mhurhangee/ep-ind-claims huggingface dataset:
A method for making a packaged mud mask product with real tea leaves, comprising acts of: forming a mud product that includes brewed real green tea leaves combined with mud components; and packaging and sealing the mud product in retail packaging, thereby providing a mud mask with real green tea leaves, wherein the act of forming the mud product further comprises acts of: separating a real green tea leaf batch of whole leaves into three sub-batches, a first sub-batch, a second sub-batch, and a third sub-batch; grinding the first sub-batch into a fine powder; chopping the third sub-batch into partially chopped leaves; heating water; adding the fine powder and second sub-batch to the water for a period of time to form a brewed tea; adding, after the period of time, the partially chopped leaves and mud components to the brewed tea to form a mud solution; and mixing the mud solution to form the mud product. forming a mud product that includes brewed real green tea leaves combined with mud components; and packaging and sealing the mud product in retail packaging, thereby providing a mud mask with real green tea leaves, wherein the act of forming the mud product further comprises acts of: separating a real green tea leaf batch of whole leaves into three sub-batches, a first sub-batch, a second sub-batch, and a third sub-batch; grinding the first sub-batch into a fine powder; chopping the third sub-batch into partially chopped leaves; heating water; adding the fine powder and second sub-batch to the water for a period of time to form a brewed tea; adding, after the period of time, the partially chopped leaves and mud components to the brewed tea to form a mud solution; and mixing the mud solution to form the mud product. separating a real green tea leaf batch of whole leaves into three sub-batches, a first sub-batch, a second sub-batch, and a third sub-batch; grinding the first sub-batch into a fine powder; chopping the third sub-batch into partially chopped leaves; heating water; adding the fine powder and second sub-batch to the water for a period of time to form a brewed tea; adding, after the period of time, the partially chopped leaves and mud components to the brewed tea to form a mud solution; and mixing the mud solution to form the mud product.
A solid Form 1 polymorph of (2-chloro-4-phenoxyphenyl)(4-(((3 R,6 S)-6-(hydroxymethyl)tetrahydro-2 H -pyran-3-yl)amino)-7 H -pyrrolo[2,3-d]pyrimidin-5-yl)methanone free base (Compound A), characterized by an X-ray powder diffraction pattern comprising peaks at 8.0 ± 0.3, 22.9 ± 0.3, and 25.0 ± 0.3 °2θ using Cu Kα radiation, or characterized by endothermic events with onset between 208 ± 5 °C and 230 ± 5 °C as measured by DTA or DSC.
A liquid-crystal polymer, being composed of the following repeating units: 1 mol% to 20 mol% of 10 mol% to 35 mol% of 10 mol% to 35 mol% of 10 mol% to 50 mol% of and 10 mol% to 40 mol% of wherein AR 1 is or a combination thereof; AR 2 is or a combination thereof, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or and n = 1 to 4; Ar 3 is, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or and n = 1 to 4; AR 4 is,or a combination thereof, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or to 4; and and n = 1 AR 5 is or a combination thereof, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or and n = 1 to 4. 1 mol% to 20 mol% of 10 mol% to 35 mol% of 10 mol% to 35 mol% of 10 mol% to 50 mol% of and 10 mol% to 40 mol% of wherein AR 1 is or a combination thereof; AR 2 is or a combination thereof, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or and n = 1 to 4; Ar 3 is, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or and n = 1 to 4; AR 4 is,or a combination thereof, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or to 4; and and n = 1 AR 5 is or a combination thereof, wherein R 1 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, or and n = 1 to 4.
A data processing method, comprising: determining, by a first network device, a data rate; and determining, by the first network device based on the data rate, whether to perform security processing on to-be-processed data by the first network device, characterized in that, the method further comprises: receiving, by the first network device, a quality of service, QoS, parameter from a second network device when the second network device performs any one of intra-system handover or inter-system handover, wherein the determining, by a first network device, a data rate comprises: determining, by the first network device, the data rate based on the QoS parameter received from the second network device. determining, by a first network device, a data rate; and determining, by the first network device based on the data rate, whether to perform security processing on to-be-processed data by the first network device, characterized in that, the method further comprises: receiving, by the first network device, a quality of service, QoS, parameter from a second network device when the second network device performs any one of intra-system handover or inter-system handover, wherein the determining, by a first network device, a data rate comprises: determining, by the first network device, the data rate based on the QoS parameter received from the second network device. receiving, by the first network device, a quality of service, QoS, parameter from a second network device when the second network device performs any one of intra-system handover or inter-system handover, wherein the determining, by a first network device, a data rate comprises: determining, by the first network device, the data rate based on the QoS parameter received from the second network device.
