mhurhangee/ep-ind-claims huggingface dataset:
A system for configuring building technology operating devices (GTG1, GTG2, GTG3), in particular operating devices for lighting means, having - a central communication unit, which is functionally connected to a data storage unit, and is configured to retrieve information from the data storage unit and optionally also to store information there, and - at least one operating device, which is connected to the central communication unit via a network, characterized in that the at least one operating device is configured to transmit a network identifier to the central communication unit, and wherein the central communication unit is configured, to determine an item of location-based information by means of the data storage unit on the basis of the transmitted network identifier and to store the determined location-based information in association with the network identifier and/or to transmit the determined location-based information to the at least one operating device, wherein the data storage unit has a Geo-IP database for determining the location-based information, characterized in that the data storage unit is configured to store operating parameters for the at least one operating device (GTG1-GTG3), and with the location-based information to provide operating parameters for the at least one operating device (GTG1-GTG3) with respect to the network identifier. - a central communication unit, which is functionally connected to a data storage unit, and is configured to retrieve information from the data storage unit and optionally also to store information there, and - at least one operating device, which is connected to the central communication unit via a network, characterized in that the at least one operating device is configured to transmit a network identifier to the central communication unit, and wherein the central communication unit is configured, to determine an item of location-based information by means of the data storage unit on the basis of the transmitted network identifier and to store the determined location-based information in association with the network identifier and/or to transmit the determined location-based information to the at least one operating device,
A waterproof structure of an electronic unit comprising: a case that defines a housing portion housing a first terminal and has an open portion capable of opening the housing portion; a connector including an insulating body attached to the case and a second terminal supported by the insulating body and connecting a conductor end portion of a cable to the first terminal; and a potting resin, wherein the insulating body includes a wall portion that partitions a part of the housing portion by covering the open portion, and a cable lead-in portion that defines a cable lead-in hole for leading the cable into the case and is joined to the wall portion, the potting resin is filled in a space between an inner periphery of the cable lead-in hole and an outer periphery of the cable and the housing portion and cured. a case that defines a housing portion housing a first terminal and has an open portion capable of opening the housing portion; a connector including an insulating body attached to the case and a second terminal supported by the insulating body and connecting a conductor end portion of a cable to the first terminal; and a potting resin, wherein the insulating body includes a wall portion that partitions a part of the housing portion by covering the open portion, and a cable lead-in portion that defines a cable lead-in hole for leading the cable into the case and is joined to the wall portion, the potting resin is filled in a space between an inner periphery of the cable lead-in hole and an outer periphery of the cable and the housing portion and cured.
A marine vessel comprising: a suspension system; a body portion; and at least a left hull and a right hull; the body portion at least partially supported relative to the left hull and the right hull by the suspension system, the left hull and the right hull being individually moveable in heave and pitch relative to each other and the body; the suspension system including resilient supports (11, 12, 14, 15, 17) between the body portion and the left and right hulls (3, 4), the suspension system providing at least a roll stiffness; and the suspension system arranged to provide a roll moment distribution wherein roll forces (F C) effectively act on each hull at a roll force position; characterised in that the roll force position is disposed within a longitudinal distance (OP, QO) along the marine vessel from a steady state position (P, Q) of resultant pressure forces (F R) of water acting on the surface of the hull (3, 4) under the waterline when the marine vessel is operating in a planing or semi-planing mode; the longitudinal distance (OP, QO) being within 20% of a waterline length of the hull at design load in displacement mode. a suspension system; a body portion; and at least a left hull and a right hull; the body portion at least partially supported relative to the left hull and the right hull by the suspension system, the left hull and the right hull being individually moveable in heave and pitch relative to each other and the body; the suspension system including resilient supports (11, 12, 14, 15, 17) between the body portion and the left and right hulls (3, 4), the suspension system providing at least a roll stiffness; and the suspension system arranged to provide a roll moment distribution wherein roll forces (F C) effectively act on each hull at a roll force position; characterised in that the roll force position is disposed within a longitudinal distance (OP, QO) along the marine vessel from a steady state position (P, Q) of resultant pressure forces (F R) of water acting on the surface of the hull (3, 4) under the waterline when the marine vessel is operating in a planing or semi-planing mode; the longitudinal distance (OP, QO) being within 20% of a waterline length of the hull at design load in displacement mode.
