mhurhangee/ep-ind-claims huggingface dataset:
A process for in-situ oxygen production and sour gas combustion using chemical looping combustion while producing a product stream comprising the steps of: reducing a bed of metal oxide oxygen carrier that is disposed on a perforated substrate in a lower portion of fuel reactor to provide gas-phase oxygen which flows to a riser that is in fluid communication with the fuel reactor; delivering sour gas into the riser at a location that is downstream of the metal oxide oxygen carrier such that the sour gas is free of direct contact with the metal oxide oxygen carrier; combusting the sour gas under oxy-combustion conditions within the riser to produce the product stream which includes SO 2; removing the SO 2 from the product stream; oxidizing the reduced metal oxides with air in an air reactor to produce the metal oxide oxygen carrier; and delivering the oxidized metal oxide oxygen carriers back to the fuel reactor. reducing a bed of metal oxide oxygen carrier that is disposed on a perforated substrate in a lower portion of fuel reactor to provide gas-phase oxygen which flows to a riser that is in fluid communication with the fuel reactor; delivering sour gas into the riser at a location that is downstream of the metal oxide oxygen carrier such that the sour gas is free of direct contact with the metal oxide oxygen carrier; combusting the sour gas under oxy-combustion conditions within the riser to produce the product stream which includes SO 2; removing the SO 2 from the product stream; oxidizing the reduced metal oxides with air in an air reactor to produce the metal oxide oxygen carrier; and delivering the oxidized metal oxide oxygen carriers back to the fuel reactor.
A monophase amorphous hydraulic binder containing silicon, calcium and oxygen atoms in an arrangement comprising silicate building units having an average connectedness of at least Q 1, with none or a part of the calcium atoms being substituted for by an atom M x+ sixfold or more highly coordinated with oxygen, which is chosen from Na, K, Li, Mg, Sr, Ba, Mn, Fe[+II] or Al[+III] atoms, and/or none or at most 45 atom% of the silicon atoms being substituted for by an atom M y+ tetrahedrally coordinated with oxygen, which is chosen from Al, Ge, B, P, Fe, Be or Ti atoms, the molar ratio of [CaO + (x/2)·(M x+ O x/2)]: [SiO 2 + M y+ O y/2] having a value of 0.2 to 1.5 and the binder containing less than 3.5% by weight of water.
High-pressure pump for a fuel injection device of an internal combustion engine, which high-pressure pump has at least one pump piston which, by the rotation of a drive shaft about an axis of rotation, is driven in a reciprocating movement in a substantially radial direction with respect to an axis of rotation of the drive shaft via at least one cam arranged on the drive shaft and via a tappet assembly arranged on the pump piston, wherein the tappet assembly has a roller with a roller shell surface which is in contact with a running surface of the cam, characterized in that the cam is, on its running surface, provided at least partially with a coating which has an elastomer.
A method comprising: transmitting a wireless signal to a remote device, the remote device to determine information associated with a beamforming matrix in response to the wireless signal based on a hierarchical codebook; and receiving the information associated with the beamforming matrix reported back from the remote device. transmitting a wireless signal to a remote device, the remote device to determine information associated with a beamforming matrix in response to the wireless signal based on a hierarchical codebook; and receiving the information associated with the beamforming matrix reported back from the remote device.
A food-processing device configured to process a food in a line that manufactures the food, the food-processing device comprising: an X-ray inspection device, a processor configured to perform, using the X-ray inspection device, at least a sensitivity adjustment process for adjusting sensitivity for determining acceptability of the food; an imaging device configured to capture an image of an eye of a user of the food-processing device; an authentication part configured to authenticate the user on the basis of the image of the user's eye captured by the imaging device; and a management part configured to make the process performed by the processor executable for the user authenticated by the authentication part, characterized in that the authentication part is configured to authenticate the user on the basis of information of the user's iris included in the image of the user's eye, only when the authentication part authenticates the user, the management part is configured to control the X-ray inspection device so that the authenticated user is able to start the sensitivity adjustment process performed by the processor. an X-ray inspection device, a processor configured to perform, using the X-ray inspection device, at least a sensitivity adjustment process for adjusting sensitivity for determining acceptability of the food; an imaging device configured to capture an image of an eye of a user of the food-processing device; an authentication part configured to authenticate the user on the basis of the image of the user's eye captured by the imaging device; and a management part configured to make the process performed by the processor executable for the user authenticated by the authentication part, characterized in that the authentication part is configured to authenticate the user on the basis of information of the user's iris included in the image of the user's eye, only when the authentication part authenticates the user, the management part is configured to control the X-ray inspection device so that the authenticated user is able to start the sensitivity adjustment process performed by the processor.
