mhurhangee/ep-ind-claims huggingface dataset:
A drum structure for treatment of skins, comprising: - a closed cylindrical container having an inner side surface that defines a chamber of treatment of said skins and a door (3") for loading/unloading said skins, - an actuating means (6, 6') that transmits to said closed cylindrical container a rotational movement according to a determined rotation direction; - a plurality of mixing blades (21,22,23,24) arranged in said chamber of treatment, said blades (21,22,23,24) extending from said inner side surface starting from a respective generatrix (21',22',23',24') of said inner side surface, said blades (21,22,23,24) increasing a mixing action on said skins that is caused by said rotational movement, said drum structure being characterised in that at least a first blade of said plurality of blades (21,22,23,24) is arranged at an angle according to a first angle, wherein said first angle is measured in said rotation direction with respect to a plane tangential to said inner side surface passing through the respective generatrix, and wherein at least one among the remaining blades (22,23,24) of said plurality, with respect to a respective tangential plane, is at an angle (26,27,28) that differs from said first angle of said first blade for at least 10°-13°. - a closed cylindrical container having an inner side surface that defines a chamber of treatment of said skins and a door (3") for loading/unloading said skins, - an actuating means (6, 6') that transmits to said closed cylindrical container a rotational movement according to a determined rotation direction; - a plurality of mixing blades (21,22,23,24) arranged in said chamber of treatment, said blades (21,22,23,24) extending from said inner side surface starting from a respective generatrix (21',22',23',24') of said inner side surface, said blades (21,22,23,24) increasing a mixing action on said skins that is caused by said rotational movement,
Locking cap for a container comprising a neck, said cap being intended to block a stopper in the neck of the container and comprising: - an outer body, defined by an upper face and a cylindrical wall centered on a main axis (z), the outer body having a breakable strip extending from the upper face to a free end of the cylindrical wall, - a capsule, arranged on the upper face and rigidly connected to the breakable strip, - a cage locked in the outer body, and intended to surround a collar of the neck of the container in a locking position of the cap; the cage comprising an upper ring, against which the stopper is intended to bear when it is arranged in the cage, a plurality of branches connected to the upper ring and defining therewith a generally cylindrical shape of the cage, a plurality of bridges (25, 26), each interconnecting two adjacent branches, and a flexible member, one end of which is rigidly connected to a bridge (25, 26) and another free end of which is oriented toward the upper ring, said flexible member being adjacent to a weak point of said bridge (25, 26); the locking cap being characterized in that the flexible member of the cage is rigidly connected to the breakable strip of the outer body. - an outer body, defined by an upper face and a cylindrical wall centered on a main axis (z), the outer body having a breakable strip extending from the upper face to a free end of the cylindrical wall, - a capsule, arranged on the upper face and rigidly connected to the breakable strip, - a cage locked in the outer body, and intended to surround a collar of the neck of the container in a locking position of the cap; the cage comprising an upper ring, against which the stopper is intended to bear when it is arranged in the cage, a plurality of branches connected to the upper ring and defining therewith a generally cylindrical shape of the cage, a plurality of bridges (25, 26), each interconnecting two adjacent branches, and a flexible member, one end of which is rigidly connected to a bridge (25, 26) and another free end of which is oriented toward the upper ring, said flexible member being adjacent to a weak point of said bridge (25, 26); the locking cap being characterized in that the flexible member of the cage is rigidly connected to the breakable strip of the outer body.
IR microscope for analyzing a sample by molecular spectroscopy, comprising a beam path having - at least one quantum cascade laser, which emits infrared radiation in the form of a laser beam, - a phase modulator arranged between the QCL and the sample, - at least one optical element arranged between the phase modulator and the sample, and - a sensor which detects IR radiation transmitted and/or reflected by the sample, the phase modulator being a rotatable IR-transparent diffuser or a rotatable diffusing mirror that reflects IR radiation, the phase modulator continually rotating during the analysis, characterized in that the phase modulator is arranged in the beam path of the IR microscope such that no IR radiation scattered at the center of the phase modulator impinges on the sample, the diameter of the laser beam at the point of impingement on the phase modulator being 80% or less, in particular 70% or less, than the radius of the phase modulator, the phase modulator rotating at a rate of rotation (n) that is at least 20% greater than a frame rate of the sensor, and the rate of rotation (n) of the phase modulator not being an integral or half-integral multiple of the frame rate of the sensor. - at least one quantum cascade laser, which emits infrared radiation in the form of a laser beam, - a phase modulator arranged between the QCL and the sample, - at least one optical element arranged between the phase modulator and the sample, and - a sensor which detects IR radiation transmitted and/or reflected by the sample,
A method for reducing fungi, yeast and/or bacteria in an architectural coating composition, including paint and stain compositions, comprising the steps of (i) preparing the architectural coating composition; (ii) applying a pressure source ranging from about 50 MPa to about 1,000 MPa, to said architectural composition for a duration of up to about 10 minutes; and (iii) optionally storing the architectural composition. (i) preparing the architectural coating composition; (ii) applying a pressure source ranging from about 50 MPa to about 1,000 MPa, to said architectural composition for a duration of up to about 10 minutes; and (iii) optionally storing the architectural composition.