Accessory (100/200) for a flip flop sandal, wherein said flip flop sandal comprises: - a sole with a walking surface, an upper surface, and at least one top hole with a lower opening; - an upper comprising a strap shaped like a "V", from which two sections (10a,10b) originate, going towards the back of the foot and terminating in two ends (10a', 10b'), each end (10a', 10b') being connected to the sole; - a stud applied in correspondence with said top hole; accessory (100/200) comprises: - a foot suitable for being housed in the lower opening of the top hole of the sole; - fastening means for fastening to the upper that are connected to the foot; characterized in that the fastening means are configured in such a way to be knotted at the vertex of the strap of the upper; said fastening means comprising: - an eyelet; - a stem that connects the eyelet to the foot; wherein said eyelet and/or said stem are made of a flexible material in such a way that said stem can be bent so as to be inserted through the eyelet, cooperating with said eyelet in order to be knotted around the vertex; and said stem comprises a notch, in proximity to the eyelet, suitably shaped to accommodate a section of the eyelet when the accessory (100/200) is knotted to the upper and the stem is inserted in the eyelet. - a sole with a walking surface, an upper surface, and at least one top hole with a lower opening; - an upper comprising a strap shaped like a "V", from which two sections (10a,10b) originate, going towards the back of the foot and terminating in two ends (10a', 10b'), each end (10a', 10b') being connected to the sole; - a stud applied in correspondence with said top hole; accessory (100/200) comprises: - a foot suitable for being housed in the lower opening of the top hole of the sole; - fastening means for fastening to the upper that are connected to the foot; - a foot suitable for being housed in the lower opening of the top hole of the sole; - fastening means for fastening to the upper that are connected to the foot; the fastening means are configured in such a way to be knotted at the vertex of the strap of the upper; said fastening means comprising: - an eyelet; - a stem that connects the eyelet to the foot; - an eyelet; - a stem that connects the eyelet to the foot; wherein said eyelet and/or said stem are made of a flexible material in such a way that said stem can be bent so as to be inserted through the eyelet, cooperating with said eyelet in order to be knotted around the vertex; and said stem comprises a notch, in proximity to the eyelet, suitably shaped to accommodate a section of the eyelet when the accessory (100/200) is knotted to the upper and the stem is inserted in the eyelet.
High pressure gas storage vessel comprising a wall comprising a shell and a liner arranged so as to line the inside of the shell, the liner being made of a polymer-based piezo-electric liner material forming a layer having barrier and piezoelectric properties, wherein the vessel further comprises electric parameter measuring means connected to said liner in such a way as to measure an electrical signal generated within said liner in case of change in pressure and/or change in temperature via the piezoelectric properties of the polymer-based piezo-electric liner material, allowing real time monitoring of pressure and/or temperature in the vessel, in such a way that said liner is a self-sensing liner providing a sensing element for the vessel.
A bonding agent for use in the manufacture of plasterboard panels characterised in that it comprises a flowing agent and at least 50% by weight of a thermally modified starch having: (i) a cold slurry viscosity as determined according to Method 1 as described on pages 6 to 7 of the description; of no more than 250 mPa.s; (ii) a peak viscosity as determined according to Method 2 as described on page 7 of the description; of no more than 600 Brabender Units; and (iii) a water retention value as determined according to Method 3 as described on pages 7 to 8 of the description; of no more than 90 g/m 2. (i) a cold slurry viscosity as determined according to Method 1 as described on pages 6 to 7 of the description; of no more than 250 mPa.s; (ii) a peak viscosity as determined according to Method 2 as described on page 7 of the description; of no more than 600 Brabender Units; and (iii) a water retention value as determined according to Method 3 as described on pages 7 to 8 of the description; of no more than 90 g/m 2.
