mhurhangee/ep-ind-claims huggingface dataset:
A communication module comprising: a communication unit configured to support a wireless connection with a communication terminal; a control unit configured to segment data received from the communication terminal and to transmit the segmented data to a driver information system, DIS; and a signal generation unit configured to, upon receiving an interrupt signal from the communication terminal, generate a connection signal to the DIS, wherein the control unit segments the data, based on a first scale during a first interval in which the connection signal is not generated, and wherein the control unit segments the data based on a second scale during a second interval in which the connection signal is generated, wherein the second scale is smaller than the first scale, wherein the ratio of the first scale to the second scale is 1:x and 0<x<1, characterized by the fact that the control unit resizes the second scale according to a degree of distortion of the connection signal. a communication unit configured to support a wireless connection with a communication terminal; a control unit configured to segment data received from the communication terminal and to transmit the segmented data to a driver information system, DIS; and a signal generation unit configured to, upon receiving an interrupt signal from the communication terminal, generate a connection signal to the DIS, wherein the control unit segments the data, based on a first scale during a first interval in which the connection signal is not generated, and wherein the control unit segments the data based on a second scale during a second interval in which the connection signal is generated, wherein the second scale is smaller than the first scale, wherein the ratio of the first scale to the second scale is 1:x and 0<x<1, characterized by the fact that the control unit resizes the second scale according to a degree of distortion of the connection signal.
A method of event-based synchronisation of states for a distributed system of moveable, physical nodes (C1-C3; R1-R4), each node (C1-C3; R1-R4) computing its own sequence of events, the method of computing the sequence of events at each node (C1-C3; R1-R4) of the distributed system comprising the following steps: establishing communication (130; 510a-510d) with a plurality of neighbouring ones of the nodes; each node (C1-C3; R1-R4) determining (240; 600) a plurality of interdependent events between relevant nodes (C1-C3; R1-R4) of the plurality of neighbouring nodes (C1-C3; R1-R4) and agreement on the interdependent events, each of the interdependent events relating to node movement; and each node (C1-C3; R1-R4) communicating its state information to its neighbouring nodes such that each of its neighbouring nodes can monitor one or more states of the relevant nodes of its neighbouring nodes during execution of the events; wherein each node (C1-C3; R1-R4) is operable to react to the one or more states of the relevant nodes of its plurality of neighbouring nodes. establishing communication (130; 510a-510d) with a plurality of neighbouring ones of the nodes; each node (C1-C3; R1-R4) determining (240; 600) a plurality of interdependent events between relevant nodes (C1-C3; R1-R4) of the plurality of neighbouring nodes (C1-C3; R1-R4) and agreement on the interdependent events, each of the interdependent events relating to node movement; and each node (C1-C3; R1-R4) communicating its state information to its neighbouring nodes such that each of its neighbouring nodes can monitor one or more states of the relevant nodes of its neighbouring nodes during execution of the events; wherein each node (C1-C3; R1-R4) is operable to react to the one or more states of the relevant nodes of its plurality of neighbouring nodes.
A load handling device for a transportation unit, the device comprising: a folding handling arm, equipped with a handling head and at least two successive arm parts (BP1, BP2), in which the arm parts (BP1, BP2) are connected to each other by a folding fastening RA, the device further comprising a suspension structure to suspend said handling arm for the purpose of supporting it, the device further comprising a rotating structure to turn said handling arm by turning the suspension structure in relation to a support frame located at the upper part of a cargo space of the transportation unit, characterised in that the suspension structure of the handling arm is essentially a rotationally symmetrical, rotation ring structure disc that is rotatable in relation to its support frame with said rotating structure in order to suspend the handling arm for the purpose of supporting it, wherein the support frame delimits the rotation ring structure within it. a folding handling arm, equipped with a handling head and at least two successive arm parts (BP1, BP2), in which the arm parts (BP1, BP2) are connected to each other by a folding fastening RA, the device further comprising a suspension structure to suspend said handling arm for the purpose of supporting it, the device further comprising a rotating structure to turn said handling arm by turning the suspension structure in relation to a support frame located at the upper part of a cargo space of the transportation unit, characterised in that the suspension structure of the handling arm is essentially a rotationally symmetrical, rotation ring structure disc that is rotatable in relation to its support frame with said rotating structure in order to suspend the handling arm for the purpose of supporting it, wherein the support frame delimits the rotation ring structure within it.