A dynamic mixer suitable for mixing at least one curing system and at least one resin system in a proportion of at least 2.5:100 to obtain a homogenous curative composition, wherein said mixer comprises: a) a stirring chamber provided with a motorised stirrer suspended from the top of the chamber and a siphon at the bottom of the chamber; b) at least a first inlet hose, wherein said first inlet hose is connected to the stirring chamber at one end and is connected to a first pumping means at other end; wherein the first pumping means are configured to, in use, pump at least one curing system to the stirring chamber through the at least one inlet hose; c) at least a second inlet hose, wherein said second inlet hose is connected to the stirring chamber at one end and is connected to a second pumping means at other end; wherein the second pumping means are configured to, in use, pump at least one resin system to the stirring chamber through the at least one inlet hose; and d) a frame; characterized in that the proportion of the diameter of the stirring chamber: the length of the stirring chamber: the length from the bottom opening of the chamber to the top of the siphon, is in the ratio of 1: (2.6-3.0): (1.1-1.3), and in that the length from the bottom opening of the chamber to the top of the siphon is from 138 to 162 mm. a) a stirring chamber provided with a motorised stirrer suspended from the top of the chamber and a siphon at the bottom of the chamber; b) at least a first inlet hose, wherein said first inlet hose is connected to the stirring chamber at one end and is connected to a first pumping means at other end; wherein the first pumping means are configured to, in use, pump at least one curing system to the stirring chamber through the at least one inlet hose; c) at least a second inlet hose, wherein said second inlet hose is connected to the stirring chamber at one end and is connected to a second pumping means at other end; wherein the second pumping means are configured to, in use, pump at least one resin system to the stirring chamber through the at least one inlet hose; and d) a frame; the proportion of the diameter of the stirring chamber: the length of the stirring chamber: the length from the bottom opening of the chamber to the top of the siphon, is in the ratio of 1: (2.6-3.0): (1.1-1.3), and in that the length from the bottom opening of the chamber to the top of the siphon is from 138 to 162 mm.
A three dimensional printing system which forms a three dimensional article of manufacture through a layer-by-layer process with each layer being formed by the operation of a first light engine selectively curing photocure resin onto a face of the three dimensional article of manufacture comprising: a vessel for containing the photocure resin; a controller; a image scaler; a digital mirror device formatter; a light source driver; the first light engine including a first light source that illuminates a first spatial light modulator, the first light engine configured to: (a) receive a first incoming slice energy data array defining a two dimensional array of energy values that define optical cure energy to be applied versus position X and Y; (b) process the first incoming slice energy data array to define a first image frame; (c) receive an on signal; (d) activate the first light source in response to the on signal; (e) repeatedly send the first defined image frame to the first spatial light modulator during a defined cure time for a layer of the resin; wherein the cure time is defined by a time duration between the on signal and the off signal; (f) receive an off signal; (g) deactivate the first light source in response to the off signal; and (h) repeat steps (a) — (g) until the three dimensional article of manufacture is formed. a vessel for containing the photocure resin; a controller; a image scaler; a digital mirror device formatter; a light source driver; the first light engine including a first light source that illuminates a first spatial light modulator, the first light engine configured to: (a) receive a first incoming slice energy data array defining a two dimensional array of energy values that define optical cure energy to be applied versus position X and Y; (b) process the first incoming slice energy data array to define a first image frame; (c) receive an on signal; (d) activate the first light source in response to the on signal; (e) repeatedly send the first defined image frame to the first spatial light modulator during a defined cure time for a layer of the resin; wherein the cure time is defined by a time duration between the on signal and the off signal; (f) receive an off signal; (g) deactivate the first light source in response to the off signal; and (h) repeat steps (a) — (g) until the three dimensional article of manufacture is formed. (a) receive a first incoming slice energy data array defining a two dimensional array of energy values that define optical cure energy to be applied versus position X and Y; (b) process the first incoming slice energy data array to define a first image frame; (c) receive an on signal; (d) activate the first light source in response to the on signal; (e) repeatedly send the first defined image frame to the first spatial light modulator during a defined cure time for a layer of the resin; wherein the cure time is defined by a time duration between the on signal and the off signal; (f) receive an off signal; (g) deactivate the first light source in response to the off signal; and (h) repeat steps (a) — (g) until the three dimensional article of manufacture is formed.
