mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a portable electronic device, comprising sensing an ambient temperature (T S) of the portable electronic device by means of a temperature sensor, detecting if a rechargeable energy storage of the portable electronic device is in a process of being recharged, if the energy storage is detected to be in a process of being recharged determining a compensated ambient temperature (T A) dependent on at least the sensed ambient temperature (T S) and dependent on information (P i) related to a charging current for recharging the energy storage.
Mining or constructions work rig including an elongate boom (9,11) and a rotation device for rotation of equipment fastened at the region of a distal end of the boom (9,11), which has a general longitudinal axis, wherein the rotation device includes a first rotation unit comprising a first rotation motor arranged at said distal end of the boom (9,11) to rotate the equipment around a first axis that is essentially parallel to the longitudinal axis of the boom (9,11) and a second rotation unit comprising a second rotation motor which is arranged to rotate the equipment around a second axis, characterized in that the rotation units (R1, R2) are fastened to an angle unit, which is included in the rotation device, wherein the angle unit has a body with two mutually angled attachments (23, 25) for the rotation motors (17,18), so that the rotation motors (17, 18) are positioned in an intermediate portion of the angle unit, wherein the first and second rotational axes (A1, A2) of the rotation units (R1, R2) extend at an angle with respect to each other.
A method for making a peroxycarboxylic acid, comprising: providing a liquid composition of a carboxylic acid and an oxidizing agent; pretreating the liquid composition with a pretreatment column to remove metal ion from the mixed composition; reacting the pretreated composition in the presence of a reaction catalyst that can be physically removed from reaction mixture to produce a peroxycarboxylic acid composition; and recovering the peroxycarboxylic acid composition, characterized in that the method further comprises measuring temperature, pressure, metal content, or combination thereof of the mixed composition i) before pretreating and ii) at site of pretreating during pretreating; determining a difference between i) and ii); if the difference meets or exceeds a predetermined value: providing a detectable signal; and interrupting of operation of an apparatus carrying out the method by: actuating a pressure release valve to release pressure in the apparatus; stopping flow of one or more reagents into the apparatus; causing water to flow into the site of pretreating; causing carboxylic acid composition into the site of pretreating; shutting down the apparatus; or a combination thereof. providing a liquid composition of a carboxylic acid and an oxidizing agent; pretreating the liquid composition with a pretreatment column to remove metal ion from the mixed composition; reacting the pretreated composition in the presence of a reaction catalyst that can be physically removed from reaction mixture to produce a peroxycarboxylic acid composition; and recovering the peroxycarboxylic acid composition, characterized in that the method further comprises measuring temperature, pressure, metal content, or combination thereof of the mixed composition i) before pretreating and ii) at site of pretreating during pretreating; determining a difference between i) and ii); if the difference meets or exceeds a predetermined value: providing a detectable signal; and interrupting of operation of an apparatus carrying out the method by: actuating a pressure release valve to release pressure in the apparatus; stopping flow of one or more reagents into the apparatus; causing water to flow into the site of pretreating; causing carboxylic acid composition into the site of pretreating; shutting down the apparatus; or a combination thereof. providing a detectable signal; and interrupting of operation of an apparatus carrying out the method by: actuating a pressure release valve to release pressure in the apparatus; stopping flow of one or more reagents into the apparatus; causing water to flow into the site of pretreating; causing carboxylic acid composition into the site of pretreating; shutting down the apparatus; or a combination thereof. actuating a pressure release valve to release pressure in the apparatus; stopping flow of one or more reagents into the apparatus; causing water to flow into the site of pretreating; causing carboxylic acid composition into the site of pretreating; shutting down the apparatus; or a combination thereof.
A power cable suitable for connecting an electrical device to the mains and comprising at least two power conductors (14, 16) characterised in that the cable is provided with at least one current limiting member that is configured to reduce inrush current through the cable and that the at least one current limiting member has a temperature depending electrical resistance.
A method of producing a foil pack for a dispensing device, said method comprising the following steps: - attaching a head portion to a first front end of a foil bag (10; 12) filled with a compound, the head portion having at least one outlet channel (36; 38) for the compound; - opening the foil bag (10; 12); and - closing the outlet channel (36; 38); in which case the foil bag (10; 12) is opened and the outlet channel (36; 38) is closed prior to a first use of the foil pack in the dispensing device, characterized in that the foil bag (10; 12) is opened automatically upon attachment of the head portion. - attaching a head portion to a first front end of a foil bag (10; 12) filled with a compound, the head portion having at least one outlet channel (36; 38) for the compound; - opening the foil bag (10; 12); and - closing the outlet channel (36; 38); in which case the foil bag (10; 12) is opened and the outlet channel (36; 38) is closed prior to a first use of the foil pack in the dispensing device, characterized in that the foil bag (10; 12) is opened automatically upon attachment of the head portion.
