mhurhangee/ep-ind-claims huggingface dataset:
Needle machine for needle-bonding a non-woven web, having: - a needle beam assembly which comprises at least one needle beam; - a first main shaft which is connected to the needle beam assembly by means of a first main con rod that is eccentrically mounted on the first main shaft; - a second main shaft which is connected to the needle beam assembly by means of a second main con rod that is eccentrically mounted on the second main shaft; - a gearbox assembly which comprises an input shaft and two output shafts (32, 34), wherein the first main shaft and the second main shaft form the two output shafts (32, 34); and - a drive which drives the input shaft in a rotating manner; - an adjustment installation which comprises a gear stage of the gearbox assembly and is specified for adjusting an angular position of the first main shaft and of the second main shaft relative to one another; - wherein the gearbox assembly comprises a helical spur gear stage having a first spur gear and a second spur gear meshing with the first spur gear, wherein the first spur gear is mounted so as to be displaceable in the axial direction; and - wherein the adjustment installation comprises the helical spur gear stage and adjustment means which are specified for displacing the first spur gear in a linear manner; characterized in that the first spur gear is mounted in a rotationally fixed manner on the first main shaft, and the second spur gear is mounted in a rotationally fixed manner on the second main shaft. - a needle beam assembly which comprises at least one needle beam; - a first main shaft which is connected to the needle beam assembly by means of a first main con rod that is eccentrically mounted on the first main shaft; - a second main shaft which is connected to the needle beam assembly by means of a second main con rod that is eccentrically mounted on the second main shaft; - a gearbox assembly which comprises an input shaft and two output shafts (32, 34), wherein the first main shaft and the second main shaft form the two output shafts (32, 34); and - a drive which drives the input shaft in a rotating manner; - an adjustment installation which comprises a gear stage of the gearbox assembly and is specified for adjusting an angular position of the first main shaft and of the second main shaft relative to one another; - wherein the gearbox assembly comprises a helical spur gear stage having a first spur gear and a second spur gear meshing with the first spur gear, wherein the first spur gear is mounted so as to be displaceable in the axial direction; and - wherein the adjustment installation comprises the helical spur gear stage and adjustment means which are specified for displacing the first spur gear in a linear manner;
A photographical apparatus to take pictures of food dishes, comprising a platform on which to put a dish, a light source formed by a plurality of light emitting elements and situated centrally above said platform, a digital photo device comprising of at least an objective and a light sensitive sensor, a translucent plate, fitted between said light source and said platform, a casing, a CPU controlling at least the light sources, whereby said objective of said photo device is placed in the middle of the light source so that its optical axis is coaxial with the axis of the light emitted by the light emitting elements characterized in that said casing encloses the light source and the digital photo device and integrates the platform, wherein the casing is permanently open at least on part of a front side of the apparatus so that the integrated platform is physically in contact with the exterior, and the casing further includes a touch screen adapted to receive commands, to send commands to the CPU and to show images acquired by the digital photo device.
A focusing mechanism for a binocular with dual stiffness of operation, which comprises a focusing knob which is mounted rotatably about its longitudinal axis on a static shaft which is fixedly mounted in the binocular structure, whereby the focusing knob is associated with a braking means with adjustable braking effect, characterized in that the focusing knob is provided with a braking drum, whereby the cylindrical circumferential surface of the braking drum is associated rotatably about its longitudinal axis with the cylindrical circumferential surface of a braking ring, whose other cylindrical circumferential surface is associated by its circumferential surface with a collet of a clamping ring, which is with its rigid part seated in the housing which is fixedly mounted on the static shaft, whereby the collet of the clamping ring is associated with the control of the pressure force on the cylindrical circumferential surface of the braking ring, the control of the gripping of the collet being coupled to a switch of stiffness of the focusing operation.
An intravascular apparatus for removing an obstruction from a vessel of a patient, the device comprising: a microcatheter having a size and flexibility to navigate within a neurovascular region of the patient; a near connector having a first expanded profile when unconstrained, such that on deployment in the vessel the near connector expands towards the first expanded profile; a far connector being collapsible to fit within the microcatheter and having a second expanded profile when unconstrained, such that on deployment in the vessel the far connector expands towards the second expanded profile; at least one lead filament coupling the near connector to the microcatheter; and a plurality of traversing filaments extending between the near and far connectors, and spaced apart on each connector such that tensioning the traversing filaments causes the filaments to move towards a wall of the vessel, characterized in that the near connector can be rotated relative to the far connector to ensnare the obstruction. a microcatheter having a size and flexibility to navigate within a neurovascular region of the patient; a near connector having a first expanded profile when unconstrained, such that on deployment in the vessel the near connector expands towards the first expanded profile; a far connector being collapsible to fit within the microcatheter and having a second expanded profile when unconstrained, such that on deployment in the vessel the far connector expands towards the second expanded profile; at least one lead filament coupling the near connector to the microcatheter; and a plurality of traversing filaments extending between the near and far connectors, and spaced apart on each connector such that tensioning the traversing filaments causes the filaments to move towards a wall of the vessel, characterized in that the near connector can be rotated relative to the far connector to ensnare the obstruction.
