mhurhangee/ep-ind-claims huggingface dataset:
A monitoring apparatus for monitoring at least one processing tool during processing of an effluent stream by said processing tool wherein the effluent stream is from a semiconductor processing tool, said monitoring apparatus comprising: reception logic operable to receive processing characteristic data generated during said processing of said effluent stream; segregation logic operable to segregate said processing characteristic data into contributing processing characteristic data associated with contributing periods which contribute to a condition of said at least one processing tool and non-contributing processing characteristic data associated with non-contributing periods which fail to contribute to said condition; and fault logic operable to: utilise said contributing processing characteristic data and to exclude said non-contributing processing characteristic data when determining a status of said condition; combine contributing processing characteristic data from said contributing periods to provide combined contributing processing characteristic data; extrapolate said combined contributing processing characteristic data to estimate future contributing processing characteristic data; and provide an indication of a number of contributing periods until said future contributing processing characteristic data crosses a fault threshold. reception logic operable to receive processing characteristic data generated during said processing of said effluent stream; segregation logic operable to segregate said processing characteristic data into contributing processing characteristic data associated with contributing periods which contribute to a condition of said at least one processing tool and non-contributing processing characteristic data associated with non-contributing periods which fail to contribute to said condition; and fault logic operable to: utilise said contributing processing characteristic data and to exclude said non-contributing processing characteristic data when determining a status of said condition; combine contributing processing characteristic data from said contributing periods to provide combined contributing processing characteristic data; extrapolate said combined contributing processing characteristic data to estimate future contributing processing characteristic data; and provide an indication of a number of contributing periods until said future contributing processing characteristic data crosses a fault threshold. utilise said contributing processing characteristic data and to exclude said non-contributing processing characteristic data when determining a status of said condition; combine contributing processing characteristic data from said contributing periods to provide combined contributing processing characteristic data; extrapolate said combined contributing processing characteristic data to estimate future contributing processing characteristic data; and provide an indication of a number of contributing periods until said future contributing processing characteristic data crosses a fault threshold.
A joint assembly comprising: a plurality of frames each including a middle portion and contactors disposed on both ends of the middle portion; and a connecting member configured to maintain contact between the contactors of two neighboring frames among the plurality of frames, the contactors include contacting faces including a plurality of gear teeth therein, the two neighboring frames are in contact via the contacting faces, and characterized in that the connecting member comprises: a side strip configured to pass through the contactors of each of the plurality of frames; and a middle strip configured to pass through the middle portion of each of the plurality of frames. a plurality of frames each including a middle portion and contactors disposed on both ends of the middle portion; and a connecting member configured to maintain contact between the contactors of two neighboring frames among the plurality of frames, the contactors include contacting faces including a plurality of gear teeth therein, the two neighboring frames are in contact via the contacting faces, and characterized in that the connecting member comprises: a side strip configured to pass through the contactors of each of the plurality of frames; and a middle strip configured to pass through the middle portion of each of the plurality of frames. a side strip configured to pass through the contactors of each of the plurality of frames; and a middle strip configured to pass through the middle portion of each of the plurality of frames.
Continuous process for the preparation of 2,5-furan-dicarboxylic acid and methyl acetate, comprising - introducing a 5-methoxymethyl furfural-containing feedstock, an oxygen-containing gas, an oxidation catalyst and an acetic acid-containing solvent into a reactor; - allowing 5-methoxymethyl furfural to react with oxygen and acetic acid in the presence of the oxidation catalyst to yield 2,5-furan-dicarboxylic acid as main product and methyl acetate; - withdrawing 2,5-furan-dicarboxylic acid-containing product from the reactor and recovering 2,5-furan-dicarboxylic acid product; and - withdrawing a vaporous stream containing methyl acetate from the reactor. - introducing a 5-methoxymethyl furfural-containing feedstock, an oxygen-containing gas, an oxidation catalyst and an acetic acid-containing solvent into a reactor; - allowing 5-methoxymethyl furfural to react with oxygen and acetic acid in the presence of the oxidation catalyst to yield 2,5-furan-dicarboxylic acid as main product and methyl acetate; - withdrawing 2,5-furan-dicarboxylic acid-containing product from the reactor and recovering 2,5-furan-dicarboxylic acid product; and - withdrawing a vaporous stream containing methyl acetate from the reactor.
