mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating an electronic device , the method comprising: initialising a camera system of the electronic device , if a pre-set first condition is satisfied; controlling the camera system to operate in a sleep mode upon completion of the initialisation , wherein, in the sleep mode, the camera system is in a state incapable of capturing an image; in response to an input needing execution of the camera application through an input/output interface, controlling the camera system to switch to a normal mode from the sleep mode, wherein, in the normal mode, the camera system is in a state capable of capturing an image; and displaying an image output from the camera system in the normal mode on a display of the electronic device wherein the pre-set first condition comprises at least one of: switching of the electronic device from the sleep mode to the normal mode; execution of an application including a graphic element needing an operation of the camera system; displaying of a screen including the graphic element needing the operation of the camera system; detecting a pre-set context associated with the electronic device; and detecting at least one pre-set word from voice or text received by the electronic device. initialising a camera system of the electronic device , if a pre-set first condition is satisfied; controlling the camera system to operate in a sleep mode upon completion of the initialisation , wherein, in the sleep mode, the camera system is in a state incapable of capturing an image; in response to an input needing execution of the camera application through an input/output interface, controlling the camera system to switch to a normal mode from the sleep mode, wherein, in the normal mode, the camera system is in a state capable of capturing an image; and displaying an image output from the camera system in the normal mode on a display of the electronic device wherein the pre-set first condition comprises at least one of: switching of the electronic device from the sleep mode to the normal mode; execution of an application including a graphic element needing an operation of the camera system; displaying of a screen including the graphic element needing the operation of the camera system; detecting a pre-set context associated with the electronic device; and detecting at least one pre-set word from voice or text received by the electronic device. switching of the electronic device from the sleep mode to the normal mode; execution of an application including a graphic element needing an operation of the camera system; displaying of a screen including the graphic element needing the operation of the camera system; detecting a pre-set context associated with the electronic device; and detecting at least one pre-set word from voice or text received by the electronic device.
Braking system of a vehicle, comprising a vacuum pump and a breather positioned above said vacuum pump , said breather being connected to the vacuum pump by means of a pipe , characterized in that the breather is mounted in the vehicle by means of a support part spaced apart from said pipe , and in that said support part is intended to be secured to a closure element for a wheel arch of the vehicle.
A rewinding apparatus , configured to rewind a strip , characterized in that the rewinding apparatus comprises: a rewinding mechanism , comprising at least two shafts that are spaced out, wherein the two shafts are configured to rewind the strip along different conveyance paths separately; and a switching mechanism , comprising a moving roller , wherein the moving roller is configured to drive the strip to switch from one shaft to another shaft so that the strip switches from one conveyance path to another conveyance path; wherein the switching mechanism further comprises a cutting unit , the cutting unit is disposed between the shafts , and the cutting unit is configured to cut off the strip so that the strip switched to another shaft is unwound from one shaft ; characterized in that the shaft comprises a hollow shaft body and a conduit made in the shaft body , the conduit is disposed along an axial direction of the moving roller , at least a part of the cutting unit is disposed in the shaft body , and a tool bit of the cutting unit is configured to protrude from the conduit to cut off the strip . a rewinding mechanism , comprising at least two shafts that are spaced out, wherein the two shafts are configured to rewind the strip along different conveyance paths separately; and a switching mechanism , comprising a moving roller , wherein the moving roller is configured to drive the strip to switch from one shaft to another shaft so that the strip switches from one conveyance path to another conveyance path; wherein the switching mechanism further comprises a cutting unit , the cutting unit is disposed between the shafts , and the cutting unit is configured to cut off the strip so that the strip switched to another shaft is unwound from one shaft ; characterized in that the shaft comprises a hollow shaft body and a conduit made in the shaft body , the conduit is disposed along an axial direction of the moving roller , at least a part of the cutting unit is disposed in the shaft body , and a tool bit of the cutting unit is configured to protrude from the conduit to cut off the strip .
