mhurhangee/ep-ind-claims huggingface dataset:
A variable trim deflector system for a marine vessel, comprising: a variable trim deflector (1201, 1202) comprising: a first surface (1212, 1220) having a first area wherein the first area forms at least a portion of an effective trim deflector area; a second surface (1214, 1219) having a second area wherein the second area forms an additional portion of the effective trim deflector area; a pivot joint configured to fix the variable trim deflector (1201,1202) to the marine vessel; wherein the first and second surfaces (1212,1220; 1214,1219) are arranged to pivot about said pivot joint and the second surface (1214,1219) is arranged to move relative to the first surface (1212,1220) so that a magnitude of vertical and transverse force components provided by the variable trim deflector (1201,12020) can be varied; and a first actuator (1210, 1217) having a first actuator first end configured to be coupled to the marine vessel and a first actuator distal end configured to be coupled to said first surface of the variable trim deflector (1201, 1202) or a third surface of the variable trim deflector; characterised by a second actuator (1211, 1218) having a second actuator first end configured to be coupled to the marine vessel and a second actuator distal end configured to be coupled to said second surface of the variable trim deflector (1201,1202). a variable trim deflector (1201, 1202) comprising: a first surface (1212, 1220) having a first area wherein the first area forms at least a portion of an effective trim deflector area; a second surface (1214, 1219) having a second area wherein the second area forms an additional portion of the effective trim deflector area; a pivot joint configured to a first surface (1212, 1220) having a first area wherein the first area forms at least a portion of an effective trim deflector area; a second surface (1214, 1219) having a second area wherein the second area forms an additional portion of the effective trim deflector area; a pivot joint configured to fix the variable trim deflector (1201,1202) to the marine vessel; wherein the first and second surfaces (1212,1220; 1214,1219) are arranged to pivot about said pivot joint and the second surface (1214,1219) is arranged to move relative to the first surface (1212,1220) so that a magnitude of vertical and transverse force components provided by the variable trim deflector (1201,12020) can be varied; and a first actuator (1210, 1217) having a first actuator first end configured to be coupled to the marine vessel and a first actuator distal end configured to be coupled to said first surface of the variable trim deflector (1201, 1202) or a third surface of the variable trim deflector; characterised by a second actuator (1211, 1218) having a second actuator first end configured to be coupled to the marine vessel and a second actuator distal end configured to be coupled to said second surface of the variable trim deflector (1201,1202).
A rotary milking parlor arrangement comprising a system for operating the arrangement, said arrangement comprising a rotating platform with a plurality of stalls each of which is configured to house a respective animal during milking, the arrangement comprising at least one drive unit (241, 242, 243, 244, 245) configured to cause the rotating platform to move in at least a first direction (RF, RB) of rotation around a rotation axis, characterized in that the system comprises a control unit configured to: obtain a respective first state of a first operation parameter (p11, p21, p31, p41, p51) of each of the at least one drive unit (241, 242, 243, 244, 245) during operation of the rotating platform in a first mode of operation; obtain a respective second state of the first operation parameter (p11, p21, p31, p41, p51) of each of the at least one drive unit (241, 242, 243, 244, 245) during operation of the rotating platform in a second mode of operation; compare, for each of the at least one drive unit (241, 242, 243, 244, 245), the first and second states of the first operation parameter (p11, p21, p31, p41, p51) with one another, wherein the first operation parameter (p11, p21, p31, p41, p51) represents a respective magnitude of an electric current fed to each of the at least one drive unit (241, 242, 243, 244, 245) or the torque of each of the at least one drive unit (241, 242, 243, 244, 245) in the first and second states respectively, and if, for one or more detected drive units of the at least one drive unit (241, 242, 243, 244, 245) a difference between said first and second states does not exceed a threshold level, generate a first alarm with respect to the one or more detected drive units (241, 242). obtain a respective first state of a first operation parameter (p11, p21, p31, p41, p51) of each of the at least one drive unit (241, 242, 243, 244, 245) during operation of the rotating platform in a first mode of operation; obtain a respective second state of the first operation parameter (p11, p21, p31, p41, p51) of each of the at least one drive unit (241, 242, 243, 244, 245) during operation of the rotating platform in a second mode of operation; compare, for each of the at least one drive unit (241, 242, 243, 244, 245), the first and second states of the first operation parameter (p11, p21, p31, p41, p51) with one another, wherein the first operation parameter (p11, p21, p31, p41, p51) represents a respective magnitude of an electric current fed to each of the at least one drive unit (241, 242, 243, 244, 245) or the torque of each of the at least one drive unit (241, 242, 243, 244, 245) in the first and second states respectively, and if, for one or more detected drive units of the at least one drive unit (241, 242, 243, 244, 245) a difference between said first and second states does not exceed a threshold level, generate a first alarm with respect to the one or more detected drive units (241, 242).
