mhurhangee/ep-ind-claims huggingface dataset:
Cabinet with at least one body, and with at least one roller blind composed of segments (20, 40, 50) movable relative to one another, which can be displaced between an open position and a closed position and which, in its closed position, closes at least one side, preferably the front side of the body, wherein at least one first means is provided, that acts on the segment located on the edge of the closed roller blind in such a way that all segments (20, 40, 50) of the roller blind located on the side of the body closed by the roller blind have their front sides located in one plane when the roller blind is completely closed, wherein the first means is formed by a component of the roller blind and wherein it is provided that the first means comprises at least one protrusion, by means of which the first means acts on the segment located on the edge of the closed roller blind, and wherein at least one second means is provided, that acts on at least one of the segments of the roller blind in such a way that, if the roller blind is completely open, said segment extends with its front side parallel to the mentioned side of the body that can be closed by the roller blind, wherein the second means is formed by at least one protrusion which is located on the rear side of at least one segment of the roller blind facing away from the front side, wherein guiding devices are provided on the cabinet, in which the segments (20, 40, 50) of the roller blind are received in a displaceable manner, wherein it is preferably provided that the guiding devices are arranged on the sides of the side walls of the body that face one another, characterized in that the guiding devices comprise at least one curved portion and at least one straight portion which extends in parallel to the side of the body that can be closed by the roller blind, and in that the individual segments (20, 40, 50) of the blind are connected to one another through film hinges.
A system for providing security in a computer system, the system being implemented in an integrated circuit and comprising a physical unclonable function, PUF, device and one or more logic circuits that at startup of the computer system are configured to at least: call the PUF device a preset plurality of times with an identical input value to generate a plurality of PUF values that are used as candidate identifiers of the integrated circuit; apply a hash function to the candidate identifiers to produce respective hash values; access a reference hash value from a non-volatile memory, the reference hash value being from application of the hash function to an accepted identifier of the integrated circuit; verify all of the respective hash values using the reference hash value; and enable the computer system to operate in a first mode when a respective hash value of the respective hash values is verified, or otherwise enable the computer system to operate in a second mode when none of the respective hash values is verified, the respective hash value being for a candidate identifier of the candidate identifiers that matches and is thereby construed as the accepted identifier, wherein the first mode is a normal operation mode, and wherein the second mode is a fake operation mode that mimics the normal operation mode. call the PUF device a preset plurality of times with an identical input value to generate a plurality of PUF values that are used as candidate identifiers of the integrated circuit; apply a hash function to the candidate identifiers to produce respective hash values; access a reference hash value from a non-volatile memory, the reference hash value being from application of the hash function to an accepted identifier of the integrated circuit; verify all of the respective hash values using the reference hash value; and enable the computer system to operate in a first mode when a respective hash value of the respective hash values is verified, or otherwise enable the computer system to operate in a second mode when none of the respective hash values is verified, the respective hash value being for a candidate identifier of the candidate identifiers that matches and is thereby construed as the accepted identifier, wherein the first mode is a normal operation mode, and wherein the second mode is a fake operation mode that mimics the normal operation mode.