A communication and interaction method for communicating and interacting between an electric unit and a power supply unit, comprising: providing a communication module between the power supply unit and the electric unit; sending, by the power supply unit, a first identification information to the electric unit through the communication module; parsing, by the electric unit, the first identification information through the communication module; characterized by replying, by the electric unit, a second identification information to the power supply unit through the communication module according to the first identification information parsed through the communication module; parsing the second identification information through the communication module; and matching, by the communication module, a serial communication protocol and a communication mode which are applicable to the power supply unit and the electric unit simultaneously through the first identification information and the second identification information and the communication mode at least comprises a structure of a communication line which is capable of being communicatively connected with the power supply unit and the electric unit, such that communication between the electric unit and the power supply unit is established. providing a communication module between the power supply unit and the electric unit; sending, by the power supply unit, a first identification information to the electric unit through the communication module; parsing, by the electric unit, the first identification information through the communication module; characterized by replying, by the electric unit, a second identification information to the power supply unit through the communication module according to the first identification information parsed through the communication module; parsing the second identification information through the communication module; and matching, by the communication module, a serial communication protocol and a communication mode which are applicable to the power supply unit and the electric unit simultaneously through the first identification information and the second identification information and the communication mode at least comprises a structure of a communication line which is capable of being communicatively connected with the power supply unit and the electric unit, such that communication between the electric unit and the power supply unit is established.
A process for preparing a hydrogenated nitrile butadiene rubber latex comprising subjecting unsaturated or partially saturated nitrile butadiene rubber latex which is present in aqueous suspension to a hydrogenation in the presence of at least one hydrogenation catalyst (a) and at least one emulsifier (b), characterized in that the hydrogenation catalyst (a) and the emulsifier (b) are added to the aqueous suspension of the nitrile butadiene rubber.
a) Heating device for solid fuels, having a combustion chamber which can be connected via a primary flue to an afterburning chamber in which the smoke gases flowing out of the combustion chamber are afterburned, the primary flue comprising b) a plurality of tubular hollow profiles which are arranged at a distance from one another transversely to their direction of extension, c) wherein the at least one free passage between the hollow profiles forms at least one nozzle slot for the smoke gases passing through in the direction of flow, d) the hollow profiles having outlet openings through which the secondary air supplied via the interior of the hollow profiles and/or recirculated smoke gas flows into the passages, characterized in that e) the outer surfaces of the hollow profile, from the broadest point in the direction of flow, converge towards the rear, i.e. in their rear region (2a 2), of the longitudinal central plane of the hollow profile, f) the outer surfaces of the hollow profile ending in the direction of flow each in a tear-off edge, the spacing of which can also be greater than the greatest width of the outer contour of the hollow profile, and g) a back plate connecting the two tear-off edges and forming the rear part of the hollow profile has a concave outer contour. a) Heating device for solid fuels, having a combustion chamber which can be connected via a primary flue to an afterburning chamber in which the smoke gases flowing out of the combustion chamber are afterburned, the primary flue comprising b) a plurality of tubular hollow profiles which are arranged at a distance from one another transversely to their direction of extension, c) wherein the at least one free passage between the hollow profiles forms at least one nozzle slot for the smoke gases passing through in the direction of flow, d) the hollow profiles having outlet openings through which the secondary air supplied via the interior of the hollow profiles and/or recirculated smoke gas flows into the passages, e) the outer surfaces of the hollow profile, from the broadest point in the direction of flow, converge towards the rear, i.e. in their rear region (2a 2), of the longitudinal central plane of the hollow profile, f) the outer surfaces of the hollow profile ending in the direction of flow each in a tear-off edge, the spacing of which can also be greater than the greatest width of the outer contour of the hollow profile, and g) a back plate connecting the two tear-off edges and forming the rear part of the hollow profile has a concave outer contour.
An absorbent component 100 for use in a garment, the absorbent component comprising: a first layer composite 120 comprising a first foam layer 122 and a first liquid impermeable layer 124; an absorbent layer composite 140 bonded to the first liquid impermeable layer 124 for absorbing bodily fluids; and a second liquid impermeable layer 164 bonded to the absorbent layer composite 140 and first layer composite 120 to contain the bodily fluids absorbed by the absorbent layer composite, wherein: the second liquid impermeable layer 164 forms an opening 166 for receiving the bodily fluids to the absorbent layer composite 140; the first foam layer 122 is moulded to shape the absorbent component 100; and the absorbent component is washable and reusable. a first layer composite 120 comprising a first foam layer 122 and a first liquid impermeable layer 124; an absorbent layer composite 140 bonded to the first liquid impermeable layer 124 for absorbing bodily fluids; and a second liquid impermeable layer 164 bonded to the absorbent layer composite 140 and first layer composite 120 to contain the bodily fluids absorbed by the absorbent layer composite, wherein: the second liquid impermeable layer 164 forms an opening 166 for receiving the bodily fluids to the absorbent layer composite 140; the first foam layer 122 is moulded to shape the absorbent component 100; and the absorbent component is washable and reusable. the second liquid impermeable layer 164 forms an opening 166 for receiving the bodily fluids to the absorbent layer composite 140; the first foam layer 122 is moulded to shape the absorbent component 100; and the absorbent component is washable and reusable.
