mhurhangee/patent-ind-claim-en huggingface dataset:
A product packaging for a dispenser system, comprising: a solid product block having a top , sides , and a bottom ; a handling means attached to the top of the solid product block ; a wrapping means enclosing the solid product block and/or the handling means ; wherein the handling means comprises a protective plate , covering at least partially the top of the solid product block ; wherein the handling means is designed in form of a handle , wherein the handling means comprises a first and a second fastening means (26/28), which are arranged on either end of the handle, extending in particular into the solid product block; characterized in that the handling means , in form of a handle , with a protective plate is attached to the top of the solid product block ; and the wrapping means is arranged between the top of the solid product block and the protective plate and the handle of the handling means . a solid product block having a top , sides , and a bottom ; a handling means attached to the top of the solid product block ; a wrapping means enclosing the solid product block and/or the handling means ; wherein the handling means comprises a protective plate , covering at least partially the top of the solid product block ; wherein the handling means is designed in form of a handle , wherein the handling means comprises a first and a second fastening means (26/28), which are arranged on either end of the handle, extending in particular into the solid product block; characterized in that the handling means , in form of a handle , with a protective plate is attached to the top of the solid product block ; and the wrapping means is arranged between the top of the solid product block and the protective plate and the handle of the handling means .
A computer implemented method comprising: receiving OCT data for a vessel of interest collected using an imaging probe, wherein the vessel of interest defines a lumen having a wall; for each frame in the sequence of frames of the OCT data, determining the lumen boundary; for each frame, automatically calculating a lumen cross sectional area for the frame; displaying a longitudinal (L)-mode image of the lumen; and displaying the lumen cross sectional areas superimposed as a graph on the L-mode image. receiving OCT data for a vessel of interest collected using an imaging probe, wherein the vessel of interest defines a lumen having a wall; for each frame in the sequence of frames of the OCT data, determining the lumen boundary; for each frame, automatically calculating a lumen cross sectional area for the frame; displaying a longitudinal (L)-mode image of the lumen; and displaying the lumen cross sectional areas superimposed as a graph on the L-mode image.
A composition comprising a pyruvate kinase isoform M2 (PKM2) antagonist for use in a method of treating a disease associated with aberrant integrin αvβ3 expression in a subject, wherein the method comprises administering to the subject an effective amount of the composition comprising a pyruvate kinase isoform M2 (PKM2) antagonist, characterized in that the PKM2 antagonist is an antibody inhibiting the binding of PKM2 to integrin αvβ3 wherein the disease is liver fibrosis or pulmonary fibrosis.
An air separation system comprising: a feed air line for transporting feed air; an air separation module with a polymeric membrane, the air separation module configured to receive feed air through the feed air line and separate the feed air into nitrogen-enriched air and oxygen-enriched air; a gaseous contaminant removal system upstream of the air separation module and configured to protect the polymeric membrane from degradation by removing gaseous contaminants from the feed air received by the air separation module ; a nitrogen-enriched air line for transporting the nitrogen-enriched air from the air separation module to a fuel tank for inerting; and wherein the gaseous contaminant removal system includes a sorbent and a catalyst, wherein the sorbent is a UiO-66 metal organic framework porous sorbent configured to adsorb inorganic compounds in combination with a metal organic framework porous sorbent or an activated carbon based sorbent configured to adsorb hydrocarbons; and wherein the catalyst is gold based. a feed air line for transporting feed air; an air separation module with a polymeric membrane, the air separation module configured to receive feed air through the feed air line and separate the feed air into nitrogen-enriched air and oxygen-enriched air; a gaseous contaminant removal system upstream of the air separation module and configured to protect the polymeric membrane from degradation by removing gaseous contaminants from the feed air received by the air separation module ; a nitrogen-enriched air line for transporting the nitrogen-enriched air from the air separation module to a fuel tank for inerting; and wherein the gaseous contaminant removal system includes a sorbent and a catalyst, wherein the sorbent is a UiO-66 metal organic framework porous sorbent configured to adsorb inorganic compounds in combination with a metal organic framework porous sorbent or an activated carbon based sorbent configured to adsorb hydrocarbons; and wherein the catalyst is gold based.
