mhurhangee/ep-ind-claims huggingface dataset:
A protection circuit for protecting a battery pack having rechargeable batteries (6-1 to 6-10) connected in series from overcurrents and overvoltages, the protection circuit comprising: protection devices each having a heating resistor and a fuse element provided on a circuit board; and sensing means for detecting an overvoltage across a predetermined number out of the batteries in the battery pack and each individual battery of said predetermined number out of the batteries in the battery pack and switching a current flowing into the heating resistor, characterized in that the plurality of protection devices are connected in parallel to the sensing means; the fuse element is configured to be melted at each protection device in an overcurrent condition; and the sensing means is configured to switch on the current flowing into the heating resistor in an overvoltage condition on any of the batteries, thereby causing a voltage across a predetermined number of the batteries in the battery pack to be applied to the heating resistor of each protection device, the heating resistor to generate heat, and the fuse element to be melted. the protection circuit comprising: protection devices each having a heating resistor and a fuse element provided on a circuit board; and sensing means for detecting an overvoltage across a predetermined number out of the batteries in the battery pack and each individual battery of said predetermined number out of the batteries in the battery pack and switching a current flowing into the heating resistor, protection devices each having a heating resistor and a fuse element provided on a circuit board; and sensing means for detecting an overvoltage across a predetermined number out of the batteries in the battery pack and each individual battery of said predetermined number out of the batteries in the battery pack and switching a current flowing into the heating resistor, characterized in that the plurality of protection devices are connected in parallel to the sensing means; the fuse element is configured to be melted at each protection device in an overcurrent condition; and the sensing means is configured to switch on the current flowing into the heating resistor in an overvoltage condition on any of the batteries, thereby causing a voltage across a predetermined number of the batteries in the battery pack to be applied to the heating resistor of each protection device, the heating resistor to generate heat, and the fuse element to be melted.
A method (200, 300) in a session management function, SMF, of a communication network for allocating an Internet Protocol, IP, address to a user equipment, UE, the method comprising: sending a query to a policy control function, PCF, of the communication network regarding the UE; receiving an IP index associated with the UE from the PCF in response to the query, the IP index specifying an IP address pool that includes IP addresses available for assigning to the UE; upon receiving the IP index: selecting an IP address from the address pool compatible with a service requested by the UE; and assigning the IP address to the UE. sending a query to a policy control function, PCF, of the communication network regarding the UE; receiving an IP index associated with the UE from the PCF in response to the query, the IP index specifying an IP address pool that includes IP addresses available for assigning to the UE; upon receiving the IP index: selecting an IP address from the address pool compatible with a service requested by the UE; and assigning the IP address to the UE. selecting an IP address from the address pool compatible with a service requested by the UE; and assigning the IP address to the UE.
A system for guiding the manual insertion of a needle into the body of a patient during a percutaneous surgical procedure, the system comprising: a guiding device which comprises a graphical display, a plurality of markers (7a-7d) suited to reflect infrared light, and support means to allow the guiding device to be mounted on the needle with the markers (7a-7d) arranged according to a certain geometrical pattern with respect to the tip of the needle and with the screen of the graphical display parallel to a first plane perpendicular to the axis of the needle; infrared image acquisition means to acquire images of the guiding device during the surgical procedure; memory means for storing the positions, in a coordinate system that is fixed with respect to the operating table, of an entry point of the needle on the body and of a target point inside the body that has to be reached by the tip of the needle; and processing means, which are interfaced with said image acquisition means and with said graphical display and are configured to determine in real time the position of the markers (7a-7d) in said coordinate system based on the images acquired and the current position of the needle as a function of the positions of the markers (7a-7d) and of said geometrical pattern, and to control the graphical display so that it displays graphical navigation information, which is a function of the current position of the needle and of the positions of the entry and target points (PE, PT); the system being characterised in that said processing means are configured to calculate direction and sense of a first vector consisting of the relative position vector, with respect to the current position of the needle on said first plane, of the orthogonal projection on said first plane of the entry point, and calculate a first distance between the current position of the tip of the needle and the position of the entry point; said graphical navigation information comprising first graphical information (201, 202) indicative of said direction and sense of the first vector and of said first distance.
