mhurhangee/ep-ind-claims huggingface dataset:
A shift control device of a vehicle including an internal combustion engine and a multi-speed transmission in series, the shift control device comprising: a control portion (72, 74) configured to provide a downshift control in which an input shaft rotation speed (Nin) of the multi-speed transmission is increased through a torque-up control of the internal combustion engine toward a post-shift input shaft rotation speed (Ns) in a neutral state where a release-side frictional engagement device to be released during a downshift of the multi-speed transmission is released, so as to engage an engagement-side frictional engagement device to be engaged after the shift; characterised by further comprising a torque setting portion configured to set a required torque (Te*) of the internal combustion engine in the torque-up control of the internal combustion engine such that an increasing rate of an actual torque (Te) of the internal combustion engine becomes smaller in the case of a shift pattern having a large internal inertia of the multi-speed transmission during the downshift as compared to the case of a shift pattern in which the internal inertia is small. a control portion (72, 74) configured to provide a downshift control in which an input shaft rotation speed (Nin) of the multi-speed transmission is increased through a torque-up control of the internal combustion engine toward a post-shift input shaft rotation speed (Ns) in a neutral state where a release-side frictional engagement device to be released during a downshift of the multi-speed transmission is released, so as to engage an engagement-side frictional engagement device to be engaged after the shift; characterised by further comprising a torque setting portion configured to set a required torque (Te*) of the internal combustion engine in the torque-up control of the internal combustion engine such that an increasing rate of an actual torque (Te) of the internal combustion engine becomes smaller in the case of a shift pattern having a large internal inertia of the multi-speed transmission during the downshift as compared to the case of a shift pattern in which the internal inertia is small.
A resilient pad system comprising at least one pad, the pad comprising a plurality of supporting resilient substructure hollow columns, each column having a column wall, a first end and an enclosed second end; the column wall surrounding a central void, the void extending from the first end to the enclosed second end of the column; wherein the column wall has, in a region abutting the first end a more collapsible zone where the cross-section is thinner, relative to a less collapsible zone in a region abutting the second end of the wall where the cross-section is thicker, and a virtual boundary between the two zones; wherein the column wall has a cross-sectional thickness that increases from the first end to the virtual boundary by a percentage within a range of greater than 25% and less than 40%; and further wherein the column wall is tapered both inside and out, with an outside wall draft angle greater than 6 degrees and less than 10 degrees, and an inside wall draft angle greater than 6 degrees and less than 10 degrees; and, wherein the pad system has a cross-sectional pad thickness T, each central void defined by the column walls has a relatively uniform height h within the cross-sectional thickness T, and a cross-sectional thickness t extends beyond the enclosed end of the central voids within the cross-sectional thickness T, such that Trt+h. the column wall surrounding a central void, the void extending from the first end to the enclosed second end of the column; wherein the column wall has, in a region abutting the first end a more collapsible zone where the cross-section is thinner, relative to a less collapsible zone in a region abutting the second end of the wall where the cross-section is thicker, and a virtual boundary between the two zones; wherein the column wall has a cross-sectional thickness that increases from the first end to the virtual boundary by a percentage within a range of greater than 25% and less than 40%; and further wherein the column wall is tapered both inside and out, with an outside wall draft angle greater than 6 degrees and less than 10 degrees, and an inside wall draft angle greater than 6 degrees and less than 10 degrees; and, wherein the pad system has a cross-sectional pad thickness T, each central void defined by the column walls has a relatively uniform height h within the cross-sectional thickness T, and a cross-sectional thickness t extends beyond the enclosed end of the central voids within the cross-sectional thickness T, such that Trt+h.
Ejecting device for a furniture part, wherein the ejecting device comprises: a housing with a base and an opening, a plunger which is guided axially displaceably in the housing along a longitudinal axis between a position extended from the opening and a retracted position, which has a sleeve and which has a control lever with a coupling element, wherein the coupling element cooperates, at least over part of the axial displacement path of the plunger relative to the housing, with a cardioid-curve-shaped control curve in the base of the housing, a mandrel received in the sleeve of the plunger and connected to the sleeve, and a helical spring which is seated on the mandrel and received in the sleeve, characterized in that the ejecting device has a stop element which is fastened to the base of the housing and against which the mandrel is axially supported in its extended position. a housing with a base and an opening, a plunger which is guided axially displaceably in the housing along a longitudinal axis between a position extended from the opening and a retracted position, which has a sleeve and which has a control lever with a coupling element, wherein the coupling element cooperates, at least over part of the axial displacement path of the plunger relative to the housing, with a cardioid-curve-shaped control curve in the base of the housing, a mandrel received in the sleeve of the plunger and connected to the sleeve, and a helical spring which is seated on the mandrel and received in the sleeve, characterized in that the ejecting device has a stop element which is fastened to the base of the housing and against which the mandrel is axially supported in its extended position.
