mhurhangee/ep-ind-claims huggingface dataset:
Method for data transmission in an optical transport network, comprising the steps of - receiving client data from a client, - mapping said client data into a frame structure (ODU-flex), - mapping said frame structure (ODU-flex) into tributary slots of a data transport structure (HO-ODU), - transmitting said data transport structure (HO-ODU), wherein said data transport structure (HO-ODU) contains a fixed number of tributary slots, and wherein the size of said frame structure (ODU-flex) is selectable in granularity of said tributary slots of said data transport structure (HO-ODU), wherein the step of transmitting said data structure (HO-ODU) comprises time switching of said tributary slots carried out by switching devices of said optical transport network, characterized in that the method comprises furthermore the step of adapting the size of said frame structure (ODU-flex) in dependence on an agreed limited data rate by - choosing an allocation of tributary slots in said data transport structure (HO-ODU) for mapping of a size-adapted frame structure (ODU-flex), - signalling to said switching devices a change of allocation of said tributary slots, - adapting said size of said frame structure (ODU-flex) in granularity of said tributary slots resulting in said size-adapted frame structure (ODU-flex). - receiving client data from a client, - mapping said client data into a frame structure (ODU-flex), - mapping said frame structure (ODU-flex) into tributary slots of a data transport structure (HO-ODU), - transmitting said data transport structure (HO-ODU), - choosing an allocation of tributary slots in said data transport structure (HO-ODU) for mapping of a size-adapted frame structure (ODU-flex), - signalling to said switching devices a change of allocation of said tributary slots, - adapting said size of said frame structure (ODU-flex) in granularity of said tributary slots resulting in said size-adapted frame structure (ODU-flex).
An electrical discharge irrigation device, comprising: a power source to produce power of a first voltage; a circuit, coupled to the power source to convert the power of the first voltage to power of a second voltage wherein the second voltage is higher than the first voltage; a trigger (120; 203) to activate the circuit; an igniter (109; 114) coupled to the circuit to produce a spike; an electrical charge storage component (109; 209; 114; 208) coupled to the igniter with the electrical charge storage component being conductive and stores an electrical charge after receiving the spike; and an output tip comprising a first electrode with a first charge and an outer layer comprised of an insulating material. a power source to produce power of a first voltage; a circuit, coupled to the power source to convert the power of the first voltage to power of a second voltage wherein the second voltage is higher than the first voltage; a trigger (120; 203) to activate the circuit; an igniter (109; 114) coupled to the circuit to produce a spike; an electrical charge storage component (109; 209; 114; 208) coupled to the igniter with the electrical charge storage component being conductive and stores an electrical charge after receiving the spike; and an output tip comprising a first electrode with a first charge and an outer layer comprised of an insulating material.
A method for displaying information in a vehicle, in which at least one graphic object for displaying information is represented by means of a display device and the acceleration of the vehicle is detected by means of an acceleration sensor, wherein the representation of the graphic object is changed depending on the value of the detected acceleration and when the representation is changed the graphic object is represented in a three-dimensional perspective or auto-stereoscopically pivoted about an axis, characterized in that the pivot movements of the graphic objects represented in a three-dimensional perspective or auto-stereoscopically are calculated so that they correspond to the pivot movements of a physical object, which is subject to the detected accelerations of the vehicle.
A method of making an optical element, comprising: positioning within a mold at least one optical film (11,161), said optical film at least partially light-transmissive, said optical film diffuses light passing through said optical film, said optical film (11,161) comprising at least a first optical feature, said optical feature comprising a three-dimensional shape that extends from a base plane to diffuse and/or mix light incident on the optical film, said optical film comprising a first layer and a second layer, said first layer comprising a first layer first surface and a first layer second surface, said second layer comprising a second layer first surface and a second layer second surface, said first layer second surface in contact with said second layer first surface, said first layer first surface substantially smooth, and said second layer second surface substantially smooth; feeding into said mold at least one flowable substrate material; solidifying said at least one flowable substrate material to form a substrate, said substrate at least partially light-transmissive and comprising a contact surface which is in contact with said second layer second surface of said optical film. positioning within a mold at least one optical film (11,161), said optical film at least partially light-transmissive, said optical film diffuses light passing through said optical film, said optical film (11,161) comprising at least a first optical feature, said optical feature comprising a three-dimensional shape that extends from a base plane to diffuse and/or mix light incident on the optical film, said optical film comprising a first layer and a second layer, said first layer comprising a first layer first surface and a first layer second surface, said second layer comprising a second layer first surface and a second layer second surface, said first layer second surface in contact with said second layer first surface, said first layer first surface substantially smooth, and said second layer second surface substantially smooth; feeding into said mold at least one flowable substrate material; solidifying said at least one flowable substrate material to form a substrate, said substrate at least partially light-transmissive and comprising a contact surface which is in contact with said second layer second surface of said optical film.