Assembly comprising a door activation valve device for a vehicle door system which can be activated by a pressure medium, an actuating device which can be activated by a pressure medium and has the purpose of activating the vehicle door, a first emergency activation valve and a second emergency activation valve, wherein the door activation valve device comprises a valve housing which has at least one pressure medium connection (22, 23) which is connected to the actuating device which can be activated by a pressure medium, and at least a first pressure medium connection which is connected to the first emergency activation valve, wherein the door activation valve device has at least one operating position and an emergency position which can be assumed as result of activation of at least one emergency activation valve, and wherein in the emergency position the actuating device can be made essentially pressureless by the door activation valve device, wherein the valve housing of the door activation valve device has at least one second pressure medium connection which is connected to the second emergency activation valve which can be throttled or closed off with respect to the first pressure medium connection, characterized in that the door activation valve device has a check valve with an open position and a closed/throttled position via which the second pressure medium connection can be throttled or closed off with respect to the first pressure medium connection.
Thermal processing method for desensitising a nickel-based alloy with respect to environmentally-assisted cracking, the alloy having the following composition in percentages by weight: C ≤ 0.10%; Mn ≤ 0.5%; Si ≤ 0.5%; P ≤ 0.015%; S ≤ 0.015%; Ni ≥ 40%; Cr = 12%-40%; Co ≤ 10%; Al ≤ 5%; Mo = 0.1%-15%; Ti ≤ 5%; B ≤ 0.01%; Cu ≤ 5%; W = 0.1%-15%; Nb = 0-10%; Ta ≤ 10%; the balance being Fe and inevitable impurities resulting from the production operation, characterised in that the alloy is kept at 950°C-1160°C in an atmosphere containing at least 100 ppm of hydrogen mixed with an inert gas of pure hydrogen, said desensitization being considered as obtained by the fact that, after a tensile test in air at 650°C with a speed of 10 -3 s -1, a fracture surface having both fragile intergranular and ductile transgranular features, or a fracture surface having purely ductile transgranular features, is observed.
A method for encrypting a message performed at an encrypting device, the method comprising: generating a random nonce; generating a commitment message based upon the message and the random nonce; transmitting the commitment message to a plurality of cryptographic devices or a proxy device such that the plurality of cryptographic devices receive the commitment message, the plurality of cryptographic devices respectively storing a plurality of secret shares that are generated from a secret value; receiving, from each of the plurality of cryptographic devices or the proxy device, a plurality of partial computations corresponding to a key generation seed, the partial computations being generated using the secret shares and the commitment message; generating the key generation seed based on the plurality of partial computations; generating a cryptographic key based upon the key generation seed; encrypting, using the cryptographic key, the message and the random nonce to produce a ciphertext message; and generating a ciphertext payload comprising the commitment message and the ciphertext message. generating a random nonce; generating a commitment message based upon the message and the random nonce; transmitting the commitment message to a plurality of cryptographic devices or a proxy device such that the plurality of cryptographic devices receive the commitment message, the plurality of cryptographic devices respectively storing a plurality of secret shares that are generated from a secret value; receiving, from each of the plurality of cryptographic devices or the proxy device, a plurality of partial computations corresponding to a key generation seed, the partial computations being generated using the secret shares and the commitment message; generating the key generation seed based on the plurality of partial computations; generating a cryptographic key based upon the key generation seed; encrypting, using the cryptographic key, the message and the random nonce to produce a ciphertext message; and generating a ciphertext payload comprising the commitment message and the ciphertext message.
A method of decoding a three-dimensional video bitstream, comprising: decoding, from the three-dimensional video bitstream comprising a plurality of views including a left view comprising a left view image and a right view comprising a right view image, and supplemental auxiliary information for constructing a stereo pair, a syntax element in the supplemental auxiliary information to obtain a number of shifting samples, the syntax element having an integer numerical value C' between 0 to 2 n -1 and including 0 and 2 n -1, where n is an integer, where C' greater than or equal to an integer K, wherein 0 ≤ K ≤ 2 n -1, represents shifting the left view image by the number C'-K shifting samples in a right direction with respect to the right view image, and C' being smaller than K represents shifting the left view image by the number K-C' shifting samples in a left direction with respect to the right view image; and constructing the stereo pair comprising the left view image and the right view image from the three-dimensional video bitstream by horizontally shifting according to the number of shifting samples obtained from the supplemental auxiliary information. decoding, from the three-dimensional video bitstream comprising a plurality of views including a left view comprising a left view image and a right view comprising a right view image, and supplemental auxiliary information for constructing a stereo pair, a syntax element in the supplemental auxiliary information to obtain a number of shifting samples, the syntax element having an integer numerical value C' between 0 to 2 n -1 and including 0 and 2 n -1, where n is an integer, where C' greater than or equal to an integer K, wherein 0 ≤ K ≤ 2 n -1, represents shifting the left view image by the number C'-K shifting samples in a right direction with respect to the right view image, and C' being smaller than K represents shifting the left view image by the number K-C' shifting samples in a left direction with respect to the right view image; and constructing the stereo pair comprising the left view image and the right view image from the three-dimensional video bitstream by horizontally shifting according to the number of shifting samples obtained from the supplemental auxiliary information.
