mhurhangee/patent-ind-claim-en huggingface dataset:
Oil separator that is provided with a housing with an inlet for an oil-gas mixture and which defines a space that is closed off at the top by means of a top housing lid , whereby a screen in the form of a tube is provided in the aforementioned space , wherein in the space enclosed by the wall of said tube a cylindrical filter element is provided, wherein said tube is extending axially from the top housing lid to an open end at a distance of the bottom of the housing so that the oil-gas mixture will flow in a downward direction along said tube between said tube and said housing and will then flow around said open end of the tube and continue to flow in an upward direction to said cylindrical filter element, wherein said cylindrical filter element has an upper end and a lower end and an interior , wherein a pipe or collector connects said interior of the filter element to an outlet of the housing for purified gas, wherein this filter element has a mantle provided with a filter material extending between said upper end and lower end and wherein the filter element is closed off by a lid at its upper end and by a bottom at its lower end, wherein said bottom is collecting oil that has been filtered out, whereby a drainage line is provided for the removal of the oil that has been filtered out, characterised in, that the pipe or collector extends in said interior from the lid of the filter element through the bottom and below the tube to the outlet for purified gas, wherein said pipe or collector is connected to said lid of the filter element by means of an electrically conductive connecting element , whereby the sidewall of the pipe or collector is provided with at least one opening for the removal of purified gas, whereby the pipe or collector is electrically connected to the housing which is connected to earth .
A blade (60; 60-2)comprising: an airfoil ; and an attachment root , wherein: the blade has a tipward zone (80; 80-2; 80-2, 81) and a rootward zone (82; 82-2, 81; 82); the rootward zone has a single crystal structure; and the tipward zone has a single crystal structure, characterized in that : the rootward zone and the tipward zone are each formed from a face centered cubic alloy and at least one of the crystalline orientations of the rootward zone is at least 15°, preferably at least 30°, out of registry with at least one of the crystalline orientations of the tipward zone; the tipward zone has a <111> direction within 15° of spanwise; and the rootward zone has a <001> direction within 15° of spanwise. an airfoil ; and an attachment root , the blade has a tipward zone (80; 80-2; 80-2, 81) and a rootward zone (82; 82-2, 81; 82); the rootward zone has a single crystal structure; and the tipward zone has a single crystal structure, characterized in that : the rootward zone and the tipward zone are each formed from a face centered cubic alloy and at least one of the crystalline orientations of the rootward zone is at least 15°, preferably at least 30°, out of registry with at least one of the crystalline orientations of the tipward zone; the tipward zone has a <111> direction within 15° of spanwise; and the rootward zone has a <001> direction within 15° of spanwise. the rootward zone and the tipward zone are each formed from a face centered cubic alloy and at least one of the crystalline orientations of the rootward zone is at least 15°, preferably at least 30°, out of registry with at least one of the crystalline orientations of the tipward zone; the tipward zone has a <111> direction within 15° of spanwise; and the rootward zone has a <001> direction within 15° of spanwise.
A self-locking closing device having a main locking element , which automatically moves into a closed position when activated on the strike plate side, wherein the main locking element comprises a drive element for a multi-point locking drive , which actuates at least two auxiliary locking elements (11.1; 11.2) of at least one auxiliary locking mechanism spaced apart from the main locking element , wherein the drive element cooperates with a drive mechanism (17.1, 17.2) for at least one auxiliary locking element (11.1; 11.2), wherein the drive mechanism comprises a first drive part (17.1) and a second drive part (17.2), wherein the drive element cooperates with the first drive part (17.1) for a first auxiliary locking element (11.1) and with the second drive part (17.2) for a second auxiliary locking element (11.2) and a movement of the first drive part (17.1) and of the second drive part (17.2) is synchronized with a movement of the main locking element , wherein the first drive part (17.1) has a first locking bar (15.1) and the second drive part (17.2) has a second locking bar (15.2) and, with a movement of the main locking element in a locking direction (RR), the first locking bar (15.1) moves in a first direction (ER) different from the locking direction (RR) and the second locking bar (15.2) moves in a second direction (ZR) different from the locking direction (RR), and wherein the first locking bar (15.1) comprises a first guide mechanism (19.1) and the second locking bar (15.2) comprises a second guide mechanism (19.2), wherein the drive element engages in the first guide mechanism (19.1) and in the second guide mechanism (19.2), characterized in that the first guide mechanism (19.1) and the second guide mechanism (19.2) are each configured as a longitudinal slot having two parallel longitudinal edges (19.3, 19.4).