Stator housing for an electric machine, comprising a plurality of main channels (8a, 8c) extending axially with respect to the rotation axis of the electric machine, wherein pairs of adjacent main channels (8a-8c) are connected by deflection channels (9a, 9b) to form a meandering cooling path for a coolant, characterized by a plurality of connection channels (10a, 10b) that connect each pair of adjacent main channels (8a-8c) in a fluid conductive manner at an axial position between the deflection channels (9a, 9b).
Photoprotective formulations, characterized in that they contain, by way of an anti-sensitization agent, a copolymer of vinylpyrrolidone/triacontane or vinylpyrrolidone /eicosene copolymer and a copolymer of 2-methacryloyloxyethyl phosphorylcholine/alkyl methacrylate or of 2-methacryloyloxyethyl phosphorylcholinechloride of 2-hydroxy 3-methacryloyl oxypropyl trimethylammonium chloride, in combination or in admixture with one or more organic anti-UV filters, and one or more, inert, non-toxic, dermatologically acceptable excipients or carriers.
Method for managing the entry of data by pressing on a touch surface of an electronic terminal, said method using at least one time delay aimed at validating a pressing only if the duration of this pressing exceeds a predetermined threshold, referred to as the pressing validation time delay, and comprising the following steps: - a step of configuring said pressing validation time delay, delivering a variable pressing validation time delay according to at least one predetermined variation parameter and the rank of the pressing in a series of several pressings; - a step of managing a plurality of pressings on said touch surface of said electronic terminal, taking account of said variable pressing validation time delay configured, characterised in that said pressing validation time delay is longer for the first pressing in a series of several pressings. - a step of configuring said pressing validation time delay, delivering a variable pressing validation time delay according to at least one predetermined variation parameter and the rank of the pressing in a series of several pressings; - a step of managing a plurality of pressings on said touch surface of said electronic terminal, taking account of said variable pressing validation time delay configured,
A manufacturing method of a non-aqueous electrolyte secondary battery, comprising: a seal step of storing an electrode laminate in which a separator is disposed between a positive electrode and a negative electrode and an electrolyte within an exterior body constituted by a laminate film and sealing the exterior body; a pressure application step of applying a pressure on the exterior body in which the electrode laminate is stored; a charge step of charging up to a full charge; a gas removal step of removing gas generated within the exterior body at the charge step with the exterior body unsealed; and a re-seal step of sealing the exterior body after the gas removal step, wherein the charge step includes: a first charge step of charging up to a voltage lower than the voltage of the full charge; and a second charge step of charging up to the full charge after the first charge step without unsealing the exterior body and wherein the first charge step is carried out between the seal step and the pressure application step or wherein the first charge step is carried out after the pressure application step. a seal step of storing an electrode laminate in which a separator is disposed between a positive electrode and a negative electrode and an electrolyte within an exterior body constituted by a laminate film and sealing the exterior body; a pressure application step of applying a pressure on the exterior body in which the electrode laminate is stored; a charge step of charging up to a full charge; a gas removal step of removing gas generated within the exterior body at the charge step with the exterior body unsealed; and a re-seal step of sealing the exterior body after the gas removal step, wherein the charge step includes: a first charge step of charging up to a voltage lower than the voltage of the full charge; and a second charge step of charging up to the full charge after the first charge step without unsealing the exterior body and wherein the first charge step is carried out between the seal step and the pressure application step or wherein the first charge step is carried out after the pressure application step. the first charge step is carried out between the seal step and the pressure application step or wherein the first charge step is carried out after the pressure application step.