A transmission control method of a central management apparatus (530; 800), the method comprising: receiving (566, 569) transmission control-related information from a plurality of base stations (510, 520; 900); determining transmission power of the plurality of base stations (510, 520; 900) and a transmission point for a terminal based on the transmission control-related information, wherein the determining of the transmission power of the plurality of base stations (510, 520; 900) comprises maintaining the transmission power for a cell-specific reference signal, CRS, or a channel state information-reference signal, CSI-RS, of the plurality of base stations (510, 520; 900) and adjusting the transmission power for data, and the transmission point indicates which of the plurality of base stations transmits the data to the terminal; and transmitting (577, 579) information on the determined transmission power for the data and the transmission point of the terminal to the plurality of base stations (510, 520; 900), wherein the transmission control-related information includes information on an active terminal list or downlink filtered perceived, DL FP, throughput. receiving (566, 569) transmission control-related information from a plurality of base stations (510, 520; 900); determining transmission power of the plurality of base stations (510, 520; 900) and a transmission point for a terminal based on the transmission control-related information, wherein the determining of the transmission power of the plurality of base stations (510, 520; 900) comprises maintaining the transmission power for a cell-specific reference signal, CRS, or a channel state information-reference signal, CSI-RS, of the plurality of base stations (510, 520; 900) and adjusting the transmission power for data, and the transmission point indicates which of the plurality of base stations transmits the data to the terminal; and transmitting (577, 579) information on the determined transmission power for the data and the transmission point of the terminal to the plurality of base stations (510, 520; 900), wherein the transmission control-related information includes information on an active terminal list or downlink filtered perceived, DL FP, throughput.
Method for producing spatial guide tracks on guide bodies in order to move a cam follower as a result of a relative movement of the guide body: comprising a rough milling, during which a groove is formed in the guide body by means of a rough milling cutter in that the guide body and the rough milling cutter, during the advancing movement to be carried out for material removal purposes, carry out a relative movement with respect to one another, during which the rough milling cutter carries out the movement of the cam follower on the finished guide track with a given camber angle (α), and comprising a fine machining, during which the groove is machined by means of a finish milling cutter in that the guide body and the finish milling cutter, during the advancing movement to be carried out for material removal purposes, carry out a relative movement with respect to one another, said relative movement having a different camber angle (β) to the movement of the cam follower on the finished guide track. comprising a rough milling, during which a groove is formed in the guide body by means of a rough milling cutter in that the guide body and the rough milling cutter, during the advancing movement to be carried out for material removal purposes, carry out a relative movement with respect to one another, during which the rough milling cutter carries out the movement of the cam follower on the finished guide track with a given camber angle (α), and comprising a fine machining, during which the groove is machined by means of a finish milling cutter in that the guide body and the finish milling cutter, during the advancing movement to be carried out for material removal purposes, carry out a relative movement with respect to one another, said relative movement having a different camber angle (β) to the movement of the cam follower on the finished guide track.
A method of making a potato dough formulation comprising fresh potato mash, the method comprising providing uncooked, raw, skinned whole potato; in a segmenter segmenting said uncooked, raw, skinned whole potato into a plurality of pieces, wherein a treatment solution to control oxidation and discoloration is added to the potato pieces in the segmenter; in a slicer slicing said pieces into a plurality of particles, thereby forming a potato slurry, wherein the sliced particles have a thickness of from 0.127 mm (0.005 inch) to 12.7 mm (0.5 inch), the potato slurry exiting the slicer at a temperature of from 7 to 63 °C (45 to 145 °F); passing the potato slurry into a decanting device for non-thermally removing excess water thereby gently reducing the moisture content of said potato slurry to about 70% by weight; cooking the potato slurry at a temperature of from 60°C (140°F) to 88°C (190°F) to form the fresh potato mash, wherein the fresh potato mash is fully gelatinized, and wherein the moisture content of the fresh potato mash is about 70 % by weight; cooling the potato mash to a temperature from 4°C (40°F) to 60°C (140°F) to form a cooled fresh potato mash; and adding the cooled fresh potato mash to other ingredients to form a dough.