A method for manufacturing a helmet with hidden light source, comprising: providing a transparent base film and a screen printing plate, wherein the base film comprises a first portion and a second portion, and the screen printing plate covers and corresponds to the first portion, and the screen printing plate has a plurality of meshes; printing a lightproof ink layer on the second portion and the screen printing plate; removing the screen printing plate; characterized by coating a light transmitting ink layer on the lightproof ink layer; attaching at least one light source on the light transmitting ink layer corresponding to the first portion; and forming a helmet base to cover the at least one light source. providing a transparent base film and a screen printing plate, wherein the base film comprises a first portion and a second portion, and the screen printing plate covers and corresponds to the first portion, and the screen printing plate has a plurality of meshes; printing a lightproof ink layer on the second portion and the screen printing plate; removing the screen printing plate; characterized by coating a light transmitting ink layer on the lightproof ink layer; attaching at least one light source on the light transmitting ink layer corresponding to the first portion; and forming a helmet base to cover the at least one light source.
Vehicle roof having a roof opening which is disposed within a fixed external roof skin of a vehicle and a cover for selectively closing and at least partially opening the roof opening, wherein for at least partially opening the roof opening the cover, from a closing position, is both tiltable at its rear edge as well as displaceable in a rearward manner in relation to the travel direction, wherein the cover in the region of its front edge has at least one locking cam (12a, 12b) which in a closing position of the cover engages below a support element which is rigid in a perpendicular direction in relation to the external roof skin, and the cover at its rear edge is configured such that in the closing position engagement below the adjacent regions of the roof opening ceases, wherein the cover at its rear edge is tiltable in an upward manner, characterized in that the support element is configured by a front edge of the roof opening, wherein the front edge is configured by a periphery in the external skin, and the cover has a transparent panel wherein the panel has a foamed periphery and the locking cam (12a, 12b) is moulded onto the foamed periphery.
An integrated circuit apparatus, comprising: a host processor; a universal asynchronous receiver/transmitter UART coupled for communication with the host processor and configured for serial half-duplex communication with a transceiver that is external to the apparatus; and logic that is separate from the host processor, coupled to the UART to monitor transmitted frames, and responsive to operation of the UART for signaling to the transceiver respective indications of when to assume a transmit mode and when to assume a receive mode based on the monitored transmitted frames; wherein the logic is configured to detect commencement and completion of a transmission from the UART to the transceiver; wherein the logic is responsive to detection of the commencement and detection of the completion for signaling the transceiver to assume the transmit mode and the receive mode, respectively; characterised in that the logic is configured to implement a delay between the detection of completion and the signaling the transceiver to assume the receive mode. a host processor; a universal asynchronous receiver/transmitter UART coupled for communication with the host processor and configured for serial half-duplex communication with a transceiver that is external to the apparatus; and logic that is separate from the host processor, coupled to the UART to monitor transmitted frames, and responsive to operation of the UART for signaling to the transceiver respective indications of when to assume a transmit mode and when to assume a receive mode based on the monitored transmitted frames; wherein the logic is configured to detect commencement and completion of a transmission from the UART to the transceiver; wherein the logic is responsive to detection of the commencement and detection of the completion for signaling the transceiver to assume the transmit mode and the receive mode, respectively; characterised in that the logic is configured to implement a delay between the detection of completion and the signaling the transceiver to assume the receive mode.
Drive device which is designed to supply several jet engine pumps (4, 5), provided in the superstructure of a mobile crane for superstructure functions, with power generated by a drive motor arranged in the substructure of the mobile crane, wherein the drive device comprises a hydromotor arranged in the superstructure and hydraulically driven by the drive motor, said hydromotor having a first mechanical output which is designed to couple at least one first jet engine pump to the hydromotor, and a second mechanical output which is designed to couple at least one second jet engine pump to the hydromotor.
