mhurhangee/ep-ind-claims huggingface dataset:
Combination of a cover and a housing, wherein, for fastening of the cover to the housing, the housing has a depression as a receptacle for the cover, into which the cover is introduced in a direction of introduction, wherein an inner circumferential wall of the depression of the housing that forms the receptacle extends in the direction of introduction, wherein the cover, at the outside, and the receptacle, in the inner circumferential wall, have a respective encircling groove (11, 12), in which grooves there lies a radially resilient connecting ring which projects inwards into the encircling groove of the cover and outwards into the encircling groove in the inner circumferential wall of the receptacle of the housing for the cover and as a result connects the cover to the housing, characterized in that a front groove flank in the direction of introduction of the groove of the cover and a rear groove flank in the direction of introduction of the groove in the inner circumferential wall of the receptacle of the housing for the cover extend from the inside outwards obliquely in relation to the direction of introduction, wherein the front groove flank in the direction of introduction of the groove of the cover has a larger cone angle than the rear groove flank in the direction of introduction of the groove in the inner circumferential wall of the receptacle of the housing for the cover.
A computer-implemented method for estimating remaining useful life of a bearing, the method comprising: receiving, by a processing unit, a request for analysing a defect in the bearing from a source (110, 125, 130), wherein the request comprises operational data associated with the bearing; monitoring an impact of the defect on the bearing over a period of time, wherein the impact of the defect refers to deviations from normal operation of the bearing resulting from the defect; determining a time period during which the impact of the defect on the bearing is higher than a threshold range, using a machine learning model; computing a severity of the impact associated with the defect during the time period by computing a defect size corresponding to the defect based on a duration of the time period; and determining a remaining useful life of the bearing based on the severity and the operational data during the time period; and generating a notification indicating the remaining useful life of the bearing on an output device. receiving, by a processing unit, a request for analysing a defect in the bearing from a source (110, 125, 130), wherein the request comprises operational data associated with the bearing; monitoring an impact of the defect on the bearing over a period of time, wherein the impact of the defect refers to deviations from normal operation of the bearing resulting from the defect; determining a time period during which the impact of the defect on the bearing is higher than a threshold range, using a machine learning model; computing a severity of the impact associated with the defect during the time period by computing a defect size corresponding to the defect based on a duration of the time period; and determining a remaining useful life of the bearing based on the severity and the operational data during the time period; and generating a notification indicating the remaining useful life of the bearing on an output device.
A vehicular battery system comprising: a vehicular battery system stack including at least one negative electrode including a form of lithium; an oxygen reservoir having a first outlet operably connected to the vehicular battery system stack; a multistage compressor having a first inlet operably connected to the vehicular battery system stack, and a second outlet operably connected to a second inlet of the oxygen reservoir; and a cooling system; characterized in that the cooling system is operably connected to the multistage compressor and configured to provide a coolant to the multistage compressor to cool a compressed fluid within the multistage compressor. a vehicular battery system stack including at least one negative electrode including a form of lithium; an oxygen reservoir having a first outlet operably connected to the vehicular battery system stack; a multistage compressor having a first inlet operably connected to the vehicular battery system stack, and a second outlet operably connected to a second inlet of the oxygen reservoir; and a cooling system;
Feeding apparatus for a manipulator arm having at least one joint, in particular of an industrial robot, comprising a flexible conduit package via which at least one process means can be fed at least substantially along the manipulator arm to the end effector thereof, and a flexible guide sheath element enclosing the conduit package, wherein a stiffening device comprising a holding apparatus is provided, which is arranged in a fixed position on the flexible guide sheath element, wherein at least one stiffening element (16, 23) is provided which is held by means of the holding apparatus and is subjected to a stiffening energy in an activation state of the stiffening device, as a result of which the flexible guide sheath element and consequently the conduit package are stiffened by means of the stiffening element (16, 23), and wherein the holding apparatus has at least one stiffening element receptacle which is arranged parallel to the guide sheath element and by means of which the at least one stiffening element (16, 23) is held on the holding apparatus. a stiffening device comprising a holding apparatus is provided, which is arranged in a fixed position on the flexible guide sheath element, wherein at least one stiffening element (16, 23) is provided which is held by means of the holding apparatus and is subjected to a stiffening energy in an activation state of the stiffening device, as a result of which the flexible guide sheath element and consequently the conduit package are stiffened by means of the stiffening element (16, 23), and wherein the holding apparatus has at least one stiffening element receptacle which is arranged parallel to the guide sheath element and by means of which the at least one stiffening element (16, 23) is held on the holding apparatus.
