mhurhangee/ep-ind-claims huggingface dataset:
A slave module for monitoring an electric system, the slave module transmitting data to a master module via a serial bus, the slave module comprising: a data transmitting/receiving unit configured to receive request data from the master module and transmit response data to the master module via the serial bus; and a data converting unit configured to convert the request data into first digital data and convert second digital data, coming from an asynchronous receiver/transmitter, into the response data; characterized in, that the slave module further comprises: a determining unit configured to determine that the serial bus is in inactive state if the first digital data and the second digital data have a value of 1; and a data processing unit configured to transmit emergency data to the master module via the serial bus if it is determined that the serial bus is in the inactive state. a data transmitting/receiving unit configured to receive request data from the master module and transmit response data to the master module via the serial bus; and a data converting unit configured to convert the request data into first digital data and convert second digital data, coming from an asynchronous receiver/transmitter, into the response data; characterized in, that the slave module further comprises: a determining unit configured to determine that the serial bus is in inactive state if the first digital data and the second digital data have a value of 1; and a data processing unit configured to transmit emergency data to the master module via the serial bus if it is determined that the serial bus is in the inactive state. a determining unit configured to determine that the serial bus is in inactive state if the first digital data and the second digital data have a value of 1; and a data processing unit configured to transmit emergency data to the master module via the serial bus if it is determined that the serial bus is in the inactive state.
A key (2, 3) for a keyboard instrument, the key being mounted in a state engaged with a pin (11, 12) and being pivotally moved in accordance with depression of the key, comprising: a key stick (2a, 3a) that has a pin hole (4, 5) formed therein, said pin hole (4, 5) having left and right wall surfaces (4c, 5a) opposed to each other and extending in the front-rear direction, and opening downward, said key stick (2a, 3a) being pivotally engaged with the pin (11, 12) via the pin hole (4, 5), the key being characterised in that it comprises sheets of bushing cloth (4d, 5b) that are each made of fluorocarbon resin fibers, and are affixed to said left and right wall surfaces (4c, 5a) of said pin hole (4, 5), respectively. a key stick (2a, 3a) that has a pin hole (4, 5) formed therein, said pin hole (4, 5) having left and right wall surfaces (4c, 5a) opposed to each other and extending in the front-rear direction, and opening downward, said key stick (2a, 3a) being pivotally engaged with the pin (11, 12) via the pin hole (4, 5), the key being characterised in that it comprises sheets of bushing cloth (4d, 5b) that are each made of fluorocarbon resin fibers, and are affixed to said left and right wall surfaces (4c, 5a) of said pin hole (4, 5), respectively.
An artificial foot with a longitudinal axis extending from a heel area to a toe area, a length, a width and a height, a connection to a lower leg part, an upper supporting structure in the direction of height, an elastic sole structure extending from the heel area to the toe area and an elastic connecting element arranged between the upper supporting structure and the sole structure, wherein the upper supporting structure is connected to the sole structure approximately in the middle of the foot with respect to its length by means of a coupling system which allows a relative tilting motion between supporting structure and sole structure wherein the coupling system is arranged to keep the distance between supporting structure and sole structure in the middle of the coupling system constant, at least while the patient places weight on it when standing, and wherein the transfer of forces of the lower leg part to the sole structure is made at a defined introductory point approximately in the centre of the foot, characterized in that the upper support structure consists of a material having an elasticity clearly less than the elasticity of the sole structure.
Microcapsule formulations composed of A) a particulate disperse phase of microcapsules which have • polyurea and/or polyurethane coatings with average layer thicknesses of between 5 and 20 nm and which are composed of, • as capsule filling, - at least one penetrant and, - at least one additive selected from the group consisting of the anionic or neutral emulsifiers and the aromatic hydrocarbons as solvents, and B) a suspension comprising • at least one solid agrochemical active compound, • additives, • water. A) a particulate disperse phase of microcapsules which have • polyurea and/or polyurethane coatings with average layer thicknesses of between 5 and 20 nm and which are composed of, • as capsule filling, - at least one penetrant and, - at least one additive selected from the group consisting of the anionic or neutral emulsifiers and the aromatic hydrocarbons as solvents, and • polyurea and/or polyurethane coatings with average layer thicknesses of between 5 and 20 nm and which are composed of, • as capsule filling, - at least one penetrant and, - at least one additive selected from the group consisting of the anionic or neutral emulsifiers and the aromatic hydrocarbons as solvents, - at least one penetrant and, - at least one additive selected from the group consisting of the anionic or neutral emulsifiers and the aromatic hydrocarbons as solvents, B) a suspension comprising • at least one solid agrochemical active compound, • additives, • water. • at least one solid agrochemical active compound, • additives, • water.