A refrigerating cycle device having either a first configuration with a rated refrigerating capacity having a range from 7.1 kW to 12.5 kW or a second configuration with a rated refrigerating capacity having a range from 3.6 kW to less than 7.1 kW comprising: - a compressor, - a heat source-side heat exchanger, - a first expansion device, - a liquid-side connection pipe, - second expansion device, - a user-side heat exchanger, and - a gas-side connection pipe sequentially connected to each other, wherein a refrigerating cycle uses a refrigerant of R32, characterized in that: in the first configuration, the liquid-side connection pipe has the pipe outer diameter of 0,635 cm (1/4 inch) and the gas-side connection pipe has the pipe outer diameter of 1,27 cm (1/2 inch), and in the second configuration, the liquid-side connection pipe has the pipe outer diameter of 0,476 cm (3/16 inch) and the gas-side connection pipe has the pipe outer diameter of 0,953 cm (3/8 inch). - a compressor, - a heat source-side heat exchanger, - a first expansion device, - a liquid-side connection pipe, - second expansion device, - a user-side heat exchanger, and - a gas-side connection pipe sequentially connected to each other, wherein a refrigerating cycle uses a refrigerant of R32, characterized in that: in the first configuration, the liquid-side connection pipe has the pipe outer diameter of 0,635 cm (1/4 inch) and the gas-side connection pipe has the pipe outer diameter of 1,27 cm (1/2 inch), and in the second configuration, the liquid-side connection pipe has the pipe outer diameter of 0,476 cm (3/16 inch) and the gas-side connection pipe has the pipe outer diameter of 0,953 cm (3/8 inch). in the first configuration, the liquid-side connection pipe has the pipe outer diameter of 0,635 cm (1/4 inch) and the gas-side connection pipe has the pipe outer diameter of 1,27 cm (1/2 inch), and in the second configuration, the liquid-side connection pipe has the pipe outer diameter of 0,476 cm (3/16 inch) and the gas-side connection pipe has the pipe outer diameter of 0,953 cm (3/8 inch).
Wheeled structure for handling and fitting panels or plates vertically or horizontally, comprising a pole with a set of telescopic columns expanding under the action of a cable winch with cables or chains, the upper column intended to be at the highest point of the equipment under the ceiling being arranged to accommodate a frame made from shaped elements for the accommodation, holding and presentation of plates and panels for fitting, the frame being pivotably mounted relative to a support structure associated with said frame so that the plates or panels can be presented vertically or horizontally and engaging with said upper column, characterised in that - said wheeled structure is arranged with two connected sub-assemblies and linked and articulated one relative to the other, - the two sub-assemblies and, depending on the relative angular position thereof, allow to fulfil the various vertical and horizontal panel and plate fitting functions, - the first sub-assembly comprise two main wheels and two secondary wheels and the second sub-assembly comprise said pole, - the two sub-assemblies and are rigidly connected by an assembly unit starting from which an arm is placed including a caster, - said wheeled structure has conversion capability so that it can be handled by an operator on the two main wheels and the caster in a single plane for ground running operations, on two main wheels so that it can be conveyed in the style of a hand truck, pushchair, wheeled luggage item, and on the two secondary wheels so that the transverse position can be adjusted when fitting panels or plates vertically, - the pole is mobile vertically relative to said main wheels, to the rear thereof when running on the ground, and to the fore of said main wheels when fitting the panels of plates vertically by lifting action on this first sub-assembly. - said wheeled structure is arranged with two connected sub-assemblies and linked and articulated one relative to the other, - the two sub-assemblies and, depending on the relative angular position thereof, allow to fulfil the various vertical and horizontal panel and plate fitting functions, - the first sub-assembly comprise two main wheels and two secondary wheels and the second sub-assembly comprise said pole, - the two sub-assemblies and are rigidly connected by an assembly unit starting from which an arm is placed including a caster, - said wheeled structure has conversion capability so that it can be handled by an operator on the two main wheels and the caster in a single plane for ground running operations, on two main wheels so that it can be conveyed in the style of a hand truck, pushchair, wheeled luggage item, and on the two secondary wheels so that the transverse position can be adjusted when fitting panels or plates vertically, - the pole is mobile vertically relative to said main wheels, to the rear thereof when running on the ground, and to the fore of said main wheels when fitting the panels of plates vertically by lifting action on this first sub-assembly.