Mist-diffusing head for a nebulization apparatus, comprising: - a mouth for feeding mist to the head ; - an outer wall having at least one mist outlet opening ; - at least one seal which is suitable for sealing the opening ; and - a deflector (150; 250; 350) which has a main surface (154; 254; 354) which is opposite the mouth and has at least one portion oriented in a direction other than the direction of the mouth , a greater part of the opening or of at least one of the openings extending opposite the deflector (150; 250; 350), the deflector (150; 250; 350) being connected to the outer wall independently of the seal , characterized in that the seal or at least one of the seals is movably mounted relative to the opening by being guided between the deflector (150; 250; 350) and a cover of the head. - a mouth for feeding mist to the head ; - an outer wall having at least one mist outlet opening ; - at least one seal which is suitable for sealing the opening ; and - a deflector (150; 250; 350) which has a main surface (154; 254; 354) which is opposite the mouth and has at least one portion oriented in a direction other than the direction of the mouth , a greater part of the opening or of at least one of the openings extending opposite the deflector (150; 250; 350), the deflector (150; 250; 350) being connected to the outer wall independently of the seal , characterized in that the seal or at least one of the seals is movably mounted relative to the opening by being guided between the deflector (150; 250; 350) and a cover of the head.
Element of a lighting device having: - a cavity defined by a lateral wall and an end wall , said cavity housing at least one electrical connection element , the cavity having a free bearing edge shaped so as to receive a flat seal intended to be disposed substantially perpendicular to said lateral wall , - ribs as one with a face of the lateral wall that faces away from the cavity , these ribs extending substantially perpendicular to the lateral wall , each rib defining a bearing edge shaped so as to have said flat seal bearing against it when said seal is disposed substantially perpendicular to said lateral wall , characterized in that at least one of the ribs is a notched rib , of which the bearing edge has a notch extending along the lateral wall from the free bearing edge of the cavity . - a cavity defined by a lateral wall and an end wall , said cavity housing at least one electrical connection element , the cavity having a free bearing edge shaped so as to receive a flat seal intended to be disposed substantially perpendicular to said lateral wall , - ribs as one with a face of the lateral wall that faces away from the cavity , these ribs extending substantially perpendicular to the lateral wall , each rib defining a bearing edge shaped so as to have said flat seal bearing against it when said seal is disposed substantially perpendicular to said lateral wall ,
Method to grind a product, in particular a product in grain form, comprising the step of grinding a predefined quantity (p TARGET ) of said product by means of a grinding device that is driven by drive means , a step of delivering the ground product on a collection element , a step of commanding said drive means by means of a control and management unit so as to start and stop said grinding device to define a delivery cycle of the ground product having a duration comprised between an initial instant (t START ) and a final instant (t FIN ), said method providing the step of determining a quantity of ground product (Δp) that is delivered between an instant (t COM ) in which said drive means are commanded to stop said grinding device and said final instant (t FIN ), wherein said instant (t COM ) is comprised between said initial instant (t START ) and said final instant (t FIN ), said method being characterized in that it provides to correct a respective instantaneous weight (p k ) of the product delivered on said collection element which has been detected in correspondence with a plurality of respective successive instants (t k ) comprised between said initial instant (t START ) and said final instant (t FIN ), on the basis of a correction factor (C), which is a function of said quantity of ground product (Δp), and in that said quantity of ground product (Δp) is a constant and characteristic value for each delivery cycle, which remains unchanged at all said successive instants (t k ) of the same delivery cycle.
