mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling used in a terminal, comprising: sending, by the terminal, a terminal identity of the terminal to an apparatus for controlling the terminal; sending, by the terminal, an application start request for requesting start of an application to the apparatus for controlling the terminal, wherein the application is an application currently in a locally disabled state; and receiving, by the terminal, a start command that is returned by the apparatus for controlling the terminal and used to indicate the start of the application, and setting the application to the available state according to the start command; receiving, by the terminal, time control information that is sent by the apparatus for controlling the terminal and corresponds to the application identity of the application on the terminal, wherein the time control information is acquired by the apparatus for controlling the terminal according to the terminal identity; and controlling, by the terminal, according to the time control information and local time, use time of the application that corresponds to the application identity; setting different screen display states according to the state of the application; wherein the method further comprises: setting different types of applications on different screens according to the states of the applications. sending, by the terminal, a terminal identity of the terminal to an apparatus for controlling the terminal; sending, by the terminal, an application start request for requesting start of an application to the apparatus for controlling the terminal, wherein the application is an application currently in a locally disabled state; and receiving, by the terminal, a start command that is returned by the apparatus for controlling the terminal and used to indicate the start of the application, and setting the application to the available state according to the start command; receiving, by the terminal, time control information that is sent by the apparatus for controlling the terminal and corresponds to the application identity of the application on the terminal, wherein the time control information is acquired by the apparatus for controlling the terminal according to the terminal identity; and controlling, by the terminal, according to the time control information and local time, use time of the application that corresponds to the application identity; setting different screen display states according to the state of the application; wherein the method further comprises: setting different types of applications on different screens according to the states of the applications.
An endobronchial tube for respiratory intubation of a patient, comprising: a first lumen having an open distal end for location, when in use, proximally to the carina within the trachea of the patient, and having a first inflatable cuff; a second lumen longer than the first lumen and having an open distal end to extend, during use, distally past the carina for location within one of the left bronchial branch and right bronchial branch and having a second inflatable cuff; a dedicated image sensor lumen spanning the length of said first lumen and comprising therein an image sensor and illumination source disposed adjacent to the distal end of said first lumen, an outer wall enclosing said first lumen, said second lumen, and said dedicated image sensor lumen; and an image sensor connector disposed at the proximal end of said outer wall, wherein said dedicated image sensor lumen is disposed within the wall thickness of said outer wall between said first and second lumens (110,120), whereby the image sensor is capable of being located, during use, in a position permitting visualization of said second inflatable bronchial cuff disposed within one of the left and right bronchial branch, the patency of the left and right bronchi, the tracheal carina, and the bronchial bifurcation, in a single field of view. a first lumen having an open distal end for location, when in use, proximally to the carina within the trachea of the patient, and having a first inflatable cuff; a second lumen longer than the first lumen and having an open distal end to extend, during use, distally past the carina for location within one of the left bronchial branch and right bronchial branch and having a second inflatable cuff; a dedicated image sensor lumen spanning the length of said first lumen and comprising therein an image sensor and illumination source disposed adjacent to the distal end of said first lumen, an outer wall enclosing said first lumen, said second lumen, and said dedicated image sensor lumen; and an image sensor connector disposed at the proximal end of said outer wall, wherein said dedicated image sensor lumen is disposed within the wall thickness of said outer wall between said first and second lumens (110,120), whereby the image sensor is capable of being located, during use, in a position permitting visualization of said second inflatable bronchial cuff disposed within one of the left and right bronchial branch, the patency of the left and right bronchi, the tracheal carina, and the bronchial bifurcation, in a single field of view.
Fibre application head for producing composite material parts, comprising - a compacting system comprising a compacting roller (2,102, 202, 302, 402, 502), for the application of one or more fibres, onto an application surface, said compacting roller comprising a rigid central tube and at least one cylindrical part (3, 103, 203, 403, 503) made of a flexible material, elastically deformable, assembled on said central tube, and an anti-adherent sheath (6, 106, 206, 406, 506) covering the cylindrical part, and - a heating system capable of emitting thermal radiation in the direction of the fibre or fibres, characterized in that said anti-adherent sheath has lateral portions (61, 161, 261, 461, 561) extending beyond the cylindrical surface of the cylindrical part in the direction of the rotation axis of the roller, the assembly of said anti-adherent sheath to said cylindrical part being carried out by said lateral portions. - a compacting system comprising a compacting roller (2,102, 202, 302, 402, 502), for the application of one or more fibres, onto an application surface, said compacting roller comprising a rigid central tube and at least one cylindrical part (3, 103, 203, 403, 503) made of a flexible material, elastically deformable, assembled on said central tube, and an anti-adherent sheath (6, 106, 206, 406, 506) covering the cylindrical part, and - a heating system capable of emitting thermal radiation in the direction of the fibre or fibres,
A method for performing a secure function using a white-box implementation in a data processing system, the method comprising: receiving an encrypted encoded encryption key in the white-box implementation; storing the encrypted encoded encryption key in a trusted execution environment; decrypting the encrypted encoded encryption key in the TEE to generate a decrypted encoded encryption key; providing the decrypted encoded encryption key to the white-box implementation in an unsecured execution environment; and using the decrypted encoded encryption key to perform the secure function in the white-box implementation. receiving an encrypted encoded encryption key in the white-box implementation; storing the encrypted encoded encryption key in a trusted execution environment; decrypting the encrypted encoded encryption key in the TEE to generate a decrypted encoded encryption key; providing the decrypted encoded encryption key to the white-box implementation in an unsecured execution environment; and using the decrypted encoded encryption key to perform the secure function in the white-box implementation.