An exhaust gas purifying catalyst, comprising: rhodium particles; compound particles which support the rhodium particles; and oxides which are formed on peripheries of the compound particles and suppress coagulation of the compound particles, wherein a main component of the compound particles is an oxide containing Zr, in which Zr is contained by 50 mol% or more, and wherein La is contained in the compound particles, and a content of La is 1 to 5 mol%, and wherein the oxides which suppress the coagulation of the compound particles consist of either of Al and Ti as a main component by mole and optionally oxides of La, Ce, Zr, Nd, and Y. rhodium particles; compound particles which support the rhodium particles; and oxides which are formed on peripheries of the compound particles and suppress coagulation of the compound particles,
An image display device (100a; 100b) comprising: a display configured to display a plurality of items and a cursor indicating a pointing position determined by a received input; input receiving circuitry configured to receive an input for moving the cursor; and a controller configured to control the cursor to move in accordance with the received input, to determine items adjacent to the cursor as candidate items if the cursor stops moving, and to control to display a focus on a first candidate item among the candidate items and guidelines on the candidate items, characterized in that in response to an input of a direction key while the focus is displayed on the first candidate item, the controller is further configured to control the focus to move to a second candidate item among the candidate items corresponding to the input of the direction key if the input of the direction key corresponds to a short press and to control the cursor to move in a direction corresponding to the input of the direction key if the input of the direction key corresponds to a long press. a display configured to display a plurality of items and a cursor indicating a pointing position determined by a received input; input receiving circuitry configured to receive an input for moving the cursor; and a controller configured to control the cursor to move in accordance with the received input, to determine items adjacent to the cursor as candidate items if the cursor stops moving, and to control to display a focus on a first candidate item among the candidate items and guidelines on the candidate items, characterized in that in response to an input of a direction key while the focus is displayed on the first candidate item, the controller is further configured to control the focus to move to a second candidate item among the candidate items corresponding to the input of the direction key if the input of the direction key corresponds to a short press and to control the cursor to move in a direction corresponding to the input of the direction key if the input of the direction key corresponds to a long press.
An apparatus of a user equipment, UE, comprising: one or more baseband processors to receive one or more subframes from a cell of a network, and to detect a Cell Specific Reference Signal, CRS, transmission pattern in the one or more subframes to determine whether CRS mitigation is being used by the cell, wherein determination whether CRS mitigation is used by the cell comprises: estimating CRS Reference Signal Received Power, RSRP, on a center set of physical resource blocks, PRBs, RSRP IN, and estimating CRS RSRP on an outer set of PRBs, RSRP OUT for the one or more subframes; and determining that CRS mitigation is used by the cell when RSRP IN is greater than RSRP OUT plus a margin, wherein CRS mitigation comprises muting CRS signal transmissions, wherein the one or more baseband processors are to adjust processing of the one or more subframes when CRS mitigation is used; and a memory to store the one or more subframes. one or more baseband processors to receive one or more subframes from a cell of a network, and to detect a Cell Specific Reference Signal, CRS, transmission pattern in the one or more subframes to determine whether CRS mitigation is being used by the cell, wherein determination whether CRS mitigation is used by the cell comprises: estimating CRS Reference Signal Received Power, RSRP, on a center set of physical resource blocks, PRBs, RSRP IN, and estimating CRS RSRP on an outer set of PRBs, RSRP OUT for the one or more subframes; and determining that CRS mitigation is used by the cell when RSRP IN is greater than RSRP OUT plus a margin, wherein CRS mitigation comprises muting CRS signal transmissions, wherein the one or more baseband processors are to adjust processing of the one or more subframes when CRS mitigation is used; and a memory to store the one or more subframes.
