mhurhangee/patent-ind-claim-en huggingface dataset:
A security data processing device comprising a processor and a memory coupled to the processor, the processor configured to: receive a digital document, said digital document comprising at least one primary programming requirement specified by a first party for programming at least one programmable device; determine if receipt of said digital document is an attempt to fulfil the same digital document more than once by determining if there is a record stored in the memory that corresponds to the digital document; receive a programming request from a programming module of a programming machine in communication with said processor, said programming request requesting the programming of the at least one programmable device; determine if the programming request complies with the at least one primary programming requirement in the digital document; and wherein if said programming request complies with the at least one primary programming requirement in the digital document and if there is no record stored in the memory that corresponds to the digital document, the processor is further configured to: output programming information to the programming module for programming the at least one programmable device; and permanently store a further record in the memory, wherein the further record corresponds to said digital document. receive a digital document, said digital document comprising at least one primary programming requirement specified by a first party for programming at least one programmable device; determine if receipt of said digital document is an attempt to fulfil the same digital document more than once by determining if there is a record stored in the memory that corresponds to the digital document; receive a programming request from a programming module of a programming machine in communication with said processor, said programming request requesting the programming of the at least one programmable device; determine if the programming request complies with the at least one primary programming requirement in the digital document; and wherein if said programming request complies with the at least one primary programming requirement in the digital document and if there is no record stored in the memory that corresponds to the digital document, the processor is further configured to: output programming information to the programming module for programming the at least one programmable device; and permanently store a further record in the memory, wherein the further record corresponds to said digital document. output programming information to the programming module for programming the at least one programmable device; and permanently store a further record in the memory, wherein the further record corresponds to said digital document.
A bag forming apparatus comprising: - a pair of opposed sealing bars arranged on opposite sides of a forming plane ; - a pair of guide arms , each guide arm extending from a first arm end through the forming plane to two second arm ends , each first arm end carrying a respective one of the pair of opposed sealing bars ; - a mounting frame to which the pair of guide arms are movably mounted between the first and second arm ends such that movement of the second arm ends apart moves the first arm ends together; - a drive shaft rotatable about a shaft axis , the drive shaft including two pairs of oppositely-oriented cam lobes , each of the two second arm ends of the pair of guide arms connected with a respective one of the two pairs of oppositely-oriented cam lobes such that rotation of the drive shaft is operable to move the pair of opposed sealing bars into and out of engagement across a web of bag forming material traveling therebetween in the forming plane ; - a pair of pressure adjustment mechanisms, each pressure adjustment mechanism connecting a respective one of the pair of opposed sealing bars to the first arm end of a respective one of the pair of guide arms and operable to adjust a pressure exerted across the web of bag forming material when the pair of opposed sealing bars are engaged thereacross. - a pair of opposed sealing bars arranged on opposite sides of a forming plane ; - a pair of guide arms , each guide arm extending from a first arm end through the forming plane to two second arm ends , each first arm end carrying a respective one of the pair of opposed sealing bars ; - a mounting frame to which the pair of guide arms are movably mounted between the first and second arm ends such that movement of the second arm ends apart moves the first arm ends together; - a drive shaft rotatable about a shaft axis , the drive shaft including two pairs of oppositely-oriented cam lobes , each of the two second arm ends of the pair of guide arms connected with a respective one of the two pairs of oppositely-oriented cam lobes such that rotation of the drive shaft is operable to move the pair of opposed sealing bars into and out of engagement across a web of bag forming material traveling therebetween in the forming plane ; - a pair of pressure adjustment mechanisms, each pressure adjustment mechanism connecting a respective one of the pair of opposed sealing bars to the first arm end of a respective one of the pair of guide arms and operable to adjust a pressure exerted across the web of bag forming material when the pair of opposed sealing bars are engaged thereacross.
A cyclic amine derivative represented by a general formula (I) or a pharmacologically acceptable salt thereof: wherein n represents 1, R 1 represents an alkyl group having 1 to 6 carbon atoms unsubstituted, substituted with one or more halogen atoms or substituted with an alkyloxy group having 1 to 4 carbon atoms and R 2 represents a hydrogen atom or a halogen atom.
An isolator assembly , comprising: a bracket ; a first isolator connected to the bracket ; a second isolator ; and a mass connected to the bracket ; characterized in that the second isolator is connected to the bracket , the mass is connected to the bracket via the first isolator and the second isolator , the first isolator and the second isolator include a plurality of legs ; and the first isolator includes an inner portion and an outer portion connected to each other via a plurality of support members . a bracket ; a first isolator connected to the bracket ; a second isolator ; and a mass connected to the bracket ; characterized in that the second isolator is connected to the bracket , the mass is connected to the bracket via the first isolator and the second isolator , the first isolator and the second isolator include a plurality of legs ; and the first isolator includes an inner portion and an outer portion connected to each other via a plurality of support members .
