mhurhangee/ep-ind-claims huggingface dataset:
Closure cap for an operating medium tank, in particular for a fuel tank, having a closure device, which projects into a filler neck of the operating medium tank and is composed of a first cap element and a second cap element, and having a seal ring, which is arranged between the cap elements (11, 12), wherein, for the purpose of opening and closing the filler neck, the cap elements (11, 12) are movable axially relatively to one another by a lift via a lifting arrangement, and having a grip piece, which is rotatable around a hub and serves for actuating the lifting arrangement, wherein the lifting arrangement has a pressure piece which acts axially on a cap element, characterized in that the filler neck is covered at least partially by a cover disc in the outward direction, in that the cover disc is connected in a rotationally conjoint manner to the pressure piece of the lifting arrangement, and in that the cover disc is rotatable, together with the pressure piece, around the hub.
Process to produce a yeast-derived product comprising the steps of a. contacting a suspension comprising yeast cells with an endoprotease to hydrolyze the yeast protein; b. contacting the preparation obtained in step a) with α-α-trehalase (EC 3.2.1.28). a. contacting a suspension comprising yeast cells with an endoprotease to hydrolyze the yeast protein; b. contacting the preparation obtained in step a) with α-α-trehalase (EC 3.2.1.28).
Heating system having a wood-fired oven for heating at least two spaces (21, 22) of a building, wherein the wood-fired oven comprises: a combustion chamber, a convection-heat region for generating convection heat, which has a heat-radiation region for emitting heat generated in the combustion chamber and which is configured to heat air by the heat emitted by the heat-radiation region, wherein the hot air flows away from the heat-radiation region by convection, and a fan which is arranged such that, in operation, it at least partially discharges the hot air out of the convection-heat region, characterized in that the wood-fired oven has two operating states, wherein, in a first operating state, the fan is not in operation and the oven discharges the hot air out of the convection-heat region to the external surroundings by convection through convection openings in its top side, and, in a second operating state, the fan is in operation and discharges the hot air at least partially into a region remote from the oven through an oven outlet that is connectable to a hot-air conduit; wherein the wood-fired oven is set up in a first space and, in the first operating state, heats the first space with convection heat and, in the second operating state, heats the second space by conducting the hot air into the second space. a combustion chamber, a convection-heat region for generating convection heat, which has a heat-radiation region for emitting heat generated in the combustion chamber and which is configured to heat air by the heat emitted by the heat-radiation region, wherein the hot air flows away from the heat-radiation region by convection, and a fan which is arranged such that, in operation, it at least partially discharges the hot air out of the convection-heat region,
A computer-implemented method for generating a design for a continuum robot, the method comprising: generating a first plurality of candidate designs for the continuum robot, wherein each candidate design included in the first plurality of candidate designs is based on a first set of values for a set of design parameters; determining a first performance value for each candidate design included in the first plurality of candidate designs; based at least in part on the first performance values, selecting a subset of candidate designs from the first plurality of candidate designs; and based on the subset of candidate designs, generating a second plurality of candidate designs for the continuum robot, wherein each candidate design included in the second plurality of candidate designs is based on a second set of values for the set of design parameters. generating a first plurality of candidate designs for the continuum robot, wherein each candidate design included in the first plurality of candidate designs is based on a first set of values for a set of design parameters; determining a first performance value for each candidate design included in the first plurality of candidate designs; based at least in part on the first performance values, selecting a subset of candidate designs from the first plurality of candidate designs; and based on the subset of candidate designs, generating a second plurality of candidate designs for the continuum robot, wherein each candidate design included in the second plurality of candidate designs is based on a second set of values for the set of design parameters.
A roof window system comprising at least two window units (11, 12) configured to be built in side by side, separated by a pre-defined spacing, in a roof structure of a roof, in particular comprising an inclined roof surface, each window unit (11, 12) comprising a top member (111, 121), two side members (112, 113, 122, 123), and a bottom member (114, 124), said roof window system furthermore comprising a cover assembly spanning the spacing between facing side members (113, 122) of neighbouring window units (11, 12) in the mounted condition of the roof window system, characterised in that the cover assembly comprises a set of receiver brackets configured to be connected to the facing side members (113, 122) of neighbouring window units (11, 12) and a cover plate configured to be brought into releasable engagement with the set of receiver brackets.
