mhurhangee/ep-ind-claims huggingface dataset:
An assisting apparatus comprising: a base capable of moving with a care receiver placed on the base; characterized by: an elevator that is supported by the base in a vertically movable manner and supplied with power by a battery power supply; a pivot member that is supported by the elevator in a pivotable manner; a holder that is supported by the pivot member and holds an upper body of the care receiver, and by pivoting forward from a sitting posture, puts the care receiver into a transferring posture; a first handle portion, being provided on the pivot member or the holder, which is arranged on a front of the holder in the transferring posture; and a second handle portion, being provided on the pivot member or the holder, which is arranged on an underside of the holder in the transferring posture. a base capable of moving with a care receiver placed on the base; characterized by: an elevator that is supported by the base in a vertically movable manner and supplied with power by a battery power supply; a pivot member that is supported by the elevator in a pivotable manner; a holder that is supported by the pivot member and holds an upper body of the care receiver, and by pivoting forward from a sitting posture, puts the care receiver into a transferring posture; a first handle portion, being provided on the pivot member or the holder, which is arranged on a front of the holder in the transferring posture; and a second handle portion, being provided on the pivot member or the holder, which is arranged on an underside of the holder in the transferring posture. an elevator that is supported by the base in a vertically movable manner and supplied with power by a battery power supply; a pivot member that is supported by the elevator in a pivotable manner; a holder that is supported by the pivot member and holds an upper body of the care receiver, and by pivoting forward from a sitting posture, puts the care receiver into a transferring posture; a first handle portion, being provided on the pivot member or the holder, which is arranged on a front of the holder in the transferring posture; and a second handle portion, being provided on the pivot member or the holder, which is arranged on an underside of the holder in the transferring posture.
Rotor for a metering house at a seed drill for sowing of seed or other granular material, which metering house comprises a house and a within this house controllably driven rotor for dosing of seed, wherein means (28, 29, 33) are arranged so as at increased torque in at least one place along the periphery of the rotor to decrease the outer diameter of the rotor at least in this place, said rotor being divided into two concentrically mounted parts, an outer dosing part and an inner hub part, where the dosing part is adapted to enclose the hub part, said dosing part having in the circumferential direction generally uniformly distributed depressions for dosing of the seed, characterised in that said outer peripheral part of the rotor being connected with its hub by means of at least one elastic bar extending in the longitudinal direction of the rotor and inwards to the hub, each said bar having at its inner end an elongated fixing rib, wherein each fixing rib is adapted to be received in an elongated recess of corresponding shape in the hub part.
Apparatus for triggering a fall risk alert to a person, the apparatus comprising: a fall sensor configured to evaluate motions of the person so as to obtain a first fall risk value; a risk calculator configured to determine a second fall risk value based on a set of parameters using weights, an adaption unit configured to adapt a weight of the weights, by applying an adaptive learning mechanism based on the first fall risk value; and wherein the apparatus is configured to trigger the fall risk alert depending on the second fall risk value, and, characterized in that the set of parameters comprises environmental conditions, and H the apparatus is configured to adjust a sensitivity of the fall sensor using the second fall risk value, and wherein the apparatus further comprises a route planer configured to determine a route from a first position to a second position, wherein the route planer is further configured to adapt the route according to the second fall risk value so as to avoid places where other persons had an increased probability of falling, wherein these places were previously identified based on crowdsourced analytics of falling data and context. a fall sensor configured to evaluate motions of the person so as to obtain a first fall risk value; a risk calculator configured to determine a second fall risk value based on a set of parameters using weights, an adaption unit configured to adapt a weight of the weights, by applying an adaptive learning mechanism based on the first fall risk value; and wherein the apparatus is configured to trigger the fall risk alert depending on the second fall risk value, and, characterized in that the set of parameters comprises environmental conditions, and H the apparatus is configured to adjust a sensitivity of the fall sensor using the second fall risk value, and wherein the apparatus further comprises a route planer configured to determine a route from a first position to a second position, wherein the route planer is further configured to adapt the route according to the second fall risk value so as to avoid places where other persons had an increased probability of falling, wherein these places were previously identified based on crowdsourced analytics of falling data and context.