Heating, ventilation and/or air-conditioning apparatus for a passenger compartment of a motor vehicle including a casing including a first air inlet and a second air inlet and channeling an interior air flow (Fi) coming from the first air inlet and/or the second air inlet, the casing accommodating at least a first heat exchanger, the casing including: - an air circulation channel channeling the interior air flow (Fi) in the casing so that it bypasses the first heat exchanger, and - an air inlet duct channeling the interior air flow (Fi) in the casing through the first heat exchanger, characterized in that the air inlet duct is delimited by an exterior wall of the casing and an interior wall arranged in the casing, said interior wall being between the first heat exchanger in the air inlet duct and the air circulation channel, and in that the interior wall extends from the first air inlet. - an air circulation channel channeling the interior air flow (Fi) in the casing so that it bypasses the first heat exchanger, and - an air inlet duct channeling the interior air flow (Fi) in the casing through the first heat exchanger,
A component (50, 50A) for a gas turbine engine, comprising: an airfoil that includes a first sidewall (58; 158) and a second sidewall (60; 160) joined together at a leading edge and a trailing edge and extending radially from a base to a tip; a plenum (82; 182) defined inside said airfoil; a first cooling cavity (72A; 172A) merging into said plenum (82; 182); a second cooling cavity (72B; 172B) merging into said plenum (82; 182); and a rib (84; 184) that extends from at least one of said first sidewall (58; 158) and said second sidewall (60; 160) at least partially into said plenum (82; 182) to separate said first cooling cavity (72A; 172A) from said second cooling cavity (72B; 172B), wherein said rib (84; 184) extends between radially opposing sides (85, 87) of said plenum (82; 182) and said rib (84; 184) extends transversely between said radially opposing sides (85, 87); characterised in that: a portion of said rib (84; 184) extends from at least one of said first sidewall (58; 158) and second sidewall (60; 160) and terminates prior to the other of said first sidewall (58; 158) and said second sidewall (60; 160). an airfoil that includes a first sidewall (58; 158) and a second sidewall (60; 160) joined together at a leading edge and a trailing edge and extending radially from a base to a tip; a plenum (82; 182) defined inside said airfoil; a first cooling cavity (72A; 172A) merging into said plenum (82; 182); a second cooling cavity (72B; 172B) merging into said plenum (82; 182); and a rib (84; 184) that extends from at least one of said first sidewall (58; 158) and said second sidewall (60; 160) at least partially into said plenum (82; 182) to separate said first cooling cavity (72A; 172A) from said second cooling cavity (72B; 172B), wherein said rib (84; 184) extends between radially opposing sides (85, 87) of said plenum (82; 182) and said rib (84; 184) extends transversely between said radially opposing sides (85, 87); characterised in that: a portion of said rib (84; 184) extends from at least one of said first sidewall (58; 158) and second sidewall (60; 160) and terminates prior to the other of said first sidewall (58; 158) and said second sidewall (60; 160).
A support for a mobile device, the support suitable for attachment to a rear surface of a mobile device, the support comprising: a backplate for coupling to a rear surface of a mobile device, an elongate member extending in a longitudinal direction adjacent the backplate, the elongate member having a distal end and a proximal end and comprising at least a first segment at the proximal end and a second segment between the first segment and the distal end, the first segment hingedly attached to the backplate at the proximal end, and longitudinal retention portions for retaining the elongate member, wherein the longitudinal retention portions are formed as thickened portions in longitudinal edges of a retention band, wherein the retention band extends from a rear face of the backplate to define a space for accommodating the elongate member. a backplate for coupling to a rear surface of a mobile device, an elongate member extending in a longitudinal direction adjacent the backplate, the elongate member having a distal end and a proximal end and comprising at least a first segment at the proximal end and a second segment between the first segment and the distal end, the first segment hingedly attached to the backplate at the proximal end, and longitudinal retention portions for retaining the elongate member, wherein the longitudinal retention portions are formed as thickened portions in longitudinal edges of a retention band, wherein the retention band extends from a rear face of the backplate to define a space for accommodating the elongate member.