A composition comprising: a) a Vaccinium macrocarpon extract in amounts ranging from 20% to 50% by weight of the total weight of the composition and b) at least one phospholipid in amounts ranging from 50% to 80% by weight of the total weight of the composition. a) a Vaccinium macrocarpon extract in amounts ranging from 20% to 50% by weight of the total weight of the composition and b) at least one phospholipid in amounts ranging from 50% to 80% by weight of the total weight of the composition.
A de-icer or anti-icer composition for a travelled surface comprising: at least 25% w/w of at least one acetate salt selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium acetate and mixtures thereof, and from 14% to 50% w/w of at least one non-acetate salt consisting of one or more cations selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium and mixtures thereof and one or more anions selected from the group consisting of formate, propionate and mixtures thereof, the balance being water, wherein the composition comprises not more than 5% w/w in total of one or more auxiliary or incidental additives, wherein said at least one acetate salt and said at least non-acetate salt are present in a solution of said composition, and wherein the total concentration of said at least one acetate salt and said at least one non-acetate salt in the de-icer or anti-icer composition is from 57% w/w to 76% w/w. at least 25% w/w of at least one acetate salt selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium acetate and mixtures thereof, and from 14% to 50% w/w of at least one non-acetate salt consisting of one or more cations selected from the group consisting of potassium, sodium, lithium, magnesium, calcium, ammonium and mixtures thereof and one or more anions selected from the group consisting of formate, propionate and mixtures thereof, the balance being water, wherein the composition comprises not more than 5% w/w in total of one or more auxiliary or incidental additives, wherein said at least one acetate salt and said at least non-acetate salt are present in a solution of said composition, and wherein the total concentration of said at least one acetate salt and said at least one non-acetate salt in the de-icer or anti-icer composition is from 57% w/w to 76% w/w.
An automatic analyzer configured to dispense a sample and a reagent into each reaction container to initiate a reaction and then measures the reacted liquid, the automatic analyzer comprising: a dispensing probe for dispensing a reagent or a sample to be analyzed into the reaction container ; a cleaning container configured to hold a cleaning solution for cleaning the dispensing probe , the dispensing probe being inserted into the cleaning solution to be cleaned; a cleaning-solution supply unit that supplies the cleaning solution to the cleaning container through a passage leading to the cleaning container , to perform a cleaning process on the dispensing probe ; characterized by further comprising: a heating unit that is thermally connected to the passage to heat the cleaning solution to be supplied to the cleaning container ; and a controller that controls the heating unit and the cleaning-solution supply unit such that, after the cleaning solution is caused to overflow from the cleaning container , the cleaning solution retained in the cleaning container is drawn back into the passage to be heated by the heating unit , and, after the heating, the cleaning solution thus heated is ejected into the cleaning container . a dispensing probe for dispensing a reagent or a sample to be analyzed into the reaction container ; a cleaning container configured to hold a cleaning solution for cleaning the dispensing probe , the dispensing probe being inserted into the cleaning solution to be cleaned; a cleaning-solution supply unit that supplies the cleaning solution to the cleaning container through a passage leading to the cleaning container , to perform a cleaning process on the dispensing probe ; a heating unit that is thermally connected to the passage to heat the cleaning solution to be supplied to the cleaning container ; and a controller that controls the heating unit and the cleaning-solution supply unit such that, after the cleaning solution is caused to overflow from the cleaning container , the cleaning solution retained in the cleaning container is drawn back into the passage to be heated by the heating unit , and, after the heating, the cleaning solution thus heated is ejected into the cleaning container .
A non-invasive measuring device for measuring fluid retention in the urinary bladder of a user, comprising: a light source adapted to rest against the body of the user and to irradiate light (L1) into the user; a control unit adapted to output to the light source an excitation signal matched to the user and controlling the light emission of the light source ; a measuring unit which is designed to rest against the body of the user, to detect the light (L2) emitted by the light source and reflected by the urinary bladder , and to output a measurement signal corresponding to the detected light; and an evaluation unit adapted to determine an amount of fluid retention in the urinary bladder based on the measurement signal and to output a measurement result based on the determination, characterized in that the light source and measuring unit are arranged with respect to each other such that an emission vector (V1) of the light source and a reception vector (V2) of the measuring unit converge to a focal point (F) in the body of the user; and a focus angle (α) between the emitting vector (V1) and the receiving vector (V2) has a value in the range between 0° and 50°, wherein the focus angle (α) is adjustable. a light source adapted to rest against the body of the user and to irradiate light (L1) into the user; a control unit adapted to output to the light source an excitation signal matched to the user and controlling the light emission of the light source ; a measuring unit which is designed to rest against the body of the user, to detect the light (L2) emitted by the light source and reflected by the urinary bladder , and to output a measurement signal corresponding to the detected light; and an evaluation unit adapted to determine an amount of fluid retention in the urinary bladder based on the measurement signal and to output a measurement result based on the determination, characterized in that the light source and measuring unit are arranged with respect to each other such that an emission vector (V1) of the light source and a reception vector (V2) of the measuring unit converge to a focal point (F) in the body of the user; and a focus angle (α) between the emitting vector (V1) and the receiving vector (V2) has a value in the range between 0° and 50°, wherein the focus angle (α) is adjustable.
