mhurhangee/ep-ind-claims huggingface dataset:
An ellipsometer comprising: - a light source adapted to generate a source light beam; - a polarizer adapted to receive the source light beam and to form a polarized incident light beam; - an illumination optical system (2, 4) adapted to direct the polarized incident light beam towards a sample following an incident optical axis in a plane of incidence; - an optical wavefront-division beam splitter arranged so as to receive a secondary light beam formed by reflection or transmission of the polarized incident light beam on the sample at a determined angle of incidence, the secondary light beam propagating along a secondary optical axis in the plane of incidence, the optical wavefront-division beam splitter being directed so as to form three collimated split beams (13, 14, 15) propagating along three distinct optical axes (16, 17, 18) angularly separated in a plane transverse to the plane of incidence; and - an optical polarization-changing device adapted to receive the three collimated split beams (13, 14, 15) and to form three beams polarized according to three distinct states of polarization; - an optical polarization-splitter device arranged and directed so as to receive the three beams polarized according to three distinct states of polarization and to form six separated beams (131, 132, 133, 134, 135, 136) propagating along six optical axes angularly separated in the plane transverse to the plane of incidence; - a detection system adapted to detect the six separated beams (131, 132, 133, 134, 135, 136) and a processing system adapted to deduce therefrom an ellipsometry measurement. - a light source adapted to generate a source light beam; - a polarizer adapted to receive the source light beam and to form a polarized incident light beam; - an illumination optical system (2, 4) adapted to direct the polarized incident light beam towards a sample following an incident optical axis in a plane of incidence; - an optical wavefront-division beam splitter arranged so as to receive a secondary light beam formed by reflection or transmission of the polarized incident light beam on the sample at a determined angle of incidence, the secondary light beam propagating along a secondary optical axis in the plane of incidence, the optical wavefront-division beam splitter being directed so as to form three collimated split beams (13, 14, 15) propagating along three distinct optical axes (16, 17, 18) angularly separated in a plane transverse to the plane of incidence; and - an optical polarization-changing device adapted to receive the three collimated split beams (13, 14, 15) and to form three beams polarized according to three distinct states of polarization; - an optical polarization-splitter device arranged and directed so as to receive the three beams polarized according to three distinct states of polarization and to form six separated beams (131, 132, 133, 134, 135, 136) propagating along six optical axes angularly separated in the plane transverse to the plane of incidence; - a detection system adapted to detect the six separated beams (131, 132, 133, 134, 135, 136) and a processing system adapted to deduce therefrom an ellipsometry measurement.
An isolated transcriptional regulatory element for increasing the protein expression level of a protein expression system in Chinese Hamster Ovary cells comprising a nucleotide sequence selected from the group consisting of (i) to (ii): (i) a sequence as shown in SEQ ID NO: 4; (ii) a reverse complementary sequence of the sequence as shown in SEQ ID NO: 4. (i) a sequence as shown in SEQ ID NO: 4; (ii) a reverse complementary sequence of the sequence as shown in SEQ ID NO: 4.
A consumable part for use in an aerosol provision system, wherein the consumable part comprises: a first reservoir for containing aerosolisable material; a second reservoir for containing flavouring material; and an aerosolisable material transport element for receiving the aerosolisable material from the first reservoir, wherein the aerosolisable material transport element at least partly separates the first reservoir from the second reservoir, and wherein the aerosolisable material transport element is configured to deliver vaporised aerosolisable material into the second reservoir. a first reservoir for containing aerosolisable material; a second reservoir for containing flavouring material; and an aerosolisable material transport element for receiving the aerosolisable material from the first reservoir, wherein the aerosolisable material transport element at least partly separates the first reservoir from the second reservoir, and wherein the aerosolisable material transport element is configured to deliver vaporised aerosolisable material into the second reservoir.
