mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a semiconductor module, comprising the steps: - providing a carrier plate and a substrate having a bonding layer arranged on a surface of the carrier plate or of the substrate, - applying adhesive in several adhesive regions of the carrier plate or of the substrate which are free of bonding layer, - positioning the substrate on the carrier plate such that the substrate and the carrier plate are in contact with the bonding layer and the adhesive, - connecting the substrate and the carrier plate by way of the bonding layer by melting or sintering the bonding layer, characterised in that the adhesive is arranged in cutouts (11, 17) on the edges of the bonding layer. - providing a carrier plate and a substrate having a bonding layer arranged on a surface of the carrier plate or of the substrate, - applying adhesive in several adhesive regions of the carrier plate or of the substrate which are free of bonding layer, - positioning the substrate on the carrier plate such that the substrate and the carrier plate are in contact with the bonding layer and the adhesive, - connecting the substrate and the carrier plate by way of the bonding layer by melting or sintering the bonding layer,
An auxiliary device for blood pressure measurement, comprising an audio collection part, an image collection part, and a terminal device, wherein: the audio collection part is configured to collect a pulse sound signal during the blood pressure measurement and transmit the pulse sound signal to the terminal device; the image collection part is configured to collect a pressure image signal during the blood pressure measurement and transmit the pressure image signal to the terminal device; and the terminal device is configured to store the pulse sound signal and the pressure image signal; characterized in that: the auxiliary device is used for an automatic sphygmomanometer; and the terminal device is configured to convert the pulse sound signal derived from the automatic sphygmomanometer into pulse sound data, convert the pressure image signal derived from the automatic sphygmomanometer into pressure data, obtain a blood pressure value according to the pulse sound data and the pressure data by using an auscultatory method, and display the blood pressure. the audio collection part is configured to collect a pulse sound signal during the blood pressure measurement and transmit the pulse sound signal to the terminal device; the image collection part is configured to collect a pressure image signal during the blood pressure measurement and transmit the pressure image signal to the terminal device; and the terminal device is configured to store the pulse sound signal and the pressure image signal; characterized in that: the auxiliary device is used for an automatic sphygmomanometer; and the terminal device is configured to convert the pulse sound signal derived from the automatic sphygmomanometer into pulse sound data, convert the pressure image signal derived from the automatic sphygmomanometer into pressure data, obtain a blood pressure value according to the pulse sound data and the pressure data by using an auscultatory method, and display the blood pressure. the auxiliary device is used for an automatic sphygmomanometer; and the terminal device is configured to convert the pulse sound signal derived from the automatic sphygmomanometer into pulse sound data, convert the pressure image signal derived from the automatic sphygmomanometer into pressure data, obtain a blood pressure value according to the pulse sound data and the pressure data by using an auscultatory method, and display the blood pressure.
A recombinant construct comprising a regulatory sequence functional in a production host operably linked to a nucleotide sequence encoding an aspartic protease selected from the group consisting of (a) an aspartic protease having at least 90% sequence identity to SEQ ID NO:2 or SEQ ID NO:7; and (b) an aspartic protease having at least 90% sequence identity to SEQ ID NO:6, or SEQ ID NO:9. (a) an aspartic protease having at least 90% sequence identity to SEQ ID NO:2 or SEQ ID NO:7; and (b) an aspartic protease having at least 90% sequence identity to SEQ ID NO:6, or SEQ ID NO:9.
Can alignment system of a can processing machine for achieving a known and precise angular alignment of the respective opening and tab of the can, the can processing machine comprising: - a can transport device for transferring a plurality of cans from a first station towards first cavities of a first carousel, - said first carousel suitable for sorting and distributing cans towards a second carousel, - said second carousel having second cavities associated with at least one can processing station for processing the same cans, - a can transfer device for passing the cans from the first cavities of the first carousel to the second cavities of the second carousel; alignment means associated with at least one of said can transport device, first carousel, and can transfer device for achieving said known and precise angular alignment of the can, wherein can alignment means associated with the first carousel are provided; characterized in that said can alignment means comprise a mechanical cans locking device for locking the can rotation within the respective first cavity of the first carousel at a known and precise position by mechanical interference with the tab of a can between a can blocking station and a can release station for releasing said mechanical can blocking device. - a can transport device for transferring a plurality of cans from a first station towards first cavities of a first carousel, - said first carousel suitable for sorting and distributing cans towards a second carousel, - said second carousel having second cavities associated with at least one can processing station for processing the same cans, - a can transfer device for passing the cans from the first cavities of the first carousel to the second cavities of the second carousel; alignment means associated with at least one of said can transport device, first carousel, and can transfer device for achieving said known and precise angular alignment of the can, wherein can alignment means associated with the first carousel are provided; characterized in that said can alignment means comprise a mechanical cans locking device for locking the can rotation within the respective first cavity of the first carousel at a known and precise position by mechanical interference with the tab of a can between a can blocking station and a can release station for releasing said mechanical can blocking device.
