mhurhangee/ep-ind-claims huggingface dataset:
A method of processing an incoming call to a subscriber of one or more services of a communication network for a phone of the subscriber and one or more services of a TV delivery system in communication with the network, comprising: receiving a message request from a calling party corresponding to the incoming call to the subscriber's phone; suspending the call in the network for a given duration so that ringing of the subscriber's phone due to the incoming call is suppressed; displaying caller identification information on a display of the TV delivery system to enable the subscriber to accept or ignore the call; wherein if the subscriber elects to accept the call, the method further comprises the step of: altering the message request in respect to information affecting alerting of the subscriber's phone, so as to generate a modified message request used for forwarding the message request, so that, while information of the calling party (320, 320') is displayed on the TV delivery system, alerting of the phone is modified. receiving a message request from a calling party corresponding to the incoming call to the subscriber's phone; suspending the call in the network for a given duration so that ringing of the subscriber's phone due to the incoming call is suppressed; displaying caller identification information on a display of the TV delivery system to enable the subscriber to accept or ignore the call; altering the message request in respect to information affecting alerting of the subscriber's phone, so as to generate a modified message request used for forwarding the message request, so that, while information of the calling party (320, 320') is displayed on the TV delivery system, alerting of the phone is modified.
Renovation packer for at least partially renovating elements and in particular pipes, having an elastic main body which can be expanded at least in sections by the application of a flowing medium, wherein the elastic main body extends in a predetermined longitudinal direction and wherein the main body has an outer surface which also extends in the longitudinal direction and which can preferably be brought into contact with the element to be renovated at least in a central region arranged in this longitudinal direction, characterized in that the renovation packer has an opening which extends at least in sections within the elastic main body in the longitudinal direction, wherein this opening being a through-opening which extends from a first end face of the main body to a second end face of the main body, and a tubular body which is a flexible body and forms the opening is arranged within the main body.
An atomizer, comprising a liquid storage assembly, an adjustment assembly detachably mounted at one end of the liquid storage assembly and an atomizing assembly mounted in the liquid storage assembly, an air intake passage being defined in the adjustment assembly, wherein the atomizing assembly comprises an atomizing head and an atomizing sleeve sleeved on an outside of the atomizing head, the atomizing head comprises an atomizing core, at least one air intake groove is axially defined in an outer surface of a sidewall of the atomizing core and communicates with the air intake passage, an air intake hole is defined at a lower end of each air intake groove and communicates with a corresponding air intake groove, external air enters into the air intake groove through the air intake passage and then enters into an inside of the atomizing core through the air intake hole; the atomizing core is defined with a slot, two opposite sides of the slot are openings, the atomizing head further comprises a liquid absorbing member and a heating member, the liquid absorbing member wraps on the heating member or the heating member wraps on the liquid absorbing member, the liquid absorbing member and the heating member are located in the slot; characterized in that the atomizing core comprises a core and an isolation member disposed at a lower end of an inner wall of the core, the slot is defined in the core, the isolation member protrudes in an axial direction to form a partition portion corresponding to the openings at the two opposite sides of the slot, a lower end of the liquid absorbing member abuts against the partition portion.
A message processing method performed by a transmit end device, comprising: receiving a first touch input performed on first message content, wherein the first touch input is a touch corresponding to a preset modifier; determining a first modification manner corresponding to the first touch input in response to the first touch input, and performing a first modification operation corresponding to the first modification manner on a marking area of the first touch input in the first message content to obtain modified second message content; and sending the second message content to a receive end device, wherein the sending the second message content to a receive end device comprises: in a case that the first message content is sent message content, determining a reading status of the receive end device on the first message content, the reading status comprises a read state and an unread state; determining indication information corresponding to the reading status based on the reading status; and sending the second message content and the indication information to the receive end device. receiving a first touch input performed on first message content, wherein the first touch input is a touch corresponding to a preset modifier; determining a first modification manner corresponding to the first touch input in response to the first touch input, and performing a first modification operation corresponding to the first modification manner on a marking area of the first touch input in the first message content to obtain modified second message content; and sending the second message content to a receive end device, wherein the sending the second message content to a receive end device comprises: in a case that the first message content is sent message content, determining a reading status of the receive end device on the first message content, the reading status comprises a read state and an unread state; determining indication information corresponding to the reading status based on the reading status; and sending the second message content and the indication information to the receive end device. in a case that the first message content is sent message content, determining a reading status of the receive end device on the first message content, the reading status comprises a read state and an unread state; determining indication information corresponding to the reading status based on the reading status; and sending the second message content and the indication information to the receive end device.