Method for switching on a multi-phase electrical machine in a motor vehicle, wherein the multi-phase electrical machine comprises a rotor having a rotor winding and a stator having a multi-phase stator winding, - wherein, in a PWM operating mode, a phase voltage having a phase voltage vector (Us) corresponding in magnitude and direction to a pole wheel voltage vector (U P) of a pole wheel voltage is applied to the stator winding, and - the rotor winding is energised by an excitation current (I f), characterized in that the PWM operating mode is deactivated and a block operating mode for applying the phase voltage is activated when at least one parameter influencing the pole wheel voltage reaches a threshold value, wherein the threshold value corresponds to a magnitude and a direction of the phase voltage vector (Us) of the phase voltage to be applied in the block operating mode. - wherein, in a PWM operating mode, a phase voltage having a phase voltage vector (Us) corresponding in magnitude and direction to a pole wheel voltage vector (U P) of a pole wheel voltage is applied to the stator winding, and - the rotor winding is energised by an excitation current (I f),
A system for determining the blood flow of the gastrointestinal tract, comprising an intestinal probe having an inflatable flexible body disposed at its distal end, at least one pressure sensor disposed on the inflatable flexible body and configured to generate a pressure signal, and a device intended for cooperation with the intestinal probe, the device comprising a means for registering the pressure in real time measured with the pressure sensor and a means for graphically or otherwise reproducing it, wherein the device comprises a means for calculating the blood flow of the gastrointestinal tract from the pressure signal.
Modular unit having a removal fitting with a welded-on inliner for insertion into a plastic inner container of a pallet container, wherein the pallet container is designed for the storage and transport of liquid or flowable contents and the pallet container has an outlet socket at the bottom end for connecting the removal fitting, wherein the removal fitting has a removal fitting housing and the removal fitting housing has a cylindrical pipe socket, characterised in that - the modular unit has a drainage pipe with a base plate and a packaging sleeve, - the inliner is welded on by means of an inliner socket of the inliner over a cylindrical welding area directly radially to the inner surface of the cylindrical pipe socket of the removal fitting housing facing towards the inner side of the plastic inner container, - wherein the inliner and the inliner socket consist of the same multilayer composite foil material with the same barrier properties, - wherein the drainage pipe is firmly inserted into the cylindrical pipe socket of the removal fitting housing of the removal fitting and projects through the welded inliner socket into the inliner, - wherein the removal fitting is formed as a 3-inch removal fitting and - the inliner is formed as a rectangular cushion liner and the corners of the inliner foil facing towards the removal fitting are folded inwards towards the middle and rolled up from both sides towards the middle into a rod-shaped foil roll and covered by a tube-shaped packaging sleeve. - the modular unit has a drainage pipe with a base plate and a packaging sleeve, - the inliner is welded on by means of an inliner socket of the inliner over a cylindrical welding area directly radially to the inner surface of the cylindrical pipe socket of the removal fitting housing facing towards the inner side of the plastic inner container, - wherein the inliner and the inliner socket consist of the same multilayer composite foil material with the same barrier properties, - wherein the drainage pipe is firmly inserted into the cylindrical pipe socket of the removal fitting housing of the removal fitting and projects through the welded inliner socket into the inliner, - wherein the removal fitting is formed as a 3-inch removal fitting and - the inliner is formed as a rectangular cushion liner and the corners of the inliner foil facing towards the removal fitting are folded inwards towards the middle and rolled up from both sides towards the middle into a rod-shaped foil roll and covered by a tube-shaped packaging sleeve.