A spot welded joint of a high-strength steel plate, comprising: two or more thin steel plates (1A, 1B, 1C) which are spot welded to each other; and a nugget formed in a joint surface of the thin steel plates, wherein at least one of the two or more thin steel plates is a high-strength steel plate whose tensile strength is 750 MPa to 1850 MPa and whose carbon equivalent Ceq represented by formula below is 0.22 mass% to 0.55 mass%, characterized in that in a nugget outer layer zone being a zone except a similar figure zone which is 90% as large as an outer shape of the nugget in the nugget, a microstructure consists of a dendrite structure in which an average value of arm intervals is equal to or less than 12 μm, an average grain diameter of carbides contained in the microstructure is 5 nm to 100 nm, and a number density of the carbides is equal to or more than 2 × 10 6 /mm 2 Ceq = C + Si / 30 + Mn / 20 + 2 P + 4 S (, [Si], [Mn],, and each represent respective contents (mass%) of C, Si, Mn, P and S). two or more thin steel plates (1A, 1B, 1C) which are spot welded to each other; and a nugget formed in a joint surface of the thin steel plates, wherein at least one of the two or more thin steel plates is a high-strength steel plate whose tensile strength is 750 MPa to 1850 MPa and whose carbon equivalent Ceq represented by formula below is 0.22 mass% to 0.55 mass%, characterized in that in a nugget outer layer zone being a zone except a similar figure zone which is 90% as large as an outer shape of the nugget in the nugget, a microstructure consists of a dendrite structure in which an average value of arm intervals is equal to or less than 12 μm, an average grain diameter of carbides contained in the microstructure is 5 nm to 100 nm, and a number density of the carbides is equal to or more than 2 × 10 6 /mm 2 Ceq = C + Si / 30 + Mn / 20 + 2 P + 4 S (, [Si], [Mn],, and each represent respective contents (mass%) of C, Si, Mn, P and S). a microstructure consists of a dendrite structure in which an average value of arm intervals is equal to or less than 12 μm, an average grain diameter of carbides contained in the microstructure is 5 nm to 100 nm, and a number density of the carbides is equal to or more than 2 × 10 6 /mm 2 Ceq = C + Si / 30 + Mn / 20 + 2 P + 4 S (, [Si], [Mn],, and each represent respective contents (mass%) of C, Si, Mn, P and S).
An adhering troche having two sides that, when held in a human mouth, adheres and remains in the mouth as a single item that does not smear or break apart, made by a process comprising: (a) forming a first layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising an ingredient to be released into saliva; (b) forming a second, adhesive layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising at least 80% acacia gum mixed with up to 20% alkalizer selected to be calcium carbonate and yielding a pH of the mixture of 5.5 or higher when dissolved in 10 parts water; and (c) adhering the layers to each other, side to side, such that a first entire side of the resulting troche is adhesive and a second entire side of the resulting troche is not adhesive. (a) forming a first layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising an ingredient to be released into saliva; (b) forming a second, adhesive layer, roughly disc-shaped and having a roughly flat side at least 5 mm in two dimensions, comprising at least 80% acacia gum mixed with up to 20% alkalizer selected to be calcium carbonate and yielding a pH of the mixture of 5.5 or higher when dissolved in 10 parts water; and (c) adhering the layers to each other, side to side, such that a first entire side of the resulting troche is adhesive and a second entire side of the resulting troche is not adhesive.
Device for serologically differentiating an infection with Yersinia enterocolitica from an infection with Yersinia pseudotuberculosis, characterised in that said device has at least one antigen, selected from the group of antigens consisting of the following group: YopD, YopH, YopM, YopE, V-AG and YopN or a fragment of one of these antigens with at least 20 consecutive amino acids, wherein each peptide fragment has at least one diagnostically relevant epitope, and furthermore comprises the protein MyfA as well as the protein PsaA or fragments of these two proteins with at least 20 consecutive amino acids, wherein each protein fragment has at least one diagnostically relevant epitope and the individual antigens are arranged spatially separate from one another.
Process for the preparation of an oil-in-water emulsion for cosmetic use, comprising the following steps: i) preparation by heating of a solution or suspension of at least one emulsifier in a first aliquot of water; ii) preparation by heating of an oily component comprising oils and optionally waxes; iii) hot mixing of the oily component according to step ii) with the solution or suspension according to step i) obtaining a primary emulsion; iv) mixing of said primary emulsion according to step iii) with a second aliquot of water at low temperature, obtaining said oil-in-water emulsion, wherein steps i) and ii) may optionally be replaced by the following steps: ia) heating a first aliquot of water; iia) preparation by heating of an oily component comprising at least one emulsifier, oils and optionally waxes. i) preparation by heating of a solution or suspension of at least one emulsifier in a first aliquot of water; ii) preparation by heating of an oily component comprising oils and optionally waxes; iii) hot mixing of the oily component according to step ii) with the solution or suspension according to step i) obtaining a primary emulsion; iv) mixing of said primary emulsion according to step iii) with a second aliquot of water at low temperature, obtaining said oil-in-water emulsion, ia) heating a first aliquot of water; iia) preparation by heating of an oily component comprising at least one emulsifier, oils and optionally waxes.