Portable stove comprising a burner, the burner comprising a burner head, a mixing tube, a plurality of primary air ports being disposed on the mixing tube and an orifice through which a gaseous combustible enters into the mixing tube to form a gaseous mixture with ambient air, wherein the burner head is composed of an upper burner part with a plurality of burner ports and a burner lower part, the lower burner part being connectable to the mixing tube, and comprising at least one supporting means, wherein the dividing means is supported by the supporting means, a dividing means is disposed within the burner head, the dividing means and the lower burner part forming a first flow channel for the gaseous mixture, and the dividing means and the upper burner part forming a second flow channel for the gaseous mixture being connected to the first flow channel, characterized in that the at least one supporting means is a dent protruding from the lower burner part towards the upper burner part.
Cooling device for cooling products, wherein the products to be cooled are stacked on pallets and these product stacks are able to be exposed to a coolant flow, comprising at least one placement space for setting down at least one product stack and at least one coolant guiding system by means of which the coolant flow is able to be conducted through the product stack, wherein the coolant guiding system has at least one air cushion element which is inflatable by means of the coolant flow such that it bears in a substantially sealing manner against at least a partial surface of the product stack, such that the coolant flow is predominantly introduced directly into the product stack, characterized in that the air cushion element is configured such that the air cushion consists of a perforated material at the contact surface(s).
Process for the synthesis of the optically pure compound of formula (Ia): by enantioselective enzymatic esterification of the racemic, or not optically pure, acid of formula: using a lipase of Candida antarctica or of Pseudomonas fluorescens, in a mixture of alcohol ROH wherein R represents a linear or branched C 1 -C 6 alkyl group, and an organic co-solvent, at a concentration from 5 to 500 g/L of compound of formula per litre of solvent mixture, at an E/S ratio of from 10/1 to 1/100, at a temperature from 25°C to 40°C.
A data processing method for a network adapter, wherein the method comprises: obtaining, by the network adapter, a first input/output, I/O, command, wherein the first I/O command instructs to write data stored in a local server to at least one remoted server, and the first I/O command comprises address information and length information that are of the data and that are stored in the local server; splitting, by the network adapter, the data based on the address information and the length information, to obtain a plurality of groups of address information and length information; and obtaining, by the network adapter from the local server based on the plurality of groups of address information and length information, data corresponding to the plurality of groups of address information and length information, and sending the data to the at least one remoted server obtaining, by the network adapter, a first input/output, I/O, command, wherein the first I/O command instructs to write data stored in a local server to at least one remoted server, and the first I/O command comprises address information and length information that are of the data and that are stored in the local server; splitting, by the network adapter, the data based on the address information and the length information, to obtain a plurality of groups of address information and length information; and obtaining, by the network adapter from the local server based on the plurality of groups of address information and length information, data corresponding to the plurality of groups of address information and length information, and sending the data to the at least one remoted server
An out-of-office presence method comprising: automatically enabling an out-of-office utility for a mobile communication device based on a trigger condition, the trigger condition being location of the mobile communication device, wherein the out-of-office utility is configured to push an out-of-office presence status data packet to contacts associated with a user of the mobile communication device. automatically enabling an out-of-office utility for a mobile communication device based on a trigger condition, the trigger condition being location of the mobile communication device, wherein the out-of-office utility is configured to push an out-of-office presence status data packet to contacts associated with a user of the mobile communication device.
Apparatus for connecting high-voltage conductors (20, 21, 22; 30) comprising at least one first high-voltage conductor (20, 21, 22), at least one second high-voltage conductor, a device for receiving the first high-voltage conductor (20, 21, 22) and second high-voltage conductor and at least one connecting device for the current-conducting connection of the at least one first high-voltage conductor (20, 21, 22) to the at least one second high-voltage conductor, wherein the connecting device comprises at least one contact bolt pretensioned by means of at least one spring for pressing together the at least one first high-voltage conductor (20, 21, 22) with the at least one second high-voltage conductor, wherein the connecting device comprises at least one receiving space (142, 143) for at least one of the high-voltage conductors (20, 21, 22, 30) and at least one abutment (142, 143) and at least one abutment for the spring, wherein the contact bolt comprises at one end a pressure piece adapted to abut against one of the high-voltage conductors (20, 21, 22; 30).
