mhurhangee/ep-ind-claims huggingface dataset:
A method for communication, the method comprising: in an optoelectronic receiver comprising a Polarization Splitting Grating Coupler, PSGC, coupled to a first splitter and a second splitter wherein the first splitter and the second splitter are coupled to a first photodiode that is coupled to a first transimpedance amplifier, wherein said first splitter and said second splitter are also coupled to a second photodiode that is coupled to a second TIA, and wherein outputs of the first and second TIAs are coupled together: receiving a modulated optical signal utilizing the PSGC to produce first and second PSGC output signals; splitting each of the first and second PSGC output signals into two optical signals using the first splitter and the second splitter; generating first and second electrical signals from each of the two optical signals utilizing the first and second photodiodes (405A, 405B); communicating the first and second electrical signals to the first and second TIAs (420, 410); amplifying the first and second electrical signals utilizing the first and second TIAs, wherein each TIA is configured to amplify signals in a different frequency range; and generating an output electrical signal at the coupled outputs of the first and second TIAs. receiving a modulated optical signal utilizing the PSGC to produce first and second PSGC output signals; splitting each of the first and second PSGC output signals into two optical signals using the first splitter and the second splitter; generating first and second electrical signals from each of the two optical signals utilizing the first and second photodiodes (405A, 405B); communicating the first and second electrical signals to the first and second TIAs (420, 410); amplifying the first and second electrical signals utilizing the first and second TIAs, wherein each TIA is configured to amplify signals in a different frequency range; and generating an output electrical signal at the coupled outputs of the first and second TIAs.
An electrode material formed by particles comprising a core and a coating which covers at least partly the surface of said core, said particles being characterized in that: - said core is composed of at least 90% by weight of a metal oxide selected from the group formed by LiMn 2 O 4, V 2 O 5, LiMn (2-x) V x O 4 0≤x≤1, V 6 O 13, and LiV 3 O 8; - the coating of the core is based on a polymer, the electrochemical stability of which is greater than or equal to 3.7 Volts, said polymer being a non-electron-conducting polymer selected from polymers with 3 branches or 4 branches; and - the coating has an average thickness comprised between 500 nanometers and 2 micrometers and the covered core is of an average size d 50 between 500 nanometers and 40 micrometers. - said core is composed of at least 90% by weight of a metal oxide selected from the group formed by LiMn 2 O 4, V 2 O 5, LiMn (2-x) V x O 4 0≤x≤1, V 6 O 13, and LiV 3 O 8; - the coating of the core is based on a polymer, the electrochemical stability of which is greater than or equal to 3.7 Volts, said polymer being a non-electron-conducting polymer selected from polymers with 3 branches or 4 branches; and - the coating has an average thickness comprised between 500 nanometers and 2 micrometers and the covered core is of an average size d 50 between 500 nanometers and 40 micrometers.
A shampoo composition comprising: a) from 5 % to 50 % of one or more detersive surfactants, by weight of said shampoo composition; b) a dispersed solid crystalline gel network phase comprising: i) a first component comprising at least 0.05 % of one or more fatty acids by weight of said shampoo composition; ii) a second component comprising at least 0.01 % of one or more secondary surfactants, by weight of said shampoo composition; iii) water; and c) at least 20 % of an aqueous carrier, by weight of said shampoo composition; wherein said first component is combined with said second component in the ratio of from 1:1 to 40:1, to form said solid crystalline gel network phase; wherein the one or more detersive surfactants comprise a detersive surfactant selected from anionic detersive surfactants, zwitterionic detersive surfactants and amphoteric detersive surfactants; wherein the one or more secondary surfactants comprise a cationic surfactant; and wherein the first component comprises a plurality of fatty acids selected from behenic acid, stearic acid, erucic acid, hydroxystearic acid, linoleic acid and oleic acid. a) from 5 % to 50 % of one or more detersive surfactants, by weight of said shampoo composition; b) a dispersed solid crystalline gel network phase comprising: i) a first component comprising at least 0.05 % of one or more fatty acids by weight of said shampoo composition; ii) a second component comprising at least 0.01 % of one or more secondary surfactants, by weight of said shampoo composition; iii) water; and i) a first component comprising at least 0.05 % of one or more fatty acids by weight of said shampoo composition; ii) a second component comprising at least 0.01 % of one or more secondary surfactants, by weight of said shampoo composition; iii) water; and c) at least 20 % of an aqueous carrier, by weight of said shampoo composition; wherein the one or more detersive surfactants comprise a detersive surfactant selected from anionic detersive surfactants, zwitterionic detersive surfactants and amphoteric detersive surfactants; wherein the one or more secondary surfactants comprise a cationic surfactant; and wherein the first component comprises a plurality of fatty acids selected from behenic acid, stearic acid, erucic acid, hydroxystearic acid, linoleic acid and oleic acid.