A method for forecasting the evolution of the magnitude (Y) of a data associated to a journey of an automotive vehicle via a mathematical model and for selecting the best running conditions for a vehicle, in an onboard computation system, where said magnitude is expressed by a function (f) of at least one input parameter (x, m, p), wherein this method includes at least the steps of: a) defining a first model (f t=0 ) of said function (f) used for computing said magnitude on the basis of said input parameter; b) running said vehicle on a reference trip, for a given time or a given distance, said input parameter (x, m, p) and said magnitude (Y) being measured (Y M , x M ) at least at one time during or at the end of the reference trip; c) computing a value (Y C ) of said magnitude by using the first model (f t=0 ) of said function (f) and the value of said parameter (x M ) measured at step b); d) comparing the values (Y M , Y C ) of said magnitude at said time, respectively measured at step b) and computed at step c); and e) depending on the result of the comparison of step d), adjusting said function (f t=1 ) in a way corresponding to the reduction of the difference between said measured value (Y M ) and said computed value (Y C ), characterized in that , based on the forecasting of the magnitude of the data associated to a given journey, a road to be followed is selected by onboard computation means, and in that said reference trip is a part of the journey to be followed by said vehicle. a) defining a first model (f t=0 ) of said function (f) used for computing said magnitude on the basis of said input parameter; b) running said vehicle on a reference trip, for a given time or a given distance, said input parameter (x, m, p) and said magnitude (Y) being measured (Y M , x M ) at least at one time during or at the end of the reference trip; c) computing a value (Y C ) of said magnitude by using the first model (f t=0 ) of said function (f) and the value of said parameter (x M ) measured at step b); d) comparing the values (Y M , Y C ) of said magnitude at said time, respectively measured at step b) and computed at step c); and e) depending on the result of the comparison of step d), adjusting said function (f t=1 ) in a way corresponding to the reduction of the difference between said measured value (Y M ) and said computed value (Y C ),
A pharmaceutical composition comprising: (i) N-acetyl-L-cysteine; (ii) selenium in the form of selenomethionine; and (iii) melatonin and/or physiologically acceptable salts thereof for oral administration to a mammal of component (i) at a dose of 5-45 mg/kg/day; component (ii) at a dose of 0.4-1.2 μg/kg/day; and component (iii) at a dose of 0.02-0.08 mg/kg/day. (i) N-acetyl-L-cysteine; (ii) selenium in the form of selenomethionine; and (iii) melatonin
A method for printing on a textile, comprising: generating a print by thermal inkjet printing a thermal inkjet ink on a cotton fabric, the thermal inkjet ink including: a vehicle including a co-solvent, an anti-kogation agent, an anti-decel agent, a surfactant, a biocide, a pH adjuster, or combinations thereof; a pigment; and a balance of water; characterized in that the thermal inkjet ink is including a single dispersant and binder resin, the single dispersant and binder resin being a styrene acrylic resin having an acid number greater than 100 mg KOH/g and a weight average molecular weight less than 50,000; whereby another dispersant or binder resin is not present, and the print is generated without a post-printing curing process. generating a print by thermal inkjet printing a thermal inkjet ink on a cotton fabric, the thermal inkjet ink including: a vehicle including a co-solvent, an anti-kogation agent, an anti-decel agent, a surfactant, a biocide, a pH adjuster, or combinations thereof; a pigment; and a balance of water; a vehicle including a co-solvent, an anti-kogation agent, an anti-decel agent, a surfactant, a biocide, a pH adjuster, or combinations thereof; a pigment; and a balance of water; characterized in that the thermal inkjet ink is including a single dispersant and binder resin, the single dispersant and binder resin being a styrene acrylic resin having an acid number greater than 100 mg KOH/g and a weight average molecular weight less than 50,000; whereby another dispersant or binder resin is not present, and the print is generated without a post-printing curing process.