A system for determining an actual number of passengers on board an aircraft, the system comprising: - a camera arrangement configured to acquire image data simultaneously on board the aircraft; - a central processing unit configured to determine the actual number of passengers on board the aircraft based on the acquired image data; and - a control panel being a user interface operated by personnel of the aircraft, wherein the control panel is configured to initiate the image data acquisition and the determination of the actual number of passengers; wherein the camera arrangement comprises cameras of the following camera types: one or more passenger seat cameras associated with one or more passenger seats of the aircraft, the one or more passenger seat cameras being configured and arranged to acquire image data of the associated one or more passenger seats, wherein the one or more passenger seat cameras are configured and arranged to acquire image data of each passenger seat provided in the aircraft; one or more cabin corridor cameras being configured and arranged to acquire image data of at least one or more cabin corridors of the aircraft, one or more cabin door cameras being configured and arranged to acquire image data of one or more cabin doors of the aircraft; wherein the central processing unit is configured to determine the actual number of passengers on board the aircraft by summing up a number of passengers detected by the camera arrangement or by the central processing unit in the image data acquired by the one or more cameras of one camera type, and the one or more cameras of the other camera types are configured to be used as one or more backup cameras in order to check the determined number of passengers. - a camera arrangement configured to acquire image data simultaneously on board the aircraft; - a central processing unit configured to determine the actual number of passengers on board the aircraft based on the acquired image data; and - a control panel being a user interface operated by personnel of the aircraft, wherein the control panel is configured to initiate the image data acquisition and the determination of the actual number of passengers; one or more passenger seat cameras associated with one or more passenger seats of the aircraft, the one or more passenger seat cameras being configured and arranged to acquire image data of the associated one or more passenger seats, wherein the one or more passenger seat cameras are configured and arranged to acquire image data of each passenger seat provided in the aircraft; one or more cabin corridor cameras being configured and arranged to acquire image data of at least one or more cabin corridors of the aircraft, one or more cabin door cameras being configured and arranged to acquire image data of one or more cabin doors of the aircraft;
Method for creating a hole of defined size in a strip-like material which is located between the facing ends of two electrodes (1, 3) by an electrical discharge between the electrodes (1, 3), wherein the electrodes (1, 3) form the capacitive and ohmic part of a series resonance oscillating circuit, characterised in that the strip-like material is a dielectric plastic foil (dielectric) and the following steps are carried out: a) an alternating current voltage with a first frequency which lies in the range of the resonance frequency of the oscillating circuit with the dielectric is applied between the electrodes (1, 3), through which a corona discharge occurs between at least one electrode and the foil, b) at the same time an electrical variable the value of which depends on the presence of the dielectric between the electrodes (1, 3) is measured, c) the frequency of the alternating current voltage is changed to a second frequency lying in the range of the resonance frequency of the oscillating circuit without the dielectric as soon as the electrical variable has changed by more than a predetermined amount, d) the alternating current voltage is switched off after a predetermined period of time measured from the change has elapsed. a) an alternating current voltage with a first frequency which lies in the range of the resonance frequency of the oscillating circuit with the dielectric is applied between the electrodes (1, 3), through which a corona discharge occurs between at least one electrode and the foil, b) at the same time an electrical variable the value of which depends on the presence of the dielectric between the electrodes (1, 3) is measured, c) the frequency of the alternating current voltage is changed to a second frequency lying in the range of the resonance frequency of the oscillating circuit without the dielectric as soon as the electrical variable has changed by more than a predetermined amount, d) the alternating current voltage is switched off after a predetermined period of time measured from the change has elapsed.
A flanging press for folding over a flange of a component, preferably a vehicle part, wherein the flanging press is arranged in a stationary manner and comprises at least: (a) a base structure featuring a flanging bed onto which the component can be pressed in a pressing direction in order to fold over the flange; (b) a flanging die unit featuring a flanging die for folding over the flange; (c) and a pressing drive for generating a pressing force which acts on the component for the purpose of folding over; (d) wherein the flanging die and the flanging bed can be moved relative to each other in the pressing direction by means of the pressing drive in order to exert the pressing force; (e) wherein the pressing drive comprises a bellows which can be charged with pressure fluid, preferably pressurised gas, and acts on the flanging die unit or flanging bed in the pressing direction when charged with pressure, thus generating at least some of the pressing force, (f) and the pressure bellows comprises a bellows area which extends transverse to the pressing direction and which can be charged with the pressure fluid, characterised in that (g) a suppressor is provided for holding down the component during flanging, the suppressor comprises a holding-down edge for contacting the component, and a region which borders the holding-down edge, and the region of the suppressor which borders the holding-down edge, and the at least one flanging die, are shaped such that the at least one flanging die can overlap the holding-down edge of the suppressor transverse to the pressing direction and transverse to the flange during flanging. (a) a base structure featuring a flanging bed onto which the component can be pressed in a pressing direction in order to fold over the flange; (b) a flanging die unit featuring a flanging die for folding over the flange; (c) and a pressing drive for generating a pressing force which acts on the component for the purpose of folding over; (d) wherein the flanging die and the flanging bed can be moved relative to each other in the pressing direction by means of the pressing drive in order to exert the pressing force; (e) wherein the pressing drive comprises a bellows which can be charged with pressure fluid, preferably pressurised gas, and acts on the flanging die unit or flanging bed in the pressing direction when charged with pressure, thus generating at least some of the pressing force, (f) and the pressure bellows comprises a bellows area which extends transverse to the pressing direction and which can be charged with the pressure fluid, characterised in that (g) a suppressor is provided for holding down the component during flanging, the suppressor comprises a holding-down edge for contacting the component, and a region which borders the holding-down edge, and the region of the suppressor which borders the holding-down edge, and the at least one flanging die, are shaped such that the at least one flanging die can overlap the holding-down edge of the suppressor transverse to the pressing direction and transverse to the flange during flanging.