A system for determining an impact of an active substance on an infant, comprising - a parameter providing unit for providing age and weight of the infant, - an intake estimation unit for estimating the amount of intake of the active substance by a breastfeeding caregiver of the infant, - a substance level determination unit for determining a level of the active substance in breast milk at the time of breastfeeding and/or milk extraction of the breastfeeding caregiver based on a history of the estimated intake of the active substance, - an impact determination unit for determining an impact of the active substance on the infant based on i) the determined level of the active substance in the breast milk at the time of breastfeeding and/or milk extraction, and ii) the age and weight of the infant, and - an interface unit for interacting with a user and/or with a further device delivering the active substance, wherein the interface unit is configured to, based on the determined impact of the active substance on the infant, at least one of i) provide an appropriate moment to breastfeed and/or initiate milk extraction, ii) provide an indication to limit intake of the active substance, and iii) initiate a change in operation of the further device. - a parameter providing unit for providing age and weight of the infant, - an intake estimation unit for estimating the amount of intake of the active substance by a breastfeeding caregiver of the infant, - a substance level determination unit for determining a level of the active substance in breast milk at the time of breastfeeding and/or milk extraction of the breastfeeding caregiver based on a history of the estimated intake of the active substance, - an impact determination unit for determining an impact of the active substance on the infant based on i) the determined level of the active substance in the breast milk at the time of breastfeeding and/or milk extraction, and ii) the age and weight of the infant, and - an interface unit for interacting with a user and/or with a further device delivering the active substance, wherein the interface unit is configured to, based on the determined impact of the active substance on the infant, at least one of i) provide an appropriate moment to breastfeed and/or initiate milk extraction, ii) provide an indication to limit intake of the active substance, and iii) initiate a change in operation of the further device. i) provide an appropriate moment to breastfeed and/or initiate milk extraction, ii) provide an indication to limit intake of the active substance, and iii) initiate a change in operation of the further device.
A wearable computing device, comprising (i) a battery and (ii) a battery compartment (16 C), wherein the battery compartment includes: a metal structure having a base and side walls with dovetailed edges and extending from the base to form a structural housing sized to hold the battery, the base including an access port providing connection access to the battery; a dovetailed polymer rim whose dovetails interlock with complementary dovetails of the side wall edges; (iii) an injection molded thermoplastic elastomer molecularly bonded to the polymer rim to envelope an exterior surface of the base and side walls; and (iv) a removable cover for securing to the structural housing and cooperating with the polymer rim and the thermoplastic elastomer to resist fluid ingress into the structural housing. (i) a battery and (ii) a battery compartment (16 C), wherein the battery compartment includes: a metal structure having a base and side walls with dovetailed edges and extending from the base to form a structural housing sized to hold the battery, the base including an access port providing connection access to the battery; a dovetailed polymer rim whose dovetails interlock with complementary dovetails of the side wall edges; a metal structure having a base and side walls with dovetailed edges and extending from the base to form a structural housing sized to hold the battery, the base including an access port providing connection access to the battery; a dovetailed polymer rim whose dovetails interlock with complementary dovetails of the side wall edges; (iii) an injection molded thermoplastic elastomer molecularly bonded to the polymer rim to envelope an exterior surface of the base and side walls; and (iv) a removable cover for securing to the structural housing and cooperating with the polymer rim and the thermoplastic elastomer to resist fluid ingress into the structural housing.
A packaging apparatus, comprising: a transportation device configured to transport a product enclosed in a packaging film; a top sealing device arranged downstream of the transportation device, and configured to seal the packaging film in a direction intersecting with a advancing direction; and a gas supplying device configured to supply gas into an inner space formed in the packaging film which is transported by the transportation device, the gas supplying device having a gas nozzle disposed in an upper side of the inner space, the gas nozzle having a front end portion which corresponds to a free end and is located in the inner space, and a fixed rear end portion, characterised in that, the apparatus further comprises an upper holding belt device disposed over the transportation device; wherein the upper holding belt device has a magnetic force-generating member and wherein the gas nozzle is provided with a magnetic site, and wherein the gas nozzle is drawn by exerting a magnetic force generated by the magnetic force-generating member on the magnetic site. a transportation device configured to transport a product enclosed in a packaging film; a top sealing device arranged downstream of the transportation device, and configured to seal the packaging film in a direction intersecting with a advancing direction; and a gas supplying device configured to supply gas into an inner space formed in the packaging film which is transported by the transportation device, the gas supplying device having a gas nozzle disposed in an upper side of the inner space, the gas nozzle having a front end portion which corresponds to a free end and is located in the inner space, and a fixed rear end portion, characterised in that, the apparatus further comprises an upper holding belt device disposed over the transportation device; wherein the upper holding belt device has a magnetic force-generating member and wherein the gas nozzle is provided with a magnetic site, and wherein the gas nozzle is drawn by exerting a magnetic force generated by the magnetic force-generating member on the magnetic site.
