said two or more nodes; and combining, by the log analysis server, the analysis results of the nodes.
A microcapsule pigment involving a pigment and a medium in a shell which is obtainable by microencapsulating at least: a pigment; and a poorly water-soluble medium having a specific gravity of less than 1 at 20°C, wherein the poorly water-soluble medium is an aliphatic carboxylate ester, wherein the particle shape of the microcapsule pigment is spherical and is smooth or concave and convex on the surface; and a component constituting the shell is reduced in density toward the center. a pigment; and a poorly water-soluble medium having a specific gravity of less than 1 at 20°C, wherein the poorly water-soluble medium is an aliphatic carboxylate ester, wherein the particle shape of the microcapsule pigment is spherical and is smooth or concave and convex on the surface; and a component constituting the shell is reduced in density toward the center.
A system for a gas turbine engine for use in subsonic flight comprising: a gas generator case; a plenum circumscribed by the gas generator case; and a single skin combustor comprising a single skin liner (20a, 20b) defining a combustion chamber, the single skin liner (20a, 20b) having an inner surface exposed to the combustion chamber and an outer surface exposed to an open-channel flow of air in the plenum, the outer surface of the single skin liner (20a, 20b) being an outermost surface of the combustor, cooling holes extending through the single skin liner (20a, 20b), and characterised in that open flow guiding channels are provided on the outer surface of the single skin liner (20a, 20b), the open flow guiding channels being uncovered and aligned with the flow of air over the outer surface of the single skin liner (20a, 20b). a gas generator case; a plenum circumscribed by the gas generator case; and a single skin combustor comprising a single skin liner (20a, 20b) defining a combustion chamber, the single skin liner (20a, 20b) having an inner surface exposed to the combustion chamber and an outer surface exposed to an open-channel flow of air in the plenum, the outer surface of the single skin liner (20a, 20b) being an outermost surface of the combustor, cooling holes extending through the single skin liner (20a, 20b), and characterised in that open flow guiding channels are provided on the outer surface of the single skin liner (20a, 20b), the open flow guiding channels being uncovered and aligned with the flow of air over the outer surface of the single skin liner (20a, 20b).
A method of determining charge loss of a refrigeration system comprising: inputting a supply/return air temperature ( T SBAIR, T RBAIR), ambient temperature (T amb), a box temperature (T box) and a compressor speed ( rpm_comp) into an electronic controller of the refrigeration system; the method characterised by: calculating a real-time air side temperature difference ( dT a) across an evaporator based on the measured supply/return air temperature; calculating a first air side temperature difference across the evaporator by applying an algorithm having a first T-Map representative of normal operating conditions; confirming a detection prerequisite is satisfied; calculating a second air side temperature difference across the evaporator by applying the algorithm having a second T-Map representative of a loss of refrigerant charge; taking an action if the real-time air side temperature difference is less than the first air side temperature difference; and taking an action if the real-time air side temperature difference is less than the second air side temperature difference. inputting a supply/return air temperature ( T SBAIR, T RBAIR), ambient temperature (T amb), a box temperature (T box) and a compressor speed ( rpm_comp) into an electronic controller of the refrigeration system; the method characterised by: calculating a real-time air side temperature difference ( dT a) across an evaporator based on the measured supply/return air temperature; calculating a first air side temperature difference across the evaporator by applying an algorithm having a first T-Map representative of normal operating conditions; confirming a detection prerequisite is satisfied; calculating a second air side temperature difference across the evaporator by applying the algorithm having a second T-Map representative of a loss of refrigerant charge; taking an action if the real-time air side temperature difference is less than the first air side temperature difference; and taking an action if the real-time air side temperature difference is less than the second air side temperature difference. calculating a real-time air side temperature difference ( dT a) across an evaporator based on the measured supply/return air temperature; calculating a first air side temperature difference across the evaporator by applying an algorithm having a first T-Map representative of normal operating conditions; confirming a detection prerequisite is satisfied; calculating a second air side temperature difference across the evaporator by applying the algorithm having a second T-Map representative of a loss of refrigerant charge; taking an action if the real-time air side temperature difference is less than the first air side temperature difference; and taking an action if the real-time air side temperature difference is less than the second air side temperature difference.
Apparatus (1;1') for depositing edible mass, comprising an elongated trough with an inside chamber for the mass, a pump roller housed in a support channel at the bottom of the trough, as well as a row of deposit openings arranged along the bottom, which pump roller comprises a single, central shaft having a succession of disc-shaped rotors defining the outer periphery of the pump roller, and which rotors are formed as wave-shaped displacers arranged in a succession of arc-shaped channels in which the mass is transported towards the particular openings at the bottom, that a closure plate is arranged longitudinally in a groove in the channel and radially to the shaft, comprising a succession of notches into which the rotors engage, so that the plate is given a reciprocal movement by the rotation of the pump roller, characterized in, that the inside chamber extends as a vertical channel (16;23) with no restrictions from the open top of the trough and down to an upper part (17;24) of the pump roller periphery, which is being exposed directly to the major mass in the trough.
