mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a monitoring system comprising steps of: monitoring Session Initiation Protocol, SIP, registration messages; determining and storing in a log Internet Protocol, IP, addresses of Proxy-Call Session Control Functions, P-CSCFs, based on the monitoring of the SIP registration messages, wherein P-CSCF addresses are determined from any SIP registration messages having cipher or encryption keys therein; monitoring SIP INVITE messages; and for a specific call associated with a SIP INVITE message, determining a direction of the specific call based on a comparison of source and destination IP address in the SIP INVITE messages with the stored IP addresses of the P-CSCFs in the log, the comparison determining whether the destination IP address and/or IP source address match one of the stored addresses of the P-CSCFs, wherein when the destination address matches one of the stored addresses, the specific call is a terminating call, and wherein when the source address matches one of the stored addresses, the specific call is an originating call. monitoring Session Initiation Protocol, SIP, registration messages; determining and storing in a log Internet Protocol, IP, addresses of Proxy-Call Session Control Functions, P-CSCFs, based on the monitoring of the SIP registration messages, wherein P-CSCF addresses are determined from any SIP registration messages having cipher or encryption keys therein; monitoring SIP INVITE messages; and for a specific call associated with a SIP INVITE message, determining a direction of the specific call based on a comparison of source and destination IP address in the SIP INVITE messages with the stored IP addresses of the P-CSCFs in the log, the comparison determining whether the destination IP address and/or IP source address match one of the stored addresses of the P-CSCFs, wherein when the destination address matches one of the stored addresses, the specific call is a terminating call, and wherein when the source address matches one of the stored addresses, the specific call is an originating call.
An induction hob with boiling detection and induction power control at least comprising: - two induction heating zones (1100, 1200); - a temperature sensor associated to a heating zone (1100, 1200); - a micro-electromechanical system as acceleration detector; - an induction generator; - a controller, wherein the controller is connected to the induction generator, the micro-electromechanical system and the at least a temperature sensor; and - the controller is adapted to identify the presence of a boiling substance on at least one of the heating zones (1100, 1200) based on the temperature sensor and the micro-electromechanical system detecting audible sound vibrations emitted during a normal heating operation by at least independently evaluating a peak sound level and a flat slope sound level, wherein the evaluation is only started once a cooking zone has reached a certain temperature; and is adapted to control the power supplied to the identified heating zone (1100, 1200). - two induction heating zones (1100, 1200); - a temperature sensor associated to a heating zone (1100, 1200); - a micro-electromechanical system as acceleration detector; - an induction generator; - a controller, wherein the controller is connected to the induction generator, the micro-electromechanical system and the at least a temperature sensor; and - the controller is adapted to identify the presence of a boiling substance on at least one of the heating zones (1100, 1200) based on the temperature sensor and the micro-electromechanical system detecting audible sound vibrations emitted during a normal heating operation by at least independently evaluating a peak sound level and a flat slope sound level, wherein the evaluation is only started once a cooking zone has reached a certain temperature; and is adapted to control the power supplied to the identified heating zone (1100, 1200).
A non-transitory computer readable medium embodied with programming code executable by a processor, and the processor when executing the programming code is operable to perform functions, including functions to: receive information related to ingestion of a meal, wherein the information includes a coarse indication of a size of the meal, a relative time of ingestion of the meal, and a general composition indication of the meal; identify a blood glucose measurement value that was received within a predetermined time range of the relative time of ingestion of the meal; select a meal model from a plurality of meal models; determine a setting for a delay parameter based on the received relative time of ingestion of the meal; determine a setting for an extend parameter based on the received general composition indication of the meal; determine a setting for a delivery constraint based on the received coarse indication of the size of the meal; modify the selected meal model using the determined setting for the delay parameter, the determined setting for the extend parameter, and the determined setting for the delivery constraint; using the modified, selected meal model, determine a dose of insulin to be delivered in response to the received information; and output an instruction for delivery to a drug delivery device, wherein the outputted instruction indicates a determined dose of insulin to be delivered. receive information related to ingestion of a meal, wherein the information includes a coarse indication of a size of the meal, a relative time of ingestion of the meal, and a general composition indication of the meal; identify a blood glucose measurement value that was received within a predetermined time range of the relative time of ingestion of the meal; select a meal model from a plurality of meal models; determine a setting for a delay parameter based on the received relative time of ingestion of the meal; determine a setting for an extend parameter based on the received general composition indication of the meal; determine a setting for a delivery constraint based on the received coarse indication of the size of the meal; modify the selected meal model using the determined setting for the delay parameter, the determined setting for the extend parameter, and the determined setting for the delivery constraint; using the modified, selected meal model, determine a dose of insulin to be delivered in response to the received information; and output an instruction for delivery to a drug delivery device, wherein the outputted instruction indicates a determined dose of insulin to be delivered.