A surgical tool adapted to be activated by ultrasonic vibrations comprising an elongate waveguide means to transmit ultrasound, said waveguide means being provided adjacent its distal end with effector means defining a plane of operation of the tool on body tissues; a transducer connected to a proximal end of the elongate waveguide means; manipulable handpiece means disposed adjacent a proximal end of the waveguide means; and a rotation mechanism adapted controllably to rotate the waveguide means and the effector means together about a longitudinal axis of the waveguide means so as to align said plane of operation defined by the effector means in a desired orientation; wherein the rotation mechanism comprises at least first and second elements (6, 7, 9, 9b; 60, 63, 65; 80, 83, 85) co-operably moveable relative to one another; characterised in that said first and second elements of the rotation mechanism comprise a longitudinally-displaceable first driving element (9b; 63; 83) operatively engaged through helically-symmetrical engagement means (6h; 67; 87) with a rotatable second driven element (6; 60; 80).
An implantable device for delivering neurostimulation, comprising: a pulse generator (205, 42) for outputting neural stimulation pulses; one or more stimulation electrodes (215, 43, 44) connected to the pulse generator for delivering electrical stimulation to a selected neural site; a controller connected to the pulse generator for controlling the output of neural stimulation pulses in accordance with a defined schedule and specified stimulation parameters; a telemetry unit interfaced to the controller for enabling user input of a defined schedule and stimulation parameters for delivering neurostimulation; one or more sensing modalities for sensing a physiological variable reflective of a patient's autonomic balance;wherein the stimulation electrodes are configurable for delivering stimulation to the vagus nerve or a baroreceptor of the patient and wherein the controller is programmed to adjust the amount of neurostimulation delivered in accordance with a determination of the patient's autonomic balance, wherein the sensing modalities include an accelerometer for sensing coughing by the patient and wherein the controller is programmed to adjust the amount of neurostimulation delivered in accordance with a detection of persistent coughing.
An inverter device comprising: an inverter circuit which includes an upper-arm first switching element (328U to 328W) and a lower-arm second switching element (330U to 330W); a control circuit which outputs a first signal which is an ON/OFF command for the upper-arm first switching element (328U to 328W) and a second signal which is an ON/OFF command for the lower-arm second switching element (330U to 330W) respectively; a first drive circuit (610U to 610W) which performs ON/OFF driving of the upper-arm first switching element based on the ON/OFF command which is the first signal; a second drive circuit (611U to 611W) which performs ON/OFF driving of the lower-arm second switching element based on the ON/OFF command which is the second signal; characterized by a signal switching part (616U to 616W) which directly inputs the first and second signals outputted from the control circuit to the corresponding first and second drive circuits respectively when at least one of the first and second signals is an OFF command, and interrupts inputting of the first signal to the first drive circuit and inputting of the second signal to the second drive circuit and inputs a third signal which is an OFF command to the first and second drive circuits (610U to 610W, 611U to 611W) when both the first and second signals are ON commands. an inverter circuit which includes an upper-arm first switching element (328U to 328W) and a lower-arm second switching element (330U to 330W); a control circuit which outputs a first signal which is an ON/OFF command for the upper-arm first switching element (328U to 328W) and a second signal which is an ON/OFF command for the lower-arm second switching element (330U to 330W) respectively; a first drive circuit (610U to 610W) which performs ON/OFF driving of the upper-arm first switching element based on the ON/OFF command which is the first signal; a second drive circuit (611U to 611W) which performs ON/OFF driving of the lower-arm second switching element based on the ON/OFF command which is the second signal; characterized by a signal switching part (616U to 616W) which directly inputs the first and second signals outputted from the control circuit to the corresponding first and second drive circuits respectively when at least one of the first and second signals is an OFF command, and interrupts inputting of the first signal to the first drive circuit and inputting of the second signal to the second drive circuit and inputs a third signal which is an OFF command to the first and second drive circuits (610U to 610W, 611U to 611W) when both the first and second signals are ON commands.