mhurhangee/ep-ind-claims huggingface dataset:
A system for high-voltage switching for a computed tomography apparatus, the system comprising a high-voltage generator; an inductor; and a capacitor; wherein a first connection terminal of the capacitor is communicationally connected to the high-voltage generator; wherein a second connection terminal of the capacitor is communicationally connected to a first connection terminal of the inductor for employing a resonant operation of a current through the inductor; characterized in that the inductor has a non-linear inductance and is configured for providing a reduction of the non-linear inductance with an increasing current through the inductor; and in that the inductor is configured for providing the reduction of the non-linear inductance at a predefined current level of the current through the inductor below a maximum value of the current of the resonant operation. a high-voltage generator; an inductor; and a capacitor; wherein a first connection terminal of the capacitor is communicationally connected to the high-voltage generator; wherein a second connection terminal of the capacitor is communicationally connected to a first connection terminal of the inductor for employing a resonant operation of a current through the inductor; characterized in that the inductor has a non-linear inductance and is configured for providing a reduction of the non-linear inductance with an increasing current through the inductor; and in that the inductor is configured for providing the reduction of the non-linear inductance at a predefined current level of the current through the inductor below a maximum value of the current of the resonant operation.
A multiple-core processor device characterized by multiple processing cores (504a-d) and a shared data cache and in which the multiple processing cores (504a-d) have no private caches, wherein each core (504a-d) includes a barrel dispatcher (510a-d) configured to retrieve and execute one or more instructions associated with multiple threads of a software program using barrel thread processing, the shared data cache is configured to send and receive data to at least two of the multiple processing cores (504a-d), the shared data cache storing data associated with an execution of a first instruction in at least one of the multiple threads, wherein the stored data in the shared data cache is commonly accessible to the multiple threads of the software program executing on the multiple processing cores (504a-d), and wherein the multiple-core processor device further comprises: a serial processor that is configured to execute single threaded programming code that must be run serially; and inter thread communication for facilitating synchronization between different threads of the multiple threads executed by the multiple cores and the serial processor, wherein the interthread communication stores atomic counters, wherein different atomic counters represent the different threads, and wherein the inter thread communication comprises a processor that is for updating up to one atomic counter per cycle. wherein each core (504a-d) includes a barrel dispatcher (510a-d) configured to retrieve and execute one or more instructions associated with multiple threads of a software program using barrel thread processing, the shared data cache is configured to send and receive data to at least two of the multiple processing cores (504a-d), the shared data cache storing data associated with an execution of a first instruction in at least one of the multiple threads, wherein the stored data in the shared data cache is commonly accessible to the multiple threads of the software program executing on the multiple processing cores (504a-d), and wherein the multiple-core processor device further comprises: a serial processor that is configured to execute single threaded programming code that must be run serially; and inter thread communication for facilitating synchronization between different threads of the multiple threads executed by the multiple cores and the serial processor, wherein the interthread communication stores atomic counters, wherein different atomic counters represent the different threads, and wherein the inter thread communication comprises a processor that is for updating up to one atomic counter per cycle. a serial processor that is configured to execute single threaded programming code that must be run serially; and inter thread communication for facilitating synchronization between different threads of the multiple threads executed by the multiple cores and the serial processor, wherein the interthread communication stores atomic counters, wherein different atomic counters represent the different threads, and wherein the inter thread communication comprises a processor that is for updating up to one atomic counter per cycle.
