mhurhangee/patent-ind-claim-en huggingface dataset:
A microcapillary array flow cell which provides for distributing a fluid to a fluid access region encompassing a chip comprising a plurality of microcapillary wells, wherein said microcapillary array flow cell comprises: i) a height limiting support member comprising a fluid inlet hole, a fluid outlet hole, and an air vent hole in fluid communication with ii), ii) an alignment member in fluid communication with i) and whose upper surface is lower than said chip comprising said plurality of microcapillary wells, iii) a sealing gasket in fluid communication with iv), wherein said sealing gasket encompasses said plurality of microcapillary wells, and iv) a base layer in fluid communication with iii) and which comprises a bottom planar surface, wherein said microcapillary wells are open to at least one planar surface, wherein microcapillary wells are through holes, wherein said fluid is distributed in a lateral path perpendicular to said microcapillary wells, wherein the microcapillary array flow cell is configured to maintain an exit pressure of the fluid from the outlet hole at said bottom planar surface, the exit pressure lower than the surface tension of water, lower than the capillary well pressure, or lower than the liquid surface tension in the microcapillary wells, and wherein said fluid is distributed into said microcapillary wells. i) a height limiting support member comprising a fluid inlet hole, a fluid outlet hole, and an air vent hole in fluid communication with ii), ii) an alignment member in fluid communication with i) and whose upper surface is lower than said chip comprising said plurality of microcapillary wells, iii) a sealing gasket in fluid communication with iv), wherein said sealing gasket encompasses said plurality of microcapillary wells, and iv) a base layer in fluid communication with iii) and which comprises a bottom planar surface, wherein said microcapillary wells are open to at least one planar surface, wherein microcapillary wells are through holes, wherein said fluid is distributed in a lateral path perpendicular to said microcapillary wells, wherein the microcapillary array flow cell is configured to maintain an exit pressure of the fluid from the outlet hole at said bottom planar surface, the exit pressure lower than the surface tension of water, lower than the capillary well pressure, or lower than the liquid surface tension in the microcapillary wells, and wherein said fluid is distributed into said microcapillary wells. wherein said microcapillary wells are open to at least one planar surface, wherein microcapillary wells are through holes, wherein said fluid is distributed in a lateral path perpendicular to said microcapillary wells, wherein the microcapillary array flow cell is configured to maintain an exit pressure of the fluid from the outlet hole at said bottom planar surface, the exit pressure lower than the surface tension of water, lower than the capillary well pressure, or lower than the liquid surface tension in the microcapillary wells, and wherein said fluid is distributed into said microcapillary wells.
Mount for a segment in a strip guide , wherein the mount connects the segment with the fixed side of the strip guide, wherein the mount is so constructed as a movable bearing that the segment mounted therein is fixed in z direction, but freely movable in x direction, characterised in that the movable bearing comprises a rotary bearing for pivotation of the segment about the y axis.
A flexible lithium-based energy storage device comprising: - a flexible housing; - an ionic liquid electrolyte comprising lithium mobile ions contained within the housing, wherein the cation of the ionic liquid electrolyte is a pyrrolidinium- or piperidinium-based cation and the electrolyte composition is liquid at the typical usage temperature of the energy storage device; - an anode comprising a current collector and anode material supported on the current collector, the current collector comprising a fabric substrate and an electron-conductive material, wherein the electron-conductive material contains voids to enable penetration of the current collector by the electrolyte; and - a cathode comprising a current collector and cathode material supported on the current collector, the current collector comprising a fabric substrate and an electron-conductive material, wherein the electron-conductive material contains voids to enable penetration of the current collector by the electrolyte; wherein the fabric substrates of the anode and cathode are non-conductive in the absence of the electron-conductive material. - a flexible housing; - an ionic liquid electrolyte comprising lithium mobile ions contained within the housing, wherein the cation of the ionic liquid electrolyte is a pyrrolidinium- or piperidinium-based cation and the electrolyte composition is liquid at the typical usage temperature of the energy storage device; - an anode comprising a current collector and anode material supported on the current collector, the current collector comprising a fabric substrate and an electron-conductive material, wherein the electron-conductive material contains voids to enable penetration of the current collector by the electrolyte; and - a cathode comprising a current collector and cathode material supported on the current collector, the current collector comprising a fabric substrate and an electron-conductive material, wherein the electron-conductive material contains voids to enable penetration of the current collector by the electrolyte; wherein the fabric substrates of the anode and cathode are non-conductive in the absence of the electron-conductive material.
