mhurhangee/patent-ind-claim-en huggingface dataset:
A cell selection method of a terminal in a heterogeneous network, the method comprising: receiving , from a base station, information on a measurement restriction pattern of the base station; identifying restricted subframes and non-restricted subframes associated with a measurement based on the information on the measurement restriction pattern; measuring cell signals based on the identified restricted sub frames and the non-restricted subframes in an idle mode; identifying whether a difference between a measurement result in the restricted subframes and a measurement result in the non-restricted subframes is greater than a threshold value; and selecting a cell based on the measurement result in the restricted subframes in the idle mode in case that the difference is greater than the threshold value. receiving , from a base station, information on a measurement restriction pattern of the base station; identifying restricted subframes and non-restricted subframes associated with a measurement based on the information on the measurement restriction pattern; measuring cell signals based on the identified restricted sub frames and the non-restricted subframes in an idle mode; identifying whether a difference between a measurement result in the restricted subframes and a measurement result in the non-restricted subframes is greater than a threshold value; and selecting a cell based on the measurement result in the restricted subframes in the idle mode in case that the difference is greater than the threshold value.
Method for identifying deposit-paid items, comprising the steps: a) providing a device comprising: aa) a guide tube in a substantially upright position, that has an inlet and an outlet; and bb) means for analysing the dynamic luminescence behaviour of a luminescent substance; wherein the means for analysing the dynamic luminescence behaviour of the luminescent substance are arranged so as to analyse the dynamic luminescence behaviour of the luminescent substance, even if it is moving, in the guide tube; b) introduction of a deposit-paid item that contains the luminescent substance into the guide tube through the inlet; c) analysis of the dynamic luminescence behaviour of the luminescent substance that is contained in the deposit-paid item, using the means for analysing the dynamic luminescence behaviour of the luminescent substance; and d) classification of the deposit-paid item according to the result of analysis. a) providing a device comprising: aa) a guide tube in a substantially upright position, that has an inlet and an outlet; and bb) means for analysing the dynamic luminescence behaviour of a luminescent substance; wherein the means for analysing the dynamic luminescence behaviour of the luminescent substance are arranged so as to analyse the dynamic luminescence behaviour of the luminescent substance, even if it is moving, in the guide tube; aa) a guide tube in a substantially upright position, that has an inlet and an outlet; and bb) means for analysing the dynamic luminescence behaviour of a luminescent substance; b) introduction of a deposit-paid item that contains the luminescent substance into the guide tube through the inlet; c) analysis of the dynamic luminescence behaviour of the luminescent substance that is contained in the deposit-paid item, using the means for analysing the dynamic luminescence behaviour of the luminescent substance; and d) classification of the deposit-paid item according to the result of analysis.
An ultraviolet radiation-curable composition comprising a polyester having at least one pendant ultraviolet radiation-curable moiety covalently bonded to the polyester, wherein the polyester does not contain any free-radically polymerizable activated C=C groups, wherein the composition is made from reacting (i) at least one modified epoxidized plant oil that contains the covalently bonded ultraviolet radiation-curable moiety with (ii) at least one dicarboxylic acid, at least one polycarboxylic acid, or a mixture thereof.
A motor frame comprising: a main frame including a component of a motor provided therein; and a front cover and a rear cover covering an open front surface and an open rear surface of the main frame , respectively, and having cores into which the component of the motor is inserted, respectively, wherein the main frame includes a plurality of frame formation portions being portions of a cylinder, having different respective radii of curvature (R1, R2), and coupled to each other, or centers (CC) of the cores are positioned below a center (CM) of the main frame that is cylindrical, portions of the front cover and the rear cover , between the main frame and the cores are provided with a cooling tube (TC) provided in a space between the main frame and the cores , a space between the main frame and the component of the motor has a passage space (S) through which a cable connected to the component of the motor passes, and characterized in that the passage space (S) is partitioned by a blocking member in such a manner that air heated by heat generated by operations of the component of the motor does not flow in the passage space, the main frame includes a frame member (B), and the blocking member partitions the passage space (S) along with the frame member (B). a main frame including a component of a motor provided therein; and a front cover and a rear cover covering an open front surface and an open rear surface of the main frame , respectively, and having cores into which the component of the motor is inserted, respectively, wherein the main frame includes a plurality of frame formation portions being portions of a cylinder, having different respective radii of curvature (R1, R2), and coupled to each other, or centers (CC) of the cores are positioned below a center (CM) of the main frame that is cylindrical, portions of the front cover and the rear cover , between the main frame and the cores are provided with a cooling tube (TC) provided in a space between the main frame and the cores , a space between the main frame and the component of the motor has a passage space (S) through which a cable connected to the component of the motor passes, and characterized in that the passage space (S) is partitioned by a blocking member in such a manner that air heated by heat generated by operations of the component of the motor does not flow in the passage space, the main frame includes a frame member (B), and the blocking member partitions the passage space (S) along with the frame member (B).
