mhurhangee/ep-ind-claims huggingface dataset:
A process for producing bioactive glass characterized by comprising the following steps: a) Providing a glass-system solution of silica (Si), calcium (Ca), sodium (Na) and phosphorous having an adequate glass precursor of these elements that are respectively: - Tetraethyl orthosilicate (TEOS) as a precursor of silica, - Triethyl phosphate as precursor of phosphorous, - Calcium nitrate (CaN) as source of calcium, and - Sodium nitrate (NaN) as a source of sodium, an oxidant compound that is a nitrate salt, preferably sodium nitrate and calcium nitrate, and citric acid or nitric acid as catalyst, b) Adding a fuel component to the solution of (a) under stirring conditions, for 10m, at a temperature of 20-25°C, wherein said fuel component is selected from: - Citric acid; - Egg whites from chicken; - Gum Karaya; - Alginic acid from brown algae;(AABA) - Sucrose; - D+Glucose;DGL) - Clove; - Cinnamon; - Gum rosin; c) Setting the temperature of the solution of (b) to a value of 85 to 95°C, preferably of 87 to 92°C, more preferably of 90°C, and d) Maintaining said temperature for approx. 10 minutes, until the combustion is completed. a) Providing a glass-system solution of silica (Si), calcium (Ca), sodium (Na) and phosphorous having an adequate glass precursor of these elements that are respectively: - Tetraethyl orthosilicate (TEOS) as a precursor of silica, - Triethyl phosphate as precursor of phosphorous, - Calcium nitrate (CaN) as source of calcium, and - Sodium nitrate (NaN) as a source of sodium, an oxidant compound that is a nitrate salt, preferably sodium nitrate and calcium nitrate, and citric acid or nitric acid as catalyst, - Tetraethyl orthosilicate (TEOS) as a precursor of silica, - Triethyl phosphate as precursor of phosphorous, - Calcium nitrate (CaN) as source of calcium, and - Sodium nitrate (NaN) as a source of sodium, an oxidant compound that is a nitrate salt, preferably sodium nitrate and calcium nitrate, and citric acid or nitric acid as catalyst, an oxidant compound that is a nitrate salt, preferably sodium nitrate and calcium nitrate, and citric acid or nitric acid as catalyst, b) Adding a fuel component to the solution of (a) under stirring conditions, for 10m, at a temperature of 20-25°C, wherein said fuel component is selected from: - Citric acid; - Egg whites from chicken; - Gum Karaya; - Alginic acid from brown algae;(AABA) - Sucrose; - D+Glucose;DGL) - Clove; - Cinnamon; - Gum rosin; - Citric acid; - Egg whites from chicken; - Gum Karaya; - Alginic acid from brown algae;(AABA) - Sucrose; - D+Glucose;DGL) - Clove; - Cinnamon; - Gum rosin; c) Setting the temperature of the solution of (b) to a value of 85 to 95°C, preferably of 87 to 92°C, more preferably of 90°C, and d) Maintaining said temperature for approx. 10 minutes, until the combustion is completed.
Optical device for generating images with a three-dimensional effect comprising a first observation channel and a second observation channel which can be present simultaneously or provided so as to alternate at intervals with the first observation channel, characterised in that a first diaphragm having a first through opening is arranged in the first observation channel, wherein the first through opening has a first large half-axis (Hg, Hga, Hgb, Hgc) and a first small half-axis (Hk, Hka, Hkb, Hkc) perpendicular to the first large half-axis (Hg, Hga, Hgb, Hgc), so that the dimension of the first through opening in the direction of the first large half-axis (Hg, Hga, Hgb, Hgc) is greater than the dimension of the first through opening in the direction of the first small half-axis (Hk, Hka, Hkb, Hkc), in that a second diaphragm having a second through opening is arranged in the second observation channel, wherein the second through opening has a second large half-axis (Hg', Hga', Hgb', Hgc') and a second small half-axis (Hk', Hka', Hkb', Hkc') perpendicular to the second large half-axis (Hg', Hga', Hgb', Hgc'), so that the dimension of the through opening in the direction of the second large half-axis (Hg', Hga', Hgb', Hgc') is greater than the dimension of the through opening in the direction of the second small half-axis (Hk', Hka', Hkb', Hkc'), and in that the first large half-axis (Hg, Hga, Hgb, Hgc) extends parallel to the second small half-axis (Hk', Hka', Hkb', Hkc') and the second large half-axis (Hg', Hga', Hgb', Hgc') extends parallel to the first small half-axis (Hk, Hka, Hkb, Hkc).