Optical lens for a camera comprising an ambient light sensing die (22, 32) integrated into the optical lens and fully encapsulated inside the optical lens, wherein the shape of the optical lens is extended compared to a spherical optical lens such that the optical lens is elongated in order to allow for an ambient light sensing die (22, 32) placement without causing any blocking or distortion of the optical lens and wherein the shape of the optical lens and the placement of the ambient light sensing die (22, 32) is compensated for the change in shape compared to a spherical optical lens thus allowing for correct focal length parameters.
Method for collecting elongated products, in particular shaped metal section bars and/or straight bars, characterized in that it comprises the steps of: a). arranging a first storage device below a processing machine for receiving said products from said machine in a longitudinal direction on a respective storage surface, said first storage device being movable according to a transferring motion on a transfer path along a transverse direction on guiding means at least between an unloading station and a loading station, below said machine, said transfer path comprising a passage station for the transit of said storage device; b). arranging a second storage device in a position spaced from said loading station along said transverse direction, said second storage device also being movable according to said transferring motion, independently of said first storage device; the method being characterized by c). actuating said second storage device from said spaced station to said passage station, at the end of the loading step of said first storage device; d). actuating said second storage device or said first storage device in a lifting motion by means of a moving assembly towards a lifting station, superimposed and lifted with respect to said passage station; e). positioning said second storage device in said passage station to start a new loading cycle to service said machine. a). arranging a first storage device below a processing machine for receiving said products from said machine in a longitudinal direction on a respective storage surface, said first storage device being movable according to a transferring motion on a transfer path along a transverse direction on guiding means at least between an unloading station and a loading station, below said machine, said transfer path comprising a passage station for the transit of said storage device; b). arranging a second storage device in a position spaced from said loading station along said transverse direction, said second storage device also being movable according to said transferring motion, independently of said first storage device; the method being characterized by c). actuating said second storage device from said spaced station to said passage station, at the end of the loading step of said first storage device; d). actuating said second storage device or said first storage device in a lifting motion by means of a moving assembly towards a lifting station, superimposed and lifted with respect to said passage station; e). positioning said second storage device in said passage station to start a new loading cycle to service said machine.
A method for adapting movements issued from an input device comprising at least one of a mouse (4120, 4220), trackpad, and touchscreen for scrolling within a graphical user interface, the method comprising, using at least one machine that is communicably coupled to the input device, and under operation of a processor, the steps of: analyzing a first set of movements that are output from the input device; moving a pointer (4150, 4250) within the graphical user interface according to the first set of movements when said first set of movements do not satisfy a defined spiral or circular movement pattern; scrolling (4130, 4230) within the graphical user interface according to a second set of movements that are output from the input device after the first set of movements when the first set of movements satisfies the defined spiral or circular movement pattern and continuing to scroll until the second set of movements deviates from the defined spiral or circular movement pattern; and modifying a scroll amount (4315, 4325, 4335) of said scrolling based on a radius of the second set of movements, wherein the modified scroll amount is larger for a larger radius of the second set of movements and wherein the modified scroll amount is smaller for a smaller radius of the second set of movements. analyzing a first set of movements that are output from the input device; moving a pointer (4150, 4250) within the graphical user interface according to the first set of movements when said first set of movements do not satisfy a defined spiral or circular movement pattern; scrolling (4130, 4230) within the graphical user interface according to a second set of movements that are output from the input device after the first set of movements when the first set of movements satisfies the defined spiral or circular movement pattern and continuing to scroll until the second set of movements deviates from the defined spiral or circular movement pattern; and modifying a scroll amount (4315, 4325, 4335) of said scrolling based on a radius of the second set of movements, wherein the modified scroll amount is larger for a larger radius of the second set of movements and wherein the modified scroll amount is smaller for a smaller radius of the second set of movements.