An insulated container comprising: an external housing having a base and sidewall structure extending upwardly from the base to a first height (h 1), an upper end of the sidewall structure defining an opening of the external housing; an insert having an insert base and insert sidewall structure extending upwardly from the insert base, the insert being configured to be snugly received within the external housing, and the insert sidewall structure having a second height (h 2) that is less than the first height (h 1) so as to define a shoulder portion; and a thermally insulating lid having an upper surface and a lower surface, the lid being configured to be received through the opening of the external housing and positioned with edge parts of the lower surface of the lid resting on the shoulder portion defined by the insert sidewall structure; characterised in that the sidewall structure of the external housing is provided with at least one slit positioned above the upper surface of the lid to allow a section of the sidewall structure of the external housing above the slit to be moveable to an inverted position so as to engage the upper surface of the lid and to hold the lid in position. an external housing having a base and sidewall structure extending upwardly from the base to a first height (h 1), an upper end of the sidewall structure defining an opening of the external housing; an insert having an insert base and insert sidewall structure extending upwardly from the insert base, the insert being configured to be snugly received within the external housing, and the insert sidewall structure having a second height (h 2) that is less than the first height (h 1) so as to define a shoulder portion; and a thermally insulating lid having an upper surface and a lower surface, the lid being configured to be received through the opening of the external housing and positioned with edge parts of the lower surface of the lid resting on the shoulder portion defined by the insert sidewall structure; characterised in that the sidewall structure of the external housing is provided with at least one slit positioned above the upper surface of the lid to allow a section of the sidewall structure of the external housing above the slit to be moveable to an inverted position so as to engage the upper surface of the lid and to hold the lid in position.
Friction clutch for torque transmission from a rotor drivable about an axis to a driven element comprising a friction disc clutch with an electromagnet arrangement, having a coil body and a ferromagnetically conducting coil carrier supporting the coil body and surrounding it at least partially, and permanent magnet means are present adjacent to the coil carrier, by means of which an axially movable friction section of the friction disc clutch can be connected magnetically to the rotor, characterised in that the permanent magnet means are arranged on the rotor, such that the permanent magnet means are covered substantially on one side, located transversely to its magnetisation direction, by no magnetically conducting section of the rotor, wherein anchoring means are present for fixing the permanent magnet means to the rotor, said means comprising a formed recessed section provided on the rotor, by means of which the permanent magnet means are accommodated in the correct position on the rotor and wherein the permanent magnet means are arranged in a volume of a tubular section.
A process for producing a highly purified glucosyl stevia composition, comprising the steps of: adding starch into water to form a starch suspension; adding a mixture of α-amylase and CGTase into the starch suspension and incubating for 0.5 to 2 hours at 75-80°C, resulting in a liquefied starch suspension; inactivating the α-amylase by low pH heat treatment; cooling the liquefied starch suspension and adjusting the pH to 5.5 to 7.0; adding steviol glycosides into the liquefied starch suspension, resulting in a reaction mixture; adding a second batch of CGTase into the reaction mixture and incubating for 12 to 48 hours at 55-75°C; adding β-amylase to reaction mixture and incubating for 12-24 hours at 35-55°C; inactivating the enzymes in the reaction mixture by heat treatment; decolourising the reaction mixture; removing non-diterpene compounds by contacting the decolourised reaction mixture with macroporous adsorbent resin and subsequently eluting adsorbed diterpene glycosides with aqueous ethanol to result in a glycoside-containing aqueous ethanol eluate; desalting the glycoside-containing aqueous ethanol eluate with ion-exchange resins; removing ethanol from the aqueous ethanol eluate, resulting in an aqueous eluate; and concentrating and drying the aqueous eluate to obtain the highly purified glucosyl stevia composition, wherein the highly purified glucosyl stevia composition comprises short-chain steviol glycoside derivatives having four or less a-1,4-glucosyl residues, and unmodified steviol glycosides. adding starch into water to form a starch suspension; adding a mixture of α-amylase and CGTase into the starch suspension and incubating for 0.5 to 2 hours at 75-80°C, resulting in a liquefied starch suspension; inactivating the α-amylase by low pH heat treatment; cooling the liquefied starch suspension and adjusting the pH to 5.5 to 7.0; adding steviol glycosides into the liquefied starch suspension, resulting in a reaction mixture; adding a second batch of CGTase into the reaction mixture and incubating for 12 to 48 hours at 55-75°C; adding β-amylase to reaction mixture and incubating for 12-24 hours at 35-55°C; inactivating the enzymes in the reaction mixture by heat treatment; decolourising the reaction mixture; removing non-diterpene compounds by contacting the decolourised reaction mixture with macroporous adsorbent resin and subsequently eluting adsorbed diterpene glycosides with aqueous ethanol to result in a glycoside-containing aqueous ethanol eluate; desalting the glycoside-containing aqueous ethanol eluate with ion-exchange resins; removing ethanol from the aqueous ethanol eluate, resulting in an aqueous eluate; and concentrating and drying the aqueous eluate to obtain the highly purified glucosyl stevia composition, wherein the highly purified glucosyl stevia composition comprises short-chain steviol glycoside derivatives having four or less a-1,4-glucosyl residues, and unmodified steviol glycosides.