Method carried out at least by a consumer, a service provider and a controller, wherein a service provider is at least one of a software application and a web site that is configured to provide access to protected resources; and a consumer is at least one of a software application and a web site that is configured to provide a service to a user, that is configured to access a service provider on behalf of the user, and that is configured to provide the service to the user by integrating the protected resources accessed from the service provider; the method including transmitting, by the consumer to the service provider, a first message representing a request for authorization to access by the consumer on behalf of a first user, here referred to as delegatee, the protected resources of a second user, here referred to as delegator, from the service provider; transmitting, by the service provider to the controller, a second message representing the request for authorization to access by the consumer on behalf of the delegatee the protected resources of the delegator from the service provider, the second message including a request token, wherein a request token is a value used by a service provider to register a requested authorization to access protected resources; determining, by the controller, whether the requested authorization represented by the second message meets policy settings governing the access to protected resources of the delegator; if it is determined that the requested authorization meets the policy settings, granting, by the service provider, the authorization registered by the request token, and transmitting, by at least one of the controller and the service provider, to the consumer, a third message including the request token; accessing, by the consumer, on behalf of the delegatee, the protected resources of the delegator from the service provider, the consumer using the request token to do so; and providing, by the consumer, a service to the delegatee by integrating the protected resources accessed from the service provider.
A computer-implemented processing method using a neural network for recognizing an object in an input image, the neural network comprising a plurality of layers including an input layer, at least one hidden layer and an output layer, the method comprising: inputting the input image to the input layer of the neural network; generating (1110, 1210) output maps of a current layer of the neural network by performing a convolution operation between input maps of the current layer of the plurality of layers, corresponding to output maps of a previous layer of the plurality of layers, and weight kernels of the current layer; determining a lightweight format for the output maps of the current layer based on a distribution of at least a portion of activation data being processed in the neural network, wherein determining the lightweight format comprises: predicting (717, 725) a maximum value of the output maps of the current layer based on a maximum value (730, 731, 732) of output maps of the previous layer of the neural network; and determining the lightweight format for the output maps of the current layer based on the predicted maximum value of the output maps of the current layer; and lightening (1130, 1240) activation data corresponding to the output maps of the current layer to have a low bit width based on the determined lightweight format; outputting a result based on an output of the neural network, wherein the result comprises a recognition result of the object. inputting the input image to the input layer of the neural network; generating (1110, 1210) output maps of a current layer of the neural network by performing a convolution operation between input maps of the current layer of the plurality of layers, corresponding to output maps of a previous layer of the plurality of layers, and weight kernels of the current layer; determining a lightweight format for the output maps of the current layer based on a distribution of at least a portion of activation data being processed in the neural network, wherein determining the lightweight format comprises: predicting (717, 725) a maximum value of the output maps of the current layer based on a maximum value (730, 731, 732) of output maps of the previous layer of the neural network; and determining the lightweight format for the output maps of the current layer based on the predicted maximum value of the output maps of the current layer; and predicting (717, 725) a maximum value of the output maps of the current layer based on a maximum value (730, 731, 732) of output maps of the previous layer of the neural network; and determining the lightweight format for the output maps of the current layer based on the predicted maximum value of the output maps of the current layer; and lightening (1130, 1240) activation data corresponding to the output maps of the current layer to have a low bit width based on the determined lightweight format; outputting a result based on an output of the neural network, wherein the result comprises a recognition result of the object.