An optical evaluation method using a laser scanning microscope for imaging by means of stimulated fluorescence in the Raman technique of stimulated Raman gain or stimulated Raman loss, in which first laser pulses of a first type of a first pulse sequence with predetermined repetition rate and second laser pulses of a second type that can be distinguished therefrom and of a second pulse sequence with predetermined repetition rate are directed onto a sample (P) to be examined, wherein a first pulse-shaped optical signal (S1, S1') is generated due to an interaction of the first laser pulses with the second laser pulses in the sample (P) given a simultaneous incidence or an incidence within a very short time lag of the two laser pulses on the sample (P), and results in a gain or a loss in accordance with the Raman technique of stimulated Raman gain or stimulated Raman loss, wherein a second pulse-shaped optical signal (S2, S2') is generated when both laser pulses are not incident on the sample (P) simultaneously or within a very short time lag and does not have a gain or loss, and wherein after detection of the generated optical signals with at least one detector (D1, D2, D3) an electronic difference formation between the first optical signal (S1, S1') and the second optical signal (S2, S2') results in a pulse-shaped difference signal (Sd) that is fed to an image processing of the laser scanning microscope. in which first laser pulses of a first type of a first pulse sequence with predetermined repetition rate and second laser pulses of a second type that can be distinguished therefrom and of a second pulse sequence with predetermined repetition rate are directed onto a sample (P) to be examined, wherein a first pulse-shaped optical signal (S1, S1') is generated due to an interaction of the first laser pulses with the second laser pulses in the sample (P) given a simultaneous incidence or an incidence within a very short time lag of the two laser pulses on the sample (P), and results in a gain or a loss in accordance with the Raman technique of stimulated Raman gain or stimulated Raman loss, wherein a second pulse-shaped optical signal (S2, S2') is generated when both laser pulses are not incident on the sample (P) simultaneously or within a very short time lag and does not have a gain or loss, and wherein after detection of the generated optical signals with at least one detector (D1, D2, D3) an electronic difference formation between the first optical signal (S1, S1') and the second optical signal (S2, S2') results in a pulse-shaped difference signal (Sd) that is fed to an image processing of the laser scanning microscope.
A method to improve the total starch yield and/or gluten yield from corn kernels in a wet milling process, wherein the amount of starch and/or gluten released from fiber during the wet milling process is increased, the method comprising the steps of: a) soaking the corn kernels in water to produce soaked kernels; b) grinding the soaked kernels to produce soaked and ground kernels; c) separating germs from the soaked and ground kernels to produce a corn kernel mass comprising fiber, starch and gluten; and d) subjecting the resultant corn kernel mass to a fiber washing procedure; wherein said corn kernel mass is admixed with said one or more hydrolytic enzymes, selected from the group consisting of a GH30 xylanase polypeptide, a GH5 xylanase polypeptide, during step d). a) soaking the corn kernels in water to produce soaked kernels; b) grinding the soaked kernels to produce soaked and ground kernels; c) separating germs from the soaked and ground kernels to produce a corn kernel mass comprising fiber, starch and gluten; and d) subjecting the resultant corn kernel mass to a fiber washing procedure;
Composite film , preferably intended for use in the construction industry and/or preferably for use as a construction film, having at least one functional layer , at least one outer protective layer , preferably facing the weather side in the laid state, and at least one inner protective layer , the functional layer being arranged between the outer protective layer and the inner protective layer , characterized in that the functional layer is designed as at least a single-layer membrane layer, in that the outer protective layer is designed as a nonwoven layer comprising polyolefin and the inner protective layer is designed as a nonwoven layer comprising polyester, in that the functional layer is designed as a monolithic membrane layer, in that the functional layer comprises as material thermoplastic polyurethane (TPU) and/or consists thereof, and in that the outer protective layer and the inner protective layer are designed as a spunbonded layer and/or as a needled nonwoven layer.
A method of controlling a washing machine including a drum and a door to open and close the drum , the method comprising the steps of: determining whether a current operation of the washing machine is a spin-drying operation or whether washing or rinsing operation of the washing machine has been completed, characterized by the further step of: supplying water to the door to remove residual bubbles from the door if it is determined that the current operation is the spin-drying operation or if it is determined that the washing or rinsing operation has been completed.
A water atomized stainless steel powder which comprises by weight-%: 10.5 - 30.0 Cr 0.5 - 8.5 Ni 0.01 - 2.0 Mn 0.01 - 3.0 Sn 0.1 - 3.0 Si 0.01 - 0.4 N 0.01 - 1.5 % Mo optionally max 7.0 Cu optionally max 3.0 Nb optionally max 6.0 V balance iron and max 0.5 of unavoidable impurities. 10.5 - 30.0 Cr 0.5 - 8.5 Ni 0.01 - 2.0 Mn 0.01 - 3.0 Sn 0.1 - 3.0 Si 0.01 - 0.4 N 0.01 - 1.5 % Mo optionally max 7.0 Cu optionally max 3.0 Nb optionally max 6.0 V balance iron and max 0.5 of unavoidable impurities.