A wood-plastic coated metal composite profile, comprising a metal core material, a wood-plastic surface layer, and an intermediate layer provided between the metal core material and the wood-plastic surface layer, wherein: the intermediate layer is a composite polymer layer comprising an unsaturated carboxylic acid modified polyolefin resin as a matrix resin, a thermoplastic polyurethane elastomer, an inorganic filler as an additive material and a polyurethane prepolymer, wherein: the composite polymer layer further comprises isocyanate, the intermediate layer comprises a first intermediate layer attached to the metal core material, and a second intermediate layer attached to the wood-plastic surface layer; the first intermediate layer comprises the following components by mass: unsaturated carboxylic acid modified polyolefin resin with 40~60, thermoplastic polyurethane elastomer 20~30, polyurethane prepolymer 5~15, isocyanate 1~5, inorganic filler 5~10; the second intermediate layer comprises: polyolefin resin 30~50, unsaturated carboxylic acid modified polyolefin resin 10~20, polyvinyl butyral resin 20~30, inorganic filler 5-10 and the sum of the thicknesses of the first intermediate layer and second intermediate layer is from 0.5 to 5.0 mm. the composite polymer layer further comprises isocyanate, the intermediate layer comprises a first intermediate layer attached to the metal core material, and a second intermediate layer attached to the wood-plastic surface layer; the first intermediate layer comprises the following components by mass: unsaturated carboxylic acid modified polyolefin resin with 40~60, thermoplastic polyurethane elastomer 20~30, polyurethane prepolymer 5~15, isocyanate 1~5, inorganic filler 5~10; the second intermediate layer comprises: polyolefin resin 30~50, unsaturated carboxylic acid modified polyolefin resin 10~20, polyvinyl butyral resin 20~30, inorganic filler 5-10 and the sum of the thicknesses of the first intermediate layer and second intermediate layer is from 0.5 to 5.0 mm.
A manufacturing method of a microlens array on a light emitting element array comprising the steps of: forming a light emitting element array on a substrate, said light emitting element array including a plurality of light emitting elements; forming a photoresist layer (41 a) on said light emitting elements; forming a plurality of lens pillars on said light emitting elements by performing a photolithographic process on said photoresist layer; laminating a dry film resist on said lens pillars so that gaps are left between said lens pillars and below said dry film resist; and forming a lens portion (42, 42b) by performing heat treatment to cause said dry film resist to be softened so that softened dry film resist fills said gaps, wherein said lens portion (42, 42b) has a plurality of lenses corresponding to said lens pillars, wherein said lens portion (42, 42b) and said lens pillars constitute a microlens array that focuses light emitted by said light emitting elements. forming a light emitting element array on a substrate, said light emitting element array including a plurality of light emitting elements; forming a photoresist layer (41 a) on said light emitting elements; forming a plurality of lens pillars on said light emitting elements by performing a photolithographic process on said photoresist layer; laminating a dry film resist on said lens pillars so that gaps are left between said lens pillars and below said dry film resist; and forming a lens portion (42, 42b) by performing heat treatment to cause said dry film resist to be softened so that softened dry film resist fills said gaps, wherein said lens portion (42, 42b) has a plurality of lenses corresponding to said lens pillars, wherein said lens portion (42, 42b) and said lens pillars constitute a microlens array that focuses light emitted by said light emitting elements.
A method for cross-channel scheduling of high efficiency, HE, multi-user, MU, frame transmission, the method comprising: obtaining channel information and client station information for data transmission; configuring an MU frame containing a data field of a first type and two data fields of a second type to carry scheduling information relating to which channel from one or more channels is to be used for the MU frame transmission, wherein a first data field of the two data fields of the second type covers a first set of channels from the one or more channels, and a second data field of the two data fields of the second type covers a second set of channels from the one or more channels; determining that a current scheduling setting of the two data fields of the second type leads to unbalanced payload between the one or more channels; adjusting the two data fields of the second type by remapping channels from the first data field to the second data field for a balanced channel mapping; adjusting the data field of the first type to reflect the balanced channel mapping by designating a plurality of bits in the data field of the first type to represent a changing pattern from the current scheduling setting; and transmitting, via the one or more channels, data based on the adjusted data field of the first type and the adjusted two data fields of the second type. obtaining channel information and client station information for data transmission; configuring an MU frame containing a data field of a first type and two data fields of a second type to carry scheduling information relating to which channel from one or more channels is to be used for the MU frame transmission, wherein a first data field of the two data fields of the second type covers a first set of channels from the one or more channels, and a second data field of the two data fields of the second type covers a second set of channels from the one or more channels; determining that a current scheduling setting of the two data fields of the second type leads to unbalanced payload between the one or more channels; adjusting the two data fields of the second type by remapping channels from the first data field to the second data field for a balanced channel mapping; adjusting the data field of the first type to reflect the balanced channel mapping by designating a plurality of bits in the data field of the first type to represent a changing pattern from the current scheduling setting; and transmitting, via the one or more channels, data based on the adjusted data field of the first type and the adjusted two data fields of the second type.
