mhurhangee/patent-ind-claim-en huggingface dataset:
A computing platform comprising: one or more computing systems configured to: receive a data stream of one or more digital documents; retrieve a collection of secret data in a repository, the secret data comprising a plurality of secrets, wherein each secret in the plurality of secrets is associated with one or more entities in communication with the one or more computing systems; detect, based on a comparison of the data stream with the secret data, a presence of one or more secrets in the data stream, wherein the data stream and the plurality of secrets are encoded as strings; and wherein in detecting the one or more secrets, the one or more computing systems are further configured to: index the plurality of secrets in the repository, identify one or more potential secrets in the data stream based on predetermined false-positive probabilities that the one or more potential secrets are in the repository, and identify the one or more secrets from the one or more potential secrets in the data stream; and in response to the detection, send an indication of the presence of the detected secrets to the one or more entities associated with the detected secrets. one or more computing systems configured to: receive a data stream of one or more digital documents; retrieve a collection of secret data in a repository, the secret data comprising a plurality of secrets, wherein each secret in the plurality of secrets is associated with one or more entities in communication with the one or more computing systems; detect, based on a comparison of the data stream with the secret data, a presence of one or more secrets in the data stream, wherein the data stream and the plurality of secrets are encoded as strings; and receive a data stream of one or more digital documents; retrieve a collection of secret data in a repository, the secret data comprising a plurality of secrets, wherein each secret in the plurality of secrets is associated with one or more entities in communication with the one or more computing systems; detect, based on a comparison of the data stream with the secret data, a presence of one or more secrets in the data stream, wherein the data stream and the plurality of secrets are encoded as strings; and wherein in detecting the one or more secrets, the one or more computing systems are further configured to: index the plurality of secrets in the repository, identify one or more potential secrets in the data stream based on predetermined false-positive probabilities that the one or more potential secrets are in the repository, and identify the one or more secrets from the one or more potential secrets in the data stream; and in response to the detection, send an indication of the presence of the detected secrets to the one or more entities associated with the detected secrets. index the plurality of secrets in the repository, identify one or more potential secrets in the data stream based on predetermined false-positive probabilities that the one or more potential secrets are in the repository, and identify the one or more secrets from the one or more potential secrets in the data stream; and
A method of detecting prostate cancer specific mRNA biomarkers in a whole blood sample from a patient comprising: isolating RNA from the whole blood sample; synthesizing cDNA from the isolated RNA; and measuring an expression level of KLK3, ACADL, GRHL2, HOXB13, HSD3B1, TMP.ERG, ARV7, ARV567, FOLH1, KLK2, HSD3B2, AGR2, AZGP1, STEAP2, KCNN2, GPX8, TMEFF2, SPINK1, SFRP4, NROB1, FAM13C, HNF1A, CDH12, PGR, PITX2, MYBPC1, FOXA1, SRD5A2, COL1A1, NPY, UGT2B17, CLUL1, C9orf152, FLNC, GPR39, RELN, THBS2, CYP17A1, CYP3A5, BRS3, SNAI2, CDH12, NKX3.1, LGR5, TRPM8, and SLCO1B3. isolating RNA from the whole blood sample; synthesizing cDNA from the isolated RNA; and measuring an expression level of KLK3, ACADL, GRHL2, HOXB13, HSD3B1, TMP.ERG, ARV7, ARV567, FOLH1, KLK2, HSD3B2, AGR2, AZGP1, STEAP2, KCNN2, GPX8, TMEFF2, SPINK1, SFRP4, NROB1, FAM13C, HNF1A, CDH12, PGR, PITX2, MYBPC1, FOXA1, SRD5A2, COL1A1, NPY, UGT2B17, CLUL1, C9orf152, FLNC, GPR39, RELN, THBS2, CYP17A1, CYP3A5, BRS3, SNAI2, CDH12, NKX3.1, LGR5, TRPM8, and SLCO1B3.
Seed unit in the form of a pellet comprising at least one seed and a layer comprising coal, a polymeric superabsorbent and an adhesive of biological origin , the layer at least partially enclosing the seed , characterized in that the polymeric superabsorbent is selected from a. a polyacrylamide, a crosslinked arylamide/acrylic acid, a polyacrylate or an acrylamide/acrylic acid copolymer, or b. a biological polymeric superabsorbent selected from a cellulose- or lignin-based hydrogel or a natural rubber derivative; - the layer consists of at least 50% by weight of coal, - the polymeric superabsorbent has a grain size of 50 μm - 400 μm; and - the polymeric superabsorbent is embedded in the layer as a particle. a. a polyacrylamide, a crosslinked arylamide/acrylic acid, a polyacrylate or an acrylamide/acrylic acid copolymer, or b. a biological polymeric superabsorbent selected from a cellulose- or lignin-based hydrogel or a natural rubber derivative; - the layer consists of at least 50% by weight of coal, - the polymeric superabsorbent has a grain size of 50 μm - 400 μm; and - the polymeric superabsorbent is embedded in the layer as a particle.