Capsule for preparing infused or soluble beverages, comprising: - a cup suitable to define an inner volume (V) for the containment of at least one substance to be infused or dissolved, said cup being closed above by a cover , said cup being provided with a bottom , provided with an opening for the outflow of the infused beverage, and a base provided with reliefs devoid of cutting or puncture elements; - a disc , placed inside of the cup and suitable to seal the capsule below, permanently fixed on the reliefs of the base ; characterized in that said disc is composed of at least two distinct portions joined together in a manner at least partially releasable, and in that the opening of the capsule for the outflow of the infused beverage occurs as a result of the deformation of the disc by the pressure exerted by the fluid inside the capsule , deformation that determines a separation between the portions that compose the disc , separation that opens a passage (P) for the outflow of the infused liquid. - a cup suitable to define an inner volume (V) for the containment of at least one substance to be infused or dissolved, said cup being closed above by a cover , said cup being provided with a bottom , provided with an opening for the outflow of the infused beverage, and a base provided with reliefs devoid of cutting or puncture elements; - a disc , placed inside of the cup and suitable to seal the capsule below, permanently fixed on the reliefs of the base ;
Protective system, comprising: an airbag system in the form of an inflatable helmet for protecting a body part of a user in case of an accident, comprising a control unit and a communication interface ; and an external device comprising communication means , wherein the communication interface of the airbag system is configured to communicate with said external device using wireless communication, wherein the communication interface of the airbag system is configured to attempt to communicate with said external device , characterized in that if the communication between the airbag system and the external device is not successful, the control unit of the airbag system is configured to put the airbag system in an idle state and/or to alert the user to manually change to an idle state, and if the communication between the airbag system and the external device is successful, the control unit of the airbag system is configured to put the airbag system in an active state and/or to alert the user to manually change to an active state. an airbag system in the form of an inflatable helmet for protecting a body part of a user in case of an accident, comprising a control unit and a communication interface ; and an external device comprising communication means , wherein the communication interface of the airbag system is configured to communicate with said external device using wireless communication, wherein the communication interface of the airbag system is configured to attempt to communicate with said external device , characterized in that if the communication between the airbag system and the external device is not successful, the control unit of the airbag system is configured to put the airbag system in an idle state and/or to alert the user to manually change to an idle state, and if the communication between the airbag system and the external device is successful, the control unit of the airbag system is configured to put the airbag system in an active state and/or to alert the user to manually change to an active state.
A susceptor and a wafer located on the susceptor , which susceptor is configured to support the wafer to manufacture an epitaxial wafer in a chamber of a fabrication apparatus in which a gas is provided into the chamber, comprising: - a first body of the susceptor including a top surface, a bottom surface and a plurality of first holes passing through the first body ; and - a second body of the susceptor including a top surface, a bottom surface and a plurality of second holes passing through the second body , wherein: - the bottom surface of the second body is spaced from the top surface of the first body to form a gap, - the gap allows a gas to pass from the second holes to the first holes , - the bottom surface of the second body and the top surface of the first body have different cross-sectional shapes, the cross-sectional shapes are selected from a group consisting of linear, curved in a convex direction, and curved in a concave direction, wherein the first holes and the second holes are arranged in radial direction along several lines starting from center to an outer edge of the respective first and second bodies, wherein, by rotating at least one of the first and second bodies, a first number of first holes near the center is in substantial alignment with a first number of second holes near the center, and wherein a second number of first holes near the outer edge is misaligned with a second number of second holes near the outer edge. - a first body of the susceptor including a top surface, a bottom surface and a plurality of first holes passing through the first body ; and - a second body of the susceptor including a top surface, a bottom surface and a plurality of second holes passing through the second body , wherein: - the bottom surface of the second body is spaced from the top surface of the first body to form a gap, - the gap allows a gas to pass from the second holes to the first holes , - the bottom surface of the second body and the top surface of the first body have different cross-sectional shapes, the cross-sectional shapes are selected from a group consisting of linear, curved in a convex direction, and curved in a concave direction, wherein the first holes and the second holes are arranged in radial direction along several lines starting from center to an outer edge of the respective first and second bodies, - the bottom surface of the second body is spaced from the top surface of the first body to form a gap, - the gap allows a gas to pass from the second holes to the first holes , - the bottom surface of the second body and the top surface of the first body have different cross-sectional shapes, the cross-sectional shapes are selected from a group consisting of linear, curved in a convex direction, and curved in a concave direction, wherein the first holes and the second holes are arranged in radial direction along several lines starting from center to an outer edge of the respective first and second bodies,
A material for a connecting member used as a raw material of a connecting member, comprising a Ni-plated stainless steel plate in which a Ni plating layer is formed on a surface of a stainless steel plate, and a mean depth R of a roughness motif in accordance with ISO 12085 is 1.0 μm or more in at least one direction on the surface of the Ni plating layer, wherein a mean width RSm of a valley depth and a peak height existing on the surface of the Ni plating layer is more than 0 μm and 200 μm or less in the same direction as the direction of the mean depth R of the roughness motif of the surface of the Ni plating layer, wherein the mean width RSm of a valley depth and a peak height is determined in accordance with JIS B0601-1994, and a Sn plating layer having a thickness of 0.3 to 5 μm formed on the Ni plating layer of the Ni-plated stainless steel plate, wherein the thickness of the Sn plating layer is determined in accordance with JIS H8501.