Assembly comprising a semi-submersible float, in particular for an offshore wind turbine, comprising at least four columns, including a central column and three outer columns (4, 5, 6) connected to the central column by pontoon-shaped branches (7, 8), the outer columns and the pontoon-shaped branches comprising ballasts, the ballasts being ballasts with compressed-air drainage, the semi-submersible float comprising means for connecting the ballasts to a source of compressed discharge air, characterised in that the ballasts are gravity-filled ballasts, and in that the assembly comprises a support vessel, connection means to the connection means, and the source of compressed discharge air supplying the compressed discharge air to the ballast tanks, the source of compressed discharge air being carried by the support vessel and being associated with the connection means. the semi-submersible float comprising means for connecting the ballasts to a source of compressed discharge air, characterised in that the ballasts are gravity-filled ballasts, and in that the assembly comprises a support vessel, connection means to the connection means, and the source of compressed discharge air supplying the compressed discharge air to the ballast tanks, the source of compressed discharge air being carried by the support vessel and being associated with the connection means.
An electronic instrument comprising: a housing; a fitting part, fixed on an upper housing part of the housing, that is freely attachable to an attaching section of an illumination apparatus; a sound reproduction space that is formed in the housing; and a substrate, on an upper part of which the sound reproduction space is formed, wherein the sound reproduction space has a cross-sectional shape of a deformed circular body such that a space for forming a through-hole is obtained, and wherein the through-hole is formed in a position separated from the sound reproduction space in the substrate. a housing; a fitting part, fixed on an upper housing part of the housing, that is freely attachable to an attaching section of an illumination apparatus; a sound reproduction space that is formed in the housing; and a substrate, on an upper part of which the sound reproduction space is formed, wherein the sound reproduction space has a cross-sectional shape of a deformed circular body such that a space for forming a through-hole is obtained, and wherein the through-hole is formed in a position separated from the sound reproduction space in the substrate.
A processor implemented method, comprising: receiving a plurality of input data pertaining to a mixed fluid chamber, wherein the plurality of input data includes (i) sound velocity information determined using an acoustic pyrometer based technique, (ii) location information of one or more chemical sensors deployed in the mixed fluid chamber, (iii) concentration of one or more fluids determined using the one or more chemical sensors and (iv) dimension of the mixed fluid chamber; determining one or more fluid parameters using one of (i) a bernoulli principle based fluid model or (ii) a state space based fluid model; determining, an information pertaining to a plurality of thermocouples comprised in the mixed fluid chamber, wherein the information includes corresponding location coordinates of the plurality of thermocouples and temperature measured at the corresponding location coordinates of the plurality of thermocouples; generating ground truth temperature data for the mixed fluid chamber using a gradient based heat diffusion model based on the information pertaining to each of the plurality of thermocouples; training an artificial intelligence based model using the one or more fluid parameters, the generated ground truth temperature data, and the sound velocity information; and estimating for a plurality of test input data, temperature of the mixed fluid chamber using the trained AI based model. receiving a plurality of input data pertaining to a mixed fluid chamber, wherein the plurality of input data includes (i) sound velocity information determined using an acoustic pyrometer based technique, (ii) location information of one or more chemical sensors deployed in the mixed fluid chamber, (iii) concentration of one or more fluids determined using the one or more chemical sensors and (iv) dimension of the mixed fluid chamber; determining one or more fluid parameters using one of (i) a bernoulli principle based fluid model or (ii) a state space based fluid model; determining, an information pertaining to a plurality of thermocouples comprised in the mixed fluid chamber, wherein the information includes corresponding location coordinates of the plurality of thermocouples and temperature measured at the corresponding location coordinates of the plurality of thermocouples; generating ground truth temperature data for the mixed fluid chamber using a gradient based heat diffusion model based on the information pertaining to each of the plurality of thermocouples; training an artificial intelligence based model using the one or more fluid parameters, the generated ground truth temperature data, and the sound velocity information; and estimating for a plurality of test input data, temperature of the mixed fluid chamber using the trained AI based model.