Method for the handling of a material classified as waste, the material being in the flue gases of a power station, such as the handling of fly ash, in which method the material classified as waste is separated from the flue gases by means of electrostatic precipitators and is conditioned for use e.g. as an additive in the manufacture of cement, concrete, plaster and/or grouting material, and in which method an electrostatic precipitator arrangement comprising one or more electrostatic precipitators is used, by means of which arrangement the material classified as waste is separated from the flue gases as more than one fraction , the fractions having grain sizes of different magnitudes, which fractions are conducted from the electrostatic precipitators into their own sorting hoppers or corresponding storage spaces for further processing and in conjunction with electrostatic precipitation, the separation of the material classified as waste from the flue gases and the sorting of said material is made more efficient by blowing additional air into the flue gas flow over the electrostatic precipitators and/or by bringing about additional suction into the flue gas flow over the electrostatic precipitators, characterized in that after electrostatic precipitation the coarser-grained fraction separated from the material is conducted to carbon removal , in which carbon particles are separated from the material, which carbon particles are conducted away from the process along a channel .
A display device which can be updated by applying pressure with a passive object, the display device comprising: a transparent top conductor layer ; a middle conductor layer segmented into a plurality of independent areas , wherein a pixel of the display device is defined based at least in part on the segmentation of the middle conductor layer; a bottom conductor layer ; an electrophoretic ink layer between the top and middle conductor layers; a layer of piezo-electric material between the middle and bottom conductor layers; an electrical connection between the bottom and top conductor layers; and a control element within the electrical connection , wherein the control element comprises passive components configured to selectively control a direction of current flow between the top and bottom conductor layers. a transparent top conductor layer ; a middle conductor layer segmented into a plurality of independent areas , wherein a pixel of the display device is defined based at least in part on the segmentation of the middle conductor layer; a bottom conductor layer ; an electrophoretic ink layer between the top and middle conductor layers; a layer of piezo-electric material between the middle and bottom conductor layers; an electrical connection between the bottom and top conductor layers; and a control element within the electrical connection , wherein the control element comprises passive components configured to selectively control a direction of current flow between the top and bottom conductor layers.
An x-ray imaging system comprising: an x-ray source ; an x-ray detector comprising a plurality of detector strips arranged in a first direction of the x-ray detector , each detector strip further comprising a plurality of detector pixels arranged in a second direction of the x-ray detector ; a phase grating ; and a plurality of analyzer gratings comprising grating slits; wherein the x-ray source and the x-ray detector are adapted to perform a scanning movement in relation to an object in the first direction, in order to scan the object; wherein the analyzer gratings are arranged between the x-ray source and the x-ray detector , wherein each of the plurality of analyzer gratings is arranged in association with a respective detector strip with the grating slits arranged in the second direction; and wherein the grating slits of the analyzer gratings of the detector strips are displaced relative to each other in the second direction; wherein the grating slits of analyzer gratings of two consecutive detector strips with analyzer gratings in a first direction are displaced relative to each other in the second direction in a systematic manner, wherein the systematic manner comprises a defined displacement distance (d). an x-ray source ; an x-ray detector comprising a plurality of detector strips arranged in a first direction of the x-ray detector , each detector strip further comprising a plurality of detector pixels arranged in a second direction of the x-ray detector ; a phase grating ; and a plurality of analyzer gratings comprising grating slits; wherein the x-ray source and the x-ray detector are adapted to perform a scanning movement in relation to an object in the first direction, in order to scan the object; wherein the analyzer gratings are arranged between the x-ray source and the x-ray detector , wherein each of the plurality of analyzer gratings is arranged in association with a respective detector strip with the grating slits arranged in the second direction; and wherein the grating slits of the analyzer gratings of the detector strips are displaced relative to each other in the second direction; wherein the grating slits of analyzer gratings of two consecutive detector strips with analyzer gratings in a first direction are displaced relative to each other in the second direction in a systematic manner, wherein the systematic manner comprises a defined displacement distance (d).