A controller device capable of wirelessly communicating with an information processing device, the controller device comprising: a generating unit for generating operation data based on an operation performed on the controller device; a communication unit for receiving image data generated in the information processing device through a process performed based on the operation data, and transmitting the operation data to the information processing device; a display unit for displaying an image based on the image data, characterised in that the communication unit is capable of operating both in a first communication mode in which the image data is received with a first frequency and in a second communication mode in which the image data is received with a frequency that is half the first frequency, and the communication unit transmits the operation data to the information processing device with a second frequency that is higher than the first frequency both in the first communication mode and in the second communication mode. a generating unit for generating operation data based on an operation performed on the controller device; a communication unit for receiving image data generated in the information processing device through a process performed based on the operation data, and transmitting the operation data to the information processing device; a display unit for displaying an image based on the image data, characterised in that the communication unit is capable of operating both in a first communication mode in which the image data is received with a first frequency and in a second communication mode in which the image data is received with a frequency that is half the first frequency, and the communication unit transmits the operation data to the information processing device with a second frequency that is higher than the first frequency both in the first communication mode and in the second communication mode.
A pharmaceutical composition having a cytotoxic effect on a cancer cell comprising: a flavonoid compound having the following formula: wherein B ring is a 4-oxo-cyclohexa-2,5-dienyl group, and any one of R1-R12 is one selected from a group consisting of hydrogen group, hydroxyl group, C1-C20 alkyl group, C1-C20 ether group, C1-C20 ester group, carboxyl group, halogen and sugar.
A method, comprising: determining that a computing device (100, 600) has entered into a corrupted state after the computing device has been initialized at least a pre-determined number of times during a pre-determined interval of time, the computing device storing at least system data and information about a plurality of changes to the system data; after determining that the computing device has entered into the corrupted state, identifying one or more untrusted changes to the system data from the plurality of changes to the system data, wherein the one or more untrusted changes were made by one or more untrusted entities; resetting the one or more untrusted changes to the system data to one or more default values; and after resetting the one or more untrusted changes to the system data to the one or more default values, initializing the computing device. determining that a computing device (100, 600) has entered into a corrupted state after the computing device has been initialized at least a pre-determined number of times during a pre-determined interval of time, the computing device storing at least system data and information about a plurality of changes to the system data; after determining that the computing device has entered into the corrupted state, identifying one or more untrusted changes to the system data from the plurality of changes to the system data, wherein the one or more untrusted changes were made by one or more untrusted entities; resetting the one or more untrusted changes to the system data to one or more default values; and after resetting the one or more untrusted changes to the system data to the one or more default values, initializing the computing device.
Toe piece clamp assembly for a safety ski binding which is provided with a housing accommodating a release mechanism, at least one pair of sole retention arms, which are able to grip the front-end region of the sole edge of a ski boot, and with a bottom plate on which a base plate is arranged to support the front section of a ski boot sole, characterised in that the base plate is able to pivot in a limited manner on the bottom plate about an imaginary pivot axis located in the region of the sole retention arms and along a curved path, concave with respect to the upper side of the ski, in the longitudinal direction of the ski.
Method for etching a dielectric layer located on at least one gallium-nitride-based (GaN) layer, the dielectric layer being formed from one of a SixNy- and a SixOy-based material with x and y non-zero integers, the method comprising at least the following steps: - first etching of the dielectric layer on only a part of a thickness e 200 of the dielectric layer to define in the dielectric layer at least one partial opening and at least one residual portion located in line with the opening and having a thickness e 202, - implantation of ions in line with the partial opening over a thickness greater than the thickness e 202 so as to: • modify the material of the dielectric layer in line with the opening over the entire thickness e 202 of the residual portion, • modify the material of the GaN-based layer over a portion of the GaN-based layer located in line with the opening, said ions being taken as hydrogen- and/or helium- (He) based, - removal of the residual portion using a second etching, the second etching being selective of the modified material of the dielectric layer with respect to the non-modified material of the dielectric layer and with respect to the modified material of the GaN-based layer; - annealing of at least the GaN-based layer for a duration greater than D1 and at a temperature between T1 and T2, with D1=30s, T1 = 300°C and T2 = 900°C and preferably T2 = 600°C. - first etching of the dielectric layer on only a part of a thickness e 200 of the dielectric layer to define in the dielectric layer at least one partial opening and at least one residual portion located in line with the opening and having a thickness e 202, - implantation of ions in line with the partial opening over a thickness greater than the thickness e 202 so as to: • modify the material of the dielectric layer in line with the opening over the entire thickness e 202 of the residual portion, • modify the material of the GaN-based layer over a portion of the GaN-based layer located in line with the opening, • modify the material of the dielectric layer in line with the opening over the entire thickness e 202 of the residual portion, • modify the material of the GaN-based layer over a portion of the GaN-based layer located in line with the opening, - removal of the residual portion using a second etching, the second etching being selective of the modified material of the dielectric layer with respect to the non-modified material of the dielectric layer and with respect to the modified material of the GaN-based layer; - annealing of at least the GaN-based layer for a duration greater than D1 and at a temperature between T1 and T2, with D1=30s, T1 = 300°C and T2 = 900°C and preferably T2 = 600°C.