A method of fabricating an electrochromic window, the method comprising: a) receiving a glass substrate having a first transparent conducting oxide layer thereon; b) polishing the surface of the first transparent conducting oxide layer to reduce surface roughness; and then c) fabricating an electrochromic device on the first transparent conducting oxide layer, wherein the electrochromic device comprises an electrochromic layer, a counter electrode layer and a second transparent conducting oxide layer; wherein the glass substrate is tempered prior to b) or prior to c). a) receiving a glass substrate having a first transparent conducting oxide layer thereon; b) polishing the surface of the first transparent conducting oxide layer to reduce surface roughness; and then c) fabricating an electrochromic device on the first transparent conducting oxide layer, wherein the electrochromic device comprises an electrochromic layer, a counter electrode layer and a second transparent conducting oxide layer;
Interferometer comprising: - an optical source configured to generate a first beam (B 1); - a photo-detector configured to receive an interference signal; - a monolithic optical chip configured to intercept the first beam (B 1), that is a bi-reflective layer offering at least two reflective surfaces at the interfaces of the bi-reflective layer with mediums of different refractive index and comprising a first top reflective layer and a second bottom reflective layer separated by an intermediary isotropic and dielectric spacer layer, the first top reflective layer splitting the first beam (B 1) into a reference beam (B R) obtained by reflection and a second beam (B 2) obtained by transmission, the second bottom reflective layer being an optically-resonant layer reflecting the second beam (B 2) to generate a signal beam (B S) so that the signal beam (B S) overlaps the reference beam (B R) to create the interference signal; characterized in that it further comprises a controlled phase modulation means configured to induce a phase modulation in the interference signal by modifying the phase difference between the signal beam (Bs) and the reference beam (B R). - an optical source configured to generate a first beam (B 1); - a photo-detector configured to receive an interference signal; - a monolithic optical chip configured to intercept the first beam (B 1), that is a bi-reflective layer offering at least two reflective surfaces at the interfaces of the bi-reflective layer with mediums of different refractive index and comprising a first top reflective layer and a second bottom reflective layer separated by an intermediary isotropic and dielectric spacer layer, the first top reflective layer splitting the first beam (B 1) into a reference beam (B R) obtained by reflection and a second beam (B 2) obtained by transmission, the second bottom reflective layer being an optically-resonant layer reflecting the second beam (B 2) to generate a signal beam (B S) so that the signal beam (B S) overlaps the reference beam (B R) to create the interference signal; characterized in that it further comprises a controlled phase modulation means configured to induce a phase modulation in the interference signal by modifying the phase difference between the signal beam (Bs) and the reference beam (B R).
Wear-resistant coating for piston rings, comprising: 15-25% by weight Fe, 10-20% by weight W, 20 -30% by weight Cr, 15 -25% by weight Ni, 1-5% by weight Mo, 0.1-0.5% by weight P, 0.01-0.1% by weight B, 0.1-5% by weight C, 0.1-2% by weight Si. 15-25% by weight Fe, 10-20% by weight W, 20 -30% by weight Cr, 15 -25% by weight Ni, 1-5% by weight Mo, 0.1-0.5% by weight P, 0.01-0.1% by weight B, 0.1-5% by weight C, 0.1-2% by weight Si.
A reflection-type diffraction grating that has a grating, the cross section of which is an asymmetrical triangular shape, wherein given that θ denotes a blaze angle which is an angle between a short side and a base of the triangular shape, and φ denotes a vertex angle which is an angle between the short side and a long side of the triangular shape, and α denotes an angle between incident light and a normal of the base, the angles θ and φ, in degrees, satisfy the following formulas: φ + θ ≤ 90 degrees + α, and 0.1127291 φ− φ d 2 − 19.67453 φ− φ d + 938.74 degrees + θ d ≤ θ ≤ 0.36631 φ− φ d + 48.84 degrees + θ d where φ d = 0.845σ and θ d = 1.065σ, and wherein σ, with σ = α - 79.25 degrees, denotes an amount of change of the angle α of the incident light relative to an angle of 79.25 degrees.