A safety lancet comprising: an outer case forming a space part therein; an inner case sliding along the space part of the outer case, and having a through hole in a front end thereof; and a sliding block coupled to the inner case to straightly move along an inner portion of the inner case, and elastically supported within the outer case by a coil spring, wherein the sliding block comprises a lancet needle having an end protruding from a front end thereof, and a pair of loading hooks (32a, 32b, 132a, 132b, 232a, 232b, 332a, 332b, 432a, 432b) on both sides of a rear end thereof to engage with engagement protrusions (22a, 22b) of the inner case, wherein as the inner case is moved rearward, when the sliding block is disengaged from a portion of the inner case, the sliding block is moved forward by elastic force of the coil spring to temporarily expose the lancet needle out of the inner case, and is then moved rearward to the inner case by resilient force of the coil spring, characterized in that to doubly prevent reloading of the sliding block, the inner case comprises a pair of reload prevention hooks (25a, 25b) on both sides of a rear end thereof, and the outer case comprises catching protrusions (18a, 18b) on both sides of an inner portion thereof to catch the reload prevention hooks (25a, 25b) of the inner case. an outer case forming a space part therein; an inner case sliding along the space part of the outer case, and having a through hole in a front end thereof; and a sliding block coupled to the inner case to straightly move along an inner portion of the inner case, and elastically supported within the outer case by a coil spring, wherein the sliding block comprises a lancet needle having an end protruding from a front end thereof, and a pair of loading hooks (32a, 32b, 132a, 132b, 232a, 232b, 332a, 332b, 432a, 432b) on both sides of a rear end thereof to engage with engagement protrusions (22a, 22b) of the inner case, wherein as the inner case is moved rearward, when the sliding block is disengaged from a portion of the inner case, the sliding block is moved forward by elastic force of the coil spring to temporarily expose the lancet needle out of the inner case, and is then moved rearward to the inner case by resilient force of the coil spring, characterized in that to doubly prevent reloading of the sliding block, the inner case comprises a pair of reload prevention hooks (25a, 25b) on both sides of a rear end thereof, and the outer case comprises catching protrusions (18a, 18b) on both sides of an inner portion thereof to catch the reload prevention hooks (25a, 25b) of the inner case.
A composition [composition (C POL 2. comprising: - a (per)fluoropolyether polymer [polymer (P P)] comprising a (per)fluoropolyether chain [chain (R pf)] having two chain ends bonded to opposite sides of said chain (R pf), wherein one chain end comprises at least one group comprising at least one quaternary ammonium salt group [group (N +)] and the other chain end comprises at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxide [group]; - a (per)fluoropolyether polymer [polymer (P U)] comprising a (per)fluoropolyether chain [chain (R pf)] having two chain ends bonded to opposite sides of said chain (R pf), wherein both chain ends comprise one group elected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxide [group]; and - a (per)fluoropolyether polymer [polymer (P N)] comprising a (per)fluoropolyether chain [chain (R pf)] having two chain ends bonded to opposite sides of said chain (R pf), wherein both chain ends comprise at least one group (N +) - a (per)fluoropolyether polymer [polymer (P P)] comprising a (per)fluoropolyether chain [chain (R pf)] having two chain ends bonded to opposite sides of said chain (R pf), wherein one chain end comprises at least one group comprising at least one quaternary ammonium salt group [group (N +)] and the other chain end comprises at least one group selected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxide [group]; - a (per)fluoropolyether polymer [polymer (P U)] comprising a (per)fluoropolyether chain [chain (R pf)] having two chain ends bonded to opposite sides of said chain (R pf), wherein both chain ends comprise one group elected in the group consisting of: alkoxysilane [group (Si)] and cross-linkable group, preferably selected from unsaturated moiety [group] and epoxide [group]; and - a (per)fluoropolyether polymer [polymer (P N)] comprising a (per)fluoropolyether chain [chain (R pf)] having two chain ends bonded to opposite sides of said chain (R pf), wherein both chain ends comprise at least one group (N +)
Method for measuring a flow rate in a pipe by means of a magneto-inductive flowmeter that is fastened to the pipe, comprising the steps: a) exciting a magnet coil of the magneto-inductive flowmeter with a square-wave signal at a pulse frequency and capturing a measurement signal; b) capturing a first measurement value portion of the measurement signal, said measurement value portion comprising a first and a second sub-portion (32, 33); c) establishing a mean value of the measurement signal in each of the first and second sub-portions (32, 33); wherein an interference of the measurement signal is recognised if the mean values differ from one another by at least an adjustable interference threshold value, characterised in that the square-wave signal has an inactive phase which is adjustable independently of the first and/or second measurement value portion (24, 26), and in a further step, a pulse duration of the square-wave signal and/or a duration of the inactive phase is adapted for a balancing of an interference effect in successive measurement value portions (22, 24, 26). a) exciting a magnet coil of the magneto-inductive flowmeter with a square-wave signal at a pulse frequency and capturing a measurement signal; b) capturing a first measurement value portion of the measurement signal, said measurement value portion comprising a first and a second sub-portion (32, 33); c) establishing a mean value of the measurement signal in each of the first and second sub-portions (32, 33);
