mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode assembly , comprising a positive electrode plate and a negative electrode plate that are stacked, wherein a positive active material layer of the positive electrode plate is disposed opposite to a negative active material layer of the negative electrode plate , the negative active material layer comprises a negative electrode body portion and a negative electrode edge portion connected to the negative electrode body portion , the negative electrode edge portion is located at an end of the negative active material layer along a first direction (Y), the first direction (Y) is perpendicular to a stacking direction (X) of the positive electrode plate and the negative electrode plate , and a thickness of the negative electrode edge portion is less than a thickness of the negative electrode body portion ; and in the stacking direction (X), at least a part of the negative electrode edge portion overlaps the positive active material layer , and the negative active material layer is configured in such a way that a capacity per unit area of the negative electrode edge portion is greater than or equal to a capacity per unit area of the negative electrode body portion , wherein in the first direction (Y), a ratio of a dimension of the negative electrode edge portion to a dimension of the negative active material layer is 0.01 to 0.2; and the positive active material layer comprises a positive electrode body portion and a positive electrode edge portion connected to the positive electrode body portion , the positive electrode edge portion is located at an end of the positive active material layer along a first direction (Y), a thickness of the positive electrode edge portion is less than a thickness of the positive electrode body portion , and, in the stacking direction (X), at least a part of the positive electrode edge portion overlaps the negative electrode edge portion , and the positive active material layer is configured in such a way that a capacity per unit area of the positive electrode edge portion is less than a capacity per unit area of the positive electrode body portion , wherein in the first direction (Y), a ratio of a dimension of the positive electrode edge portion to a dimension of the positive active material layer is 0.01 to 0.2.
A photopolymer composition for forming a hologram recording medium comprising: a polymer matrix or a precursor thereof formed by crosslinking a siloxane-based polymer containing at least one silane functional group (Si-H) and a (meth)acrylic polyol; a photoreactive monomer; and a photoinitiator. a polymer matrix or a precursor thereof formed by crosslinking a siloxane-based polymer containing at least one silane functional group (Si-H) and a (meth)acrylic polyol; a photoreactive monomer; and a photoinitiator.
A treatment assembly for securing a therapeutic or massage treatment member to a shaft , the treatment assembly comprising an attachment system , said attachment system comprising: the treatment member, wherein the treatment member defines a longitudinal axis (A1) and has a distal end and a proximal end , wherein the proximal end includes an attachment recess defined therein, wherein a magnet is disposed within the attachment recess, whereby when the shaft is received in the attachment recess a distal end of the shaft is magnetically attracted to the magnet; a female attachment member having a distal end , a proximal end , and a shaft recess defined in the proximal end, wherein the female attachment member is secured in the attachment recess of the treatment member, wherein the magnet is secured within the female attachment member and is communicated with the shaft recess, whereby when the shaft is received in the shaft recess, the distal end of the shaft is magnetically attracted to the magnet; wherein the female attachment member is internally threaded , and wherein the female attachment member is configured to mate with external threads of the shaft. the treatment member, wherein the treatment member defines a longitudinal axis (A1) and has a distal end and a proximal end , wherein the proximal end includes an attachment recess defined therein, wherein a magnet is disposed within the attachment recess, whereby when the shaft is received in the attachment recess a distal end of the shaft is magnetically attracted to the magnet; a female attachment member having a distal end , a proximal end , and a shaft recess defined in the proximal end, wherein the female attachment member is secured in the attachment recess of the treatment member, wherein the magnet is secured within the female attachment member and is communicated with the shaft recess, whereby when the shaft is received in the shaft recess, the distal end of the shaft is magnetically attracted to the magnet; wherein the female attachment member is internally threaded , and wherein the female attachment member is configured to mate with external threads of the shaft.
