mhurhangee/ep-ind-claims huggingface dataset:
Method of operating an apparatus configured to form a sheath over an elongate member, said method comprising the steps of: providing an extruder configured to apply a material to form the sheath, the extruder further comprising a feeder operating at a feeder speed to supply the material to the extruder; providing a drive mechanism configured to move the elongate member through the extruder at a line speed to apply the material to the elongate member thus forming the sheath, wherein the sheath has a thickness; providing a thickness sensor configured to determine the thickness of the sheath; providing a controller comprising a central processing unit, a memory, and a transceiver that communicates with the feeder, the extruder, and the thickness sensor; storing a material factor value in the memory, wherein the material factor value is based on rheological properties of the material; determining, via the central processing unit, a deviation between thickness data from the thickness sensor and a desired thickness value stored in the memory; determining, via the central processing unit, a correction factor value based on the deviation between the thickness data and the desired thickness value; and adjusting the line speed, via the controller and the drive mechanism, based on line speed data, feeder speed data, the material factor value, and the correction factor value, wherein the correction factor value is within a predetermined range during execution of the method, characterized in that excessive feeder wear is indicated when the correction factor value is outside the predetermined range. providing an extruder configured to apply a material to form the sheath, the extruder further comprising a feeder operating at a feeder speed to supply the material to the extruder; providing a drive mechanism configured to move the elongate member through the extruder at a line speed to apply the material to the elongate member thus forming the sheath, wherein the sheath has a thickness; providing a thickness sensor configured to determine the thickness of the sheath; providing a controller comprising a central processing unit, a memory, and a transceiver that communicates with the feeder, the extruder, and the thickness sensor; storing a material factor value in the memory, wherein the material factor value is based on rheological properties of the material; determining, via the central processing unit, a deviation between thickness data from the thickness sensor and a desired thickness value stored in the memory; determining, via the central processing unit, a correction factor value based on the deviation between the thickness data and the desired thickness value; and adjusting the line speed, via the controller and the drive mechanism, based on line speed data, feeder speed data, the material factor value, and the correction factor value, wherein the correction factor value is within a predetermined range during execution of the method, characterized in that excessive feeder wear is indicated when the correction factor value is outside the predetermined range.
A link mechanism for linking a first housing and a second housing of an information apparatus in a slidable and tiltable manner, wherein: the link mechanism is configured by a four-section articulated link mechanism which is provided with four joints (11 to 14), first and second joints (11 and 12) are provided at the first housing, third and fourth joints (13 and 14) are provided at the second housing, and the four-section articulated link mechanism can change the positions of the four joints (11 to 14) so as to change the first and second housings (1 and 2) to any of the positions of a closed position where the second housing is laid over the first housing, an opened position after the second housing is slid from the closed position, then is arranged forming a certain tilt angle with respect to the first housing, and a plurality of open angle positions where the tilt angle of the second housing with respect to the first housing is changed from the opened position, and wherein a first link bridges the first and third joints (11 and 13), a second link bridges the second and fourth joints (12 and 14), a slide block to the two ends of which the third and fourth joints (13 and 14) are attached is provided, the first joint is fixed in position on the first housing, the second joint can be slid with respect to the first joint, the slide block can slide on the second housing, and the second link is longer than the first link. the link mechanism is configured by a four-section articulated link mechanism which is provided with four joints (11 to 14), first and second joints (11 and 12) are provided at the first housing, third and fourth joints (13 and 14) are provided at the second housing, and the four-section articulated link mechanism can change the positions of the four joints (11 to 14) so as to change the first and second housings (1 and 2) to any of the positions of a closed position where the second housing is laid over the first housing, an opened position after the second housing is slid from the closed position, then is arranged forming a certain tilt angle with respect to the first housing, and a plurality of open angle positions where the tilt angle of the second housing with respect to the first housing is changed from the opened position, and wherein a first link bridges the first and third joints (11 and 13), a second link bridges the second and fourth joints (12 and 14), a slide block to the two ends of which the third and fourth joints (13 and 14) are attached is provided, the first joint is fixed in position on the first housing, the second joint can be slid with respect to the first joint, the slide block can slide on the second housing, and the second link is longer than the first link.
A process for the preparation of a compound of formula comprising the condensation reaction between a compound of formula and the aminoalcohol of formula, said reaction being carried out in the presence of dimethylacetamide, and in the presence of an alkaline or alkaline -earth metal oxide or hydroxide wherein: R is a linear or branched alkyl group with 1 to 6 carbon atoms; R 1 is a hydrogen atom or it has one of the meanings of R; R 2 is a linear or branched alkyl group with 1 to 4 carbon atoms, substituted by at least one hydroxy group; R 3 is a hydrogen atom or has one of the meanings of R 2. R is a linear or branched alkyl group with 1 to 6 carbon atoms; R 1 is a hydrogen atom or it has one of the meanings of R; R 2 is a linear or branched alkyl group with 1 to 4 carbon atoms, substituted by at least one hydroxy group; R 3 is a hydrogen atom or has one of the meanings of R 2.