A catheter comprising a handle having a hole , a tubular membrane having a part which is partially enlarged for forming a balloon , an inner tube being attached to the handle and having a body and a distal part of the inner tube , the distal part containing lateral holes , an outer tube , a proximal opening of the catheter that is attachable to bags for holding body fluids, wherein the handle comprises a proximal part of the handle , a medial part of the handle and a distal part of the handle , wherein the proximal part of the handle is detachably connected with the medial part of the handle and the medial part of the handle is detachably connected with the distal part of the handle , the tubular membrane being slidable between the distal part of the handle and the distal part of the inner tube through the outer tube , the outer tube is in fixed connection to the medial part of the handle and the body of the inner tube is mounted to the proximal part of the handle , the distal part of the handle further comprising a proximal membrane attachment , the inner tube further comprising a distal membrane attachment for tight engagement of the tubular membrane with the distal part of the inner tube , a diameter of the distal part of the inner tube being smaller than a diameter of the body of the inner tube , said distal part of the inner tube having a hole at the end of the distal part of the inner tube and two lateral holes and between the outer tube and the tubular membrane is embedded a hermetically sealed space , characterized in that the medial part of the handle further comprises a nut , said nut fitting with a thread of the distal part of the handle , and the proximal part of the handle comprises a nut , said nut fitting with a thread of the medial part of the handle , in that the outer tube , further has lateral channels fitting with protrusions of the distal part of the handle , respectively, for sliding of the distal part of the handle along the outer tube , the body of the inner tube has lateral channels fitting with protrusions of the medial part of the handle , respectively, and in that said outer tube has a rounded tip . the medial part of the handle further comprises a nut , said nut fitting with a thread of the distal part of the handle , and the proximal part of the handle comprises a nut , said nut fitting with a thread of the medial part of the handle , in that the outer tube , further has lateral channels fitting with protrusions of the distal part of the handle , respectively, for sliding of the distal part of the handle along the outer tube , the body of the inner tube has lateral channels fitting with protrusions of the medial part of the handle , respectively, and in that said outer tube has a rounded tip .
An electronic balance comprising: a balance main body including a weighing mechanism connected to a weighing pan ; a windshield configured to form a weighing chamber by covering the weighing pan ; and a slidable door provided in the windshield and constituting a portion of the weighing chamber ; characterized in that the electronic balance further comprising: holders disposed at front and rear end portions of the door configured to support the door from an upper portion in a hanging manner; a guide member configured to engage with the holders and slidably support the holders ; and an air cylinder connected to the holders and configured to slide the door through the holders a balance main body including a weighing mechanism connected to a weighing pan ; a windshield configured to form a weighing chamber by covering the weighing pan ; and a slidable door provided in the windshield and constituting a portion of the weighing chamber ; holders disposed at front and rear end portions of the door configured to support the door from an upper portion in a hanging manner; a guide member configured to engage with the holders and slidably support the holders ; and
A soluble material for three-dimensional modeling that is used as a material of a support material that supports a three-dimensional object when manufacturing the three-dimensional object with a fused deposition modeling type 3D printer, wherein the soluble material comprises at least one polymer and at least one filler, the filler is a fibrous filler having a fiber length of 0.02 μm to 1,000 μm and a fiber diameter of 0.0001 μm to 20 μm and/or a flat filler having a particle size of 0.1 μm to 20 μm and a thickness of 0.01 μm to 10 μm, the filler is cellulose, and the content of the filler is 0.01 part by mass to 200 parts by mass with respect to 100 parts by mass of the polymer; wherein, the glass transition temperature of the soluble material for three-dimensional modeling is 60°C to 200°C, and wherein the term soluble means soluble in alkaline aqueous solution and/or water, wherein the fiber length, the fiber diameter and the glass transition temperature are measured according to the methods indicated in the experimental part.
Actuation unit for a household appliance , comprising: a circuit board , wherein a first switch element is provided on the circuit board , an actuation button with a recess , in particular in the form of a slot, an actuation element with an actuation element base , wherein the actuation element has a projecting section extending from the actuation element base , characterised in that the projecting section is introduced into the recess of the actuation button in such a manner that, in the assembled state, the actuation element and the actuation button in each case have a degree of freedom in a direction corresponding to the extension of the projecting section and a further direction. a circuit board , wherein a first switch element is provided on the circuit board , an actuation button with a recess , in particular in the form of a slot, an actuation element with an actuation element base , wherein the actuation element has a projecting section extending from the actuation element base , characterised in that the projecting section is introduced into the recess of the actuation button in such a manner that, in the assembled state, the actuation element and the actuation button in each case have a degree of freedom in a direction corresponding to the extension of the projecting section and a further direction.
