mhurhangee/ep-ind-claims huggingface dataset:
A method for laser sintering a tool comprising: predetermining a position for a first tool feature on a first section of the tool; predetermining an orientation of said first section of the tool within the part chamber as a function of minimizing warping of said first tool feature during sintering; activating a heat sink (202, 204, 206) within a part chamber for limiting warping of said first tool feature; laser sintering said first section of the tool within said part chamber; predetermining a position for a second tool feature on a second section of the tool; predetermining an orientation of said second section of the tool within said part chamber as a function of minimizing warping of said second tool feature during sintering; laser sintering said second section of the tool; and coupling said second section to said first section; the method further comprising: predetermining a location of a buffer feature in a close proximity to said first tool feature, the buffer feature positioned to undergo warping during sintering such that said first tool feature does not undergo warping during sintering; and removing said buffer feature from the tool following sintering of the tool. predetermining a position for a first tool feature on a first section of the tool; predetermining an orientation of said first section of the tool within the part chamber as a function of minimizing warping of said first tool feature during sintering; activating a heat sink (202, 204, 206) within a part chamber for limiting warping of said first tool feature; laser sintering said first section of the tool within said part chamber; predetermining a position for a second tool feature on a second section of the tool; predetermining an orientation of said second section of the tool within said part chamber as a function of minimizing warping of said second tool feature during sintering; laser sintering said second section of the tool; and coupling said second section to said first section; the method further comprising: predetermining a location of a buffer feature in a close proximity to said first tool feature, the buffer feature positioned to undergo warping during sintering such that said first tool feature does not undergo warping during sintering; and removing said buffer feature from the tool following sintering of the tool. predetermining a location of a buffer feature in a close proximity to said first tool feature, the buffer feature positioned to undergo warping during sintering such that said first tool feature does not undergo warping during sintering; and removing said buffer feature from the tool following sintering of the tool.
Method for operating an automated vehicle, having the following successive steps: - capturing an environment of the vehicle; - providing environmental data relating to the captured environment; - supplying the environmental data to a situation capture device having a defined number of situation capture elements (51a...51n) of greater than one; - computationally modelling the environment of the vehicle by means of the situation capture elements (51a...51n); - controlling driver assistance systems (30a...30n) using output data of the models from the situation capture elements (51a...51n); - using a decision device of a functional device to decide which output data of the models from the situation capture elements (51a...51n) are used to control an actuator device of the vehicle; and - controlling the actuator device of the vehicle using the decided output data, - wherein data for all driving assistance systems (30a...30n) are provided by means of the models from the situation capture elements (51a...51n), - wherein the respective driving assistance system (30a...30n) decides which data from which situation capture element (51a...51n) it processes. - capturing an environment of the vehicle; - providing environmental data relating to the captured environment; - supplying the environmental data to a situation capture device having a defined number of situation capture elements (51a...51n) of greater than one; - computationally modelling the environment of the vehicle by means of the situation capture elements (51a...51n); - controlling driver assistance systems (30a...30n) using output data of the models from the situation capture elements (51a...51n); - using a decision device of a functional device to decide which output data of the models from the situation capture elements (51a...51n) are used to control an actuator device of the vehicle; and - controlling the actuator device of the vehicle using the decided output data, - wherein data for all driving assistance systems (30a...30n) are provided by means of the models from the situation capture elements (51a...51n), - wherein the respective driving assistance system (30a...30n) decides which data from which situation capture element (51a...51n) it processes.
Wireless communication equipment comprising: a communication interface; a memory; and a processor electrically connected with the communication interface and the memory, wherein the processor is configured to: activate communication of the wireless communication equipment; scan an external device for a network connection at a periphery of the wireless communication equipment, using the communication interface; receive information including a mesh ID sent from the external device, using the communication interface; when a designated string stored in the memory is included in the mesh ID, configure a mesh network with the external device by using the communication interface; characterized in that the processor is further configured to, when the designated string is not included in the mesh ID, connect to the external device as an extender. a communication interface; a memory; and a processor electrically connected with the communication interface and the memory, wherein the processor is configured to: activate communication of the wireless communication equipment; scan an external device for a network connection at a periphery of the wireless communication equipment, using the communication interface; receive information including a mesh ID sent from the external device, using the communication interface; when a designated string stored in the memory is included in the mesh ID, configure a mesh network with the external device by using the communication interface; characterized in that the processor is further configured to, when the designated string is not included in the mesh ID, connect to the external device as an extender. activate communication of the wireless communication equipment; scan an external device for a network connection at a periphery of the wireless communication equipment, using the communication interface; receive information including a mesh ID sent from the external device, using the communication interface; when a designated string stored in the memory is included in the mesh ID, configure a mesh network with the external device by using the communication interface; characterized in that the processor is further configured to, when the designated string is not included in the mesh ID, connect to the external device as an extender.
