mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling the aeration of an organic mass arranged in a composting area, comprising steps consisting in: - performing a series of measurements of at least one physico-chemical parameter of the composting area, - comparing the result of the measurements to a reference model, and - aerating the organic mass as a function of the result of the comparison; characterized in that the measurement step comprises a step consisting in, in first phase, automatically measuring by a probe that is retractable and translationally mobile in a substantially horizontal plane, according to a first meshing, at least one physico-chemical parameter comprising the temperature of the composting area, - the probe selectively adopting a folded position at rest, and an active position for the measurements, the probe reverting to the folded position between two series of measurements, the method further comprising a step consisting in: - determining the position of the probe by positioning means. - performing a series of measurements of at least one physico-chemical parameter of the composting area, - comparing the result of the measurements to a reference model, and - aerating the organic mass as a function of the result of the comparison; - the probe selectively adopting a folded position at rest, and an active position for the measurements, the probe reverting to the folded position between two series of measurements, - determining the position of the probe by positioning means.
Apparatus for monitoring a spatial region in the surrounding area of or within a rail vehicle, comprising: a camera facility for capturing the spatial region, which has a lens assembly, wherein the lens assembly has an entry element, which is embodied to receive incoming light, wherein the entry element is embodied such that it is able to move relative to a surface of the rail vehicle, which at least partially delimits the spatial region, between - a travel position provided for a travel operation of the rail vehicle and - a capture position, in which the entry element is oriented for receiving light from the spatial region, and wherein an image sensor element of the camera facility is embodied for converting the light received by means of the entry element into an image signal and is arranged at a fixed position relative to the surface. a camera facility for capturing the spatial region, which has a lens assembly, wherein the lens assembly has an entry element, which is embodied to receive incoming light, wherein the entry element is embodied such that it is able to move relative to a surface of the rail vehicle, which at least partially delimits the spatial region, between - a travel position provided for a travel operation of the rail vehicle and - a capture position, in which the entry element is oriented for receiving light from the spatial region, - a travel position provided for a travel operation of the rail vehicle and - a capture position, in which the entry element is oriented for receiving light from the spatial region, and wherein an image sensor element of the camera facility is embodied for converting the light received by means of the entry element into an image signal and is arranged at a fixed position relative to the surface.
Emergency release device for a spring-loaded brake of a rail vehicle, comprising a hydraulic pump, and one hydraulic cylinder (2, 3) per spring-loaded brake to be released, and hydraulic lines (5, 6) between the hydraulic pump and the spring-loaded brake, characterized in that two check valves (7, 8) which are arranged in antiparallel are arranged in an emergency release hydraulic line which leads to a group of spring-loaded brakes to be released together, the outputs of which check valves (7, 8) are routed in each case to a switching connector of an electromagnetically actuable 3/2-way emergency release selection valve with spring return, the common connector of the 3/2-way emergency release selection valve with spring return being routed to a switching connector of a manually actuable 3/2-way emergency release shut-off valve, and the emergency release hydraulic line being routed via that check valve, which permits a flow of hydraulic fluid in the direction of the hydraulic cylinders (2, 3) and shuts it off in the opposite direction, to the further switching connector of the 3/2-way emergency release shut-off valve, and the common connector of the 3/2-way emergency release shut-off valve being routed to the hydraulic cylinders (2, 3) of the spring-loaded brakes which are to be released together in a group.
