mhurhangee/ep-ind-claims huggingface dataset:
A toy gun comprising: an inner barrel through which a bullet passes when the bullet is fired; a cartridge placed at the base of the inner barrel and continuously provided with cartridge loading portions loaded with bullets; a trigger placed below the inner barrel and operated to fire a bullet; a trigger rotating shaft rotating the trigger; a terminal provided closer to the inner barrel than to the trigger rotating shaft on the extension line of the trigger; a nail arm rotating shaft placed on the side opposite to the cartridge with the trigger rotating shaft in between; a nail arm rotated around the nail arm rotating shaft; a guide as a long hole provided in the nail arm in a direction along the inner barrel as a whole and guiding the terminal; a nail which is attached to a tip of the nail arm and can be engaged with a cartridge loading portion; a cover which is provided at the end of the inner barrel on the cartridge side, can be abutted against the cartridge loading portion, and can be slid to the cartridge side and the side opposite to the cartridge; and a link which slides the cover to the cartridge side and the side opposite to the cartridge by bringing the terminal into and out of abutment. an inner barrel through which a bullet passes when the bullet is fired; a cartridge placed at the base of the inner barrel and continuously provided with cartridge loading portions loaded with bullets; a trigger placed below the inner barrel and operated to fire a bullet; a trigger rotating shaft rotating the trigger; a terminal provided closer to the inner barrel than to the trigger rotating shaft on the extension line of the trigger; a nail arm rotating shaft placed on the side opposite to the cartridge with the trigger rotating shaft in between; a nail arm rotated around the nail arm rotating shaft; a guide as a long hole provided in the nail arm in a direction along the inner barrel as a whole and guiding the terminal; a nail which is attached to a tip of the nail arm and can be engaged with a cartridge loading portion; a cover which is provided at the end of the inner barrel on the cartridge side, can be abutted against the cartridge loading portion, and can be slid to the cartridge side and the side opposite to the cartridge; and a link which slides the cover to the cartridge side and the side opposite to the cartridge by bringing the terminal into and out of abutment.
Combination of a pushing handle for a shopping trolley and a deposit lock, wherein held on the pushing handle is the deposit lock which has an opening for inserting the deposit, and wherein the pushing handle comprises a receptacle for a mobile telecommunications transmitter device characterised in that the receptacle for the mobile telecommunications transmitter device is arranged on the side of the pushing handle facing away from the shopping trolley in front of the opening for inserting the deposit.
An as forged crankshaft, comprising: a carbon steel, wherein the carbon steel contains C of 0.30% to 0.60% by mass and S of 0.01% to 0.30% by mass, characterised in that a portion corresponding to a machined outer circumferential surface of a shaft part, a ratio x/y of an area rate x of manganese sulfide inclusions in a position on a flash line corresponding to a parting surface of a die for finish forging to an area rate y of manganese sulfide inclusions in a position away from the flash line corresponding to a bottom of a die impression of the die for finish forging is equal to or lower than 1.5. a carbon steel, wherein the carbon steel contains C of 0.30% to 0.60% by mass and S of 0.01% to 0.30% by mass, characterised in that a portion corresponding to a machined outer circumferential surface of a shaft part, a ratio x/y of an area rate x of manganese sulfide inclusions in a position on a flash line corresponding to a parting surface of a die for finish forging to an area rate y of manganese sulfide inclusions in a position away from the flash line corresponding to a bottom of a die impression of the die for finish forging is equal to or lower than 1.5.
A method of reporting channel state information by a user equipment in a wireless communication system, the method comprising: receiving, from a serving node, information on vertical beamforming angles of the serving node and a cooperation node, wherein the information on the vertical beamforming angles of the serving node and the cooperation node comprises information on at least one cooperative transmission mode determined based on the vertical beamforming angle of the serving node and the vertical beamforming angle of the cooperation node, wherein the at least one cooperative transmission mode comprises a joint transmission scheme and a coordinated beamforming scheme; generating the channel state information for a cooperative transmission mode on the basis of a specific cooperative transmission mode preferred by the user equipment using the information on the at least one cooperative transmission mode; and reporting the channel state information to the serving node. receiving, from a serving node, information on vertical beamforming angles of the serving node and a cooperation node, wherein the information on the vertical beamforming angles of the serving node and the cooperation node comprises information on at least one cooperative transmission mode determined based on the vertical beamforming angle of the serving node and the vertical beamforming angle of the cooperation node, wherein the at least one cooperative transmission mode comprises a joint transmission scheme and a coordinated beamforming scheme; generating the channel state information for a cooperative transmission mode on the basis of a specific cooperative transmission mode preferred by the user equipment using the information on the at least one cooperative transmission mode; and reporting the channel state information to the serving node.
