mhurhangee/ep-ind-claims huggingface dataset:
An electromagnetic valve device comprising armature means which are formed so as to be moveable along an axial direction in a valve housing in response to an energization of stationary coil means provided in the valve housing and which are formed to interact with a first valve seat assigned to a fluid inlet connection of the valve housing, a first fluid flow path being formed in the valve housing in such a manner that fluid flowing through the opened first valve seat can flow in order to actuate plunger means which are provided preferably axially or axially parallel to the armature means and are moveable relative to said armature means and to which a preloading force is applied, and the actuation causing a second valve seat interacting with the plunger means to be opened so as to produce a fluid connection to a fluid working connection of the valve housing, and the valve housing having fastening means (44, 46) in the form of at least one hole extending at an angle, in particular transversely, to the axial direction, in particular a fastening bore, the fluid inlet connection and the working connection, provided preferably adjacent thereto, being formed on the same axial side of the valve housing in relation to the fastening means, characterized in that the fastening means, which preferably have a pair of holes (44, 46) formed so as to be adjacent to one another and more preferably oriented parallel to one another, are assigned an additional fluid connection of the valve device which is permanently connected to the fluid inlet connection, the additional fluid connection being formed and oriented relative to the fastening means, in particular parallel to said fastening means, in such a manner that if there is a plurality of valve housings of a plurality of valve devices connected to one another, the valve housings being connected to one another by means of the fastening means, the respective additional fluid connections can be connected to one another in a pressure-tight manner, in particular by using coupling means.
Agricultural implement comprising: a chassis; a rotor mounted thereon that is rotatable about an upright axis and comprises working tools; a hydraulic lifting device for lifting said chassis between a work position and a transport position, where said lifting device is arranged underneath said rotor and connected to a hydraulic line; and an adjustment mechanism for adjusting the height of said rotor for the work position, wherein said adjustment mechanism comprises: a tubular actuating element with at least one axial adjustment thread mutually supporting said rotor and said chassis; and an operating device arranged above said rotor for turning said actuating element axially, in particular without tools, characterized in that, the hydraulic line is run from top to bottom through said rotor and, that the actuating element surrounding said hydraulic line or forming sections thereof.
A method for monitoring a hot surface of a cooking apparatus, the method comprising: counting by a microprocessor an operating time when the heater (110, 120) receives power and starts to operate in an on-state, and a cooling time when the heater (110, 120) stopped operation in an off-state; wherein the operating time is counted by adding a time by one second unit while the heater (110, 120) is operated, and the cooling time is counted by subtracting a time from the operating time after the operation of the heater (110, 120) is stopped when cooling is performed; and displaying an error, when temperature detected by a temperature detecting sensor for detecting temperature of the heater (110, 120) does not change as an expected temperature change corresponding to one of the on-state and the off-state of the heater (110, 120) even after a predetermined set time has elapsed for which the heater (110, 120) was in one of the on-state and the off-state respectively, and if temperature of the heater (110, 120) exceeds the predetermined set temperature even if the cooling time is zero or less, the error is displayed by a display unit.. counting by a microprocessor an operating time when the heater (110, 120) receives power and starts to operate in an on-state, and a cooling time when the heater (110, 120) stopped operation in an off-state; wherein the operating time is counted by adding a time by one second unit while the heater (110, 120) is operated, and the cooling time is counted by subtracting a time from the operating time after the operation of the heater (110, 120) is stopped when cooling is performed; and displaying an error, when temperature detected by a temperature detecting sensor for detecting temperature of the heater (110, 120) does not change as an expected temperature change corresponding to one of the on-state and the off-state of the heater (110, 120) even after a predetermined set time has elapsed for which the heater (110, 120) was in one of the on-state and the off-state respectively, and if temperature of the heater (110, 120) exceeds the predetermined set temperature even if the cooling time is zero or less, the error is displayed by a display unit..
A composition for use in a method for inducing in a patient a T cell immune response specific to a HER-2/Neu protein, wherein said composition comprises a peptide consisting of the sequence TYNTDTFESMPN, and a physiologically acceptable excipient.