Method for generating a final image from an original image comprising an object suitable to be worn by an individual (120; 520; 820; 920), comprising the steps of: a) detection of the presence of said object in the initial image; a') development of a mask covering at least partially the object on the initial image; b) superposition of a first layer on the initial image, the first layer including the mask at least partially covering the object in the initial image; characterized in that it comprises the following steps: b') development of at least one texture reproducing at least one element in the background of the object; c) modification of the appearance of at least one part of the mask by applying said texture to the mask in order to conceal all or part of the object's image in the final image. a) detection of the presence of said object in the initial image; a') development of a mask covering at least partially the object on the initial image; b) superposition of a first layer on the initial image, the first layer including the mask at least partially covering the object in the initial image; b') development of at least one texture reproducing at least one element in the background of the object; c) modification of the appearance of at least one part of the mask by applying said texture to the mask in order to conceal all or part of the object's image in the final image.
A method for obtaining an extended shelf-life proteinaceous meat analogue comprising the steps of: • mixing at a temperature of less than 100°C i) 30 to 90 % w/w on dry mass vegetable proteins among which more than 50 % vital wheat gluten (VWG) ii) 10 to 40 % w/w on dry mass of a non-aqueous plasticizer and optionally iii) up to 8% w/w on dry mass of fibers for obtaining a dough, • shaping said dough by at least cutting the dough in dough pieces and agglomerating said dough pieces with at least one inclusion which has a maximum linear dimension of at least 1 mm to obtain an agglomerate, and • static heating between 120 and 160°C during 1 minute to 1 hour of said agglomerate for obtaining an extended shelf-life proteinaceous meat analogue; wherein said extended shelf-life proteinaceous meat analogue has a water content of less than 20% (w/w) and wherein said non-aqueous plasticizer has a water content of less than 20% (w/w) and is selected among a polyhydroxy alcohol, a starch hydrolysate, a carboxylic acid and mixture thereof. • mixing at a temperature of less than 100°C i) 30 to 90 % w/w on dry mass vegetable proteins among which more than 50 % vital wheat gluten (VWG) ii) 10 to 40 % w/w on dry mass of a non-aqueous plasticizer and optionally iii) up to 8% w/w on dry mass of fibers for obtaining a dough, • shaping said dough by at least cutting the dough in dough pieces and agglomerating said dough pieces with at least one inclusion which has a maximum linear dimension of at least 1 mm to obtain an agglomerate, and • static heating between 120 and 160°C during 1 minute to 1 hour of said agglomerate for obtaining an extended shelf-life proteinaceous meat analogue;
A VEGF antagonist for use in a method for treating or preventing diabetic retinopathy in a patient in need of such treatment or prevention, wherein said patient does not suffer from center involved diabetic macular edema, said method comprising administering, to an eye of the patient, 5 monthly doses followed by one or more secondary doses every 8 weeks of about 2 mg of VEGF antagonist that is a VEGF receptor-based chimeric molecule comprising an immunoglobin-like (Ig) domain 2 of a VEGFR1 and Ig domain 3 of VEGFR2, and a multimerizing component.
A resin film comprising a crystallizable polymer, the crystallizable polymer having a melting point Mp that can be observed by a differential scanning calorimeter at a temperature rise rate of 10 °C/min, the crystallizable polymer being an alicyclic structure-containing polymer, an in-plane retardation Re of the resin film measured at a wavelength of 590 nm being less than 5 nm, a thickness-direction retardation Rth of the resin film measured at a wavelength of 590 nm being less than 25 nm, a haze HZ of the resin film being less than 3.0%, wherein the haze HZ is measured using a haze meter for a sample of the resin film obtained by cutting the resin film around the central part of the resin film into a square piece of 50 mm x 50 mm, characterized in that the melting point Mp of the crystallizable polymer is 200 °C or higher, and an in-plane retardation fluctuation ΔRe of the resin film determined by the following formula (A1) is 0.5 nm or less: Δ Re = Re max − Re min wherein Re(max) and Re(min) are maximum and minimum of in-plane retardation values measured at a plurality of points about 50 cm away from the central part of the resin film toward both the edges in the width direction of the resin film, or at a plurality of points each of which is about 50 cm away from the central part of the resin film in one arbitrary direction when the resin film is a film whose width direction cannot be defined. the crystallizable polymer having a melting point Mp that can be observed by a differential scanning calorimeter at a temperature rise rate of 10 °C/min, the crystallizable polymer being an alicyclic structure-containing polymer, an in-plane retardation Re of the resin film measured at a wavelength of 590 nm being less than 5 nm, a thickness-direction retardation Rth of the resin film measured at a wavelength of 590 nm being less than 25 nm, a haze HZ of the resin film being less than 3.0%, wherein the haze HZ is measured using a haze meter for a sample of the resin film obtained by cutting the resin film around the central part of the resin film into a square piece of 50 mm x 50 mm, characterized in that the melting point Mp of the crystallizable polymer is 200 °C or higher, and an in-plane retardation fluctuation ΔRe of the resin film determined by the following formula (A1) is 0.5 nm or less: Δ Re = Re max − Re min wherein Re(max) and Re(min) are maximum and minimum of in-plane retardation values measured at a plurality of points about 50 cm away from the central part of the resin film toward both the edges in the width direction of the resin film, or at a plurality of points each of which is about 50 cm away from the central part of the resin film in one arbitrary direction when the resin film is a film whose width direction cannot be defined.