Process for producing brioches or croissants, said brioches or croissants being prepared without additives and being frozen/lowered in temperature, the temperature of said brioches or croissants being recovered to a cooking temperature before eating them, said process comprising the steps of: - completely cooking in an oven the brioches or croissants; - immediately freezing/lowering in temperature the cooked brioches or croissants by using liquid nitrogen, the step of immediately freezing/lowering in temperature through liquid nitrogen occurring by taking the brioches or croissants, cooked at a temperature of 200 °C, down to a temperature of -60 °C in 8 minutes and keeping the brioches or croissants at the temperature of -60 °C for a period of 4 minutes; - packaging the brioches or croissants frozen/lowered in temperature; - storing at a temperature from -5 °C to -20 °C and transporting the packaged brioches or croissants; and - subjecting to recovery the brioches or croissants in heating means at 200 °C for a period ranging from 3 to 7 minutes, or, alternatively, taking back to ambient temperature the brioches or croissants through staying at ambient temperature for a period of 1 hour. - completely cooking in an oven the brioches or croissants; - immediately freezing/lowering in temperature the cooked brioches or croissants by using liquid nitrogen, the step of immediately freezing/lowering in temperature through liquid nitrogen occurring by taking the brioches or croissants, cooked at a temperature of 200 °C, down to a temperature of -60 °C in 8 minutes and keeping the brioches or croissants at the temperature of -60 °C for a period of 4 minutes; - packaging the brioches or croissants frozen/lowered in temperature; - storing at a temperature from -5 °C to -20 °C and transporting the packaged brioches or croissants; and - subjecting to recovery the brioches or croissants in heating means at 200 °C for a period ranging from 3 to 7 minutes, or, alternatively, taking back to ambient temperature the brioches or croissants through staying at ambient temperature for a period of 1 hour.
A subsea system for providing pressure for operating a hydraulic system of a subsea equipment comprising: an accumulator configured to store hydraulic fluid and gas; a supercharge cylinder; a hydraulic line coupling the accumulator to the supercharge cylinder; a supercharge cylinder control valve coupled to the supercharge cylinder; a control module configured to perform the steps of: charging the accumulator to a base control system pressure; and stroking the subsea supercharge cylinder with the supercharge cylinder control valve to increase accumulator pressure above the base control system pressure to an increased system pressure; characterized in that the subsea system further comprises a pressure regulator coupled to the accumulator and configured to limit an output of the accumulator to a regulated pressure lower than the increased system pressure to prevent damage to the subsea equipment. an accumulator configured to store hydraulic fluid and gas; a supercharge cylinder; a hydraulic line coupling the accumulator to the supercharge cylinder; a supercharge cylinder control valve coupled to the supercharge cylinder; a control module configured to perform the steps of: charging the accumulator to a base control system pressure; and stroking the subsea supercharge cylinder with the supercharge cylinder control valve to increase accumulator pressure above the base control system pressure to an increased system pressure; charging the accumulator to a base control system pressure; and stroking the subsea supercharge cylinder with the supercharge cylinder control valve to increase accumulator pressure above the base control system pressure to an increased system pressure; characterized in that the subsea system further comprises a pressure regulator coupled to the accumulator and configured to limit an output of the accumulator to a regulated pressure lower than the increased system pressure to prevent damage to the subsea equipment.
In vitro use of a panel for pre-operatively assessing the risk of a subject having an adnexal mass as having ovarian cancer, the panel consisting of markers: Cancer Antigen 125, Prealbumin, Transferrin, and Human Epididymis Protein 4.
The upholstered furniture headrest lifting mechanism is provided with an electric motor and it consists of a top bracket in the shape of the letter "C" having two tabs, each with an opening and at the ends of the top bracket there are lower tabs perpendicular to it and pointing downwards, wherein the motor is attached to the top bracket, which in its lower part is attached to a punched bracket, wherein at one end of the top bracket a tie-rod is attached together with its movable extension and the longer arm of the extension has a right-angle bent surface to which support flat bar is attached and the longer arm of the extension is connected to the tie-rod using a friction or ratchet joint, and wherein the tie-rod is fixed axially to top bracket, while to one lower tab of the top bracket a sliding slider is fixed, which has fixing holes and a pin, on which a plastic profiled slider is fixed in pivotable and non-moving manner, placed in the guide, wherein at the other end of the top bracket an analogous movable extension is fixed via a tie-rod and a sliding slider in a mirror-image surrounding guide.