Combination of a multiple nozzle connector and either a suction device or a compaction device, wherein the multiple nozzle connector is connectable to a suction channel of a textile machine, in particular a ring spinning machine, comprising a connecting piece for alternative connection of the compaction device or the suction tube device to the suction channel of the textile machine via at least one suction tube, wherein the connecting piece has three connectors located next to one another, wherein, alternatively, the compaction device is detachably connected to the central connector, wherein the lateral connectors are closed, or the suction tube device, which has two suction tubes, is detachably connected to the lateral connectors, wherein the central connector is closed.
Method of securely authenticating a transponder in communication with a server, the transponder comprising a processing unit connected to a memory unit, to a counter and to connection means so as to establish a communication with the server, characterised in that the method comprises the steps of: - calculating a one-time password in the processing unit of the transponder with the help of a dedicated algorithm, said algorithm being stored, on the basis of the current state of the counter and on the basis of a measurable physical quantity determined in the transponder following receipt of an interrogation signal received from a reading device, - transmitting the one-time password to the server by means of the reading device, which determines the measurable physical quantity of the transponder, and transmitting to the server, in addition to the one-time password, the information about the measurable physical quantity determined in the reading device, said measurable physical quantity being a transmission delay or a pressure or a temperature, - receiving the one-time password in the server with the information about the measurable physical quantity of the reading device, - decrypting by the dedicated algorithm the one-time password, and - checking if the decrypted measurable physical quantity of the received one-time password corresponds to the measurable physical quantity determined in the reading device and received in the information about the measurable physical quantity, and if the state of the counter is different from a received previous state of the counter so as to authenticate the transponder. - calculating a one-time password in the processing unit of the transponder with the help of a dedicated algorithm, said algorithm being stored, on the basis of the current state of the counter and on the basis of a measurable physical quantity determined in the transponder following receipt of an interrogation signal received from a reading device, - transmitting the one-time password to the server by means of the reading device, which determines the measurable physical quantity of the transponder, and transmitting to the server, in addition to the one-time password, the information about the measurable physical quantity determined in the reading device, said measurable physical quantity being a transmission delay or a pressure or a temperature, - receiving the one-time password in the server with the information about the measurable physical quantity of the reading device, - decrypting by the dedicated algorithm the one-time password, and - checking if the decrypted measurable physical quantity of the received one-time password corresponds to the measurable physical quantity determined in the reading device and received in the information about the measurable physical quantity, and if the state of the counter is different from a received previous state of the counter so as to authenticate the transponder.
Sensor arrangement for determining a position and/or a position change of a measurement object, wherein the sensor arrangement has precisely one magnet, a rod-like member and a magnetic field sensor, wherein the magnet and the magnetic field sensor can be moved relative to each other in a movement direction x, wherein the magnet generates a magnetic field, wherein movements of the magnet and the measurement object or movements of the magnetic field sensor and the measurement object are coupled, wherein the rod-like member is formed from a ferromagnetic material and has a significantly larger dimension in the longitudinal direction than in the transverse direction, wherein a relative movement between the rod-like member and the magnet does not take place, wherein the rod-like member can actually be connected to the magnet, wherein the rod-like member directs the magnetic field of the magnet at least partially in the direction of the magnetic field sensor, wherein a portion of the magnetic field leaves the rod-like member at the longitudinal side thereof, whereby there can be detected at a surface of the rod-like member a magnetic field whose field strength decreases with increasing spacing from the magnet, wherein the rod-like member is arranged parallel with the movement direction x, wherein the magnetic field sensor is arranged at a longitudinal side of the rod-like member and in order to produce a measurement signal is configured from a portion of the magnetic field which is discharged from the rod-like member at one of the longitudinal sides of the rod-like member in the magnetic field sensor, whereby the position and/or position change of the measurement object can be determined from the measurement signal, wherein the magnet and rod-like member are adapted to each other in such a manner that the magnet imparts a non-linear magnetic field distribution along the member, wherein the magnetic field sensor has a non-linear characteristic line and wherein the non-linear magnetic field distribution along the rod-like member and the non-linear characteristic line of the magnetic field sensor are adapted to each other in such a manner that a measurement signal of the magnetic field sensor has a substantially linear characteristic line for the position and/or position change which is intended to be determined.