Method for automated functional monitoring of an HVAC (heating, ventilation and air-conditioning) system which comprises a) a fluid flow duct, b) a fluid flow valve which is arranged therein and has a valve body in the fluid flow duct and a valve motor which moves the valve body, c) a control circuit for actuating the valve motor, d) a sensor (8; 28) in the fluid flow duct (1; 20) and e) an evaluation module for evaluating signals of the sensor, having the following steps: f) predefining a first actuation signal to the valve motor by means of the control circuit, wherein the actuation signal corresponds to a first setpoint position of the valve body, g) registering a first signal of the sensor by means of the evaluation module, and h) determining a functional diagnosis of the fluid flow valve on the basis of the first signal of the sensor, characterized in that the first setpoint position is a closed position of the valve body (5, 21). a) a fluid flow duct, b) a fluid flow valve which is arranged therein and has a valve body in the fluid flow duct and a valve motor which moves the valve body, c) a control circuit for actuating the valve motor, d) a sensor (8; 28) in the fluid flow duct (1; 20) and e) an evaluation module for evaluating signals of the sensor, f) predefining a first actuation signal to the valve motor by means of the control circuit, wherein the actuation signal corresponds to a first setpoint position of the valve body, g) registering a first signal of the sensor by means of the evaluation module, and h) determining a functional diagnosis of the fluid flow valve on the basis of the first signal of the sensor,
A drawer-type circuit breaker comprising: a drawer frame; a circuit breaker body which is mountable to the drawer frame; a circuit-breaker-side conductor provided so as to protrude from the circuit breaker body; and a terminal unit (71, 72, 73) detachably provided in the drawer frame, wherein the terminal unit (71, 72, 73) includes an insulation base, a drawer-frame-side conductor inserted into the insulation base and fixed in a detachable manner, a connector engaged with an end of the drawer-frame-side conductor, the connector being connected to the circuit-breaker-side conductor in an extractable manner, and a terminal (5a, 5b) provided to another end of the drawer-frame-side wherein an individual terminal unit (71, 72, 73) is provided for each phase, the terminal unit (71, 72, 73) being detachably provided in the drawer frame on a phase-by-phase basis; characterized in that the circuit breaker body is movable via an extendable guide provided to the drawer frame; one single one-piece insulation base hosting both the drawer-frame-side conductor and the terminal (5a, 5b) is provided for each terminal unit (71, 72, 73), the drawer-frame-side conductor includes a terminal conductor having a terminal (5a, 5b), and a relay terminal conductor having a Y shape at a tip end thereof, wherein the relay terminal conductor and the terminal conductor are integrally formed and inserted into the insulation base so as to be fixed. a drawer frame; a circuit breaker body which is mountable to the drawer frame; a circuit-breaker-side conductor provided so as to protrude from the circuit breaker body; and a terminal unit (71, 72, 73) detachably provided in the drawer frame, wherein an insulation base, a drawer-frame-side conductor inserted into the insulation base and fixed in a detachable manner, a connector engaged with an end of the drawer-frame-side conductor, the connector being connected to the circuit-breaker-side conductor in an extractable manner, and a terminal (5a, 5b) provided to another end of the drawer-frame-side wherein an individual terminal unit (71, 72, 73) is provided for each phase, the terminal unit (71, 72, 73) being detachably provided in the drawer frame on a phase-by-phase basis; characterized in that the circuit breaker body is movable via an extendable guide provided to the drawer frame; one single one-piece insulation base hosting both the drawer-frame-side conductor and the terminal (5a, 5b) is provided for each terminal unit (71, 72, 73), the drawer-frame-side conductor includes a terminal conductor having a terminal (5a, 5b), and a relay terminal conductor having a Y shape at a tip end thereof, wherein the relay terminal conductor and the terminal conductor are integrally formed and inserted into the insulation base so as to be fixed.