A photovoltaic device , comprising: a high bandgap, type-II tunnel junction comprising: a p-doped tunnel layer; and a n-doped tunnel layer in contact with the p-doped tunnel layer; wherein the tunnel junction has an InP lattice constant, wherein the p-doped tunnel layer is a p-doped material of AlGaInAs; wherein the high bandgap, type II tunnel junction forms a type II heterojunction; and the n-doped tunnel layer is a n-doped material selected from the group consisting of AlAsSb, AlInAsSb, and AlInPAs; wherein the p-doped tunnel layer has a bandgap of greater than or equal to 1.25 eV and the n-doped tunnel layer has a bandgap of greater than or equal to 1.35 eV; and wherein the p-doped tunnel layer and the n-doped tunnel layer have a doping level between from 1×10 19 /cm 3 to 1×10 20 /cm 3 ; a first photovoltaic cell disposed on a first side of the type-II tunnel junction ; and a second photovoltaic cell disposed on a second side of the type-II tunnel junction . a high bandgap, type-II tunnel junction comprising: a p-doped tunnel layer; and a n-doped tunnel layer in contact with the p-doped tunnel layer; wherein the tunnel junction has an InP lattice constant, wherein the p-doped tunnel layer is a p-doped material of AlGaInAs; wherein the high bandgap, type II tunnel junction forms a type II heterojunction; and the n-doped tunnel layer is a n-doped material selected from the group consisting of AlAsSb, AlInAsSb, and AlInPAs; wherein the p-doped tunnel layer has a bandgap of greater than or equal to 1.25 eV and the n-doped tunnel layer has a bandgap of greater than or equal to 1.35 eV; and wherein the p-doped tunnel layer and the n-doped tunnel layer have a doping level between from 1×10 19 /cm 3 to 1×10 20 /cm 3 ; a p-doped tunnel layer; and a n-doped tunnel layer in contact with the p-doped tunnel layer; wherein the tunnel junction has an InP lattice constant, wherein the p-doped tunnel layer is a p-doped material of AlGaInAs; wherein the high bandgap, type II tunnel junction forms a type II heterojunction; and the n-doped tunnel layer is a n-doped material selected from the group consisting of AlAsSb, AlInAsSb, and AlInPAs; wherein the p-doped tunnel layer has a bandgap of greater than or equal to 1.25 eV and the n-doped tunnel layer has a bandgap of greater than or equal to 1.35 eV; and wherein the p-doped tunnel layer and the n-doped tunnel layer have a doping level between from 1×10 19 /cm 3 to 1×10 20 /cm 3 ; a first photovoltaic cell disposed on a first side of the type-II tunnel junction ; and a second photovoltaic cell disposed on a second side of the type-II tunnel junction .
A valve leak detection system comprising: a membrane pump defining a flow path arranged to be opened and closed by at least one membrane valve , a measuring device; a comparator ; and a signal generator , wherein the measuring device is configured to determine a conductivity value between a first point and a second point on the flow path of the membrane pump, the first point being arranged upstream of the at least one membrane valve and the second point being arranged downstream of the at least one membrane valve , whereby the measuring device measures the conductivity value across the at least one membrane valve when the at least one membrane valve is closed, wherein the comparator is configured to continuously monitor the conductivity value, and the signal generator is arranged to provide an output signal when the conductivity value is indicative of a valve leak condition for a set number of measurements within a predetermined window. a membrane pump defining a flow path arranged to be opened and closed by at least one membrane valve , a measuring device; a comparator ; and a signal generator , wherein the measuring device is configured to determine a conductivity value between a first point and a second point on the flow path of the membrane pump, the first point being arranged upstream of the at least one membrane valve and the second point being arranged downstream of the at least one membrane valve , whereby the measuring device measures the conductivity value across the at least one membrane valve when the at least one membrane valve is closed, wherein the comparator is configured to continuously monitor the conductivity value, and the signal generator is arranged to provide an output signal when the conductivity value is indicative of a valve leak condition for a set number of measurements within a predetermined window. whereby the measuring device measures the conductivity value across the at least one membrane valve when the at least one membrane valve is closed, wherein the comparator is configured to continuously monitor the conductivity value, and the signal generator is arranged to provide an output signal when the conductivity value is indicative of a valve leak condition for a set number of measurements within a predetermined window.