A working machine in which a working unit that performs predetermined work is connected to a machine body that travels, comprising: illumination means that illuminates a traveling direction of the machine body characterised in that the illumination means is capable of light adjustment and color adjustment; wherein the working machine further comprises: brightness detection means that detects brightness of an illumination spot that is illuminated by illuminating light of the illumination means, color detection means that detects a color of the illumination spot that is illuminated by the illuminating light of the illumination means; and control means which performs light adjustment of the illumination means so that the brightness of the illumination spot is a predetermined value or more and which performs color adjustment of the illumination means in accordance with the color detected by the color detection means so that the color of the illumination spot illuminated by the illuminating light is a predetermined color or a predetermined hue that maintains visibility. brightness detection means that detects brightness of an illumination spot that is illuminated by illuminating light of the illumination means, color detection means that detects a color of the illumination spot that is illuminated by the illuminating light of the illumination means; and control means which performs light adjustment of the illumination means so that the brightness of the illumination spot is a predetermined value or more and which performs color adjustment of the illumination means in accordance with the color detected by the color detection means so that the color of the illumination spot illuminated by the illuminating light is a predetermined color or a predetermined hue that maintains visibility.
A sensing system, comprising: a rotating target (218, 220, 224) with at least one tooth and one slot, the target being associated with a biasing magnet having a magnetic field, wherein said biasing magnet and said rotating target (218, 220, 224) generate a magnetic signal having positive and negative peaks thereof; a dual peak detector comprising a tooth detector and a slot detector, wherein said dual peak detector detects positive and negative peaks of said magnetic signal generated by said biasing magnet and said rotating target (218, 220, 224); and a clamping circuit that provides a true power on, TPO, functionality, wherein said clamping circuit is associated with said dual peak detector, such that said TPO functionality is obtained by setting a minimum initial value for said tooth detector of said dual peak detector at power up and a maximum initial value for said slot detector of said dual peak detector at power up, thereby permitting said rotating target (218, 220, 224) to be sensed as soon as power is applied to said sensing system. a rotating target (218, 220, 224) with at least one tooth and one slot, the target being associated with a biasing magnet having a magnetic field, wherein said biasing magnet and said rotating target (218, 220, 224) generate a magnetic signal having positive and negative peaks thereof; a dual peak detector comprising a tooth detector and a slot detector, wherein said dual peak detector detects positive and negative peaks of said magnetic signal generated by said biasing magnet and said rotating target (218, 220, 224); and a clamping circuit that provides a true power on, TPO, functionality, wherein said clamping circuit is associated with said dual peak detector, such that said TPO functionality is obtained by setting a minimum initial value for said tooth detector of said dual peak detector at power up and a maximum initial value for said slot detector of said dual peak detector at power up, thereby permitting said rotating target (218, 220, 224) to be sensed as soon as power is applied to said sensing system.
Method for the production of a lens having a microstructure on at least one lens face, comprising: - preparing a structure carrier layer, which has a microstructure on one surface; and - casting a lens main body on the microstructure of the structure carrier layer, - the structure carrier layer for forming the microstructure, with the face orientated away from the microstructure, being disposed on a support substrate, which is used together with the structure carrier layer as casting mould shell for casting the lens main body, characterised in that the method includes detachment of the support substrate from the structure carrier layer after casting the lens main body, whilst the structure carrier layer remains on the lens main body. - preparing a structure carrier layer, which has a microstructure on one surface; and - casting a lens main body on the microstructure of the structure carrier layer, - the structure carrier layer for forming the microstructure, with the face orientated away from the microstructure, being disposed on a support substrate, which is used together with the structure carrier layer as casting mould shell for casting the lens main body, characterised in that
A process for producing ammonia synthesis gas from a hydrocarbon source, comprising the following steps: - conversion of said hydrocarbon source into a raw synthesis gas, wherein said conversion takes place solely by means of a catalytic autothermal steam reforming or by means of a non-catalytic partial oxidation with steam, without a step of primary reforming, - said autothermal steam reforming or said partial oxidation being carried out with an oxidant which is oxygen or oxygen-enriched air; - a water-gas shift treatment of said raw synthesis gas, which consist of a medium-temperature shift at a temperature of 200 - 300 °C, thus obtaining a shifted synthesis gas; - purification of said shifted synthesis gas, said purification including at least a step of pressure-swing adsorption to remove residual carbon oxides and methane from the synthesis gas, obtaining a purified synthesis gas, and - optionally, addition of nitrogen to said purified synthesis gas, thus obtaining ammonia synthesis gas with a desired hydrogen to nitrogen ratio, - said conversion of the hydrocarbon source into raw synthesis gas being carried in an autothermal steam reforming reactor or in a partial oxidation reactor, and the steam-to-carbon ratio in the feed of said reactor being lower than 2. - conversion of said hydrocarbon source into a raw synthesis gas, wherein said conversion takes place solely by means of a catalytic autothermal steam reforming or by means of a non-catalytic partial oxidation with steam, without a step of primary reforming, - said autothermal steam reforming or said partial oxidation being carried out with an oxidant which is oxygen or oxygen-enriched air; - a water-gas shift treatment of said raw synthesis gas, which consist of a medium-temperature shift at a temperature of 200 - 300 °C, thus obtaining a shifted synthesis gas; - purification of said shifted synthesis gas, said purification including at least a step of pressure-swing adsorption to remove residual carbon oxides and methane from the synthesis gas, obtaining a purified synthesis gas, and - optionally, addition of nitrogen to said purified synthesis gas, thus obtaining ammonia synthesis gas with a desired hydrogen to nitrogen ratio, - said conversion of the hydrocarbon source into raw synthesis gas being carried in an autothermal steam reforming reactor or in a partial oxidation reactor, and the steam-to-carbon ratio in the feed of said reactor being lower than 2.