Insensitive active explosive composition comprising an explosive and a stabilizer, wherein the stabilizer comprises at least one ionic liquid, wherein the active explosive composition further comprises a binder, wherein the binder comprises a polar polymer or polar macromolecule or a polymer or macromolecule which is soluble in the ionic liquid or can be swelled thereby.
A benzo[k] fluoranthene compound represented by the following general formula: wherein X 7 and X 12 each independently represents an aryl-substituted or unsubstituted aryl group having 5 to 50 carbon atoms forming a ring; and X 3 represents a group Ar 1 -Ar 2, wherein Ar 1 represents a substituted or unsubstituted aryl group having 5 to 50 atoms forming a ring, and Ar 2 represents a cyano-substituted or unsubstituted aryl group having 5 to 50 atoms forming a ring, and further Ar 1 and Ar 2 may bond each other to form a cyclic structure, with the proviso that none of X 3, X 7 and X 12 contains a benzo[k]fluoranthene skeleton and the case where X 3 corresponds to an α-naphthyl group is excluded, and with the further proviso, that the following compounds are excluded:
Amine of the formula where n is 2 or 3, R is a hydrogen radical or is methyl or phenyl, and A is an n-valent hydrocarbon radical having 5 to 20 C atoms which optionally contains oxygen or sulfur or nitrogen atoms and which comprises at least one cycloaliphatic or aromatic ring. n is 2 or 3, R is a hydrogen radical or is methyl or phenyl, and A is an n-valent hydrocarbon radical having 5 to 20 C atoms which optionally contains oxygen or sulfur or nitrogen atoms and which comprises at least one cycloaliphatic or aromatic ring.
A network node of a cellular network comprising: at least one processor; and at least one memory storing software instructions that, when executed by the at least one processor, cause the network node to: receive (420, 422) from a link budget limited cellular communication device, prior to initiation of a cellular connection between the link budget limited cellular communication device and a base station of the cellular network, requested values of one or more cellular settings for the cellular connection; determine approved values for the one or more cellular settings in response to receiving the requested values of the one or more cellular settings from the link budget limited cellular communication device; communicate (424, 426) the approved values for the one or more cellular settings to the link budget limited cellular communication device, prior to initiation of the cellular connection; and communicate, the approved values for the one or more cellular settings to the base station of the cellular network, prior to initiation of the cellular connection. at least one processor; and at least one memory storing software instructions that, when executed by the at least one processor, cause the network node to: receive (420, 422) from a link budget limited cellular communication device, prior to initiation of a cellular connection between the link budget limited cellular communication device and a base station of the cellular network, requested values of one or more cellular settings for the cellular connection; determine approved values for the one or more cellular settings in response to receiving the requested values of the one or more cellular settings from the link budget limited cellular communication device; communicate (424, 426) the approved values for the one or more cellular settings to the link budget limited cellular communication device, prior to initiation of the cellular connection; and communicate, the approved values for the one or more cellular settings to the base station of the cellular network, prior to initiation of the cellular connection. receive (420, 422) from a link budget limited cellular communication device, prior to initiation of a cellular connection between the link budget limited cellular communication device and a base station of the cellular network, requested values of one or more cellular settings for the cellular connection; determine approved values for the one or more cellular settings in response to receiving the requested values of the one or more cellular settings from the link budget limited cellular communication device; communicate (424, 426) the approved values for the one or more cellular settings to the link budget limited cellular communication device, prior to initiation of the cellular connection; and communicate, the approved values for the one or more cellular settings to the base station of the cellular network, prior to initiation of the cellular connection.
