mhurhangee/ep-ind-claims huggingface dataset:
A hydrogen generator comprising a housing; a liquid reservoir containing a liquid reactant and disposed within the housing; a reaction area disposed within the housing; and a pump configured to pump the liquid reactant from the liquid reservoir, through a liquid flow path to the reaction area; wherein the liquid is capable of reacting within the reaction area to evolve hydrogen gas; wherein the pump is a diaphragm pump and comprises: a pump chamber having a volume; a first diaphragm defining a portion of the pump chamber; a liquid inlet path to the pump chamber with an inlet valve disposed therein, the inlet valve biased against a second diaphragm in a closed position; a liquid outlet path from the pump chamber with an outlet valve disposed therein, the outlet valve biased against a third diaphragm in a closed position; a motor with a rotatable shaft; a first cam, a second cam and a third cam, all disposed on the rotatable shaft; a first pushrod in contact with the first cam and configured to cooperate with the first cam to reversibly displace the first diaphragm to reduce the pump chamber volume; a second pushrod in contact with the second cam and configured to cooperate with the second cam to reversibly displace the second diaphragm to open the inlet valve; and a third pushrod in contact with the third cam and configured to cooperate with the third cam to reversibly displace the third diaphragm to open the outlet valve; and wherein all valves (136,138) in the liquid flow path between the liquid reservoir and the reaction area are mechanically operated valves. a pump chamber having a volume; a first diaphragm defining a portion of the pump chamber; a liquid inlet path to the pump chamber with an inlet valve disposed therein, the inlet valve biased against a second diaphragm in a closed position; a liquid outlet path from the pump chamber with an outlet valve disposed therein, the outlet valve biased against a third diaphragm in a closed position; a motor with a rotatable shaft; a first cam, a second cam and a third cam, all disposed on the rotatable shaft; a first pushrod in contact with the first cam and configured to cooperate with the first cam to reversibly displace the first diaphragm to reduce the pump chamber volume; a second pushrod in contact with the second cam and configured to cooperate with the second cam to reversibly displace the second diaphragm to open the inlet valve; and a third pushrod in contact with the third cam and configured to cooperate with the third cam to reversibly displace the third diaphragm to open the outlet valve; and wherein all valves (136,138) in the liquid flow path between the liquid reservoir and the reaction area are mechanically operated valves.
An antenna having a monopole character for at least two radio services comprising a monopole element which is substantially configured along a straight line, wherein the monopole element is formed with a substantially flat roof capacitor whose surface normal faces in the direction of the straight line and this is connected to the monopole element and the roof capacitor is substantially formed as rotationally symmetrical and from flat ring structures which surround one another, which are separated from one another by ring-shaped gaps and which are oriented concentrically to the straight line; and wherein reactance circuits are present by which the ring structures are connected to one another in dependence on frequency in such a manner that all of the flat ring structures are active for a radio service having the lowest frequency and the outermost ring structure is substantially inactive for the radio service having the next higher frequency due to the high impedance of the reactance circuits and this rule is continued on the presence of more than two radio services to the extent that the dimension of the outermost one of the active ring structures connected to one another by reactance circuits of low impedance is smaller at a higher frequency of the radio services, characterized in that a plurality of reactance circuits uniformly attached to the periphery of the ring structures are present whose parallel electrical effect forms a large effective reactance X(f) for the higher frequency ranges which is, however, of low impedance for the switching on of the next outer ring at the lower frequencies.
An angle adjuster for NMR, comprising: a linear motion member (20, 22) configured to change, in an NMR probe device, an angle of a sample tube by a linear motion; a conversion mechanism configured to convert a rotary motion of a rotary member rotated by a drive device of the angle adjuster into a linear motion of the linear motion member (20, 22); and a first elastic member which, at a portion where the linear motion member (20, 22) and the rotary member are in engagement with each other, provides a force that urges the linear motion member (20, 22) in one direction toward the rotary member. a linear motion member (20, 22) configured to change, in an NMR probe device, an angle of a sample tube by a linear motion; a conversion mechanism configured to convert a rotary motion of a rotary member rotated by a drive device of the angle adjuster into a linear motion of the linear motion member (20, 22); and a first elastic member which, at a portion where the linear motion member (20, 22) and the rotary member are in engagement with each other, provides a force that urges the linear motion member (20, 22) in one direction toward the rotary member.
