mhurhangee/ep-ind-claims huggingface dataset:
A process for making a one-component adhesive, the process comprising reacting a mixture which comprises: (a) a polyepoxide compound having an equivalent weight within the range of 125 to 250 g/eq.; (b) a composition comprising: (i) a polyester polyol having a hydroxyl value within the range of 50 to 400 mg KOH/g, an average hydroxyl functionality within the range of 1.5 to 4.0, and an acid number less than 5 mg KOH/g; or (ii) a polyether polyol having a hydroxyl value within the range of 28 to 800 mg KOH/g and an average hydroxyl functionality within the range of 2.7 to 8.0; or (iii) a combination of (i) and (ii); and (c) a heat-activated Lewis acid catalyst, wherein the heat-activated Lewis acid catalyst is adapted to melt, dissolve, or dissociate to generate a species capable of catalyzing a reaction between an epoxide group of the epoxide compound and a hydroxyl group of the polyol at temperatures greater than 100°C; at a temperature within the range of 100°C to 220°C for a time effective to cure the adhesive. (a) a polyepoxide compound having an equivalent weight within the range of 125 to 250 g/eq.; (b) a composition comprising: (i) a polyester polyol having a hydroxyl value within the range of 50 to 400 mg KOH/g, an average hydroxyl functionality within the range of 1.5 to 4.0, and an acid number less than 5 mg KOH/g; or (ii) a polyether polyol having a hydroxyl value within the range of 28 to 800 mg KOH/g and an average hydroxyl functionality within the range of 2.7 to 8.0; or (iii) a combination of (i) and (ii); and (i) a polyester polyol having a hydroxyl value within the range of 50 to 400 mg KOH/g, an average hydroxyl functionality within the range of 1.5 to 4.0, and an acid number less than 5 mg KOH/g; or (ii) a polyether polyol having a hydroxyl value within the range of 28 to 800 mg KOH/g and an average hydroxyl functionality within the range of 2.7 to 8.0; or (iii) a combination of (i) and (ii); and (c) a heat-activated Lewis acid catalyst, wherein the heat-activated Lewis acid catalyst is adapted to melt, dissolve, or dissociate to generate a species capable of catalyzing a reaction between an epoxide group of the epoxide compound and a hydroxyl group of the polyol at temperatures greater than 100°C;
A method in a network device for uplink inter-cell interference estimation, the network device serving a cell divided into a plurality of sectors each corresponding to an angle range, the method comprising, for a first sector of the plurality of sectors: measuring an uplink inter-cell interference level; estimating an uplink inter-cell interference metric based on the measured uplink inter-cell interference level; the method being characterized by estimating an uplink inter-cell interference level at a terminal device based on the uplink inter-cell interference metric estimated for the first sector and an angular distance between the terminal device and a center of the first sector. measuring an uplink inter-cell interference level; estimating an uplink inter-cell interference metric based on the measured uplink inter-cell interference level; the method being characterized by estimating an uplink inter-cell interference level at a terminal device based on the uplink inter-cell interference metric estimated for the first sector and an angular distance between the terminal device and a center of the first sector.
A method for wireless communications, comprising: initiating a first timer upon attempting to transition from a first radio access technology, RAT, network to a second RAT network during an Internet Protocol, IP, session; declaring a loss of IP continuity if the first timer expires prior to successfully acquiring a channel in the second network; stopping the first timer and initiating a second timer if a channel in the second RAT network is successfully acquired; transferring (1212, 1306) context of the IP session to the second RAT network if a session is successfully negotiated in the second network prior to expiration of the second timer and the first and second networks share a common core network (416, 418, 420) for IP services; declaring a loss of IP continuity if the first and second networks do not share a common core network for IP services. initiating a first timer upon attempting to transition from a first radio access technology, RAT, network to a second RAT network during an Internet Protocol, IP, session; declaring a loss of IP continuity if the first timer expires prior to successfully acquiring a channel in the second network; stopping the first timer and initiating a second timer if a channel in the second RAT network is successfully acquired; transferring (1212, 1306) context of the IP session to the second RAT network if a session is successfully negotiated in the second network prior to expiration of the second timer and the first and second networks share a common core network (416, 418, 420) for IP services; declaring a loss of IP continuity if the first and second networks do not share a common core network for IP services.