A liquid jet head comprising: a head chip including a channel configured to be filled with liquid; a manifold configured to support the head chip, the manifold including a liquid flow path communicating with the channel; and a heating mechanism (53, 65)configured to heat the liquid inside the liquid flow path, the heating mechanism being supported on the manifold, characterised in that the liquid flow path extends in a meandering manner. a head chip including a channel configured to be filled with liquid; a manifold configured to support the head chip, the manifold including a liquid flow path communicating with the channel; and a heating mechanism (53, 65)configured to heat the liquid inside the liquid flow path, the heating mechanism being supported on the manifold, characterised in that the liquid flow path extends in a meandering manner.
A neutron detection system (300, 400, 500, 600) comprising: a containment vessel (4, 604); a reactor vessel (2, 602) at least partially contained within the containment vessel (4, 604); a neutron detection device (325, 425, 525, 625) configured to detect neutrons generated within the reactor vessel (2, 602); a containment medium (310, 320, 410, 420, 520) housed in a containment region (14, 414, 514, 614) located intermediate the reactor vessel (2, 602) and the containment vessel (4, 604), wherein a neutron attenuation coefficient is associated with the containment medium (310, 320, 410, 420, 520); a reactor medium housed in the reactor vessel (2, 602); a neutron path device (475, 575, 675, 700) at least partially located between the reactor vessel (2, 602) and the containment vessel (4, 604); and a neutron path medium (430, 530) contained within the neutron path device (475, 575, 675, 700), wherein the neutron path device (475, 575, 675, 700) is configured to provide a neutron path (340, 440, 540, 640, 740) between a neutron source (450, 550, 650) and the neutron detection device (325, 425, 525, 625) through the neutron path medium (430, 530), and wherein a neutron attenuation coefficient associated with the neutron path medium (430, 530) is less than a neutron attenuation coefficient associated with the reactor medium, characterized in that the neutron detection device (325, 425, 525, 625) is located outside of the containment vessel (4, 604). a containment vessel (4, 604); a reactor vessel (2, 602) at least partially contained within the containment vessel (4, 604); a neutron detection device (325, 425, 525, 625) configured to detect neutrons generated within the reactor vessel (2, 602); a containment medium (310, 320, 410, 420, 520) housed in a containment region (14, 414, 514, 614) located intermediate the reactor vessel (2, 602) and the containment vessel (4, 604), wherein a neutron attenuation coefficient is associated with the containment medium (310, 320, 410, 420, 520); a reactor medium housed in the reactor vessel (2, 602); a neutron path device (475, 575, 675, 700) at least partially located between the reactor vessel (2, 602) and the containment vessel (4, 604); and a neutron path medium (430, 530) contained within the neutron path device (475, 575, 675, 700), wherein the neutron path device (475, 575, 675, 700) is configured to provide a neutron path (340, 440, 540, 640, 740) between a neutron source (450, 550, 650) and the neutron detection device (325, 425, 525, 625) through the neutron path medium (430, 530), and wherein a neutron attenuation coefficient associated with the neutron path medium (430, 530) is less than a neutron attenuation coefficient associated with the reactor medium, characterized in that the neutron detection device (325, 425, 525, 625) is located outside of the containment vessel (4, 604).
A holding structure for simultaneously holding a plurality of containers (50, 51) for substances for pharmaceutical, medical or cosmetic applications, comprising a plurality of receptacles for receiving the containers (50, 51), whereby the receptacles a. are arranged in a regular array, and b. of respective circumferentially formed side walls, wherein an upper side of the holding structure is formed as a plate-shaped support, wherein the side walls and receptacles project vertically from the plate-shaped support, wherein a side wall is formed as a common partition between each two directly adjacent receptacles of the plurality of receptacles, characterized in that the receptacles are each octagonal when viewed from above, and each of four adjacent receptacles arranged in a diamond-shaped arrangement enclose a central connecting portion whose thickness is greater than the thickness of the common partition walls. whereby the receptacles a. are arranged in a regular array, and b. of respective circumferentially formed side walls, a. are arranged in a regular array, and b. of respective circumferentially formed side walls, wherein an upper side of the holding structure is formed as a plate-shaped support, wherein the side walls and receptacles project vertically from the plate-shaped support, wherein a side wall is formed as a common partition between each two directly adjacent receptacles of the plurality of receptacles, characterized in that the receptacles are each octagonal when viewed from above, and each of four adjacent receptacles arranged in a diamond-shaped arrangement enclose a central connecting portion whose thickness is greater than the thickness of the common partition walls.