A vehicle seat comprising: a bottom plate; a seating portion; and side portions, wherein the vehicle seat is configured to be shifted between a seated state and a tip-up state by a rotation mechanism, wherein the seating portion and the side portions are covered by a surface material, and wherein a recessed portion for the rotation mechanism is formed at the side portion facing the rotation mechanism, wherein the recessed portion is a cut portion formed by cutting out the bottom plate, characterized in that the surface material is configured by a large portion that covers the seating portion, side gusset portions that cover the side portions, and a cover member that covers an outside of the recessed portion, the cut portion is covered by the side gusset portion of the surface material that is attached along the cut portion, and the cover member covers the outside of the recessed portion such that, even when the side portion at which the recessed portion is formed is exposed to the outside, the recessed portion is not exposed to the outside. a bottom plate; a seating portion; and side portions, wherein the vehicle seat is configured to be shifted between a seated state and a tip-up state by a rotation mechanism, wherein the seating portion and the side portions are covered by a surface material, and wherein a recessed portion for the rotation mechanism is formed at the side portion facing the rotation mechanism, wherein the recessed portion is a cut portion formed by cutting out the bottom plate, characterized in that the surface material is configured by a large portion that covers the seating portion, side gusset portions that cover the side portions, and a cover member that covers an outside of the recessed portion, the cut portion is covered by the side gusset portion of the surface material that is attached along the cut portion, and the cover member covers the outside of the recessed portion such that, even when the side portion at which the recessed portion is formed is exposed to the outside, the recessed portion is not exposed to the outside.
An encrypted channel establishment method for establishing an encrypted channel between a first node and a second node in a network (2000, 3000) deploying a TLS protocol comprising the steps of: exchanging at least one first encryption key over a quantum physical channel by a first quantum key distribution system (2510, 4510) connected to the first node and by a second quantum key distribution system (2510, 4510) connected to the second node, characterized by exchanging quantum encryption keys identifiers between the first node and the second node using a modified TLS protocol comprising a field for said quantum encryption keys identifiers, wherein the quantum encryption keys identifiers at least identifies the at least one first encryption key, deciding at the second node what level of encryption to use for the encrypted channel among at least a first encryption level, based on the first encryption key, and a second encryption level, established in a legacy TLS encryption establishment step, based on a second encryption key, exchanged over a physical channel different from the quantum physical channel. exchanging at least one first encryption key over a quantum physical channel by a first quantum key distribution system (2510, 4510) connected to the first node and by a second quantum key distribution system (2510, 4510) connected to the second node, characterized by exchanging quantum encryption keys identifiers between the first node and the second node using a modified TLS protocol comprising a field for said quantum encryption keys identifiers, wherein the quantum encryption keys identifiers at least identifies the at least one first encryption key, deciding at the second node what level of encryption to use for the encrypted channel among at least a first encryption level, based on the first encryption key, and a second encryption level, established in a legacy TLS encryption establishment step, based on a second encryption key, exchanged over a physical channel different from the quantum physical channel.
A machine for making liquid or semi-liquid products, characterized in that it comprises: - a first processing container for processing a basic liquid or semi-liquid product and defining a processing chamber; - a cooling cylinder mounted inside the first container; - a rotary stirrer mounted inside the first container and outside the cooling cylinder; - a second processing container provided with a stirrer mounted in it, configured to stir the liquid or semi-liquid product inside the second container; - a thermal treatment system provided with at least a first exchanger associated with the cooling cylinder and provided with a second heat exchanger associated with the second processing container; - a connecting duct designed to connect the second processing container to the first processing container to transfer the basic liquid or semi-liquid product from the second processing container to the first processing container; - a dispensing device associated with the first processing container to deliver the liquid or semi-liquid product to the outside, wherein the machine comprises a shutoff valve configured to close the connecting duct between the first container and the second container, and wherein the shutoff valve is defined by a further duct provided with an internal longitudinal through cavity, the further duct being movable vertically between a closed position where the connecting duct is closed and an open position where the connecting duct is open. - a first processing container for processing a basic liquid or semi-liquid product and defining a processing chamber; - a cooling cylinder mounted inside the first container; - a rotary stirrer mounted inside the first container and outside the cooling cylinder; - a second processing container provided with a stirrer mounted in it, configured to stir the liquid or semi-liquid product inside the second container; - a thermal treatment system provided with at least a first exchanger associated with the cooling cylinder and provided with a second heat exchanger associated with the second processing container; - a connecting duct designed to connect the second processing container to the first processing container to transfer the basic liquid or semi-liquid product from the second processing container to the first processing container; - a dispensing device associated with the first processing container to deliver the liquid or semi-liquid product to the outside, wherein the machine comprises a shutoff valve configured to close the connecting duct between the first container and the second container, and wherein the shutoff valve is defined by a further duct provided with an internal longitudinal through cavity, the further duct being movable vertically between a closed position where the connecting duct is closed and an open position where the connecting duct is open.
