mhurhangee/ep-ind-claims huggingface dataset:
A communication device comprising: a communication unit (2057, 2077) configured to perform wireless communication with a base station; an acquisition unit configured to acquire information regarding communication quality of the wireless communication targeting a period in which a reference signal is transmitted by the base station on a basis of the reference signal that is discontinuously transmitted; and a control unit configured to control the wireless communication with the base station on a basis of the acquired information regarding the communication quality, wherein the control unit is configured to disconnect or reestablish the wireless communication with the base station in a case in which a period indicating that the communication quality is equal to or less than a threshold exceeds a predetermined time, and wherein setting of a first timer for measuring the predetermined time is different from setting of a second timer in a communication scheme of consecutively transmitting the reference signal, wherein the second timer is a radio link failure, RLF, timer set with radio resource control, RRC. a communication unit (2057, 2077) configured to perform wireless communication with a base station; an acquisition unit configured to acquire information regarding communication quality of the wireless communication targeting a period in which a reference signal is transmitted by the base station on a basis of the reference signal that is discontinuously transmitted; and a control unit configured to control the wireless communication with the base station on a basis of the acquired information regarding the communication quality, wherein the control unit is configured to disconnect or reestablish the wireless communication with the base station in a case in which a period indicating that the communication quality is equal to or less than a threshold exceeds a predetermined time, and wherein setting of a first timer for measuring the predetermined time is different from setting of a second timer in a communication scheme of consecutively transmitting the reference signal, wherein the second timer is a radio link failure, RLF, timer set with radio resource control, RRC.
A stinger for communicating fluid between a fluid line and a downhole tool, the downhole tool disposed with tubing, the fluid line running through the tubing, the downhole tool having a tool bore for passage of tubing flow therethrough, the tool bore defining a tool port and an internal groove in an internal surface of the tool bore, the stinger comprising: a body having a proximal end and a distal end and defining a body bore for passage of the tubing flow therethrough between the proximal and distal ends, the body having a flow passage therein in communication with the fluid line, the body having a stinger port in an external surface of the body, the stinger port in communication with the flow passage, the body defining first and second external grooves (132, 134) on the external surface, the body being configured to insert at least partially into the tool bore of the downhole tool, the body bore being configured to communicate with the tool bore _for the passage of the tubing flow therethrough, the stinger port in the external surface being configured to be positioned in fluid communication with the tool port in the internal surface, wherein the stinger comprises a lock disposed on the external surface of the body, the lock having a dog being movable between the first and second external grooves (132, 134) and being shiftable between extended and retracted conditions, the dog moved to either of the first and second external grooves (132, 134) being shifted in the retracted condition, the dog moved between the first and second external grooves (132, 134) being shifted in the extended condition and being engageable in the internal groove in the tool bore. a body having a proximal end and a distal end and defining a body bore for passage of the tubing flow therethrough between the proximal and distal ends, the body having a flow passage therein in communication with the fluid line, the body having a stinger port in an external surface of the body, the stinger port in communication with the flow passage, the body defining first and second external grooves (132, 134) on the external surface, the body being configured to insert at least partially into the tool bore of the downhole tool, the body bore being configured to communicate with the tool bore _for the passage of the tubing flow therethrough, the stinger port in the external surface being configured to be positioned in fluid communication with the tool port in the internal surface, wherein the stinger comprises a lock disposed on the external surface of the body, the lock having a dog being movable between the first and second external grooves (132, 134) and being shiftable between extended and retracted conditions, the dog moved to either of the first and second external grooves (132, 134) being shifted in the retracted condition, the dog moved between the first and second external grooves (132, 134) being shifted in the extended condition and being engageable in the internal groove in the tool bore.