Device for detecting surface topographies, having an optical microscope configured for detecting a topography of a surface of a sample in the direction of a vertical coordinate (z) in a temporal sequence of individual measurements by microscopy and having a sample holder for holding the sample, wherein the microscope is configured for carrying out structured illumination microscopy, wherein an optical reference sensor (30, 31) is present, configured for measuring changes in a vertical distance between the microscope and the sample holder, wherein the reference sensor and the microscope have a common objective, wherein a control and evaluation unit is present for processing measurement data of the microscope and of the reference sensor (30, 31), wherein the control and evaluation unit is configured for subsequently correcting a measured topography of a surface of a sample with the aid of measurement data of the reference sensor (30, 31) and wherein the control and evaluation unit is configured for correcting a measured surface topography by virtue of the changes in the vertical distance, measured by the reference sensor (30, 31) for a respective measurement time of the measurement of the surface topography, being subtracted from the measured surface topography data.
A terminal apparatus comprising: a display; a camera configured to photograph a real space containing a marker (11, 11b, 11h, 11m, 11s) and to obtain a photographed image (110a, 110b, 110c, 110d); a display control unit configured to cause the display to display the photographed image (110a, 110b, 110c, 110d) in which a plurality of display content items are superimposed, wherein the display content items have display positions being defined in relation to the marker (11, 11b, 11h, 11m, 11s); a state detection unit configured to detect a state of a user who observes the photographed image (110a, 110b, 110c, 110d), wherein the state detection unit is configured to recognize the marker (11, 11b, 11h, 11m, 11s) in the photographed image (110a, 110b, 110c, 110d), wherein the display positions of the display content items are different from the position of the marker (11, 11b, 11h, 11m, 11s) in the real space, and to detect a position of a point of view of the camera as the state of the user with the size and shape of the marker (11, 11b, 11h, 11m, 11s), the position being defined in the real space; wherein the display control unit is configured to rotate the display content items according to a movement of the position of the point of view to make each of the objects face the position of the point of view. a display; a camera configured to photograph a real space containing a marker (11, 11b, 11h, 11m, 11s) and to obtain a photographed image (110a, 110b, 110c, 110d); a display control unit configured to cause the display to display the photographed image (110a, 110b, 110c, 110d) in which a plurality of display content items are superimposed, wherein the display content items have display positions being defined in relation to the marker (11, 11b, 11h, 11m, 11s); a state detection unit configured to detect a state of a user who observes the photographed image (110a, 110b, 110c, 110d), wherein the state detection unit is configured to recognize the marker (11, 11b, 11h, 11m, 11s) in the photographed image (110a, 110b, 110c, 110d), wherein the display positions of the display content items are different from the position of the marker (11, 11b, 11h, 11m, 11s) in the real space, and to detect a position of a point of view of the camera as the state of the user with the size and shape of the marker (11, 11b, 11h, 11m, 11s), the position being defined in the real space; wherein the display control unit is configured to rotate the display content items according to a movement of the position of the point of view to make each of the objects face the position of the point of view.
A portable articulated arm coordinate measuring machine (AACMM) for measuring the coordinates of an object in space, comprising: a base; a manually positionable arm portion having an opposed first end and second end, the arm portion being rotationally coupled to the base, the arm portion including a plurality of connected arm segments (295, 595), each arm segment (295, 595) including at least one position transducer for producing a position signal; a probe end coupled to the first end, the probe end having a first accessory interface and a second accessory interface, the first accessory interface being positioned on an end of the probe end, the second accessory interface being positioned on a side of the probe end, the first accessory interface having a first latch, the second accessory interface having a second latch; a first accessory coupled to one of the first accessory interface or the second accessory interface, wherein the first accessory isconfigured to be removably coupled to both the first accessory interface and the second accessory interface; a first electronic circuit that receives the position signal from the at least one position transducer of each arm segment (295, 595) and provides data corresponding to a position of the first accessory; and wherein the first accessory interface and the second accessory interface are substantially identical. a base; a manually positionable arm portion having an opposed first end and second end, the arm portion being rotationally coupled to the base, the arm portion including a plurality of connected arm segments (295, 595), each arm segment (295, 595) including at least one position transducer for producing a position signal; a probe end coupled to the first end, the probe end having a first accessory interface and a second accessory interface, the first accessory interface being positioned on an end of the probe end, the second accessory interface being positioned on a side of the probe end, the first accessory interface having a first latch, the second accessory interface having a second latch; a first accessory coupled to one of the first accessory interface or the second accessory interface, wherein the first accessory isconfigured to be removably coupled to both the first accessory interface and the second accessory interface; a first electronic circuit that receives the position signal from the at least one position transducer of each arm segment (295, 595) and provides data corresponding to a position of the first accessory; and
