mhurhangee/ep-ind-claims huggingface dataset:
A switch comprising a housing further comprising a disc shaped top part and a bottom part, the top part comprises a sensor surface on a top side, opposing thereto a mounting section, and a sidewall between the sensor surface and the mounting section, a switching element is arranged within or under the sensor surface, the mounting section is configured to be mounted to a planar object having a top surface which defines a mounting plane, and the bottom part extends from the mounting section, characterized in, that the sidewall comprises at least one lighting window (131 - 134), the at least one lighting window (131 - 134) covering at least one light source (151 - 154) in the housing providing a light beam in a plane parallel to the mounting plane or under an angle directed to the mounting plane.
Method for preparing a hydrogel type matrix comprising at least two contiguous zones with distinct stiffnesses comprising a step to photopolymerize a solution comprising one or several polymerizable compounds and a photopolymerization initiator, by application of light onto the entire solution and at a different intensity in at least two zones of the solution, as a result of which a hydrogel matrix is obtained comprising at least two contiguous zones with distinct stiffnesses, characterized in that the photopolymerization step is done in the presence of a polymerization catalyst.
A display panel comprising: a substrate; a display unit on the substrate, the display unit comprising a plurality of pixels; and a touch sensing unit on the display unit, the touch sensing unit comprising: an encapsulation substrate; and a capacitive pattern layer on a side of the encapsulation substrate facing the display unit, the capacitive pattern layer having a plurality of openings, each said opening corresponding in position to at least one of the plurality of pixels; characterised in that the capacitive pattern layer comprises a plurality of pattern units arranged in a matrix pattern with a plurality of first pattern units arranged in columns extending in a first direction and a plurality of second pattern units arranged in rows extending in a second direction crossing the first direction; wherein the touch sensing unit further comprises a first insulation layer on the plurality of first pattern units and the plurality of second pattern units and a plurality of connectors on the first insulation layer configured to electrically couple adjacent units of the plurality of second pattern units through contact holes in the first insulation layer. a substrate; a display unit on the substrate, the display unit comprising a plurality of pixels; and a touch sensing unit on the display unit, the touch sensing unit comprising: an encapsulation substrate; and a capacitive pattern layer on a side of the encapsulation substrate facing the display unit, the capacitive pattern layer having a plurality of openings, each said opening corresponding in position to at least one of the plurality of pixels; an encapsulation substrate; and a capacitive pattern layer on a side of the encapsulation substrate facing the display unit, the capacitive pattern layer having a plurality of openings, each said opening corresponding in position to at least one of the plurality of pixels; characterised in that the capacitive pattern layer comprises a plurality of pattern units arranged in a matrix pattern with a plurality of first pattern units arranged in columns extending in a first direction and a plurality of second pattern units arranged in rows extending in a second direction crossing the first direction; wherein the touch sensing unit further comprises a first insulation layer on the plurality of first pattern units and the plurality of second pattern units and a plurality of connectors on the first insulation layer configured to electrically couple adjacent units of the plurality of second pattern units through contact holes in the first insulation layer.
A method for operating backfill plants for the long-term safe filling of underground cavities with waste-based building materials according to a specified formulation, wherein the method comprises the steps: mixing a building material suspension according to a specified formulation, wherein a liquid suspension agent is added to at least one mixing component with a hydrogen-forming potential, outgassing of the building material suspension for a preset time in an outgassing container, and delivering the outgassed building material into an underground cavity, characterised in that a container provided with thermal insulation is used as outgassing container, so that the release of the heat of reaction of the hydrogen-forming reaction to the container surroundings is inhibited. mixing a building material suspension according to a specified formulation, wherein a liquid suspension agent is added to at least one mixing component with a hydrogen-forming potential, outgassing of the building material suspension for a preset time in an outgassing container, and delivering the outgassed building material into an underground cavity, characterised in that a container provided with thermal insulation is used as outgassing container, so that the release of the heat of reaction of the hydrogen-forming reaction to the container surroundings is inhibited.
Storage box having a base, having two side walls extending from the base and arranged in parallel with each other, having two end walls extending from the base and arranged in parallel with each other, wherein the side walls and the end walls are connected in articulated manner to the base and are able to be folded down into a position in which they are arranged in parallel with the base, and having side flaps which are connected in articulated manner to the side walls at the edges thereof which are adjacent to the end walls, said side flaps abutting onto one of the end walls with a first side respectively and being connected releasably to this by means of at least one first push button characterised in that at least one of the end walls bears an end flap which is connected to it in articulated manner on its edge which runs at a distance to the base, said end flap abutting onto the side flaps connected to the end wall respectively on the second side thereof facing away from the first side and being connected to this releasably by means of at least one second push button respectively.
