mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting an undesirable event in an additive manufacturing system, the method comprising: building a workpiece with the additive manufacturing system , wherein the additive manufacturing system comprises: a housing ; a build chamber disposed within the housing; a recoater disposed within the build chamber; a build platform configured to receive the workpiece; a shaft mounted to the build platform; an actuating mechanism engaged with the shaft such that the actuating mechanism is configured to move the shaft relative to the actuating mechanism; and an acoustic sensor within the housing and in operable communication with the additive manufacturing system; sensing , by the acoustic sensor, a sound level; identifying, from the sensed sound level, an occurrence of a sonic pulse signal emitted by the actuating mechanism; and determining, by a controller , whether the sonic pulse signal emitted by the actuating mechanism, is outside of a threshold range, wherein a sonic pulse signal that is outside the threshold range is indicative of at least one of the following: contact between the recoater and the workpiece, a drop of the shaft relative to the actuating mechanism, and an un-binding of two bound components of the actuating mechanism. building a workpiece with the additive manufacturing system , wherein the additive manufacturing system comprises: a housing ; a build chamber disposed within the housing; a recoater disposed within the build chamber; a build platform configured to receive the workpiece; a shaft mounted to the build platform; an actuating mechanism engaged with the shaft such that the actuating mechanism is configured to move the shaft relative to the actuating mechanism; and an acoustic sensor within the housing and in operable communication with the additive manufacturing system; a housing ; a build chamber disposed within the housing; a recoater disposed within the build chamber; a build platform configured to receive the workpiece; a shaft mounted to the build platform; an actuating mechanism engaged with the shaft such that the actuating mechanism is configured to move the shaft relative to the actuating mechanism; and an acoustic sensor within the housing and in operable communication with the additive manufacturing system; sensing , by the acoustic sensor, a sound level; identifying, from the sensed sound level, an occurrence of a sonic pulse signal emitted by the actuating mechanism; and determining, by a controller , whether the sonic pulse signal emitted by the actuating mechanism, is outside of a threshold range, wherein a sonic pulse signal that is outside the threshold range is indicative of at least one of the following: contact between the recoater and the workpiece, a drop of the shaft relative to the actuating mechanism, and an un-binding of two bound components of the actuating mechanism.
An end cap assembly , applicable to a battery cell , wherein the end cap assembly comprises: an end cap body ; a pressure relief component , connected to the end cap body , wherein a first through-hole configured to inject an electrolytic solution is made on the pressure relief component , and the pressure relief component is configured to be actuated when an internal pressure of the battery cell reaches a threshold, so as to release the internal pressure of the battery cell ; and a closing component , detachably disposed on the pressure relief component , wherein the closing component is configured to close the first through-hole . an end cap body ; a pressure relief component , connected to the end cap body , wherein a first through-hole configured to inject an electrolytic solution is made on the pressure relief component , and the pressure relief component is configured to be actuated when an internal pressure of the battery cell reaches a threshold, so as to release the internal pressure of the battery cell ; and a closing component , detachably disposed on the pressure relief component , wherein the closing component is configured to close the first through-hole .
A turbine component comprising: a root ; and an airfoil extending from the root to a tip opposite the root , the airfoil forming a leading edge and a trailing edge portion extending to a trailing edge ; wherein the airfoil comprises a first section and a second section , the first section comprising a suction side having a convex outer surface, and the second section comprising a pressure side having a concave outer surface; wherein a plurality of axial cooling channels in the trailing edge portion of the airfoil are arranged to permit axial flow of a cooling fluid from an interior of the turbine component at the trailing edge portion to an exterior of the turbine component at the trailing edge portion ; wherein the first section , the second section , and the plurality of axial cooling channels are formed by metal three-dimensional printing and at least a portion of the plurality of axial cooling channels is formed at a formed surface of the first section or the second section . a root ; and an airfoil extending from the root to a tip opposite the root , the airfoil forming a leading edge and a trailing edge portion extending to a trailing edge ; wherein the airfoil comprises a first section and a second section , the first section comprising a suction side having a convex outer surface, and the second section comprising a pressure side having a concave outer surface; wherein a plurality of axial cooling channels in the trailing edge portion of the airfoil are arranged to permit axial flow of a cooling fluid from an interior of the turbine component at the trailing edge portion to an exterior of the turbine component at the trailing edge portion ; wherein the first section , the second section , and the plurality of axial cooling channels are formed by metal three-dimensional printing and at least a portion of the plurality of axial cooling channels is formed at a formed surface of the first section or the second section .