A terminal structure for a covered electric wire which comprises a core wire and an insulating coating, comprising: a terminal portion including a tip of the covered electric wire which includes a projecting part of the core wire projected from an end of the insulating coating; a connection terminal having a contact piece and a crimp portion crimped to the terminal portion; and a mold resin of a hygroscopic reactive type covering and sealing the terminal portion of the covered electric wire and the crimp portion of the connection terminal, the crimp portion including a conductive crimp portion crimped to the projecting part of the core wire, the mold resin including: a first portion covering the conductive crimp portion and the tip of the covered electric wire; a second portion covering a part of the connection terminal which is provided further toward the contact piece than the tip of the covered electric wire; and a first step formed between the first portion and the second portion such that the height of the mold resin decreases from the first portion to the second portion, characterized in that a first recess formed in the second portion in the vicinity of the first step so as to recess from a surface of the second portion toward the connection terminal. a terminal portion including a tip of the covered electric wire which includes a projecting part of the core wire projected from an end of the insulating coating; a connection terminal having a contact piece and a crimp portion crimped to the terminal portion; and a mold resin of a hygroscopic reactive type covering and sealing the terminal portion of the covered electric wire and the crimp portion of the connection terminal, the crimp portion including a conductive crimp portion crimped to the projecting part of the core wire, the mold resin including: a first portion covering the conductive crimp portion and the tip of the covered electric wire; a second portion covering a part of the connection terminal which is provided further toward the contact piece than the tip of the covered electric wire; and a first step formed between the first portion and the second portion such that the height of the mold resin decreases from the first portion to the second portion, characterized in that a first recess formed in the second portion in the vicinity of the first step so as to recess from a surface of the second portion toward the connection terminal. a first portion covering the conductive crimp portion and the tip of the covered electric wire; a second portion covering a part of the connection terminal which is provided further toward the contact piece than the tip of the covered electric wire; and a first step formed between the first portion and the second portion such that the height of the mold resin decreases from the first portion to the second portion, characterized in that a first recess formed in the second portion in the vicinity of the first step so as to recess from a surface of the second portion toward the connection terminal.
A thermoplastic resin composition comprising: 100 parts by weight of a polycarbonate resin; 10 parts by weight to 40 parts by weight of a polyester resin; 0.1 parts by weight to 1 part by weight of a chain extender; 50 parts by weight to 80 parts by weight of glass fibers; 10 parts by weight to 25 parts by weight of a phosphorus flame retardant; and 1 part by weight to 7 parts by weight of a modified polyolefin, wherein the polyester resin and the chain extender are present in a weight ratio of 1:0.01 to 1:0.06, wherein the modified polyolefin comprises at least one of ethylene-methyl acrylate copolymer, ethylene-ethyl acrylate copolymer, and ethylene-butyl acrylate. 100 parts by weight of a polycarbonate resin; 10 parts by weight to 40 parts by weight of a polyester resin; 0.1 parts by weight to 1 part by weight of a chain extender; 50 parts by weight to 80 parts by weight of glass fibers; 10 parts by weight to 25 parts by weight of a phosphorus flame retardant; and 1 part by weight to 7 parts by weight of a modified polyolefin, wherein the polyester resin and the chain extender are present in a weight ratio of 1:0.01 to 1:0.06, wherein the modified polyolefin comprises at least one of ethylene-methyl acrylate copolymer, ethylene-ethyl acrylate copolymer, and ethylene-butyl acrylate.
Stacking storage arrangement comprising at least one container receiving space, a loading space arranged below the container receiving space, a frame assembly between the container receiving space and the loading space, and a stand at at least one corner of the container receiving space which is connected to the frame assembly by at least one connecting device (21, 33), characterized in that the connecting device (21, 33) bridges an angle between the frame assembly and the stand and abuts the frame assembly in a clamping manner, wherein the frame assembly comprises at least two beams (9, 10) having different thicknesses, wherein the connecting device (21, 33) comprises at least two different clamping areas adapted to the different thicknesses.