mhurhangee/ep-ind-claims huggingface dataset:
A moisture detector, comprising: - a tube with an open and a closed end, wherein the tube is shaped from a layered structure of at least three distinct regions made of a flat shaped base material, where a first region has a circular shape, and a second and a third region (20, 30) each have a rectangular shape and a length corresponding to the circumference of the first region, and wherein the second and third regions (20, 30) are applied with different material of an anode material and a cathode material; - an intermediate layer having a fluid suction capacity and which is saturated with salt crystals and placed between the layered structure comprising the second and third regions (20, 30); - separators separating the anode and cathode material and the intermediate layer; - electronic components fixed to the first region, and - electrical connections connecting the electronic components to the anode and cathode materials. - a tube with an open and a closed end, wherein the tube is shaped from a layered structure of at least three distinct regions made of a flat shaped base material, where a first region has a circular shape, and a second and a third region (20, 30) each have a rectangular shape and a length corresponding to the circumference of the first region, and wherein the second and third regions (20, 30) are applied with different material of an anode material and a cathode material; - an intermediate layer having a fluid suction capacity and which is saturated with salt crystals and placed between the layered structure comprising the second and third regions (20, 30); - separators separating the anode and cathode material and the intermediate layer; - electronic components fixed to the first region, and - electrical connections connecting the electronic components to the anode and cathode materials.
A process for producing a solid material from a saccharide solution comprising isomaltulose, wherein said solid material comprises isomaltulose of an amount of 70 to 90 mass% and trehalulose of an amount of 8 to 25 mass%, wherein a sucrose solution is subjected to action of an enzyme which produces isomaltulose from sucrose to prepare said saccharide solution comprising isomaltulose, characterized in that the process comprises steps; causing isomaltulose to crystallize to obtain crystals having a median diameter of 5 to 60 μm in said saccharide solution, wherein the median diameter is determined by laser diffraction particle size distribution measurement, and spray-drying the saccharide solution containing the isomaltulose crystals at an air temperature of 50 to 95 degrees Celsius to obtain said solid material.
A method for indicating fit status of a mask in pneumatic communication with a respiratory assistance device, the method comprising: receiving, from respective one or more sensors (34, 36) of the respiratory device, one or more measurements associated with a therapeutic gas delivery from the respiratory assistance device to the mask, the one or more measurements including a first pressure measurement at a blower of the respiratory assistance device and a second pressure measurement at the mask; deriving a leakage value from the received one or more measurements associated with the therapeutic gas delivery, the leakage value being derived from a leak constant that is a function of an average pressure difference between the first pressure measurement at the blower and the second pressure measurement at the mask; assigning a mask fit index based at least upon a correlation of the leakage value to a particular sub-range of predetermined leakage values that corresponds to the mask fit index, the particular sub-range of predetermined leakage values being among a plurality of the sub-ranges which together comprises an overall mask fit range defined at least by an ideal mask fit region, a loose mask fit region, and a tight mask fit region; and generating an output of a mask fit status to an indicator interface, the mask fit status being based upon the assigned mask fit index. receiving, from respective one or more sensors (34, 36) of the respiratory device, one or more measurements associated with a therapeutic gas delivery from the respiratory assistance device to the mask, the one or more measurements including a first pressure measurement at a blower of the respiratory assistance device and a second pressure measurement at the mask; deriving a leakage value from the received one or more measurements associated with the therapeutic gas delivery, the leakage value being derived from a leak constant that is a function of an average pressure difference between the first pressure measurement at the blower and the second pressure measurement at the mask; assigning a mask fit index based at least upon a correlation of the leakage value to a particular sub-range of predetermined leakage values that corresponds to the mask fit index, the particular sub-range of predetermined leakage values being among a plurality of the sub-ranges which together comprises an overall mask fit range defined at least by an ideal mask fit region, a loose mask fit region, and a tight mask fit region; and generating an output of a mask fit status to an indicator interface, the mask fit status being based upon the assigned mask fit index.