A modified Cytolysin A (ClyA) nanopore comprising a cis opening, a mid-section, and a trans opening, wherein an internal surface of the cis opening comprises a first positively-charged amino acid substitution; an internal surface of the mid-section comprises a second positively-charged amino acid substitution; and the trans opening comprises an electronegative constriction; wherein the first positively charged substitution is located at E106, S110, D114, D121, D122, E129, E85, E78, D268, D267, D265, or E258 of SEQ ID NO: 1 or 2; and/or is at a position within a range of 78 to 106 of SEQ ID NO: 1 or 2; and wherein the second positively-charged amino acid substitution corresponds to replacement of a negatively charged amino acid with a positively-charged amino acid at one or more positions corresponding to D74, D71, D64, E53, E161, D158, E46, E42, and D41 of SEQ ID NO: 1 or SEQ ID NO: 2. wherein the first positively charged substitution is located at E106, S110, D114, D121, D122, E129, E85, E78, D268, D267, D265, or E258 of SEQ ID NO: 1 or 2; and/or is at a position within a range of 78 to 106 of SEQ ID NO: 1 or 2; and wherein the second positively-charged amino acid substitution corresponds to replacement of a negatively charged amino acid with a positively-charged amino acid at one or more positions corresponding to D74, D71, D64, E53, E161, D158, E46, E42, and D41 of SEQ ID NO: 1 or SEQ ID NO: 2.
A nutritional supplement for taking orally comprising: a Type II collagen source combined with Vitamin A and a carotenoid, wherein the Type II collagen source comprises an undenatured Type II collagen, wherein the nutritional supplement is in the form of individual dosage vessels, and wherein the individual dosage vessels contain the Type II collagen in an amount of from 20 mg to 100 mg, wherein the carotenoid is lutein.
A method for reducing power consumption in a mobile communication device having multiple subscriber identity modules, SIMs, each SIM of the multiple SIMs being associated with a subscription, the wireless communication device comprising a device that comprises a first processor and a second processor, wherein the device executes the steps of: measuring , by the first processor associated with a first subscription, received signal strengths from one or more cells for use with the first subscription, to determine search results indicating availability of the one or more cells, the first subscription being associated with a first cell having a first radio access technology; sharing the search results with the second processor associated with a second subscription, the second subscription being associated with a second cell having a second radio access technology; validating , by the second processor, the shared search results for use with the second subscription if a time at which the measuring was completed is within a time period of a search timer associated with the second subscription; and refraining from measuring, by the second processor, the received signal strengths of the one or more cells for use with the second subscription, based on the validated shared search results. measuring , by the first processor associated with a first subscription, received signal strengths from one or more cells for use with the first subscription, to determine search results indicating availability of the one or more cells, the first subscription being associated with a first cell having a first radio access technology; sharing the search results with the second processor associated with a second subscription, the second subscription being associated with a second cell having a second radio access technology; validating , by the second processor, the shared search results for use with the second subscription if a time at which the measuring was completed is within a time period of a search timer associated with the second subscription; and refraining from measuring, by the second processor, the received signal strengths of the one or more cells for use with the second subscription, based on the validated shared search results.