γ-Netrin-binding peptide comprising (i) the sequence EVMPTLDMALFDWTDYEDLKP (SEQ ID NO.: 1), (ii) the sequence DVAPTFNMALFDWTDYEDMRP (SEQ ID NO.: 2), (iii) the sequence EVMPTLDMTLFDWTDYEDMKP (SEQ ID NO.: 3), or (iv) a variant thereof having a sequence identity of at least 70%, at least 80%, at least 85%, at least 90%, or at least 95% to SEQ ID NO.:1, 2 and/or 3, wherein said peptide has a length of up to 150 amino acids and is optionally fused to a heterologous peptide or polypeptide, and wherein said γ-Netrin-binding peptide interferes with γ-Netrin/Netrin receptor binding. (i) the sequence EVMPTLDMALFDWTDYEDLKP (SEQ ID NO.: 1), (ii) the sequence DVAPTFNMALFDWTDYEDMRP (SEQ ID NO.: 2), (iii) the sequence EVMPTLDMTLFDWTDYEDMKP (SEQ ID NO.: 3), or (iv) a variant thereof having a sequence identity of at least 70%, at least 80%, at least 85%, at least 90%, or at least 95% to SEQ ID NO.:1, 2 and/or 3,
A method of producing expanded nuts, the method comprising the steps of: (a) immersing a plurality of raw or blanched nut kernels in an aqueous liquid thereby hydrating at least a portion of the plurality of nut kernels, wherein the aqueous liquid is water or comprises an aqueous solution or dispersion of a humectant for controlling hydration of the nut kernels; (b) roasting the hydrated kernels at a temperature of at least 100 °C so as to be at least partially cooked, thereby forming a hardened outer surface on the hydrated kernel to enhance expansion during the gun puffing step; (c) coating at least some of the nut kernels with a starch or cellulose layer to reduce transmission of steam through nut surfaces and enhance popping of the nut kernel during the gun puffing step; (d) gun puffing the hydrated kernels thereby causing at least one of expansion of the hydrated nut kernels, or blistering of at least an outer surface of the hydrated nut kernels; and (e) producing, by steps (a) to (d), expanded and texturized nuts with a bulk density of from 30 to 50% lower than the raw or blanched nuts prior to step (a), and/or expanded and texturized nuts having a bulk density from 450 to 600 Kg/m 3 . (a) immersing a plurality of raw or blanched nut kernels in an aqueous liquid thereby hydrating at least a portion of the plurality of nut kernels, wherein the aqueous liquid is water or comprises an aqueous solution or dispersion of a humectant for controlling hydration of the nut kernels; (b) roasting the hydrated kernels at a temperature of at least 100 °C so as to be at least partially cooked, thereby forming a hardened outer surface on the hydrated kernel to enhance expansion during the gun puffing step; (c) coating at least some of the nut kernels with a starch or cellulose layer to reduce transmission of steam through nut surfaces and enhance popping of the nut kernel during the gun puffing step; (d) gun puffing the hydrated kernels thereby causing at least one of expansion of the hydrated nut kernels, or blistering of at least an outer surface of the hydrated nut kernels; and (e) producing, by steps (a) to (d), expanded and texturized nuts with a bulk density of from 30 to 50% lower than the raw or blanched nuts prior to step (a), and/or expanded and texturized nuts having a bulk density from 450 to 600 Kg/m 3 .