An information reading apparatus comprising: a housing having an upper face portion which is seen by a user who uses the information reading apparatus, the upper face portion being light-transmissive and providing a reading surface; an optical information reading means for optically reading information imaged through a reading port, the reading port being provided in the housing at the reading surface; a contactless communication means for reading information stored in a contactless communication medium held over the reading surface, the information being read through contactless communication according to transmission/reception of electromagnetic waves via a loop antenna, the loop antenna being arranged in the housing; and a display means having a screen which displays information showing both reading results of the optical information reading means and reading results of the contactless communication means, the screen being located in the housing at the reading surface, wherein: both the reading port and the screen of the display means are arranged so as to be surrounded by the loop antenna when the upper face portion is viewed from above the upper face portion; wherein the screen of the display means is arranged not to overlap with the loop antenna when the upper face portion is viewed from above the upper face portion. a housing having an upper face portion which is seen by a user who uses the information reading apparatus, the upper face portion being light-transmissive and providing a reading surface; an optical information reading means for optically reading information imaged through a reading port, the reading port being provided in the housing at the reading surface; a contactless communication means for reading information stored in a contactless communication medium held over the reading surface, the information being read through contactless communication according to transmission/reception of electromagnetic waves via a loop antenna, the loop antenna being arranged in the housing; and a display means having a screen which displays information showing both reading results of the optical information reading means and reading results of the contactless communication means, the screen being located in the housing at the reading surface, wherein: both the reading port and the screen of the display means are arranged so as to be surrounded by the loop antenna when the upper face portion is viewed from above the upper face portion; wherein the screen of the display means is arranged not to overlap with the loop antenna when the upper face portion is viewed from above the upper face portion. both the reading port and the screen of the display means are arranged so as to be surrounded by the loop antenna when the upper face portion is viewed from above the upper face portion; wherein the screen of the display means is arranged not to overlap with the loop antenna when the upper face portion is viewed from above the upper face portion.
Method for operating a winding machine with a large number of winding heads and a transporting system for the trackable transportation of cops to the winding heads, having the steps setting up a digital image of a reference cop with a known thread length by means of an imaging sensor (42, 42A), determining a variable representing the cross sectional area of the yarn body of the reference cop, determining the ratio of the thread length of the reference cop and the variable representing the cross sectional area of the yarn body of the reference cop, setting up a digital image of a cop fed to the transporting system by means of an imaging sensor, detecting the thread length drawn off from the cop during the winding, linking information of the digital image of the cop, the thread length drawn off from the cop and the determined ratio of the thread length of the reference cop and the variable representing the cross sectional area of the yarn body of the reference cop and controlling the winding machine depending on the result of the linking.
An ecological pallet comprising two semi-circular support structures, which are elongated arch-shaped structures, with openings located at equidistant distances on one of the sides of each of said semi-circular support structures, wherein said semi-circular support structures are similar and are connected to each other by a fabric web wherein each of two opposed ends of the fabric web wraps each of said semi-circular support structures, characterized in that the fabric web is fixed through parallel opening lines, in each of the said opposed ends, to each of the support structures by: (i) one or more first and second double male anchor type member with pins, which have a head and body and extending on both sides of said double male anchoring members keeping between the pins the same equidistant distances to each other that keep the openings of the semi-circular support structures, and (ii) one or more first and second female anchoring members with equidistant openings keeping between the openings the same equidistant distances to each other that keep the openings of the semi-circular support structures, wherein the openings of the one or more first and second female anchoring member and the openings of each of the two semi-circular support structures engage on the pins to each side of the one or more first and second double male anchoring member respectively. (i) one or more first and second double male anchor type member with pins, which have a head and body and extending on both sides of said double male anchoring members keeping between the pins the same equidistant distances to each other that keep the openings of the semi-circular support structures, and (ii) one or more first and second female anchoring members with equidistant openings keeping between the openings the same equidistant distances to each other that keep the openings of the semi-circular support structures,
An electric vehicle chassis, having at least three wheels intended for cargo and/or people, wherein said chassis comprises: a substantially planar loading bed, suitable for receiving a load on top of same, which is located substantially in the space existing between at least two front wheels (2', 2") and at least one rear wheel of an electric vehicle; wherein said loading bed comprises a housing channel located substantially along said loading bed; wherein the chassis also comprises a central shaft housed in the housing channel; wherein the loading bed is connected to the chassis so as to pivot relative to said central shaft; wherein the loading bed comprises a plurality of battery housings, being distributed in a manner substantially symmetrical to both sides along the central shaft; wherein the chassis further comprises a rear traction and steering assembly and a front suspension and inclination assembly; both assemblies (15, 16) being connected through the central shaft; and wherein the rear traction and steering assembly and the front suspension and inclination assembly respectively comprise connections to the at least one rear wheel and to the at least two front wheels (2', 2"). a substantially planar loading bed, suitable for receiving a load on top of same, which is located substantially in the space existing between at least two front wheels (2', 2") and at least one rear wheel of an electric vehicle; wherein said loading bed comprises a housing channel located substantially along said loading bed; wherein the chassis also comprises a central shaft housed in the housing channel; wherein the loading bed is connected to the chassis so as to pivot relative to said central shaft; wherein the loading bed comprises a plurality of battery housings, being distributed in a manner substantially symmetrical to both sides along the central shaft; wherein the chassis further comprises a rear traction and steering assembly and a front suspension and inclination assembly; both assemblies (15, 16) being connected through the central shaft; and wherein the rear traction and steering assembly and the front suspension and inclination assembly respectively comprise connections to the at least one rear wheel and to the at least two front wheels (2', 2").