An automatic analyzer comprising: a reagent dispensing mechanism adapted to suck a reagent to be used for a measurement item out of a plurality of different measurement items in a reagent vessel having a vessel shape out of a plurality of different vessel shapes, and to dispense the sucked reagent to a reaction vessel ; a liquid-surface sensing mechanism (53; 58) adapted to sense a liquid surface of the reagent in the reagent vessel; a display unit adapted to display a setting screen on which an operator can set a value of a dead volume setting value of the reagent in the reagent vessel for each of the plurality of measurement items and each of the plurality of vessel shapes; an analyzing unit adapted to analyze a sample in the reaction vessel; and a control unit adapted to control operation of the reagent dispensing mechanism, wherein the control unit is adapted to judge whether or not an amount of the reagent in the reagent vessel obtained from liquid-surface sensing by the liquid surface sensor mechanism is equal to or larger than the value of the dead volume installation value set on the display screen, and to control the reagent dispensing mechanism to stop the sucking of the reagent from the reagent vessel if the amount of the reagent in the reagent vessel is smaller than the dead volume setting value. a reagent dispensing mechanism adapted to suck a reagent to be used for a measurement item out of a plurality of different measurement items in a reagent vessel having a vessel shape out of a plurality of different vessel shapes, and to dispense the sucked reagent to a reaction vessel ; a liquid-surface sensing mechanism (53; 58) adapted to sense a liquid surface of the reagent in the reagent vessel; a display unit adapted to display a setting screen on which an operator can set a value of a dead volume setting value of the reagent in the reagent vessel for each of the plurality of measurement items and each of the plurality of vessel shapes; an analyzing unit adapted to analyze a sample in the reaction vessel; and a control unit adapted to control operation of the reagent dispensing mechanism, wherein the control unit is adapted to judge whether or not an amount of the reagent in the reagent vessel obtained from liquid-surface sensing by the liquid surface sensor mechanism is equal to or larger than the value of the dead volume installation value set on the display screen, and to control the reagent dispensing mechanism to stop the sucking of the reagent from the reagent vessel if the amount of the reagent in the reagent vessel is smaller than the dead volume setting value.
A dental furnace having a closed or closable firing chamber , which is surrounded by a thermal insulation and which has at least one inlet port and at least one outlet port , through both of which a gas, in particular air, is passable through the firing chamber and/or dischargeable from the firing chamber , wherein a vacuum source is provided, which is in direct or indirect communication with the outlet port and by which the outlet port may be depressurized, characterized in that at the outlet port an in particular T-shaped or Y-shaped connector is attached, in that the connector comprises two inlets and one outlet , wherein the outlet is in communication with the vacuum source and a first inlet is in communication with the firing chamber , particularly is flange-mounted to the outlet port thereof, and a second inlet is in communication with ambient air, namely in a controlled manner, in particular with a flow resistance.
Electromagnetic drive for a penetrator comprising a core having at least two partially open sections, each of them partially surrounding a winding positioned inside said partially open sections, and each of the open sections is being closed by a closing element moveably connected to the core and arranged so that in conditions of no current flow the open core sections are only partially closed, wherein the closing elements are arranged outside of the core and the winding and wherein said closing elements are connected to each other by a separating element made of material having lower magnetic permeability, forming together a body of a hammer closed with a beater at one end so that in condition of current flowing in the winding electromagnetic force is exerted to the closing elements to move them into the position in which they close the open sections of the core in which the windings are positioned and in which magnetic flux generated by the flow of the current is encompassed and thus cause movement of the hammer they are integrated with, wherein a separation between adjacent open sections in which the windings are positioned corresponds to the length of the open section, and the length of said separating element corresponds to the separation between the open sections having windings positioned therein.
A nail polish removing composition, consisting of: at least 5% to 50% by weight of at least one triester of glycerol and C 2 -C 5 carboxylic acid based on the total weight of the composition, the at least one triester of glycerol and C 2 -C 5 carboxylic acid comprising triacetin, from 10% to 30% by weight of at least one C 3 -C 5 glycol based on the total weight of the composition, from 50% to 75% by weight of at least one C 4 -C 6 cyclic carbonate based on the total weight of the composition, and optionally at least one colorant, and optionally at least one ester of a C 2 -C 5 alcohol and myristic acid. at least 5% to 50% by weight of at least one triester of glycerol and C 2 -C 5 carboxylic acid based on the total weight of the composition, the at least one triester of glycerol and C 2 -C 5 carboxylic acid comprising triacetin, from 10% to 30% by weight of at least one C 3 -C 5 glycol based on the total weight of the composition, from 50% to 75% by weight of at least one C 4 -C 6 cyclic carbonate based on the total weight of the composition, and optionally at least one colorant, and optionally at least one ester of a C 2 -C 5 alcohol and myristic acid.