Method for determining and compensating for geometric imaging aberrations which arise when imaging an object by means of sequential multispot scanning by means of a microscopic imaging system, comprising the following method steps: - setting a reference object having a defined planar structure, - generating an electronic image data set of this structure, which data set is free of geometric imaging aberrations and in which data set the causal location of the object is assigned with one-to-one correspondence to each location of an image point, - storing and keeping the image data set available as a reference image data set, - generating at least one electronic actual image data set for each spot with the imaging system, in which the causal location of the object is in turn assigned to each location of an image point, - comparing the actual image data set with the reference image data set with respect to the locations of those image points which are assigned to the same locations of the object, - determining location deviations of the image points in the actual image data set vis-à-vis the corresponding image points in the reference image data set, - saving ascertained location deviations as correction data, - compensating for the geometric imaging aberrations for each individual spot by means of correcting the location deviations in the respective actual image data set, on the basis of the correction data. - setting a reference object having a defined planar structure, - generating an electronic image data set of this structure, which data set is free of geometric imaging aberrations and in which data set the causal location of the object is assigned with one-to-one correspondence to each location of an image point, - storing and keeping the image data set available as a reference image data set, - generating at least one electronic actual image data set for each spot with the imaging system, in which the causal location of the object is in turn assigned to each location of an image point, - comparing the actual image data set with the reference image data set with respect to the locations of those image points which are assigned to the same locations of the object, - determining location deviations of the image points in the actual image data set vis-à-vis the corresponding image points in the reference image data set, - saving ascertained location deviations as correction data, - compensating for the geometric imaging aberrations for each individual spot by means of correcting the location deviations in the respective actual image data set, on the basis of the correction data.
A cutter assembly, comprising: a sleeve (22, 2010); and at least one cutting element (24, 2030) having a lower spindle portion retained in the sleeve (22, 2010) and a portion of the cutting element (24, 2030) interfacing an axial bearing surface of the sleeve (22, 2010), wherein an outer diameter D of the cutting element (24, 2030), a radial length T of an outermost substantially planar portion of the axial bearing surface of the sleeve (22, 2010), and characterised in that the thickness d of the sleeve (22, 2010) has the following relationship: T ≤ d ≤ (1/3)D. a sleeve (22, 2010); and at least one cutting element (24, 2030) having a lower spindle portion retained in the sleeve (22, 2010) and a portion of the cutting element (24, 2030) interfacing an axial bearing surface of the sleeve (22, 2010), wherein an outer diameter D of the cutting element (24, 2030), a radial length T of an outermost substantially planar portion of the axial bearing surface of the sleeve (22, 2010), and characterised in that the thickness d of the sleeve (22, 2010) has the following relationship: T ≤ d ≤ (1/3)D.
A pipe expanding apparatus for a thin stainless steel pipe, comprising: a pipe expanding head including a fitting inner hole to which the thin stainless steel pipe is internally fitted, and a first dish type tapered portion formed in front of the fitting inner hole and inclined such that a front diameter of the first dish type tapered portion is expanded; a pipe expanding ring detachably fixed in front of an outer periphery of the pipe expanding head, the pipe expanding ring including a fitting hole to which the thin stainless steel pipe is internally fitted, and a second dish type tapered portion continuous to the first dish type tapered portion and inclined such that a front diameter of the second dish type tapered portion is reduced to form a chevron shape; a guide ring disposed on an inner side in a radial direction of the fitting inner hole, and to which the thin stainless steel pipe is externally fitted; a pressurizing rod inserted in a rod insertion hole formed in a center of the pipe expanding head, and having a rear end connected to a pressurizing device; a pipe expanding rubber externally fitted in front of the guide ring in the pressurizing rod; and a rubber holding portion formed in front of the pipe expanding rubber in the pressurizing rod, characterized in that a plurality of protrusions or recesses are disposed so as to be distributed in a whole tapered surface of the second dish type tapered portion. a pipe expanding head including a fitting inner hole to which the thin stainless steel pipe is internally fitted, and a first dish type tapered portion formed in front of the fitting inner hole and inclined such that a front diameter of the first dish type tapered portion is expanded; a pipe expanding ring detachably fixed in front of an outer periphery of the pipe expanding head, the pipe expanding ring including a fitting hole to which the thin stainless steel pipe is internally fitted, and a second dish type tapered portion continuous to the first dish type tapered portion and inclined such that a front diameter of the second dish type tapered portion is reduced to form a chevron shape; a guide ring disposed on an inner side in a radial direction of the fitting inner hole, and to which the thin stainless steel pipe is externally fitted; a pressurizing rod inserted in a rod insertion hole formed in a center of the pipe expanding head, and having a rear end connected to a pressurizing device; a pipe expanding rubber externally fitted in front of the guide ring in the pressurizing rod; and a rubber holding portion formed in front of the pipe expanding rubber in the pressurizing rod, characterized in that a plurality of protrusions or recesses are disposed so as to be distributed in a whole tapered surface of the second dish type tapered portion.