A composition comprising: a polythiol, wherein the polythiol comprises a thiol-terminated prepolymer; a polyalkenyl, wherein the polyalkenyl comprises an alkenyl-terminated prepolymer, a polyalkenyl monomer, or a combination thereof; a metal complex; and an organic peroxide. a polythiol, wherein the polythiol comprises a thiol-terminated prepolymer; a polyalkenyl, wherein the polyalkenyl comprises an alkenyl-terminated prepolymer, a polyalkenyl monomer, or a combination thereof; a metal complex; and an organic peroxide.
A method for manufacturing a conjugated diene polymer, the method comprising: polymerizing a conjugated diene monomer using a polymerization catalyst composition comprising a rare earth element compound and a compound having at least one cyclopentadiene skeleton selected from the group consisting of substituted or unsubstituted cyclopentadiene, substituted or unsubstituted indene, and substituted or unsubstituted fluorene, wherein the rare earth element compound is represented by Formula M-(AQ 1)(AQ 2)(AQ 3) where M represents at least one element selected from the group consisting of scandium, yttrium, and a lanthanoid element; AQ 1, AQ 2, and AQ 3 are each a different or identical functional group; A is nitrogen; and the rare earth element compound comprises at least one M-A bond. polymerizing a conjugated diene monomer using a polymerization catalyst composition comprising a rare earth element compound and a compound having at least one cyclopentadiene skeleton selected from the group consisting of substituted or unsubstituted cyclopentadiene, substituted or unsubstituted indene, and substituted or unsubstituted fluorene, wherein the rare earth element compound is represented by Formula M-(AQ 1)(AQ 2)(AQ 3)
A method for moving a panel of wood or other similar material in a drilling/milling machine, said machine comprising a work surface on which at least one tool-holder head works and said panel is adapted to lie and move along an advancement direction, said machine further comprising a panel transportation system for the displacement of said panel along said advancement direction, said panel transportation system comprising a first and a second clamp (3, 3') each of which actuated by an independent driving system, said first and second clamps cooperating with each other to move said panel along a path of a length greater than the sum of the runs of each single clamp, said method comprising the steps of: - arranging said panel at an inlet of said machine on a work surface, said work surface being affected by at least one tool-holder head; - positioning said panel so that it is affected by a first clamp; - operating said first clamp in gripping said panel; - moving said first clamp according to an advancement direction at an advancement speed towards a target position; said method being further characterized in that: if said target position is beyond a run limit of said first clamp: - operating said second clamp so that it affects said panel in a different position with respect to said first clamp; - moving said second clamp so that it reaches the same advancement speed of said first clamp along said axis of said panel; - without stopping the movement of said panel, close into a gripping position said second clamp on said panel when said first clamp is still in a gripping position so that in this exchange step both clamp simultaneously grip said panel at two different points of it; - releasing said first clamp from the panel; - moving said panel along said axis due to the drive of only said second clamp; and wherein said first clamp has a run limited positively, and said second clamp has a run limited negatively, whereby the limitations define areas of the panel that are never engaged by either of the two clamps and where processing of the panel by said tool holder is allowed.
A treatment fluid for use in a subterranean formation penetrated by the wellbore of a well, the treatment fluid comprising: (i) water; (ii) a strong acid; and (iii) a branched viscoelastic surfactant which is or comprises N-ethyl-N,N-dimethyl-[(3-oxoisooctadecyl)amino]-1-propanaminium ethyl sulfate; wherein the pH of the treatment fluid is less than 0.5; and wherein the viscosity of the treatment fluid is less than 5 mPa s (5 cP) at 40 s -1. (i) water; (ii) a strong acid; and (iii) a branched viscoelastic surfactant which is or comprises N-ethyl-N,N-dimethyl-[(3-oxoisooctadecyl)amino]-1-propanaminium ethyl sulfate;
Device for closing off a bay formed in a bodywork element of a motor vehicle, comprising a fixed part and at least one panel that is mobile relative to said fixed part, guided in sliding by two rails (15 1, 15 2) carried by said fixed part, said mobile panel bearing two bolts (21 A, 21 B) capable of cooperating with two corresponding strikers, respectively formed in each of said rails, and being mobile in a direction of unlocking perpendicular to the direction of sliding of said mobile panel, between a locked position in which said bolts are engaged with said strikers, and an unlocked position enabling sliding, in which said bolts are removed from said strikers, said mobile panel carrying actuating means of said bolts, mobile along a direction of actuation parallel to said sliding direction, and angular gear transmission means converting the movement of said actuating means into an unlocking direction to control the shifting of one of said bolts, characterized in that it comprises means for blocking said actuating means, said blocking means and said actuating means can be actuated simultaneously using only one hand.