A method comprising: providing a first pressurized vessel having an interior surface; contacting the interior surface of the first pressurized vessel with a first fouling fluid wherein the first fouling fluid comprises lignin and cellulose; wherein: the first pressurized vessel has a first pressure at a first position inside the first pressurized vessel; and the first fouling fluid has a first velocity at the first position; depositing a first fouling substance originating from the first fouling fluid on at least a portion of the interior surface of the first pressurized vessel, thereby forming a fouled first pressurized vessel having a second pressure at the first position, wherein the first fouling fluid has a second velocity at the first position; optionally, displacing at least a portion of the first fouling fluid contained in the fouled first pressurized vessel with a first fluid that is different from the first fouling fluid; and rapidly changing the second pressure to a third pressure, thereby causing the first fouling fluid, the first fluid if present, or a mixture thereof within the fouled first pressurized vessel to achieve a third velocity at the first position, wherein the third velocity is greater than the second velocity; wherein the method removes a portion of the first fouling substance deposited on the interior surface of the fouled first pressurized vessel. providing a first pressurized vessel having an interior surface; contacting the interior surface of the first pressurized vessel with a first fouling fluid wherein the first fouling fluid comprises lignin and cellulose; wherein: the first pressurized vessel has a first pressure at a first position inside the first pressurized vessel; and the first fouling fluid has a first velocity at the first position; the first pressurized vessel has a first pressure at a first position inside the first pressurized vessel; and the first fouling fluid has a first velocity at the first position; depositing a first fouling substance originating from the first fouling fluid on at least a portion of the interior surface of the first pressurized vessel, thereby forming a fouled first pressurized vessel having a second pressure at the first position, wherein the first fouling fluid has a second velocity at the first position; optionally, displacing at least a portion of the first fouling fluid contained in the fouled first pressurized vessel with a first fluid that is different from the first fouling fluid; and rapidly changing the second pressure to a third pressure, thereby causing the first fouling fluid, the first fluid if present, or a mixture thereof within the fouled first pressurized vessel to achieve a third velocity at the first position, wherein the third velocity is greater than the second velocity; wherein the method removes a portion of the first fouling substance deposited on the interior surface of the fouled first pressurized vessel.
A steam generator for garment care comprising: - a steam chamber for generating steam, said steam chamber extending between a front portion (FP) and a rear portion (RP), - at least one steam outlet arranged at said front portion (FP) and receiving steam from said steam chamber , - a heating element for heating the steam chamber , - a cover adapted to take a closed position for closing said steam chamber , - a dosing hole arranged in said cover , for receiving water and/or steam from outside said steam generator , and arranged at proximity of said rear portion (RP) when said cover is in said closed position, and characterised in that said heating element is a tubular heating element extending over the surface of the steam chamber by defining a nested double-loop shape. - a steam chamber for generating steam, said steam chamber extending between a front portion (FP) and a rear portion (RP), - at least one steam outlet arranged at said front portion (FP) and receiving steam from said steam chamber , - a heating element for heating the steam chamber , - a cover adapted to take a closed position for closing said steam chamber , - a dosing hole arranged in said cover , for receiving water and/or steam from outside said steam generator , and
A chromatography column comprising: a tubular housing for containing a chromatographic media, the tubular housing comprising a vertical main shaft , a lower end and an upper outwardly flared region , the lower end and the upper outwardly flared region separated by the main shaft ; an inlet for providing a fluid to the lower end ; and an outlet for collecting eluted material, characterized in that the main shaft has a height of 10 to 100 centimeters and a diameter of 2 to 50 centimeters and the upper outwardly flared region extends from the main shaft at an angle of 20 to 45° from the main shaft . a tubular housing for containing a chromatographic media, the tubular housing comprising a vertical main shaft , a lower end and an upper outwardly flared region , the lower end and the upper outwardly flared region separated by the main shaft ; an inlet for providing a fluid to the lower end ; and an outlet for collecting eluted material, characterized in that the main shaft has a height of 10 to 100 centimeters and a diameter of 2 to 50 centimeters and the upper outwardly flared region extends from the main shaft at an angle of 20 to 45° from the main shaft .
A thermoplastic composition comprising: a polyolefin; and a polymer processing additive composition comprising: a first poly(oxyalkylene) polymer having a weight average molecular weight of at least about 50,000 grams per mole; and a metal salt of a carboxylic acid, sulfonic acid, or alkylsulfate. a polyolefin; and a polymer processing additive composition comprising: a first poly(oxyalkylene) polymer having a weight average molecular weight of at least about 50,000 grams per mole; and a metal salt of a carboxylic acid, sulfonic acid, or alkylsulfate. a first poly(oxyalkylene) polymer having a weight average molecular weight of at least about 50,000 grams per mole; and a metal salt of a carboxylic acid, sulfonic acid, or alkylsulfate.