A hood for a wearer comprising: a first layer and a particle barrier layer that at least partially covers the first layer, wherein the particle barrier layer comprises an interior surface toward the wearer and a particle collection surface opposite the interior surface, wherein each layer comprises at least one seam that is not a seam around at least a portion of a first or second peripheral edge and wherein the seam of one layer is offset when compared to the seam of the adjacent layer, and wherein the hood comprises a) a head portion comprising a first peripheral edge defining a face opening, wherein the first layer and particle barrier layer are joined along at least a portion of the first peripheral edge; b) a bib portion comprising a second peripheral edge defining a neck opening, wherein the first layer and particle barrier layer are joined along at least a portion of the second peripheral edge, wherein the first layer and the particle barrier layer are separable, and wherein the first layer is adjacent to the particle collection surface, and the bib and/or the head portion comprise at least one aperture to provide access to the particle collection surface of the particle barrier layer. a first layer and a particle barrier layer that at least partially covers the first layer, wherein the particle barrier layer comprises an interior surface toward the wearer and a particle collection surface opposite the interior surface, wherein each layer comprises at least one seam that is not a seam around at least a portion of a first or second peripheral edge and wherein the seam of one layer is offset when compared to the seam of the adjacent layer, and wherein the hood comprises a) a head portion comprising a first peripheral edge defining a face opening, wherein the first layer and particle barrier layer are joined along at least a portion of the first peripheral edge; b) a bib portion comprising a second peripheral edge defining a neck opening, wherein the first layer and particle barrier layer are joined along at least a portion of the second peripheral edge, wherein the first layer and the particle barrier layer are separable, and wherein the first layer is adjacent to the particle collection surface, and the bib and/or the head portion comprise at least one aperture to provide access to the particle collection surface of the particle barrier layer. a) a head portion comprising a first peripheral edge defining a face opening, wherein the first layer and particle barrier layer are joined along at least a portion of the first peripheral edge; b) a bib portion comprising a second peripheral edge defining a neck opening, wherein the first layer and particle barrier layer are joined along at least a portion of the second peripheral edge, wherein the first layer and the particle barrier layer are separable, and wherein the first layer is adjacent to the particle collection surface, and the bib and/or the head portion comprise at least one aperture to provide access to the particle collection surface of the particle barrier layer.
Device for calibrating an irradiation system of an apparatus for producing a three-dimensional work piece, the device comprising: - a control unit adapted to control the irradiation system so as to irradiate a radiation beam (22; 22a, 22b) onto an irradiation plane according to a calibration pattern, and - a sensor arrangement adapted to be arranged in the irradiation plane and to output signals to the control unit in response to being irradiated with the radiation beam (22; 22a, 22b) according to the calibration pattern, wherein the control unit further is adapted to: - generate a digital image of an actual irradiation pattern produced by the radiation beam (22; 22a, 22b) incident on the sensor arrangement based on the signals output by the sensor arrangement, - compare the digital image of the actual irradiation pattern with a digital image of a reference pattern so as to determine a deviation between the actual irradiation pattern and the reference pattern, and - calibrate the irradiation system based on the determined deviation between the actual irradiation pattern and the reference pattern, characterized in that the control unit further is adapted to: - determine a width of a line of the actual irradiation pattern produced by the radiation beam (22; 22a, 22b) incident on the sensor arrangement, - compare the determined line width with a reference line width, and - calibrate the irradiation system so as to focus the radiation beam (22; 22a, 22b) based on the comparison between the determined line width and the reference line width. - a control unit adapted to control the irradiation system so as to irradiate a radiation beam (22; 22a, 22b) onto an irradiation plane according to a calibration pattern, and - a sensor arrangement adapted to be arranged in the irradiation plane and to output signals to the control unit in response to being irradiated with the radiation beam (22; 22a, 22b) according to the calibration pattern, - generate a digital image of an actual irradiation pattern produced by the radiation beam (22; 22a, 22b) incident on the sensor arrangement based on the signals output by the sensor arrangement, - compare the digital image of the actual irradiation pattern with a digital image of a reference pattern so as to determine a deviation between the actual irradiation pattern and the reference pattern, and - calibrate the irradiation system based on the determined deviation between the actual irradiation pattern and the reference pattern, - determine a width of a line of the actual irradiation pattern produced by the radiation beam (22; 22a, 22b) incident on the sensor arrangement, - compare the determined line width with a reference line width, and - calibrate the irradiation system so as to focus the radiation beam (22; 22a, 22b) based on the comparison between the determined line width and the reference line width.