A refrigeration cycle apparatus comprising: a housing including a bottom member; a second elastic member disposed on the bottom member; a base disposed on the bottom member via the second elastic member; a first elastic member disposed on the base; a compressor disposed on the base via the first elastic member and configured to compress a refrigerant; an electric component fixed to the housing and configured to drive a motor for the compressor; a heat transfer plate fixed to the electric component; a refrigerant cooling pipe fixed to the heat transfer plate and causing the refrigerant to circulate therein; a refrigeration-cycle constituent component fixed to the base and causing the refrigerant to circulate; and a connecting pipe (71 to 77) connecting the refrigeration-cycle constituent component or the compressor and the refrigerant cooling pipe to each other and causing the refrigerant to circulate, wherein the connecting pipe includes a vibration transmission suppressing portion (72, 76) that suppresses vibration of the refrigeration-cycle constituent component or the compressor fixed to the base from being transmitted to the refrigerant cooling pipe. a housing including a bottom member; a second elastic member disposed on the bottom member; a base disposed on the bottom member via the second elastic member; a first elastic member disposed on the base; a compressor disposed on the base via the first elastic member and configured to compress a refrigerant; an electric component fixed to the housing and configured to drive a motor for the compressor; a heat transfer plate fixed to the electric component; a refrigerant cooling pipe fixed to the heat transfer plate and causing the refrigerant to circulate therein; a refrigeration-cycle constituent component fixed to the base and causing the refrigerant to circulate; and a connecting pipe (71 to 77) connecting the refrigeration-cycle constituent component or the compressor and the refrigerant cooling pipe to each other and causing the refrigerant to circulate, wherein the connecting pipe includes a vibration transmission suppressing portion (72, 76) that suppresses vibration of the refrigeration-cycle constituent component or the compressor fixed to the base from being transmitted to the refrigerant cooling pipe.
Spindle bearing for an isolation valve, comprising a housing neck as well as a cylindrical seal carrier which can be connected to the housing neck and has an opening for axially receiving a gate spindle wherein for positioning the seal carrier in the housing neck a bayonet connection is provided characterised in that the bayonet connection is configured in such a way that the seal carrier is fixable in at least two planes (6, 7) at a distance from one another in the housing neck and in that to form the bayonet connection the seal carrier has on its outer circumference at least one first outwardly protruding projection and at least one second outwardly protruding projection, wherein the projections (8, 9) are axially offset relative to each other in the axial direction and the housing neck has grooves and retaining plates (11, 12) assigned to the projections (8, 9).
Process for producing expanded plastic material moulded parts comprising the steps of - providing granules of expandable plastic material having an initial content of foaming agent, - transporting the granules into a pre-foamer by means of a transportation device, - pre-foaming the granules to pearls by a first thermal treatment within the pre-foamer, - filling the pearls into a form, in which the pearls by a second thermal treatment are formed to the plastic material moulded part, characterized in that the content of foaming agent of exhaust gas is determined by means of a detector (7a, 7b), wherein the exhaust gas is selected from gas which originates from the transportation device, and gas which originates from the pre-foamer. - providing granules of expandable plastic material having an initial content of foaming agent, - transporting the granules into a pre-foamer by means of a transportation device, - pre-foaming the granules to pearls by a first thermal treatment within the pre-foamer, - filling the pearls into a form, in which the pearls by a second thermal treatment are formed to the plastic material moulded part,
A method of determining information about a length of a timeout period, the timeout period representing a period of time, following a device of a first type (101, 102) in a wireless network sending an uplink message, after which the device of the first type is unable to receive a downlink message, the method comprising: obtaining first timing information indicating times at which historic uplink messages were sent by at least one device of the first type; obtaining second timing information indicating times at which historic downlink messages were sent to one or more of the at least one devices of the first type; obtaining success information indicating which of the historic downlink messages were successfully received by the one or more devices of the first type, thereby indicating successful historic downlink messages and unsuccessful historic downlink messages; and determining information about a length of the timeout period based on the first timing information, the second timing information and the success information. obtaining first timing information indicating times at which historic uplink messages were sent by at least one device of the first type; obtaining second timing information indicating times at which historic downlink messages were sent to one or more of the at least one devices of the first type; obtaining success information indicating which of the historic downlink messages were successfully received by the one or more devices of the first type, thereby indicating successful historic downlink messages and unsuccessful historic downlink messages; and determining information about a length of the timeout period based on the first timing information, the second timing information and the success information.