An electrode compartment for an electrochemical cell, comprising a bicontinuous micro-emulsion, wherein catalytic parts are generated in-situ in a precipitation reaction in said bicontinuous micro-emulsion.
Pneumatic tyre provided with an elastomer layer which is airtight to the inflation gases, the said airtight elastomer layer comprising at least one styrene thermoplastic elastomer comprising a polyisobutylene block, characterized in that the said airtight elastomer layer additionally comprises a polyphenylene ether ("PPE") and in that the content by weight of polyphenylene ether represents between 0.05 and 5 times the content by weight of styrene present in the styrene thermoplastic elastomer.
A method for wireless communication at a user equipment, UE, comprising: receiving a configuration message indicating a quasi co-location, QCL, association between a physical uplink control channel and a sounding reference signal, SRS, transmission for at least one time and frequency domain channel parameter; transmitting, in accordance with the QCL association, a control channel transmission via the physical uplink control channel using an antenna port that is quasi co-located with at least one antenna port for transmitting the SRS transmission; and transmitting, in accordance with the QCL association, the SRS transmission via the at least one antenna port. receiving a configuration message indicating a quasi co-location, QCL, association between a physical uplink control channel and a sounding reference signal, SRS, transmission for at least one time and frequency domain channel parameter; transmitting, in accordance with the QCL association, a control channel transmission via the physical uplink control channel using an antenna port that is quasi co-located with at least one antenna port for transmitting the SRS transmission; and transmitting, in accordance with the QCL association, the SRS transmission via the at least one antenna port.
Method for implementing the absorbency and the distribution of liquids in an absorbing device, said absorbing device comprising at least: - a first upper layer of fibre consisting of non-woven fabric in contact with the user's skin; - a second layer of fibre consisting of non-woven fabric, in contact with said first layer, adapted to acquire the liquids received from said first layer and to distribute said liquids to a third layer below; - a third layer below adapted to capture and absorb the liquids received from said second layer, characterised by subjecting said absorbing device to an irradiation by ultraviolet rays, such as to modify the distribution of the fibres of said second layer by ordering them along a direction essentially perpendicular to the surface of the absorbing device spread out and increasing the thickness of said second layer, - said ultraviolet rays transmitting to said absorbing device a power of not less than 14.8 mWsec/cm 2; - lamps of said ultraviolet rays UV being arranged according to the length of the conveyor belt of said absorbing devices at a distance not exceeding 20-25 mm. - a first upper layer of fibre consisting of non-woven fabric in contact with the user's skin; - a second layer of fibre consisting of non-woven fabric, in contact with said first layer, adapted to acquire the liquids received from said first layer and to distribute said liquids to a third layer below; - a third layer below adapted to capture and absorb the liquids received from said second layer, characterised by subjecting said absorbing device to an irradiation by ultraviolet rays, such as to modify the distribution of the fibres of said second layer by ordering them along a direction essentially perpendicular to the surface of the absorbing device spread out and increasing the thickness of said second layer, - said ultraviolet rays transmitting to said absorbing device a power of not less than 14.8 mWsec/cm 2; - lamps of said ultraviolet rays UV being arranged according to the length of the conveyor belt of said absorbing devices at a distance not exceeding 20-25 mm.
A method of illumination compensation, IC, in a three-dimensional, 3D, or multi-view decoding system, the method comprising: receiving coded data associated with a current coding unit of a texture picture in a dependent view from a bitstream; reconstructing the current coding unit to generate a reconstructed current coding unit; parsing an illumination compensation flag for the current coding unit from the bitstream only when the illumination compensation is enabled, and the current coding unit is processed by one 2Nx2N prediction unit, wherein the illumination compensation flag is not parsed for the current coding unit when the current coding unit is processed by multiple prediction units with other sizes; and applying the illumination compensation to the reconstructed current coding unit according to the illumination compensation flag when the illumination compensation is enabled; characterized in that if the illumination compensation flag incorporated in the bitstream corresponds to the case that the current coding unit is coded by said one 2Nx2N prediction unit in non-Merge mode, then the illumination compensation flag for another case in which the current coding unit is processed by one prediction unit in Merge mode depends on a selected merging candidate (MV IV; M b'). receiving coded data associated with a current coding unit of a texture picture in a dependent view from a bitstream; reconstructing the current coding unit to generate a reconstructed current coding unit; parsing an illumination compensation flag for the current coding unit from the bitstream only when the illumination compensation is enabled, and the current coding unit is processed by one 2Nx2N prediction unit, wherein the illumination compensation flag is not parsed for the current coding unit when the current coding unit is processed by multiple prediction units with other sizes; and applying the illumination compensation to the reconstructed current coding unit according to the illumination compensation flag when the illumination compensation is enabled; characterized in that if the illumination compensation flag incorporated in the bitstream corresponds to the case that the current coding unit is coded by said one 2Nx2N prediction unit in non-Merge mode, then the illumination compensation flag for another case in which the current coding unit is processed by one prediction unit in Merge mode depends on a selected merging candidate (MV IV; M b').
