mhurhangee/ep-ind-claims huggingface dataset:
Drive apparatus comprising - a swivel caster carrier with an upright steering axis; and - a substantially horizontal wheel axis which is arranged on the swivel caster carrier; and - a first drive wheel and a second drive wheel which are arranged adjacently with respect to one another and such that they can be rotated about a wheel axis; and - at least two wheel drives, characterized in that - the swivel caster carrier can be rotated freely about the steering axis, and the wheel axis is arranged offset in a skewed manner with respect to the upright steering axis by way of a caster offset (dA); and - the drive apparatus has a movement regulation means which is configured to move the drive apparatus in any desired direction in the horizontal plane, by the wheel movements of the first and the second drive wheel (5a, 5b) being controlled separately. - a swivel caster carrier with an upright steering axis; and - a substantially horizontal wheel axis which is arranged on the swivel caster carrier; and - a first drive wheel and a second drive wheel which are arranged adjacently with respect to one another and such that they can be rotated about a wheel axis; and - at least two wheel drives, - the swivel caster carrier can be rotated freely about the steering axis, and the wheel axis is arranged offset in a skewed manner with respect to the upright steering axis by way of a caster offset (dA); and - the drive apparatus has a movement regulation means which is configured to move the drive apparatus in any desired direction in the horizontal plane, by the wheel movements of the first and the second drive wheel (5a, 5b) being controlled separately.
A chromatography column cylinder for a chromatography column assembly, said cylinder being formed from a polymer composite comprising an outer layer and an inner layer together defining a cylinder volume, the inner layer having an inner surface exposed to the volume, wherein the inner layer is supported by the outer layer in use, wherein the outer layer is formed from a polymer and is mechanically stronger than the inner layer of the cylinder, the column cylinder being characterised in that the outer layer comprises or consists of: a Poly methyl methacrylate (PMMA) or Poly methyl methacrylate (PMMA) modified with additional comonomers such as butyl acrylate and/or methacylic acid and/or plasticisers; polycarbonate; or high density polystyrene.
A stage of a steam turbine comprising a rotor extending along a longitudinal axis; the stage (5; 6) being the final stage of a steam turbine; the stage (5; 6) comprising a fixed stage and a movable stage arranged successively along a flow channel for feeding steam in a direction substantially parallel to the longitudinal axis; the movable stage comprising a number of rotor blades arranged radially about the rotor and fixed to one end of the rotor; the fixed stage comprising an inner ring coaxial with the longitudinal axis, and a number of stator blades arranged radially about the inner ring; each stator blade being fixed to an annular top portion of the inner ring, which has a top surface facing the flow channel; the top surface of the annular top portion being crosswise to the longitudinal axis; the inner ring comprising an annular portion adjacent to the annular top portion upstream from the annular top portion in the flow direction; the annular portion having a surface facing the flow channel; each stator blade comprising a second end connected to an outer ring of the fixed stage coaxial with the longitudinal axis; each stator blade comprising a leading edge; a trailing edge opposite the leading edge and downstream from the leading edge in the flow direction; a suction side; and a pressure side; the suction side and pressure side extending between the leading edge and the trailing edge; a first projection of the trailing edge of each stator blade, in a plane through the longitudinal axis and said stator blade, is curved and concave in a direction opposite the flow direction the stage being characterized in that the radius (R A) of the top surface decreasing gradually in the flow direction; the surface of the annular portion comprising an end area whose radius (R E) increases gradually in the flow direction.
A bow tie device (1, 1 '), especially designed to be worn for decorative purposes by a person, man, woman or child, comprising at least one bow tie (3, 3'), at least one connecting means (5, 5 ') as a strip arranged integral with the bow tie, intended to be received by a part of the person's body such as the neck, arm, shoulder or the hair, at least one containment means (7, 7 ') for the connecting means (5, 5') and at least a fixing means (11, 11') able to allow to attach the bow tie device to a part of body or clothing or person wearing accessory such as a hat, clothing or underwear, arm, hair, characterized in that the containment means is a plate or a bar fast rising the bow tie occulted by the latter in operation and on which may be confined, for example folded or rolled up, the connecting means or a ring clean to permit winding of the connecting means (5 ') on itself.