A lactic acid bacterium comprising two chromosomally integrated exogenous nucleic acids, wherein the first exogenous nucleic acid encodes a human interleukin-10 (hIL-10), wherein the second exogenous nucleic acid encodes a human proinsulin (hPINS), (i) wherein the LAB: (a) constitutively expresses and secretes said hIL-10 and said hPINS; (b) lacks trehalose-6-phosphate phosphorylase ( trePP) activity due to disruption or inactivation of the gene; (c) lacks cellobiose-specific PTS system IIC component ( ptcC) activity due disruption or inactivation of the gene; and (d) expresses an exogenous trehalose-6-phosphate phosphatase; (ii) wherein said first exogenous nucleic acid has at least one feature selected from: (a) comprising a nucleotide sequence at least 95% identical to SEQ ID NO: 2; (b) is transcriptionally regulated by an hIIA promoter ( PhIIA); and (c) is chromosomally integrated at the thyA locus of said LAB, and (iii) wherein the hIL-10 comprises a proline (Pro) to alanine (Ala) substitution at position 2 of a mature hIL-10. (i) wherein the LAB: (a) constitutively expresses and secretes said hIL-10 and said hPINS; (b) lacks trehalose-6-phosphate phosphorylase ( trePP) activity due to disruption or inactivation of the gene; (c) lacks cellobiose-specific PTS system IIC component ( ptcC) activity due disruption or inactivation of the gene; and (d) expresses an exogenous trehalose-6-phosphate phosphatase; (a) constitutively expresses and secretes said hIL-10 and said hPINS; (b) lacks trehalose-6-phosphate phosphorylase ( trePP) activity due to disruption or inactivation of the gene; (c) lacks cellobiose-specific PTS system IIC component ( ptcC) activity due disruption or inactivation of the gene; and (d) expresses an exogenous trehalose-6-phosphate phosphatase; (ii) wherein said first exogenous nucleic acid has at least one feature selected from: (a) comprising a nucleotide sequence at least 95% identical to SEQ ID NO: 2; (b) is transcriptionally regulated by an hIIA promoter ( PhIIA); and (c) is chromosomally integrated at the thyA locus of said LAB, and (a) comprising a nucleotide sequence at least 95% identical to SEQ ID NO: 2; (b) is transcriptionally regulated by an hIIA promoter ( PhIIA); and (c) is chromosomally integrated at the thyA locus of said LAB, and (iii) wherein the hIL-10 comprises a proline (Pro) to alanine (Ala) substitution at position 2 of a mature hIL-10.
Method of fabricating a mixed microtechnology structure, according to which: a) a temporary substrate comprising a sacrificial layer is produced, then b) on the sacrificial layer, a mixed layer (15, 15', 15") comprising at least first patterns made of a first material (1A, 1B, 1C) and second patterns made of a second material different from the first material is formed, these first and second patterns being adjacent to the sacrificial layer, then c) this sacrificial layer is removed so as to expose a mixed surface of said mixed layer, said mixed surface comprising portions of the first patterns and portions of the second patterns, then d) a continuous covering layer (9B, 9B', 9B") made of a third material is produced on this mixed surface by direct bonding. a) a temporary substrate comprising a sacrificial layer is produced, then b) on the sacrificial layer, a mixed layer (15, 15', 15") comprising at least first patterns made of a first material (1A, 1B, 1C) and second patterns made of a second material different from the first material is formed, these first and second patterns being adjacent to the sacrificial layer, then c) this sacrificial layer is removed so as to expose a mixed surface of said mixed layer, said mixed surface comprising portions of the first patterns and portions of the second patterns, then d) a continuous covering layer (9B, 9B', 9B") made of a third material is produced on this mixed surface by direct bonding.
A mobile comprising means for controlling (900, 100, 1100, 1200) transmission power of said mobile when the mobile establishes a multiple carriers connection with a base station, characterized in that the means comprise: means for adjusting (920, 1020, 1125, 1225) a power of at least one secondary reverse link carrier with respect to a primary reverse link carrier. means for adjusting (920, 1020, 1125, 1225) a power of at least one secondary reverse link carrier with respect to a primary reverse link carrier.
A computer readable medium comprising instructions which, when executed, cause at least one parent device processor to at least: determine a processing resource of a child device operably coupled to the at least one parent device processor; derive simplified authentication data from sensor data from the child device, the simplified authentication data able to be processed by the processing resource of the child device to authenticate a user of the child device without analysis of the sensor data by the at least one parent device processor; store the simplified authentication data in an authentication profile for the child device; and transmit the simplified authentication data to the child device, wherein the simplified authentication data is to allow the child device to authenticate the user without the at least one parent device processor, wherein the simplified authentication data stored in the authentication profile for the child device is to be updated by the at least one parent device processor based on a change in the sensor data, the updated simplified authentication data to be provided to the child device to authenticate the user. determine a processing resource of a child device operably coupled to the at least one parent device processor; derive simplified authentication data from sensor data from the child device, the simplified authentication data able to be processed by the processing resource of the child device to authenticate a user of the child device without analysis of the sensor data by the at least one parent device processor; store the simplified authentication data in an authentication profile for the child device; and transmit the simplified authentication data to the child device, wherein the simplified authentication data is to allow the child device to authenticate the user without the at least one parent device processor, wherein the simplified authentication data stored in the authentication profile for the child device is to be updated by the at least one parent device processor based on a change in the sensor data, the updated simplified authentication data to be provided to the child device to authenticate the user.