An optical fiber for an underwater shockwave generating device in which the underwater shockwave is generated by irradiating a laser beam underwater, comprising: a linear main body part and a laser beam convergence part disposed on a front end thereof, wherein the laser beam convergence part is a solid of revolution having an axis where a radius gradually decreases toward a front, wherein the laser beam convergence part has an approximate truncated cone shape where a leading end has a planar surface perpendicular to the axis, wherein an interior angle (θ) with respect to a radial direction of a lateral face of an axial cross-section of the laser beam convergence part gradually decreases toward the front, and wherein an outer surface of the laser beam convergence part is configured to be a polished mirror surface provided by using several polishers from 24 microns to 1 micron in order to eliminate fine cracks and asperity on the mirror surface. a linear main body part and a laser beam convergence part disposed on a front end thereof, wherein the laser beam convergence part is a solid of revolution having an axis where a radius gradually decreases toward a front, wherein the laser beam convergence part has an approximate truncated cone shape where a leading end has a planar surface perpendicular to the axis, wherein an interior angle (θ) with respect to a radial direction of a lateral face of an axial cross-section of the laser beam convergence part gradually decreases toward the front, and wherein an outer surface of the laser beam convergence part is configured to be a polished mirror surface provided by using several polishers from 24 microns to 1 micron in order to eliminate fine cracks and asperity on the mirror surface.
Method for managing the operation of a data processing device, called first device, capable of communicating with another data processing device, called second device, through communication channels including a first communication channel having a first range and a second communication channel having a second range greater than the first, the first device including at least one location module (MLOC2, MLOC3) suitable for use when the devices are out of range of one another relative to the first channel, the module being capable of transmitting, via the second channel, a plurality of messages including the locations of the object with a given periodicity, characterized in that, when the devices (OBJ, MOB) are out of range of one other relative to the first channel, the method comprises, in the first device - a receiving step in which the first device receives, from the second device, via the second channel, at least one command for modifying the periodicity of transmission of the messages including the locations of the object, - a step of transmitting, via the second channel, messages with the modified periodicity. - a receiving step in which the first device receives, from the second device, via the second channel, at least one command for modifying the periodicity of transmission of the messages including the locations of the object, - a step of transmitting, via the second channel, messages with the modified periodicity.
A method, performed by a mobile terminal, for determining an access way of the mobile terminal, the method comprises: obtaining parameter information of a subscriber identity module, SIM, card in response to inserting the SIM card into the mobile terminal; based on the parameter information, searching a preset database in the mobile terminal for access point name, APN, information corresponding to the parameter information, wherein the APN information comprises an APN type and an APN access identifier; and characterized in that in response to that the APN information is found, determining a corresponding access way of the mobile terminal based on the APN information, wherein the access way comprises Voice over Long Term Evolution, VoLTE, and Voice over Wireless-Fidelity, VoWiFi. obtaining parameter information of a subscriber identity module, SIM, card in response to inserting the SIM card into the mobile terminal; based on the parameter information, searching a preset database in the mobile terminal for access point name, APN, information corresponding to the parameter information, wherein the APN information comprises an APN type and an APN access identifier; and characterized in that in response to that the APN information is found, determining a corresponding access way of the mobile terminal based on the APN information, wherein the access way comprises Voice over Long Term Evolution, VoLTE, and Voice over Wireless-Fidelity, VoWiFi.