mhurhangee/ep-ind-claims huggingface dataset:
A photoelectric conversion element comprising: a substrate; and a plurality of lattice stacks (ST1-STn) repeatedly stacked on top of each other on the substrate and configured to have an effective band gap, the plurality of lattice stacks forming a multi-quantum well, MQW, structure and each including a first active layer and a second active layer on the first active layer, a plurality of heterojunctions being defined by the plurality of first active layers directly contacting corresponding ones of the plurality of second active layers, the first active layer including a first two-dimensional material having a first band gap, and the second active layer including a second two-dimensional material having a second band gap not overlapping the first band gap, wherein the effective band gap of the plurality of lattice stacks is based on a thickness of the first active layer; characterized in that the first two-dimensional material and the second two-dimensional material each independently include one of a Group IV transition metal dichalcogenide, TMD, material, a Group V TMD material, or a Group VI TMD material. a substrate; and a plurality of lattice stacks (ST1-STn) repeatedly stacked on top of each other on the substrate and configured to have an effective band gap, the plurality of lattice stacks forming a multi-quantum well, MQW, structure and each including a first active layer and a second active layer on the first active layer, a plurality of heterojunctions being defined by the plurality of first active layers directly contacting corresponding ones of the plurality of second active layers, the first active layer including a first two-dimensional material having a first band gap, and the second active layer including a second two-dimensional material having a second band gap not overlapping the first band gap, wherein the effective band gap of the plurality of lattice stacks is based on a thickness of the first active layer; characterized in that the first two-dimensional material and the second two-dimensional material each independently include one of a Group IV transition metal dichalcogenide, TMD, material, a Group V TMD material, or a Group VI TMD material.
A bioelectrode comprising a silver coating layer provided on a conductive silicone rubber electrode, wherein the conductive silicone rubber electrode is composed of a silicone rubber containing conductive carbon particles, the silver coating layer is composed of silicone rubber and at least one of agglomerated silver powder and flake-like silver powder, characterized in that the silver coating layer has a thickness of 18 μm to 80 μm. the conductive silicone rubber electrode is composed of a silicone rubber containing conductive carbon particles, the silver coating layer is composed of silicone rubber and at least one of agglomerated silver powder and flake-like silver powder, characterized in that the silver coating layer has a thickness of 18 μm to 80 μm.
Method of optical data transmission, comprising - receiving a first time-discrete data signal (x(k)) and a second time-discrete data signal (y(k)) at a same sampling rate, the method being characterized in that it further comprises the following steps: - generating a third time-discrete data signal (x'(k)) and a fourth time-discrete data signal (y'(k)) at said sampling rate, using said first data signal (x(k)) and said second data signal (y(k)), wherein said first data signal (x(k)) and said second data signal (y(k)) are delayed to each other by a delay time that is varied over time, said delay time being varied at a variation frequency that is significantly smaller than said sampling rate, - modulating at least a phase of a first optical signal (os1(t)) with a wavelength and with a polarization state in dependence on said third data signal (x'(k)). - modulating at least a phase of a second optical signal (os2(t)) with said wavelength and a polarization state in dependence on said fourth data signal (y'(k)), - transmitting the modulated first optical signal (osm1(t)) and the modulated second optical signal (osm2(t)) into an optical fibre, such that said polarization state of said modulated first optical signal (osm1(t)) is orthogonal to said polarization state of said second modulated optical signal (osm2(t)). - receiving a first time-discrete data signal (x(k)) and a second time-discrete data signal (y(k)) at a same sampling rate, - generating a third time-discrete data signal (x'(k)) and a fourth time-discrete data signal (y'(k)) at said sampling rate, using said first data signal (x(k)) and said second data signal (y(k)), wherein said first data signal (x(k)) and said second data signal (y(k)) are delayed to each other by a delay time that is varied over time, said delay time being varied at a variation frequency that is significantly smaller than said sampling rate, - modulating at least a phase of a first optical signal (os1(t)) with a wavelength and with a polarization state in dependence on said third data signal (x'(k)). - modulating at least a phase of a second optical signal (os2(t)) with said wavelength and a polarization state in dependence on said fourth data signal (y'(k)), - transmitting the modulated first optical signal (osm1(t)) and the modulated second optical signal (osm2(t)) into an optical fibre, such that said polarization state of said modulated first optical signal (osm1(t)) is orthogonal to said polarization state of said second modulated optical signal (osm2(t)).