A refrigerator, comprising: a cabinet having a first and a second storage chamber (12, 13) arranged vertically; an evaporator case (210, 270); an evaporator provided inside the evaporator case (210, 270); a water tray provided below the evaporator and configured to collect water from the evaporator; a grill cover (320, 330, 340) provided on a rear side of the evaporator case (210, 270) and configured to accommodate a blower fan; and a tray support (325, 326, 335) provided in the grill cover (320, 330, 340), the tray support being configured to support the water tray, wherein the evaporator case includes a first cover provided above the evaporator and a second cover provided below the evaporator, characterized in that the refrigerator further comprises: a partition wall provided between the first and second storage chambers (12, 13), and having a partition wall insulator therein, wherein the evaporator case (210, 270) is arranged in the second storage chamber and is provided at a bottom surface of the partition wall. a cabinet having a first and a second storage chamber (12, 13) arranged vertically; an evaporator case (210, 270); an evaporator provided inside the evaporator case (210, 270); a water tray provided below the evaporator and configured to collect water from the evaporator; a grill cover (320, 330, 340) provided on a rear side of the evaporator case (210, 270) and configured to accommodate a blower fan; and a tray support (325, 326, 335) provided in the grill cover (320, 330, 340), the tray support being configured to support the water tray, wherein the evaporator case includes a first cover provided above the evaporator and a second cover provided below the evaporator, characterized in that the refrigerator further comprises: a partition wall provided between the first and second storage chambers (12, 13), and having a partition wall insulator therein, wherein the evaporator case (210, 270) is arranged in the second storage chamber and is provided at a bottom surface of the partition wall. a partition wall provided between the first and second storage chambers (12, 13), and having a partition wall insulator therein, wherein the evaporator case (210, 270) is arranged in the second storage chamber and is provided at a bottom surface of the partition wall.
A household hood of the filtering type comprising a flue for evacuating fumes from rooms, in particular for evacuating cooking fumes, comprising: - a first stretch developing along a vertical direction from an inlet section; - a pair of outlet openings for discharging said fumes along a substantially horizontal direction, each outlet opening having a height along said vertical direction and a width along a direction orthogonal to said vertical direction, the outlet openings are symmetrical with respect to a centreline plane arranged along said vertical direction; - a pair of second stretches, each second stretch connects the first stretch to a respective outlet opening, the second stretches having an upper surface, an intersection line between said centreline plane and said upper surface defining a nose of said flue; characterized in that said height of each outlet opening is equal to 35 mm ± 10% and in that the area of each outlet opening is comprised between 48 and 56 cm 2 and in that each outlet opening does not comprise any grid. - a first stretch developing along a vertical direction from an inlet section; - a pair of outlet openings for discharging said fumes along a substantially horizontal direction, each outlet opening having a height along said vertical direction and a width along a direction orthogonal to said vertical direction, the outlet openings are symmetrical with respect to a centreline plane arranged along said vertical direction; - a pair of second stretches, each second stretch connects the first stretch to a respective outlet opening, the second stretches having an upper surface, an intersection line between said centreline plane and said upper surface defining a nose of said flue;
Air vent comprising an air channel one which at least one first slat is arranged to be pivotable, with an air outlet opening, wherein - at least one respective deflecting element is arranged parallel to the at least one first slat at the opposite sides of the air channel, characterised in that - at least one web extending parallel to the at least one first slat is arranged in the region of the air outlet opening, - the at least one first slat is pivotably mounted in the region of the at least one web, - the deflecting elements project into the air channel and are not coupled with one another and - the deflecting elements a) are rigidly constructed ramps b) deformable by the at least one first slat, c) or are drag flaps mounted to be pivotable by the at least one first slat, which have a first guide surface and a second guide surface. - at least one respective deflecting element is arranged parallel to the at least one first slat at the opposite sides of the air channel, characterised in that - at least one web extending parallel to the at least one first slat is arranged in the region of the air outlet opening, - the at least one first slat is pivotably mounted in the region of the at least one web, - the deflecting elements project into the air channel and are not coupled with one another and - the deflecting elements a) are rigidly constructed ramps b) deformable by the at least one first slat, c) or are drag flaps mounted to be pivotable by the at least one first slat, which have a first guide surface and a second guide surface. a) are rigidly constructed ramps b) deformable by the at least one first slat, c) or are drag flaps mounted to be pivotable by the at least one first slat, which have a first guide surface and a second guide surface.
