mhurhangee/ep-ind-claims huggingface dataset:
A display system comprising: a continuous flexible display; a support frame comprising first and second main display supports (3, 4), coupled by a hinge mechanism with at least one hinge axis and each structurally configured to support respectively a first and a second portion of the flexible display, the two main display supports (3, 4) being rotatable by the hinge mechanism between a closed storage position of the flexible display and a planar open position of the flexible display, a segment of the flexible display being located between the first and second portions of the flexible display in the open position; a spring operative in either the open or closed position or both the open and closed positions of the flexible display, configured to bias the segment of the flexible display in the respective position; and a slider element connected with the spring and slidably mounted on the second main display support; wherein the second portion of the flexible display is fixed to the slider element; and wherein during movement of the flexible display from the open position to the closed position, movement of the slider element is limited by an end stop formed by an abutment on the second main display support. a continuous flexible display; a support frame comprising first and second main display supports (3, 4), coupled by a hinge mechanism with at least one hinge axis and each structurally configured to support respectively a first and a second portion of the flexible display, the two main display supports (3, 4) being rotatable by the hinge mechanism between a closed storage position of the flexible display and a planar open position of the flexible display, a segment of the flexible display being located between the first and second portions of the flexible display in the open position; a spring operative in either the open or closed position or both the open and closed positions of the flexible display, configured to bias the segment of the flexible display in the respective position; and a slider element connected with the spring and slidably mounted on the second main display support; wherein the second portion of the flexible display is fixed to the slider element; and wherein during movement of the flexible display from the open position to the closed position, movement of the slider element is limited by an end stop formed by an abutment on the second main display support.
A method for communicating weather information between aircraft using a low bandwidth communication channel defined by a capacity of approximately one mega-bits per second and less, the method comprising: receiving first weather information from a weather radar system on board a remote aircraft; processing the received first weather information into first weather radar image information that is displayable on at least a display; processing, by a weather radar information communication system, the first weather radar image information into a first reduced size dataset; communicating the first reduced size dataset to an installation aircraft over the low bandwidth communication channel; later receiving second weather information from the weather radar system on board the remote aircraft; processing the received second weather information into second weather radar image information that is displayable on at least the display; processing, by the weather radar information communication system, the second weather radar image information into a second reduced size dataset, wherein the second reduced size dataset corresponds to changes between the first weather information and the second weather information; and communicating the second reduced size dataset to the installation aircraft over the low bandwidth communication channel, wherein the low bandwidth communication channel is generated by a low bandwidth communication transceiver on board the remote aircraft, and wherein the low bandwidth communication channel is configured for voice communications between a crew of the installation aircraft and a crew of the remote aircraft. receiving first weather information from a weather radar system on board a remote aircraft; processing the received first weather information into first weather radar image information that is displayable on at least a display; processing, by a weather radar information communication system, the first weather radar image information into a first reduced size dataset; communicating the first reduced size dataset to an installation aircraft over the low bandwidth communication channel; later receiving second weather information from the weather radar system on board the remote aircraft; processing the received second weather information into second weather radar image information that is displayable on at least the display; processing, by the weather radar information communication system, the second weather radar image information into a second reduced size dataset, wherein the second reduced size dataset corresponds to changes between the first weather information and the second weather information; and communicating the second reduced size dataset to the installation aircraft over the low bandwidth communication channel, wherein the low bandwidth communication channel is generated by a low bandwidth communication transceiver on board the remote aircraft, and wherein the low bandwidth communication channel is configured for voice communications between a crew of the installation aircraft and a crew of the remote aircraft.
A roof window arrangement comprising a roof window with a stationary frame and a sash carrying a pane, in which the sash includes at least a top member defining a width of the sash, two mutually parallel side members (22, 23) defining a length of the sash, and a bottom member parallel to the top member, and is connected to the stationary frame by means of a set of hinges and configured to assume at least an open position and a closed position by rotation about a hinge axis substantially parallel to the top member of the sash, a manual operating assembly configured to assist in operation of the sash between the open and the closed positions, said manual operating assembly including a handle portion located at the top member of the sash and having a longitudinal extension substantially in parallel with the top member of the sash, and an electrical operating assembly configured to assist in operation of the sash between the open and the closed position, characterised in that the manual operating assembly is provided with an integrated control unit configured to cooperate with the electrical operating assembly. a roof window with a stationary frame and a sash carrying a pane, in which the sash includes at least a top member defining a width of the sash, two mutually parallel side members (22, 23) defining a length of the sash, and a bottom member parallel to the top member, and is connected to the stationary frame by means of a set of hinges and configured to assume at least an open position and a closed position by rotation about a hinge axis substantially parallel to the top member of the sash, a manual operating assembly configured to assist in operation of the sash between the open and the closed positions, said manual operating assembly including a handle portion located at the top member of the sash and having a longitudinal extension substantially in parallel with the top member of the sash, and an electrical operating assembly configured to assist in operation of the sash between the open and the closed position, characterised in that the manual operating assembly is provided with an integrated control unit configured to cooperate with the electrical operating assembly.