A surgical stapling instrument for applying one or more surgical staples to tissue, comprising: a handle assembly; a shaft assembly coupled to said handle assembly and movably supporting a trocar assembly therein; a stapling head assembly operably coupled to said shaft assembly, said stapling head assembly comprising: a staple cartridge for supporting one or more surgical staples; a staple driver for engaging and driving the staples from said staple cartridge; and a knife movably supported in said stapling head assembly; a drive system (14, 54, 55) for applying drive motions to said staple driver and said knife; an anvil removably attachable to a distal end of said trocar assembly; an illumination device attached to said anvil, said illumination device electrically connected to a source of electrical current; and at least one sensor electrically coupled to said source of electrical current and said illumination device; characterized in that said at least one sensor is on one of said anvil and said trocar assembly and is electrically coupled such that when said anvil is attached to said distal end portion of said trocar assembly, electrical current flows from said source of electrical current to said illumination device. a handle assembly; a shaft assembly coupled to said handle assembly and movably supporting a trocar assembly therein; a stapling head assembly operably coupled to said shaft assembly, said stapling head assembly comprising: a staple cartridge for supporting one or more surgical staples; a staple driver for engaging and driving the staples from said staple cartridge; and a knife movably supported in said stapling head assembly; a staple cartridge for supporting one or more surgical staples; a staple driver for engaging and driving the staples from said staple cartridge; and a knife movably supported in said stapling head assembly; a drive system (14, 54, 55) for applying drive motions to said staple driver and said knife; an anvil removably attachable to a distal end of said trocar assembly; an illumination device attached to said anvil, said illumination device electrically connected to a source of electrical current; and at least one sensor electrically coupled to said source of electrical current and said illumination device; characterized in that said at least one sensor is on one of said anvil and said trocar assembly and is electrically coupled such that when said anvil is attached to said distal end portion of said trocar assembly, electrical current flows from said source of electrical current to said illumination device.
A thermo-sensitive light-adjusting material, characterized in that, the thermo-sensitive light-adjusting material is produced by photo- or thermo-polymerizing a polymer polyol and a hydroxyl-terminated polymer prepared by reacting a polymer polyol and diisocyanate in the amount of 18-84 % by weight, and a hydroxyl-containing carbon-carbon unsaturated monomer in the amount of 15-80% by weight, wherein the polymer polyol is at least one of polyether polyols, aliphatic polyester polyols, and hydroxyl-terminated polymers prepared by reacting a polymer polyol and a diisocyanate, and the molecular weight of the polymer polyol is about 600-4000 g/mol, and the molecular weight of the hydroxyl-terminated polymer is about 6000-20000 g/mol; wherein the polyether polyols are selected form polyethylene oxide polyols, polypropylene oxide polyols, poly-tetrahydrofuran polyols, and polystyrene oxide polyols; and the aliphatic polyester polyols are selected from polyester polyols prepared by reacting dicarboxylic acids and diols with 4-8 carbon atoms, and polyester polyols prepared by reacting a hydroxyl aliphatic acid with 4-8 carbon atoms, and wherein the thermo-sensitive light-adjusting material with the thickness of 0.6 mm has a optical transmittance of more than 70% when it is in transparent state, and has a transmittance of less than 10% when it is in cloudy state, and the transition temperature difference between the two states is more than 20 °C.