A process for producing water-absorbing polymer particles, comprising polymerization of a monomer solution or suspension comprising a) at least one ethylenically unsaturated monomer which bears acid groups and may be at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, classification and drying of the resulting moist polymer gel, and comminution of the coarse fraction removed in the classification of the moist polymer gel, wherein the classification of the moist polymer gel is performed by means of a plurality of bar decks arranged in a cascade in a vibrating frame. a) at least one ethylenically unsaturated monomer which bears acid groups and may be at least partly neutralized, b) at least one crosslinker, c) at least one initiator, d) optionally one or more ethylenically unsaturated monomers copolymerizable with the monomers mentioned under a) and e) optionally one or more water-soluble polymers, classification and drying of the resulting moist polymer gel, and comminution of the coarse fraction removed in the classification of the moist polymer gel, wherein the classification of the moist polymer gel is performed by means of a plurality of bar decks arranged in a cascade in a vibrating frame.
A method for establishing a mutually authenticated secure link between a mobile platform system and a remote system, said method comprising: generating and digitally signing a static certificate; executing a second portion of an authentication software application "ASA2" to store the static certificate in an electronic storage device "ESD" of at least one central computer system "CCS" located remotely from the mobile platform; issuing the static certificate to at least one onboard computer system "OCS" of the mobile platform; executing a first portion of the authentication software application "ASA1" to automatically generate a dynamic certificate utilizing the OCS and digitally sign the dynamic certificate with the static certificate; transmitting the dynamic certificate to the CCS over a communications link initiated between the OCS and the CCS; verifying, utilizing the CCS, that the dynamic certificate is from a trusted source; sending a return dynamic certificate electronically signed with the static certificate from the CCS to the OCS; and executing the ASA1 to verify, utilizing the OCS, that the return dynamic certificate is from the CCS, thereby establishing a mutually authenticated link between the OCS and the CCS. generating and digitally signing a static certificate; executing a second portion of an authentication software application "ASA2" to store the static certificate in an electronic storage device "ESD" of at least one central computer system "CCS" located remotely from the mobile platform; issuing the static certificate to at least one onboard computer system "OCS" of the mobile platform; executing a first portion of the authentication software application "ASA1" to automatically generate a dynamic certificate utilizing the OCS and digitally sign the dynamic certificate with the static certificate; transmitting the dynamic certificate to the CCS over a communications link initiated between the OCS and the CCS; verifying, utilizing the CCS, that the dynamic certificate is from a trusted source; sending a return dynamic certificate electronically signed with the static certificate from the CCS to the OCS; and executing the ASA1 to verify, utilizing the OCS, that the return dynamic certificate is from the CCS, thereby establishing a mutually authenticated link between the OCS and the CCS.
Storage compartment arrangement for a cabin of a vehicle, having: at least one storage compartment with a housing, a storage compartment opening, a lower compartment formed in the housing, and an upper compartment formed in the housing, wherein the lower compartment and the upper compartment are arranged one directly above the other and are separated from each other by an intermediate base, which is pivotable at least in sections into the upper compartment, wherein, at a lower delimitation of the lower compartment, a lower horizontal pivoting edge is formed, onto which items of luggage (50, 51) can be placed and can be pushed into the lower compartment, wherein, adjacent to a lower delimitation of the upper compartment, with the intermediate base not pivoted, an upper horizontal pivoting edge is formed on the intermediate base, onto which items of luggage (50, 51) can be placed and can be pushed into the upper compartment, and wherein the upper compartment has an upper opening edge which is adjoined by an auxiliary surface which extends over the upper compartment, is at an angle (α) in a range of 10° to 50° with respect to the intermediate base and, as the distance from the upper delimitation increases, encloses an increasing distance from the intermediate base, wherein an auxiliary plane spanned by the auxiliary surface is at a distance in a range of 20 to 45 cm and preferably of 25 to 35 cm from the upper pivoting edge, and wherein the lower compartment and the upper compartment end horizontally flush in the region of the storage compartment opening. at least one storage compartment with a housing, a storage compartment opening, a lower compartment formed in the housing, and an upper compartment formed in the housing, wherein the lower compartment and the upper compartment are arranged one directly above the other and are separated from each other by an intermediate base, which is pivotable at least in sections into the upper compartment, wherein, at a lower delimitation of the lower compartment, a lower horizontal pivoting edge is formed, onto which items of luggage (50, 51) can be placed and can be pushed into the lower compartment, wherein, adjacent to a lower delimitation of the upper compartment, with the intermediate base not pivoted, an upper horizontal pivoting edge is formed on the intermediate base, onto which items of luggage (50, 51) can be placed and can be pushed into the upper compartment, and wherein the upper compartment has an upper opening edge which is adjoined by an auxiliary surface which extends over the upper compartment, is at an angle (α) in a range of 10° to 50° with respect to the intermediate base and, as the distance from the upper delimitation increases, encloses an increasing distance from the intermediate base, wherein an auxiliary plane spanned by the auxiliary surface is at a distance in a range of 20 to 45 cm and preferably of 25 to 35 cm from the upper pivoting edge, and wherein the lower compartment and the upper compartment end horizontally flush in the region of the storage compartment opening.