A computer-implemented method for determining the presence of a variant in one or more genes in a subject comprising: (a) obtaining raw sequencing data pertaining to the subject from a nucleic acid sequencer; (b) removing low quality reads from the raw sequencing data that fail a quality filter; (c) trimming adapter and/or molecular identification sequences from the filtered raw sequencing data; (d) mapping the filtered raw sequencing data to a genomic reference sequence to generate mapped reads; (e) sorting and indexing the mapped reads; (f) adding read groups to a data file to generate a processed sequence file; (g) creating realigner targets; (h) performing local realignment of the processed sequence file to generate a realigned sequence file; (i) removing duplicate reads from the re-aligned sequence file; (j) analyzing coding regions of interest; and (i) generating a report that identifies whether the variant is present based on the analysis in step (j), wherein steps (g) and (h) are performed using a modified genomic alignment utility limited to nucleic acid regions of interest within the one or more genes, wherein the nucleic acid regions of interest consist of coding exons +/- 50 bases, optionally padded by 150 additional bases, of the one or more genes, wherein the local realignment does not comprise base quality score recalibration (BQSR). (a) obtaining raw sequencing data pertaining to the subject from a nucleic acid sequencer; (b) removing low quality reads from the raw sequencing data that fail a quality filter; (c) trimming adapter and/or molecular identification sequences from the filtered raw sequencing data; (d) mapping the filtered raw sequencing data to a genomic reference sequence to generate mapped reads; (e) sorting and indexing the mapped reads; (f) adding read groups to a data file to generate a processed sequence file; (g) creating realigner targets; (h) performing local realignment of the processed sequence file to generate a realigned sequence file; (i) removing duplicate reads from the re-aligned sequence file; (j) analyzing coding regions of interest; and (i) generating a report that identifies whether the variant is present based on the analysis in step (j),
A data unit reuse method, wherein data is stored in a data unit in a form of a data block and the data block has a block ID, and the method comprises: successively reading each data block in a current data unit to search for a first specific data block whose block ID does not conform to a predetermined order; determining whether at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit; when at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that the current data unit has been damaged, and when no data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that a data block immediately previous to the specific data block is a data end. successively reading each data block in a current data unit to search for a first specific data block whose block ID does not conform to a predetermined order; determining whether at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit; when at least one data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that the current data unit has been damaged, and when no data block whose block ID conforms to the predetermined order exists after the specific data block in the current data unit, determining that a data block immediately previous to the specific data block is a data end.
An automobile comprising a human machine interface, the human machine interface comprising at least one display screen configured to simultaneously display a plurality of areas as a structured display; the human machine interface operable to determine a driver distraction level based on at least one signal received by the human machine interface and to remove predetermined areas from the structured display on the screen in response to an increase in the driver distraction level beyond a predetermined threshold; the human machine interface is characterised in that it controls the display screen to remove areas from the structured display dynamically, such that predetermined areas gradually recede from the screen, appear to move off the edge of the visible area, or become covered by other areas of the screen.
A pharmaceutically acceptable salt, which is N -( -1-(3-(4-chloro-3-(methylsulfonamido)-1-(2,2,2-trifluoroethyl)-1H-indazol-7-yl)-6-(3-methyl-3-(methylsulfonyl)but-1-yn-1-yl)pyridin-2-yl)-2-(3,5-difluorophenyl)ethyl)-2-((3bS,4aR)-5,5-difluoro-3-(trifluoromethyl)-3b,4,4a,5-tetrahydro-1H-cyclopropa[3,4]cyclopenta[1,2-c]pyrazol-1-yl)acetamide N, N, N- trimethylethanolammonium salt.