Reaction-joined ceramic components which consist of at least two structural elements which in the region of their surfaces to be joined consist of at least one dense material from the group of materials of nonoxidic ceramics and/or of at least one porous SiC material and the surfaces to be joined are in each case joined by material-to-material bonding to a dense material of the joining seam, which material consists of at least 30% by volume of silicon carbide and at least 8% by volume of silicon, and at least one of the structural elements has at least one hollow space which is not more than partly filled with silicon and/or a silicon alloy and joins the material of the joining seam or the silicon in the hollow space entirely or partly adjoins the material of the joining seam.
Method for producing a carnosic acid-rich plant extract, comprising extraction of a dried and comminuted carnosic acid-containing plant material with supercritical CO 2 at a pressure of at least 200 bar and a temperature of at most 100°C, characterized in that, in a first step, supercritical CO 2 is passed through the plant material in an amount of 10 to 50 kg of CO 2 per kg of plant material, giving a first CO 2 extract, in a second step, at the same pressure, further supercritical CO 2 is passed through the plant material, giving a second CO 2 extract, and a carnosic acid-rich plant extract is precipitated from the second CO 2 extract by lowering the pressure.
A thermal insulation composite panel for the thermal insulation of a window or door frame in an exterior building wall, comprising a first thermal insulation panel of a first thermal insulation material, which comprises a thermal insulation material based on polyurethane, polyisocyanurate, phenolic resin or aerogels, and a second thermal insulation panel of a second thermal insulation material, which comprises a thermal insulation material based on polystyrene, mineral wool, glass wool, stone wool, mineral foam or wood fibres, wherein each thermal insulation panel (4, 5) possesses two parallel surfaces, connected by way of side surfaces, wherein the two thermal insulation panels (4, 5) are arranged adjacent to one another and are connected to one another, such that the thermal insulation panels (4, 5) have adjacent side surfaces, characterised in that, the two thermal insulation panels (4, 5) are connected to one another by way of a mechanical connecting means in the region of their adjacent side surfaces, and/or the adjacent side surfaces of the two thermal insulation panels (4, 5) have an interlocking profile, and in this way effect a form fit, which is effective in a direction at right angles to the plane of the thermal insulation composite panel.
A computer-implemented method useful in the diagnosis of neurological disease, which comprises: (i) visually assessing a dopamine transporter radiopharmaceutical image in an equivalent region of: the left; and the right; of the striatum of the brain of a subject; (ii) calculating the ratio of the uptake in the equivalent left and right striatum region from step (i); (iii) comparing the ratio for said subject from step (ii) with a_database of such ratios, wherein said database contains such ratios for normal subjects; (iv) when the ratio from step (iii) is within the normal range, said subject is classified as having a normal presentation; (v) when the ratio from step (iii) is outside the normal range, the patient is classified as suffering from a neurological disease; with the proviso that said method excludes further analysis to carry out comparison with age-matched and gender-matched patients/controls. (i) visually assessing a dopamine transporter radiopharmaceutical image in an equivalent region of: the left; and the right; of the striatum of the brain of a subject; the left; and the right; (ii) calculating the ratio of the uptake in the equivalent left and right striatum region from step (i); (iii) comparing the ratio for said subject from step (ii) with a_database of such ratios, wherein said database contains such ratios for normal subjects; (iv) when the ratio from step (iii) is within the normal range, said subject is classified as having a normal presentation; (v) when the ratio from step (iii) is outside the normal range, the patient is classified as suffering from a neurological disease;