An electrolyte sheet for solid oxide fuel cell comprising: a plurality of concaves and/or convexes at least on one side of the electrolyte sheet, wherein plan-viewed shapes of the concaves or the convexes are approximately circular, elliptical, or polygonal with polygon's corners rounded and with polygon's corners having an at least 0.1 μm of curvature radius, and/or three-dimensional shapes of the concaves or the convexes are approximately hemispherical, hemi-ellipsoidal, or polyhedral with polyhedron's ridges or corners having curves of an at least 0.1 μm of curvature radius in cross-sectional views of the concaves or the convexes, wherein an average circle-equivalent diameter of the plan-viewed shapes of the concaves and the convexes is at least 0.5 μm and at most 250 μm, wherein an average depth of the concaves and an average height of the convexes is at least 0.3 μm and at most 50 μm, and wherein an average thickness of the electrolyte sheet is at least 100 μm and at most 400 μm. a plurality of concaves and/or convexes at least on one side of the electrolyte sheet, wherein plan-viewed shapes of the concaves or the convexes are approximately circular, elliptical, or polygonal with polygon's corners rounded and with polygon's corners having an at least 0.1 μm of curvature radius, and/or three-dimensional shapes of the concaves or the convexes are approximately hemispherical, hemi-ellipsoidal, or polyhedral with polyhedron's ridges or corners having curves of an at least 0.1 μm of curvature radius in cross-sectional views of the concaves or the convexes, wherein an average circle-equivalent diameter of the plan-viewed shapes of the concaves and the convexes is at least 0.5 μm and at most 250 μm, wherein an average depth of the concaves and an average height of the convexes is at least 0.3 μm and at most 50 μm, and wherein an average thickness of the electrolyte sheet is at least 100 μm and at most 400 μm.
A cartridge for an aerosol provision system comprising the cartridge and a control unit, wherein the system comprises a vaporiser for vaporising an aerosolisable material, wherein the cartridge comprises: a first surface, a second surface, and a first side surface and a second side surface, wherein the side surfaces (209C;209D) are located between the first surface and the second surface, wherein the first side surface and the second side surface are inclined towards an outlet; an air channel extending from an air inlet for the cartridge to the outlet via an aerosol generation region; a reservoir for containing aerosolisable material for aerosolising; wherein the cartridge further comprises an aerosolisable-material-level observation means for allowing a user to observe a level of aerosolisable material inside the reservoir; wherein the aerosolisable-material-level observation means comprises a portion of the cartridge, wherein the portion of the cartridge forms a first wall portion of the reservoir; wherein the portion of the cartridge comprises a first, elongate, window for viewing into the reservoir; wherein the portion of the cartridge comprises a second window for allowing light into the reservoir; and wherein the first window is located on the first side surface of the reservoir, and the second window is located on the second side surface, opposite the first side surface, of the reservoir; wherein each window has a maximum dimension of no more than 20mm. a first surface, a second surface, and a first side surface and a second side surface, wherein the side surfaces (209C;209D) are located between the first surface and the second surface, wherein the first side surface and the second side surface are inclined towards an outlet; an air channel extending from an air inlet for the cartridge to the outlet via an aerosol generation region; a reservoir for containing aerosolisable material for aerosolising; wherein the cartridge further comprises an aerosolisable-material-level observation means for allowing a user to observe a level of aerosolisable material inside the reservoir; wherein the aerosolisable-material-level observation means comprises a portion of the cartridge, wherein the portion of the cartridge forms a first wall portion of the reservoir; wherein the portion of the cartridge comprises a first, elongate, window for viewing into the reservoir; wherein the portion of the cartridge comprises a second window for allowing light into the reservoir; and wherein the first window is located on the first side surface of the reservoir, and the second window is located on the second side surface, opposite the first side surface, of the reservoir; wherein each window has a maximum dimension of no more than 20mm.