- Method for preparing a composition comprising mineral particles functionalised by at least one organic group and having a specific surface area determined according to the BET method - standard AFNOR X 11 - 621 and 622 - of greater than 500 m 2 /g, wherein: - there is chosen a composition, named the phyllosilicate composition, comprising mineral particles belonging to the family of the lamellar silicates, said mineral particles having a thickness of less than 100 nm and a largest dimension of less than 10 μm; - there is chosen at least one compound, named the functionalising agent, from the group formed of oxysilanes and oxygermanes having at least one organic group, - said phyllosilicate composition is brought into contact with a solution, named the functionalising solution, comprising said functionalising agent, so as to obtain a phyllosilicate composition comprising mineral particles functionalised by said organic group, characterised in that: - the organic group is chosen from the group formed of cationic heteroaryl groups and their salts, - said functionalising agent has the chemical formula: wherein: - A denotes said organic group, - T is chosen from the group formed of silicon and germanium, and - R1, R2 and R3 are identical or different and are chosen from the group formed of hydrogen and linear alkyl groups containing from 1 to 3 carbon atom(s). - there is chosen a composition, named the phyllosilicate composition, comprising mineral particles belonging to the family of the lamellar silicates, said mineral particles having a thickness of less than 100 nm and a largest dimension of less than 10 μm; - there is chosen at least one compound, named the functionalising agent, from the group formed of oxysilanes and oxygermanes having at least one organic group, - said phyllosilicate composition is brought into contact with a solution, named the functionalising solution, comprising said functionalising agent, so as to obtain a phyllosilicate composition comprising mineral particles functionalised by said organic group, - the organic group is chosen from the group formed of cationic heteroaryl groups and their salts, - said functionalising agent has the chemical formula: - A denotes said organic group, - T is chosen from the group formed of silicon and germanium, and - R1, R2 and R3 are identical or different and are chosen from the group formed of hydrogen and linear alkyl groups containing from 1 to 3 carbon atom(s).
A copolymer comprising formula wherein R f is C 4 to C 6 fluoroalkyl, optionally interrupted by one or more -O-, -CH 2 -, -CFH-, or combinations thereof; n is an integer from 1 to 10; R 1 and R 2 are each independently H or CH 3; R 3 is H, CH 3, or CH 2 CH 3; R 4 is H, CH 3, or CH 2 CH 3; R 5 is C 6 to C 18 alkyl or Y; R 6 is H, CH 3, or CH 2 CH 3; R 7 is H, CH 3, or CH 2 CH 3; R 8 is H, CH 3, CH 2 CH 3, or Y; wherein a, b, and c are defined such that a is 30 to 50 mol %; b is 1 to 10 mol %; c is 45 to 65 mol %; provided that (a + b + c) equals 100; R 9 is each independently alkyl, alkyl alcohol, or hydrogen; and m is1 to10. R f is C 4 to C 6 fluoroalkyl, optionally interrupted by one or more -O-, -CH 2 -, -CFH-, or combinations thereof; n is an integer from 1 to 10; R 1 and R 2 are each independently H or CH 3; R 3 is H, CH 3, or CH 2 CH 3; R 4 is H, CH 3, or CH 2 CH 3; R 5 is C 6 to C 18 alkyl or Y; R 6 is H, CH 3, or CH 2 CH 3; R 7 is H, CH 3, or CH 2 CH 3; R 8 is H, CH 3, CH 2 CH 3, or Y;
Packaging machine for packaging objects in paper packaging, having supply devices for an upper and a lower paper layer (12, 13), a package supply apparatus, a connecting device for connecting the paper layers in front of and behind a supplied package (11, 11'), and having side rolling or side folding devices for wrapping, folding or rolling the side edges of the paper layers (12, 13), characterized in that the side rolling or side folding devices are arranged so as to be movable transversely to the transport direction of the packages.
A flushing medical device comprising: a tip (18, 110) having body (36, 130) comprising a tip end that is generally orthogonal to a side wall having a Luer taper, wherein the tip end and the side wall define an intersection therebetween and wherein the side wall has a greater surface area than a surface area on the tip end; a lumen formed by the side wall; and wherein the tip (18, 110) comprises multiple flow channels (42, 86, 92, 98, 106, 112, 154) and a centrally located port, said multiple flow channels each include a cut-out formed through the side wall and through at least part of the intersection. a tip (18, 110) having body (36, 130) comprising a tip end that is generally orthogonal to a side wall having a Luer taper, wherein the tip end and the side wall define an intersection therebetween and wherein the side wall has a greater surface area than a surface area on the tip end; a lumen formed by the side wall; and wherein the tip (18, 110) comprises multiple flow channels (42, 86, 92, 98, 106, 112, 154) and a centrally located port, said multiple flow channels each include a cut-out formed through the side wall and through at least part of the intersection.