Method for processing collision information in a flying object, having the method steps acquiring sector-based radar data, at least in a front right quadrant, at least the distance and the speed of approach being determined for an object (9, 10, 11) located in a sector, and processing a first rule, according to which an item of advisory information is output if an object (9, 10, 11) is located within a first decision horizon, the object (9, 10, 11) is approaching the flying object and the object (9, 10, 11) is located in the front right quadrant, a second rule being processed, according to which a second decision horizon is calculated at least from the speed of approach and a second decision time interval is calculated and, in the case of intended position line control of the flying object, a diversionary waypoint (W5, W6, W7, W8) is set if the object (9, 10, 11) is located within the second decision horizon, the object (9, 10, 11) is approaching and the object (9, 10, 11) is located in a left-hand sub-region of the front right quadrant.
Actuating handle for a window or a door, having a handgrip which is mounted so as to be rotatable about an axis of rotation of a stop body by way of a grip neck and has an elongate driver for entering into an operative connection with an actuating element of the window or the door that is able to be coupled in a rotationally conjoint manner to the handgrip, wherein the grip neck is able to be connected to a bush for fixing the handgrip to the stop body, wherein the actuating handle has a depression; wherein the driver is able to be introduced in a longitudinally displaceable manner into the depression; wherein a compression spring is arranged in the depression and exerts a pressure force, directed out of the depression, on the driver; wherein the driver has at least one first stop element which corresponds to at least one second stop element in or at the depression such that a movement of the driver directed out of the depression is limited by the stop elements (46, 48), characterized in that the depression is arranged at least partially in the grip neck and the at least one second stop element is arranged on the bush and projects into the depression. wherein the actuating handle has a depression; wherein the driver is able to be introduced in a longitudinally displaceable manner into the depression; wherein a compression spring is arranged in the depression and exerts a pressure force, directed out of the depression, on the driver; wherein the driver has at least one first stop element which corresponds to at least one second stop element in or at the depression such that a movement of the driver directed out of the depression is limited by the stop elements (46, 48), characterized in that the depression is arranged at least partially in the grip neck and the at least one second stop element is arranged on the bush and projects into the depression.
A water purification apparatus for removing a polluted substance from polluted water, the water purification apparatus comprising: a solid-liquid separator where polluted water is initially supplied and it separates the polluted water and a solid material from each other; and thereafter a polluted substance remover that removes, by a layered double hydroxide, the polluted substance contained in the polluted water separated by the solid-liquid separator, wherein the layered double hydroxide has a general expression that is expressed as M 2+ 1-x M 3+ x 2 (A n-) x/n ·mH 2 O (where M 2+ is Mg 2+ or Fe 2+, M 3+ is Al 3+ or Fe 3+, A n- is an n-valence anion, 0 < x < 1, and m > 0) and the layered double hydroxide is a grain that is produced by applying a predetermined pressure, e.g. a pressure equal to or higher than 0.9 MPa, to a material containing the layered double hydroxide and water to eliminate moisture until a water content ratio becomes equal to or lower than 70%, and thereafter, drying the material under a condition at which a temperature is equal to or higher than 90°C but equal to or lower than 110°C, and a humidity is equal to or higher than 90%. a solid-liquid separator where polluted water is initially supplied and it separates the polluted water and a solid material from each other; and thereafter a polluted substance remover that removes, by a layered double hydroxide, the polluted substance contained in the polluted water separated by the solid-liquid separator, wherein the layered double hydroxide has a general expression that is expressed as M 2+ 1-x M 3+ x 2 (A n-) x/n ·mH 2 O (where M 2+ is Mg 2+ or Fe 2+, M 3+ is Al 3+ or Fe 3+, A n- is an n-valence anion, 0 < x < 1, and m > 0) and the layered double hydroxide is a grain that is produced by applying a predetermined pressure, e.g. a pressure equal to or higher than 0.9 MPa, to a material containing the layered double hydroxide and water to eliminate moisture until a water content ratio becomes equal to or lower than 70%, and thereafter, drying the material under a condition at which a temperature is equal to or higher than 90°C but equal to or lower than 110°C, and a humidity is equal to or higher than 90%.