Method for operating a first energy generator in an electrical power supply network having various regions on different voltage levels, to which network a plurality of electrical consumers and at least the first energy generator, which is designed as a regenerative energy generator in particular, are connected via a network connection point respectively assigned thereto in each case, - wherein at least the first energy generator has an inverter with a predetermined power rating, the AC voltage output of which being electrically connected to a first network connection point assigned thereto, - wherein the operation control of the inverter with respect to its reactive power feed and/or its reactive power draw into or out of the power supply network takes place depending on a continuously measured network voltage value (U Netz), - wherein the network voltage value (U Netz) is measured at a second network connection point which is different from the first network connection point of the energy generator, - wherein the second network connection point is arranged on a different voltage level to the first network connection point, - wherein at least one additional network connection point and/or a transformer is arranged between the first network connection point and the second network connection point, and - wherein the second network connection point is arranged close to the most voltage-sensitive location of the network. - wherein at least the first energy generator has an inverter with a predetermined power rating, the AC voltage output of which being electrically connected to a first network connection point assigned thereto, - wherein the operation control of the inverter with respect to its reactive power feed and/or its reactive power draw into or out of the power supply network takes place depending on a continuously measured network voltage value (U Netz), - wherein the network voltage value (U Netz) is measured at a second network connection point which is different from the first network connection point of the energy generator, - wherein the second network connection point is arranged on a different voltage level to the first network connection point, - wherein at least one additional network connection point and/or a transformer is arranged between the first network connection point and the second network connection point, and - wherein the second network connection point is arranged close to the most voltage-sensitive location of the network.
An image processing system for planning a location of at least one injection point for a medical procedure, the image processing system comprising: - a data receiving module configured to receive at least one volume of imaging data for a region of interest; - first and second rendering modules (102, 104) configured to render the at least one volume of imaging data; - a processing module configured to obtain at least one virtual injection point (307, 420, 422) indicating a location in a network of blood vessels for an injection; wherein the second rendering module renders imaging data at a higher level of detail than the first rendering module; wherein the processing module is configured to control the first and second rendering modules to construct a combined volume presentation including a first volume region rendered by the first rendering module and a second volume region based on imaging data at the higher level of detail rendered by the second rendering module, and wherein the processing module is configured to designate the first and second volume regions based on the at least one virtual injection point. - a data receiving module configured to receive at least one volume of imaging data for a region of interest; - first and second rendering modules (102, 104) configured to render the at least one volume of imaging data; - a processing module configured to obtain at least one virtual injection point (307, 420, 422) indicating a location in a network of blood vessels for an injection;
Multi-circuit hydraulically closed brake system, in particular for a highly automated or autonomous vehicle, having at least two wheel brakes (RB1, RB2, RB3, RB4) which are each assigned to a brake circuit (BK1, BK2), having two multi-circuit pressure generators (12, 22) which are hydraulically connected in series between a fluid container and the at least two wheel brakes (RB1, RB2, RB3, RB4), and having a hydraulic unit for hydraulic connection of the pressure generators (12, 22) to the at least two wheel brakes (RB1, RB2, RB3, RB4) and for individual brake-pressure modulation in the at least two wheel brakes (RB1, RB2, RB3, RB4), wherein a first pressure generator is assigned to a main system, which main system comprises a first energy supply and a first evaluation and control unit for controlling the first pressure generator, wherein a second pressure generator is in the form of a pump system and is assigned to a secondary system, which secondary system comprises a second energy supply, which is independent of the first energy supply, and a second evaluation and control unit, wherein the hydraulic unit is assigned to the secondary system, so that the components of the hydraulic unit and the second pressure generator are controlled by the second evaluation and control unit and are supplied with energy by the second energy supply, characterized in that the first pressure generator is in the form of a plunger system, wherein during normal operation, the main system, by means of the first pressure generator, increases or reduces or maintains the pressure in the brake circuits (BK1, BK2) and the secondary system, by means of the second pressure generator and the hydraulic unit, performs the individual brake-pressure modulation in the at least two wheel brakes (RB1, RB2, RB3, RB4), wherein the secondary system, in the event of failure of the main system, by means of the second pressure generator and the hydraulic unit, increases or reduces or maintains the pressure in the brake circuits (BK1, BK2) and performs the individual brake-pressure modulation in the at least two wheel brakes (RB1, RB2, RB3, RB4), and wherein, in the event of failure of the secondary system, the main system increases or reduces or maintains the pressure in the brake circuits (BK1, BK2) and in the at least two wheel brakes (RB1, RB2, RB3, RB4) by means of the first pressure generator and the individual brake-pressure modulation in the at least two wheel brakes (RB1, RB2, RB3, RB4) is not applied.