A vehicle-mounted camera, comprising: an imaging device; a housing that includes an accommodation portion that accommodates the imaging device, an outer face that is exposed to an outer space, an opening that causes the accommodation portion and the outer space to communicate with each other, and a functional portion that forms at least a portion of the outer face, the functional portion being a functional portion that absorbs visible light from among light entering from the outer space and off which infrared light from among the light entering from the outer space is reflected; and an optical system that causes light entering the opening from the outer space to be imaged onto the imaging device, wherein the functional portion has a stacking structure that includes an infrared-light reflection layer (42a; 42b) off which infrared light is reflected, and a visible-light absorption layer (41a; 41b) that absorbs visible light, characterized in that: the visible-light absorption layer is situated further outward than the infrared-light reflection layer, and infrared light is transmitted through the visible-light absorption layer, or the infrared-light reflection layer is situated further outward than the visible-light absorption layer, and visible light is transmitted through the infrared-light reflection layer. an imaging device; a housing that includes an accommodation portion that accommodates the imaging device, an outer face that is exposed to an outer space, an opening that causes the accommodation portion and the outer space to communicate with each other, and a functional portion that forms at least a portion of the outer face, the functional portion being a functional portion that absorbs visible light from among light entering from the outer space and off which infrared light from among the light entering from the outer space is reflected; and an optical system that causes light entering the opening from the outer space to be imaged onto the imaging device, wherein the functional portion has a stacking structure that includes an infrared-light reflection layer (42a; 42b) off which infrared light is reflected, and a visible-light absorption layer (41a; 41b) that absorbs visible light, characterized in that: the visible-light absorption layer is situated further outward than the infrared-light reflection layer, and infrared light is transmitted through the visible-light absorption layer, or the infrared-light reflection layer is situated further outward than the visible-light absorption layer, and visible light is transmitted through the infrared-light reflection layer. the visible-light absorption layer is situated further outward than the infrared-light reflection layer, and infrared light is transmitted through the visible-light absorption layer, or the infrared-light reflection layer is situated further outward than the visible-light absorption layer, and visible light is transmitted through the infrared-light reflection layer.
A radiography apparatus comprising: an irradiation unit that emits radiation; an arm that is capable of holding the irradiation unit and an image receiving unit that receives the radiation, which has been emitted from the irradiation unit and transmitted through a subject, in a facing posture; a support portion that supports the arm; a displacement mechanism that displaces the arm with respect to the support portion; a friction mechanism that is switchable between a first state in which a frictional force is applied to the arm in a direction opposite to a direction in which the arm is displaced and a second state in which the frictional force applied to the arm is less than the frictional force in the first state; wherein the displacement mechanism is a rotation mechanism that rotates the arm; characterised in that the radiography apparatus further comprises an electromagnetic brake that locks the rotation of the arm by the rotation mechanism; and that the rotation mechanism has a rotation shaft that is rotated with the rotation of the arm, and the friction mechanism comprises a friction shaft, a frictional force generation unit that is attached to the friction shaft and generates the frictional force, and a clutch that switches connection and disconnection between the rotation shaft and the friction shaft to switch between the first state and the second state. an irradiation unit that emits radiation; an arm that is capable of holding the irradiation unit and an image receiving unit that receives the radiation, which has been emitted from the irradiation unit and transmitted through a subject, in a facing posture; a support portion that supports the arm; a displacement mechanism that displaces the arm with respect to the support portion; a friction mechanism that is switchable between a first state in which a frictional force is applied to the arm in a direction opposite to a direction in which the arm is displaced and a second state in which the frictional force applied to the arm is less than the frictional force in the first state; wherein the displacement mechanism is a rotation mechanism that rotates the arm; characterised in that the radiography apparatus further comprises an electromagnetic brake that locks the rotation of the arm by the rotation mechanism; and that the rotation mechanism has a rotation shaft that is rotated with the rotation of the arm, and the friction mechanism comprises a friction shaft, a frictional force generation unit that is attached to the friction shaft and generates the frictional force, and a clutch that switches connection and disconnection between the rotation shaft and the friction shaft to switch between the first state and the second state.
Method of manufacturing a composite casing of a turbomachine, the casing comprising a wall that is generally circular or shaped as an arc of a circle, a fixing flange extending radially from one edge of the wall and forming with the wall a sharp-edged corner, characterized in that the method comprises the following steps, possibly in this order: (a) supplying or procuring a mould with a corner configured to form the edge corner of the casing; (b) supplying a thermoplastic resin profile section and placing same along the corner of the mould; (c) placing a fibrous reinforcement in the mould hugging the profile section, the fibrous reinforcement possibly being impregnated with a resin; (d) closing the mould; (e) polymerizing a resin injected into the mould or a resin with which the fibrous reinforcement is impregnated; (f) demoulding the casing. (a) supplying or procuring a mould with a corner configured to form the edge corner of the casing; (b) supplying a thermoplastic resin profile section and placing same along the corner of the mould; (c) placing a fibrous reinforcement in the mould hugging the profile section, the fibrous reinforcement possibly being impregnated with a resin; (d) closing the mould; (e) polymerizing a resin injected into the mould or a resin with which the fibrous reinforcement is impregnated; (f) demoulding the casing.
