mhurhangee/ep-ind-claims huggingface dataset:
A method of input to a computer in a vehicle, characterized in that the method comprises: forming an electronic communication between a first electronic device and a display of a second electronic device that is viewable by a user from a location in the vehicle, wherein forming the electronic communication includes providing by the first electronic device a first input mode for the second electronic device; executing a multimodal application that permits the user to interact with the display of the second electronic device by a combination of the first input mode and at least one second input mode for the second electronic device; and controlling, by the combination of the first input mode and the at least one second input mode, the display of the second electronic device. forming an electronic communication between a first electronic device and a display of a second electronic device that is viewable by a user from a location in the vehicle, wherein forming the electronic communication includes providing by the first electronic device a first input mode for the second electronic device; executing a multimodal application that permits the user to interact with the display of the second electronic device by a combination of the first input mode and at least one second input mode for the second electronic device; and controlling, by the combination of the first input mode and the at least one second input mode, the display of the second electronic device.
A population of direct repeat polynucleotides for the duplex sequencing of double-stranded fragments of genomic DNA, each direct repeat polynucleotide in the population having a strand of the formula: X-TOP-J-BOT'-Y, wherein: (i) there is one copy of TOP and one copy of BOT' in each direct repeat polynucleotide, (ii) TOP and BOT' in each direct repeat polynucleotide are nucleotide sequences amplified from opposite strands of the same double-stranded fragment of genomic DNA, wherein TOP is the nucleotide sequence of one strand of the fragment and BOT' is the reverse complement of the other strand of the fragment, (iii) the nucleotide sequences of TOP and BOT' in each direct repeat polynucleotide are identical except for positions that correspond to damaged nucleotides in one strand of the double-stranded fragment of genomic DNA or errors that occur during amplification; (iv) TOP and BOT' vary in the population and have a median length of at least 50 nucleotides; (v) X and Y are different, non-complementary sequences of at least 10 nucleotides in length that do not vary in the population; and (vi) J is a junction sequence. (i) there is one copy of TOP and one copy of BOT' in each direct repeat polynucleotide, (ii) TOP and BOT' in each direct repeat polynucleotide are nucleotide sequences amplified from opposite strands of the same double-stranded fragment of genomic DNA, wherein TOP is the nucleotide sequence of one strand of the fragment and BOT' is the reverse complement of the other strand of the fragment, (iii) the nucleotide sequences of TOP and BOT' in each direct repeat polynucleotide are identical except for positions that correspond to damaged nucleotides in one strand of the double-stranded fragment of genomic DNA or errors that occur during amplification; (iv) TOP and BOT' vary in the population and have a median length of at least 50 nucleotides; (v) X and Y are different, non-complementary sequences of at least 10 nucleotides in length that do not vary in the population; and (vi) J is a junction sequence.
Tread for a tyre comprising at least one elongate block of rubbery material of width W and of length L with L >> W, this elongate block extending in a circumferential direction when the tread is mounted on the tyre, the elongate block comprising a contact surface intended to come into contact with the ground and a first lateral wall and a second lateral wall delimiting this contact surface, characterized in that the elongate block comprises sets of cuts succeeding one another in the circumferential direction X, each set of cuts extending in an oblique direction opening onto the first lateral wall and onto the second lateral wall, the sets of cuts being distributed over the contact surface of the elongate block in such a way that when one set of cuts reaches the second lateral wall another set of cuts starts from the first lateral wall at the same circumferential level on the elongate block, and in that each set of cuts comprises two cuts (11a, 11b), each cut of the set of cuts extending as far as a cut end (13a, 13b) which does not open onto a lateral wall (7, 9) of the elongate block, the ends (13a, 13b) of the two cuts of the set of cuts being positioned at the one same circumferential level N in the elongate block, and in that the cuts (11a, 11b) of the one same set of cuts do not overlap in a transverse direction Y so that there is no overlap of the projections of the cuts of the one same set in the said transverse direction Y, and in that the elongate block is a rib.
A power assembly for an internal combustion engine, comprising: a cylinder having an inner circular wall defining a first inside diameter; a piston reciprocally housed within the cylinder; a cylinder head attached to an end of the cylinder; and a one-piece piston scraper welded to both the cylinder head and the cylinder, with the piston scraper defining a second inside diameter which is less than the first inside diameter. a cylinder having an inner circular wall defining a first inside diameter; a piston reciprocally housed within the cylinder; a cylinder head attached to an end of the cylinder; and a one-piece piston scraper welded to both the cylinder head and the cylinder, with the piston scraper defining a second inside diameter which is less than the first inside diameter.