Nucleic acid molecule characterized by a) encoding a protein with entomotoxic activity on insect-pests wherein said molecule comprises a nucleotide sequence capable of encoding a protein having the amino acids of the sequence SEQ ID N°.6, 8, 10 or 12, or b) having the domains I, II and III, original and/or optimized for expression in plants, where the nucleotide sequence comprises the sequence described in SEQ ID N°. 5, 7, 9 or 11. a) encoding a protein with entomotoxic activity on insect-pests wherein said molecule comprises a nucleotide sequence capable of encoding a protein having the amino acids of the sequence SEQ ID N°.6, 8, 10 or 12, or b) having the domains I, II and III, original and/or optimized for expression in plants, where the nucleotide sequence comprises the sequence described in SEQ ID N°. 5, 7, 9 or 11.
A display, comprising: a display panel formed with a light transmitting hole configured to correspond to a lens of an image acquisition module; and a light-emitting element and a light converging member arranged at the light transmitting hole ; wherein the light converging member is located at a light-emitting side of the light-emitting element , and is used for converging the light emitted by the light-emitting element to a center of the light transmitting hole so that the light emitted by the light-emitting element is converged over a lens of an image acquisition module if such a lens of an image acquisition module is positioned so as to correspond to the light transmitting hole , characterized in that the light-emitting element is disposed in the light transmitting hole and is connected to a sidewall of the light transmitting hole , and in that the light-emitting element is transparent.
An x-ray inspection apparatus comprising: - an x-ray source ; - an x-ray detector ; and - a drive assembly configured to: - lift a part carrier such that the part carrier is disengaged from a feed assembly and an object mounted on the part carrier is positioned between the x-ray source and the x-ray detector , wherein the feed assembly is configured to feed part carriers into and out of the x-ray inspection apparatus ; and - subsequently lower the part carrier such that the part carrier is reengaged with the feed assembly, characterized by a radiological shield enclosing the x-ray source and the x-ray detector , the radiological shield defining an opening , wherein when the drive assembly lifts the part carrier , the object passes through the opening and the part carrier blocks the opening to substantially prevent emission of x-rays into an environment outside the x-ray inspection apparatus . - an x-ray source ; - an x-ray detector ; and - a drive assembly configured to: - lift a part carrier such that the part carrier is disengaged from a feed assembly and an object mounted on the part carrier is positioned between the x-ray source and the x-ray detector , wherein the feed assembly is configured to feed part carriers into and out of the x-ray inspection apparatus ; and - subsequently lower the part carrier such that the part carrier is reengaged with the feed assembly, - lift a part carrier such that the part carrier is disengaged from a feed assembly and an object mounted on the part carrier is positioned between the x-ray source and the x-ray detector , wherein the feed assembly is configured to feed part carriers into and out of the x-ray inspection apparatus ; and - subsequently lower the part carrier such that the part carrier is reengaged with the feed assembly,
A system for detecting one or more analyte species present in a gaseous or liquid medium, the system comprising: a laser that emits continuous wave laser light; a resonant optical cavity containing said medium and having at least two cavity mirrors , one of which is a cavity coupling mirror ; wherein the laser light is coupled to the cavity via the cavity coupling mirror ; a first detector configured to measure an intensity of the laser light incident on the cavity coupling mirror and to generate a first signal representing the intensity of the laser light incident on the cavity coupling mirror ; a second detector configured to measure an intensity of the laser light reflected by the cavity coupling mirror and to generate a second signal representing the intensity of the laser light reflected by the cavity coupling mirror ; a third detector configured to measure an intensity of the intracavity optical power of light circulating in the cavity and to generate a third signal representing the intracavity optical power of light circulating in the cavity ; and an intelligence module adapted to process the first, second and third signals to produce a normalized signal, wherein a difference between the first signal and the second signal is normalized on the third signal to produce the normalized signal that is a linear function of total cavity loss and that is not sensitive to laser-cavity coupling. a laser that emits continuous wave laser light; a resonant optical cavity containing said medium and having at least two cavity mirrors , one of which is a cavity coupling mirror ; wherein the laser light is coupled to the cavity via the cavity coupling mirror ; a first detector configured to measure an intensity of the laser light incident on the cavity coupling mirror and to generate a first signal representing the intensity of the laser light incident on the cavity coupling mirror ; a second detector configured to measure an intensity of the laser light reflected by the cavity coupling mirror and to generate a second signal representing the intensity of the laser light reflected by the cavity coupling mirror ; a third detector configured to measure an intensity of the intracavity optical power of light circulating in the cavity and to generate a third signal representing the intracavity optical power of light circulating in the cavity ; and an intelligence module adapted to process the first, second and third signals to produce a normalized signal, wherein a difference between the first signal and the second signal is normalized on the third signal to produce the normalized signal that is a linear function of total cavity loss and that is not sensitive to laser-cavity coupling.