A syringe propellable by propellant that boils at a predetermined temperature, the syringe comprising: a barrel having an outlet at a front end; a stopper axially moveable in the barrel; wherein the stopper defines and separates a first chamber and a second chamber, the first chamber being axially forwards of the stopper and being configured for containing a medicament, and the second chamber being axially rearwards of the stopper and being configured to receive propellant for acting on the stopper to move the stopper axially forwardly in the barrel to expel medicament through the outlet upon actuation of the syringe; and a third chamber for containing propellant; wherein the syringe is configured such that, in use, upon actuation of the syringe, liquid propellant is released from the third chamber and boils outside of the third chamber at or above the predetermined temperature to provide an increasing vapour pressure in the second chamber that causes the stopper to move axially forwardly and begin to expel medicament from the first chamber through the outlet; characterised in that the syringe further comprises at least one trigger for triggering an action upon activation of said trigger, wherein the trigger is activated in response to the pressure in the second chamber satisfying a predetermined condition, the predetermined condition being the pressure in the second chamber exceeding or falling below a predetermined pressure; and in that the syringe further comprises a needle shield moveable between a first position in which a needle of the syringe is exposed and a second position in which the needle is substantially covered by the needle shield such that the needle is not exposed, wherein said action includes the movement of said needle shield between said first position and said second position; or in that the syringe forms part of an autoinjector device in which the syringe is moveable relative to a housing of the autoinjector device between a first position in which a needle of the syringe is within the housing and is not exposed and a second position in which the needle extends out of said housing, and wherein said action includes movement of said syringe between said first position and said second position; or in that the syringe has one or more indicators for signalling to the user that an injection sequence is at a particular stage, and wherein said action includes activating said one or more indicators to produce said signal. a barrel having an outlet at a front end; a stopper axially moveable in the barrel;
A fluid management system comprising: a pump configured for coupling to an endoscope to infuse fluid through the endoscope at a given flow rate; a sensor coupled to the pump that senses a flow impedance through the endoscope at the given flow rate a controller coupled to the sensor and programmed to compare the flow impedance to a predetermined flow impedance for the given flow rate to verify the identity of the a endoscope and a surgical instrument received therein. a pump configured for coupling to an endoscope to infuse fluid through the endoscope at a given flow rate; a sensor coupled to the pump that senses a flow impedance through the endoscope at the given flow rate a controller coupled to the sensor and programmed to compare the flow impedance to a predetermined flow impedance for the given flow rate to verify the identity of the a endoscope and a surgical instrument received therein.
Apparatus for dispensing coins, comprising a coin conveying device and a coin container, from which coins can be fed to the coin conveying device, and also a coin outlet for dispensing coins, further comprising an electric drive motor for driving the coin conveying device, wherein during driving of the coin conveying device coins are conveyed through the coin conveying device to the coin outlet and dispensed, - wherein at least one electronic enable component is provided for receiving at least one enable signal, wherein the at least one electronic enable component enables actuation of the electric drive motor for driving the coin conveying device only after the at least one enable signal is received, - wherein the electric drive motor has a motor printed circuit board to which a plurality of actuation lines for sending the at least one enable signal and for actuating the electric drive motor are connected, wherein the electric drive motor together with its motor printed circuit board is accommodated in an encapsulation (26, 30, 32), wherein the encapsulation (26, 30, 32) has a feedthrough through which the actuation lines are guided out of the encapsulation (26, 30, 32), and characterized - in that at least four actuation lines are provided, wherein, from amongst the at least four actuation lines, in each case two actuation lines are provided for transmitting the enable signal and two actuation lines are provided for transmitting an electrical supply voltage for the electric drive motor. - wherein at least one electronic enable component is provided for receiving at least one enable signal, wherein the at least one electronic enable component enables actuation of the electric drive motor for driving the coin conveying device only after the at least one enable signal is received, - wherein the electric drive motor has a motor printed circuit board to which a plurality of actuation lines for sending the at least one enable signal and for actuating the electric drive motor are connected, wherein the electric drive motor together with its motor printed circuit board is accommodated in an encapsulation (26, 30, 32), wherein the encapsulation (26, 30, 32) has a feedthrough through which the actuation lines are guided out of the encapsulation (26, 30, 32), and characterized - in that at least four actuation lines are provided, wherein, from amongst the at least four actuation lines, in each case two actuation lines are provided for transmitting the enable signal and two actuation lines are provided for transmitting an electrical supply voltage for the electric drive motor.
A glass article comprising: a glass plate having a contour shape having an upper edge and a lower edge; a functional film formed on at least one of principal surfaces of the glass plate; and a holder having a recessed portion into which the lower edge of the glass plate is fitted, wherein the functional film has a first coverage area and a second coverage area the second coverage area being formed in a manner to cover the principal surface extending from the upper edge toward the lower edge of the glass plate, the first coverage area being formed on a lower side of the second coverage area, along the lower edge, and a maximum film thickness of the first coverage area being smaller than a maximum film thickness of the second coverage area, the holder is provided on a lower edge side of the glass plate, within the first coverage area of functional film, via an adhesive in the recessed portion, and a difference between the maximum film thickness and a minimum film thickness of the first coverage area is smaller than a difference between the maximum film thickness and the minimum film thickness of the second coverage area. a glass plate having a contour shape having an upper edge and a lower edge; a functional film formed on at least one of principal surfaces of the glass plate; and a holder having a recessed portion into which the lower edge of the glass plate is fitted, wherein the functional film has a first coverage area and a second coverage area the second coverage area being formed in a manner to cover the principal surface extending from the upper edge toward the lower edge of the glass plate, the first coverage area being formed on a lower side of the second coverage area, along the lower edge, and a maximum film thickness of the first coverage area being smaller than a maximum film thickness of the second coverage area, the holder is provided on a lower edge side of the glass plate, within the first coverage area of functional film, via an adhesive in the recessed portion, and a difference between the maximum film thickness and a minimum film thickness of the first coverage area is smaller than a difference between the maximum film thickness and the minimum film thickness of the second coverage area.