Cell frame for an electrolysis or fuel cell block, comprising - an accommodation opening configured for selective accommodating of an electrolysis or fuel cell membrane or of a plate impermeable to media, - a plurality of collector duct openings configured for media supply and media discharge through the cell frame, - a distributor duct structure configured for media supply from a respective supplying collector duct opening to an associated half space adjacent to the accommodation opening and for media discharge from said half space to an associated discharging collector duct opening, and - a sealing structure configured for sealing the cell frame to the exterior and/or the accommodation opening and/or the collector duct openings, characterized in that - the distributor duct structure is composed of a groove duct structure formed only on a first main side of the cell frame and a plurality of through bores extending between the groove duct structure and the associated half space with a directional component parallel to a cell frame plane (Ez), and - the sealing structure is formed only on a second main side opposite to the first main side of the cell frame. - an accommodation opening configured for selective accommodating of an electrolysis or fuel cell membrane or of a plate impermeable to media, - a plurality of collector duct openings configured for media supply and media discharge through the cell frame, - a distributor duct structure configured for media supply from a respective supplying collector duct opening to an associated half space adjacent to the accommodation opening and for media discharge from said half space to an associated discharging collector duct opening, and - a sealing structure configured for sealing the cell frame to the exterior and/or the accommodation opening and/or the collector duct openings, - the distributor duct structure is composed of a groove duct structure formed only on a first main side of the cell frame and a plurality of through bores extending between the groove duct structure and the associated half space with a directional component parallel to a cell frame plane (Ez), and - the sealing structure is formed only on a second main side opposite to the first main side of the cell frame.
Valve device for a motor vehicle comprising a flow housing comprising at least one inlet and at least one outlet, a drive motor with a stator and a rotor, a transmission, which can be made to rotate by means of the drive motor and via which a control body with a drive shaft or drive axle can be rotated, on which the control body is arranged at least in a rotationally fixed manner and via which the control body is beared, via which a fluidic connection between the at least one inlet and the at least one outlet can be controlled, characterised in that the drive shaft or drive axle extends from the control body through the transmission at least into the rotor of the drive motor, wherein an encoder magnet is attached at least non-rotatably to the drive shaft or drive axle as a transmitter, which communicates with a magnetic sensor for position detection, wherein the rotor is separated from the stator by a separating can, which separates an inner space, in which the encoder magnet is arranged, from an outer space, in which the sensor is arranged. a flow housing comprising at least one inlet and at least one outlet, a drive motor with a stator and a rotor, a transmission, which can be made to rotate by means of the drive motor and via which a control body with a drive shaft or drive axle can be rotated, on which the control body is arranged at least in a rotationally fixed manner and via which the control body is beared, via which a fluidic connection between the at least one inlet and the at least one outlet can be controlled,
A method for providing a plurality of applications with concurrent access to an expected data set for aggregation analysis, the method comprising: receiving a list of user-selected models to include in the expected data set for multiple applications to analyze concurrently, the expected data set comprising a portion of a database repository, the models comprising a combination of data attributes from the database repository, wherein the expected data set includes different types of models and different types of models include different data attributes; identifying different data attributes of the expected data set to be accessed concurrently by the plurality of applications; allocating a memory space for a shared cache, wherein the shared cache comprises a column data store configured to store data for each of the identified different data attributes of the expected data set in columns; retrieving a plurality of records included in the expected data set from the database repository; populating the shared cache with the expected data set by copying each data value of the identified different data attributes of each record as contiguous entries in columns of the column data store; and storing memory address locations corresponding to the columns of the column data store of the shared cache for access by the plurality of applications, and providing references to the column address locations to the plurality of applications, wherein each application generates a memory map from memory locations in a virtual address space of each respective application to the stored memory address locations. receiving a list of user-selected models to include in the expected data set for multiple applications to analyze concurrently, the expected data set comprising a portion of a database repository, the models comprising a combination of data attributes from the database repository, wherein the expected data set includes different types of models and different types of models include different data attributes; identifying different data attributes of the expected data set to be accessed concurrently by the plurality of applications; allocating a memory space for a shared cache, wherein the shared cache comprises a column data store configured to store data for each of the identified different data attributes of the expected data set in columns; retrieving a plurality of records included in the expected data set from the database repository; populating the shared cache with the expected data set by copying each data value of the identified different data attributes of each record as contiguous entries in columns of the column data store; and storing memory address locations corresponding to the columns of the column data store of the shared cache for access by the plurality of applications, and providing references to the column address locations to the plurality of applications, wherein each application generates a memory map from memory locations in a virtual address space of each respective application to the stored memory address locations.