Method for operating a driving dynamics system of a motor vehicle , wherein the driving dynamics system is configured to carry out at least one brake intervention, in particular one not affecting all wheels of the motor vehicle , upon fulfilment of an intervention criterion using at least one intervention threshold value for at least one current vehicle dynamic variable of the motor vehicle and the motor vehicle has further at least one safety system , which, upon fulfilment of an action criterion evaluating the driving situation data describing the current driving situation, is configured to carry out an action increasing the safety of the motor vehicle , to which end the safety system transmits an action signal assigned to the action to control at least one vehicle system via a bus system to the further vehicle system, characterised in that , upon detection of an action signal assigned to an action from a group of predetermined actions by the driving dynamics system likewise connected to the bus system , said action signal is switched for a predetermined time span from a first normal operating mode characterised by a first value of the at least one intervention threshold value into a second safe operating mode characterised by a second value, chosen to be more sensitive than the first value, of the intervention threshold value, wherein the action signal is directed to a further vehicle system not corresponding to the driving dynamics system .
A method of diagnosing melanoma, the method comprising determining a level of CEACAM1 on isolated peripheral blood lymphocytes (PBLs) of a subject in need thereof, wherein an upregulation of said level of CEACAM1 above a predetermined threshold is indicative of melanoma in said subject, wherein said PBLs comprise T cells or NK cells.
Container cap , particularly for vials for products to be mixed at the time of use, suitable for closing an opening of a container of a vial intended to contain a first product, said container cap comprising a reservoir defined by at least one lateral wall and a breakable bottom , and a cutter comprising a tubular body comprising a first sharp axial end , said reservoir and said cutter defining, in combination, a chamber intended to contain a second product, said cutter being axially movable inside said reservoir so as to press, with said first sharp end , said breakable bottom of said reservoir to break said breakable bottom and open said chamber towards said container of said vial , characterized in that at least a portion of said breakable bottom of said reservoir and/or at least a portion, bordering said breakable bottom , of an inner face of said at least one lateral wall of said reservoir comprises adsorbent and/or hygroscopic material .
A dental dispensing tip , comprising: a body having a first end , a second end , and a fluid passageway extending from the first end toward the second end , the fluid passageway being configured to receive a dental solution therein; a brush cup provided at the second end and having a brush barrel defined therein; a brush applicator configured to be secured within the brush barrel and including a plurality of bristles , wherein a portion of the plurality of bristles extends out of the brush barrel ; and a delivery cannula arranged to provide fluid communication between the fluid passageway and the brush applicator to deliver the dental solution to the plurality of bristles , characterized in that the delivery cannula is directed into the bristles at an intermediate location between distal and proximal ends of the brush applicator . a body having a first end , a second end , and a fluid passageway extending from the first end toward the second end , the fluid passageway being configured to receive a dental solution therein; a brush cup provided at the second end and having a brush barrel defined therein; a brush applicator configured to be secured within the brush barrel and including a plurality of bristles , wherein a portion of the plurality of bristles extends out of the brush barrel ; and a delivery cannula arranged to provide fluid communication between the fluid passageway and the brush applicator to deliver the dental solution to the plurality of bristles , characterized in that the delivery cannula is directed into the bristles at an intermediate location between distal and proximal ends of the brush applicator .
Extractor hood comprising an extractor hood housing with a fan arranged therein and an outlet grid , which is arranged on an air outlet opening of the extractor hood , wherein the outlet grid has at least one air guiding element for aligning the air passing through the outlet grid in one direction, which deviates from the direction of the surface normal of the outlet grid , and the outlet grid can be fastened to the extractor hood housing at at least two angular positions about an axis (A) which lies in the centre area of the outlet grid in the direction of the surface normal of the outlet grid, characterised in that at least one elongated hole, which describes a partial circle, is provided on the extractor hood housing and/or the outlet grid , into which partial circle a screw engages and the outlet grid is fastened at a specific angular position, or that the outlet grid has bayonet projections and/or bayonet cut-outs , and the extractor hood housing has corresponding bayonet cut-outs and/or bayonet projections and the bayonet projections engage in bayonet cut-outs , wherein the outlet grid is brought into the angular position at an angular range between two bayonet cut-outs and is fastened.