A wellhead seal assembly for sealing between inner and outer wellhead members, comprising: a metal seal ring having upper inner and outer walls separated by a generally cylindrical upper slot and lower inner and outer walls separated by a generally cylindrical lower slot; an upper metal energizing ring generally cylindrical in shape with surfaces that slidingly engage the inner and outer walls in the upper slot of the seal ring during installation to push the upper inner and outer walls into sealing engagement with the inner and outer wellhead members; a lower metal energizing ring generally cylindrical in shape with surfaces that slidingly engage the inner and outer walls in the lower slot of the seal ring during installation to push the lower inner and outer walls into sealing engagement with the inner and outer wellhead members; and a C-ring carried by the upper metal energizing ring that is moved radially into latching engagement with the inner wellhead member in response to movement of the upper metal energizing ring; characterized by a spacer ring positioned between an upper end of the seal ring and a lower end of the C-ring to stop downward travel of the C-ring as the upper metal energizing ring moves downward into the upper slot; and a metal lock ring having a tapered inner surface, and an outer surface with grooves for engaging an inner surface of the outer wellhead member during installation for locking the inner wellhead member to the outer wellhead member. a metal seal ring having upper inner and outer walls separated by a generally cylindrical upper slot and lower inner and outer walls separated by a generally cylindrical lower slot; an upper metal energizing ring generally cylindrical in shape with surfaces that slidingly engage the inner and outer walls in the upper slot of the seal ring during installation to push the upper inner and outer walls into sealing engagement with the inner and outer wellhead members; a lower metal energizing ring generally cylindrical in shape with surfaces that slidingly engage the inner and outer walls in the lower slot of the seal ring during installation to push the lower inner and outer walls into sealing engagement with the inner and outer wellhead members; and a C-ring carried by the upper metal energizing ring that is moved radially into latching engagement with the inner wellhead member in response to movement of the upper metal energizing ring; characterized by a spacer ring positioned between an upper end of the seal ring and a lower end of the C-ring to stop downward travel of the C-ring as the upper metal energizing ring moves downward into the upper slot; and a metal lock ring having a tapered inner surface, and an outer surface with grooves for engaging an inner surface of the outer wellhead member during installation for locking the inner wellhead member to the outer wellhead member.
An inside diameter measurement tool, comprising: a main body; a spindle provided with a screw that is screwed with the main body, the spindle advancing and retracting in an axial direction thereof; a plurality of contact pieces provided on the main body, the contact pieces advancing and retracting in a direction substantially orthogonal to the axial direction of the spindle; and a conical member interposed between the contact pieces and the spindle, the conical member advancing and retracting the contact pieces in the direction substantially orthogonal to the axial direction of the spindle in accordance with the axial advancement and retraction of the spindle, characterized in that a lead of the screw of the spindle is 1.0 mm or more and a cone angle of the conical member is less than 53 degrees. a main body; a spindle provided with a screw that is screwed with the main body, the spindle advancing and retracting in an axial direction thereof; a plurality of contact pieces provided on the main body, the contact pieces advancing and retracting in a direction substantially orthogonal to the axial direction of the spindle; and a conical member interposed between the contact pieces and the spindle, the conical member advancing and retracting the contact pieces in the direction substantially orthogonal to the axial direction of the spindle in accordance with the axial advancement and retraction of the spindle, characterized in that a lead of the screw of the spindle is 1.0 mm or more and a cone angle of the conical member is less than 53 degrees.
A volatizer comprising: a) a body having an open end adapted to retain a material sample therein containing target compounds for volatization; and b) a cap removably secured over the open end of the body, the cap including a thermo-indicator capable of providing an indication upon heating to within a preselected temperature range of optimal volatilization and extraction conditions for the target compound(s) from the material sample, wherein the cap has an inner diameter larger than an outer diameter of the body and one or more spacers positioned on an interior surface of the cap that extend between the cap and the body to engage the body and define an airflow space between the cap and the body; wherein the thermo-indicator provides at least one of an audible or tactile indication upon heating to within the predetermined temperature range. a) a body having an open end adapted to retain a material sample b) a cap removably secured over the open end of the body, the cap including a thermo-indicator capable of providing an indication upon heating to within a preselected temperature range of optimal volatilization and extraction conditions for the target compound(s) from the material sample,
An excessive sulfur poisoning recovery control apparatus in an internal combustion engine provided with an exhaust gas control catalyst (36a, 38a) in an exhaust system of the internal combustion engine, and fine particle regeneration controlling means for purifying particulate matter by means of a lean-burn temperature increase routine for increasing the temperature of the exhaust gas control catalyst (36a, 38a) with an air-fuel ratio higher than the stoichiometric air-fuel ratio if an accumulation amount (PMorg) of the particulate matter in a filter provided in the exhaust system of the internal combustion engine becomes equal to, or greater than, a reference accumulation amount (PMjddx), comprising: excessive sulfur poisoning amount detecting means for detecting an excessive sulfur poisoning amount within the sulfur poisoning amount; characterised by temperature increasing/sulfur component releasing means which increases the frequency with which the lean-burn temperature increase routine is executed based on the excessive sulfur poisoning amount detected by the excessive sulfur poisoning amount detecting means. excessive sulfur poisoning amount detecting means for detecting an excessive sulfur poisoning amount within the sulfur poisoning amount; characterised by temperature increasing/sulfur component releasing means which increases the frequency with which the lean-burn temperature increase routine is executed based on the excessive sulfur poisoning amount detected by the excessive sulfur poisoning amount detecting means.