A biological fluid sample analysis cartridge, comprising: a sample handling portion having a collection port, an initial channel, and a secondary channel, and the collection port, initial channel, and secondary channel are in selective fluid communication with one another; and an analysis chamber portion that includes at least one analysis chamber defined by an upper panel and a base panel, and wherein the analysis chamber is separated from the secondary channel, or from a fluid passage extending from the secondary channel, by an air gap which is sized to prevent capillary flow of fluid sample into the chamber absent a bulge of fluid sample extending across the air gap and into contact with the analysis chamber. a sample handling portion having a collection port, an initial channel, and a secondary channel, and the collection port, initial channel, and secondary channel are in selective fluid communication with one another; and an analysis chamber portion that includes at least one analysis chamber defined by an upper panel and a base panel, and wherein the analysis chamber is separated from the secondary channel, or from a fluid passage extending from the secondary channel, by an air gap which is sized to prevent capillary flow of fluid sample into the chamber absent a bulge of fluid sample extending across the air gap and into contact with the analysis chamber.
A method for correcting a result of a quantum computation, the method comprising: selecting, by one or more classical processors, a quantum error correcting code to perform the quantum computation, wherein the quantum error correcting code is defined by a respective set of stabilizer generators; determining, by the one or more classical processors, a set of symmetry operators, comprising: selecting a subset of the set of stabilizer generators, the subset comprising a plurality of stabilizer generators; determining, for each stabilizer generator in the selected subset, a sum between an identity operator and the stabilizer generator; and multiplying the determined sums together to form a summation of terms, wherein each term in the summation is equal to a respective symmetry operator; measuring, using quantum computing hardware, a projective correction of a physical observable over an output quantum state of the quantum computation using the determined set of symmetry operators, wherein the physical observable corresponds to the result of the quantum computation; and determining, by the one or more classical processors, a corrected result of the quantum computation using the measured projective correction of the physical observable. selecting, by one or more classical processors, a quantum error correcting code to perform the quantum computation, wherein the quantum error correcting code is defined by a respective set of stabilizer generators; determining, by the one or more classical processors, a set of symmetry operators, comprising: selecting a subset of the set of stabilizer generators, the subset comprising a plurality of stabilizer generators; determining, for each stabilizer generator in the selected subset, a sum between an identity operator and the stabilizer generator; and multiplying the determined sums together to form a summation of terms, wherein each term in the summation is equal to a respective symmetry operator; selecting a subset of the set of stabilizer generators, the subset comprising a plurality of stabilizer generators; determining, for each stabilizer generator in the selected subset, a sum between an identity operator and the stabilizer generator; and multiplying the determined sums together to form a summation of terms, wherein each term in the summation is equal to a respective symmetry operator; measuring, using quantum computing hardware, a projective correction of a physical observable over an output quantum state of the quantum computation using the determined set of symmetry operators, wherein the physical observable corresponds to the result of the quantum computation; and determining, by the one or more classical processors, a corrected result of the quantum computation using the measured projective correction of the physical observable.
A method of a client device (500, 510) authenticating a content server accessed over a network, the method comprising: the client device (500, 510) contacting the content server to initiate a handshaking operation to establish a connection; the client device (500, 510) receiving, from the content server, handshaking information and content server certificate information to be authenticated; and, the client device (500, 510) starting authentication of the content server using the certificate information, the client device (500, 510) completing the handshaking operation using the handshaking information to establish the connection with the content server before having authenticated the certificate information; and the client device (500, 510) downloading content from the content server while authenticating the certificate information received from the content server. the client device (500, 510) contacting the content server to initiate a handshaking operation to establish a connection; the client device (500, 510) receiving, from the content server, handshaking information and content server certificate information to be authenticated; and, the client device (500, 510) starting authentication of the content server using the certificate information, the client device (500, 510) completing the handshaking operation using the handshaking information to establish the connection with the content server before having authenticated the certificate information; and the client device (500, 510) downloading content from the content server while authenticating the certificate information received from the content server.