A method for wireless communications at a user equipment, UE, comprising: transmitting, to a base station, an indication of a capability of the UE to perform a first beam refinement procedure in response to a data transmission and using a plurality of receive beams; selecting a first receive beam from the plurality of receive beams based at least in part on performing a first instance of a second beam refinement procedure using the plurality of receive beams; receiving the data transmission from the base station using the plurality of receive beams comprising the first receive beam before a second instance of the second beam refinement procedure; and performing the first beam refinement procedure based at least in part on receiving the data transmission. transmitting, to a base station, an indication of a capability of the UE to perform a first beam refinement procedure in response to a data transmission and using a plurality of receive beams; selecting a first receive beam from the plurality of receive beams based at least in part on performing a first instance of a second beam refinement procedure using the plurality of receive beams; receiving the data transmission from the base station using the plurality of receive beams comprising the first receive beam before a second instance of the second beam refinement procedure; and performing the first beam refinement procedure based at least in part on receiving the data transmission.
A composition for use in a method of treating LSD 1-expressing cancer in an individual, the use comprising administering to the individual, the composition comprising hydroxytyrosol that is isolated, purified and/or synthesized and has the following formula: and administering a chemotherapeutic agent selected from the group consisting of doxorubicin, vinblastine and mitomycin C; wherein said hydroxytyrosol has an inhibitory efficacy against the LSD1 protein.
A casting comprising: a cast body consisting of an alloy composition consisting of: 6.0 wt % and 8.0 wt % Si; 0.12 wt % and 0.19 wt % Mg; less than or equal to 0.35 wt % Cu; less than or equal to 0.6 wt % Mn; less than or equal to 4.0 wt % Zn; less than or equal to 0.15 wt % Fe; and, a balance of aluminum and impurities; wherein the amount of each impurity is less than 0.05 wt % and the total impurity content is less than 0.15 wt %; wherein the cast body is in T6 or T7 temper wherein processing to T6 temper comprises a solution heat treatment of 450°C to 550 °C for a period ranging from a 1⁄2 hour to 6 hours, quench and artificial aging to peak strength, said processing to T7 temper comprises a solution heat treatment of 450 °C to 550°C for a time period ranging from a 1⁄2 hour to 6 hours, quench and artificial overaging, wherein said artificial aging to peak strength comprises treating at a temperature of 150°C to 250°C for a time period ranging from 1⁄2 hour to 10 hours, and has a critical fracture strain of at least 10% measured according to ASTME 190 and a tensile yield strength ranging from 100 MPa to 180 MPa measured according to ASTM B557. a cast body consisting of an alloy composition consisting of: 6.0 wt % and 8.0 wt % Si; 0.12 wt % and 0.19 wt % Mg; less than or equal to 0.35 wt % Cu; less than or equal to 0.6 wt % Mn; less than or equal to 4.0 wt % Zn; less than or equal to 0.15 wt % Fe; and, a balance of aluminum and impurities; wherein the amount of each impurity is less than 0.05 wt % and the total impurity content is less than 0.15 wt %; 6.0 wt % and 8.0 wt % Si; 0.12 wt % and 0.19 wt % Mg; less than or equal to 0.35 wt % Cu; less than or equal to 0.6 wt % Mn; less than or equal to 4.0 wt % Zn; less than or equal to 0.15 wt % Fe; and, a balance of aluminum and impurities; wherein the amount of each impurity is less than 0.05 wt % and the total impurity content is less than 0.15 wt %; less than or equal to 0.35 wt % Cu; less than or equal to 0.6 wt % Mn; less than or equal to 4.0 wt % Zn; less than or equal to 0.15 wt % Fe; and, a balance of aluminum and impurities; wherein the amount of each impurity is less than 0.05 wt % and the total impurity content is less than 0.15 wt %; wherein the cast body is in T6 or T7 temper wherein processing to T6 temper comprises a solution heat treatment of 450°C to 550 °C for a period ranging from a 1⁄2 hour to 6 hours, quench and artificial aging to peak strength, said processing to T7 temper comprises a solution heat treatment of 450 °C to 550°C for a time period ranging from a 1⁄2 hour to 6 hours, quench and artificial overaging, wherein said artificial aging to peak strength comprises treating at a temperature of 150°C to 250°C for a time period ranging from 1⁄2 hour to 10 hours, and has a critical fracture strain of at least 10% measured according to ASTME 190 and a tensile yield strength ranging from 100 MPa to 180 MPa measured according to ASTM B557.