An information processing apparatus comprising: a receiver (1202; 122: 122RX) configured to repeatedly receive a packet from another apparatus through radio communication; a memory (128; 114; 116) configured to store the packet received by the receiver; an information processing unit configured to perform information processing and to make mode transition at least between a first mode and a second mode lower in power consumption than the first mode; a mode management module configured to have the information processing unit make mode transition from the second mode to the first mode when at least any one of the number of packets stored in the memory and a data amount of a packet stored in the memory satisfies a first condition; and a reading module configured to read the packet stored in the memory when the information processing unit makes mode transition from the second mode to the first mode, the information processing unit making mode transition from the first mode to the second mode when the information processing unit has performed processing including reading of the packet by the reading module. a receiver (1202; 122: 122RX) configured to repeatedly receive a packet from another apparatus through radio communication; a memory (128; 114; 116) configured to store the packet received by the receiver; an information processing unit configured to perform information processing and to make mode transition at least between a first mode and a second mode lower in power consumption than the first mode; a mode management module configured to have the information processing unit make mode transition from the second mode to the first mode when at least any one of the number of packets stored in the memory and a data amount of a packet stored in the memory satisfies a first condition; and a reading module configured to read the packet stored in the memory when the information processing unit makes mode transition from the second mode to the first mode, the information processing unit making mode transition from the first mode to the second mode when the information processing unit has performed processing including reading of the packet by the reading module.
A suction tool (2, 72, 82, 92) for an electric vacuum cleaner, the tool (2, 72, 82, 92) comprising: a first suction tool including a first suction port for suctioning dust; a second suction tool including a second suction port communicating with the first suction port, the second suction tool being detachably engaged with the first suction tool; and a first operation part for disengaging the first suction tool from the second suction tool, characterized in that the tool (2, 72, 82, 92) further comprises: a third suction tool including a third suction port communicating with the second suction port, the third suction tool being detachably engaged with the second suction tool; and a second operation part for disengaging the second suction tool from the third suction tool. a first suction tool including a first suction port for suctioning dust; a second suction tool including a second suction port communicating with the first suction port, the second suction tool being detachably engaged with the first suction tool; and a first operation part for disengaging the first suction tool from the second suction tool, characterized in that the tool (2, 72, 82, 92) further comprises: a third suction tool including a third suction port communicating with the second suction port, the third suction tool being detachably engaged with the second suction tool; and a second operation part for disengaging the second suction tool from the third suction tool. a third suction tool including a third suction port communicating with the second suction port, the third suction tool being detachably engaged with the second suction tool; and a second operation part for disengaging the second suction tool from the third suction tool.