An X-ray apparatus comprising: a source configured to emit X-rays to an object; a detector configured to detect the X-rays that have been penetrated the object; an arm movably attached to a stand and configured to move the source and the detector, for obtaining a plurality of images of respective portions of the object; a controller configured to image a first portion of respective portions of the object, based on X-rays detected by the detector to obtain a first image of the plurality of images, control the arm to rotate, image a second portion of the respective portions, based on X-rays detected by the detector to obtain a second image of the plurality of images after the arm has rotated; and an image processor configured to generate the first image and the second image, CHARACTERIZED IN THAT the image processor is configured to adjust an enlargement ratio or reduction ratio of at least one among the first image and the second image based on a distance between the object and the detector, and generate a combination image by combining the first image and the second image. a source configured to emit X-rays to an object; a detector configured to detect the X-rays that have been penetrated the object; an arm movably attached to a stand and configured to move the source and the detector, for obtaining a plurality of images of respective portions of the object; a controller configured to image a first portion of respective portions of the object, based on X-rays detected by the detector to obtain a first image of the plurality of images, control the arm to rotate, image a second portion of the respective portions, based on X-rays detected by the detector to obtain a second image of the plurality of images after the arm has rotated; and an image processor configured to generate the first image and the second image, CHARACTERIZED IN THAT the image processor is configured to adjust an enlargement ratio or reduction ratio of at least one among the first image and the second image based on a distance between the object and the detector, and generate a combination image by combining the first image and the second image.
A backlight unit comprising: a cover bottom including a bottom surface and at least one inclined surface connected to an edge area of the bottom surface; a reflective unit including a first part disposed on the bottom surface, a second part connected to the first part and forming a first angle (θ1) with respect to the first part, and a third part connected to the second part and forming a second angle (θ2) with respect to the second part; and at least one light source configured to emit light and disposed on the reflective unit, wherein the reflective unit includes at least one light absorption pattern printed on at least a part of an area of the second part, light from the at least one light source being configured to be incident on the area of the second part. a cover bottom including a bottom surface and at least one inclined surface connected to an edge area of the bottom surface; a reflective unit including a first part disposed on the bottom surface, a second part connected to the first part and forming a first angle (θ1) with respect to the first part, and a third part connected to the second part and forming a second angle (θ2) with respect to the second part; and at least one light source configured to emit light and disposed on the reflective unit, wherein the reflective unit includes at least one light absorption pattern printed on at least a part of an area of the second part, light from the at least one light source being configured to be incident on the area of the second part.
A variable electric field balancing device that, comprising conductive capture elements (2,3) separated by an electrical insulator incorporated on a mast with earth connection, consists of a hollow assembly comprising an upper passive capture element, which acts as a capture electrode, and a lower passive capture element, which acts as a reception electrode, and both elements (2, 3) may have various geometric shapes on the outside, and an insulator element arranged between said upper and lower elements maintaining them separated from each other at a variable distance (d) dependent on the conductivity coefficient of the of the materials said elements (2 and 3) are composed of, and the geometry of which, of this insulator element is such that, in addition to internally separating the two elements, it externally covers the lower element like a skirt to the lower base thereof, preventing the impact of a lightning bolt on said lower element from being able to induce the generation of an upward leader, and is characterised in that it also has an expansion and compression valve that connects the outside to the inside of the hollow assembly and which expands in phases of passage of current and/or absorption of external induced surges, and is compressed at the end of the compensation of the electric field.
A neurogenic baroreflex sensitivity measurement device comprising: a pulse-wave-data acquiring unit that acquires pulse wave data of an artery; a normalized-pulse-volume calculating unit that calculates, on the basis of the pulse wave data, a normalized pulse volume obtained by dividing amplitude of an alternating-current component of a pulse wave by an average of a direct-current component of the pulse wave at the same time; a beat-interval acquiring unit that acquires a beat interval corresponding to the pulse wave data; a baroreflex-series detecting unit that detects a baroreflex series in which both of the normalized pulse volume and the beat interval continuously increase or decrease for three beats or more; and a neurogenic-baroreflex-sensitivity calculating unit that calculates, as neurogenic baroreflex sensitivity that is an index indicating a neurogenic baroreflex function, a slope of a regression line indicating a correlation between the normalized pulse volume and the beat interval in the baroreflex series. a pulse-wave-data acquiring unit that acquires pulse wave data of an artery; a normalized-pulse-volume calculating unit that calculates, on the basis of the pulse wave data, a normalized pulse volume obtained by dividing amplitude of an alternating-current component of a pulse wave by an average of a direct-current component of the pulse wave at the same time; a beat-interval acquiring unit that acquires a beat interval corresponding to the pulse wave data; a baroreflex-series detecting unit that detects a baroreflex series in which both of the normalized pulse volume and the beat interval continuously increase or decrease for three beats or more; and a neurogenic-baroreflex-sensitivity calculating unit that calculates, as neurogenic baroreflex sensitivity that is an index indicating a neurogenic baroreflex function, a slope of a regression line indicating a correlation between the normalized pulse volume and the beat interval in the baroreflex series.