A lighting control system for generating supply currents (ILED1, ILED2, ILEDn) for a first LED channel and at least a second LED channel (CH2, CHn), the system comprising a first controlled current source for generating a first supply current (ILED1) for the first LED channel based on a first control signal; a second controlled current source for generating a second supply current (ILED2) for the at least second LED channel based on a second control signal; a first signal combiner for generating the first control signal; and a second signal combiner for generating the second control signal; characterized in that: the first control signal is generated based on a synchronization signal (VSYNC) that comprises periodic starting pulses and on a combination of a first magnitude dimming signal and a first pulse dimming signal; the second control signal is generated based on the synchronization signal (VSYNC) and on a combination of a second magnitude dimming signal and a second pulse dimming signal; the first and the second signal combiner are designed such that changes of the respective first and second control signals (CC1, CC2) come into effect only with a respective time offset with respect to one of the starting pulses of the synchronization signal (VSYNC); and the lighting control system further comprises a signal processing unit for generating a set of pairs of a magnitude dimming signal and a pulse dimming signal, a first pair of said set including the first magnitude dimming signal and the first pulse dimming signal and a second pair of said set including the second magnitude dimming signal and the second pulse dimming signal, based on a set of brightness values (BV1, BV2) for a plurality of LED channels to be supplied. the first control signal is generated based on a synchronization signal (VSYNC) that comprises periodic starting pulses and on a combination of a first magnitude dimming signal and a first pulse dimming signal; the second control signal is generated based on the synchronization signal (VSYNC) and on a combination of a second magnitude dimming signal and a second pulse dimming signal; the first and the second signal combiner are designed such that changes of the respective first and second control signals (CC1, CC2) come into effect only with a respective time offset with respect to one of the starting pulses of the synchronization signal (VSYNC); and the lighting control system further comprises a signal processing unit for generating a set of pairs of a magnitude dimming signal and a pulse dimming signal, a first pair of said set including the first magnitude dimming signal and the first pulse dimming signal and a second pair of said set including the second magnitude dimming signal and the second pulse dimming signal, based on a set of brightness values (BV1, BV2) for a plurality of LED channels to be supplied.
A sole structure for an article of footwear, the sole structure comprising: a first layer including a first bundle of fibers affixed to a first substrate; a second layer including a second bundle of fibers affixed to a second substrate; a traction element having a first portion disposed between the first substrate and the second substrate and a second portion extending from one of the first layer and the second layer; and a resin that is configured to consolidate the first bundle of fibers and the second bundle of fibers and to join together the first layer, the second layer and the traction element to form the sole structure. a first layer including a first bundle of fibers affixed to a first substrate; a second layer including a second bundle of fibers affixed to a second substrate; a traction element having a first portion disposed between the first substrate and the second substrate and a second portion extending from one of the first layer and the second layer; and a resin that is configured to consolidate the first bundle of fibers and the second bundle of fibers and to join together the first layer, the second layer and the traction element to form the sole structure.
A system comprising, a first control node, the first control node configured to establish communication sessions between endpoints; a second control node, the second control node configured to establish communication sessions between endpoints; and a first bearer node comprising a first media gateway having a first virtual media gateway and a second virtual media gateway, the first virtual media gateway configured to provide access to media resources of the first bearer node to the first control node and the second virtual media gateway configured to provide access to media resources of the first bearer node to the second control node, the system being characterised in that the first bearer node is further configured to provision an additional virtual media gateway in response to a change in demand for resources of the first bearer node. a first control node, the first control node configured to establish communication sessions between endpoints; a second control node, the second control node configured to establish communication sessions between endpoints; and a first bearer node comprising a first media gateway having a first virtual media gateway and a second virtual media gateway, the first virtual media gateway configured to provide access to media resources of the first bearer node to the first control node and the second virtual media gateway configured to provide access to media resources of the first bearer node to the second control node, the system being characterised in that the first bearer node is further configured to provision an additional virtual media gateway in response to a change in demand for resources of the first bearer node.