A speech/audio signal processing method, comprising: when a speech/audio signal switches from a wide frequency signal to a narrow frequency signal, obtaining an initial high frequency signal corresponding to a current frame of speech/audio signal; obtaining a time-domain global gain parameter of the initial high frequency signal according to a spectrum tilt parameter of the current frame of speech/audio signal and a correlation between a current frame of narrow frequency signal and a historical frame of narrow frequency signal; correcting the initial high frequency signal by using the time-domain global gain parameter, to obtain a corrected high frequency time-domain signal; and synthesizing a current frame of narrow frequency time-domain signal and the corrected high frequency time-domain signal and outputting the synthesized signal. when a speech/audio signal switches from a wide frequency signal to a narrow frequency signal, obtaining an initial high frequency signal corresponding to a current frame of speech/audio signal; obtaining a time-domain global gain parameter of the initial high frequency signal according to a spectrum tilt parameter of the current frame of speech/audio signal and a correlation between a current frame of narrow frequency signal and a historical frame of narrow frequency signal; correcting the initial high frequency signal by using the time-domain global gain parameter, to obtain a corrected high frequency time-domain signal; and synthesizing a current frame of narrow frequency time-domain signal and the corrected high frequency time-domain signal and outputting the synthesized signal.
A mechanical ventilation system for respiration aid of an associated patient (5, P) comprising: - ventilator means (11, VENT) for mechanical ventilation of the patient with air and/or one or more medical gases, - measurement means (11a, M_G) configured for measuring the respiratory feedback of said patient in the expired gas in response to the mechanical ventilation, and - control means (12, CON) for controlling the ventilator means, wherein the control means is configured for - operating the ventilator means by providing ventilatory assistance such that the patient is at least partly breathing spontaneously, - changing one or more volume and/or pressure parameters (Vt_SET) of the ventilator means during ventilatory assistance to detect changes in the respiratory feedback of said patient by the measurement means, - receiving ∘ first data from the measurement means indicative of changes of respiratory feedback in expired air, and ∘ second data indicative of the respiratory feedback in the blood of said patient, the mechanical ventilation system characterized in that the control means is configured for - estimating one or more components (R_MUSC, RCHEM) of the total respiratory drive (R_DRIVE) of the patient by using the first data and the second data in a physiological model. - ventilator means (11, VENT) for mechanical ventilation of the patient with air and/or one or more medical gases, - measurement means (11a, M_G) configured for measuring the respiratory feedback of said patient in the expired gas in response to the mechanical ventilation, and - control means (12, CON) for controlling the ventilator means, wherein the control means is configured for - operating the ventilator means by providing ventilatory assistance such that the patient is at least partly breathing spontaneously, - changing one or more volume and/or pressure parameters (Vt_SET) of the ventilator means during ventilatory assistance to detect changes in the respiratory feedback of said patient by the measurement means, - receiving ∘ first data from the measurement means indicative of changes of respiratory feedback in expired air, and ∘ second data indicative of the respiratory feedback in the blood of said patient, the mechanical ventilation system characterized in that the control means is configured for ∘ first data from the measurement means indicative of changes of respiratory feedback in expired air, and ∘ second data indicative of the respiratory feedback in the blood of said patient, - estimating one or more components (R_MUSC, RCHEM) of the total respiratory drive (R_DRIVE) of the patient by using the first data and the second data in a physiological model.
A method, comprising: receiving at a host device, from a user device associated with a user, user information associated with the user, wherein the user information comprises one or more of geospatial information, position information, environmental information, motion information, user device information, user authentication information, and user expression information; calculating a classification score, based on the user information, the classification score representing an estimated likelihood that the user belongs to at least one user type from a plurality of user types; classifying, when the classification score meets a classification criterion, the user as a identified user type from the plurality of user types; transmitting a signal to the user device, the signal specifying a user interface to be presented to the user based on the identified user type; tracking behavior of the user during the user's interaction with the presented user interface; adapting the user interface based on the identified user type and the tracked behavior of the user; and storing the identified user type and the tracked behavior with user account information for the user in a database as historical information associated with the user. receiving at a host device, from a user device associated with a user, user information associated with the user, wherein the user information comprises one or more of geospatial information, position information, environmental information, motion information, user device information, user authentication information, and user expression information; calculating a classification score, based on the user information, the classification score representing an estimated likelihood that the user belongs to at least one user type from a plurality of user types; classifying, when the classification score meets a classification criterion, the user as a identified user type from the plurality of user types; transmitting a signal to the user device, the signal specifying a user interface to be presented to the user based on the identified user type; tracking behavior of the user during the user's interaction with the presented user interface; adapting the user interface based on the identified user type and the tracked behavior of the user; and storing the identified user type and the tracked behavior with user account information for the user in a database as historical information associated with the user.