A heat treatment apparatus comprising: a tubular heater; a pair of troughs (30, 40) each constituted by a graphite pipe and connected to a corresponding end of the heater; and a pair of electrodes (31, 41) each provided on the corresponding trough (30, 40), wherein the heater includes: a first graphite pipe; a second graphite pipe having one end side in contact with one end side of the first graphite pipe and having an electrical resistance higher than that of the first graphite pipe; and a third graphite pipe having one end side in contact with another end side of the second graphite pipe and having an electrical resistance lower than that of the second graphite pipe, wherein the heat treatment apparatus is configured to form a temperature distribution in the heat treatment apparatus that is upward-convex. a tubular heater; a pair of troughs (30, 40) each constituted by a graphite pipe and connected to a corresponding end of the heater; and a pair of electrodes (31, 41) each provided on the corresponding trough (30, 40), wherein the heater includes: a first graphite pipe; a second graphite pipe having one end side in contact with one end side of the first graphite pipe and having an electrical resistance higher than that of the first graphite pipe; and a third graphite pipe having one end side in contact with another end side of the second graphite pipe and having an electrical resistance lower than that of the second graphite pipe, wherein the heat treatment apparatus is configured to form a temperature distribution in the heat treatment apparatus that is upward-convex. a first graphite pipe; a second graphite pipe having one end side in contact with one end side of the first graphite pipe and having an electrical resistance higher than that of the first graphite pipe; and a third graphite pipe having one end side in contact with another end side of the second graphite pipe and having an electrical resistance lower than that of the second graphite pipe, wherein the heat treatment apparatus is configured to form a temperature distribution in the heat treatment apparatus that is upward-convex.
A transcatheter temporary valve prosthesis for blood vessel comprising an expandable support structure, a valve, a filter and a conveyor; said support structure forming a tubular shape when expanded, with a distal and a proximal end; said valve being located at said distal end and said conveyor extending within said support structure and comprising a funnel portion that is located on said proximal end and a tubular part that is located on said distal end; said tubular part being adapted to act as an introducer for other devices.
1. A hydraulic circuit for a construction equipment, including a boom cylinder for controlling up and down operation of a boom, the hydraulic circuit comprising a valve unit which has: a first control valve configured to control a large chamber of the boom cylinder to selectively communicate with a small chamber of the boom cylinder; a second control valve configured to control the large chamber to selectively communicate with an oil tank a third control valve configured to control the large chamber to selectively communicate with an accumulator; a fourth control valve configured to control a part of hydraulic oil flowing to the accumulator to selectively flow to an assist motor, characterised by a first oil line configured to connect the large chamber with the first control valve, a second oil line configured to connect the first control valve with the small chamber of the boom cylinder a main control valve interposed between the first oil line and the second oil line a main pump for supplying hydraulic oil to the main control valve, a float valve disposed between the first oil line and the second oil line to be connected with the first oil line and the second oil line in parallel. a first control valve configured to control a large chamber of the boom cylinder to selectively communicate with a small chamber of the boom cylinder; a second control valve configured to control the large chamber to selectively communicate with an oil tank a third control valve configured to control the large chamber to selectively communicate with an accumulator; a fourth control valve configured to control a part of hydraulic oil flowing to the accumulator to selectively flow to an assist motor, characterised by a first oil line configured to connect the large chamber with the first control valve, a second oil line configured to connect the first control valve with the small chamber of the boom cylinder a main control valve interposed between the first oil line and the second oil line a main pump for supplying hydraulic oil to the main control valve, a float valve disposed between the first oil line and the second oil line to be connected with the first oil line and the second oil line in parallel.