A plenoptic camera comprising a camera lens, a lenslet array comprising a plurality of microlenses (111 to 11n) and a photosensors array comprising a plurality of photosensors (131 to 13m), characterized in that the camera lens comprises a spatial light modulator arranged in the aperture stop plane of the camera lens, wherein, a group of photosensors being associated with each microlens, a group of cells of the spatial light modulator being associated with each photosensor of said group of photosensors, the number of groups of cells being equal to the number of photosensors of said group associated with one microlens, wherein the plenoptic camera further comprises a controller configured to control the cells of said group of cells to control the amount of the light exiting said group of cells.
A power distribution system comprising: a direct current DC power source; a power supply unit for supplying power to a plurality of appliances using a power supplied from the DC power source or an AC power source; and an appliance selection unit for selecting one or more appliances that can be operated with an available power of the DC power source, characterized in that the power distribution system further comprises: a display unit for displaying the selected one or more appliances to allow a user to choose, among the selected one or more appliances, at least one appliance to be actually operated by the power supplied from the DC power source; an available power detection unit for detecting the available power; and a power information storage unit for storing information about a power consumption of each appliance, wherein the DC power source includes only a secondary battery, and wherein the appliance selection unit selects the one or more appliances based on a residual capacity of the secondary battery and the information about the power consumption of each appliance. a direct current DC power source; a power supply unit for supplying power to a plurality of appliances using a power supplied from the DC power source or an AC power source; and an appliance selection unit for selecting one or more appliances that can be operated with an available power of the DC power source, characterized in that the power distribution system further comprises: a display unit for displaying the selected one or more appliances to allow a user to choose, among the selected one or more appliances, at least one appliance to be actually operated by the power supplied from the DC power source; an available power detection unit for detecting the available power; and a power information storage unit for storing information about a power consumption of each appliance, a display unit for displaying the selected one or more appliances to allow a user to choose, among the selected one or more appliances, at least one appliance to be actually operated by the power supplied from the DC power source; an available power detection unit for detecting the available power; and a power information storage unit for storing information about a power consumption of each appliance, wherein the DC power source includes only a secondary battery, and wherein the appliance selection unit selects the one or more appliances based on a residual capacity of the secondary battery and the information about the power consumption of each appliance.
A fluidized bed reactor comprising: a fluidized bed reactor in which a catalyst bed is provided; a dust collector provided in an upper portion of the fluidized bed reactor and collecting catalyst particles in a gas discharged toward the upper portion of the fluidized bed reactor; and a filter portion provided in a region between the dust collector and the catalyst bed, wherein two or more filter portions are provided at different heights, wherein each filter portion includes a filtering screen and a plurality of conical caps coupled to the filtering screen, wherein each conical cap includes: a collecting portion in a hollow cone shape collecting the catalyst particles in the gas discharged toward the upper portion of the fluidized bed reactor; and a plurality of connecting portions provided at a predetermined interval along a circumference of the collecting portion and coupled to the filtering screen, and wherein the plurality of conical caps are provided on each filtering screen while being spaced apart from each other at a predetermined interval, characterized in that the conical caps provided on each filter portion are arranged so as not to be positioned on the same vertical line. a fluidized bed reactor in which a catalyst bed is provided; a dust collector provided in an upper portion of the fluidized bed reactor and collecting catalyst particles in a gas discharged toward the upper portion of the fluidized bed reactor; and a filter portion provided in a region between the dust collector and the catalyst bed, wherein two or more filter portions are provided at different heights, wherein each filter portion includes a filtering screen and a plurality of conical caps coupled to the filtering screen, wherein each conical cap includes: a collecting portion in a hollow cone shape collecting the catalyst particles in the gas discharged toward the upper portion of the fluidized bed reactor; and a plurality of connecting portions provided at a predetermined interval along a circumference of the collecting portion and coupled to the filtering screen, and a collecting portion in a hollow cone shape collecting the catalyst particles in the gas discharged toward the upper portion of the fluidized bed reactor; and a plurality of connecting portions provided at a predetermined interval along a circumference of the collecting portion and coupled to the filtering screen, and wherein the plurality of conical caps are provided on each filtering screen while being spaced apart from each other at a predetermined interval,
A catalyst system, comprising: a single site catalyst compound; a support comprising fluorinated alumina; and an aluminoxane, wherein the aluminoxane is present in an amount of 8 mmol or less per gram of the support. a single site catalyst compound; a support comprising fluorinated alumina; and an aluminoxane, wherein the aluminoxane is present in an amount of 8 mmol or less per gram of the support.