A high chair comprising a seat; support means for said seat; a pair of armrests connected to said seat and placed at each side of said seat; a backrest connected to said seat and having a pair of edges, each defining a respective side of said backrest; a pair of side panels connected to said backrest and placed at each side of said backrest to prevent a baby on said seat from falling; characterized in that: - said side panels are hinged each to a respective edge to open out and/or retract by pivoting at the respective edge of said backrest and fit the size of said baby, - said side panels are configured to open out and/or retract in a symmetric manner, - the high chair comprising adjustment means for adjusting said side panels, which are configured to open out and/or retract said side panels, and - said backrest has a front surface configured to support the back of said baby; a rear surface opposite to said front surface; said adjustment means being connected to said rear surface. - said side panels are hinged each to a respective edge to open out and/or retract by pivoting at the respective edge of said backrest and fit the size of said baby, - said side panels are configured to open out and/or retract in a symmetric manner, - the high chair comprising adjustment means for adjusting said side panels, which are configured to open out and/or retract said side panels, and - said backrest has a front surface configured to support the back of said baby; a rear surface opposite to said front surface; said adjustment means being connected to said rear surface.
A dental connection assembly (1; 10) for connecting an artificial denture to a jaw, comprising a retention insert, an abutment structure, a fixation screw and an intermediate insert (4; 40), wherein the abutment structure has a male member, the retention insert has a retention end portion and a retention skirt portion together forming a retention cavity, the retention insert and the abutment structure are configured to be snap-fit connected by the retention cavity of the retention insert receiving the male member of the abutment structure, the abutment structure has a screw socket which opens at the male member and which corresponds to the fixation screw such that the fixation screw is axially movable into the screw socket by screwing the fixation screw into the screw socket, the intermediate insert (4; 40) has an intermediate skirt portion (42; 420) and a flange portion (43; 430), the intermediate skirt portion (42; 420) of the intermediate insert (4; 40) forms a female recess (45; 450) dimensioned to receive the male member of the abutment structure, the intermediate skirt portion (42; 420) of the intermediate insert (4; 40) has a first axial end and a second axial end, the flange portion (43; 430) outwardly extends from the second axial end of the intermediate skirt portion (42; 420), characterised in that the abutment structure has a shoulder portion and the flange portion (43; 430) of the intermediate insert (4; 40) abuts the shoulder portion of the abutment structure, when the female recess (45; 450) receives the male member of the abutment structure. a retention insert, an abutment structure, a fixation screw and an intermediate insert (4; 40), wherein the abutment structure has a male member, the retention insert has a retention end portion and a retention skirt portion together forming a retention cavity, the retention insert and the abutment structure are configured to be snap-fit connected by the retention cavity of the retention insert receiving the male member of the abutment structure, the abutment structure has a screw socket which opens at the male member and which corresponds to the fixation screw such that the fixation screw is axially movable into the screw socket by screwing the fixation screw into the screw socket, the intermediate insert (4; 40) has an intermediate skirt portion (42; 420) and a flange portion (43; 430), the intermediate skirt portion (42; 420) of the intermediate insert (4; 40) forms a female recess (45; 450) dimensioned to receive the male member of the abutment structure, the intermediate skirt portion (42; 420) of the intermediate insert (4; 40) has a first axial end and a second axial end, the flange portion (43; 430) outwardly extends from the second axial end of the intermediate skirt portion (42; 420), characterised in that the abutment structure has a shoulder portion and the flange portion (43; 430) of the intermediate insert (4; 40) abuts the shoulder portion of the abutment structure, when the female recess (45; 450) receives the male member of the abutment structure.
A filtering device for separating off particles, in particular particles of a coating material, from a stream of untreated gas that contains particles, wherein the filtering device is a regenerable filtering device that includes an enclosure and at least one filter element that, in a filter operation, is provided with a blocking layer and/or a protective layer including auxiliary filter material, wherein the enclosure delimits an interior space of the filtering device, wherein the at least one filter element is arranged in the interior space of the filtering device, and wherein the stream of untreated gas is configured to be fed to the interior space of the filtering device in an intake direction, through an inlet portion of the filtering device, characterised in that the filtering device includes a screening device that includes at least one screening element, wherein, by means of the at least one screening element, the inlet portion of the filtering device is configured to be covered in certain regions, such that at least one inlet opening and at least one covered screening portion are formed, wherein the screening element forms a web that extends from an upper side of the inlet portion, relative to the direction of gravity (g), to a lower side of the inlet portion, relative to the direction of gravity (g), wherein the at least one screening element is configured such that when the stream of untreated gas flows into the interior space of the filtering device the stream of untreated gas flows around the at least one screening element on two sides, wherein, by means of the at least one screening element, a backflow region and/or a cross-flow region of the stream of untreated gas is configured to be generated on a side of the at least one screening element facing the interior space, and in this backflow region and/or cross-flow region a transport of untreated gas and auxiliary material out of a receiving vessel of the filtering device upwards, in opposition to the direction of gravity (g), to the at least one filter element is not hindered by the stream of untreated gas flowing into the interior space.