A material removal apparatus, comprising: a spindle configured to retain a material removal tool; a spindle pulley secured to the spindle, the spindle pulley configured to actuate the spindle; and a hub having a body retaining the spindle such that an outer diameter of the body is less than the inner diameter of a spindle housing, the hub configured to change a position of the spindle pulley, the apparatus further comprising a hub lock configured to prohibit movement of the hub when engaged, and allow movement of the hub when disengaged, wherein the hub lock is secured to the spindle housing that encircles at least a portion of the hub and the spindle, wherein the material removal apparatus further comprises a hub plate that is attached to the spindle housing proximate to the material removal tool; and wherein the hub lock is configured to compress the spindle housing when the hub plate is tightened onto the spindle housing, so as to lock the hub in place. a spindle configured to retain a material removal tool; a spindle pulley secured to the spindle, the spindle pulley configured to actuate the spindle; and a hub having a body retaining the spindle such that an outer diameter of the body is less than the inner diameter of a spindle housing, the hub configured to change a position of the spindle pulley, the apparatus further comprising a hub lock configured to prohibit movement of the hub when engaged, and allow movement of the hub when disengaged, wherein the hub lock is secured to the spindle housing that encircles at least a portion of the hub and the spindle, wherein the material removal apparatus further comprises a hub plate that is attached to the spindle housing proximate to the material removal tool; and wherein the hub lock is configured to compress the spindle housing when the hub plate is tightened onto the spindle housing, so as to lock the hub in place.
A compound harmonic drive assembly, comprising: a ring gear assembly including an output arm defining a first opening disposed about a rotational axis and having a first plurality of teeth, the output arm extending in a first direction substantially perpendicular to the rotational axis, a first ground arm that abuts a first side of the output arm, the first ground arm defining a second opening disposed about the rotational axis and having a second plurality of teeth, the first ground arm extending in a second direction opposite the first direction, and a second ground arm that abuts a second side of the output arm, the second ground arm defining a third opening disposed about the rotational axis and having a third plurality of teeth, the second ground arm extending in the second direction; a wave generator received within the first opening, the second opening, and the third opening along the rotational axis, the wave generator having a body that extends radially between an exterior surface and an interior surface and that extends axially between a first face and a second face, that defines at least one groove that extends radially from an exterior surface towards an interior surface and is disposed between the first face and the second face; and a motor arranged to drivably engage the interior surface of the wave generator. a ring gear assembly including an output arm defining a first opening disposed about a rotational axis and having a first plurality of teeth, the output arm extending in a first direction substantially perpendicular to the rotational axis, a first ground arm that abuts a first side of the output arm, the first ground arm defining a second opening disposed about the rotational axis and having a second plurality of teeth, the first ground arm extending in a second direction opposite the first direction, and a second ground arm that abuts a second side of the output arm, the second ground arm defining a third opening disposed about the rotational axis and having a third plurality of teeth, the second ground arm extending in the second direction; a wave generator received within the first opening, the second opening, and the third opening along the rotational axis, the wave generator having a body that extends radially between an exterior surface and an interior surface and that extends axially between a first face and a second face, that defines at least one groove that extends radially from an exterior surface towards an interior surface and is disposed between the first face and the second face; and a motor arranged to drivably engage the interior surface of the wave generator.
Method of maintaining the width of a marking line, to be applied to a road surface by a road marking machine by means of a spray gun, constant, the marking line consisting of a flowable marking material discharged under pressure in a fan-shaped spray from a nozzle of the spray gun, wherein, in response to control signals obtained while the road marking machine is in operation, a height of the spray gun above the road surface is automatically adjusted to compensate changes in the line width of the marking line, wherein the marking process is continuously recorded with a video camera, wherein an image evaluation program is used to continuously calculate actual values (B i) of the line width of the produced marking line from the video recordings, wherein the calculated actual values (B i) of the line width are compared to stored desired values (B s) of the line width, wherein if the actual values (B i) deviate from the desired values (B s) of the line width, control signals are generated accordingly, and wherein the height of the spray gun above the road surface is adjusted by means of the control signals in terms of reducing the deviation determined, characterized in that the marking material discharged from the spray nozzle in a triangular fan-shaped spray at a spraying angle forming at the spray nozzle is recorded as a video and evaluated.