A self-retracting extension limiting device, comprising: a first block, a second block;, a first cable and a second cable; characterised by: a first connective element lying between said first and second blocks (10,12); a second connective element lying between said first block and said first connective element; the first cable connecting said first block to said first connective element; the second cable connecting said second block to said second connective element; a first elastic tensile member connecting said first block to said second connective element; and a second elastic tensile member connecting said second block to said first connective element. a first block, a second block;, a first cable and a second cable; characterised by: a first connective element lying between said first and second blocks (10,12); a second connective element lying between said first block and said first connective element; the first cable connecting said first block to said first connective element; the second cable connecting said second block to said second connective element; a first elastic tensile member connecting said first block to said second connective element; and a second elastic tensile member connecting said second block to said first connective element. a first connective element lying between said first and second blocks (10,12); a second connective element lying between said first block and said first connective element; the first cable connecting said first block to said first connective element; the second cable connecting said second block to said second connective element; a first elastic tensile member connecting said first block to said second connective element; and a second elastic tensile member connecting said second block to said first connective element.
A mounting device comprising a base plate for supporting an electrical coil; two or more legs which are substantially L-shaped, and each having a first end secured to the base plate and a second end directed away from the base plate; and a contact pin extending through the second end of each leg; and wherein the base plate and the legs are moulded in one piece from plastics material, wherein the base plate is substantially planar; and wherein each leg comprises a first base plate portion and a second portion, the first base plate portion lying in a plane substantially aligned with the plane of the base plate, and the second portion extending away from the first base plate portion in a substantially perpendicular direction, and wherein the first base plate portion of each leg is positioned in a corresponding slot formed in the base plate, whereby each first base plate portion is capable of resilient movement in its corresponding slot, each slot extending radially inwards from the circumferential edge of the base plate, the first end of each leg being secured to the inner edge of the associated slot, whereby each leg is capable of resilient movement relative to the base plate.
A tape cartridge to be installed in a tape printing apparatus having a print head that performs printing on a print tape, the tape cartridge comprising: - a tape-shaped member that has the print tape and a release tape affixed to a rear side of the print tape; - a platen roller that is provided so as to be brought into rolling-contact with a side of the release tape of the tape-shaped member, feeds by rotation the tape-shaped member held between the platen roller and the print head, and is configured to move, within a prescribed range in a tape feed direction as the tape-shaped member is paid out and drawn; and - a drawing prevention portion that is provided at a position upstream of the platen roller in the tape feed direction and holds the tape-shaped member between the drawing prevention portion and the platen roller when the platen roller is moved to an upstream side in the tape feed direction as the tape-shaped member is drawn, characterized in that the drawing prevention portion does not hold the tape-shaped member between the drawing prevention portion and the platen roller on one side in a tape width direction of the tape-shaped member when the platen roller moves to the upstream side in the tape feed direction. - a tape-shaped member that has the print tape and a release tape affixed to a rear side of the print tape; - a platen roller that is provided so as to be brought into rolling-contact with a side of the release tape of the tape-shaped member, feeds by rotation the tape-shaped member held between the platen roller and the print head, and is configured to move, within a prescribed range in a tape feed direction as the tape-shaped member is paid out and drawn; and - a drawing prevention portion that is provided at a position upstream of the platen roller in the tape feed direction and holds the tape-shaped member between the drawing prevention portion and the platen roller when the platen roller is moved to an upstream side in the tape feed direction as the tape-shaped member is drawn, characterized in that
Soil cultivation device, in particular a compact disk harrow and/or a cultivator-disc-harrow combination for the most extensive soil cultivation possible, having a first and a second support beam, which are attached to a frame of the soil cultivation device and extend transversely to the direction of travel of the machine and are arranged in series at a distance from one another, wherein each support beam is provided with a plurality of arms, on the free, ground-facing end of which in each case at least one rotatably mounted disk is arranged, each arm preferably being suspended from the first or the second support beam by means of a rubber suspension, wherein the first and the second support beams are each pivotable and/or rotatable about their longitudinal axis at least in a limited manner, wherein the pivoting and/or rotation of the first and second support beams can be adjusted by means suitable for adjusting, and at least one coupling element is arranged between the first and second support beams, wherein the coupling element and the means for pivoting and/or rotating the support beams are combined to form a component of the soil cultivation device, wherein the component in each case consists of one central part rotatably fixed and or displaceable on the frame and at least one control part arranged displaceably in the direction of travel with respect to the frame and attached to the first and/or second support beam, characterized in that the combined component for coupling and pivoting and/or rotating the support beams is designed as a central part in the form of a sleeve which has an external thread in the region of the fixing on the frame and in which two control parts are rotatably mounted.