A dishwasher comprising: a tub configured to accommodate washing targets; spray arms (3, 5) provided within the tub to spray washing water to the washing targets; a base configured to support the tub; a sump provided within the base to store washing water; a pump configured to supply washing water stored in the sump to the spray arms (3, 5); a support body fixed to the inside of the base and located above the pump; and at least two connection parts (951, 953) configured to connect the pump to the support body and to damp vibration generated by the pump, characterized in that: the dishwasher further comprises restriction parts protruding upwards from the base to restrict the movement range of the pump held by the connection parts (951, 953). a tub configured to accommodate washing targets; spray arms (3, 5) provided within the tub to spray washing water to the washing targets; a base configured to support the tub; a sump provided within the base to store washing water; a pump configured to supply washing water stored in the sump to the spray arms (3, 5); a support body fixed to the inside of the base and located above the pump; and at least two connection parts (951, 953) configured to connect the pump to the support body and to damp vibration generated by the pump, characterized in that: the dishwasher further comprises restriction parts protruding upwards from the base to restrict the movement range of the pump held by the connection parts (951, 953).
System for wiping a vehicle window, comprising: - at least one windscreen wiper blade adapted to be driven by a drive arm of the wiper system with alternating movements sweeping at least one portion of the exterior surface of a window to be wiped between two positions at which the sweeping direction is reversed; - a device for spraying a liquid onto the exterior surface; - a pump for feeding the sprayer device with liquid; - a circuit for controlling the feeding of the sprayer device by the pump as a function of the sweeping direction, characterized in that it includes a sensor of acceleration of the windscreen wiper that is carried by the drive arm or by the windscreen wiper blade and that is connected to the control circuit in order to supply to the control circuit signals representing the value of the acceleration of the drive arm or of the windscreen wiper blade of the windscreen wiper during the alternating sweeping movements. - at least one windscreen wiper blade adapted to be driven by a drive arm of the wiper system with alternating movements sweeping at least one portion of the exterior surface of a window to be wiped between two positions at which the sweeping direction is reversed; - a device for spraying a liquid onto the exterior surface; - a pump for feeding the sprayer device with liquid; - a circuit for controlling the feeding of the sprayer device by the pump as a function of the sweeping direction,
Home appliance, in particular a washing machine or a dryer, with a housing, in which a drum is rotatably mounted in a tub, the tub being coupled to the housing via at least one support element of a vibration damping device (17, 31, 33) including pivot articulations (37, 47, 51) comprising a first pivot articulation; the support element being articulated to the housing via a pivot lever which is articulated to the housing, particularly to a housing side, via the first pivot articulation about a first pivot axis fixed with respect to the housing; characterized in that at least one of the pivot articulations (37, 47, 51) includes a rotational friction damper, and the first pivot axis is above a horizontal plane passing through the lowest point of the tub.
A consumable for attaching an optical and magnetic stimulation, OMS, wound therapy device to a wound of a patient, wherein the consumable comprises a flexible material for adjusting a distance between said wound and a light source and a coil, respectively, of the OMS wound therapy device by varying a depression state of the flexible consumable, and wherein the consumable is configured to conform to a shape of a body part of the patient to which the OMS wound therapy device is to be attached, wherein the consumable comprises two parts which are moulded together, and wherein the consumable comprises a click-in mechanism configured to provide audible feedback for correct placement of the consumable to the OMS wound therapy device. wherein the consumable comprises a flexible material for adjusting a distance between said wound and a light source and a coil, respectively, of the OMS wound therapy device by varying a depression state of the flexible consumable, and wherein the consumable is configured to conform to a shape of a body part of the patient to which the OMS wound therapy device is to be attached, wherein the consumable comprises two parts which are moulded together, and wherein the consumable comprises a click-in mechanism configured to provide audible feedback for correct placement of the consumable to the OMS wound therapy device.