Hose connection with a hose and with a connector, wherein the hose has an outer diameter (d h_a) and an inner diameter (d h_i), wherein the inner diameter (d h_i) of the hose is greater than an outer diameter (d n_a) of the connector in a pushing-on region, characterized in that the hose has in the pushing-on region at least one clamping portion with a reduced inner diameter (d h_r) which is smaller than the outer diameter (d n_a) of the connector, so that a press fit is realized for the clamping portion.
Method for operating an automation plant in order to reduce a power consumption of plant components (14, 16) of the automation plant for a production stoppage, comprising the following steps: - a control apparatus transmits stoppage time data to the plant components (14, 16) via a data network in order to initiate the production stoppage, - each plant component (14, 16) automatically changes to a target state (32, 34, 36, 38) if the received stoppage time data specify a stoppage time expected for the target state (32, 34, 36, 38) and if at least one other plant component (14, 16) has a respective operating state expected for the target state (32, 34, 36, 38), - the control apparatus transmits in each case one component-specific stoppage time as the stoppage time data to the plant components (14, 16), which stoppage time is different than at least one stoppage time transmitted to another of the plant components (14, 16), characterized by the following steps: - the control apparatus defines a target state for a first of the plant components and determines the expected stoppage time and the respective expected operating state of the at least one other plant component for the defined target state, - the control apparatus controls the at least one other plant component in the respective determined expected operating state, - the control apparatus transmits the determined expected stoppage time to the first plant component, by means of which stoppage time the first plant component changes to the defined target state. - a control apparatus transmits stoppage time data to the plant components (14, 16) via a data network in order to initiate the production stoppage, - each plant component (14, 16) automatically changes to a target state (32, 34, 36, 38) if the received stoppage time data specify a stoppage time expected for the target state (32, 34, 36, 38) and if at least one other plant component (14, 16) has a respective operating state expected for the target state (32, 34, 36, 38), - the control apparatus transmits in each case one component-specific stoppage time as the stoppage time data to the plant components (14, 16), which stoppage time is different than at least one stoppage time transmitted to another of the plant components (14, 16), - the control apparatus defines a target state for a first of the plant components and determines the expected stoppage time and the respective expected operating state of the at least one other plant component for the defined target state, - the control apparatus controls the at least one other plant component in the respective determined expected operating state, - the control apparatus transmits the determined expected stoppage time to the first plant component, by means of which stoppage time the first plant component changes to the defined target state.
A matrix operation device configured to execute a matrix operation according to a matrix operation instruction, comprising: a storage unit configured to store matrices, wherein the storage unit is a Scratchpad Memory capable of supporting matrices of different sizes; a register unit configured to store the matrix addresses, wherein the matrix addresses are addresses in the storage unit where the matrices are stored; and a matrix operation unit configured to acquire the matrix operation instruction, obtain a matrix address from the register unit according to the matrix operation instruction, and then obtain a corresponding matrix of a specified size from the storage unit according to the matrix address, subsequently perform the matrix operation according to the acquired matrix of the specified size so as to obtain a matrix operation result; characterized in that said matrix operation instruction comprises an operation code and at least two operation fields, wherein the operation code is used for indicating a function of the matrix operation instruction, and the at least two operation fields are used for indicating data information of the matrix operation instruction; wherein said data information includes at least two register unit numbers for respectively obtaining a matrix starting address and a matrix size of a first matrix from corresponding register units. a storage unit configured to store matrices, wherein the storage unit is a Scratchpad Memory capable of supporting matrices of different sizes; a register unit configured to store the matrix addresses, wherein the matrix addresses are addresses in the storage unit where the matrices are stored; and a matrix operation unit configured to acquire the matrix operation instruction, obtain a matrix address from the register unit according to the matrix operation instruction, and then obtain a corresponding matrix of a specified size from the storage unit according to the matrix address, subsequently perform the matrix operation according to the acquired matrix of the specified size so as to obtain a matrix operation result; characterized in that said matrix operation instruction comprises an operation code and at least two operation fields, wherein the operation code is used for indicating a function of the matrix operation instruction, and the at least two operation fields are used for indicating data information of the matrix operation instruction; wherein said data information includes at least two register unit numbers for respectively obtaining a matrix starting address and a matrix size of a first matrix from corresponding register units.