A vehicle air conditioning apparatus comprising: a refrigerant circuit in which a compressor, a channel switching device, a heat source side heat exchanger, an expansion device, and a load side heat exchanger are connected by pipes; and a controller configured to perform switching between a heating operation in which refrigerant in the refrigerant circuit circulates and a defrosting operation of the heat source side heat exchanger in which the refrigerant in the refrigerant circuit circulates in a direction opposite to a direction in the heating operation, characterized in that the controller allows an airflow flowing from a cabin into the load side heat exchanger through a first air inlet formed in the cabin and flowing from the load side heat exchanger into the cabin through a first air outlet in the heating operation, and allows an airflow (52, 53) flowing from the cabin into the load side heat exchanger through the first air outlet and flowing from the load side heat exchanger into the cabin through the first air inlet in the defrosting operation of the heat source side heat exchanger. a refrigerant circuit in which a compressor, a channel switching device, a heat source side heat exchanger, an expansion device, and a load side heat exchanger are connected by pipes; and a controller configured to perform switching between a heating operation in which refrigerant in the refrigerant circuit circulates and a defrosting operation of the heat source side heat exchanger in which the refrigerant in the refrigerant circuit circulates in a direction opposite to a direction in the heating operation, characterized in that the controller allows an airflow flowing from a cabin into the load side heat exchanger through a first air inlet formed in the cabin and flowing from the load side heat exchanger into the cabin through a first air outlet in the heating operation, and allows an airflow (52, 53) flowing from the cabin into the load side heat exchanger through the first air outlet and flowing from the load side heat exchanger into the cabin through the first air inlet in the defrosting operation of the heat source side heat exchanger.
A radiation detector, comprising: - a piece of semiconducting material, - on a surface of said piece of semiconducting material, a number of consecutive electrode strips (303, 304, 305, 306, 307) configured to assume electric potentials of sequentially increasing absolute value, and - a field plate that covers at least the most of a separation between a pair of adjacent electrode strips (305, 306) of said consecutive electrode strips (303, 304, 305, 306, 307) and is isolated from at least the most of said separation by an electric insulation layer; said radiation detector being characterized in that said field plate is configured to assume a bias potential that is smaller in absolute value than the electric potential of any of said pair of adjacent electrode strips (305, 306). - a piece of semiconducting material, - on a surface of said piece of semiconducting material, a number of consecutive electrode strips (303, 304, 305, 306, 307) configured to assume electric potentials of sequentially increasing absolute value, and - a field plate that covers at least the most of a separation between a pair of adjacent electrode strips (305, 306) of said consecutive electrode strips (303, 304, 305, 306, 307) and is isolated from at least the most of said separation by an electric insulation layer;
A method of tracking multiple objects with a probabilistic hypothesis density filter, the method comprising: generating a first intensity by combining a first one or more measurements from a first one or more sensors, wherein a first set of track identifiers, IDs, includes one or more track IDs provided by the first one or more sensors corresponding to their respective measurement in the first one or more measurements, wherein the first intensity includes a weight, a state mean vector, and a state covariance matrix of statistics of a track of an object at a first time; generating a second intensity by combining a second one or more measurements from a second one or more sensors, wherein a second set of track IDs includes one or more track IDs provided by the second one or more sensors corresponding to their respective measurement in the second one or more measurements, wherein the second intensity includes a weight, a state mean vector, and a state covariance matrix of statistics of a track of an object at a second time; selectively comparing the first set of track IDs to the second set of track IDs based on whether there are any track IDs in the first set of track IDs and the second set of track IDs that are the same type; and selectively merging the first intensity with the second intensity based on whether any track IDs in the first set of track IDs match any track IDs in the second set of track IDs. generating a first intensity by combining a first one or more measurements from a first one or more sensors, wherein a first set of track identifiers, IDs, includes one or more track IDs provided by the first one or more sensors corresponding to their respective measurement in the first one or more measurements, wherein the first intensity includes a weight, a state mean vector, and a state covariance matrix of statistics of a track of an object at a first time; generating a second intensity by combining a second one or more measurements from a second one or more sensors, wherein a second set of track IDs includes one or more track IDs provided by the second one or more sensors corresponding to their respective measurement in the second one or more measurements, wherein the second intensity includes a weight, a state mean vector, and a state covariance matrix of statistics of a track of an object at a second time; selectively comparing the first set of track IDs to the second set of track IDs based on whether there are any track IDs in the first set of track IDs and the second set of track IDs that are the same type; and selectively merging the first intensity with the second intensity based on whether any track IDs in the first set of track IDs match any track IDs in the second set of track IDs.
A method of steering a wheeled agricultural material application machine (10;110) having a pair of leading wheels (25;125) which tread a first track and a pair of trailing wheels (26;126) which tread a second track, the method comprising the steps of: - logging a history of the first track which involves storing a log of the heading of the leading wheels (25; 125); - generating a steering signal for the trailing wheels (26;126) based upon the logged history and a spatial offset (d) between the leading and trailing wheels; and, - controlling the steering of the trailing wheels based upon the generated steering signal, characterised in that the step of logging the history also involves storing a log of a calculated travel distance. - logging a history of the first track which involves storing a log of the heading of the leading wheels (25; 125); - generating a steering signal for the trailing wheels (26;126) based upon the logged history and a spatial offset (d) between the leading and trailing wheels; and, - controlling the steering of the trailing wheels based upon the generated steering signal, characterised in that the step of logging the history also involves storing a log of a calculated travel distance.