An information processing apparatus , comprising: a control unit configured to control, in a case of receiving a frame for handling the contention or reservation of a wireless medium for setting a transmission suppression period, a transmission suppression period for each of a plurality of defined transmission power levels on the basis of a type of the frame, wherein the type of the frame is indicative of whether the frame is indicative of requesting to send on the wireless medium or indicative of clearance to send on the wireless medium. a control unit configured to control, in a case of receiving a frame for handling the contention or reservation of a wireless medium for setting a transmission suppression period, a transmission suppression period for each of a plurality of defined transmission power levels on the basis of a type of the frame, wherein the type of the frame is indicative of whether the frame is indicative of requesting to send on the wireless medium or indicative of clearance to send on the wireless medium.
A method for operating a voice command interface configured to control a media playback device , the method comprising: receiving at a media playback device, an instruction from a user, the instruction indicative of a user command requesting an outcome, wherein the outcome is playback of a media content item; determining whether the outcome will be recognizable by the user of the media playback device in a predetermined period of time after receiving the instruction by determining an attribute of the media content item, and when the attribute does not meet a threshold , determining that the media content item will not be recognized by the user of the media playback device in the predetermined period of time; and upon determining that the outcome will not be recognizable by the user of the media playback device in the predetermined period of time, providing a tactile feedback before the predetermined period of time elapses. receiving at a media playback device, an instruction from a user, the instruction indicative of a user command requesting an outcome, wherein the outcome is playback of a media content item; determining whether the outcome will be recognizable by the user of the media playback device in a predetermined period of time after receiving the instruction by determining an attribute of the media content item, and when the attribute does not meet a threshold , determining that the media content item will not be recognized by the user of the media playback device in the predetermined period of time; and upon determining that the outcome will not be recognizable by the user of the media playback device in the predetermined period of time, providing a tactile feedback before the predetermined period of time elapses.
A microcontroller comprising: a processor ; a memory ; a bus connecting the processor and the memory ; and a memory watch unit , characterized in that the memory watch unit comprises one or more memory-watch event registers and one or more configuration registers, wherein the memory watch unit is arranged to monitor memory access instructions on the bus , and can be configured, using the one or more configuration registers, to (i) detect a memory access instruction for a memory address in a configurable watch region of the memory , and (ii) change the contents of one or more memory-watch event registers in response to such a detection; wherein the microcontroller further comprises a task-receiving peripheral and a programmable peripheral interconnect , wherein the memory watch unit is further arranged to signal a detection event when the memory watch unit detects a memory access instruction for a memory address in the configurable watch region of the memory, wherein the programmable peripheral interconnect is arranged to access a memory in which a mapping can be stored between the detection event by the memory watch unit and a task of the task-receiving peripheral, and wherein the programmable peripheral interconnect is arranged, so that, when a mapping is stored between said detection event and a task of the task-receiving peripheral, the programmable peripheral interconnect will send a task signal to the task-receiving peripheral to trigger said task in response to receiving a signal of the detection event from the memory watch unit . a processor ; a memory ; a bus connecting the processor and the memory ; and a memory watch unit , characterized in that the memory watch unit comprises one or more memory-watch event registers and one or more configuration registers, wherein the memory watch unit is arranged to monitor memory access instructions on the bus , and can be configured, using the one or more configuration registers, to (i) detect a memory access instruction for a memory address in a configurable watch region of the memory , and (ii) change the contents of one or more memory-watch event registers in response to such a detection; wherein the microcontroller further comprises a task-receiving peripheral and a programmable peripheral interconnect , wherein the memory watch unit is further arranged to signal a detection event when the memory watch unit detects a memory access instruction for a memory address in the configurable watch region of the memory, wherein the programmable peripheral interconnect is arranged to access a memory in which a mapping can be stored between the detection event by the memory watch unit and a task of the task-receiving peripheral, and wherein the programmable peripheral interconnect is arranged, so that, when a mapping is stored between said detection event and a task of the task-receiving peripheral, the programmable peripheral interconnect will send a task signal to the task-receiving peripheral to trigger said task in response to receiving a signal of the detection event from the memory watch unit .