An exercise support method performed by a wearable device , comprising: receiving exercise setting information via an input, the exercise setting information indicating selected lower body muscles of a user to exercise; determining a torque profile to apply to the wearable device based on the exercise setting information; and operating an actuator of the wearable device based on the torque profile; characterized in that the determining of the torque profile comprises: setting the torque profile such that a resistance torque to hinder a movement of the user is output in one or more gait segments corresponding to the selected lower body muscles. receiving exercise setting information via an input, the exercise setting information indicating selected lower body muscles of a user to exercise; determining a torque profile to apply to the wearable device based on the exercise setting information; and operating an actuator of the wearable device based on the torque profile; characterized in that the determining of the torque profile comprises: setting the torque profile such that a resistance torque to hinder a movement of the user is output in one or more gait segments corresponding to the selected lower body muscles.
Insect repulsion and/or barrier arrangement comprising at least one opening which is largely permeable to ambient air and is located inside a wall or a surface , the opening being equipped with devices for preventing insects from passing through the opening and/or with devices for repelling insects approaching the opening and/or the devices , which devices comprise at least two electrodes , which electrodes are arranged in a definable distance from one another within the opening and/or on the edge of the opening and/or outside of the opening and in proximity to the opening , wherein a permanent electrical field or a cyclically increasing and decreasing electrical field is present between the at least two electrodes or wherein an electrical field is present in time intervals with interruptions between the at least two electrodes , wherein the electrical field repels insects approaching the electrical field and/or prevents insects from passing through the opening , the insect repulsion and/or barrier arrangement being characterized in that the arrangement is configured to apply different electrical potentials to the electrodes .
A system for additive manufacturing processes , comprising: - a robot , preferably an anthropomorphic industrial type of robot; - an extruder configured to be mounted on said robot ; - a plurality of sensors configured to detect a plurality of parameters concerning the operating conditions of an additive manufacturing process, said plurality of sensors comprising at least a temperature sensor and a position sensor . - a plurality of state regulation means of a material extruded from said extruder; - characterized by a control unit configured to control a path of the extruder and to determine the path of the extruder as a function of at least two parameters of the plurality of parameters detected by said plurality of sensors . - a robot , preferably an anthropomorphic industrial type of robot; - an extruder configured to be mounted on said robot ; - a plurality of sensors configured to detect a plurality of parameters concerning the operating conditions of an additive manufacturing process, said plurality of sensors comprising at least a temperature sensor and a position sensor . - a plurality of state regulation means of a material extruded from said extruder; - characterized by a control unit configured to control a path of the extruder and to determine the path of the extruder as a function of at least two parameters of the plurality of parameters detected by said plurality of sensors .
A display device comprising: a display panel including a display region (AA) including a rounded corner, the display region (AA) having a plurality of pixels (PX) arranged therein, and a non-display region (NA) surrounding the display region (AA); and a capacitive touch sensor comprising: a plurality of touch electrodes overlapping with the display region (AA), the plurality of touch electrodes including a plurality of first touch electrodes (TE1) that are disposed in a first direction and are electrically connected to each other and a plurality of second touch electrodes (TE2) that are disposed in a second direction perpendicular to the first direction and are electrically connected to each other; and a first screen electrode (SE1) disposed along the rounded corner to overlap with pixels (PX) disposed adjacent to the rounded corner among the plurality of pixels (PX) so as to screen the overlapped portions of the pixels from view, wherein the first screen electrode (SE1) is electrically connected to some of the plurality of touch electrodes. a display panel including a display region (AA) including a rounded corner, the display region (AA) having a plurality of pixels (PX) arranged therein, and a non-display region (NA) surrounding the display region (AA); and a capacitive touch sensor comprising: a plurality of touch electrodes overlapping with the display region (AA), the plurality of touch electrodes including a plurality of first touch electrodes (TE1) that are disposed in a first direction and are electrically connected to each other and a plurality of second touch electrodes (TE2) that are disposed in a second direction perpendicular to the first direction and are electrically connected to each other; and a first screen electrode (SE1) disposed along the rounded corner to overlap with pixels (PX) disposed adjacent to the rounded corner among the plurality of pixels (PX) so as to screen the overlapped portions of the pixels from view, wherein the first screen electrode (SE1) is electrically connected to some of the plurality of touch electrodes. a plurality of touch electrodes overlapping with the display region (AA), the plurality of touch electrodes including a plurality of first touch electrodes (TE1) that are disposed in a first direction and are electrically connected to each other and a plurality of second touch electrodes (TE2) that are disposed in a second direction perpendicular to the first direction and are electrically connected to each other; and a first screen electrode (SE1) disposed along the rounded corner to overlap with pixels (PX) disposed adjacent to the rounded corner among the plurality of pixels (PX) so as to screen the overlapped portions of the pixels from view, wherein the first screen electrode (SE1) is electrically connected to some of the plurality of touch electrodes.