An information processing apparatus comprising a data conversion module, the data conversion module comprising: capturing means for capturing data of a sector, which is read out by a sector unit data read access request to a device driver, the data read access request being generated from a file system by read access of data; data conversion means for encrypting the data of the sector captured by the capturing means; and data write means for writing the data of the sector encrypted by the data conversion means in the sector of the encrypted data, the information processing apparatus characterized by comprising a data conversion auxiliary module comprising: setting reading means for reading a setting condition of data conversion; setting condition determination means for determining whether all of data stored in a storage medium of the information processing apparatus meets the setting condition of data conversion read by the setting reading means, by scanning disk management information including file system information and partition information of the storage medium of the information processing apparatus for sector numbers of the storage medium which are object of data conversion; and data access means for executing, via the file system, read access of all of the data in the storage medium to send the sector-unit data read access request including sectors of all of the data to the data conversion module when the setting condition determination means determines that all of the data meets the setting condition, wherein the capturing means captures data of the sectors of all of the data, the data conversion means encrypts the data of the sectors of all of the data captured by the capturing means, and the data write means writes the data of the sectors of all of the data encrypted by the data conversion means in the sectors of all of the data encrypted by the data conversion means.
A vehicle with a viewing system for visualizing a surrounding field outside of the vehicle, in particular of a truck, inside a vehicle cabin, with at least one detection device (12, 16, 18) that optically detects the surrounding field outside of the vehicle and with at least one reproduction device arranged inside the vehicle cabin and reproducing the detected surrounding field of the vehicle, whereby: - the detection device (12, 16, 18) comprises a light deflection device for at least partially optically detecting the surrounding field outside the vehicle and comprises a recording unit arranged at a distance from the light deflection device, - an image from the light deflection device can be recorded by the recording unit and reproduced by the reproduction device, - the recording unit is arranged in a first part of a carrier arm extending out from the vehicle, - the light deflection device is arranged in a second part of the carrier arm, and - the first part and the second part are directly or indirectly connected to one another, characterized in that the recording unit is located in the vehicle cabin and the vehicle cabin is a climatized dry area. - the detection device (12, 16, 18) comprises a light deflection device for at least partially optically detecting the surrounding field outside the vehicle and comprises a recording unit arranged at a distance from the light deflection device, - an image from the light deflection device can be recorded by the recording unit and reproduced by the reproduction device, - the recording unit is arranged in a first part of a carrier arm extending out from the vehicle, - the light deflection device is arranged in a second part of the carrier arm, and - the first part and the second part are directly or indirectly connected to one another,
A pressure tight plug for releasably sealing a coupler of a dry disconnect valve, the coupler comprising a housing, a main flow valve, and at least one urging member being rotatable with respect to the housing of the coupler, the pressure tight plug comprising: - a body comprising: an internal region for sealing adjacent the main flow valve of the coupler, and a flanged perimeter for securing the plug to the coupler, - a locking ring receivable on, and rotatable with respect to the body via the at least one urging member of the coupler, - a pressure relief lock valve for releasably engaging the locking ring, the pressure relief lock valve rotatably fixed with respect to the body, and - a pressure relief channel extending from the internal region of the body to atmosphere, via said pressure relief lock valve; the pressure relief lock valve being arranged such that in a valve closed position the pressure relief lock valve is engaged with the locking ring restricting movement of the locking ring, and therein fixing the plug to the coupler and releasably sealing the coupler. - a body comprising: an internal region for sealing adjacent the main flow valve of the coupler, and a flanged perimeter for securing the plug to the coupler, - a locking ring receivable on, and rotatable with respect to the body via the at least one urging member of the coupler, - a pressure relief lock valve for releasably engaging the locking ring, the pressure relief lock valve rotatably fixed with respect to the body, and - a pressure relief channel extending from the internal region of the body to atmosphere, via said pressure relief lock valve;
A process for obtaining myofibroblasts, characterized in that a sample of cells issued from a tumor, preferably a carcinoma, is cultured in a serum-free culture medium, said medium being the MEGM comprising insulin, hydrocortisone, EGF, a bovine pituitary extract and an antibiotic.