A method for controlling an information apparatus, the information apparatus having a display and being connected to a network, one or more target devices being controlled over the network, the one or more target devices including a specific target device (201, 209) which stores a set content when power has been previously turned off and starts operation according to the set content when power is next turned on, the method causing a computer of the information apparatus to: display on the display, a display screen representing a floor plan of one floor including at least two rooms; display each of device icon within regions of any of the at least two rooms included in the floor plan, wherein one device icon represents the one or more target devices; and sense that a device icon is selected among the device icons in the floor plan; characterized in that when it is sensed that a device icon representing the specific target device (201, 209) is selected in a region of the at least two rooms included in the floor plan, control a display of the region, in which the device icon is selected, according to the set content, when it is sensed that any region within a room, in which the selection of the device icon representing the specific target device (201, 209) is sensed, is selected, output to the network an on-off control command for controlling an on-off state of power of the specific target device (201, 209) installed in the selected region, and control a display of the selected region, according to the on-off state of power of the specific target device (201, 209). display on the display, a display screen representing a floor plan of one floor including at least two rooms; display each of device icon within regions of any of the at least two rooms included in the floor plan, wherein one device icon represents the one or more target devices; and sense that a device icon is selected among the device icons in the floor plan; characterized in that when it is sensed that a device icon representing the specific target device (201, 209) is selected in a region of the at least two rooms included in the floor plan, control a display of the region, in which the device icon is selected, according to the set content, when it is sensed that any region within a room, in which the selection of the device icon representing the specific target device (201, 209) is sensed, is selected, output to the network an on-off control command for controlling an on-off state of power of the specific target device (201, 209) installed in the selected region, and control a display of the selected region, according to the on-off state of power of the specific target device (201, 209).
Holding element for a duct, comprising: a first holding part with a first frame element having a first arch-shaped area and with a first elastic damping element provided at the first frame element; and a second holding part with a second frame element having a second arch-shaped area and with a second elastic damping element provided at the second frame element, wherein the first holding part and the second holding part are moveable relative to each other between a closed state, in which the first frame element and the second frame element together form a receiving opening for circumferentially receiving the duct and being delimited by the first and second arch-shaped areas (12, 22), and an open state releasing the duct; wherein the receiving opening has a circular opening cross section; and wherein each of the first and second elastic damping elements (13, 23) comprises an elastic plate (14, 24) extending in a circumferential direction of the circular receiving opening along the corresponding arch-shaped area (12, 22), characterised in that the elastic plates (14, 24) each have such a curvature that in the closed state of the holding element they are bulged from the corresponding arch-shaped area (12, 22) towards a middle axis of the circular receiving opening along their whole extension in the circumferential direction of the circular receiving opening along the corresponding arch-shaped area (12, 22). a first holding part with a first frame element having a first arch-shaped area and with a first elastic damping element provided at the first frame element; and a second holding part with a second frame element having a second arch-shaped area and with a second elastic damping element provided at the second frame element, wherein the first holding part and the second holding part are moveable relative to each other between a closed state, in which the first frame element and the second frame element together form a receiving opening for circumferentially receiving the duct and being delimited by the first and second arch-shaped areas (12, 22), and an open state releasing the duct; wherein the receiving opening has a circular opening cross section; and wherein each of the first and second elastic damping elements (13, 23) comprises an elastic plate (14, 24) extending in a circumferential direction of the circular receiving opening along the corresponding arch-shaped area (12, 22), characterised in that the elastic plates (14, 24) each have such a curvature that in the closed state of the holding element they are bulged from the corresponding arch-shaped area (12, 22) towards a middle axis of the circular receiving opening along their whole extension in the circumferential direction of the circular receiving opening along the corresponding arch-shaped area (12, 22).