A printing process, which used to improve the printing quality problem of missing printing or missing coating due to uneven substrate surface, comprising steps of plate mounting, inking, substrate transport and imprinting, wherein before the print impression points of any selected printing station, a printing auxiliary agent is applied alone on the substrate to be imprinted, wherein said printing auxiliary agent is water, one kind of organic solvent that is liquid under normal conditions, a homogeneous mixture of more kinds of organic solvents that are liquid under normal conditions, or a homogeneous mixture of water and one or more kinds of organic solvents that are liquid under normal conditions, wherein said organic solvents that are liquid under normal conditions can be one or more selected from methanol, ethanol, propanol, isopropanol, ethanediol, propanediol, diethylene glycol, dipropylene glycol, dipropylene glycol monomethyl ether, dipropylene glycol monoethyl ether, dipropylene glycol monopropyl ether, dipropylene glycol monobutyl ether, diethylene glycol monomethyl ether, diethylene glycol monoethyl ether, diethylene glycol monopropyl ether, diethylene glycol monobutyl ether, wherein said substrate is nonwoven substrate, paper substrate, plastic substrate, rubber substrate, or ceramic substrate, wherein as for nonwoven substrate, the substrate is imprinted with a total retention amount of printing auxiliary agent at 2.5-30 g/m 2 on substrate; as for paper substrate, the substrate is imprinted with a total retention amount of printing auxiliary agent at 1 - 20 g/m 2 on substrate; as for plastic substrate, the substrate is imprinted with a total retention amount of printing auxiliary agent at 0.5 - 15 g/m 2 on substrate; as for rubber substrate, the substrate is imprinted with a total retention amount of printing auxiliary agent at 0.5 - 20 g/m 2 on substrate; as for ceramic substrate, the substrate is imprinted with a total retention amount of printing auxiliary agent at 5 - 50 g/m 2 on substrate, wherein the printing ink used for the printing process is water-based ink.
An image forming apparatus connectable to a print controlling terminal, comprising: a communication interface unit which allows the print controlling terminal to recognize the image forming apparatus as a printer if the image forming apparatus is connected to the print controlling terminal; a determination unit which determines whether a printer driver of the image forming apparatus is installed in the print controlling terminal; a controlling unit which, if a printer driver is installed in the print controlling terminal, controls the communication interface unit to receive print data generated by the printer driver; a storage unit; and an image forming unit which prints the received print data, wherein the communication interface unit, if a printer driver is not installed in the print controlling terminal, controls the print controlling terminal to additionally recognize the image forming apparatus as an external storage medium and provides the print controlling terminal with a printer driver installation program stored in the storage unit; characterised in that: the determination unit determines whether a printer driver is installed in the print controlling terminal based on whether data for requesting a status of the image forming apparatus is received from the print controlling terminal within a predetermined period of time from when the image forming apparatus is connected thereto. a communication interface unit which allows the print controlling terminal to recognize the image forming apparatus as a printer if the image forming apparatus is connected to the print controlling terminal; a determination unit which determines whether a printer driver of the image forming apparatus is installed in the print controlling terminal; a controlling unit which, if a printer driver is installed in the print controlling terminal, controls the communication interface unit to receive print data generated by the printer driver; a storage unit; and an image forming unit which prints the received print data, wherein the communication interface unit, if a printer driver is not installed in the print controlling terminal, controls the print controlling terminal to additionally recognize the image forming apparatus as an external storage medium and provides the print controlling terminal with a printer driver installation program stored in the storage unit; characterised in that: the determination unit determines whether a printer driver is installed in the print controlling terminal based on whether data for requesting a status of the image forming apparatus is received from the print controlling terminal within a predetermined period of time from when the image forming apparatus is connected thereto. the determination unit determines whether a printer driver is installed in the print controlling terminal based on whether data for requesting a status of the image forming apparatus is received from the print controlling terminal within a predetermined period of time from when the image forming apparatus is connected thereto.