An apparatus for milk frothing, the apparatus having a body, a drip tray detachably mountable to the body, and a vessel positionable on the drip tray, the apparatus comprising a sensor assembly, the assembly including; a temperature sensor element; and a resilient support element that receives and biases the temperature sensor element towards thermal communication with an underside of the vessel such that the temperature sensing assembly extends above an overflow surface of the drip tray, wherein the assembly is located towards the end of a protruding portion that extends from the body of the apparatus, wherein an upper surface of the temperature sensing assembly is adapted to promote liquid movement into a reservoir of the drip tray, and wherein a void space extends below the resilient support element to allow for downward travel of the resilient support element. a temperature sensor element; and a resilient support element that receives and biases the temperature sensor element towards thermal communication with an underside of the vessel such that the temperature sensing assembly extends above an overflow surface of the drip tray, wherein the assembly is located towards the end of a protruding portion that extends from the body of the apparatus, wherein an upper surface of the temperature sensing assembly is adapted to promote liquid movement into a reservoir of the drip tray, and wherein a void space extends below the resilient support element to allow for downward travel of the resilient support element.
A method for cold starting an Android mobile terminal, characterized in that the method comprises: in a fast cold starting mode, backing up, by the mobile terminal in standby state, data needing to be saved to a non-volatile storage device after a power supply of the mobile terminal is turned off, and then powering off the mobile terminal; and restoring the data backed up in the non-volatile storage device to a corresponding physical memory after the mobile terminal is restarted, wherein backing up, by the mobile terminal in standby state, the data needing to be saved to the non-volatile storage device specifically comprises: saving a physical address of a variable containing layout information of physical memory to a specified physical memory, wherein the layout information of physical memory used to make the guidance system to get the usage condition of each page in the physical memory, shutting a Memory Management Unit and running a guidance system of the mobile terminal; and after the guidance system finds out that the fast cold starting mode is set up, analyzing information of each page in the physical memory, backing up data of used pages and physical addresses of the used pages in a program memory to the non-volatile storage device, setting up a logo of successful backup, and powering off the mobile terminal. in a fast cold starting mode, backing up, by the mobile terminal in standby state, data needing to be saved to a non-volatile storage device after a power supply of the mobile terminal is turned off, and then powering off the mobile terminal; and restoring the data backed up in the non-volatile storage device to a corresponding physical memory after the mobile terminal is restarted,
A Tisochrysis lutea as an active ingredient for use in ameliorating, preventing, or treating an inflammatory bowel disease, wherein the Tisochrysis lutea is a lyophilized powder form.
A device for imprinting value documents or security documents, comprising a type matrix in which several types for imprinting security documents are arranged, a matrix drive to move the type matrix in an x-direction and a γ-direction in a first area, a ram displaceable in the z-direction in order to act on a type of the type matrix to be used, the ram being displaceable relatively to the movable type matrix in a second plane area being smaller than the first area, a ram drive pushing the ram in the z-direction, imprinting the value document or security document with a pre-selected type, and a feeding unit for feeding the security document in the x-direction or γ-direction in a plane print area covering the entire value document or security document, the print area being smaller than the second area, the ram being displaceable within the area of the type matrix where the types are arranged in such a manner that the ram can be brought into a position where to act on a type, the ram and the type matrix being displaceable independently of each other and relatively to one another in the x-direction and γ-direction, and the type matrix being movable together with the ram within the print area of the value document or security document to be imprinted in such a manner that each type arranged in the type matrix can be positioned within the print area of the value document or security document.
Feeder for components of an aerosol-forming article, the feeder comprising: - a plurality of tubular hoppers, each hopper being adapted to receive and to deliver a plurality of components, each hopper including an inlet and an outlet and a channel connecting the inlet and the outlet, each channel having an axis and defining an insert dimension in a direction perpendicular to the axis, the insert dimension being constant along the axis of the channel; - a frame to which the tubular hoppers are fastened and arranged so that their axes are substantially parallel to each other and in series along a transport direction; - a delivery drum including a plurality of angularly spaced grooves arranged substantially parallel to said transport direction, said drum being located under the outlets of the tubular hoppers so that components going through said channels are delivered into one of said grooves; - a motor to rotate said delivery drum; - a transport device located under said delivery drum and adapted to transport said components delivered by the delivery drum along the transport direction; characterized in that it also comprises: - a size change element adapted to vary the insert dimension of the channel of at least one of the plurality of hoppers. - a plurality of tubular hoppers, each hopper being adapted to receive and to deliver a plurality of components, each hopper including an inlet and an outlet and a channel connecting the inlet and the outlet, each channel having an axis and defining an insert dimension in a direction perpendicular to the axis, the insert dimension being constant along the axis of the channel; - a frame to which the tubular hoppers are fastened and arranged so that their axes are substantially parallel to each other and in series along a transport direction; - a delivery drum including a plurality of angularly spaced grooves arranged substantially parallel to said transport direction, said drum being located under the outlets of the tubular hoppers so that components going through said channels are delivered into one of said grooves; - a motor to rotate said delivery drum; - a transport device located under said delivery drum and adapted to transport said components delivered by the delivery drum along the transport direction; - a size change element adapted to vary the insert dimension of the channel of at least one of the plurality of hoppers.