A method of differentiating GLP-1 receptor bearing, IDX-1 expressing, non-insulin producing cells into insulin producing cells, comprising contacting the non-insulin producing cells in vitro with a growth factor selected from the group consisting of GLP-1, polypeptides that include one or more additional amino acids or substitutions at positions other than positions 7, 10, 12, 13 and 15 in the amino acid sequence of GLP-1 without appreciable loss of functional activity as compared to GLP-1 in terms of the ability to differentiate insulin producing cells from GLP-1 receptor-bearing, IDX-1 expressing, non-insulin producing cells, or fragments of GLP-1 having the amino acid sequence of one of SEQ ID NOS: 1 to 8, wherein the non-insulin producing cells are contacted with the growth factor for at least twenty-four hours.
An electrode assembly manufacturing method comprising: coating a conductive adhesive solution including a gas generation material on a metal plate material for an electrode tab (240, 260); forming a releasing film on the metal plate material for the electrode tab to cover the coated conductive adhesive solution; drying the conductive adhesive solution to be changed into a conductive adhesive part; slitting the metal plate material for the electrode tab to form a plurality of strips; cutting a plurality of strips to manufacture a plurality of electrode tab that the conductive adhesive part and the releasing film are stacked; removing the releasing film from the electrode tab (240, 260); and adhering the electrode tab (240, 260) from which the releasing film is removed to one surface of the electrode current collector (211, 221). coating a conductive adhesive solution including a gas generation material on a metal plate material for an electrode tab (240, 260); forming a releasing film on the metal plate material for the electrode tab to cover the coated conductive adhesive solution; drying the conductive adhesive solution to be changed into a conductive adhesive part; slitting the metal plate material for the electrode tab to form a plurality of strips; cutting a plurality of strips to manufacture a plurality of electrode tab that the conductive adhesive part and the releasing film are stacked; removing the releasing film from the electrode tab (240, 260); and adhering the electrode tab (240, 260) from which the releasing film is removed to one surface of the electrode current collector (211, 221).
Apparatus for controlling switching of video streams in real time, the apparatus configured to receive, over a wireless network, a preview stream of at least two different source video streams (60, 62), the apparatus further configured to receive an input command for selecting one of said at least two different source video streams and to transmit, over the wireless network, an instruction to a remote video stream switching apparatus identifying the selected one of said at least two different source video streams for transmission as a second, different output video stream from the remote video stream switching apparatus.
A method of verifying a user identity, the method comprising: receiving a user request of an operation related to a security property of a user requiring an identity verification of the user; obtaining a current local time at which the user request was received; determining if the user failed to gain identity verification in a predetermined duration prior to the current local time; obtaining a verification method in which the user failed to gain identity verification in a predetermined duration prior to the current local time, wherein obtaining the verification method comprises: obtaining a verification method list comprising multiple rows, wherein each row in the verification method list comprises at least one verification method, removing, from the verification method list, all verification methods in which the user identity is verified in the predetermined duration prior to the current local time, and obtaining the verification method in one row in a post-removal verification method list; and performing the identity verification on the user by using the verification method, in which the user failed to gain identity verification. receiving a user request of an operation related to a security property of a user requiring an identity verification of the user; obtaining a current local time at which the user request was received; determining if the user failed to gain identity verification in a predetermined duration prior to the current local time; obtaining a verification method in which the user failed to gain identity verification in a predetermined duration prior to the current local time, wherein obtaining the verification method comprises: obtaining a verification method list comprising multiple rows, wherein each row in the verification method list comprises at least one verification method, removing, from the verification method list, all verification methods in which the user identity is verified in the predetermined duration prior to the current local time, and obtaining the verification method in one row in a post-removal verification method list; and obtaining a verification method list comprising multiple rows, wherein each row in the verification method list comprises at least one verification method, removing, from the verification method list, all verification methods in which the user identity is verified in the predetermined duration prior to the current local time, and obtaining the verification method in one row in a post-removal verification method list; and performing the identity verification on the user by using the verification method, in which the user failed to gain identity verification.