A feedback method for a semi-persistent scheduling, SPS, physical downlink shared channel, PDSCH, applicable to a terminal device, the method comprising: determining, in a case that a plurality of SPS PDSCHs are configured in one slot, a feedback information codebook of the SPS PDSCHs according to a quantity of the SPS PDSCHs configured; characterized in that the determining a feedback information codebook of the SPS PDSCHs according to a quantity of the SPS PDSCHs configured comprises: when at least two SPS PDSCHs of the plurality of SPS PDSCHs in the slot overlap in time domain, and the SPS PDSCH configurations are configured with priorities, selecting feedback bit information of the SPS PDSCHs of which configurations are configured with higher priorities of at least two SPS PDSCHs, and the feedback bit information of the SPS PDSCHs that do not overlap in time domain, to construct the feedback information codebook of the plurality of SPS PDSCHs. determining, in a case that a plurality of SPS PDSCHs are configured in one slot, a feedback information codebook of the SPS PDSCHs according to a quantity of the SPS PDSCHs configured; characterized in that the determining a feedback information codebook of the SPS PDSCHs according to a quantity of the SPS PDSCHs configured comprises: when at least two SPS PDSCHs of the plurality of SPS PDSCHs in the slot overlap in time domain, and the SPS PDSCH configurations are configured with priorities, selecting feedback bit information of the SPS PDSCHs of which configurations are configured with higher priorities of at least two SPS PDSCHs, and the feedback bit information of the SPS PDSCHs that do not overlap in time domain, to construct the feedback information codebook of the plurality of SPS PDSCHs.
Method for detecting pyrophosphate, characterized in that it includes the following stages: (a) contacting the components of a composition including dehydroluciferin, luciferin, ATP and luciferase which can be activated by pyrophosphate with the test sample (b) measuring luminescence. (a) contacting the components of a composition including dehydroluciferin, luciferin, ATP and luciferase which can be activated by pyrophosphate with the test sample (b) measuring luminescence.
A polypeptide having amylase activity comprising an amino acid sequence having at least 78% sequence identity to the amino acid sequence of SEQ ID NO: 1, and wherein the polypeptide comprises an amino acid substitution at position 240, with reference to the position numbering of the sequence shown as SEQ ID NO: 1; wherein the polypeptide has improved thermostability compared to the amylase of SEQ ID NO: 1.
An adjustable wrench, comprising a handle, a neck, a first jaw, a second jaw and an adjustment mechanism, wherein the first jaw is connected to the handle by the neck; the second jaw is movably disposed on the neck and is disposed opposite the first jaw to form a holding space for holding an object; the adjustment mechanism is disposed on the neck and is configured to be able to drive the second jaw to move relative to the first jaw to adjust a size of the holding space; wherein the adjustment mechanism comprises a worm and a pin, and the worm comprises an inner tube and thread teeth; the inner tube is of a cylinder and has an inner cavity penetrating in an axial direction; the pin passes through the inner cavity and is fixedly connected to the neck; the thread teeth are spirally disposed on an outer surface of the inner tube; the second jaw meshes with the thread teeth and is configured to be able to move relative to the first jaw as the worm rotates; and the thread teeth have more than one helix, characterized in that: a lead angle of the worm is not greater than a self-locking angle, the self-locking angle corresponding to a material of the worm and the second jaw; wherein the thread teeth have two helices, and the lead angle is in a range of 7° to 8°. the first jaw is connected to the handle by the neck; the second jaw is movably disposed on the neck and is disposed opposite the first jaw to form a holding space for holding an object; the adjustment mechanism is disposed on the neck and is configured to be able to drive the second jaw to move relative to the first jaw to adjust a size of the holding space; wherein the adjustment mechanism comprises a worm and a pin, and the worm comprises an inner tube and thread teeth; the inner tube is of a cylinder and has an inner cavity penetrating in an axial direction; the pin passes through the inner cavity and is fixedly connected to the neck; the thread teeth are spirally disposed on an outer surface of the inner tube; the second jaw meshes with the thread teeth and is configured to be able to move relative to the first jaw as the worm rotates; and the thread teeth have more than one helix, characterized in that: a lead angle of the worm is not greater than a self-locking angle, the self-locking angle corresponding to a material of the worm and the second jaw; wherein the thread teeth have two helices, and the lead angle is in a range of 7° to 8°. a lead angle of the worm is not greater than a self-locking angle, the self-locking angle corresponding to a material of the worm and the second jaw; wherein the thread teeth have two helices, and the lead angle is in a range of 7° to 8°.
Improved tomato hook that comprises a holder and a cord attached to the holder, whereby the cord has two reserves, respectively a first reserve that is completely affixed in windings around a winding core of the holder, and which is intended to be systematically unwound, and a second reserve of a set length of cord, and this second reserve is at least partially wound next to the aforementioned holder and can be released from the holder completely in one go, characterised in that the second reserve is clasped between the holder and the windings of the first reserve, or between two sections of the windings of the first reserve.