Method for operating a network, wherein the network comprises multiple network infrastructure devices having ports and the network infrastructure devices are connected or connectable to one another by way of cables, which are plugged into a respective port, for the purpose of data transmission, wherein each port has a signalling means that is switchable between at least two signalling states, characterized in that the signalling means flashes during data transmission and the signalling means is off when no data are transmitted, wherein the signalling means of a port of one network infrastructure device and the signalling means of a port of a further network infrastructure device are put into a signalling state that is discernible as related, wherein the method is started on a network infrastructure device or an external device, wherein the signalling means of the two related ports are lit continuously and the other signalling means of the ports of at least these two network infrastructure devices are off or have a different brightness from that of the lit ports, or the signalling means of the two related ports flash in sync with one another and the other signalling means of the ports of at least these two network infrastructure devices flash out of phase, are off or have a different brightness from that of the lit ports.
A wearable-device-compatible-electrooculography-data-processing device , wherein the wearable-device-compatible-electrooculography-data-processing device is configured to continuously acquire wearable-electrooculography-continuity data from an electrooculography measuring device provided in a wearable device that a user wears, the electrooculography measuring device being configured to continuously measure an eye potential of the user to provide the wearable-electrooculography-continuity data based on the continuously measured eye potential, wherein the wearable-device-compatible-electrooculography-data-processing device is configured to acquire, based on the wearable-electrooculography-continuity data continuously acquired while the wearable device is used, continuous wearable-eye-movement-amount-continuity data related to an eye movement amount of the user while the wearable device is used, and characterised in that the wearable-device-compatible-electrooculography-data-processing device is configured to detect a change of a position of the electrooculography measuring device while the wearable device is worn by use of the wearable-electrooculography-continuity data or the wearable-eye-movement-amount-continuity data. wherein the wearable-device-compatible-electrooculography-data-processing device is configured to continuously acquire wearable-electrooculography-continuity data from an electrooculography measuring device provided in a wearable device that a user wears, the electrooculography measuring device being configured to continuously measure an eye potential of the user to provide the wearable-electrooculography-continuity data based on the continuously measured eye potential, wherein the wearable-device-compatible-electrooculography-data-processing device is configured to acquire, based on the wearable-electrooculography-continuity data continuously acquired while the wearable device is used, continuous wearable-eye-movement-amount-continuity data related to an eye movement amount of the user while the wearable device is used, and characterised in that the wearable-device-compatible-electrooculography-data-processing device is configured to detect a change of a position of the electrooculography measuring device while the wearable device is worn by use of the wearable-electrooculography-continuity data or the wearable-eye-movement-amount-continuity data.
A method for filtering a video advertisement, comprising: recognizing a time count number displayed in a time count area of an advertisement frame in a video by using a text recognition algorithm; determining a time difference between advertisement broadcast end time and present time based on the recognized time count number; and advancing playing time of the video to the advertisement broadcast end time based on the time difference. recognizing a time count number displayed in a time count area of an advertisement frame in a video by using a text recognition algorithm; determining a time difference between advertisement broadcast end time and present time based on the recognized time count number; and advancing playing time of the video to the advertisement broadcast end time based on the time difference.
A zero-calorie beverage comprising a quaternary blend of rebaudioside B, rebaudioside D, rebaudioside A and rebaudioside M, wherein the quaternary blend: (a) comprises from about 5% to about 20% rebaudioside B by weight, from about 9% to about 25% rebaudioside D by weight, from about 50% to about 75% rebaudioside M by weight and from about 9% to about 25% rebaudioside A by weight; (b) provides a total concentration of steviol glycosides of about 500 ppm; and (c) provides a sucrose equivalence of from about 9.5% (w/v) to about 10.5% (w/v).
A striker for a lock having a pocket on a support element for receiving a locking element of the lock in closed position, having a diaphragm forming a partial region of a wall of the pocket and having a support plate forming a further partial region of the pocket for positive reception of the locking element , wherein the diaphragm is connected to the support plate via a predetermined breaking point , characterized in that the support plate has a holder for fastening a sensor unit for detecting the locking element and in that , owing to the predetermined breaking point , the diaphragm can be easily replaced by the sensor unit .