A ventilation therapy device comprising a ventilation sound-diminishing apparatus, comprising a sound-diminishing housing having a gas flow channel, wherein the gas flow channel serves as a channel section of a gas delivery channel of the ventilation therapy device, wherein flow channel side walls of the gas flow channel comprise a first flow channel side wall and a second flow channel side wall that are arranged opposite to and spaced apart from each other in a first direction, characterized in that a plurality of first scattering bodies extending toward the interior of the gas flow channel and arranged in a plurality of rows and a plurality of columns at intervals are provided on an inner surface of the first flow channel side wall, a plurality of second scattering bodies extending toward the interior of the gas flow channel and arranged in a plurality of rows and a plurality of columns at intervals are provided on an inner surface of the second flow channel side wall, and a preset distance is maintained between the first scattering bodies and the second scattering bodies in the first direction. wherein the gas flow channel serves as a channel section of a gas delivery channel of the ventilation therapy device, wherein flow channel side walls of the gas flow channel comprise a first flow channel side wall and a second flow channel side wall that are arranged opposite to and spaced apart from each other in a first direction, characterized in that a plurality of first scattering bodies extending toward the interior of the gas flow channel and arranged in a plurality of rows and a plurality of columns at intervals are provided on an inner surface of the first flow channel side wall, a plurality of second scattering bodies extending toward the interior of the gas flow channel and arranged in a plurality of rows and a plurality of columns at intervals are provided on an inner surface of the second flow channel side wall, and a preset distance is maintained between the first scattering bodies and the second scattering bodies in the first direction.
A network entity for providing a service in a mobile communication network, the mobile communication network comprising a plurality of basic network functions (130, 130'), wherein the network entity is configured to: receive a service request, wherein the service request identifies a service requested by a further network entity (110, 120) of the mobile communication network; select on the basis of the service request one or more basic network functions from the plurality of basic network functions (130; 130') by extracting from the service request the one or more basic network functions to be selected from the plurality of basic network functions (130, 130'); and generate a composite network function on the basis of the selected basic network functions for providing the service requested by the service request, wherein the network entity is configured to select the one or more basic network functions from the plurality of basic network functions (130; 130') on the basis of the service request and a set of dependency rules, wherein the set of dependency rules defines between the plurality of basic network functions (130; 130'), wherein the set of dependency rules is stored in a memory of the network entity, or wherein the network entity is configured to extract the set of dependency rules from the service request. receive a service request, wherein the service request identifies a service requested by a further network entity (110, 120) of the mobile communication network; select on the basis of the service request one or more basic network functions from the plurality of basic network functions (130; 130') by extracting from the service request the one or more basic network functions to be selected from the plurality of basic network functions (130, 130'); and generate a composite network function on the basis of the selected basic network functions for providing the service requested by the service request, wherein the network entity is configured to select the one or more basic network functions from the plurality of basic network functions (130; 130') on the basis of the service request and a set of dependency rules, wherein the set of dependency rules defines between the plurality of basic network functions (130; 130'), wherein the set of dependency rules is stored in a memory of the network entity, or wherein the network entity is configured to extract the set of dependency rules from the service request.