A stent graft including: a main tubular body of a biocompatible graft material defining a main lumen having a first end and a second end; at least one scalloped fenestration formed in the graft material at the second end; at least one fenestration formed in the graft material of the main tubular body; an internal side branch defining a lumen and extending from the fenestration towards the second end of the stent graft within the lumen of the main tubular body; wherein the internal side branch extends at least partially around the scalloped fenestration. a main tubular body of a biocompatible graft material defining a main lumen having a first end and a second end; at least one scalloped fenestration formed in the graft material at the second end; at least one fenestration formed in the graft material of the main tubular body; an internal side branch defining a lumen and extending from the fenestration towards the second end of the stent graft within the lumen of the main tubular body; wherein the internal side branch extends at least partially around the scalloped fenestration.
Circuit board comprising a printed circuit comprising phase conductors (L1, L2, L3), each of which is arranged so as to be connected to one phase of a multiphase line, the circuit board further comprising a rectifier bridge comprising phase diodes that are mounted on one and the same face of the printed circuit, the phase diodes comprising, for each phase conductor, one pair of phase diodes comprising a first phase diode (D1, D2, D3) having an anode that is connected to said phase conductor and a second phase diode (D5, D6, D7) having a cathode that is connected to said phase conductor, the pairs of phase diodes lying in succession along a positioning axis on the face of the printed circuit, the first phase diode and the second phase diode of each pair of phase diodes being positioned in parallel but inverted with respect to each other.
A water circulation module (70, 80) adapted to be installed in a hot water system (400, 500) comprising a water heating appliance having an water inlet and a water outlet, a cold water pipeline in communication with the water inlet, and a hot water pipeline in communication with the water outlet; said water circulation module being disposed outside the water heating appliance and connected between the hot water pipeline and the cold water pipeline, so as to selectively establish a water circulation path between itself and the water heating appliance and thereby heating cold water in the water circulation path, wherein, said water circulation module comprises a main waterway (71, 81), a temperature sensing device (72, 82) associated with the main waterway for detecting temperature of water within the main waterway, and a water pump (73, 83) disposed in the main waterway for being started or stopped in accordance with the water temperature detected by the temperature sensing device; characterized in that said water circulation module (70, 80) further comprises: a housing (79, 89) having an inlet port (701, 801), a first outlet port (702, 802), and a second outlet port (703, 803); an auxiliary water heating device (76, 86) disposed in the housing and having a water intake and a water exit; a first pipeline (77, 87) disposed between the inlet port (701, 801) and the water intake of the auxiliary water heating device (76, 86), and a second pipeline (78, 88) disposed between the second outlet port (703, 803) and the water exit of the auxiliary water heating device (76, 86); wherein said main waterway (71, 81) is disposed between the inlet port (701, 801) and the first outlet port (702, 802). a housing (79, 89) having an inlet port (701, 801), a first outlet port (702, 802), and a second outlet port (703, 803); an auxiliary water heating device (76, 86) disposed in the housing and having a water intake and a water exit; a first pipeline (77, 87) disposed between the inlet port (701, 801) and the water intake of the auxiliary water heating device (76, 86), and a second pipeline (78, 88) disposed between the second outlet port (703, 803) and the water exit of the auxiliary water heating device (76, 86); wherein said main waterway (71, 81) is disposed between the inlet port (701, 801) and the first outlet port (702, 802).
An electrode assembly comprising: a positive electrode; a negative electrode; and a separator, wherein the positive electrode includes a positive electrode non-coating portion that is not coated with an active material in a portion of a positive electrode collector, the negative electrode includes a negative electrode non-coating portion that is not coated with an active material in a portion of a negative electrode collector, the non-coating portions are disposed in at least one of upper and lower portions of the electrode assembly in a longitudinal direction of the electrodes, a positive electrode tab and a negative electrode tab are connected to the non-coating portions the separator is a complex porous separator including a substrate coated with a binder polymer or an organic/inorganic mixture formed of a binder polymer and inorganic particles, characterized in that the electrode assembly comprises an integral laminated structure of the positive electrode, the separator, and the negative electrode. a positive electrode; a negative electrode; and a separator, wherein the positive electrode includes a positive electrode non-coating portion that is not coated with an active material in a portion of a positive electrode collector, the negative electrode includes a negative electrode non-coating portion that is not coated with an active material in a portion of a negative electrode collector, the non-coating portions are disposed in at least one of upper and lower portions of the electrode assembly in a longitudinal direction of the electrodes, a positive electrode tab and a negative electrode tab are connected to the non-coating portions the separator is a complex porous separator including a substrate coated with a binder polymer or an organic/inorganic mixture formed of a binder polymer and inorganic particles, characterized in that the electrode assembly comprises an integral laminated structure of the positive electrode, the separator, and the negative electrode.