A dye-sensitized solar cell comprising: a conductive substrate ; a counter substrate facing the conductive substrate; an electrolyte disposed between the conductive substrate and the counter substrate; and an annular sealing portion surrounding the electrolyte together with the conductive substrate and the counter substrate and connecting the conductive substrate and the counter substrate, wherein the sealing portion has a resin sealing portion fixed to the counter substrate and including a resin material, characterized in that the sealing portion further has an inorganic sealing portion fixed to the conductive substrate and including an inorganic material, and the inorganic sealing portion has a main body portion provided on the conductive substrate, and a protruding portion extending from the main body portion toward a side opposite to the conductive substrate, the resin sealing portion has an adhesive portion adhering the main body portion to the counter substrate, the adhesive portion being adhered to a side surface along an extending direction of the protruding portion, and the main body portion and the protruding portion included in the inorganic sealing portion are composed of an inorganic material. a conductive substrate ; a counter substrate facing the conductive substrate; an electrolyte disposed between the conductive substrate and the counter substrate; and an annular sealing portion surrounding the electrolyte together with the conductive substrate and the counter substrate and connecting the conductive substrate and the counter substrate, wherein the sealing portion has a resin sealing portion fixed to the counter substrate and including a resin material, characterized in that the sealing portion further has an inorganic sealing portion fixed to the conductive substrate and including an inorganic material, and the inorganic sealing portion has a main body portion provided on the conductive substrate, and a protruding portion extending from the main body portion toward a side opposite to the conductive substrate, the resin sealing portion has an adhesive portion adhering the main body portion to the counter substrate, the adhesive portion being adhered to a side surface along an extending direction of the protruding portion, and the main body portion and the protruding portion included in the inorganic sealing portion are composed of an inorganic material.
An ROV hot-stab device that is adapted to inject fluids into and extract fluids from a subsea line or a subsea equipment item , the ROV hot-stab device comprising: a hot stab body comprising a flow bore that is adapted to receive a fluid, wherein the hot stab body is adapted to be inserted into a hot stab access point on said subsea line or said subsea equipment item so as to establish fluid communication between said subsea line or said subsea equipment item and the flow bore ; a housing that is operatively coupled to the hot stab body ; at least one fluid inlet/outlet defined in the housing ; an isolation valve that is at least partially positioned within the housing wherein the isolation valve is adapted to, when actuated, establish fluid communication between the bore of the hot stab body and the at least one fluid inlet/outlet ; and at least one sensor positioned at least partially within the housing wherein the sensor is adapted to sense a parameter of the fluid. a hot stab body comprising a flow bore that is adapted to receive a fluid, wherein the hot stab body is adapted to be inserted into a hot stab access point on said subsea line or said subsea equipment item so as to establish fluid communication between said subsea line or said subsea equipment item and the flow bore ; a housing that is operatively coupled to the hot stab body ; at least one fluid inlet/outlet defined in the housing ; an isolation valve that is at least partially positioned within the housing wherein the isolation valve is adapted to, when actuated, establish fluid communication between the bore of the hot stab body and the at least one fluid inlet/outlet ; and at least one sensor positioned at least partially within the housing wherein the sensor is adapted to sense a parameter of the fluid.
An anti-C5 antibody for use in a method of treating a human pediatric patient with Paroxysmal Nocturnal Hemoglobinuria (PNH), wherein the anti-C5 antibody comprises a heavy chain polypeptide comprising the amino acid sequence set forth in SEQ ID NO:14 and a light chain polypeptide comprising the amino acid sequence set forth in SEQ ID NO:11, wherein the human pediatric patient is under 18 years of age, and wherein the method comprises administering by intravenous administration the anti-C5 antibody: (a) once on Day 1 at a dose of 600 mg to a patient weighing ≥ 5 to < 10 kg, 600 mg to a patient weighing ≥ 10 to < 20 kg, 900 mg to a patient weighing ≥ 20 to < 30 kg, or 1200 mg to a patient weighing ≥ 30 to < 40 kg; and (b) on Day 15 and every four weeks thereafter at a dose of 300 mg to a patient weighing ≥ 5 to < 10 kg or 600 mg to a patient weighing ≥ 10 to < 20 kg; or on Day 15 and every eight weeks thereafter at a dose of 2100 mg to a patient weighing ≥ 20 to < 30 kg, or 2700 mg to a patient weighing ≥ 30 to < 40 kg. (a) once on Day 1 at a dose of 600 mg to a patient weighing ≥ 5 to < 10 kg, 600 mg to a patient weighing ≥ 10 to < 20 kg, 900 mg to a patient weighing ≥ 20 to < 30 kg, or 1200 mg to a patient weighing ≥ 30 to < 40 kg; and (b) on Day 15 and every four weeks thereafter at a dose of 300 mg to a patient weighing ≥ 5 to < 10 kg or 600 mg to a patient weighing ≥ 10 to < 20 kg; or on Day 15 and every eight weeks thereafter at a dose of 2100 mg to a patient weighing ≥ 20 to < 30 kg, or 2700 mg to a patient weighing ≥ 30 to < 40 kg.