A composition for use in stimulating muscle strength in elderly, comprising bovine whey protein, free branched chain amino acid (BCAA) and probiotic bacteria, wherein the composition comprises one or more free BCAAs selected from the group consisting of leucine, isoleucine and valine, wherein 35-70% of leucine should be added as free amino acid, and at least 50 g whey protein per 100 g dry weight of the total composition.
A method of recycling scrap, comprising the steps of - shredding the scrap with a shredder into shredded scrap objects, the scrap being shredded to include objects having maximum pass through dimensions in the range of 50-200 mm, preferably 100 -180 mm, - classifying the shredded scrap objects into fractions of scrap objects having different size ranges with a classifier, at least one size range including objects having maximum pass through dimensions in the range of 50-200 mm, preferably 100-180 mm and - sorting scrap objects from at least one size range that includes objects having maximum pass through dimensions in the range of 50-200 mm, preferably 100 -180 mm, while substantially maintaining interspace between the objects. - shredding the scrap with a shredder into shredded scrap objects, the scrap being shredded to include objects having maximum pass through dimensions in the range of 50-200 mm, preferably 100 -180 mm, - classifying the shredded scrap objects into fractions of scrap objects having different size ranges with a classifier, at least one size range including objects having maximum pass through dimensions in the range of 50-200 mm, preferably 100-180 mm and - sorting scrap objects from at least one size range that includes objects having maximum pass through dimensions in the range of 50-200 mm, preferably 100 -180 mm, while substantially maintaining interspace between the objects.
A liquid blow molding method for liquid blow molding a preform into a container in a blow mold (1, 3), the preform having been formed in a bottomed tubular shape, the liquid blow molding method comprising using a liquid blow molding apparatus comprising a support pin, which includes a head, disposed in the blow mold (1, 3) to support a bottom of the preform by the support pin by contacting the head of the support pin and the bottom of the preform at a time of supplying a liquid into the preform in a molding process and displace the support pin downward in accordance with deformation of the preform caused by liquid blow molding, wherein the head of the support pin is configured to support the bottom of the preform from an outer side of the preform and the support pin includes a shaft that is connected to the head and that is displaceable upward and downward in an axial direction of the preform, and the support pin is configured to define a gap between the head and the bottom of the preform in an ascended position where the preform is placed in the blow mold (1, 3) and where the support pin is displaced upward, characterized by that the gap and a below-neck length that is an axial length from a lower surface of a neck ring to an end of the bottom of the preform satisfy the following formula: 0 < gap C ≤ 0.44 × below-neck length L1 using a liquid blow molding apparatus comprising a support pin, which includes a head, disposed in the blow mold (1, 3) to support a bottom of the preform by the support pin by contacting the head of the support pin and the bottom of the preform at a time of supplying a liquid into the preform in a molding process and displace the support pin downward in accordance with deformation of the preform caused by liquid blow molding, wherein the head of the support pin is configured to support the bottom of the preform from an outer side of the preform and the support pin includes a shaft that is connected to the head and that is displaceable upward and downward in an axial direction of the preform, and the support pin is configured to define a gap between the head and the bottom of the preform in an ascended position where the preform is placed in the blow mold (1, 3) and where the support pin is displaced upward,
System for controlling usability of an electronic device, - which device comprises a processing unit, the system comprising a first control module, - adapted to be connected to the processing unit, said first control module comprising a modem for communicating with a wireless communication network, and an access circuit connected to the modem for access to said wireless communication network, which access circuit comprises a first secure element; a second control module comprising a second secure element, configured to communicate with the first secure element over a communication link; wherein said access circuit is configured to set a usability state dependent on communication between the first secure element and the second secure element, and to control the device in accordance with said usability state, wherein the first control module is configured to authenticate the second control module, and to enter an alert state either if the second module is not connected or not authenticated, wherein operation of the processing unit is inhibited in said alert state so as to partially or fully disable the electronic device. - which device comprises a processing unit, the system comprising a first control module, - adapted to be connected to the processing unit, said first control module comprising a modem for communicating with a wireless communication network, and an access circuit connected to the modem for access to said wireless communication network, which access circuit comprises a first secure element; a second control module comprising a second secure element, configured to communicate with the first secure element over a communication link;