A method of producing ethylene and propylene which comprises contacting a hydrocarbon starting material containing 20% by mass or more of at least one compound of 4-12 carbon atoms selected from the group consisting of a straight chain olefin, a branched chain olefin, a cyclic olefin and a cycloparaffin with a catalyst containing a medium pore diameter zeolite, the zeolite containing silver and an amount of protons of 0.02 mmol or less per 1 g of the zeolite, having a molar ratio SiO 2 /Al 2 O 3 of 200-5000 and selected from the group consisting of ZSM 5-type zeolites, in a reaction vessel under conditions of a reaction temperature of 400-600°C, a partial pressure of the hydrocarbon starting material of 0.01-0.5 MPa and a weight hourly space velocity of 1-100 hr -1 to carry out a catalytic conversion reaction of said at least one compound of 4-12 carbon atoms selected from the group consisting of a straight chain olefin, a branched chain olefin, a cyclic olefin and a cycloparaffin, thereby obtaining a reaction mixture containing ethylene and propylene, separating the reaction mixture into a fraction A containing mainly hydrogen and hydrocarbons of 1-3 carbon atoms and a fraction B containing mainly at least one hydrocarbon of 4 or more carbon atoms, and separating ethylene and propylene from the fraction A, said method meeting the following requirements (i) and (ii): (i) to satisfy ΔAROMA/P ≤ 13 ΔAROMA = AROMAout - AROMAin (AROMAin: percent by mass of aromatic hydrocarbon component of 6-8 carbon atoms in the hydrocarbon starting material at the inlet of the reaction vessel, AROMAout: percent by mass of aromatic hydrocarbon component of 6-8 carbon atoms in the reaction mixture at the outlet of the reaction vessel, P: partial pressure of the hydrocarbon starting material [MPa]); and (ii) to recycle 10-95% by mass of the fraction B to the reaction vessel as it is, without carrying out purification, and use it as the hydrocarbon starting material. (i) to satisfy ΔAROMA/P ≤ 13 ΔAROMA = AROMAout - AROMAin (AROMAin: percent by mass of aromatic hydrocarbon component of 6-8 carbon atoms in the hydrocarbon starting material at the inlet of the reaction vessel, AROMAout: percent by mass of aromatic hydrocarbon component of 6-8 carbon atoms in the reaction mixture at the outlet of the reaction vessel, P: partial pressure of the hydrocarbon starting material [MPa]); and (ii) to recycle 10-95% by mass of the fraction B to the reaction vessel as it is, without carrying out purification, and use it as the hydrocarbon starting material.
Method for forming and updating logs of communication events occurring on user terminals (11 to 15, 17) that are liable to be connected to a communication network (1, 2), characterized in that it comprises a processing step comprising the following substeps of: - receiving at least one item of information identifying a user, on the basis of an identifier of a connected terminal, and receiving the connection and communication service characteristics that are associated with all of the connected terminals of a user, on the basis of said at least one item of information identifying said user; - receiving, from a set of user terminals, at least one notification that is representative of a communication event including at least one identifier of the terminal transmitting and/or receiving said communication event; - updating at least one event log of a user on the basis of said at least one received event notification; and - transmitting said at least one updated event log to said connected terminals of the corresponding user. - receiving at least one item of information identifying a user, on the basis of an identifier of a connected terminal, and receiving the connection and communication service characteristics that are associated with all of the connected terminals of a user, on the basis of said at least one item of information identifying said user; - receiving, from a set of user terminals, at least one notification that is representative of a communication event including at least one identifier of the terminal transmitting and/or receiving said communication event; - updating at least one event log of a user on the basis of said at least one received event notification; and - transmitting said at least one updated event log to said connected terminals of the corresponding user.
Valve cartridge for a magnet valve having a capsule (12.1), a valve core, a first end of which is inserted into the capsule (12.1) and the other end of which receives a valve body having a main valve seat (19.1), a lower valve part, which is axially supported on the valve core, and a nonreturn valve (20.1) comprising a nonreturn valve seat (20.2) and a nonreturn valve closing element (20.3), wherein a flat filter for filtering dirt particles is connected to the lower valve part, and wherein the nonreturn valve seat (20.2) is placed in the lower valve part, and wherein an opening stroke (20.5) of the nonreturn valve closing element (20.3) is limited by an abutment contour (20.4) arranged on the flat filter, characterized in that the abutment contour (20.4) for the nonreturn valve closing element (20.3) is arranged at the level of a filter screen (21.2) inserted in the flat filter.