Diffuser for a radial compressor, which diffuser has a substantially annular hollow chamber which is delimited at least by one first radial side surface (21, 23), characterized in that the at least one first radial side surface (21, 23) has at least one substantially annularly encircling, empty circumferential groove which forms an acoustic resonator, wherein a dimensioning of the at least one substantially annularly encircling, empty circumferential groove defines a natural frequency and/or or an eigenform of the substantially annularly encircling, empty circumferential groove, and the natural frequency and/or the eigenform of the at least one substantially annularly encircling, empty circumferential groove is tuned to a frequency to be reflected and/or to a sound wave to be reflected.
Automotive vehicle component comprising: • a polymer-based body having a surface; • an opacification coating covering at least one portion of the surface; and characterized in that the coating: • is formed of at least one iron-based thin film comprising at least one compound from among an iron oxide and an iron nitride; and • has a thickness of greater than or equal to 100 nm over at least 50% of the at least one portion of the surface; • exhibits an incident light radiation absorption of greater than 70% of the incident light radiation. • a polymer-based body having a surface; • an opacification coating covering at least one portion of the surface; and • is formed of at least one iron-based thin film comprising at least one compound from among an iron oxide and an iron nitride; and • has a thickness of greater than or equal to 100 nm over at least 50% of the at least one portion of the surface; • exhibits an incident light radiation absorption of greater than 70% of the incident light radiation.
A semiconductor device comprising: a memory cell; a first bit line (BL;BLB) and a second bit line (BL;BLB) each connected to the memory cell; a first gate and a second gate disposed in parallel to each other; a first circuit controlling the memory cell provided with a first diffusion area formed outside of the first gate, a second diffusion area formed between the first gate and the second gate and a third diffusion area formed outside of the second gate; and a second circuit controlling the memory cell provided with a fourth diffusion area formed outside of the first gate, a fifth diffusion area formed between the first gate and the second gate and a sixth diffusion area formed outside of the second gate; wherein the first diffusion area is connected with the sixth diffusion area via the first bit line (BL;BLB), the third diffusion area is connected with the fourth diffusion area via the second bit line (BL;BLB), and the second diffusion area is connected with the fifth diffusion area via a power supply, wherein the first to sixth diffusion areas are p-type. a memory cell; a first bit line (BL;BLB) and a second bit line (BL;BLB) each connected to the memory cell; a first gate and a second gate disposed in parallel to each other; a first circuit controlling the memory cell provided with a first diffusion area formed outside of the first gate, a second diffusion area formed between the first gate and the second gate and a third diffusion area formed outside of the second gate; and a second circuit controlling the memory cell provided with a fourth diffusion area formed outside of the first gate, a fifth diffusion area formed between the first gate and the second gate and a sixth diffusion area formed outside of the second gate; wherein the first diffusion area is connected with the sixth diffusion area via the first bit line (BL;BLB), the third diffusion area is connected with the fourth diffusion area via the second bit line (BL;BLB), and the second diffusion area is connected with the fifth diffusion area via a power supply, wherein the first to sixth diffusion areas are p-type.
A film forming apparatus for forming a film on a substrate, comprising: a spray nozzle from which a solution in droplet form is to be sprayed; a first chamber capable of housing said solution in droplet form that is to be sprayed from said spray nozzle; a first gas supply port from which gas is to be injected and caused to collide with said solution housed in said first chamber; a second chamber provided adjacent to said first chamber; a through hole that is formed in a wall surface between said first chamber and said second chamber and through which said solution that has collided with said gas injected from said first gas supply port and been transformed into a mist is led from said first chamber into said second chamber; and a mist outlet that is formed in said second chamber to face said substrate provided outside said second chamber and from which said solution in mist form is misted onto said substrate, a third gas supply port that is formed facing said substrate and adjacent to a side of said mist outlet and from which gas is to be injected, further comprising: a second gas supply port from which gas is to be injected to lead said solution in mist form that is housed in said second chamber to said mist outlet, further comprising: an exhaust port that is formed facing said substrate and through which a fluid is to be exhausted, the third gas supply port being formed adjacent to another side of the mist outlet. a spray nozzle from which a solution in droplet form is to be sprayed; a first chamber capable of housing said solution in droplet form that is to be sprayed from said spray nozzle; a first gas supply port from which gas is to be injected and caused to collide with said solution housed in said first chamber; a second chamber provided adjacent to said first chamber; a through hole that is formed in a wall surface between said first chamber and said second chamber and through which said solution that has collided with said gas injected from said first gas supply port and been transformed into a mist is led from said first chamber into said second chamber; and a mist outlet that is formed in said second chamber to face said substrate provided outside said second chamber and from which said solution in mist form is misted onto said substrate, a third gas supply port that is formed facing said substrate and adjacent to a side of said mist outlet and from which gas is to be injected,