Method of preparing spheroid polymer particles for use as chromatographic material having a narrow particle size distribution according to the ratio F≤2, wherein F = dp(%<90)/dp(%<10), wherein dp is the particle diameter (in microns) and wherein dp(%<90) and dp(%<10), respectively, designate the top limit for a group of particles and the bottom limit for a group of particles, with dp(%<90) being a value of a particle size below which 90% of the particles are smaller in size, and dp(%<10) being a value of a particle size below which 10% of the particles are smaller, such particles made by dispersion polymerisation which comprises the steps of: • providing a two phase system in the form of a dispersion comprising an organic phase of droplets dispersed in an aqueous medium, wherein the organic phase comprises at least a crosslinkable monomer, a polymerisation initiator and an organic solvent for said monomer and • allowing the crosslinkable monomer to polymerize, while the two-phase system is agitated, characterised in that the aqueous phase contains a dissolved water soluble salt without using a dispersion stabilizing agent to stabilize the dispersion, wherein without using a dispersion stabilizing agent to stabilize the dispersion" means either the absence of the dispersion stabilizing agent, or a content below 0.1 wt. % of the weight of the aqueous medium. • providing a two phase system in the form of a dispersion comprising an organic phase of droplets dispersed in an aqueous medium, wherein the organic phase comprises at least a crosslinkable monomer, a polymerisation initiator and an organic solvent for said monomer and • allowing the crosslinkable monomer to polymerize, while the two-phase system is agitated, characterised in that the aqueous phase contains a dissolved water soluble salt without using a dispersion stabilizing agent to stabilize the dispersion, wherein without using a dispersion stabilizing agent to stabilize the dispersion" means either the absence of the dispersion stabilizing agent, or a content below 0.1 wt. % of the weight of the aqueous medium.
A method to route network traffic, the method comprising: routing, by an edge network device, traffic along a first path from the edge network device, through an internal network domain and through a first network address translation, NAT, exit point from the internal network domain to a first server external to the internal network domain, the first server providing access to a third party network resource, wherein the routing comprises establishing a first transmission control protocol, TCP, session along the first path; determining, by the edge network device, that the traffic is associated with a rerouting application after establishing the first TCP session; determining, by the edge network device, a first ranking for the first path, the first ranking based on network performance of the first path; determining, by the edge network device, a second ranking for a second path from the edge network device to a second sever, the second path through the internal network domain and through a second NAT exit point, wherein the second path excludes the first NAT exit point, the second server providing access to the third party network resource, the second ranking based on network performance of the second path; and based on the second ranking exceeding the first ranking by a threshold amount, rerouting, by the edge network device, the traffic along the second path, wherein the rerouting comprises establishing a second TCP session along the second path. routing, by an edge network device, traffic along a first path from the edge network device, through an internal network domain and through a first network address translation, NAT, exit point from the internal network domain to a first server external to the internal network domain, the first server providing access to a third party network resource, wherein the routing comprises establishing a first transmission control protocol, TCP, session along the first path; determining, by the edge network device, that the traffic is associated with a rerouting application after establishing the first TCP session; determining, by the edge network device, a first ranking for the first path, the first ranking based on network performance of the first path; determining, by the edge network device, a second ranking for a second path from the edge network device to a second sever, the second path through the internal network domain and through a second NAT exit point, wherein the second path excludes the first NAT exit point, the second server providing access to the third party network resource, the second ranking based on network performance of the second path; and based on the second ranking exceeding the first ranking by a threshold amount, rerouting, by the edge network device, the traffic along the second path, wherein the rerouting comprises establishing a second TCP session along the second path.
A light detection and ranging, LIDAR, system comprising: a laser source configured to provide an optical signal at a first signal power; a pulse envelope generator configured to generate a pulse envelope signal by splitting the optical signal into a first optical signal and a second optical signal and based on a relative phase difference between the first optical signal and the second optical signal; an amplifier having a plurality of gain configurations, wherein the amplifier is configured to receive the pulse envelope signal and amplify the pulse envelope signal based on a gain configuration of the plurality of gain configurations; and one or more processors configured to: adjust the gain configuration of the amplifier across two or more of the plurality of gain configurations to cause the amplifier to generate the pulse envelope signal at a second signal power, wherein the second signal power is greater than the first signal power by at least an amount corresponding to an inverse of a duty cycle of the optical signal. a laser source configured to provide an optical signal at a first signal power; a pulse envelope generator configured to generate a pulse envelope signal by splitting the optical signal into a first optical signal and a second optical signal and based on a relative phase difference between the first optical signal and the second optical signal; an amplifier having a plurality of gain configurations, wherein the amplifier is configured to receive the pulse envelope signal and amplify the pulse envelope signal based on a gain configuration of the plurality of gain configurations; and one or more processors configured to: adjust the gain configuration of the amplifier across two or more of the plurality of gain configurations to cause the amplifier to generate the pulse envelope signal at a second signal power, wherein the second signal power is greater than the first signal power by at least an amount corresponding to an inverse of a duty cycle of the optical signal.