A biaxially stretched polyester film comprising 50 wt.% or more and 95 wt.% or less of a polyester resin obtained by recycling PET bottles, the polyester film satisfying the following requirements: the content of an isophthalic acid component in all dicarboxylic acid components in the entire polyester resin composing the polyester film is 0.5 mol% or more and 5.0 mol% or less; the intrinsic viscosity of the resin composing the polyester film is 0.64 dl/g or more and 0.80 dl/g or less; the thermal shrinkage rate at 150°C in the lengthwise direction and the transverse direction is 0.1% or more and 1.5% or less; the refractive index of the polyester film in the thickness direction is 1.4930 or more and 1.4995 or less; and the unevenness in thickness calculated according to the following equation is 16% or less in both the lengthwise and transverse directions, in the case where each thickness Tn (n = 1 to 200) (unit: μm) of a film of 1 m in length and 1 m in width is measured at every 5 mm and at 200 points, and the maximum thickness is defined as Tmax, the minimum thickness is defined as Tmin, and the average thickness is defined as Tave: Unevenness in thickness = Tmax − Tmin / Tave × 100 %. the content of an isophthalic acid component in all dicarboxylic acid components in the entire polyester resin composing the polyester film is 0.5 mol% or more and 5.0 mol% or less; the intrinsic viscosity of the resin composing the polyester film is 0.64 dl/g or more and 0.80 dl/g or less; the thermal shrinkage rate at 150°C in the lengthwise direction and the transverse direction is 0.1% or more and 1.5% or less; the refractive index of the polyester film in the thickness direction is 1.4930 or more and 1.4995 or less; and the unevenness in thickness calculated according to the following equation is 16% or less in both the lengthwise and transverse directions, in the case where each thickness Tn (n = 1 to 200) (unit: μm) of a film of 1 m in length and 1 m in width is measured at every 5 mm and at 200 points, and the maximum thickness is defined as Tmax, the minimum thickness is defined as Tmin, and the average thickness is defined as Tave: Unevenness in thickness = Tmax − Tmin / Tave × 100 %.
A method for examining a risk of developing an ischemic heart disease or a probability of development of an ischemic heart disease, the method comprising the steps of: measuring a concentration of cyclophilin A protein and a concentration of C-reactive protein in a human blood sample derived from a subject to be examined; and determining, based on the measured concentration of cyclophilin A protein and the measured concentration of C-reactive protein, a probability of development of an ischemic heart disease in the subject to be examined, wherein the determination step comprises determining that the subject to be examined has a risk of developing the ischemic heart disease or has a probability of development of the ischemic heart disease when the sample is evaluated as negative in the high-sensitivity CRP test and the concentration of cyclophilin A protein in the sample is higher than the concentration of cyclophilin A protein in a sample derived from a healthy subject. measuring a concentration of cyclophilin A protein and a concentration of C-reactive protein in a human blood sample derived from a subject to be examined; and determining, based on the measured concentration of cyclophilin A protein and the measured concentration of C-reactive protein, a probability of development of an ischemic heart disease in the subject to be examined, wherein the determination step comprises determining that the subject to be examined has a risk of developing the ischemic heart disease or has a probability of development of the ischemic heart disease when the sample is evaluated as negative in the high-sensitivity CRP test and the concentration of cyclophilin A protein in the sample is higher than the concentration of cyclophilin A protein in a sample derived from a healthy subject.
A method of forming ordered structures, which diffract light to create color comprising: coating a plurality of magnetite crystals with a hydrophobic coating such that the magnetite crystals are soluble in a nonpolar solvent solution; adding a charge control agent to the nonpolar solvent solution, wherein the charge control agent enhances charge separation between the magnetite crystals to form an ordered structure with tunable particle separation; and applying an external magnetic field to the ordered structure; wherein the charge control agent is a surfactant, and the surfactant is an amphiphilic organic compound that contains a hydrophobic group and a hydrophilic group and forms reverse micelles in the nonpolar solvent. coating a plurality of magnetite crystals with a hydrophobic coating such that the magnetite crystals are soluble in a nonpolar solvent solution; adding a charge control agent to the nonpolar solvent solution, wherein the charge control agent enhances charge separation between the magnetite crystals to form an ordered structure with tunable particle separation; and applying an external magnetic field to the ordered structure; wherein the charge control agent is a surfactant, and the surfactant is an amphiphilic organic compound that contains a hydrophobic group and a hydrophilic group and forms reverse micelles in the nonpolar solvent.
Seal assembly for a vehicle window arranged on a vehicle, wherein the seal assembly has a first horizontal sealing portion and at least one second vertical sealing portion, wherein the first sealing portion and the second sealing portion are arranged between a first window element of the vehicle window and at least one further window element of the vehicle window that is movable relative to the first window element, characterised in that the first horizontal sealing portion has a larger cross-sectional area than the second vertical sealing portion.