An integrated circuit comprising a set of data processing units (120, 130) including a first data processing unit and at least one second data processing unit operable at variable frequencies; an instruction scheduler adapted to: evaluate data dependencies between individual instructions in a received plurality of instructions; assign the instructions to the first data processing unit and the at least one second data processing unit for parallel execution in accordance with said data dependencies; send instructions comprising said data dependencies to the first data processing unit; and send no-operation instructions to the at least one second data processing unit simultaneously with sending the instructions comprising said data dependencies to the first data processing unit; wherein the integrated circuit is operable in a first power mode and a second power mode, the second power mode being a reduced power mode compared to the first power mode, and is adapted to adjust the operating frequency of the first data processing unit and the at least one second data processing unit in the second power mode as a function of the evaluated data dependencies. evaluate data dependencies between individual instructions in a received plurality of instructions; assign the instructions to the first data processing unit and the at least one second data processing unit for parallel execution in accordance with said data dependencies; send instructions comprising said data dependencies to the first data processing unit; and send no-operation instructions to the at least one second data processing unit simultaneously with sending the instructions comprising said data dependencies to the first data processing unit; wherein the integrated circuit is operable in a first power mode and a second power mode, the second power mode being a reduced power mode compared to the first power mode, and is adapted to adjust the operating frequency of the first data processing unit and the at least one second data processing unit in the second power mode as a function of the evaluated data dependencies.
Auto-injector for administering a dose of a liquid medicament, comprising: - a tubular chassis telescopable in a tubular case, - a carrier subassembly comprising a tubular carrier slidably arranged relative to the chassis inside the case, the carrier adapted to contain a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, wherein the syringe is lockable for joint axial translation with the carrier, - a control spring arranged around the carrier for translating the carrier in a proximal direction for insertion of the needle through the chassis into an injection site, characterized in that the control spring is arranged to bias the case against the chassis in a distal direction so as to extend the chassis out of a proximal end of the case, wherein an insertion depth of the needle is defined by the carrier abutting the chassis in a predefined position, wherein the case is arranged to release or allow release of the control spring for needle insertion on translation of the case in the proximal direction relative to the chassis against the bias into an advanced position. - a tubular chassis telescopable in a tubular case, - a carrier subassembly comprising a tubular carrier slidably arranged relative to the chassis inside the case, the carrier adapted to contain a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, wherein the syringe is lockable for joint axial translation with the carrier, - a control spring arranged around the carrier for translating the carrier in a proximal direction for insertion of the needle through the chassis into an injection site,
An AAV vector comprising a nucleic acid sequence which is a codon optimized UGT1A1 coding sequence, wherein the optimized coding sequence has an increased GC content and has a decreased number of alternative open reading frames as compared to the wild-type coding sequence of SEQ ID NO:1, wherein said nucleic acid sequence comprises: - a nucleotide sequence at least 90% identical to the sequence of SEQ ID NO:3, or - the nucleotide sequence of SEQ ID NO:3. - a nucleotide sequence at least 90% identical to the sequence of SEQ ID NO:3, or - the nucleotide sequence of SEQ ID NO:3.
An influence analyzing apparatus for analyzing influence of combustibles on the boiler performance index of a thermoelectric power plant, the apparatus comprising: a temperature extraction unit configured to extract temperatures of respective regions in a feed water and steam system of the thermoelectric power plant in which combustible combinations are combusted, wherein the temperature extraction unit is configured to extract temperatures for each region at a predetermined time interval; a vector extraction unit configured to extract one or more vectors for each region from the temperatures of the respective regions; characterized in that a cluster generation unit configured to generate combustible clusters, each cluster including one or more combustible combinations having similar properties, on the basis of the extracted vectors; and a characteristic component extraction unit configured to extract a characteristic component of a combustible combination that increases or decreases a boiler performance index from the one or more combustible combinations included in the combustible clusters. a temperature extraction unit configured to extract temperatures of respective regions in a feed water and steam system of the thermoelectric power plant in which combustible combinations are combusted, wherein the temperature extraction unit is configured to extract temperatures for each region at a predetermined time interval; a vector extraction unit configured to extract one or more vectors for each region from the temperatures of the respective regions; characterized in that a cluster generation unit configured to generate combustible clusters, each cluster including one or more combustible combinations having similar properties, on the basis of the extracted vectors; and a characteristic component extraction unit configured to extract a characteristic component of a combustible combination that increases or decreases a boiler performance index from the one or more combustible combinations included in the combustible clusters.