A conical roller bearing device comprising: a conical roller bearing that includes an inner ring that has an outer raceway surface on its outer peripheral surface, an outer ring that has an inner raceway surface on its inner peripheral surface, a retainer, and a plurality of conical rollers that are rollably arranged between the outer raceway surface of the inner ring and the inner raceway surface of the outer ring and that are respectively accommodated in pockets formed in the retainer; and a pressing mechanism that presses the retainer in a direction to reduce gaps between the conical rollers and the outer raceway surface of the inner ring and gaps between the conical rollers and the inner raceway surface of the outer ring along center axes of the inner ring and outer ring, the conical roller bearing device characterized in that: the pressing mechanism is formed of a hydraulic chamber and a hydraulic supply portion (10C, 10D), the hydraulic chamber is defined by a rib formed in the retainer so as to be positioned on a side of the inner ring and outer ring in an axial direction, and the hydraulic supply portion (10C, 10D) supplies a predetermined hydraulic pressure to the hydraulic chamber. a conical roller bearing that includes an inner ring that has an outer raceway surface on its outer peripheral surface, an outer ring that has an inner raceway surface on its inner peripheral surface, a retainer, and a plurality of conical rollers that are rollably arranged between the outer raceway surface of the inner ring and the inner raceway surface of the outer ring and that are respectively accommodated in pockets formed in the retainer; and a pressing mechanism that presses the retainer in a direction to reduce gaps between the conical rollers and the outer raceway surface of the inner ring and gaps between the conical rollers and the inner raceway surface of the outer ring along center axes of the inner ring and outer ring, the conical roller bearing device characterized in that: the pressing mechanism is formed of a hydraulic chamber and a hydraulic supply portion (10C, 10D), the hydraulic chamber is defined by a rib formed in the retainer so as to be positioned on a side of the inner ring and outer ring in an axial direction, and the hydraulic supply portion (10C, 10D) supplies a predetermined hydraulic pressure to the hydraulic chamber. the pressing mechanism is formed of a hydraulic chamber and a hydraulic supply portion (10C, 10D), the hydraulic chamber is defined by a rib formed in the retainer so as to be positioned on a side of the inner ring and outer ring in an axial direction, and the hydraulic supply portion (10C, 10D) supplies a predetermined hydraulic pressure to the hydraulic chamber.
A light-emitting device material comprising a compound represented by the following general formula: [Chemical Formula 1] Ar-L(̵Z) n wherein Ar represents a group containing a benzofluoranthene skeleton, and Z is represented by the following general formula; L is a single bond, a substituted or unsubstituted arylene group, or a substituted or unsubstituted heteroarylene group; n is 1 or 2; and when n is 2, two Zs may be the same or different; wherein ring A and ring B each represent a substituted or unsubstituted benzene ring, a substituted or unsubstituted fused aromatic hydrocarbon ring, a substituted or unsubstituted monocyclic aromatic heterocyclic ring, or a substituted or unsubstituted fused aromatic heterocyclic ring, with the proviso that at least one of atoms that form ring A and ring B is electron-accepting nitrogen; a substituent that ring A and ring B optionally have, and R 1 are each selected from the group consisting of an alkyl group, a cycloalkyl group, a heterocyclic group, an alkenyl group, a cycloalkenyl group, an alkynyl group, an alkoxy group, an alkylthio group, an aryl ether group, an aryl thioether group, an aryl group, a heteroaryl group, halogen, a carbonyl group, a carboxyl group, an oxycarbonyl group, a carbamoyl group and -P(=O)R 2 R 3; R 1 may be hydrogen; R 2 and R 3 are each an aryl group or a heteroaryl group; or R 2 and R 3 may be fused to form a ring, with the proviso that the group is coupled to L at the position of any of R 1, ring A and ring B; and when n is 2, positions at which two Zs are coupled to L may be the same or different.