A device for holding at least one wiring harness, which has a housing bounded by walls made from mechanically stable insulating material for holding at least one wiring harness, to which at least one annularly corrugated tube made of plastic is connected, which is fastened in the mounting position in an opening of the housing and encloses a wiring harness, characterized in - that the housing consists of an upper part and of a lower part, which are connected with each other in the mounting position to form a one-piece housing, - that the opening of the housing is arranged in the wall of the lower part and is open on the upper edge of the same towards the outside, - that in the opening of the housing a holder is arranged guided in the mounting position in the wall of the same and consisting of interconnectable parts, in which in each case two parts (7, 8) in the interconnected state enclose between them a central through-passage corresponding to the dimensions of the annularly corrugated tube to be fastened in the opening of the housing, and - that in each case two parts (7, 8) of the holder in the mounting position engage on two diametrically opposite sides of the tube in at least one trough of the annular corrugation of the same. - that the housing consists of an upper part and of a lower part, which are connected with each other in the mounting position to form a one-piece housing, - that the opening of the housing is arranged in the wall of the lower part and is open on the upper edge of the same towards the outside, - that in the opening of the housing a holder is arranged guided in the mounting position in the wall of the same and consisting of interconnectable parts, in which in each case two parts (7, 8) in the interconnected state enclose between them a central through-passage corresponding to the dimensions of the annularly corrugated tube to be fastened in the opening of the housing, and - that in each case two parts (7, 8) of the holder in the mounting position engage on two diametrically opposite sides of the tube in at least one trough of the annular corrugation of the same.
A camera comprising: a communication unit, for communication with an external printer; an interface, for connecting a storage medium for storing an image; a reproducing unit (104, 106), for reading out the image stored on the storage medium via said interface, and for causing a display unit to display the read-out image; characterised in that the camera further comprises: a designation unit (108: 1004, 1006, 1007), for designating, as a print subject, an image displayed by the display unit; and a display control unit for controlling the display unit, wherein said display control unit is arranged so as to cause said display unit to display a print setting screen including a display portion to confirm an instruction to print, in accordance with a user operation applied to said designation unit to designate an image, and provided that said communication unit is in a communication state with the external printer; and wherein said camera is arranged so as to instruct the external printer to print, in response to a further user operation applied to said designation unit to confirm the instruction to print, after the print setting screen, which includes said display portion to confirm the instruction to print, has been displayed by said display unit. a communication unit, for communication with an external printer; an interface, for connecting a storage medium for storing an image; a reproducing unit (104, 106), for reading out the image stored on the storage medium via said interface, and for causing a display unit to display the read-out image; characterised in that the camera further comprises: a designation unit (108: 1004, 1006, 1007), for designating, as a print subject, an image displayed by the display unit; and a display control unit for controlling the display unit, wherein said display control unit is arranged so as to cause said display unit to display a print setting screen including a display portion to confirm an instruction to print, in accordance with a user operation applied to said designation unit to designate an image, and provided that said communication unit is in a communication state with the external printer; and a designation unit (108: 1004, 1006, 1007), for designating, as a print subject, an image displayed by the display unit; and a display control unit for controlling the display unit, wherein said display control unit is arranged so as to cause said display unit to display a print setting screen including a display portion to confirm an instruction to print, in accordance with a user operation applied to said designation unit to designate an image, and provided that said communication unit is in a communication state with the external printer; and wherein said camera is arranged so as to instruct the external printer to print, in response to a further user operation applied to said designation unit to confirm the instruction to print, after the print setting screen, which includes said display portion to confirm the instruction to print, has been displayed by said display unit.
Trim device for a part of a dashboard of a motor vehicle, located in front of a steering wheel of the vehicle, consisting of a flexible web that is designed to compensate for variations in the position of the steering wheel relative to a fixed region of the dashboard, in particular in a longitudinal direction of the vehicle, the flexible web comprising at least one stiffening fold in the general form of a bead extending in a direction transverse to the vehicle, characterized in that each fold is shaped and held by a stitched line at the base of the fold.