Composition for use in the treatment of diabetic nephropathy, characterized in that: the composition is made up of 4, 4'-diphenylmethane-bis (methyl) carbamate as active ingredient, and the conventional drug carrier; the active ingredient is in a percentage of 0.1- 99.5% by weight.
Data transmission device for a fluid operating unit contained underground, unit comprising a cavity defined in a subsurface formation from the surface of the floor, this cavity being provided with at least one electrically conductive tubular element (21; 25), this device being of the type comprising a smooth single-stranded cable support for an intervention assembly and/or activities carried out through an electrically conductive material, the cable being arranged within the tubular element (21;25) between a first point on the surface of the soil and a second point within the cavity, the surface of the cable being electrically insulated, at least partially, said tubular element (21; 25), the device further comprising the means (9, 11) to transmit an electric signal and/or electromagnetically located in the vicinity of one or both of the first or second points and the means (9; 11) to receive an electric signal and/or electromagnetically located in the vicinity of one or both of the first or second points; characterized in that the cable has a breaking strength that is higher than 300 daN and in that each of the means of emission and the means of reception are electrically linked on the one hand, to the cable and on the other hand to the tubular element (21; 25) and/or to the formation; the cable constituting a part of the transmission loop of the electrical and/or electromagnetic signal between the means of emission (9, 11) and means of reception (9, 11).
Method for the assembly of a temperature sensor for routing a temperature signal of an electric thermostat in a steam iron, having the steps: - providing a thermal cutoff of the thermostat outside of the steam iron, - connecting the temperature sensor to the thermal cutoff, and - fastening the thermal cutoff provided with the temperature sensor to a recess of the steam iron. - providing a thermal cutoff of the thermostat outside of the steam iron, - connecting the temperature sensor to the thermal cutoff, and - fastening the thermal cutoff provided with the temperature sensor to a recess of the steam iron.
A remote water meter monitoring system comprising: a water meter body coupling a water supply source to a water customer; a flow meter contained within the water meter body that is configured to measure a flow rate of water through the water meter; a power supply system including at least one battery and a power generator, wherein the power generator is powered by a flow of water through the water meter body; a controller communicatively coupled to the water meter body and power supply system; and at least one antenna connected to the controller; and the at least one antenna including: a meter pit cover containing a through-hole; an insert disposed in the through-hole of the meter pit cover, the insert containing an exciter loop; and a conductive plate attached to the insert, the conductive plate disposed below and in parallel with the meter pit cover; characterized in that the conductive plate is attached to a threaded portion of the insert by being sandwiched between a pair of nuts disposed on the threaded portion. a water meter body coupling a water supply source to a water customer; a flow meter contained within the water meter body that is configured to measure a flow rate of water through the water meter; a power supply system including at least one battery and a power generator, wherein the power generator is powered by a flow of water through the water meter body; a controller communicatively coupled to the water meter body and power supply system; and at least one antenna connected to the controller; and the at least one antenna including: a meter pit cover containing a through-hole; an insert disposed in the through-hole of the meter pit cover, the insert containing an exciter loop; and a conductive plate attached to the insert, the conductive plate disposed below and in parallel with the meter pit cover; characterized in that the conductive plate is attached to a threaded portion of the insert by being sandwiched between a pair of nuts disposed on the threaded portion. a meter pit cover containing a through-hole; an insert disposed in the through-hole of the meter pit cover, the insert containing an exciter loop; and a conductive plate attached to the insert, the conductive plate disposed below and in parallel with the meter pit cover; characterized in that the conductive plate is attached to a threaded portion of the insert by being sandwiched between a pair of nuts disposed on the threaded portion. portion of the insert by being sandwiched between a pair of nuts disposed on the threaded portion.