Endoprosthesis for the partial replacement of the human pelvic bone in the area of the acetabulum and of the ilium (Il), with a first portion (3; 13; 23), which has a first partially spherical recess (2; 12; 22) serving as a replacement for the acetabulum, and with a second portion (4; 14; 24) for bearing on the ilium (Il), characterized in that the second portion (4; 14; 24), starting from the first portion (3; 13; 23), extends flattened over the edge of the first partially spherical recess (2; 12; 22) and is integrally connected to the first portion (3; 13; 23), and in that a second partially spherical recess (5; 15; 25) is introduced in the second portion (4; 14; 24), in the same direction as the first partially spherical recess (2; 12; 22).
A process for producing porous cellulose beads, comprising the steps of: a) mixing an alkali aqueous solution and cellulose to prepare a cellulose micro dispersion at a temperature of -5 to 10°C, b) adding water to the cellulose micro dispersion to prepare a cellulose slurry, wherein the mass ratio of the amount of water existing in the micro dispersion: the amount of water added to prepare the cellulose slurry is 90: 10 to 40: 60, and d) bringing the cellulose slurry into contact with a coagulation solvent. a) mixing an alkali aqueous solution and cellulose to prepare a cellulose micro dispersion at a temperature of -5 to 10°C, b) adding water to the cellulose micro dispersion to prepare a cellulose slurry, wherein the mass ratio of the amount of water existing in the micro dispersion: the amount of water added to prepare the cellulose slurry is 90: 10 to 40: 60, and d) bringing the cellulose slurry into contact with a coagulation solvent.
An optical device, comprising: - an optical port array having at least one optical input (120 1, 120 2, 120 3) for receiving an optical beam and at least one optical output (120 1, 120 2, 120 3), the input and outputs extending along a common axis (y-axis); - a dispersion element receiving the optical beam from the at least one optical input (120 1, 120 2, 120 3) and spatially separating the optical beam into a plurality of wavelength components; - a focusing element for focusing the plurality of wavelength components; and - a programmable optical phase modulator for receiving the focused plurality of wavelength components, the modulator being configured to steer the wavelength components to a selected one of the optical outputs (120 1, 120 2, 120 3), characterized in that the programmable optical phase modulator being oriented with respect to the optical port array so that an axis along which the optical beam is steered is non-coincident with the common axis (y-axis) along which the input (120 1, 120 2, 120 3) and outputs (120 1, 120 2, 120 3) extend. - an optical port array having at least one optical input (120 1, 120 2, 120 3) for receiving an optical beam and at least one optical output (120 1, 120 2, 120 3), the input and outputs extending along a common axis (y-axis); - a dispersion element receiving the optical beam from the at least one optical input (120 1, 120 2, 120 3) and spatially separating the optical beam into a plurality of wavelength components; - a focusing element for focusing the plurality of wavelength components; and - a programmable optical phase modulator for receiving the focused plurality of wavelength components, the modulator being configured to steer the wavelength components to a selected one of the optical outputs (120 1, 120 2, 120 3),
A glottiscope for assisting with the insertion of an endotracheal tube or an Eschman like stylet into a patient, the glottiscope comprising a blade which defines an internal passage for receiving the tube or the stylet, the blade having a proximal end and a distal end and fibre optic means for viewing the patient's glottis, the blade being adapted to direct the viewing means towards the centre of the patient's glottis, characterised in that the distal end of the viewing means is disposed at the distal end and in use, below the bottom floor of the internal passage at the point of emergence of the tube or the stylet from the distal end of the internal passage to provide a view of the patient's glottis.
SOLAR PARKING MODULE WITH INTEGRATED EV CHARGING STATION, which, being of the type made up of a structure with a roof supported on pillars that fulfils the function of protecting vehicles parked beneath it so that they are shaded and guarded from the rain, comprises, combined in the same structure, means for capturing, processing, storing and supplying electrical energy to parked vehicles or to the grid, a solar roof, with photovoltaic panels grouped into rows, characterized in that said roof is provided for movement on its axis for the solar tracking in the E-W direction, by means of the action of linear actuators juxtaposed in respect of central bolts which secure the solar roof to the apexes of three semi-elliptical arches that serve as pillars, whose spans serve to safeguard the charging points (12 and 13), said solar roof being provided with counterweighted frames, and with a system of energy accumulators, situated below ground level, in the pit integrated in the foundations, and in that each one of the pillars is formed by respective semi-elliptical arches jointed to each other by bracing bars lodged transversally between them, two of them disposed at the same height serving as mechanical stops for the angle of oscillation of the solar roof when the counterweight comes into contact with them.