A flame-retardant HIPS material, comprising the following components in parts by weight: a HIPS resin 90 parts to 67 parts; a brominated flame retardant 10 parts to 15 parts; and an auxiliary flame retardant 3 parts to 7 parts; wherein the auxiliary flame retardant is a 1,3,5-triazine compound, which is a chemical substance or a derivative having the following structure: wherein R 1 , R 2 , R 3 are the same and are selected from -P(C 6 H 5 ) 2 , -P(CH 3 ) 2 , -PH 2 O 4 , -PH 2 O 2 , -SiH 3 , -SiCl 3 , -SiOH 2 , -SiHCl 2 , -SiHO 3 , -((CH 3 ) 5 Si) 2 O, -NCH, -NO 3 , -NH 2 , -NCO, -N(CH 3 ) or -N 2 Cl.
A biodegradable polyester composition, characterized in that , it comprises following components in parts by weight: i) 60 to 99 parts of biodegradable aliphatic-aromatic polyester; ii) 0 to 40 parts of polylactic acid; iii) 0 to 30 parts of an organic filler and/or an inorganic filler; iv) 0 to 1 part of a copolymer which contains epoxy group and is based on styrene, acrylate and/or methacrylate, wherein based on a total weight of the biodegradable polyester composition, a weight content of cyclopentanone is 0.5ppm-85ppm, preferably 5ppm-50ppm, more preferably 10ppm-35ppm, the weight content of the cyclopentanone being measured as disclosed in the description. i) 60 to 99 parts of biodegradable aliphatic-aromatic polyester; ii) 0 to 40 parts of polylactic acid; iii) 0 to 30 parts of an organic filler and/or an inorganic filler; iv) 0 to 1 part of a copolymer which contains epoxy group and is based on styrene, acrylate and/or methacrylate,
A process for the production of a filtration and/or diffusion device comprising a bundle of hollow fiber membranes disposed within a tubular housing , the process comprising sealing a first end of the bundle of hollow fiber membranes by dipping the first end of the bundle and the first end of the tubular housing into a melt of thermoplastic resin and allowing the melt to solidify, thereby sealing the first end of the bundle and the first end of the tubular housing and forming a potting cap that prevents leakage of a potting resin from the housing during the formation of an end wall ; followed by a potting step which involves the formation of an end wall within the tubular housing by embedding the first end of the bundle in a potting resin; and a subsequent step which involves re-opening the fibers by cutting off the first end of the potted bundle together with part of the solidified potting resin after the potting resin has set and the end wall has been formed.
A coating composition comprising: a glass frit; and an electrostatic force reinforcing material including polymethylhydrogensiloxane derivatives, wherein the glass frit is added by 99.6wt% to 99.85wt% of the glass composition, and the electrostatic force reinforcing material is added by 0.1wt% to 0.3wt% of the glass composition, wherein the electrostatic force reinforcing material is represented by Formula below: where 50≤X≤100, and 10≤Y≤50, and wherein X+Y is within a range of 100≤X+Y≤200. a glass frit; and an electrostatic force reinforcing material including polymethylhydrogensiloxane derivatives, wherein the glass frit is added by 99.6wt% to 99.85wt% of the glass composition, and the electrostatic force reinforcing material is added by 0.1wt% to 0.3wt% of the glass composition, wherein the electrostatic force reinforcing material is represented by Formula below: where 50≤X≤100, and 10≤Y≤50, and wherein X+Y is within a range of 100≤X+Y≤200.
A motor system characterized by : at least three drives including at least one drive connection ; at least two inductors operably coupled to the at least three drives to create at least one system output ; a load operably coupled to the system output; wherein a maximum of two drives are operably coupled to a single at least one inductor ; and wherein a quantity of the at least one inductor is equivalent to the number of drives minus one. at least three drives including at least one drive connection ; at least two inductors operably coupled to the at least three drives to create at least one system output ; a load operably coupled to the system output; wherein a maximum of two drives are operably coupled to a single at least one inductor ; and wherein a quantity of the at least one inductor is equivalent to the number of drives minus one.