A dishwasher comprising: a main body ; a tub provided inside the main body and including an opening ; a door provided to open and close the opening of the tub ; a guide rail mounted on an inner wall of the tub ; an accommodating container provided to accommodate tableware and be movable along the guide rail , and comprising a rack assembly including a front portion nearest to the opening and a rear portion ; at least one roller rotatably mounted on the rear portion of the rack assembly to movably couple the rack assembly to the guide rail so that the rack assembly is supported on and movable along the guide rail , the at least one roller including a first roller provided to be supported on an upper portion of the guide rail , and a second roller positioned at a lower side of the guide rail to support the rack assembly ; characterized by a support holder provided on the front portion of the rack assembly and extending away from the rack assembly to be supported by at least one of the guide rail and the inner wall of the tub when the rack assembly is pushed into the tub to the rear portion of the guide rail . a main body ; a tub provided inside the main body and including an opening ; a door provided to open and close the opening of the tub ; a guide rail mounted on an inner wall of the tub ; an accommodating container provided to accommodate tableware and be movable along the guide rail , and comprising a rack assembly including a front portion nearest to the opening and a rear portion ; at least one roller rotatably mounted on the rear portion of the rack assembly to movably couple the rack assembly to the guide rail so that the rack assembly is supported on and movable along the guide rail , the at least one roller including a first roller provided to be supported on an upper portion of the guide rail , and a second roller positioned at a lower side of the guide rail to support the rack assembly ; characterized by a support holder provided on the front portion of the rack assembly and extending away from the rack assembly to be supported by at least one of the guide rail and the inner wall of the tub when the rack assembly is pushed into the tub to the rear portion of the guide rail .
A RF transmit system for a magnetic resonance examination system, comprising: at least one RF channel with an RF amplifier , at least two power supply devices wherein each of the power supply devices is configured to supply a voltage to the amplifier , wherein the power supply devices are different and configured to provide different voltages, a DC switch configured to switch the voltage supplied to the amplifier between the power supply devices , to switch the amplifier's operating point between high peak-power at high drain voltage and low peak-power at low drain voltage, conductor paths between the DC switch and each of the power supply devices , at least one capacitor bank which is connected to each of the conductor paths , and which is in series with the DC switch , for supplying power to the RF amplifier as needed to compensate for a voltage drop at a time of operation of the RF amplifier , a controller configured to receive sensor data representative for parameters from an MR sequence controller, the controller being configured to switch the voltage based on the sensor data during an MR pulse sequence. at least one RF channel with an RF amplifier , at least two power supply devices wherein each of the power supply devices is configured to supply a voltage to the amplifier , wherein the power supply devices are different and configured to provide different voltages, a DC switch configured to switch the voltage supplied to the amplifier between the power supply devices , to switch the amplifier's operating point between high peak-power at high drain voltage and low peak-power at low drain voltage, conductor paths between the DC switch and each of the power supply devices , at least one capacitor bank which is connected to each of the conductor paths , and which is in series with the DC switch , for supplying power to the RF amplifier as needed to compensate for a voltage drop at a time of operation of the RF amplifier , a controller configured to receive sensor data representative for parameters from an MR sequence controller, the controller being configured to switch the voltage based on the sensor data during an MR pulse sequence.
Travel pillow , comprising: a pillow body ; a first anchor mechanism comprising a first anchor mechanism body and a first loop , said first anchor mechanism body and said first loop each connected to said pillow body , wherein said first anchor mechanism body is configured to pass through said first loop and reconnect to itself and said first anchor mechanism is substantially vertically oriented, characterized in that the travel pillow further comprises a second anchor mechanism comprising a second anchor mechanism body and a second loop , said second anchor mechanism body and said second loop each connected to said pillow body ; wherein said second anchor mechanism body is configured to pass through said second loop and reconnect to itself and said second anchor mechanism is substantially vertically oriented , wherein the pillow body includes a flat rear wall , two or more side walls , and two or more curved transition walls between the rear wall and the side walls , and wherein each of said anchor mechanism bodies is attached partially to said rear wall and partially to said curved transition walls . a pillow body ; a first anchor mechanism comprising a first anchor mechanism body and a first loop , said first anchor mechanism body and said first loop each connected to said pillow body , wherein said first anchor mechanism body is configured to pass through said first loop and reconnect to itself and said first anchor mechanism is substantially vertically oriented, characterized in that the travel pillow further comprises a second anchor mechanism comprising a second anchor mechanism body and a second loop , said second anchor mechanism body and said second loop each connected to said pillow body ; wherein said second anchor mechanism body is configured to pass through said second loop and reconnect to itself and said second anchor mechanism is substantially vertically oriented , wherein the pillow body includes a flat rear wall , two or more side walls , and two or more curved transition walls between the rear wall and the side walls , and wherein each of said anchor mechanism bodies is attached partially to said rear wall and partially to said curved transition walls .
Electrolyte for lithium-ion batteries comprising a mixture of ethylene carbonate (EC) and/or at least one single-fluorinated ethylene carbonate and/or at least one multiple-fluorinated ethylene carbonate, at least one sulfone derivate and at least one lithium source as a conducting salt, wherein the mixture has a flash point over 85 °C and wherein the flash point has been determined according to the norm ASTM D6450 and wherein the sulfone derivate is dimethylsulfone (DMSN) and/or diethylsulfone, characterized in that the electrolyte comprises lithium bis(oxalato)borate LiBOB in a concentration of 10 to 500 mmol/kg and/or lithium difluoro(oxalate)borate in a concentration of 10 mmol/kg to 1,25 mol/kg.