A liquid food or beverage preparation machine comprising a fluid arrangement and a printed circuit board, in particular a printed circuit board bearing a control unit for controlling one or more functions of the fluid arrangement, said printed circuit board being enclosed within a substantially impervious housing to protect the printed circuit board from fluid and/or vapor emissions from the fluid arrangement, wherein the printed circuit board is rigidly connected to a flow meter, in particular a magnetic flow meter, characterised in that the flow meter comprises: a magnetic field detector that is incorporated into the printed circuit board and a rotatable magnetic helix or turbine which is located within a duct or pipe that is arranged for circulating liquid therein and that is rigidly secured to the printed circuit board.
A process for preparing a polyolefin having at least one functionalized chain end, according to the following step (a): (a) preparing a compound of formula, by homopolymerization of ethylene or by copolymerization of ethylene and an alpha-mono-olefin in the presence of a transfer agent of formula Y((CH 2) p B') m: Y(A-(CH 2) p -B') m Y((CH 2) p B') m wherein ∘ when m = 2, Y is an alkaline earth metal or zinc, and when m = 3, Y is aluminium; ∘ A is a polymer chain obtained by homopolymerization of ethylene or by copolymerization of ethylene and an alpha-mono-olefin; ∘ B' is selected from the group comprising N(SiMe 3) 2; N(SiMe 2 CH 2 CH 2 SiMe 2); para-C 6 H 4 (NMe 2); para-C 6 H 4 (OMe); C 6 H 4 (N(SiMe 3) 2); ortho-CH 2 -C 6 H 4 NMe 2; ortho-CH 2 -C 6 H 4 OMe; C 3 F 7; C 6 F 13; CH(OCH 2 CH 2 O); ∘ p is an integer from 0 to 50, advantageously from 0 to 11. (a) preparing a compound of formula, by homopolymerization of ethylene or by copolymerization of ethylene and an alpha-mono-olefin in the presence of a transfer agent of formula Y((CH 2) p B') m: Y(A-(CH 2) p -B') m Y((CH 2) p B') m wherein ∘ when m = 2, Y is an alkaline earth metal or zinc, and when m = 3, Y is aluminium; ∘ A is a polymer chain obtained by homopolymerization of ethylene or by copolymerization of ethylene and an alpha-mono-olefin; ∘ B' is selected from the group comprising N(SiMe 3) 2; N(SiMe 2 CH 2 CH 2 SiMe 2); para-C 6 H 4 (NMe 2); para-C 6 H 4 (OMe); C 6 H 4 (N(SiMe 3) 2); ortho-CH 2 -C 6 H 4 NMe 2; ortho-CH 2 -C 6 H 4 OMe; C 3 F 7; C 6 F 13; CH(OCH 2 CH 2 O); ∘ p is an integer from 0 to 50, advantageously from 0 to 11. ∘ when m = 2, Y is an alkaline earth metal or zinc, and when m = 3, Y is aluminium; ∘ A is a polymer chain obtained by homopolymerization of ethylene or by copolymerization of ethylene and an alpha-mono-olefin; ∘ B' is selected from the group comprising N(SiMe 3) 2; N(SiMe 2 CH 2 CH 2 SiMe 2); para-C 6 H 4 (NMe 2); para-C 6 H 4 (OMe); C 6 H 4 (N(SiMe 3) 2); ortho-CH 2 -C 6 H 4 NMe 2; ortho-CH 2 -C 6 H 4 OMe; C 3 F 7; C 6 F 13; CH(OCH 2 CH 2 O); ∘ p is an integer from 0 to 50, advantageously from 0 to 11.