A variable frequency motor drive comprising a half-controlled thyristor rectifier for receiving AC input and for providing a dc output, wherein the rectifier comprises, for each phase of the AC input, a thyristor for controlling at least one phase leg of that phase; an inverter for providing an AC output from the rectifier dc output for driving a motor; control circuitry to control the application of the AC output to the motor, the control circuitry providing gating signals to the thyristors based on a firing angle; a dc link between the rectifier and the inverter, the dc link comprising a capacitor; wherein the rectifier is configured to charge the capacitor gradually; and a dynamic brake circuit including brake IGBTs and being configured to monitor voltage of the dc link and to fire the brake IGBTs when the DC link voltage rises too high; characterised in that: the control circuitry is configured to set the firing angle to a maximum predetermined value at the start of a pre-charge cycle, wherein the maximum predetermined value is set to 270 degrees, which represents the minimum voltage of each phase, the point at which no conduction is possible; and the control circuitry is further configured to decrease the firing angle over time to zero degrees, causing the dc output to increase until the capacitor is fully charged, wherein the pre-charge cycle begins when the AC input is provided, and the control circuitry is configured to synchronize with the supply voltage, phase, and phase rotation of the AC input to ensure the correct timing of the gate signals. the control circuitry is configured to set the firing angle to a maximum predetermined value at the start of a pre-charge cycle, wherein the maximum predetermined value is set to 270 degrees, which represents the minimum voltage of each phase, the point at which no conduction is possible; and the control circuitry is further configured to decrease the firing angle over time to zero degrees, causing the dc output to increase until the capacitor is fully charged, wherein the pre-charge cycle begins when the AC input is provided, and the control circuitry is configured to synchronize with the supply voltage, phase, and phase rotation of the AC input to ensure the correct timing of the gate signals.
A pistol comprising - a frame, - a barrel with a barrel axis, - a slide and - a recoil attenuating system comprising ∘ a recoil spring, ∘ a recoil spring rod and ∘ a recoil spring receiving plug, said recoil attenuating system having a recoil axis and being located below the barrel axis, such that the barrel axis and the recoil axis run in parallel when the slide is in forward position, wherein the barrel of the pistol tilts upon rearward action of the slide, the pistol further comprising an added mobile weight attachment being part of the recoil attenuating system and being located concentrically on the recoil spring rod, wherein the added mobile weight attachment is able to move on the recoil spring rod upon rearward action of the slide, the recoil axis of the recoil attenuating system being located at a distance from the barrel axis such that it is below an axis which runs in parallel to both the recoil axis and the barrel axis when the slide is in forward position and which includes the center of mass of the pistol. - a frame, - a barrel with a barrel axis, - a slide and - a recoil attenuating system comprising ∘ a recoil spring, ∘ a recoil spring rod and ∘ a recoil spring receiving plug, ∘ a recoil spring, ∘ a recoil spring rod and ∘ a recoil spring receiving plug,
An autonomous vacuum cleaner comprising a main body comprising a dirty air inlet, a clean air outlet, an airflow path extending between the dirty air inlet and the clean air outlet, a separating apparatus arranged in the airflow path between the dirty air inlet and the clean air outlet, and an airflow generator for generating an airflow along the airflow path from the dirty air inlet to the clean air outlet, wherein the airflow generator has a discharge portion which discharges airflow into a chamber formed in the main body, the chamber including an opening that is closable by a removable panel, wherein a power source is receivable within the chamber formed in the main body and is removable from the chamber through the opening, characterized in that the removable panel is configured to permit air to pass through it so that air discharged from the airflow generator into the chamber exits the chamber through the removable panel, and the removable panel controls access to the power source and a filter element.