A welding device for welding at least two foils lying one on top of the other, in particular formed as a storage tray for a cold meat slicing machine, comprising a base surface formed as a storage area for the foils, a heating element , and strips , each foldable about their longitudinal axis, which can be pivoted between an initial position, in which the base surface is freely accessible from above, and a working position, in which the strips cover the heating element with their end sections , characterized in that the rotational axes of the strips are spaced apart upwardly at a constant normal distance to the base surface such that in the working position the strips are inclined obliquely towards the base surface .
Snare instrument , in particular a medical snare instrument, with - a shaft area, - a snare structure in a snaring area distally adjoining the shaft area, which snare structure can be pulled closed, from an opened position in which it forms a distally open snare, and has a plurality of flexible bending tubes which, in the opened position of the snare structure , extend distally forwards and radially outwards in a radiating shape to form the snare, and of which the distal ends can be moved radially inwards towards each other so as to pull the snare structure closed, and - a plurality of noose wires , each of which extends with a first base portion from the shaft area loosely through one of the bending tubes as far as the distal end thereof, from there with a noose arch to the distal end of the same or another bending tube , and from there with a second base portion loosely through the latter back to the shaft area, at least one of the noose wire base portions extending through each bending tube , wherein - the noose arch of at least one of the noose wires extends, with a circumferential length of at least two bending tube circumferential spacings, in the circumferential direction of the snare structure , characterized in that both the first and the second base portion of each noose wire is arranged so as to be axially movable in the same direction and in synchrony, and guided in the bending tubes . - a shaft area, - a snare structure in a snaring area distally adjoining the shaft area, which snare structure can be pulled closed, from an opened position in which it forms a distally open snare, and has a plurality of flexible bending tubes which, in the opened position of the snare structure , extend distally forwards and radially outwards in a radiating shape to form the snare, and of which the distal ends can be moved radially inwards towards each other so as to pull the snare structure closed, and - a plurality of noose wires , each of which extends with a first base portion from the shaft area loosely through one of the bending tubes as far as the distal end thereof, from there with a noose arch to the distal end of the same or another bending tube , and from there with a second base portion loosely through the latter back to the shaft area, at least one of the noose wire base portions extending through each bending tube , wherein - the noose arch of at least one of the noose wires extends, with a circumferential length of at least two bending tube circumferential spacings, in the circumferential direction of the snare structure ,
A dual-direction piston-based actuator housing assembly , comprising: - a hollow cylindrical liner extending along a longitudinal axis defining a proximal end opposite a distal end , wherein the liner is configured to accept a movable piston disposed therein; - a housing disposed over the liner also extending along the longitudinal axis from the proximal end to the distal end ; - a compression block disposed adjacent to the proximal end of the liner ; - an engagement hole formed in the compression block configured to accept a pin for attachment when in use; - a tension strap disposed over the compression block , the tension strap starting from a first end near the proximal end of the liner , extending around the engagement hole and back to a second end near the proximal end of the liner , wherein the first end and second end are opposite one another disposed 180 degrees apart about the longitudinal axis ; - an overwind extending at least over the first and second ends of the tension strap , at least partially over the compression block , and at least partially over the proximal end of the housing ; and - a tension clip disposed at the distal end of the liner and embedded within the housing , the tension clip having a recess formed on an inside surface of the tension clip , the recess annularly disposed about the longitudinal axis . - a hollow cylindrical liner extending along a longitudinal axis defining a proximal end opposite a distal end , wherein the liner is configured to accept a movable piston disposed therein; - a housing disposed over the liner also extending along the longitudinal axis from the proximal end to the distal end ; - a compression block disposed adjacent to the proximal end of the liner ; - an engagement hole formed in the compression block configured to accept a pin for attachment when in use; - a tension strap disposed over the compression block , the tension strap starting from a first end near the proximal end of the liner , extending around the engagement hole and back to a second end near the proximal end of the liner , wherein the first end and second end are opposite one another disposed 180 degrees apart about the longitudinal axis ; - an overwind extending at least over the first and second ends of the tension strap , at least partially over the compression block , and at least partially over the proximal end of the housing ; and - a tension clip disposed at the distal end of the liner and embedded within the housing , the tension clip having a recess formed on an inside surface of the tension clip , the recess annularly disposed about the longitudinal axis .