An integrated circuit, comprising: - at least three processing units, PU's, each PU comprising an active-part and an interface point, and; - a multi-level metallization comprising: a connection-part of the PU, an interconnection connecting the three PU's at the interface points of each PU, thereby enabling point-to-two-point communication between the three PU's over the interconnection; characterized in that, the interconnection comprises three interconnect segments and a first three-way switch embedded in the multi-level metallization, the three-way switch being connected to interface point of the three PU's through the three interconnect segments, wherein the interface points, of each of the three PU's with its corresponding interconnect segment form the corners of an acute angle triangle, and wherein the first three-way switch is located in the acute angle triangle. - at least three processing units, PU's, each PU comprising an active-part and an interface point, and; - a multi-level metallization comprising: a connection-part of the PU, an interconnection connecting the three PU's at the interface points of each PU, thereby enabling point-to-two-point communication between the three PU's over the interconnection;
A surgical device, comprising: a tissue compression device (50, 60) having a pair of opposing compression surfaces; a mechanical binary-output electrical switch having open and closed electrical switching states initiated and changed solely by mechanical movements; and a biasing device mechanically coupled to the switch and retaining the switch in one of the switching states until a force at least as great as a force imposed by the biasing device is imparted to the switch, a feedback controller electrically connected to the switch such that, when a state change occurs, the state change is communicated to the feedback controller, characterized in that the switch is disposed in line with the tissue compression device (50, 60) to cause a corresponding amount of force that is placed upon compressed tissue disposed between the opposing compression surfaces to be placed upon the switch; the force imposed by the biasing device corresponds to an optimal compression force of the compressed tissue when disposed between the opposing compression surfaces; and the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal tissue compression force on the compressed tissue for a preprogrammed desiccation period. a tissue compression device (50, 60) having a pair of opposing compression surfaces; a mechanical binary-output electrical switch having open and closed electrical switching states initiated and changed solely by mechanical movements; and a biasing device mechanically coupled to the switch and retaining the switch in one of the switching states until a force at least as great as a force imposed by the biasing device is imparted to the switch, a feedback controller electrically connected to the switch such that, when a state change occurs, the state change is communicated to the feedback controller, characterized in that the switch is disposed in line with the tissue compression device (50, 60) to cause a corresponding amount of force that is placed upon compressed tissue disposed between the opposing compression surfaces to be placed upon the switch; the force imposed by the biasing device corresponds to an optimal compression force of the compressed tissue when disposed between the opposing compression surfaces; and the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal tissue compression force on the compressed tissue for a preprogrammed desiccation period. the switch is disposed in line with the tissue compression device (50, 60) to cause a corresponding amount of force that is placed upon compressed tissue disposed between the opposing compression surfaces to be placed upon the switch; the force imposed by the biasing device corresponds to an optimal compression force of the compressed tissue when disposed between the opposing compression surfaces; and the tissue compression device operates dependent upon a signal from the feedback controller to maintain the optimal tissue compression force on the compressed tissue for a preprogrammed desiccation period.
A process for the production of D-sorbitol from a mixture of gluconolactone and sorbitol comprising the steps of: (a) conversion of sucrose into a mixture of gluconolactone and sorbitol via chemical or enzymatic conversion, and (b) hydrogenation of the mixture of step (a) to a product with a percentage of D-sorbitol in the range of 87%, said hydrogenation being in the presence of a transition metal-based complex comprising a transition metal selected from Ru or Ir, said complex comprising one or more organic ligand(s) containing nitrogen, phosphorus and/or carbene-type donor(s)and wherein the percentage of gluconolactone after the hydrogenation-step is less than 10%. (a) conversion of sucrose into a mixture of gluconolactone and sorbitol via chemical or enzymatic conversion, and (b) hydrogenation of the mixture of step (a) to a product with a percentage of D-sorbitol in the range of 87%, said hydrogenation being in the presence of a transition metal-based complex comprising a transition metal selected from Ru or Ir, said complex comprising one or more organic ligand(s) containing nitrogen, phosphorus and/or carbene-type donor(s)and wherein the percentage of gluconolactone after the hydrogenation-step is less than 10%.
A magnetization apparatus for a magnet of a magnetic encoder, the magnetization apparatus being configured to alternately form a positive and a negative magnetization area by moving a magnetic member along a route penetrating a gap of a magnetization yoke while alternately generating positive and negative magnetic fields in the gap of the magnetization yoke, the magnetization apparatus comprising: a power supply part configured to supply electric power to a coil wound around the magnetization yoke; an area setting part configured to receive magnetization pattern information specifying the widths of the positive magnetization area and the negative magnetization area; a positional information generation part configured to output positional information of the magnetic member moving along the route in real time; and a control part configured to control the power supply part in such a manner that each portion of the magnetic member corresponding to the magnetization area specified in the magnetization pattern information receives corresponding positive or negative magnetic field based on the positional information outputted from the positional information generation part. a power supply part configured to supply electric power to a coil wound around the magnetization yoke; an area setting part configured to receive magnetization pattern information specifying the widths of the positive magnetization area and the negative magnetization area; a positional information generation part configured to output positional information of the magnetic member moving along the route in real time; and a control part configured to control the power supply part in such a manner that each portion of the magnetic member corresponding to the magnetization area specified in the magnetization pattern information receives corresponding positive or negative magnetic field based on the positional information outputted from the positional information generation part.