Modular support, comprising a support module (118; 118'), which comprises a base part and a head part that is height-adjustable relative to the base part, and an extension module (120; 120'), onto which the support module (118; 118') is able to be placed, wherein an anti-rotation device is provided, by means of which the extension module (120; 120') is securable relative to the support module (118; 118') in a predetermined angular position in relation to a longitudinal axis of the support, and wherein a screw connection is provided, by means of which the extension module (120; 120') is screwable to the support module (118; 118'), characterized in that the screw connection comprises an external thread and a union nut. a support module (118; 118'), which comprises a base part and a head part that is height-adjustable relative to the base part, and an extension module (120; 120'), onto which the support module (118; 118') is able to be placed, wherein an anti-rotation device is provided, by means of which the extension module (120; 120') is securable relative to the support module (118; 118') in a predetermined angular position in relation to a longitudinal axis of the support, and wherein a screw connection is provided, by means of which the extension module (120; 120') is screwable to the support module (118; 118'), characterized in that the screw connection comprises an external thread and a union nut.
Method for testing a component, contained in a vehicle, of a fuel injection system, wherein the testing is carried out while an internal combustion engine is operated, wherein, in the case of deviations from the values which are permissible for the component (111, 112) to be tested, a further testing process is activated in a further method step in order to confirm and/or localize the fault, characterized in that a quantity of fuel which is injected into a combustion chamber of the internal combustion engine or an actuation period of injectors contained in the fuel injection system is determined, wherein in the case of a deviation of the values of the injected fuel or of the actuation period from a predefined value, in a further step switching over to pressure control by means of a pressure control valve or by means of a pump is carried out, and in that, in the case of a deviation of the output values of the pressure controller from the predefined values, a malfunction of a rail pressure sensor of the fuel injection system is detected.
A method for manufacturing a base fabric for an air bag, characterized in that, an aqueous resin composition containing a pigment, a reactive compound and a water-dispersible thermoplastic resin is applied to a woven/knitted fabric made of synthetic fiber and then subjected to a thermal treatment, wherein the pigment is dispersed in water using a surfactant and the water-dispersed liquid contains the reactive compound which reacts with the surfactant, wherein the reactive compound has an isocyanate group, wherein the surfactant is a nonionic surfactant containing a hydroxyl group, and wherein the mixing amount of the reactive compound having an isocyanate group to 100 parts by mass of a coating agent in terms of solid is 1 to 40 parts by mass.
A directional backlight for a transmissive spatial light modulator, comprising: a waveguide having an input end, first and second, opposed guide surfaces for guiding light along the waveguide, and a reflective end facing the input end for reflecting light from the input light back through the waveguide; and an array of light sources arranged to output light predominantly in an emission band and in a conversion band, the light sources being disposed at different input positions in a lateral direction across the input end of the waveguide, the waveguide being arranged to direct input light from light sources at the different input positions across the input end after reflection from the reflective end as output light through the first guide surface for supply through a transmissive spatial light modulator into respective optical windows in output directions distributed in the lateral direction in dependence on the input positions; and characterised by further comprising a reflection reduction element that is a surface relief diffusing surface arranged to reduce reflections of light incident on the input end after reflection from the reflective end. a waveguide having an input end, first and second, opposed guide surfaces for guiding light along the waveguide, and a reflective end facing the input end for reflecting light from the input light back through the waveguide; and an array of light sources arranged to output light predominantly in an emission band and in a conversion band, the light sources being disposed at different input positions in a lateral direction across the input end of the waveguide, the waveguide being arranged to direct input light from light sources at the different input positions across the input end after reflection from the reflective end as output light through the first guide surface for supply through a transmissive spatial light modulator into respective optical windows in output directions distributed in the lateral direction in dependence on the input positions; and characterised by further comprising a reflection reduction element that is a surface relief diffusing surface arranged to reduce reflections of light incident on the input end after reflection from the reflective end.