A glazing, comprising: - a ply of interlayer material - a first busbar laid over the ply of interlayer material - at least one heating wire laid over the first busbar - and an auxiliary busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer (51, 52) suitable for melting in an autoclave covers at least part of a surface of the first busbar or the auxiliary busbar and is arranged to contact the heating wire characterised in that: - an adhesive layer is arranged between the first busbar and the ply of interlayer material for bonding them together and - an auxiliary adhesive layer is arranged where an edge of the auxiliary busbar extends beyond an edge of the first busbar for bonding the auxiliary busbar to the ply of interlayer material and - wherein the solder layer covers both a surface of the first busbar in contact with the heating wire and an opposite surface of the first busbar or wherein the solder layer covers both a surface of the auxiliary busbar in contact with the heating wire and an opposite surface of the auxiliary busbar. - a ply of interlayer material - a first busbar laid over the ply of interlayer material - at least one heating wire laid over the first busbar - and an auxiliary busbar at least partly laid over the heating wire and at least partly laid over the first busbar - wherein a solder layer (51, 52) suitable for melting in an autoclave covers at least part of a surface of the first busbar or the auxiliary busbar and is arranged to contact the heating wire - an adhesive layer is arranged between the first busbar and the ply of interlayer material for bonding them together and - an auxiliary adhesive layer is arranged where an edge of the auxiliary busbar extends beyond an edge of the first busbar for bonding the auxiliary busbar to the ply of interlayer material and - wherein the solder layer covers both a surface of the first busbar in contact with the heating wire and an opposite surface of the first busbar or wherein the solder layer covers both a surface of the auxiliary busbar in contact with the heating wire and an opposite surface of the auxiliary busbar.
A system for delivering multiple fluids to a patient, comprising at least first and second reservoirs (16A, 16B), wherein each of the first and second reservoirs (16A, 16B) is configured to house a fluid and has a feature element associated therewith, wherein the feature element of the first reservoir is different than the feature element of the second reservoir, the system further characterized to include: an infusion pump configured to receive the first reservoir and the second reservoir, the infusion pump comprising: a pump housing with a first port and second port opening to at least a first reservoir slot and a second reservoir slot, respectively, within the infusion pump, characterised in that, each of the first port and the second port has a feature element associated therewith, wherein the feature element of the first port is different than the feature element of the second port; a power source located within the pump housing and positioned between the first reservoir slot and the second reservoir slot, the first reservoir slot and the second reservoir slot of the infusion pump being laterally spaced apart from each other within the pump housing; wherein the first port is configured to engage a first connector and wherein the second port is configured to engage a second connector; wherein the first port is configured to not engage the second connector. an infusion pump configured to receive the first reservoir and the second reservoir, the infusion pump comprising: a pump housing with a first port and second port opening to at least a first reservoir slot and a second reservoir slot, respectively, within the infusion pump, characterised in that, each of the first port and the second port has a feature element associated therewith, wherein the feature element of the first port is different than the feature element of the second port; a power source located within the pump housing and positioned between the first reservoir slot and the second reservoir slot, the first reservoir slot and the second reservoir slot of the infusion pump being laterally spaced apart from each other within the pump housing; wherein the first port is configured to engage a first connector and wherein the second port is configured to engage a second connector; wherein the first port is configured to not engage the second connector. wherein the first port is configured to engage a first connector and wherein the second port is configured to engage a second connector; wherein the first port is configured to not engage the second connector.