Motor vehicle lighting module , comprising at least a housing which is formed from a support plate and a circular or elliptical upper part fastened thereto, wherein the upper part is at least partially light-transmitting and closes off the housing to the outside, wherein a plurality of light sources emitting light beams are accommodated in the housing , wherein a disc-shaped light guide is arranged in the housing and the light sources are arranged in such a manner that a circular or elliptical ring is formed, wherein the light guide at least partially lies in the ring, wherein the light guide has at least one shoulder on the circumference thereof and projects beyond the ring formed by the light sources in a radial direction, wherein the light guide is formed with a first section which has a first diameter, and a second section which has a second diameter that is larger than the first diameter, and wherein the first section with the smaller diameter lies in the ring formed by the light sources and the second section with the larger diameter projects in the radial direction beyond the ring formed by the light sources, characterized in that the ring is divided into two parts, wherein two separate portions of the ring in the installation position of the lighting module are separated into a right-hand and a left-hand part by a perpendicular separating line. wherein the light guide at least partially lies in the ring, wherein the light guide has at least one shoulder on the circumference thereof and projects beyond the ring formed by the light sources in a radial direction, wherein the light guide is formed with a first section which has a first diameter, and a second section which has a second diameter that is larger than the first diameter, and wherein the first section with the smaller diameter lies in the ring formed by the light sources and the second section with the larger diameter projects in the radial direction beyond the ring formed by the light sources, characterized in that the ring is divided into two parts, wherein two separate portions of the ring in the installation position of the lighting module are separated into a right-hand and a left-hand part by a perpendicular separating line.
Method for controlling an electrical machine having a rotor with permanent magnets and having a stator system with at least a first set and a second set of stator windings, the method comprising: determining a primary first magnetic flux (Ψ d1 (I d1 ), Ψ q1 (I d1 ), Ψ d1 (I q1 ), Ψ q1 (I q1 )) generated by the first set of stator windings due to a first current in the first set of stator windings; characterized in that the method further comprises: determining a secondary second magnetic flux (Ψ d2 (I d1 ), Ψ q2 (I d1 ), Ψ d2 (I q1 ), Ψ q2 (I q1 )) generated by the second set of stator windings due to the first current in the first set of stator windings; determining a total magnetic flux (Ψ d , Ψ q ) based on the primary first magnetic flux, the secondary second magnetic flux and a magnetic flux Ψ PM of the permanent magnets; and controlling the electrical machine based on the total magnetic flux, wherein the determining the primary first magnetic flux and the secondary second magnetic flux comprises: providing a finite element model of the electrical machine; providing as inputs the first current (I a , I b , I c ); applying the finite element model to calculate the primary first magnetic flux and the secondary second magnetic flux, wherein the controlling the electrical machine based on the total magnetic flux comprises: determining an inductance (L d , L q ), based on the total magnetic flux; and controlling the electrical machine based on the inductance. determining a primary first magnetic flux (Ψ d1 (I d1 ), Ψ q1 (I d1 ), Ψ d1 (I q1 ), Ψ q1 (I q1 )) generated by the first set of stator windings due to a first current in the first set of stator windings; determining a secondary second magnetic flux (Ψ d2 (I d1 ), Ψ q2 (I d1 ), Ψ d2 (I q1 ), Ψ q2 (I q1 )) generated by the second set of stator windings due to the first current in the first set of stator windings; determining a total magnetic flux (Ψ d , Ψ q ) based on the primary first magnetic flux, the secondary second magnetic flux and a magnetic flux Ψ PM of the permanent magnets; and controlling the electrical machine based on the total magnetic flux, providing a finite element model of the electrical machine; providing as inputs the first current (I a , I b , I c ); applying the finite element model to calculate the primary first magnetic flux and the secondary second magnetic flux, determining an inductance (L d , L q ), based on the total magnetic flux; and controlling the electrical machine based on the inductance.