A method comprising: a. creating a pressure reduction in a flowline in a formation tester, the flowline in fluid communication with a fluid having a pressure; b. measuring temperature change within the flowline as the fluid is drawn into the flowline; c. normalizing temperature change as measured in the flowline to temperature exterior to the formation tester (δ(Δ T)); d. measuring pressure change in the flowline (δ P) as the fluid is drawn into the flowline; and e. determining whether a curve resulting from the equation δ P /δ( ΔT) over a period of time indicates that the pressure reduction reached a flowline pressure that is at or below the pressure of the fluid. a. creating a pressure reduction in a flowline in a formation tester, the flowline in fluid communication with a fluid having a pressure; b. measuring temperature change within the flowline as the fluid is drawn into the flowline; c. normalizing temperature change as measured in the flowline to temperature exterior to the formation tester (δ(Δ T)); d. measuring pressure change in the flowline (δ P) as the fluid is drawn into the flowline; and e. determining whether a curve resulting from the equation δ P /δ( ΔT) over a period of time indicates that the pressure reduction reached a flowline pressure that is at or below the pressure of the fluid.
A brazing sheet for flux-free brazing, comprising: an outermost surface brazing filler metal layer, consisting of an Al-Si-based alloy comprising 2 to 13% Si in mass%, optionally containing 0.1 to 1.0% Fe and/or 0.01 to 0.5% Bi in mass%, and with Al and inevitable impurities as the residual, and an intermediate brazing filler metal layer consisting of an Al-Si-Mg-based alloy containing 4 to 13% Si and 0.1 to 5.0% Mg in mass%, optionally containing 0.01 to 0.5% Bi in mass%, and with Al and inevitable impurities as the residual the outermost surface brazing filler metal layer and the intermediate brazing filler metal layer are cladded on one side or both sides of a core material, and furthermore, in the outermost surface brazing filler metal layer, the number of Si particles having a circle equivalent diameter of 1.75 μm or more is 10% or more of the number of those having a circle equivalent diameter of 0.8 μm or more, as observed in the direction of the surface layer, wherein the surface of the cladded metal layers is mirror-polished by 0.1 μm abrasive grains, and fully automatic particle analysis is performed using an EPMA (electron probe microanalyzer) in an observation field of 10000 μm 2 (100 μm angle) in the surface direction, and the intermediate brazing filler metal layer contains less than 3000 per 10000 μm 2 of Si particles having a circle equivalent diameter of 0.25 μm or more, as observed in a cross section of the brazing filler metal layer, wherein the cladded metal layers is cut, the cut surface is mirror-polished by 0.1 μm abrasive grains, and then fully automatic particle analysis is performed using an EPMA (electron probe microanalyzer) in an observation field of 10000 μm 2 (10 × 1000 μm) in the intermediate brazing filler metal layer.
A method of initializing a display device, comprising: scanning an input signal to determine the presence of a cable television signal; characterized by proceeding to normal operation of the display device if the cable television signal is present in the input signal; scanning the input signal for an over-the-air television signal if the cable television signal is not present in the input signal; and providing a message indicating potential inappropriate reception of over-the-air signals if the over-the-air television signal is present in the input signal; wherein determination of whether the input signal is the cable television signal or the over-the-air television signal is based on the frequency band in which it is found. scanning an input signal to determine the presence of a cable television signal; characterized by proceeding to normal operation of the display device if the cable television signal is present in the input signal; scanning the input signal for an over-the-air television signal if the cable television signal is not present in the input signal; and providing a message indicating potential inappropriate reception of over-the-air signals if the over-the-air television signal is present in the input signal; wherein determination of whether the input signal is the cable television signal or the over-the-air television signal is based on the frequency band in which it is found.