An ultrasonic processing method performed by an electronic device, wherein the electronic device comprises an ultrasonic transmitting apparatus and an ultrasonic receiving apparatus, and the method comprises: in response to monitoring that the electronic device outputs ringing, acquiring (S310, S501, S610, S910) audio data of an ultrasonic signal received by the ultrasonic receiving apparatus, wherein the ultrasonic signal is a signal that is transmitted by the ultrasonic transmitting apparatus and returns after being reflected by an object; determining (S320, S502, S620, S920) a change of a distance between the electronic device and the object according to the audio data; and adjusting (S330) a volume of the ringing according to the change of the distance; the adjusting (S330) a volume of the ringing according to the change of the distance comprises: determining (S503) a distance-change value corresponding to the change of the distance; and adjusting (S504, S650) the volume of the ringing according to the distance-change value, comprising: determining a target volume corresponding to the change value of the distance between the electronic device and the object according to a preset corresponding relationship between the distance-change value and the volume, and adjusting the volume of the ringing according to the target volume. in response to monitoring that the electronic device outputs ringing, acquiring (S310, S501, S610, S910) audio data of an ultrasonic signal received by the ultrasonic receiving apparatus, wherein the ultrasonic signal is a signal that is transmitted by the ultrasonic transmitting apparatus and returns after being reflected by an object; determining (S320, S502, S620, S920) a change of a distance between the electronic device and the object according to the audio data; and adjusting (S330) a volume of the ringing according to the change of the distance; the adjusting (S330) a volume of the ringing according to the change of the distance comprises: determining (S503) a distance-change value corresponding to the change of the distance; and adjusting (S504, S650) the volume of the ringing according to the distance-change value, comprising: determining a target volume corresponding to the change value of the distance between the electronic device and the object according to a preset corresponding relationship between the distance-change value and the volume, and adjusting the volume of the ringing according to the target volume. determining (S503) a distance-change value corresponding to the change of the distance; and adjusting (S504, S650) the volume of the ringing according to the distance-change value, comprising: determining a target volume corresponding to the change value of the distance between the electronic device and the object according to a preset corresponding relationship between the distance-change value and the volume, and adjusting the volume of the ringing according to the target volume.
A degradable composition comprising a polymer having releasable carboxylate groups complexed with a multivalent metal ion, said degradable composition lasting at least 5 days at 85° C in a brine solution having 23 g/l NaCl, and thereafter degrading and releasing said multivalent metal ion, wherein said composition is in the form of a nanogel, wherein said polymer is polyvinyl alcohol succinate (PVAS) or polyasparate (PAsp) and said multivalent metal ion comprises chromium or zirconium, wherein said composition comprises: a) 135 mg PVAS-25 kDa and 1500 ppm Cr; b) 101 mg PVAS-25 kDa and 1500 ppm Cr; c) 68 mg PVAS-25 kDa and 1500 ppm Cr; d) 143 mg PVAS-6 kDa and 1500 ppm Cr; e) 794 mg PVAS-6 kDa and 3600 ppm Cr; f) 368 mg PVAS-25 kDa and 3600 ppm Cr; g) 328 ppm PVAS-6 kDa and 4463 ppm Zr; or h) 921 ppm PAsp and 6837 ppm Cr. a) 135 mg PVAS-25 kDa and 1500 ppm Cr; b) 101 mg PVAS-25 kDa and 1500 ppm Cr; c) 68 mg PVAS-25 kDa and 1500 ppm Cr; d) 143 mg PVAS-6 kDa and 1500 ppm Cr; e) 794 mg PVAS-6 kDa and 3600 ppm Cr; f) 368 mg PVAS-25 kDa and 3600 ppm Cr; g) 328 ppm PVAS-6 kDa and 4463 ppm Zr; or h) 921 ppm PAsp and 6837 ppm Cr.