Use of a swirl element in a brewing process for evaporating and/or for expulsing highly volatile substances or gases, in particular highly volatile flavor substances, DMS, carbon dioxide, oxygen or the like from liquids, in particular from a mash, a wort, a yeast suspension, a sparge water or the like, during its introduction into a brewing vessel (18; 118), wherein the swirl element is a swirl element for an inlet valve (12; 112) of a brewing vessel (18; 118) for introducing a liquid, in particular a mash, a wort, a yeast suspension, a sparge water or the like, into the brewing vessel (18; 118), in particular into a mash tun, a mash vat, a combined mash/wort tun, a combined mash/wort/stripping tun, a wort tun, a combined whirlpool tun, a whirlpool, a clarifying device, an evaporating vessel or the like, comprising at least one flow-directing element whereby an angular momentum may be imparted to the liquid flowing through the inlet valve (12; 112).
A method for automatically verifying a size of at least one energy beam spot, said method comprising the steps of: a. generating a first energy beam spot from a first energy beam source having a predetermined size and power at a first position on a work piece, b. varying at least one of a focus lens setting or an astigmatism lens setting for said first energy beam spot until max intensity for the first beam spot is detected, c. comparing at least one setting of said focus lens and/or astigmatism lens for said detected maximum intensity of the first energy beam spot with corresponding stored settings of said focus lens and/or astigmatism lens for the first energy beam spot with said predetermined size and power, d. repeating step a-c for different predetermined beam powers, and e. repeating step a-d for different positions on said work piece, wherein said first energy beam spot size is verified if each detected settings of said focus lens and/or astigmatism lens are deviating less than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens; further comprising a step of sending out a warning signal/message if any one of said detected settings of said focus lens and/or astigmatism lens are deviating more than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens. a. generating a first energy beam spot from a first energy beam source having a predetermined size and power at a first position on a work piece, b. varying at least one of a focus lens setting or an astigmatism lens setting for said first energy beam spot until max intensity for the first beam spot is detected, c. comparing at least one setting of said focus lens and/or astigmatism lens for said detected maximum intensity of the first energy beam spot with corresponding stored settings of said focus lens and/or astigmatism lens for the first energy beam spot with said predetermined size and power, d. repeating step a-c for different predetermined beam powers, and e. repeating step a-d for different positions on said work piece, wherein said first energy beam spot size is verified if each detected settings of said focus lens and/or astigmatism lens are deviating less than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens; further comprising a step of sending out a warning signal/message if any one of said detected settings of said focus lens and/or astigmatism lens are deviating more than a predetermined value from corresponding stored settings of said focus lens and/or astigmatism lens.
A method to removably connect a carpet product having a pile side and a fibrous back side to a surface, wherein the method comprises the step of adhering a double face tape with a first side of the double face tape to the fibrous back side of the carpet product and connecting the carpet product to the surface by adhering the second side of the double face tape to the surface, the first side of said double face tape is provided with multiple hooks extending from this side and having a length of 0.1 - 10 mm, and characterized in that the second side of said double face tape is provided with multiple adhesive nano fibres extending 10 from the second side, each nano fibre having a distal tip that has a surface extending perpendicular to the longitudinal direction of the nano fibre, the surface having a diameter of 1-900 nm.
Low temperature curable proppant particles, comprising: particles; a partially cured phenolic resin coating the particles; 0.1 weight parts or more to 2.0 weight parts or less of surfactant per 100 weight parts of the particles; and wherein the proppant particles are dry and free flowing at room temperature. particles; a partially cured phenolic resin coating the particles; 0.1 weight parts or more to 2.0 weight parts or less of surfactant per 100 weight parts of the particles; and wherein the proppant particles are dry and free flowing at room temperature.
A method of forming an article comprising high purity fused silica comprising: (a) heating a raw material comprising SiO 2 to form a fused quartz melt; (b) forming a quartz glass tube from the fused quartz melt; (c) treating the quartz glass tube with a composition comprising an acid followed by a water rinse; (d) heat treating the quartz glass tube at a temperature of from 900° C to 1250° C; and (e) converting the quartz glass tube into a pharmaceutical package via thermal processing. (a) heating a raw material comprising SiO 2 to form a fused quartz melt; (b) forming a quartz glass tube from the fused quartz melt; (c) treating the quartz glass tube with a composition comprising an acid followed by a water rinse; (d) heat treating the quartz glass tube at a temperature of from 900° C to 1250° C; and (e) converting the quartz glass tube into a pharmaceutical package via thermal processing.