A method of fabricating a hardware logic implementation of an operation to multiply an input value by a predetermined invariant rational, the hardware logic implementation satisfying a defined error bound, wherein the invariant rational takes the form of 1/d or P/Q, where d is a positive, odd integer greater than one, P and Q are co-prime integers, and Q is not a power of two, the method comprising: determining, in a synthesizer module, that a binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits ; in response to determining that the binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits , in the synthesizer module, truncating the binary expansion , converting the truncated binary expansion into canonical signed digit notation and expanding the canonical signed digit representation into a finite representation of an infinite expansion ; generating, in the synthesizer module, a single, truncated summation array from the finite representation of the infinite expansion by discarding one or more repeating sections of the array based upon the defined error bound ; and generating, in the synthesizer module, a hardware representation implementing the single, truncated summation array , wherein, as a result of implementing the array, the generated hardware representation is the hardware logic implementation of the operation to multiply an input value by the predetermined invariant rational and satisfies the defined error bound. determining, in a synthesizer module, that a binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits ; in response to determining that the binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits , in the synthesizer module, truncating the binary expansion , converting the truncated binary expansion into canonical signed digit notation and expanding the canonical signed digit representation into a finite representation of an infinite expansion ; generating, in the synthesizer module, a single, truncated summation array from the finite representation of the infinite expansion by discarding one or more repeating sections of the array based upon the defined error bound ; and generating, in the synthesizer module, a hardware representation implementing the single, truncated summation array , wherein, as a result of implementing the array, the generated hardware representation is the hardware logic implementation of the operation to multiply an input value by the predetermined invariant rational and satisfies the defined error bound.
A fluid pressure drive device , comprising: a fluid pressure pump controlling discharge flow rates of fluid flows discharged into two or more discharge flow passages with a single swash plate ; characterized in that the fluid pressure drive device further comprises: a single pressure detection unit detecting an intermediate pressure of the discharged fluid flows at a merging point of the two or more discharge flow passages ; a control unit controlling the discharge flow rates based on a pressure value detected by the pressure detection unit . a single pressure detection unit detecting an intermediate pressure of the discharged fluid flows at a merging point of the two or more discharge flow passages ; a control unit controlling the discharge flow rates based on a pressure value detected by the pressure detection unit .
A process for preparing a mixed oxide material comprising the steps of: a) Preparation of a mixture of starting compounds containing molybdenum trioxide, vanadium pentoxide, niobium pentoxide and a starting compound containing tellurium and two chelating oxoligands, b) hydrothermal treatment of the mixture of starting compounds at a temperature of 100 °C to 300 °C to obtain a product suspension, c) separating and drying the solid contained in the product suspension resulting from step b), d) activating the solid obtained from step c) in inert gas, characterized in that the tellurium-containing starting compound is tellurium dioxide. a) Preparation of a mixture of starting compounds containing molybdenum trioxide, vanadium pentoxide, niobium pentoxide and a starting compound containing tellurium and two chelating oxoligands, b) hydrothermal treatment of the mixture of starting compounds at a temperature of 100 °C to 300 °C to obtain a product suspension, c) separating and drying the solid contained in the product suspension resulting from step b), d) activating the solid obtained from step c) in inert gas, characterized in that the tellurium-containing starting compound is tellurium dioxide.