A device for an extracorporeal life support system with a suction line which comprises a venous cannula, a pressure line which comprises an arterial cannula, a pump, which is arranged between the suction line and the pressure line (13, 30) and a relieving line (19, 23) with a relieving cannula, wherein the relieving cannula is designed as a vent cannula, the relieving line is directly connected to the suction line or directly to the pressure line and wherein between the suction line and pressure line only a single pump and no reservoir is arranged, and an oxygenator is arranged between the suction line and the pressure line, characterised in that the relieving cannula is longer than the arterial cannula.
A process for producing tungsten carbide powders of various grain sizes starting from scheelite (CaWO 4) by carbothermic reduction, said process comprising the following steps: a) milling powders of enriched scheelite ore with carbon powders, in a weight ratio CaWO 4:C of from 85.7:14.3 to 84:16, for a total period of time from 8 to 120 hours; b) thermally treating the powders obtained from step a) at temperatures from 900 and 1500 °C, in an inert atmosphere or under vacuum; c) purifying the powders obtained from step b) by leaching out the oxides remaining in said powders, followed by washing; characterized in that, in said milling step a), a total amount from 0,4 to 6% by weight, calculated on the total weight of the powders, of one or more transition metals of the groups 8, 9 and 10 or a correspondingly calculated weight amount of one or more oxides, hydroxides, carbonates, basic carbonates or metallorganic compounds thereof which may give rise to said transition metals or alloys thereof in the process conditions, is added to said powders, with the function of agents enhancing the conversion to carbide and/or activating the growth of the WC particles. a) milling powders of enriched scheelite ore with carbon powders, in a weight ratio CaWO 4:C of from 85.7:14.3 to 84:16, for a total period of time from 8 to 120 hours; b) thermally treating the powders obtained from step a) at temperatures from 900 and 1500 °C, in an inert atmosphere or under vacuum; c) purifying the powders obtained from step b) by leaching out the oxides remaining in said powders, followed by washing;
Autonomous cleaner comprising: a cleaner body in which a cavity is defined; and a dust container removably fitted in the cavity, said dust container comprising an air and debris inlet, an air outlet for admitting an air flow through the dust container, said dust container comprises a dust compartment for the debris, wherein the cleaner is characterized in that it has a substantially triangular shape and the cleaner body has a wider forward than aft end, a width of the cleaner body being configured to be reduced towards the aft end starting from a section of the cleaner body where the width of the body is the greatest, the greatest width exceeding a width of the forward end. a cleaner body in which a cavity is defined; and a dust container removably fitted in the cavity, said dust container comprising an air and debris inlet, an air outlet for admitting an air flow through the dust container, said dust container comprises a dust compartment for the debris, wherein the cleaner is characterized in that it has a substantially triangular shape and the cleaner body has a wider forward than aft end, a width of the cleaner body being configured to be reduced towards the aft end starting from a section of the cleaner body where the width of the body is the greatest, the greatest width exceeding a width of the forward end.
A device for texturizing a strand material, the device comprising: a nozzle body; a locking device; and a passage extending through said nozzle body, wherein said passage extends from a first end of the nozzle body to a second end of the nozzle body, wherein said passage is sized to allow a strand material to pass therethrough, wherein said locking device is operable to be selectively placed in one of a first state and a second state, wherein said first state corresponds to said locking device being engaged to prevent movement of said strand material within said passage, wherein said second state corresponds to said locking device being disengaged to allow movement of said strand material within said passage, and characterized in that said locking device includes a piston and a spring disposed within a cavity, wherein a seal holder is disposed within said cavity to fix a sealing member within said cavity, and wherein said sealing member at least partially prevents debris from entering said cavity from said passage. a nozzle body; a locking device; and a passage extending through said nozzle body, wherein said passage extends from a first end of the nozzle body to a second end of the nozzle body, wherein said passage is sized to allow a strand material to pass therethrough, wherein said locking device is operable to be selectively placed in one of a first state and a second state, wherein said first state corresponds to said locking device being engaged to prevent movement of said strand material within said passage, wherein said second state corresponds to said locking device being disengaged to allow movement of said strand material within said passage, and characterized in that said locking device includes a piston and a spring disposed within a cavity, wherein a seal holder is disposed within said cavity to fix a sealing member within said cavity, and wherein said sealing member at least partially prevents debris from entering said cavity from said passage.