Device for generating hydroelectric energy making use of the current of a river, estuary or similar, whereby the device comprises a paddlewheel that can freely turn in two directions around a shaft X-X', and comprises at least one electricity generator set whose drive shaft is coupled to the shaft of the paddlewheel, whereby the device is further provided with means to keep the paddlewheel in place against the current, and whereby the paddlewheel is self-floating and, characterised in that a generator set is provided on either side of the paddlewheel and the drive shaft of at least one generator set turns in a first direction of rotation with the shaft of the paddlewheel and is free to turn in the other second direction of rotation, and the drive shaft of at least one generator set that is free to turn in first direction of rotation and turns in the second direction of rotation with the shaft of the paddlewheel, or in that one generator set is provided that comprises a transmission between the generator and the shaft of the paddlewheel and that the transmission comprises a mechanism to reverse the direction of rotation of the shaft of the generator with respect to the paddlewheel to ensure that the generator is always driven in the same direction of rotation irrespective of the direction of rotation of the paddlewheel.
A display system, comprising: a display means, an image input means, a depth of field analysis means and a bending degree control means; wherein the image input means is configured to input an image to the depth of field analysis means; the depth of field analysis means is configured to analyze an depth of field of the image; the bending degree control means is configured to control a bending degree of the display means according to the depth of field of the image; the display means is configured to display the image.
An immediate release solid oral dosage form comprising a plurality of particles, each particle comprising: (i) an active agent; and (ii) a material that is sensitive to acidic pH; wherein the plurality of particles are dispersed in a matrix comprising a gelling agent selected from the group consisting of pregelatinized starch, hydroxyethylcellulose, guar gum, xanthan gum, alginate, carrageenan and mixtures thereof; and wherein the dosage form releases at least about 70% of the active agent within 45 minutes as measured by in-vitro dissolution in a USP Apparatus 2 (paddle) at 50 rpm in 500 ml 0.1N HCl at 37° C. (i) an active agent; and (ii) a material that is sensitive to acidic pH;
Method for processing a holding element for a motor vehicle, comprising - providing a holding element having a bearing surface which is designed to bear against a window, - providing a pumpable substance having predetermined material properties, and - mechanically applying the provided substance at at least one predetermined position to the bearing surface of the holding element and thus initiating a self-foaming process, such that, depending on the material properties of the substance, a plastic moulding with predetermined elasticity is formed in order, when the window bears against the holding element, to form a predetermined distance between a window and the holding element and to counteract stress forces between the window and the holding element, wherein the plastic moulding is formed in such way that, when the window bears against the holding element, said moulding extends only between the window and the holding element. - providing a holding element having a bearing surface which is designed to bear against a window, - providing a pumpable substance having predetermined material properties, and - mechanically applying the provided substance at at least one predetermined position to the bearing surface of the holding element and thus initiating a self-foaming process, such that, depending on the material properties of the substance, a plastic moulding with predetermined elasticity is formed in order, when the window bears against the holding element, to form a predetermined distance between a window and the holding element and to counteract stress forces between the window and the holding element, wherein the plastic moulding is formed in such way that, when the window bears against the holding element, said moulding extends only between the window and the holding element.
A method for detecting faults in media content, the method implemented by operation of one or more computer processors and comprising: streaming a first instance of media content to one or more users; monitoring the behavior of the one or more users while the first instance of media content is streaming; and determining whether the first instance of media content is faulty by comparing the monitored behavior of the one or more users to a reference set of data, wherein the first instance of media content is faulty if there is a problem or an abnormality in the first instance of media content, and wherein the reference set of data comprises data collected from monitoring the one or more users viewing other instances of media content. streaming a first instance of media content to one or more users; monitoring the behavior of the one or more users while the first instance of media content is streaming; and determining whether the first instance of media content is faulty by comparing the monitored behavior of the one or more users to a reference set of data, wherein the first instance of media content is faulty if there is a problem or an abnormality in the first instance of media content, and wherein the reference set of data comprises data collected from monitoring the one or more users viewing other instances of media content.