A tubing retainer for use with a sensor, comprising (a) a hollow polymeric shaft having a first end, a second end, a side wall having a cylindrical inner surface and an outer surface, and a vertical axis; (i) the first end having cut outs (105A, 105B) through opposing portions (106A, 106B) of the side wall, the cut outs forming first and second slots (120A, 120B) in the opposing portions of the side wall, the first and second slots collectively arranged to receive cylindrical tubing therein; (ii) the second end having threads on the inner surface, and a flat base perpendicular to the vertical axis, characterized in that the first and second slots each have a narrower portion (121A, 121B) at the first end for initially receiving the cylindrical tubing, and a wider portion (122A, 122B) below the narrower portion, the wider portion providing a closed end (123A, 123B) of the slot, wherein the wider portion has an inner diameter (124A, 124B) arranged to retain the cylindrical tubing without significantly compressing the cylindrical tubing. (a) a hollow polymeric shaft having a first end, a second end, a side wall having a cylindrical inner surface and an outer surface, and a vertical axis; (i) the first end having cut outs (105A, 105B) through opposing portions (106A, 106B) of the side wall, the cut outs forming first and second slots (120A, 120B) in the opposing portions of the side wall, the first and second slots collectively arranged to receive cylindrical tubing therein; (ii) the second end having threads on the inner surface, and a flat base perpendicular to the vertical axis, (i) the first end having cut outs (105A, 105B) through opposing portions (106A, 106B) of the side wall, the cut outs forming first and second slots (120A, 120B) in the opposing portions of the side wall, the first and second slots collectively arranged to receive cylindrical tubing therein; (ii) the second end having threads on the inner surface, and a flat base perpendicular to the vertical axis,
A bipolar secondary battery including bipolar electrodes, the bipolar secondary battery comprising: a power generation element including unit power generation elements stacked together and including the bipolar electrodes stacked via separators; and current collecting plates (16, 17) arranged at both ends of the power generation element in a stacked direction of the unit power generation elements so as to be in contact with the power generation element, each of the current collecting plates (16, 17) being in contact with the power generation element and electrically connected to the power generation element on both of the outermost layers in the stacked direction of the unit power generation elements, each of the current collecting plates (16, 17) including an electrically conductive layer and a resin film, the electrically conductive layer having a thickness in a range of 0.1 μm to 20 μm and being formed on the resin film having a thermal shrinkage percentage measured according to JIS K7133-1999 of 2% or greater at a temperature of 150°C, each of the separators having a higher thermal shrinkage start temperature than the resin film, the thermal shrinkage start temperature being measured with a thermomechanical analyzer. a power generation element including unit power generation elements stacked together and including the bipolar electrodes stacked via separators; and current collecting plates (16, 17) arranged at both ends of the power generation element in a stacked direction of the unit power generation elements so as to be in contact with the power generation element, each of the current collecting plates (16, 17) being in contact with the power generation element and electrically connected to the power generation element on both of the outermost layers in the stacked direction of the unit power generation elements, each of the current collecting plates (16, 17) including an electrically conductive layer and a resin film, the electrically conductive layer having a thickness in a range of 0.1 μm to 20 μm and being formed on the resin film having a thermal shrinkage percentage measured according to JIS K7133-1999 of 2% or greater at a temperature of 150°C, each of the separators having a higher thermal shrinkage start temperature than the resin film, the thermal shrinkage start temperature being measured with a thermomechanical analyzer.