A dental x-ray image media holder comprising an image media backing plate adjustably affixed to a bite block; said backing plate having at least one channel (31, 32, 33) for receiving a post affixed to said bite block, such that the bite block can be selectively moved within said channel to orient the bite block in a predetermined position relative to the backing plate, wherein said backing plate has a first and second sides, such that said bite block is generally positioned on said first side of said backing plate when in use, wherein said second side of said backing plate is provided with means to affix an image media thereto, wherein said means to affix includes means to removably affix an image media thereto, wherein a releasable adhesive is provided on said second side of said backing plate, wherein at least one strap is secured to said backing plate, such that after an image media is placed into physical contact with said second side of said backing plate, said strap can be wrapped to physically impinge upon the image media thereby securing it in position relative to said backing plate.
An arthroplasty implant system, comprising: an arthroplasty implant (36, 136) including a stem (40, 140); the stem (40, 140) extending along a longitudinal axis between a proximal portion (42, 142) and a distal portion (44, 144); a proximal slider (60, 160) housed inside the proximal portion (42, 142) of the stem (40, 140); a distal slider (62, 162) housed inside the distal portion (44, 144) of the stem (40, 140); a shape memory material rod (64, 164) connected to both the proximal slider (60, 160) and the distal slider (62, 162); a first opening (46, 146) located within the proximal portion (42, 142) of the stem (40, 140); a first screw (48, 148) received through the first opening (46, 146) and the proximal slider (60, 160); a second opening (50, 150) located within the distal portion (44, 144) of the stem (40, 140); a second screw (52, 152) received through the second opening (50, 150) and the distal slider (62, 162); at least one of the first opening (46, 146) and the second opening (50, 150) is an elongated slot; and a set screw (72, 172) removably inserted into either the proximal slider (60, 160) or the distal slider (62, 162), wherein the set screw (72, 172) is removable from the proximal slider (60, 160) or the distal slider (62, 162) to allow the shape memory material rod (64, 164) to superelastically shorten. an arthroplasty implant (36, 136) including a stem (40, 140); the stem (40, 140) extending along a longitudinal axis between a proximal portion (42, 142) and a distal portion (44, 144); a proximal slider (60, 160) housed inside the proximal portion (42, 142) of the stem (40, 140); a distal slider (62, 162) housed inside the distal portion (44, 144) of the stem (40, 140); a shape memory material rod (64, 164) connected to both the proximal slider (60, 160) and the distal slider (62, 162); a first opening (46, 146) located within the proximal portion (42, 142) of the stem (40, 140); a first screw (48, 148) received through the first opening (46, 146) and the proximal slider (60, 160); a second opening (50, 150) located within the distal portion (44, 144) of the stem (40, 140); a second screw (52, 152) received through the second opening (50, 150) and the distal slider (62, 162); at least one of the first opening (46, 146) and the second opening (50, 150) is an elongated slot; and a set screw (72, 172) removably inserted into either the proximal slider (60, 160) or the distal slider (62, 162), wherein the set screw (72, 172) is removable from the proximal slider (60, 160) or the distal slider (62, 162) to allow the shape memory material rod (64, 164) to superelastically shorten.
Protective helmet for the head, comprising an internal shock-absorbing body, which has a built in interior reinforcement structure formed by filaments, these filaments forming a net which is built into the interior of the shock-absorbing body and, an external shell made of plastic material, characterized in that the filaments include a core of fibres and a coating, formed by resin and carbon nanofibres.
A method for a high-voltage energy system of a vehicle, comprising: - determining an accident event, and - determining a post-accident fault state which indicates currently existing faults in the high-voltage energy system subsequent to a point in time of the accident event, characterized in that the method further comprises: - determining a pre-accident fault state which indicates currently existing faults in the high-voltage energy system before the point in time of the accident event, and - deactivating the high-voltage energy system as a function of the accident event, the pre-accident fault state and the post-accident fault state, wherein the high-voltage energy system is deactivated when the post-accident fault state indicates at least one fault in the high-voltage energy system which goes beyond the faults of the pre-accident fault state, and wherein the high-voltage energy system is not deactivated when the fault in the high-voltage energy system occurs during the accident-free operation of the vehicle. - determining an accident event, and - determining a post-accident fault state which indicates currently existing faults in the high-voltage energy system subsequent to a point in time of the accident event, - determining a pre-accident fault state which indicates currently existing faults in the high-voltage energy system before the point in time of the accident event, and - deactivating the high-voltage energy system as a function of the accident event, the pre-accident fault state and the post-accident fault state, wherein the high-voltage energy system is deactivated when the post-accident fault state indicates at least one fault in the high-voltage energy system which goes beyond the faults of the pre-accident fault state, and wherein the high-voltage energy system is not deactivated when the fault in the high-voltage energy system occurs during the accident-free operation of the vehicle.