A method for producing a forged crankshaft, the crankshaft including: journals (J, J1 to J5) that define a center of rotation; crank pins (P, P1 to P4) that are eccentric with respect to the journals (J, J1 to J5); and crank arms (A, A1 to A8), each of the crank arms (A, A1 to A8) connecting a corresponding one of the journals (J, J1 to J5) to a corresponding one of the crank pins (P, P1 to P4), the method comprising: a die forging step, including forming a finish forged blank with flash, the finish forged blank including a shape of the crankshaft, wherein the crank arm (A, A1 to A8) has an excess projecting portion (Aaa, Aba) at an outer periphery of each of side portions (Aa, Ab) near the crank pin (P, P1 to P4), the excess projecting portion (Aaa, Aba) projecting from the outer periphery; a trimming step, including removing the flash from the finish forged blank formed in the die forging step; and an excess projecting portion bending step, including pressing the crankshaft using a pair of first dies (10A, 10B) and bending the excess projecting portion (Aaa, Aba) of the crank arm (A, A1 to A8) toward a surface of the crank arm (A, A1 to A8), the surface being adjacent to the journal (J, J1 to J5), the crankshaft being obtained by removing the flash in the trimming step. a die forging step, including forming a finish forged blank with flash, the finish forged blank including a shape of the crankshaft, wherein the crank arm (A, A1 to A8) has an excess projecting portion (Aaa, Aba) at an outer periphery of each of side portions (Aa, Ab) near the crank pin (P, P1 to P4), the excess projecting portion (Aaa, Aba) projecting from the outer periphery; a trimming step, including removing the flash from the finish forged blank formed in the die forging step; and an excess projecting portion bending step, including pressing the crankshaft using a pair of first dies (10A, 10B) and bending the excess projecting portion (Aaa, Aba) of the crank arm (A, A1 to A8) toward a surface of the crank arm (A, A1 to A8), the surface being adjacent to the journal (J, J1 to J5), the crankshaft being obtained by removing the flash in the trimming step.
Centrifugal pump, in particular for the pumping of a mixture of substances possibly including soil, comprising: - a pump housing which is provided with an axial inlet and an outlet attached tangentially to a circumferential wall of the pump housing, - a rotor which is attached in the pump housing such that it can rotate about an axial rotation axis A, which rotor is provided with a central boss, a shaft shield fastened to the boss, a suction shield attached so as to be axially set apart from the shaft shield, which suction shield has an axial supply aligned with the axial inlet of the pump housing, and a plurality of double bent rotor blades which are fastened between the shields (11, 12) and each extend substantially transversely to the rotation axis A between a radial outer end and a radial inner end, characterized in that the radial inner ends forming a substantially right angle with respect to the suction shield and wherein the radial inner ends of the rotor blades extending between the shaft shield and the suction shield have a substantially S-curved shape comprising a first part near the suction shield being convex towards the axial supply and a second part near the shaft shield being concave towards the axial supply. - a pump housing which is provided with an axial inlet and an outlet attached tangentially to a circumferential wall of the pump housing, - a rotor which is attached in the pump housing such that it can rotate about an axial rotation axis A, which rotor is provided with a central boss, a shaft shield fastened to the boss, a suction shield attached so as to be axially set apart from the shaft shield, which suction shield has an axial supply aligned with the axial inlet of the pump housing, and a plurality of double bent rotor blades which are fastened between the shields (11, 12) and each extend substantially transversely to the rotation axis A between a radial outer end and a radial inner end, characterized in that
A pharmaceutical composition comprising as an active ingredient an isolated population of cell suspension from a mammalian fetal pulmonary tissue, wherein said fetal pulmonary tissue is at a developmental stage corresponding to that of a human pulmonary organ/tissue at a gestational stage selected from a range of 20 to 22 weeks of gestation.
A method for setting up an access level for use of a software system comprising different levels of user accesses, the software system comprising a particular computer program with permission levels, which permission levels comprise permissions to read and alter information, wherein the software system comprises one of: a control system for controlling a power plant; a control system for controlling a process; the method comprising the steps of: - using a first user login to log in a first user to the software system, the first user login having a first access level comprising a first set of permissions comprising permission levels within the particular computer program, - using a second user login to log in a second user to the software system, the second user login having a second access level comprising a second set of permissions comprising permission levels within the particular computer program, wherein the first and second sets of permissions are different from each other and the first and second users thereby being both logged in to the operative system with their respective sets of permissions available simultaneously, - combining the permissions of the first set of permissions and the second set of permissions in the software system, thereby setting up the access level for the use of the software system, the access level comprising the combined permissions of the first set of permissions and the second set of permissions. - using a first user login to log in a first user to the software system, the first user login having a first access level comprising a first set of permissions comprising permission levels within the particular computer program, - using a second user login to log in a second user to the software system, the second user login having a second access level comprising a second set of permissions comprising permission levels within the particular computer program, wherein the first and second sets of permissions are different from each other and the first and second users thereby being both logged in to the operative system with their respective sets of permissions available simultaneously, - combining the permissions of the first set of permissions and the second set of permissions in the software system, thereby setting up the access level for the use of the software system, the access level comprising the combined permissions of the first set of permissions and the second set of permissions.