A data compression method of an electronic apparatus for compressing a plurality of weight parameters of an artificial intelligence model, the method comprising: pruning original data including a plurality of weight parameters of the artificial intelligence model; identifying weight parameters of which a value is not changed according to the pruning from among weight parameters included in the pruned original data; obtaining index data including location information of the weight parameters of which the value is not changed; identifying weight parameters of which a value is changed by the pruning from among weight parameters included in the pruned original data; substituting the weight parameters of which the value is changed with a don't care parameter; quantizing, to a predetermined number of bits, n, a first set of data comprising a number of data items, k, including the weight parameters of which the value is not changed and the don't care parameters, to obtain quantized data that comprises k data items, each data item comprising n bits; obtaining n sets of second data from the quantized first set of data, wherein each set of second data includes k data items, wherein a p-th data item in a q-th set corresponds to the q-th bit in the p-th data item in the quantized data set, where p is an integer between 1 and k and q is an integer between 1 and n; and obtaining n sets of compressed data by applying each of the obtained n sets of second data to a Viterbi algorithm. pruning original data including a plurality of weight parameters of the artificial intelligence model; identifying weight parameters of which a value is not changed according to the pruning from among weight parameters included in the pruned original data; obtaining index data including location information of the weight parameters of which the value is not changed; identifying weight parameters of which a value is changed by the pruning from among weight parameters included in the pruned original data; substituting the weight parameters of which the value is changed with a don't care parameter; quantizing, to a predetermined number of bits, n, a first set of data comprising a number of data items, k, including the weight parameters of which the value is not changed and the don't care parameters, to obtain quantized data that comprises k data items, each data item comprising n bits; obtaining n sets of second data from the quantized first set of data, wherein each set of second data includes k data items, wherein a p-th data item in a q-th set corresponds to the q-th bit in the p-th data item in the quantized data set, where p is an integer between 1 and k and q is an integer between 1 and n; and obtaining n sets of compressed data by applying each of the obtained n sets of second data to a Viterbi algorithm.
A gas liquid separator, comprising: a chamber for receiving a fluid mixture, the fluid mixture being introduced into the chamber for separation into a gas and a liquid solvent, a fluid mixture inlet providing an inlet for the fluid mixture into the chamber, a solvent outlet for discharging the liquid solvent from the chamber after separation of the liquid solvent from the gas, a gas outlet for discharging the gas from the chamber after separation of the gas from the liquid solvent, a gas level sensor for sensing a gas level in the chamber, a pressure sensor located downstream of the gas outlet to detect a pressure within a piping for the gas outlet, and a regulator located downstream of the pressure sensor and connected to the gas outlet for regulating the gas level within the chamber in response to signals received from the gas level sensor and the pressure sensor. a chamber for receiving a fluid mixture, the fluid mixture being introduced into the chamber for separation into a gas and a liquid solvent, a fluid mixture inlet providing an inlet for the fluid mixture into the chamber, a solvent outlet for discharging the liquid solvent from the chamber after separation of the liquid solvent from the gas, a gas outlet for discharging the gas from the chamber after separation of the gas from the liquid solvent, a gas level sensor for sensing a gas level in the chamber, a pressure sensor located downstream of the gas outlet to detect a pressure within a piping for the gas outlet, and a regulator located downstream of the pressure sensor and connected to the gas outlet for regulating the gas level within the chamber in response to signals received from the gas level sensor and the pressure sensor.
A method for removing impurities from shredded plastic using an apparatus, comprising a first cleaning disk with a first cleaning surface and a second cleaning disk with a second cleaning surface, wherein the cleaning surfaces (12, 42) lie opposite each other and define amongst each other a cleaning gap, further comprising a drive device, with which at least one of the cleaning disks (12, 42) is rotatable around its rotational axis and a feeding device, with which the shredded plastic can be fed between the cleaning disks (10, 40), wherein the cleaning surfaces (12, 42) of the cleaning disks (10, 40) each have a plurality of cleanings ribs (18, 46) extending between an inner and an outer edge (14, 16) of the cleaning surfaces (12, 42), wherein at least one flank (24, 28) of the cleaning ribs (18, 46) is tilted or bent with respect to the axial direction of the respective cleaning disk (10, 40), several cleaning webs (20, 48) progressing transversely to the extension direction of the cleaning ribs (18, 46) are arranged between at least some of the adjacent cleaning ribs (18, 46), the cleaning webs (20, 48) of the first and/or second cleaning disk (10, 40) each rise in a ramp-like manner in the radial direction of the cleaning disks (10, 40) and the cleaning webs (20, 48) of the first cleaning disk (10, 40) have a lower height than the cleaning ribs (18, 46) of the first cleaning disk and/or that the cleaning webs (20, 48) of the second cleaning disk have a lower height than the cleaning ribs (18, 46) of the second cleanings disk, wherein, in the case of the method, at least one cleaning disk (10, 40) is rotated around its rotational axis by means of the drive device, in which liquid, in particular water or an aqueous solution, is fed into the cleaning gap by means of the liquid feeding device, in which shredded plastic is fed into the cleaning gap by means of the feeding device and in which the shredded plastic is conveyed through the cleaning gap.