Energy management system for an aircraft, comprising: - a fuel cell configured to convert chemical energy into electric energy; - at least one energy source configured to provide electric energy; - at least one electrical load (130, 140, 150); - an electric bus electrically coupled to the fuel cell, the at least one energy source, and the at least one electrical load (130, 140, 150); and - a controller configured to control the at least one electrical load (130, 140, 150) in such a manner that an electric power consumed at the electric bus ensures a minimum load to the fuel cell, the energy management system being characterised by: the at least one electrical load (130, 140, 150) comprises an electric motor mechanically coupled to a drive unit, and the controller is further configured to operate the electric motor in such a manner that the drive unit performs a climb and/or acceleration manoeuvre of the aircraft. - a fuel cell configured to convert chemical energy into electric energy; - at least one energy source configured to provide electric energy; - at least one electrical load (130, 140, 150); - an electric bus electrically coupled to the fuel cell, the at least one energy source, and the at least one electrical load (130, 140, 150); and - a controller configured to control the at least one electrical load (130, 140, 150) in such a manner that an electric power consumed at the electric bus ensures a minimum load to the fuel cell, the energy management system being characterised by: the at least one electrical load (130, 140, 150) comprises an electric motor mechanically coupled to a drive unit, and the controller is further configured to operate the electric motor in such a manner that the drive unit performs a climb and/or acceleration manoeuvre of the aircraft. the at least one electrical load (130, 140, 150) comprises an electric motor mechanically coupled to a drive unit, and the controller is further configured to operate the electric motor in such a manner that the drive unit performs a climb and/or acceleration manoeuvre of the aircraft.
A modular system (10, 81, 103, 109, 113, 118) for structuring or designing spaces, surfaces, or the like, comprising a component assembly, comprising at least two modular elements (12, 13, 65, 71, 82, 83, 86, 93, 97, 98, 99, 100, 101, 104, 111, 115, 120, 122, 127, 136, 141,142), whose base (17, 84, 125, 131) comprises at least three corners (18, 94, 146), and at least two connecting elements (14, 15, 16, 37, 38, 53, 54, 59, 60, 67, 68, 75, 76, 77, 96, 105, 134, 140, 148, 154), each corner forming a connecting structure (19, 128) for connecting the modular element to a connecting element, said connecting structure being designed like an arc-shaped contour (24, 144) of the corner in conjunction with a void (23, 129, 137, 152) adjacent to the contour, the connecting element forming a pin (29, 41, 80, 107, 138, 151, 155) for the connecting structures to be connected, said pin being formed congruent with the void so as to be able to be interlockingly inserted into the void, said connecting element forming a positioning device for positioning the connecting element at the modular element, said positioning device comprising an axis (30, 42, 79, 106, 149), said axis being formed congruent with the contour so as to be able to be arranged at said contour, said connecting elements being able to be arranged opposite one another at the connecting structure in such a manner that the axes (30, 42, 79, 106) and the pins (29, 41, 80, 107, 138, 151, 155) align, characterized in that the modular element is designed as a box-shaped body (22, 87), the body (22, 87) being formed by the base (17, 84, 125, 131) and frame walls (21, 89, 126) peripherally surrounding the base, said frame walls extending on only one base side (20, 147) of the base or on both base sides (130, 132) of the base.
A compound of formula I wherein R 1' is methyl; R 1 is methyl, ethyl, CF 3, CH 2 OH, cyclopropyl or cyano, or R 1' and R 1 may form together a 1,1-dioxo-tetrahydro-thiophen-3-yl ring; R 2 is hydrogen, methyl, ethyl, isopropyl, tert-butyl or cyclopropyl; R 3 is Cl, F, CF 3, cyano, methyl, methoxy or cyclopropyl; R 4 is hydrogen, methyl or F; X is N or CH; Y is N or CH; with the proviso that X and Y are not simultaneously CH; or a pharmaceutically acceptable salt or acid addition salt, a racemic mixture, or its corresponding enantiomer and/or optical isomer and/or stereoisomer thereof. R 1' is methyl; R 1 is methyl, ethyl, CF 3, CH 2 OH, cyclopropyl or cyano, or R 1' and R 1 may form together a 1,1-dioxo-tetrahydro-thiophen-3-yl ring; R 2 is hydrogen, methyl, ethyl, isopropyl, tert-butyl or cyclopropyl; R 3 is Cl, F, CF 3, cyano, methyl, methoxy or cyclopropyl; R 4 is hydrogen, methyl or F; X is N or CH; Y is N or CH;
A pin for a subsea connector, comprising: - an electrical conductor, - an insulating sleeve around the electrical conductor, wherein the insulating sleeve has an outer surface, - a conductive layer provided on a portion of the outer surface of the insulating sleeve, wherein the pin has a front end that enters a second part of the subsea connector during mating and a rear end and extends in axial direction between the front end and the rear end, whereby the insulating sleeve has a recess that extends in the axial direction over a portion of the insulating sleeve, wherein the conductive layer is provided in the recess; characterized in that the outer diameter of the insulating sleeve forwardly of the recess and the outer diameter of the conductive layer are substantially the same, and the outer surface of the insulating sleeve forwardly of the recess and the outer surface of the conductive layer in a forward portion of the conductive layer are substantially flush. - an electrical conductor, - an insulating sleeve around the electrical conductor, wherein the insulating sleeve has an outer surface, - a conductive layer provided on a portion of the outer surface of the insulating sleeve,