A method to assure correct data packet traversal through a particular path of a network, wherein said network is based on a chain of individual Service Functions, SFs, that are composed to implement Network Services, NSs, the method being characterized in that it comprises: - assigning, at an ingress node of a network architecture, to at least one data packet received by said ingress node from the network, a unique cryptographic tag; - processing said assigned unique cryptographic tag using a cryptographic function specific to each Service Function, SF; and - verifying, at a given point of the network architecture, said processed unique cryptographic tag by applying a cryptographic verification function, said cryptographic verification function being composed by the inverse functions of the cryptographic functions associated to the SFs traversed by the at least one data packet. - assigning, at an ingress node of a network architecture, to at least one data packet received by said ingress node from the network, a unique cryptographic tag; - processing said assigned unique cryptographic tag using a cryptographic function specific to each Service Function, SF; and - verifying, at a given point of the network architecture, said processed unique cryptographic tag by applying a cryptographic verification function, said cryptographic verification function being composed by the inverse functions of the cryptographic functions associated to the SFs traversed by the at least one data packet.
A composition for application in rotomolding processes, comprising: - a first linear low density polyethylene (LLDPE) in concentrations from 20 to 40% by weight and melt flow index from 1 to 4 g/10 min; - high density polyethylene (HDPE) in concentrations from 20 to 40% by weight and melt flow index from 5 to 9 g/10 min; - low density polyethylene (LDPE) in concentrations from 0 to 20% by weight and melt flow index from 6 to 10 g/10 min; and - a second linear low density polyethylene (LLDPE) different from the first LLDPE, in concentrations from 20 to 40% by weight and melt flow index from 3 to 7 g/10 min; wherein each melt flow index is determined according to ASTM D 1238. - a first linear low density polyethylene (LLDPE) in concentrations from 20 to 40% by weight and melt flow index from 1 to 4 g/10 min; - high density polyethylene (HDPE) in concentrations from 20 to 40% by weight and melt flow index from 5 to 9 g/10 min; - low density polyethylene (LDPE) in concentrations from 0 to 20% by weight and melt flow index from 6 to 10 g/10 min; and - a second linear low density polyethylene (LLDPE) different from the first LLDPE, in concentrations from 20 to 40% by weight and melt flow index from 3 to 7 g/10 min;
Steering system in a vehicle, having a steering shaft for transmitting a steering angle predefined by the driver and having an electric servomotor for generating an assisting driving torque which is coupled to the steering shaft, wherein an electronics unit having electronic components for controlling the servomotor is arranged orthogonally with respect to the longitudinal axis of the servomotor and is mounted axially in front of the endside of the motor shaft of the servomotor, wherein the electronics unit is accommodated in an electronics housing which is arranged in a fixed position with respect to the servomotor, and the electronics housing accommodates power electronics and control electronics, characterized in that the power electronics and the control electronics are oriented at an angle to one another, and the power electronics and the control electronics are embodied in one piece in the form of a bending circuit board.
A chair, wherein the chair is configured such that a back is arranged behind a seat, and the back has an operation mechanism turning-movably supporting the load received from a seated person in a left-right direction in a front view, and when the load is applied, at least a part of guide parts (65a, 66a) of the operation mechanism is separated and the back moves freely, and when the applied load is removed, the back automatically returns to a neutral position along the guide parts (65a, 66a), wherein the operation mechanism is provided with a base part and a tilting part, and includes a reference position corresponding to the neutral position, a guide part set at the side of the base part and a guide part set at the side of the tilting part are in pressure contact with each other to be guided by the shapes of the guide parts (65a, 66a) and stopped at the reference position, and when the pressure contact is loosened by the received pressure from the seated person, the base part and the tilting part can be relatively changed from the reference position in accordance with the degree of the received pressure, characterized in that one guide part has a partially elliptical mortar-like shape including at least one valley line and the other guide part has a curved shape having at least one ridge line fitted smoothly into the valley line, and the valley line and the ridge line can be fitted into each other, such that a reaction force with which the back returns to the neutral position becomes larger in accordance with an amount of turning movement to both of the left and right directions. wherein the operation mechanism is provided with a base part and a tilting part, and includes a reference position corresponding to the neutral position, a guide part set at the side of the base part and a guide part set at the side of the tilting part are in pressure contact with each other to be guided by the shapes of the guide parts (65a, 66a) and stopped at the reference position, and when the pressure contact is loosened by the received pressure from the seated person, the base part and the tilting part can be relatively changed from the reference position in accordance with the degree of the received pressure, characterized in that one guide part has a partially elliptical mortar-like shape including at least one valley line and the other guide part has a curved shape having at least one ridge line fitted smoothly into the valley line, and the valley line and the ridge line can be fitted into each other, such that a reaction force with which the back returns to the neutral position becomes larger in accordance with an amount of turning movement to both of the left and right directions.