A data transmission method for a data service, comprising: detecting a transmission state of each PDP link among all established packet data protocol, PDP, links, wherein any one of the PDP links is established, for a data service, based on a default access point name, APN, of an application executing the data service or an APN corresponding to a service type of the data service; when it is determined, according to a detection result, that a transmission state of a first PDP link among the PDP links is abnormal, establishing a new PDP link based on a candidate APN without disrupting the existing PDP link, wherein the candidate APN supports an APN type of an APN used by the first PDP link; and performing, according to the new PDP link, data transmission for a data service corresponding to the first PDP link. detecting a transmission state of each PDP link among all established packet data protocol, PDP, links, wherein any one of the PDP links is established, for a data service, based on a default access point name, APN, of an application executing the data service or an APN corresponding to a service type of the data service; when it is determined, according to a detection result, that a transmission state of a first PDP link among the PDP links is abnormal, establishing a new PDP link based on a candidate APN without disrupting the existing PDP link, wherein the candidate APN supports an APN type of an APN used by the first PDP link; and performing, according to the new PDP link, data transmission for a data service corresponding to the first PDP link.
An intramedullary nail for applying a pharmaceutical fluid, comprising a fluid-conducting first conduction means which extends axially in the intramedullary nail and can be connected to a first reservoir for the pharmaceutical fluid, and at least one passage which connects the first conduction means to an outer surface of the intramedullary nail in a fluid-conducting manner, characterized in that a fluid-conducting second conduction means connects the outer surface to a second reservoir so as to convey the pharmaceutical fluid between the first reservoir and the second reservoir. a fluid-conducting first conduction means which extends axially in the intramedullary nail and can be connected to a first reservoir for the pharmaceutical fluid, and at least one passage which connects the first conduction means to an outer surface of the intramedullary nail in a fluid-conducting manner, characterized in that a fluid-conducting second conduction means connects the outer surface to a second reservoir so as to convey the pharmaceutical fluid between the first reservoir and the second reservoir.
Recessed modular element for the supply of water that can be installed in series with identical elements, placed adjacent or distanced one in relation to the other, to form a modular system, comprising an inner body and an outer shell, said body having a substantially parallelepiped shape with two lateral fittings (1, 2) irrespectively for the entry or the exit of the water that flows inside the body, coming from a delivery and directed towards another body downstream, characterized by three outlets (4, 5, 6) for the same number of utilities, placed in the lower, front and upper part, respectively, of the body, and a push-button mechanism, housed in a front fitting of the body, to open and stop the flow of water towards one of said outlets (4, 5, 6) selected during the phase of installation of the recessed body as a function of the use required, said front outlet being directly connectable to a pipe for the dispensing of water.
A method for orienting wound dough products in a defined end position, the dough product being produced by winding a triangular or trapezoidal dough piece along a winding section, and the dough product being wound starting from the base of the dough piece, and the narrower end of the dough piece forming an end protruding outside at the circumference of the dough product, and the end position of the dough product being defined by a specific position of the end protruding at the outside, and the wound dough product being decelerated from a translational starting speed to a translational end speed along a decelerating section, and the resulting deceleration torque being used as a driving torque for a rolling movement of the dough product so as to cause the dough product to roll on a surface, the sense of rotation of the rolling movement of the dough product corresponding to the winding direction from the inside to the outside of the wound dough product, and the rolling movement being stopped by the rolling resistance caused by the end when the defined end position, in which the end of the dough product is in contact with the surface, is reached, characterized in that the wound dough product passes through a control section between the end of the winding section and the start of the deceleration section, wherein in the control section two conveyor bands (07, 08) which are driven to circulate are brought into engagement on the dough product following the winding section, and wherein in the control section the translational conveying speed of the wound dough product and/or the speed of rotation of the wound dough product are set to a predefined target value.