Clutch mechanism, in particular for a motor vehicle, comprising a cover in which there is housed an annular diaphragm tilting between an engaged position and a disengaged position to move a pressure plate intended to cooperate with an opposite reaction plate so as to clamp a friction disc, the diaphragm pivoting respectively about circumferentially extending first and second bearing regions (6, 7) situated on either side of the diaphragm, respectively between the diaphragm and the cover and between the diaphragm and the pressure plate, and a bearing washer mounted on the cover and comprising at least one extensive surface, for example a planar surface, bearing on a corresponding surface of the cover, the said bearing washer comprising at least one projecting region forming the first bearing region for the diaphragm, characterized in that it comprises an elastically deformable assistance washer, comprising at least one assistance lug intended to bear against a clutch release bearing serving for actuating the diaphragm or against fingers of the diaphragm, so as to increase the force applied to the diaphragm during disengagement, and in that the bearing washer and the assistance washer are formed from one and the same washer, comprising a radially outer annular part comprising the projecting region forming the first bearing region for the diaphragm and a radially inner annular part from which the assistance lug extends radially inwards.
A method for providing a network client with a data object residing on a network server, said method comprising: receiving a first request for a data object from a first network client; and retrieving the requested data object from the network server; characterised in that the method further comprises: determining whether the data object includes textual content satisfying a predetermined criterion of a plurality of selection criteria, selectively transcoding the data object according to the predetermined criterion and providing the transcoded data object to the first network client, upon determining that the data object includes textual content satisfying the predetermined criterion, and providing the data object retrieved from the network server to the first network client, upon determining that the data object does not include textual content satisfying the predetermined criterion. receiving a first request for a data object from a first network client; and retrieving the requested data object from the network server; determining whether the data object includes textual content satisfying a predetermined criterion of a plurality of selection criteria, selectively transcoding the data object according to the predetermined criterion and providing the transcoded data object to the first network client, upon determining that the data object includes textual content satisfying the predetermined criterion, and providing the data object retrieved from the network server to the first network client, upon determining that the data object does not include textual content satisfying the predetermined criterion.
A system for sampling and analyzing condensation trail generated by at least one jet engine of an aircraft in flight, wherein said system is configured to be embedded onboard the aircraft and said system comprises at least: - a collection probe configured to collect samples of the condensation trail generated by said jet engine of said aircraft in flight; - a fixing device, the collection probe being configured to be fixed to the aircraft by the fixing device, the fixing device comprising: • a support configured to be fixed to the fuselage of the aircraft and • a movement module fixed to the support, wherein the movement module is configured to move the collection probe with respect to the aircraft to a position in which the collection probe is located in the condensation trail; - a collection chamber configured to gather the samples collected by the collection probe; - a collection tube configured to conduct the samples from the collection probe to the collection chamber; - at least one first measurement device configured to measure at least one parameter characterizing the samples in the collection tube while said samples are conducted from the collection probe to the collection chamber. - a collection probe configured to collect samples of the condensation trail generated by said jet engine of said aircraft in flight; - a fixing device, the collection probe being configured to be fixed to the aircraft by the fixing device, the fixing device comprising: • a support configured to be fixed to the fuselage of the aircraft and • a movement module fixed to the support, wherein the movement module is configured to move the collection probe with respect to the aircraft to a position in which the collection probe is located in the condensation trail; • a support configured to be fixed to the fuselage of the aircraft and • a movement module fixed to the support, wherein the movement module is configured to move the collection probe with respect to the aircraft to a position in which the collection probe is located in the condensation trail; - a collection chamber configured to gather the samples collected by the collection probe; - a collection tube configured to conduct the samples from the collection probe to the collection chamber; - at least one first measurement device configured to measure at least one parameter characterizing the samples in the collection tube while said samples are conducted from the collection probe to the collection chamber.