A low-power implant system comprising: an implant for implantation into a person, the implant capable of communicating via transmission of ultra wideband pulses; and a device capable of communicating with the implant via ultra wideband pulse transmission, wherein the device includes a transmitter capable of transmitting ultra wideband pulses, wherein the implant includes a receiver capable of receiving ultra wideband pulses, and characterized in that the receiver includes: a time-gated amplifier (509, 510) having an input, the amplifier (509, 510) for amplifying the pulses received at the input; and a controller that switches the time-gated amplifier (509, 510) on in periodic intervals of duration D that are synchronized with the possible receipt of pulses transmitted by the transmitter based on a pulse received at the input from the transmitter. an implant for implantation into a person, the implant capable of communicating via transmission of ultra wideband pulses; and a device capable of communicating with the implant via ultra wideband pulse transmission, wherein the device includes a transmitter capable of transmitting ultra wideband pulses, wherein the implant includes a receiver capable of receiving ultra wideband pulses, and characterized in that the receiver includes: a time-gated amplifier (509, 510) having an input, the amplifier (509, 510) for amplifying the pulses received at the input; and a controller that switches the time-gated amplifier (509, 510) on in periodic intervals of duration D that are synchronized with the possible receipt of pulses transmitted by the transmitter based on a pulse received at the input from the transmitter.
A method for handling response times in a communication system comprising at least one data retention system (2; 2, 22, 23) having at least one storage space (6A, 6B, 6C) for retained data wherein the at least one storage space (6A, 6B, 6C) has a defined response time for delivering retained data, which method comprises the following steps: - receiving a request for retained data from a node of an authorized organization to the at least one data retention system (2; 2, 22, 23), which request comprises a specified data type and a retention time range; - dividing in the at least one data retention system, the received retention time range into time segments each corresponding to one defined response time; characterized by - delivering an acknowledge message from the at least one data retention system to the node of the authorized organization, which acknowledge message comprises estimated response time information and identification information corresponding to the divided time segments. - receiving a request for retained data from a node of an authorized organization to the at least one data retention system (2; 2, 22, 23), which request comprises a specified data type and a retention time range; - dividing in the at least one data retention system, the received retention time range into time segments each corresponding to one defined response time; characterized by - delivering an acknowledge message from the at least one data retention system to the node of the authorized organization, which acknowledge message comprises estimated response time information and identification information corresponding to the divided time segments.
A contents sharing system for providing a voice calling and an additional service when a voice call session is established between VoIP based first and second terminals, the contents sharing system comprising: a soft switch for establishing and canceling the voice call session with the VoIP based first and second terminals and processing the voice call and contents calls; a contents share server for receiving a contents sharing request call in cooperation with the soft switch, establishing a data session for contents sharing between the VoIP based first and second terminals in the voice calling, transmitting control signals on contents traffic and contents sharing in the data session, determining a contents sharing method between the VoIP based first and second terminals, and sharing the contents; and a contents convert server for converting a file size and a file format of contents to be shared and compressing the converted data by using performance of the VoIP terminals having participated in the voice calling in cooperation with the contents share server, wherein the soft switch transmits the contents sharing request call to the contents share server by using a session initiation protocol by using call sending and receiving subscriber information that is used for establishing the voice call session, wherein when the contents convert server receives a contents request message from the contents share server, the contents convert server joins the data session for contents sharing and converts subsequent shared content into content that satisfies the characteristics of the terminals participating in the data session. a soft switch for establishing and canceling the voice call session with the VoIP based first and second terminals and processing the voice call and contents calls; a contents share server for receiving a contents sharing request call in cooperation with the soft switch, establishing a data session for contents sharing between the VoIP based first and second terminals in the voice calling, transmitting control signals on contents traffic and contents sharing in the data session, determining a contents sharing method between the VoIP based first and second terminals, and sharing the contents; and a contents convert server for converting a file size and a file format of contents to be shared and compressing the converted data by using performance of the VoIP terminals having participated in the voice calling in cooperation with the contents share server,