A control plane device switching method, wherein the method is applied to a user plane device in a forwarding-control separation system, the forwarding-control separation system further comprises an active control plane device and a standby control plane device, wherein the forwarding-control separation system is a forwarding-control separated broadband remote access server system, and the method is characterized by: detecting, by the user plane device, performance of communication with the active control plane device and performance of communication with the standby control plane device; when it is detected that the performance of communication with the active control plane device does not meet a normal communication condition, and the performance of communication with the standby control plane device meets the normal communication condition, sending, by the user plane device, a switching request to the standby control plane device; and when a switching instruction sent by the standby control plane device is received, switching, by the user plane device, to the standby control plane device according to the switching instruction, wherein the switching instruction is sent when a quantity of user plane devices that each send the switching request is greater than or equal to a first quantity threshold. detecting, by the user plane device, performance of communication with the active control plane device and performance of communication with the standby control plane device; when it is detected that the performance of communication with the active control plane device does not meet a normal communication condition, and the performance of communication with the standby control plane device meets the normal communication condition, sending, by the user plane device, a switching request to the standby control plane device; and when a switching instruction sent by the standby control plane device is received, switching, by the user plane device, to the standby control plane device according to the switching instruction, wherein the switching instruction is sent when a quantity of user plane devices that each send the switching request is greater than or equal to a first quantity threshold.
A positron emission tomography scanner system comprising: a gantry; a plurality of PET detector ring assemblies provided within the gantry, wherein each PET detector ring assembly comprises a plurality of detector electronic assemblies arranged in a ring configuration around a central opening, wherein the plurality of PET detector ring assemblies are coaxially aligned along a longitudinal axis defined through the central openings; a patient tunnel extending through the central openings of the coaxially aligned PET detector ring assemblies, wherein the plurality of PET detector ring assemblies are coaxially aligned along a length of the patient tunnel, wherein each of the plurality of detector electronic assemblies comprises a detector and one or more scintillator crystals associated with the detector; and one or more stationary gamma-ray sources provided in each of the PET detector ring assemblies within the gantry, characterized in that the one or more stationary gamma-ray sources in each of the PET detector ring assemblies are positioned behind the PET detector ring assembly away from the patient tunnel and between a pair of the detector electronic assemblies. a gantry; a plurality of PET detector ring assemblies provided within the gantry, wherein each PET detector ring assembly comprises a plurality of detector electronic assemblies arranged in a ring configuration around a central opening, wherein the plurality of PET detector ring assemblies are coaxially aligned along a longitudinal axis defined through the central openings; a patient tunnel extending through the central openings of the coaxially aligned PET detector ring assemblies, wherein the plurality of PET detector ring assemblies are coaxially aligned along a length of the patient tunnel, wherein each of the plurality of detector electronic assemblies comprises a detector and one or more scintillator crystals associated with the detector; and one or more stationary gamma-ray sources provided in each of the PET detector ring assemblies within the gantry, characterized in that the one or more stationary gamma-ray sources in each of the PET detector ring assemblies are positioned behind the PET detector ring assembly away from the patient tunnel and between a pair of the detector electronic assemblies.
An organometallic compound represented by formula wherein R 1a, R 1b, R 2a and R 2b may be the same or different with each other, and independently represent an alkyl group having 1 to 14 carbon atoms, a cycloalkyl group having 3 to 14 carbon atoms, a biphenyl group or an aryl group; a pair of R 1a and R 1b and a pair of R 2a and R 2b may be bonded to form a ring structure; A 1 represents an arylene group, a monocyclic heteroarylene group, bivalent heterocyclic group, alkylene group having 1 to 2 carbon atoms, cycloalkylene group having 3 to 10 carbon atoms, alkenylene group having 2 to 8 carbon group, or cycloalkenylene group having 3 to 10 carbon atoms; R 6 represents alkyl group having 1 to 10 carbon atoms, alkenyl group or aryl group; R 7, R 8 and R 9 independently represent a hydrogen atom, alkyl group or alkoxy group having 1 to 4 carbon atoms; M represents atom belonging to Group 10 in the periodic system; and X - represents a counterion of the cationic organometallic compound.