A plug intended to close an orifice of a casing, said plug comprising a solid hub, with a central axis (XX'), which can be arranged to obstruct the orifice of the casing, as well as a retaining member secured to with the hub and which can be arranged to cooperate with the casing in order to ensure the axial fastening of the plug in the orifice of the casing, said plug being characterized in that it includes: - a play compensation carriage, which is distinct from the hub and which is movably mounted on a guide support carried by the hub, said guide support being arranged so as to axially retain said carriage and guide the relative displacement of said carriage relative to the hub in a direction called « play compensation » direction (ZZ') which is transverse to the central axis (XX'), - an elastic member, of the spring type, interposed between the guide support and the carriage so as to elastically constrain said carriage in displacement in the play compensation direction (ZZ'), - an orientation member which can be arranged to be able to cooperate with a conjugate orientation member provided in the casing, so as to orient the plug, and consequently the play compensation direction (ZZ') defined by the guide support, in azimuth about the central axis (XX'), according to a predetermined orientation relative to the casing. - a play compensation carriage, which is distinct from the hub and which is movably mounted on a guide support carried by the hub, said guide support being arranged so as to axially retain said carriage and guide the relative displacement of said carriage relative to the hub in a direction called « play compensation » direction (ZZ') which is transverse to the central axis (XX'), - an elastic member, of the spring type, interposed between the guide support and the carriage so as to elastically constrain said carriage in displacement in the play compensation direction (ZZ'), - an orientation member which can be arranged to be able to cooperate with a conjugate orientation member provided in the casing, so as to orient the plug, and consequently the play compensation direction (ZZ') defined by the guide support, in azimuth about the central axis (XX'), according to a predetermined orientation relative to the casing.
A method of providing telephony services, the method comprising the steps of: establishing a connection between each of one or more participants (a, b, c, d) in a given communication and a media switch operative to control one or more media streams associated with the communication; and implementing a telephony service by controlling in the media switch the one or more media streams; CHARACTERIZED IN THAT said one or more participants send a permit-set or a want-set request to said media switch, wherein said permit set specifies one or more additional participants that are permitted to receive a send flow of the given stream in conjunction with the telephony service, and said want set specifies one or more additional participants from which the given participant wants to receive a receive flow of the given stream in conjunction with the telephony service; and the one or more media streams are controlled in the media switch in accordance with one or more permit sets and one or more want sets, each of the permit sets and each of the want sets being associated with a given media stream of a given participant. establishing a connection between each of one or more participants (a, b, c, d) in a given communication and a media switch operative to control one or more media streams associated with the communication; and implementing a telephony service by controlling in the media switch the one or more media streams; CHARACTERIZED IN THAT said one or more participants send a permit-set or a want-set request to said media switch, wherein said permit set specifies one or more additional participants that are permitted to receive a send flow of the given stream in conjunction with the telephony service, and said want set specifies one or more additional participants from which the given participant wants to receive a receive flow of the given stream in conjunction with the telephony service; and the one or more media streams are controlled in the media switch in accordance with one or more permit sets and one or more want sets, each of the permit sets and each of the want sets being associated with a given media stream of a given participant.
Acoustic display mechanism for a striking timepiece, including a plurality of first control-pieces for the same first time measurement parameter, which are arranged in stages in parallel planes to each other, the acoustic display mechanism being arranged such that, at a given moment, only one of said plurality of said first control-pieces cooperates with a first common snail corresponding to said first time measurement parameter, said acoustic display mechanism further including first melody selection means arranged to be operated by a user or by the movement of said timepiece, the acoustic display mechanism being arranged such that each said first control-piece is controlled, in a plane specific thereto, by a first dedicated selector mechanism comprised in said first melody selection means, and controls, via at least one control lever, the motion of at least one hammer to play a melody specific thereto or to actuate at least one gong which is specific thereto.