A cartridge for an aerosol-generating system, wherein the cartridge comprises: a liquid storage portion for holding a liquid aerosol-forming substrate, wherein the liquid storage portion includes one or more flexible walls and is configured to change at least one of the shape and the size of the liquid storage portion upon a change of the volume of the liquid aerosol-forming substrate held in the liquid storage portion ; a sensor for measuring data of a physical property, wherein the measured data relates to at least one of a corresponding shape and a corresponding size of the liquid storage portion so that the volume of the liquid aerosol-forming substrate held in the liquid storage portion is determinable from the measured data; and a vaporiser . a liquid storage portion for holding a liquid aerosol-forming substrate, wherein the liquid storage portion includes one or more flexible walls and is configured to change at least one of the shape and the size of the liquid storage portion upon a change of the volume of the liquid aerosol-forming substrate held in the liquid storage portion ; a sensor for measuring data of a physical property, wherein the measured data relates to at least one of a corresponding shape and a corresponding size of the liquid storage portion so that the volume of the liquid aerosol-forming substrate held in the liquid storage portion is determinable from the measured data; and a vaporiser .
A portable electronic object comprising a case consisting of a middle provided with sides , the case comprising at least a first part made of insulating materials, said portable electronic object comprising at least one electronic module providing at least one piece of information to display means , said portable electronic object further comprising control means enabling the user to act on said at least one electronic module, said control means comprising at least tactile control means arranged on one of said sides , the tactile control means comprising at least one electrode system arranged in said at least one first part, said at least one electrode system comprising a support made of insulating materials on which at least one electrode is arranged, said electrode system further comprising securing means for attaching said support to the electronic module and electrically connecting said at least one electrode to the electronic module, characterised in that the securing means comprise at least one attachment clamp made of conductive materials attached, on one hand, to the electronic module and on the other hand to the support enabling electrical conduction between said electronic module and said at least one electrode.
An analyte monitoring system comprising: a sensor control device comprising: an electronics housing ; a printed circuit board positioned within the electronics housing and having a data processing unit; an analyte sensor having a portion extending from a bottom of the electronics housing and being configured to extend beneath a user's skin to sense an analyte level in a bodily fluid; and at least one shield positioned within the electronics housing to protect the data processing unit from radiation from a radiation sterilization process. an electronics housing ; a printed circuit board positioned within the electronics housing and having a data processing unit; an analyte sensor having a portion extending from a bottom of the electronics housing and being configured to extend beneath a user's skin to sense an analyte level in a bodily fluid; and at least one shield positioned within the electronics housing to protect the data processing unit from radiation from a radiation sterilization process.
Container for foodstuffs, comprising a transparent body with a circular section, equipped with a corresponding closure lid , with said lid being configured in a raised position above the edge or mouth it is coupled on by means of tabs with lugs fitted into depressions defined on complementary tabs of the mouth of the container, characterised in that the closure lid comprises a folding sector by means of a curved folding line , with the ends thereof coinciding with respective straight cuts made on the walls raising the closure lid ; and wherein a lower relief in the shape of an arc is defined in correspondence with the hinge of the lid , which, when the lid is folded, fits into a depression with the same configuration as the mouth of the container
A two-component composition constituted by a component A intended to be mixed, in situ, with a component B in order to form an injectable or pumpable organo-mineral material or compound, notably for the injection-sealing of dynamic anchoring bolts, the component A comprising essentially at least one alkali metal silicate and the component B comprising essentially at least one polyisocyanate prepolymer and at least one cement, characterized in that the component A moreover contains at least one polyol with a molecular mass of between 50 and 200 g/mol, a polymerization catalyst comprising at least one primary amine or alcohol function and at least one gelling agent manifesting the final mixture of the two components A and B in the form of a gel without causing the mixture of said components to set, and in that the component B moreover comprises at least one compatible plasticizer, the final mixture of said components A and B leading to the formation of an organo-mineral material exhibiting compressive strength at 10% strain of at least 17 MPa, in accordance with the standard ISO 604, and shear strength of at least 7 MPa, in accordance with the standard AFTM D732, for setting times of between 20 seconds and 15 minutes at 20°C.
Use of a cosmetic composition for colouring the skin, said cosmetic composition comprising as active ingredient an aqueous extract of Gardenia.