Supporting profile comprising a first profile leg and a second profile leg and a supporting profile sole for retaining a plate element, wherein the supporting profile comprises at least one tilting element for arranging between the profile leg and the plate element, which is arranged on at least one profile leg (24, 32), characterised in that the tilting element is arranged on a mounting element which can be inserted in the profile leg, and is latchably held in the mounting element, and in that the mounting element comprises a lower rest having a pivot point about which the tilting element can be tilted in the direction of the plate element, by means of an application of force, wherein the application of force is achieved, on the tilting element, by means of a screw element engaging from above, such that the pivot point is thus arranged in the mounting element, wherein as a result of the arrangement of the tilting element on the lower rest the end of the tilting element opposite the pivot point defines an engagement point which is designed as a pressure region on the plate element, such that the pressure region remains in an upper region above the lower rest, and thus no reduction in clamping of the plate element occurs. characterised in that the tilting element is arranged on a mounting element which can be inserted in the profile leg, and is latchably held in the mounting element, and in that the mounting element comprises a lower rest having a pivot point about which the tilting element can be tilted in the direction of the plate element, by means of an application of force, wherein the application of force is achieved, on the tilting element, by means of a screw element engaging from above, such that the pivot point is thus arranged in the mounting element, wherein as a result of the arrangement of the tilting element on the lower rest the end of the tilting element opposite the pivot point defines an engagement point which is designed as a pressure region on the plate element, such that the pressure region remains in an upper region above the lower rest, and thus no reduction in clamping of the plate element occurs.
A prosthetic valve ring assembly (100, 600, 800, 900), comprising: an outer tube comprising a plurality of windows; and a plurality of anchors (110, 111, 112, 120) positioned inside the outer tube and about a perimeter of the outer tube, wherein the plurality of anchors (110, 111, 112, 120) are configured to be emitted outward from the plurality of windows to anchor the prosthetic valve ring assembly to a patient's annulus tissue; characterised in that the plurality of anchors (110, 111, 112, 120) are configured to be emitted in different directions, and wherein a first portion of the plurality of anchors is configured to be emitted to a ventricular side of the annulus tissue, and a second portion of the plurality of anchors is configured to be emitted to an atrial side of the annulus tissue. an outer tube comprising a plurality of windows; and a plurality of anchors (110, 111, 112, 120) positioned inside the outer tube and about a perimeter of the outer tube, wherein the plurality of anchors (110, 111, 112, 120) are configured to be emitted outward from the plurality of windows to anchor the prosthetic valve ring assembly to a patient's annulus tissue; characterised in that the plurality of anchors (110, 111, 112, 120) are configured to be emitted in different directions, and wherein a first portion of the plurality of anchors is configured to be emitted to a ventricular side of the annulus tissue, and a second portion of the plurality of anchors is configured to be emitted to an atrial side of the annulus tissue.
Accumulator membrane unit for inclusion into an accumulator chamber in an accumulator for storing hydraulic energy under pressure, wherein the accumulator membrane unit includes membrane elements that are sealingly joined at their peripheries and limit an inside membrane volume which varies in dependence of a pressure at an outside of the accumulator membrane unit, characterized in - that the accumulator membrane elements are formed from at least one material arranged so that the membrane elements are elastically deformable during pressurizing with an increased hydraulic pressure of the accumulator membrane elements, wherein hydraulic energy is storable as elastic deformation energy in the membrane material itself of the membrane elements. - that the accumulator membrane elements are formed from at least one material arranged so that the membrane elements are elastically deformable during pressurizing with an increased hydraulic pressure of the accumulator membrane elements, wherein hydraulic energy is storable as elastic deformation energy in the membrane material itself of the membrane elements.