An uplink sounding reference signal triggering method, wherein the method comprises: sending, by a base station, to a user equipment, UE, downlink control information, DCI, by using a physical downlink control channel, wherein the DCI comprises sounding reference signal, SRS, control information of each of Y user equipments, UEs, comprising said UE, in a cell managed by the base station, and Y is a positive integer not less than 2,, the SRS control information used for triggering by the UE, after detecting that the DCI comprises SRS control information of the UE, an SRS transmission according to the SRS control information of the UE; wherein a bit quantity of the SRS control information of each i th UE in the Y UEs comprised in the DCI is k i, 1≤i≤Y, i is an integer, and k i is a positive integer not less than 1. sending, by a base station, to a user equipment, UE, downlink control information, DCI, by using a physical downlink control channel, wherein the DCI comprises sounding reference signal, SRS, control information of each of Y user equipments, UEs, comprising said UE, in a cell managed by the base station, and Y is a positive integer not less than 2,, the SRS control information used for triggering by the UE, after detecting that the DCI comprises SRS control information of the UE, an SRS transmission according to the SRS control information of the UE; wherein a bit quantity of the SRS control information of each i th UE in the Y UEs comprised in the DCI is k i, 1≤i≤Y, i is an integer, and k i is a positive integer not less than 1.
Oil-based food comprising: L2M and LM2 in fats and oils, wherein a mass ratio (L2M/LM2) of a content of the L2M to a content of the LM2 is 0.3 to 4.5, and L, M, the L2M, and the LM2 mean as follows: L: saturated fatty acid with 16 to 24 carbons; M: fatty acid with 6 to 10 carbons; L2M: triacylglycerol having two L molecules and a single M molecule bound to a single glycerol molecule; and LM2: triacylglycerol having a single L molecule and two M molecules bound to a single glycerol molecule. L2M and LM2 in fats and oils, wherein a mass ratio (L2M/LM2) of a content of the L2M to a content of the LM2 is 0.3 to 4.5, and L, M, the L2M, and the LM2 mean as follows: L: saturated fatty acid with 16 to 24 carbons; M: fatty acid with 6 to 10 carbons; L2M: triacylglycerol having two L molecules and a single M molecule bound to a single glycerol molecule; and LM2: triacylglycerol having a single L molecule and two M molecules bound to a single glycerol molecule. L: saturated fatty acid with 16 to 24 carbons; M: fatty acid with 6 to 10 carbons; L2M: triacylglycerol having two L molecules and a single M molecule bound to a single glycerol molecule; and LM2: triacylglycerol having a single L molecule and two M molecules bound to a single glycerol molecule.
A permanent magnet motor, comprising a motor rotor, wherein the motor rotor comprises a rotor core and a plurality of magnetic poles provided in the rotor core, wherein each magnetic pole comprises a first permanent magnet, a plurality of second permanent magnets and a third permanent magnet, the first permanent magnet being arranged at a central position of the magnetic pole, that is on the d axis of the magnetic pole, the second permanent magnets being arranged at two sides in the circumferential direction of the rotor core of the first permanent magnet, the third permanent magnet being arranged at one side in the circumferential direction of the rotor core and away from the first permanent magnet, of the second permanent magnets, wherein the third permanent magnet is arranged on a q axis of the motor magnetic pole; wherein both ends in the circumferential direction of the rotor core of the first permanent magnet are provided with a first flux barrier slot; characterized in that: the coercivity of the first permanent magnet is lower than the coercivity of the second permanent magnets and the coercivity of the third permanent magnet;, in that the first flux barrier slot of the first permanent magnet is located at radial outer side of the second permanent magnets; and in that an outer circle of the rotor core is provided with grooves corresponding to the circumferential position of the first flux barrier slots, so that one groove corresponds to one first flux barrier slot. wherein the third permanent magnet is arranged on a q axis of the motor magnetic pole; wherein both ends in the circumferential direction of the rotor core of the first permanent magnet are provided with a first flux barrier slot; characterized in that: the coercivity of the first permanent magnet is lower than the coercivity of the second permanent magnets and the coercivity of the third permanent magnet;, in that the first flux barrier slot of the first permanent magnet is located at radial outer side of the second permanent magnets; and in that an outer circle of the rotor core is provided with grooves corresponding to the circumferential position of the first flux barrier slots, so that one groove corresponds to one first flux barrier slot.