Energy distribution system for distributing electrical energy, having - a plurality of connection points, at which electrical direct current can be fed into the energy distribution system or can be taken therefrom, and - a plurality of switches, the respective switching position of which determines the current flow inside the energy distribution system, wherein - the switches are semiconductor switches, and - the semiconductor switches or a subset of the semiconductor switches form(s) a ring structure, - characterized in that - each connection point is respectively connected to every other connection point via precisely one single semiconductor switch, and in that the energy distribution system has precisely three connection points. - a plurality of connection points, at which electrical direct current can be fed into the energy distribution system or can be taken therefrom, and - a plurality of switches, the respective switching position of which determines the current flow inside the energy distribution system, wherein - the switches are semiconductor switches, and - the semiconductor switches or a subset of the semiconductor switches form(s) a ring structure, - characterized in that - each connection point is respectively connected to every other connection point via precisely one single semiconductor switch, and in that the energy distribution system has precisely three connection points.
A system to harvest energy in a wellbore, the system comprising: a flexible member to be disposed in a wellbore, wherein the flexible member is at least a portion of a drill string; and an energy harvesting apparatus comprising magnetostrictive material and a conductor disposed proximate to the magnetostrictive material, wherein the energy harvesting apparatus is coupled to the flexible member to transfer forces from the flexible member to impart a strain in the magnetostrictive material and to thereby induce an electrical current in the conductor. a flexible member to be disposed in a wellbore, wherein the flexible member is at least a portion of a drill string; and an energy harvesting apparatus comprising magnetostrictive material and a conductor disposed proximate to the magnetostrictive material, wherein the energy harvesting apparatus is coupled to the flexible member to transfer forces from the flexible member to impart a strain in the magnetostrictive material and to thereby induce an electrical current in the conductor.
A method to reduce spillover in a media measuring system, comprising: identifying media associated with media monitoring data, the media monitoring data received from a meter associated with a first media presentation device; identifying an expected crest factor associated with the media, the expected crest factor retrieved from a reference database when the media is identified; comparing the expected crest factor to a received crest factor to determine if spillover occurred, the received crest factor received from the meter, the received crest factor based on dividing a peak amplitude of an audio signal associated with the media by a root mean square value of the audio signal, the audio signal received by the meter; and crediting the media as a media exposure when spillover did not occur. identifying media associated with media monitoring data, the media monitoring data received from a meter associated with a first media presentation device; identifying an expected crest factor associated with the media, the expected crest factor retrieved from a reference database when the media is identified; comparing the expected crest factor to a received crest factor to determine if spillover occurred, the received crest factor received from the meter, the received crest factor based on dividing a peak amplitude of an audio signal associated with the media by a root mean square value of the audio signal, the audio signal received by the meter; and crediting the media as a media exposure when spillover did not occur.
A bearing shell for a ball joint, including a side wall which has substantially the shape of a circular-cylindrical envelope and runs along a longitudinal axis, and a front wall which has the shape of a ball socket portion and is arranged in an axial end region of the side wall within the side wall, wherein an opening is provided in an axial apex region of the front wall, wherein a collar projecting outwards substantially in the axial direction is integrally formed on the edge of the opening, wherein the front wall and/or the collar are/is configured as an elastically deformable spring, characterized in that the side wall has a circumferentially encircling groove on its axial front side in that axial end region in which the front wall is provided.
Method of treating a surface on a wafer or a die comprising the steps of: (a) providing a wafer or a die, (b) placing the wafer or the die on a support, (c) providing material for forming a boundary surrounding the surface to be treated, (d) applying the material for the surrounding boundary in such a way that a depression is formed around the surface to be treated from which a liquid is unable to escape (e) filling the depression with a treatment liquid, wherein the treatment comprises cleaning and removal of treatment liquid by centrifuging, characterised in that the material for the surrounding boundary according to step d) is applied in such a way that a bevel exists which slopes down from the top edge of the boundary to the surface intended for cleaning, wherein the depression is so designed such that its floor is completely formed by the wafer or the die. (a) providing a wafer or a die, (b) placing the wafer or the die on a support, (c) providing material for forming a boundary surrounding the surface to be treated, (d) applying the material for the surrounding boundary in such a way that a depression is formed around the surface to be treated from which a liquid is unable to escape (e) filling the depression with a treatment liquid,
Building construction with rear-ventilated cladding elements, in particular panels or boards, which can be hung in front of a bearing structure, in particular consisting of vertical support elements and horizontal bearing elements, wherein the cladding elements are each assigned a frame which spans a rear ventilation cross-section and of which the upper and lower frame limb profiles (5, 6) have ventilation openings issuing towards the cladding front, characterised in that at least the upper frame limb profile interior is assigned a labyrinth seal-like splash guard which connects to the frame limb profile below the ventilation openings, covers the ventilation openings and, with the free end thereof, points towards the cladding front.