Safety valve including a tube intended to be fixed to a watch case and a hollow head provided with a shaft extending into the hollow part , said head being movably mounted on the tube and able to move along an axis defined by the shaft between an open position, in which a fluid overpressure inside the watch case is capable of escaping, and a closed position in which fluid is prevented from escaping, said tube comprising in its internal volume a first spring wound around the shaft , the tube being further characterized in that : - an external face of said tube is provided with a cam surface respectively allowing a manual movement of the head to its open position following intervention by a user and an automatic movement of the head towards its open position through the effect of a critical overpressure inside the watch case , - after the first spring , the tube includes a second spring wound around the shaft with the second spring separated from the first spring by a step portion traversed by the shaft and integral with the tube , the first spring being dimensioned so that the valve is active in the presence of an overpressure ΔPx inside the watch case after manual movement of the head into its open position, the second spring being sized so that the valve is active in the presence of an overpressure ΔPy inside the watch case causing automatic movement of the head into its open position, the second spring having a higher stiffness than that of the first spring so that ΔPy is higher than ΔPx. - an external face of said tube is provided with a cam surface respectively allowing a manual movement of the head to its open position following intervention by a user and an automatic movement of the head towards its open position through the effect of a critical overpressure inside the watch case , - after the first spring , the tube includes a second spring wound around the shaft with the second spring separated from the first spring by a step portion traversed by the shaft and integral with the tube , the first spring being dimensioned so that the valve is active in the presence of an overpressure ΔPx inside the watch case after manual movement of the head into its open position, the second spring being sized so that the valve is active in the presence of an overpressure ΔPy inside the watch case causing automatic movement of the head into its open position, the second spring having a higher stiffness than that of the first spring so that ΔPy is higher than ΔPx.
A method for manufacturing a nitride semiconductor ultraviolet light-emitting element , comprising a substrate processing step of subjecting a sapphire substrate of a chip to a grinding process, the chip including the sapphire substrate , and an element structure part including a plurality of AlGaN-based semiconductor layers stacked on a main surface of the substrate , the element structure part emitting light whose central emission wavelength is 365 nm or less upon energization, characterised in that , the substrate processing step is a step of performing a grinding process on at least four corners of the main surface and four corners of a rear surface being a surface opposite to the main surface , and the grinding process step is a step of performing a grinding process on the substrate so as to leave a surface parallel to the main surface on the rear surface side.
An electronic control unit (170; 270) for a vehicle, the electronic control unit for controlling a linear solenoid (SSLT; 234a) by controlling a driving current (i(t)) supplied to the linear solenoid (SSLT; 234a), through a feedback control, wherein the feedback control is executed with a feedback control system having parameters (K, ∑) that are determined in accordance with an Inverse Linear Quadratic, ILQ, design method, and wherein a gain of a transfer function (G yd (s)), which represents a ratio of an output (y) to a disturbance (d) in the feedback control system , is lower than 0[dB] throughout all frequency ranges.
A method of determining, by user equipment , whether to read system information of a network entity , comprising: receiving Z system information transmitted by a network entity ; comparing a value tag broadcasted in the system information with a stored value tag for the network entity , and processing the system information for the network entity when the value tag broadcasted in the system information is different from the stored value tag for the network entity , characterized by : analyzing one or more parameters of the system information to determine whether system information for the network entity has changed when the value tag broadcasted in the system information is equivalent to the stored value tag for the network entity ; and processing the system information for the network entity based at least in part on determining that the system information for the network entity has changed. receiving Z system information transmitted by a network entity ; comparing a value tag broadcasted in the system information with a stored value tag for the network entity , and processing the system information for the network entity when the value tag broadcasted in the system information is different from the stored value tag for the network entity , characterized by : analyzing one or more parameters of the system information to determine whether system information for the network entity has changed when the value tag broadcasted in the system information is equivalent to the stored value tag for the network entity ; and processing the system information for the network entity based at least in part on determining that the system information for the network entity has changed. analyzing one or more parameters of the system information to determine whether system information for the network entity has changed when the value tag broadcasted in the system information is equivalent to the stored value tag for the network entity ; and processing the system information for the network entity based at least in part on determining that the system information for the network entity has changed.