A process of reverting a phosphonium ion ligand degradation product or mixture of such products back to triorganophosphine ligand(s), the phosphonium ion ligand degradation product or mixture of such products being capable of reversion to useful triorganophosphine ligand and comprising an adduct of triorganophosphine ligand and a conjugated functionalized olefin comprising an α,β-unsaturated aldehyde; the reversion process being conducted in a reversion step separate from the process of forming the phosphonium ion ligand degradation product and comprising, treating a reaction product fluid containing the phosphonium ion ligand degradation product or mixture of such products with an inert gas, hydrogen, synthesis gas, or a combination thereof, under conditions sufficient to revert the phosphonium ion ligand degradation product or mixture of such products back to triorganophosphine ligand or mixture or triorganophosphine ligands.
Method for the dynamic and partial reconfiguration of an electronic component, which is designed as a programmable integrated circuit, wherein the electronic component, in addition to a static region, has at least two dynamically reconfigurable regions (SE1, SE2), which are reprogrammed during runtime of the electronic component by reloading a functional unit, which is stored in a storage unit in the form of a corresponding associated configuration file (vBF1, vBF2, vBF3) for the at least two dynamically reconfigurable regions (SE1, SE2), wherein the following steps are carried out: - generating a respective cryptographic key (K1, K2, 101) associated with the at least two dynamically reconfigurable regions (SE1, SE2); - encrypting the respective configuration file (vBF1, vBF2, vBF3) that can be reloaded in the at least two dynamically reconfigurable regions (SE1, SE2) of the electronic component with the respective cryptographic key (K1, K2) associated with the at least two dynamically reconfigurable regions (SE1, SE2) and storing the encrypted configuration file (vBF1, vBF2, vBF3) in the storage unit (ME, 102); - transferring the respective encrypted configuration file (vBF1, vBF2, vBF3) from the storage unit into the electronic component (BE, 103); - checking whether the respective encrypted configuration file (vBF1, vBF2, vBF3) can be decrypted using the respective cryptographic key (K1, K2) of the at least two dynamically reconfigurable regions (SE1, SE2); - and, in the event of successful decryption of the respective configuration file (vBF1, vBF2, vBF3), reprogramming the respective one of the at least two dynamically reconfigurable regions (SE1, SE2) by means of the respective decrypted configuration file (vBF1, vBF2, vBF3, 105). - generating a respective cryptographic key (K1, K2, 101) associated with the at least two dynamically reconfigurable regions (SE1, SE2); - encrypting the respective configuration file (vBF1, vBF2, vBF3) that can be reloaded in the at least two dynamically reconfigurable regions (SE1, SE2) of the electronic component with the respective cryptographic key (K1, K2) associated with the at least two dynamically reconfigurable regions (SE1, SE2) and storing the encrypted configuration file (vBF1, vBF2, vBF3) in the storage unit (ME, 102); - transferring the respective encrypted configuration file (vBF1, vBF2, vBF3) from the storage unit into the electronic component (BE, 103); - checking whether the respective encrypted configuration file (vBF1, vBF2, vBF3) can be decrypted using the respective cryptographic key (K1, K2) of the at least two dynamically reconfigurable regions (SE1, SE2); - and, in the event of successful decryption of the respective configuration file (vBF1, vBF2, vBF3), reprogramming the respective one of the at least two dynamically reconfigurable regions (SE1, SE2) by means of the respective decrypted configuration file (vBF1, vBF2, vBF3, 105).
An intra-oral x-ray imaging arrangement, which includes as separate structures, first, a radiation source having a collimator structure (4', 40) limiting an x-ray beam for generating the beam used in imaging and for aiming it to the object to be imaged, secondly, an imaging sensor arranged positionable within a patient's mouth, and a control system of the imaging arrangement, the control system being arranged in functional connection with at least a first means belonging to the imaging arrangement, which means are arranged to transmit to the control system measurement signals including information on a position of at least one component of the arrangement, characterized in that the arrangement includes a means (A, M, G) arranged in connection with both the imaging sensor and the x-ray source to measure their spatial position and to send measurement signals based on these measurements to the control system of the arrangement, said means to generate measurement signals including a three-axis acceleration sensor arranged into connection with, first, the imaging sensor and, secondly a further acceleration sensor arranged into connection with the radiation source, and in that a means is arranged to the control system to determine based on said measurement signals information on the mutual spatial position of the imaging sensor and the radiation source, or of a component (40, 50) arranged to the radiation source.
Clamping collar comprising a tightening screw which interacts with a polygonal threaded nut, the threaded nut being held against rotation in a spring clip which is locked to the clamping collar, and the spring clip being substantially U-shaped and comprising a base and two legs (8, 9), characterised in that each of the legs (8, 9) has an inwardly directed first step (11, 12), the threaded nut being held between the base and the first step (11, 12), and a pivoting action between the spring clip and the clamping collar being possible.