Bending machine for metal sheets comprising punch means including an upper tool-holding crosspiece that is provided with and supports at least one set of upper bending tools provided with respective supporting pins and aligned and reciprocally positionable on said upper tool-holding crosspiece along a bending direction, said upper tool-holding crosspiece being provided with a guiding groove that is open at the bottom by a first lower opening for receiving said at least one set of upper bending tools and comprises a lateral supporting groove adapted to receive and support said supporting pins and to maintain said at least one set of upper bending tools slidably coupled to said upper tool-holding crosspiece in an assembly configuration thus preventing disengagement of said upper bending tools, characterized in that: - said supporting groove comprises a single second lower opening having a definite length along said bending direction such as to allow disengaging/engaging said supporting pins from/with said supporting groove to remove/insert from/into said upper tool-holding crosspiece at the same time all the upper bending tools of said set of upper bending tools; - said punch means comprises a single closing element that has said definite length along said bending direction, is connected to said upper tool-holding crosspiece and is linearly movable between a closed position, wherein said closing element closes said second lower opening of said supporting groove to keep said supporting pins engaged with, and supported by, said supporting groove, and an open position, wherein said closing element is spaced from, and does not close, said second lower opening to disengage said supporting pins. - said supporting groove comprises a single second lower opening having a definite length along said bending direction such as to allow disengaging/engaging said supporting pins from/with said supporting groove to remove/insert from/into said upper tool-holding crosspiece at the same time all the upper bending tools of said set of upper bending tools; - said punch means comprises a single closing element that has said definite length along said bending direction, is connected to said upper tool-holding crosspiece and is linearly movable between a closed position, wherein said closing element closes said second lower opening of said supporting groove to keep said supporting pins engaged with, and supported by, said supporting groove, and an open position, wherein said closing element is spaced from, and does not close, said second lower opening to disengage said supporting pins.
An image processing method, configured to process scene data acquired by an imaging device, the scene data comprising a first scene image, and the method comprising: processing the scene data to obtain a scheme of the first scene image comprising: processing the scene data to obtain a foreground portion of the first scene image; determining the foreground portion as a scheme when an area ratio of the foreground portion to the first scene image falls within a predetermined range; determining a region of the first scene image other than the scheme as a background portion; the method further comprising processing the first scene image according to the scheme to obtain a backlight effect image comprising: processing the first scene image to overexpose the background portion; processing the first scene image to increase a brightness of the scheme; and processing the first scene image to generate a strong light scattering effect for an outline of the scheme. processing the scene data to obtain a foreground portion of the first scene image; determining the foreground portion as a scheme when an area ratio of the foreground portion to the first scene image falls within a predetermined range; determining a region of the first scene image other than the scheme as a background portion; the method further comprising processing the first scene image according to the scheme to obtain a backlight effect image comprising: processing the first scene image to overexpose the background portion; processing the first scene image to increase a brightness of the scheme; and processing the first scene image to generate a strong light scattering effect for an outline of the scheme. processing the first scene image to overexpose the background portion; processing the first scene image to increase a brightness of the scheme; and processing the first scene image to generate a strong light scattering effect for an outline of the scheme.
A microfabricated sensor comprising at least one hollow microneedle for extraction of a sample of bodily fluid, a fluid channel connected to the at least one microneedle for receiving a sample of bodily fluid extracted by the at least one microneedle, characterized in a microwave transmission line coupled to and extending along at least a portion of the fluid channel, such that the dielectric properties of the fluid in the fluid channel provide an influence on the electrical properties of the transmission line.
Handheld power tool comprising a tool holder for holding a tool, a percussion mechanism, an electric motor for driving the percussion mechanism, a monostable operating button which has a stable switching position and a pressed switching position, a device controller which switches off the electric motor in response to the stable switching position and which activates the electric motor in response to the pressed switching position, a catch which can be pivoted between a releasing position and a locking position in a pivoting direction, wherein the catch, in the locking position, stops the monostable operating button in the pressed switching position, an operating knob which can be moved by the user in a shifting direction which is perpendicular to the pivoting direction, characterized by a joint by means of which the catch is connected to the operating knob, and a slotted link which is converting a movement of the catch along the shifting direction into a pivoting movement in the pivoting direction. a tool holder for holding a tool, a percussion mechanism, an electric motor for driving the percussion mechanism, a monostable operating button which has a stable switching position and a pressed switching position, a device controller which switches off the electric motor in response to the stable switching position and which activates the electric motor in response to the pressed switching position, a catch which can be pivoted between a releasing position and a locking position in a pivoting direction, wherein the catch, in the locking position, stops the monostable operating button in the pressed switching position, an operating knob which can be moved by the user in a shifting direction which is perpendicular to the pivoting direction, characterized by a joint by means of which the catch is connected to the operating knob, and a slotted link which is converting a movement of the catch along the shifting direction into a pivoting movement in the pivoting direction.