A computing device, comprising: plural input mechanisms for responding to an input action, including: at least one contact-type input mechanism (106, 108) for providing at least one contact input event that indicates contact with the computing device; and at least one movement-type input mechanism for providing at least one movement input event that indicates one or more of orientation and motion of the computing device; and an interpretation and behavior selection module, IBSM, configured to detect a type of the input action that has occurred using a combination of said at least one contact input event and said at least one movement input event, wherein the IBSM comprises a first input interpretation module for analyzing the at least one contact-type input event, and a second input interpretation module for analyzing the at least one movement-type input, characterized by a final input interpretation module of the IBSM is configured to detect and respond to one or more unintentional input actions by refining an indication of a timing at which a user has applied or removed the at least one contact input based on a conclusion of the second input interpretation module analyzing the at least one movement-type input event. at least one contact-type input mechanism (106, 108) for providing at least one contact input event that indicates contact with the computing device; and at least one movement-type input mechanism for providing at least one movement input event that indicates one or more of orientation and motion of the computing device; and an interpretation and behavior selection module, IBSM, configured to detect a type of the input action that has occurred using a combination of said at least one contact input event and said at least one movement input event, wherein the IBSM comprises a first input interpretation module for analyzing the at least one contact-type input event, and a second input interpretation module for analyzing the at least one movement-type input, characterized by a final input interpretation module of the IBSM is configured to detect and respond to one or more unintentional input actions by refining an indication of a timing at which a user has applied or removed the at least one contact input based on a conclusion of the second input interpretation module analyzing the at least one movement-type input event.
A method for releasing a graphene layer from a substrate, comprising: forming a graphene layer on a surface of a first substrate; forming a metal layer on a surface of the graphene layer; and applying a pulling force on the metal layer to detach the graphene layer from the first substrate. forming a graphene layer on a surface of a first substrate; forming a metal layer on a surface of the graphene layer; and applying a pulling force on the metal layer to detach the graphene layer from the first substrate.
A fluid ejection device comprising: a fluid supplying unit configured to supply fluid at a predetermined fluid supply flow rate to a pressure chamber; a pulsed flow generating unit configured to generate a pulsed flow by varying the volume of the pressure chamber at a predetermined frequency and eject the pulsed flow from the pressure chamber; characterized in that the fluid ejection device further comprises a controller configured to control the fluid supplying unit and the pulsed flow generating unit so that the fluid supply flow rate is proportional to the frequency. a fluid supplying unit configured to supply fluid at a predetermined fluid supply flow rate to a pressure chamber; a pulsed flow generating unit configured to generate a pulsed flow by varying the volume of the pressure chamber at a predetermined frequency and eject the pulsed flow from the pressure chamber; a controller configured to control the fluid supplying unit and the pulsed flow generating unit so that the fluid supply flow rate is proportional to the frequency.
Method for producing a component provided with a decoration for a timepiece or piece of jewellery, the method includes the steps of: - taking a base substrate, and performing a micromachining operation on or in said base substrate in order to obtain an upper part of the component, which is provided with a decoration of micrometric structure traversing the thickness of the upper part in a programmed pattern, and - fixing the upper part on a luminescent or coloured substance, or coating a back portion of the upper part with the luminescent or coloured substance, the method being characterized in that, after taking the base substrate and before fixing the upper part on a luminescent or coloured substance or coating the back of the upper part with the luminescent or coloured substance, the method includes the steps of: - depositing a layer of positive or negative photosensitive resin on the base substrate, - placing a contour mask of the upper part and of the decorative pattern to be made on the photosensitive resin, - illuminating the resin through the mask, - removing the illuminated resin portions, if the photosensitive resin is of the positive type, or removing the non-illuminated resin portions, if the photosensitive resin is of the negative type, - filling the portions removed from the resin with a metal, and - removing all the resin and detaching the upper part with the obtained decorative pattern from the base substrate. - taking a base substrate, and performing a micromachining operation on or in said base substrate in order to obtain an upper part of the component, which is provided with a decoration of micrometric structure traversing the thickness of the upper part in a programmed pattern, and - fixing the upper part on a luminescent or coloured substance, or coating a back portion of the upper part with the luminescent or coloured substance, - depositing a layer of positive or negative photosensitive resin on the base substrate, - placing a contour mask of the upper part and of the decorative pattern to be made on the photosensitive resin, - illuminating the resin through the mask, - removing the illuminated resin portions, if the photosensitive resin is of the positive type, or removing the non-illuminated resin portions, if the photosensitive resin is of the negative type, - filling the portions removed from the resin with a metal, and - removing all the resin and detaching the upper part with the obtained decorative pattern from the base substrate.