Folding table with a base plate which, with respect to a supporting structure , can be supported in different folding positions (I, II) by means of at least one support , wherein the folding table has at least one comfort component (12H-1, 12H-2) for multi-stage locking of the base plate in the various folding positions (I, II), characterized in that, for multi-stage locking in the various folding positions (I, II), a folding mechanism is formed on the underside of the base plate , which folding mechanism • comprises a first folding lever (12H-1) having a first lever pivot axis for the angular adjustment of the folding table , which has latching projections which, in a locking position (V) of the folding mechanism, point toward the underside of the base plate via a support member of the support that belongs to said support , and • comprises a second folding lever (12H-2) having a second lever pivot axis, wherein the first folding lever (12H-1) is responsible for the angular adjustment of the folding table via the support member of the support , whereas the second folding lever (12H-2) supports, in a locking manner, the first folding lever (12H-1) in the locking position (V) of the folding mechanism. • comprises a first folding lever (12H-1) having a first lever pivot axis for the angular adjustment of the folding table , which has latching projections which, in a locking position (V) of the folding mechanism, point toward the underside of the base plate via a support member of the support that belongs to said support , and • comprises a second folding lever (12H-2) having a second lever pivot axis, wherein the first folding lever (12H-1) is responsible for the angular adjustment of the folding table via the support member of the support , whereas the second folding lever (12H-2) supports, in a locking manner, the first folding lever (12H-1) in the locking position (V) of the folding mechanism.
An air bearing , comprising: a shaft with a flange , wherein a surface of the flange and a surface of the shaft have a coating; a foil arranged to abut the surface of the flange ; and a journal arranged on the shaft , wherein the journal and the at least one foil are stationary with respect to the shaft , and the shaft is configured to rotate with respect to the journal and the foil , and characterized in that the foil is provided with self-lubricating organic polymers and the coating on the surface of the flange and the shaft is a tungsten-carbide-based coating. a shaft with a flange , wherein a surface of the flange and a surface of the shaft have a coating; a foil arranged to abut the surface of the flange ; and a journal arranged on the shaft , wherein the journal and the at least one foil are stationary with respect to the shaft , and the shaft is configured to rotate with respect to the journal and the foil , and characterized in that the foil is provided with self-lubricating organic polymers and the coating on the surface of the flange and the shaft is a tungsten-carbide-based coating.
Method to manufacture a steel wire spring core for a mattress or for seating, comprising the steps of - providing a carrier comprising steel wire; - repeatedly cold coiling a steel wire spring from steel wire taken from the carrier, and - connecting a series of the coiled steel wire springs to each other; wherein the steel wire has a diameter d between 0.5 and 4.5 mm; being characterised in that : the steel wire comprises a steel alloy, wherein the steel alloy has a carbon content between 0.35 wt% and 0.85 wt%; in that the steel wire has a drawn pearlitic microstructure; and in that the steel wire on the carrier has a ratio - expressed as a percentage - of the yield strength R p0.2 (in MPa) over the tensile strength R m (in MPa) higher than 85%, wherein the yield strength and tensile strength have been measured according to ISO 6892-1:2016. - providing a carrier comprising steel wire; - repeatedly cold coiling a steel wire spring from steel wire taken from the carrier, and - connecting a series of the coiled steel wire springs to each other; wherein the steel wire has a diameter d between 0.5 and 4.5 mm; the steel wire comprises a steel alloy, wherein the steel alloy has a carbon content between 0.35 wt% and 0.85 wt%; in that the steel wire has a drawn pearlitic microstructure; and in that the steel wire on the carrier has a ratio - expressed as a percentage - of the yield strength R p0.2 (in MPa) over the tensile strength R m (in MPa) higher than 85%, wherein the yield strength and tensile strength have been measured according to ISO 6892-1:2016.
A magnetic flowmeter flowtube assembly comprising: a conduit having an inside diameter ; a liner disposed within and extending through the conduit; a pair of electrodes mounted relative to the liner to measure a voltage induced within a process fluid flowing through the liner ; a hole formed between the inside diameter of the conduit and the outer surface of the conduit ; and a venting assembly providing a process fluid vent path from the inside diameter of the conduit to an exterior of the flowtube assembly , characterized by the venting assembly comprising a threaded nipple mounted to the outer surface of the conduit proximate the hole , the threaded nipple having a series of threads along the surfaces of a bore therein and a plug comprising a thread positioned within the bore , the threads of the threaded nipple and the plug being of different sizes thereby forming a gap therebetween to create a resistive flow path as the process fluid vent path. a conduit having an inside diameter ; a liner disposed within and extending through the conduit; a pair of electrodes mounted relative to the liner to measure a voltage induced within a process fluid flowing through the liner ; a hole formed between the inside diameter of the conduit and the outer surface of the conduit ; and a venting assembly providing a process fluid vent path from the inside diameter of the conduit to an exterior of the flowtube assembly , characterized by the venting assembly comprising a threaded nipple mounted to the outer surface of the conduit proximate the hole , the threaded nipple having a series of threads along the surfaces of a bore therein and a plug comprising a thread positioned within the bore , the threads of the threaded nipple and the plug being of different sizes thereby forming a gap therebetween to create a resistive flow path as the process fluid vent path.