A rope including a yarn twisted by using a raw thread of a polyethylene fiber having an ultrahigh molecular weight and a strand twisted by the yarn and subjected to rope-making through the strand, wherein an oil content is removed from the yarn and an affinity enhancing treatment is performed over a surface of the yarn, a resin coating layer for protecting the rope is formed on an external surface of the yarn, an external surface of the strand or an external surface of the rope, and the resin coating layer is configured to bind the raw thread in an inner part of the yarn.
An interlocking block comprising a granulated product of a porous ceramic and a cement, wherein: said granulated product of a porous ceramic has connecting holes formed therein, wherein at least one of pores of the micrometer order and pores of the millimeter order are mutually interconnected, the particle size of said granulated product is greater than 0.5 mm to less than or equal to 5 mm, the amount of said granulated product of a porous ceramic within the interlocking block is 10 g to 95 g relative to 100 g of the interlocking block, and the interlocking block has a bending strength of 3.0 MPa or greater, a water retention capability of 0.20 g/cm 3 or greater, and a bulk specific gravity of 1.7 g/cm 3 or less. said granulated product of a porous ceramic has connecting holes formed therein, wherein at least one of pores of the micrometer order and pores of the millimeter order are mutually interconnected, the particle size of said granulated product is greater than 0.5 mm to less than or equal to 5 mm, the amount of said granulated product of a porous ceramic within the interlocking block is 10 g to 95 g relative to 100 g of the interlocking block, and the interlocking block has a bending strength of 3.0 MPa or greater, a water retention capability of 0.20 g/cm 3 or greater, and a bulk specific gravity of 1.7 g/cm 3 or less.
A method of controlling an ice making assembly for a refrigerator, the ice making assembly including: - a tray accommodated in the refrigerator and comprising a plurality of ice recesses for receiving water to be frozen, a tray heater installed in the tray, - a plurality of fins above the tray and a plurality of rods disposed through the fins for absorbing heat from the water filled in the ice recesses, the method comprising: - supplying water to the ice recesses formed in the tray; - repositioning the rods such that at least a portion of the rods are positioned within the ice recesses; - cooling the rods; wherein - the tray is maintained by intermittently operating the tray heater during ice making operation at a first predetermined temperature higher than the freezing temperature for a first set period of time and, after the first set period of time is lapsed, the tray is maintained by intermittently operating the tray heater during ice making operation at a second predetermined temperature lower than the first predetermined temperature for a second set period of time; - the temperature of the tray is reduced during making operation from the first predetermined temperature after the first set period of time is lapsed to the second predetermined temperature in a stepwise manner by turning off the heater. - a tray accommodated in the refrigerator and comprising a plurality of ice recesses for receiving water to be frozen, a tray heater installed in the tray, - a plurality of fins above the tray and a plurality of rods disposed through the fins for absorbing heat from the water filled in the ice recesses, - supplying water to the ice recesses formed in the tray; - repositioning the rods such that at least a portion of the rods are positioned within the ice recesses; - cooling the rods; wherein - the tray is maintained by intermittently operating the tray heater during ice making operation at a first predetermined temperature higher than the freezing temperature for a first set period of time and, after the first set period of time is lapsed, the tray is maintained by intermittently operating the tray heater during ice making operation at a second predetermined temperature lower than the first predetermined temperature for a second set period of time; - the temperature of the tray is reduced during making operation from the first predetermined temperature after the first set period of time is lapsed to the second predetermined temperature in a stepwise manner by turning off the heater.
A drive gear for a generally cylindrical imaging component, the drive gear comprising: a body for engaging the generally cylindrical imaging component; a cylindrical shaft attached to the body, the cylindrical shaft having an end surface; and three prongs extending longitudinally outward from the end surface, characterized in that each of the three prongs is triangular in cross-sectional shape, one vertex of each triangular shaped prong being rounded. a body for engaging the generally cylindrical imaging component; a cylindrical shaft attached to the body, the cylindrical shaft having an end surface; and three prongs extending longitudinally outward from the end surface, characterized in that each of the three prongs is triangular in cross-sectional shape, one vertex of each triangular shaped prong being rounded.
A solid pharmaceutical composition in the form of a gel capsule containing at least one narcotic or psychotropic active ingredient as well as at least one gelling agent chosen from hydroxyethyl cellulose, hydroxypropyl cellulose, hydroxypropylmethyl cellulose, methyl cellulose, ethyl methyl cellulose, sodium carboxymethyl cellulose and calcium carboxymethyl cellulose and at least one disintegrating agent of which sodium carboxymethyl starch, the gelling agent and the disintegrating agent being present in a ratio by weight of 0.40 to 0.60/1 and the content by weight of gelling agent(s) being from 10% to 20% of the composition.