An electrochemical cell (1, 10) comprising a closed casing defining an internal volume inside which an electrode plate group is arranged comprising alternating positive and negative electrodes respectively connected to two positive and negative electrical output terminals and arranged on both sides of separators, said electrode plate group being impregnated with electrolyte and connected by connection means to one of the electrical output terminals, the electrochemical cell comprising one or more sensor and/or actuator elements (20 to 26) each arranged in contact with a component (2 to 6) within the group comprising the casing, the electrode plate group, the connection means, and the output terminal, and being able to measure a physical or chemical quantity relating to its environment and/or to generate an action or a physical effect on, its environment, and that the at least one first sensor and/or actuator element has an internal source of power so as to neither be powered by one of the electrochemical cells nor by an external power supply.
A centrifugal separator for separating at least a liquid heavy phase from a liquid feed mixture, comprising a frame, a drive member and a rotatable part, wherein the drive member is configured to rotate the rotatable part in relation to the frame around an axis of rotation, and wherein the rotatable part comprises a centrifuge bowl enclosing a separation space and a sludge space; wherein the separation space comprises a stack of separation discs arranged coaxially around the axis of rotation and wherein said sludge space is arranged radially outside said stack of separation discs; wherein the centrifuge bowl further comprises an inlet for receiving the liquid feed mixture and a first outlet chamber in fluid connection with a heavy phase outlet pipe for discharging a separated liquid heavy phase, and wherein the centrifugal separator further comprises a plurality of outlet pipes for transport of said separated liquid heavy phase from said sludge space towards said first outlet chamber; characterised in that, the stack of separation discs is compressed with a compression force when mounted in the centrifuge bowl and wherein said plurality of outlet pipes form an element for transmitting said compression force to the compressed stack of separation discs. a frame, a drive member and a rotatable part, wherein the drive member is configured to rotate the rotatable part in relation to the frame around an axis of rotation, and wherein the rotatable part comprises a centrifuge bowl enclosing a separation space and a sludge space; wherein the separation space comprises a stack of separation discs arranged coaxially around the axis of rotation and wherein said sludge space is arranged radially outside said stack of separation discs; wherein the centrifuge bowl further comprises an inlet for receiving the liquid feed mixture and a first outlet chamber in fluid connection with a heavy phase outlet pipe for discharging a separated liquid heavy phase, and wherein the centrifugal separator further comprises a plurality of outlet pipes for transport of said separated liquid heavy phase from said sludge space towards said first outlet chamber; characterised in that, the stack of separation discs is compressed with a compression force when mounted in the centrifuge bowl and wherein said plurality of outlet pipes form an element for transmitting said compression force to the compressed stack of separation discs.
Workpiece handling equipment - comprising a plurality of workpiece carriers which each comprise - a plurality of bearing pins, which are arranged, in parallel with regard to each other, within a clamping frame, and which provide a workpiece bearing with their upper ends, - a fixing device for fixing the bearing pins to the clamping frame, - wherein each of the bearing pins is individually movable in its main direction with regard to the clamping frame, when the fixing device is deactivated, characterised by - at least one carrier adjustment station comprising - a supporting frame on which the workpiece carriers can be put one by one with a defined relative orientation of the respective clamping frame with regard to the supporing frame, and - one supporting pin falling in line with each of the bearing pins of the workpiece carrier put-on, the supporting pin individually supporting the respective bearing pin in its main direction from below, when the fixing device is deactivated. - comprising a plurality of workpiece carriers which each comprise - a plurality of bearing pins, which are arranged, in parallel with regard to each other, within a clamping frame, and which provide a workpiece bearing with their upper ends, - a fixing device for fixing the bearing pins to the clamping frame, - a plurality of bearing pins, which are arranged, in parallel with regard to each other, within a clamping frame, and which provide a workpiece bearing with their upper ends, - a fixing device for fixing the bearing pins to the clamping frame, - wherein each of the bearing pins is individually movable in its main direction with regard to the clamping frame, when the fixing device is deactivated, characterised by - at least one carrier adjustment station comprising - a supporting frame on which the workpiece carriers can be put one by one with a defined relative orientation of the respective clamping frame with regard to the supporing frame, and - one supporting pin falling in line with each of the bearing pins of the workpiece carrier put-on, the supporting pin individually supporting the respective bearing pin in its main direction from below, when the fixing device is deactivated. - a supporting frame on which the workpiece carriers can be put one by one with a defined relative orientation of the respective clamping frame with regard to the supporing frame, and - one supporting pin falling in line with each of the bearing pins of the workpiece carrier put-on, the supporting pin individually supporting the respective bearing pin in its main direction from below, when the fixing device is deactivated.