A method for increasing the nitrate reductase activity of a Staphylococcus strain having nitrate reductase activity comprising the steps of a) fermenting the strain in the absence of nitrate under aerobic conditions; b) fermenting the strain under anaerobic or oxygen limiting conditions while continuously feeding nitrate to the fermentation medium; and c) optionally pelletizing and optionally freeze-drying the strain. a) fermenting the strain in the absence of nitrate under aerobic conditions; b) fermenting the strain under anaerobic or oxygen limiting conditions while continuously feeding nitrate to the fermentation medium; and c) optionally pelletizing and optionally freeze-drying the strain.
A detection circuit comprising: - a photodetector connected to a readout circuit comprising a capacitor, - a branch circuit arranged to divert a part of the current of the photodetector, and - a bias transistor (T1') of the photodetector connected between the photodetector and the readout circuit, the bias transistor (T1') being connected between the photodetector and a bypass node to which the branch circuit is connected circuit characterized in that - the photodetector is connected to the readout circuit by means of the bias transistor (T1'). - the branch circuit is connected between the bias transistor (T1') and the readout circuit. - a photodetector connected to a readout circuit comprising a capacitor, - a branch circuit arranged to divert a part of the current of the photodetector, and - a bias transistor (T1') of the photodetector connected between the photodetector and the readout circuit, the bias transistor (T1') being connected between the photodetector and a bypass node to which the branch circuit is connected - the photodetector is connected to the readout circuit by means of the bias transistor (T1'). - the branch circuit is connected between the bias transistor (T1') and the readout circuit.
Apparatus for detecting a set process of a reversible resistance-switching element in a memory device, comprising: a bit line adapted to be coupled to the reversible resistance-switching element (924, 926, 928); ramping means for causing a voltage of the bit line to ramp up until the voltage of the bit line is sufficient to switch a resistance of the reversible resistance-switching element to a lower level; detecting means which is coupled to the bit line for detecting when the resistance of the resistance-switching element switches, characterised in that the detecting means comprises a peak detector able to detect when the voltage of the bit line drops due to the switching; and a discharge transistor which is responsive to the peak detector, the discharge transistor discharges the bit line when an output signal of the peak detector is inverted. a bit line adapted to be coupled to the reversible resistance-switching element (924, 926, 928); ramping means for causing a voltage of the bit line to ramp up until the voltage of the bit line is sufficient to switch a resistance of the reversible resistance-switching element to a lower level; detecting means which is coupled to the bit line for detecting when the resistance of the resistance-switching element switches, characterised in that the detecting means comprises a peak detector able to detect when the voltage of the bit line drops due to the switching; and a discharge transistor which is responsive to the peak detector, the discharge transistor discharges the bit line when an output signal of the peak detector is inverted.
A tetrafluorobenzyl derivative represented by the following chemical formula 1: wherein R 1, R 2 and R 3 are hydrogen or halogen, R 4 is hydroxy, alkyl, alkoxy, halogen, alkoxy substituted with halogen, alkanoyloxy or nitro, and R 5 is carboxyl acid, ester of carboxyl acid substituted with C 1 -C 4 alkyl, carboxyamide, sulfonic acid, halogen or nitro; or a pharmaceutically acceptable salt thereof. R 1, R 2 and R 3 are hydrogen or halogen, R 4 is hydroxy, alkyl, alkoxy, halogen, alkoxy substituted with halogen, alkanoyloxy or nitro, and R 5 is carboxyl acid, ester of carboxyl acid substituted with C 1 -C 4 alkyl, carboxyamide, sulfonic acid, halogen or nitro;
A method for a device to transmit control information in a wireless communication system, the method comprising: modulating control information to provide N modulation symbols; spreading a block of modulation symbols based on an orthogonal sequence with a spreading factor M to provide a length-L spread modulation symbol sequence, wherein the block of modulation symbols includes L/M modulation symbols among the N modulation symbols, and L is a number of subcarriers in a resource block, RB; discrete fourier transforming the length-L spread modulation symbol sequence to provide a length-L complex-valued symbol sequence; and transmitting the length-L complex-valued symbol sequence through a corresponding one of orthogonal frequency division multiplexing, OFDM,-based symbols for a physical uplink control channel, PUCCH. modulating control information to provide N modulation symbols; spreading a block of modulation symbols based on an orthogonal sequence with a spreading factor M to provide a length-L spread modulation symbol sequence, wherein the block of modulation symbols includes L/M modulation symbols among the N modulation symbols, and L is a number of subcarriers in a resource block, RB; discrete fourier transforming the length-L spread modulation symbol sequence to provide a length-L complex-valued symbol sequence; and transmitting the length-L complex-valued symbol sequence through a corresponding one of orthogonal frequency division multiplexing, OFDM,-based symbols for a physical uplink control channel, PUCCH.