Method for collecting information regarding the location from where a service is requested by a user from a service provider via a mobile phone network being divided into local cells having cell IDs (2 XX1 - 2 XXN), wherein - once said request is transmitted through the mobile phone network, the cell ID (2 XXX) of the cell in which the user is located is stored and made available to the service provider; - historical data of the cell IDs (2 XX1 - 2 XXN) in which the user was logged in prior to making the request is collected, stored and transmitted to the service provider when the service is requested; - cell IDs (2 XX1 - 2 XXN) are linked with predefined attributes, indicating predefined geographical category information, which are made available to the service provider; and - context information is collected, providing information about the time of day when the service is used. - once said request is transmitted through the mobile phone network, the cell ID (2 XXX) of the cell in which the user is located is stored and made available to the service provider; - historical data of the cell IDs (2 XX1 - 2 XXN) in which the user was logged in prior to making the request is collected, stored and transmitted to the service provider when the service is requested; - cell IDs (2 XX1 - 2 XXN) are linked with predefined attributes, indicating predefined geographical category information, which are made available to the service provider; and - context information is collected, providing information about the time of day when the service is used.
A method for allowing a user of a wireless telecommunication device to enable or disable at least one sound input and/or output channel of said wireless telecommunication device comprising: Providing into the wireless telecommunication device a Policy Program Activating the Policy Program by the user; wherein said Policy Program consists of a program operable to perform the following steps upon activation: Indicating to the user, for each sound input and/or output channel available for the wireless telecommunication device, whether said sound input and/or output channel is enabled or disabled for use; Changing, upon request by the user, the enabled or disabled status of one or more of said sound input and/or output channels and, optionally, confirming said changes; Exiting the Policy Program. Providing into the wireless telecommunication device a Policy Program Activating the Policy Program by the user; Indicating to the user, for each sound input and/or output channel available for the wireless telecommunication device, whether said sound input and/or output channel is enabled or disabled for use; Changing, upon request by the user, the enabled or disabled status of one or more of said sound input and/or output channels and, optionally, confirming said changes; Exiting the Policy Program.
A process for the production of an - or -4-halo-3-hydroxybutyrate, comprising reacting a 4-haloacetoacetate with hydrogen in the presence of a solvent, the solvent being a solvent mixture, which comprises a first solvent and a second solvent, wherein the first solvent is an aliphatic alcohol and the second solvent is an ether, preferably tetrahydrofuran, or a ketone, preferably acetone, and a catalyst of the formula [RuXYZ]X, wherein X is halogen, preferably Cl or Br, or OAc, acetoacetate, allyl or ClO 4, Y is a bidentate organic ligand having two phosphine groups, and Z is an arene, preferably cymene, benzene, xylene or toluene, or a polyene, preferably a diene, or an alkene, wherein the molar ratio 4-haloacetoacetate/catalyst is at least 35,000. X is halogen, preferably Cl or Br, or OAc, acetoacetate, allyl or ClO 4, Y is a bidentate organic ligand having two phosphine groups, and Z is an arene, preferably cymene, benzene, xylene or toluene, or a polyene, preferably a diene, or an alkene,
A method of diagnosing the presence and/or severity of a liver pathology and/or of monitoring the effectiveness of a curative treatment against a liver pathology in an individual, leading to a score, comprising: a) performing, from a blood sample of an individual, at least one FibroMeter, b) performing at least one Fibroscan in order to collect at least one data of liver stiffness evaluation, and c) combining said at least one FibroMeter and said at least one LSE data in a mathematical binary logistic regression function of formula p = 1/(1+exp(- a 0 - a 1 x 1 - a 2 x 2)), wherein a 0 is a constant, x 1 and x 2 are independent variables corresponding to the FibroMeter value obtained at step a) and the Fibroscan value obtained at step b), and a 1 and a 2 are coefficients associated with said FibroMeter value and said Fibroscan value, thus resulting in a new score for the diagnosis of the presence and/or severity of a liver pathology and/or of monitoring the effectiveness of a curative treatment against a liver pathology in an individual, wherein said liver pathology is a significant porto-septal fibrosis, severe porto-septal fibrosis, centrolobular fibrosis, cirrhosis, perisinusoidal fibrosis, the fibrosis being of non-alcoholic origin. a) performing, from a blood sample of an individual, at least one FibroMeter, b) performing at least one Fibroscan in order to collect at least one data of liver stiffness evaluation, and c) combining said at least one FibroMeter and said at least one LSE data in a mathematical binary logistic regression function of formula p = 1/(1+exp(- a 0 - a 1 x 1 - a 2 x 2)), wherein a 0 is a constant, x 1 and x 2 are independent variables corresponding to the FibroMeter value obtained at step a) and the Fibroscan value obtained at step b), and a 1 and a 2 are coefficients associated with said FibroMeter value and said Fibroscan value, thus resulting in a new score for the diagnosis of the presence and/or severity of a liver pathology and/or of monitoring the effectiveness of a curative treatment against a liver pathology in an individual,