A fluid ejection device comprising a nozzle group, the nozzle group comprising a plurality of nozzle circuits and a fire controller in electronic communication with the plurality of nozzle circuits and wherein: the fire controller includes a fire data input for receiving fire data, a warm data input for receiving warm data, and a firing signal input for receiving a firing signal having a firing pulse preceded by a warming pulse; the fire controller is operable to conditionally modify the firing signal according to a state of warm data received via the warm data input and a state of fire data received via the fire data input; and the fire controller is operable to forward the conditionally modified firing signal to one of the plurality of nozzle circuits, to pass a current representative of the conditionally modified firing signal through a firing element of the particular nozzle circuit, characterised in that conditionally modifying the firing signal comprises either not modifying the firing signal, blocking the firing pulse and not blocking the warming pulse or blocking the firing pulse and the warming pulse. the fire controller includes a fire data input for receiving fire data, a warm data input for receiving warm data, and a firing signal input for receiving a firing signal having a firing pulse preceded by a warming pulse; the fire controller is operable to conditionally modify the firing signal according to a state of warm data received via the warm data input and a state of fire data received via the fire data input; and the fire controller is operable to forward the conditionally modified firing signal to one of the plurality of nozzle circuits, to pass a current representative of the conditionally modified firing signal through a firing element of the particular nozzle circuit, characterised in that conditionally modifying the firing signal comprises either not modifying the firing signal, blocking the firing pulse and not blocking the warming pulse or blocking the firing pulse and the warming pulse.
A braking mechanism comprising: a rack; a receiving member mounted on the rack; a braking member movably mounted on the receiving member; a base seat slidably mounted on the receiving member; the braking mechanism further characterized by comprising: a resetting member, comprising a resetting part, two ends of the resetting part abutting the base seat and the receiving member; and an elastic member positioned between the base seat and the braking member; wherein the elastic member and the resetting member are positioned at opposite sides of the braking member; wherein the base seat comprises a first guiding portion, the braking member comprises a second guiding portion and an engaging part mounted on the first guiding portion, and the second guiding portion is slidably engaged with the first guiding portion; and wherein the base seat is capable of moving toward the elastic member under an elastic restorative force imposed by the resetting art, and the second guiding portion is capable of moving along the first guiding portion toward the resetting member under an elastic restorative force imposed by the elastic member at the same time, such that the engaging part is engaged with the rack. a rack; a receiving member mounted on the rack; a braking member movably mounted on the receiving member; a base seat slidably mounted on the receiving member; the braking mechanism further characterized by comprising: a resetting member, comprising a resetting part, two ends of the resetting part abutting the base seat and the receiving member; and an elastic member positioned between the base seat and the braking member; a resetting member, comprising a resetting part, two ends of the resetting part abutting the base seat and the receiving member; and an elastic member positioned between the base seat and the braking member; wherein the elastic member and the resetting member are positioned at opposite sides of the braking member; wherein the base seat comprises a first guiding portion, the braking member comprises a second guiding portion and an engaging part mounted on the first guiding portion, and the second guiding portion is slidably engaged with the first guiding portion; and wherein the base seat is capable of moving toward the elastic member under an elastic restorative force imposed by the resetting art, and the second guiding portion is capable of moving along the first guiding portion toward the resetting member under an elastic restorative force imposed by the elastic member at the same time, such that the engaging part is engaged with the rack.
A stator in a rotating electric machine, comprising a stator core, a stator frame, a first ring-like support plate formed on the stator core, a second ring-like support plate formed in the stator frame, support bars formed in the axial direction of the stator core and the stator frame, so as to support the stator core and the stator frame, wherein the stiffness of the support bars is larger in a circumferential direction of the stator than in a radial direction thereof, wherein the support bars have a section having a shape such that it is larger in a circumferential direction of the stator than in a radial direction thereof, wherein the support bars have a sectional shape which is rectangular, elliptic or rhombic, characterized in that each of the support bars has a part having a sectional shape which is circular, wherein the stator frame has a third ring-like support plate having circular holes through which the support bars extend with their part having a circular sectional shape, the diameter of the circular holes being larger than that of the part of circular sectional shape, wherein the gaps between the holes in the third ring-like support plates and the support bars with their parts having a circular sectional shape correspond to an allowable deformation of the support bars for restraining deformation and preventing excessive deformation.