A packet of smoke articles comprising: an outer container, which has an open top end; a lid, which is hinged to the outer container to rotate, with respect to the outer container, between an open position and a closed position of the open top end; a first soft inner package, which is housed inside the outer container, encloses a first group of smoke articles, and has a first smoke articles extraction opening closed by a first sealing flap; and a second soft inner package, which is housed inside the outer container alongside the first inner package, encloses a second group of smoke articles, and has a second smoke articles extraction opening closed by a second sealing flap; the packet is characterised in that at least one portion of the first sealing flap is connected permanently and non-detachably to the lid so that first opening and closing the lid simultaneously opens and closes the first sealing flap, and in that the packet comprises a layer of adhesive material arranged between the second sealing flap and the lid, and a removable tab arranged at least partially above the layer of adhesive material, the lid being connectable to the second sealing flap by means of the layer of adhesive material once the removable tab has been removed from the layer of adhesive material. an outer container, which has an open top end; a lid, which is hinged to the outer container to rotate, with respect to the outer container, between an open position and a closed position of the open top end; a first soft inner package, which is housed inside the outer container, encloses a first group of smoke articles, and has a first smoke articles extraction opening closed by a first sealing flap; and a second soft inner package, which is housed inside the outer container alongside the first inner package, encloses a second group of smoke articles, and has a second smoke articles extraction opening closed by a second sealing flap;
Method to determine the opening degree of injectors in cylinders in a combustion engine with at least three cylinders, wherein said injectors are connected to a fuel accumulator in a common rail fuel injection system wherein the opening degree of injectors is a measure that determines how much fuel leaves the injector per unit time at a given fuel pressure in the fuel accumulator when the injector is open, and wherein the method starts when the fuel accumulator is pressurised, wherein the method comprises the steps: a) to interrupt the fuel supply to the fuel accumulator, b) to control at least two, and at most all except one of the injectors, to simultaneously open at a specified time and to carry out a test injection of fuel into the associated cylinders, wherein the test injection is carried out at such point in time that the injection does not cause any combustion in such cylinders, c) to measure the pressure decrease in the fuel in the fuel accumulator resulting from the test injection, d) to repeat steps b) and c) for the number of divergent combinations of injectors participating in the test injection, so that the subsequent step e) may be carried out, e) to calculate, based on measured pressure decreases during the test injections, the pressure decrease which is attributable to at least one specific injector, and f) to compare the pressure decrease calculated for said at least one injector with a pressure decrease expected, at a certain opening degree of the injector for the given fuel pressure in the fuel accumulator and a certain opening time of the injector, and based on this comparison to determine the injector's opening degree. a) to interrupt the fuel supply to the fuel accumulator, b) to control at least two, and at most all except one of the injectors, to simultaneously open at a specified time and to carry out a test injection of fuel into the associated cylinders, wherein the test injection is carried out at such point in time that the injection does not cause any combustion in such cylinders, c) to measure the pressure decrease in the fuel in the fuel accumulator resulting from the test injection, d) to repeat steps b) and c) for the number of divergent combinations of injectors participating in the test injection, so that the subsequent step e) may be carried out, e) to calculate, based on measured pressure decreases during the test injections, the pressure decrease which is attributable to at least one specific injector, and f) to compare the pressure decrease calculated for said at least one injector with a pressure decrease expected, at a certain opening degree of the injector for the given fuel pressure in the fuel accumulator and a certain opening time of the injector, and based on this comparison to determine the injector's opening degree.
Method for transmitting a frame by an access point of a wireless local area network, the access point having performed a phase of association with a plurality of wireless terminals (141, 142, 143), characterised in that the access point receives (301, 303), during the phase of association, from each wireless terminal (141, 142) compatible with transmissions in multicast mode, information indicating that said wireless terminal (141, 142) is compatible with transmissions in multicast mode; and in that, for transmitting the frame, the access point performs the following steps: - obtaining data to be transmitted in multicast mode to a plurality of destinations from among the compatible wireless terminals; - obtaining data to be transmitted in unicast mode to at least one respective destination from among the wireless terminals; - building a physical-layer header including: - in a common signalling field, an identification of each channel resource intended to be used for performing the frame transmission whether this be for the data to be transmitted in unicast mode or in multicast mode; - in each field of a series of specific signalling fields, information representing an association between a channel resource identifier used and a unique identifier of a concerned destination or of a group of concerned destinations, so that each destination (141, 142, 143) can determine each channel resource to listen to for receiving the data that are addressed thereto, whether it be in unicast mode or in multicast mode. - obtaining data to be transmitted in multicast mode to a plurality of destinations from among the compatible wireless terminals; - obtaining data to be transmitted in unicast mode to at least one respective destination from among the wireless terminals; - building a physical-layer header including: - in a common signalling field, an identification of each channel resource intended to be used for performing the frame transmission whether this be for the data to be transmitted in unicast mode or in multicast mode; - in each field of a series of specific signalling fields, information representing an association between a channel resource identifier used and a unique identifier of a concerned destination or of a group of concerned destinations, so that each destination (141, 142, 143) can determine each channel resource to listen to for receiving the data that are addressed thereto, whether it be in unicast mode or in multicast mode. - in a common signalling field, an identification of each channel resource intended to be used for performing the frame transmission whether this be for the data to be transmitted in unicast mode or in multicast mode; - in each field of a series of specific signalling fields, information representing an association between a channel resource identifier used and a unique identifier of a concerned destination or of a group of concerned destinations, so that each destination (141, 142, 143) can determine each channel resource to listen to for receiving the data that are addressed thereto, whether it be in unicast mode or in multicast mode.