Hearing aid with a fold-out battery compartment, which has a spring element (5, 6) for securing a battery in the battery compartment, wherein the spring element (5, 6) is secured in the battery compartment in a replaceable manner, and wherein the spring element (5, 6), in the closed state of the battery compartment, is covered by the housing of the hearing aid, and wherein the housing of the hearing aid has a transparent window through which, in the closed state of the battery compartment, the outward appearance of the spring element (5, 6) can be discerned.
Formulations in soft gelatin capsules of acetylsalicylic acid or a pharmaceutically acceptable salt thereof, omega-3 fatty acids, an organic acid and amylose or a starch containing between 50% and 70% amylose.
A retrofit for a system using a fluid to transfer thermal energy, the system utilizing a thermostat to regulate a temperature associated with a terminal, the retrofit comprising: a return line temperature sensor configured to measure a temperature of a fluid leaving a terminal; and characterized in it that the retrofit further comprises a circuit configured to: receive a signal from a thermostat, the signal commanding an intended degree of opening or closing of a modulated valve; receive a temperature from the return line temperature sensor; and characterised in that the circuit is configured to determine whether the temperature is greater than a maximum set point or less than a minimum set point; modify the signal from the thermostat into a modified signal if the temperature is greater than the maximum set point or less than the minimum set point. a return line temperature sensor configured to measure a temperature of a fluid leaving a terminal; and characterized in it that the retrofit further comprises a circuit configured to: receive a signal from a thermostat, the signal commanding an intended degree of opening or closing of a modulated valve; receive a temperature from the return line temperature sensor; and characterised in that the circuit is configured to determine whether the temperature is greater than a maximum set point or less than a minimum set point; modify the signal from the thermostat into a modified signal if the temperature is greater than the maximum set point or less than the minimum set point. receive a signal from a thermostat, the signal commanding an intended degree of opening or closing of a modulated valve; receive a temperature from the return line temperature sensor; and characterised in that the circuit is configured to determine whether the temperature is greater than a maximum set point or less than a minimum set point; modify the signal from the thermostat into a modified signal if the temperature is greater than the maximum set point or less than the minimum set point. determine whether the temperature is greater than a maximum set point or less than a minimum set point; modify the signal from the thermostat into a modified signal if the temperature is greater than the maximum set point or less than the minimum set point.
A spring force terminal connection comprising: - a busbar, - a clamping spring, which has a resting section which is supported on the busbar, a spring bend, which adjoins the resting section, an actuating section, which adjoins the spring bend and is opposite the resting section, and a clamping section, which adjoins the actuating section and extends from the actuating section in the direction of the busbar, - wherein the clamping section has a conductor leadthrough opening, and wherein the busbar is passed through the conductor leadthrough opening, and a clamping point for a conductor to be connected is provided between the busbar and a transverse web limiting the conductor leadthrough opening, - and comprising an actuating element, which is mounted movably for acting on the actuating section in such a way that the transverse web, which limits the conductor leadthrough opening and forms a clamping point, is movable away from the busbar in the case of a movement of the actuating element into an open position, - with a bearing arm (12, 22), which is fixed in position relative to the busbar and the resting section supported on the busbar, extending out of the direction of the busbar, - wherein the actuating element is mounted displaceably pivotably or linearly on the bearing arm (12, 22), characterized in that the bearing arm (12, 22) extends through a slot (9, 20) in the clamping section and/or in the actuating section, and in that that section of the bearing arm (12, 22) which extends through the slot (9, 20) is arranged in a region between the side edges of the clamping spring. - a busbar, - a clamping spring, which has a resting section which is supported on the busbar, a spring bend, which adjoins the resting section, an actuating section, which adjoins the spring bend and is opposite the resting section, and a clamping section, which adjoins the actuating section and extends from the actuating section in the direction of the busbar, - wherein the clamping section has a conductor leadthrough opening, and wherein the busbar is passed through the conductor leadthrough opening, and a clamping point for a conductor to be connected is provided between the busbar and a transverse web limiting the conductor leadthrough opening, - and comprising an actuating element, which is mounted movably for acting on the actuating section in such a way that the transverse web, which limits the conductor leadthrough opening and forms a clamping point, is movable away from the busbar in the case of a movement of the actuating element into an open position, - with a bearing arm (12, 22), which is fixed in position relative to the busbar and the resting section supported on the busbar, extending out of the direction of the busbar, - wherein the actuating element is mounted displaceably pivotably or linearly on the bearing arm (12, 22),