mhurhangee/ep-ind-claims huggingface dataset:
Shock absorber for motorcycles and bicycles, comprising a sealingly sliding piston in a cylinder full of oil in a compression stroke against the return thrust of a spring and in a reverse extension stroke for said return thrust, a piston-bearing rod, a first external attachment integral with the rod, a second external attachment integral with the cylinder, wherein the position of said sliding piston in the cylinder defines an upper chamber and a lower chamber of the cylinder, first adjustment means for adjusting the oil passage through first oil passage ducts between the upper chamber and the lower chamber in an extension stroke, second unidirectional adjustment means arranged inside the cylinder and manoeuvrable outside the cylinder to adjust an oil passage through second ducts from the lower chamber to the upper chamber in a compression stroke. Characterized in that it comprises third adjustment means for adjusting an oil passage from the lower chamber to a compression adjustment chamber in a compression stroke, said adjustment chamber being arranged concentrically on said cylinder. a sealingly sliding piston in a cylinder full of oil in a compression stroke against the return thrust of a spring and in a reverse extension stroke for said return thrust, a piston-bearing rod, a first external attachment integral with the rod, a second external attachment integral with the cylinder, wherein the position of said sliding piston in the cylinder defines an upper chamber and a lower chamber of the cylinder, first adjustment means for adjusting the oil passage through first oil passage ducts between the upper chamber and the lower chamber in an extension stroke, second unidirectional adjustment means arranged inside the cylinder and manoeuvrable outside the cylinder to adjust an oil passage through second ducts from the lower chamber to the upper chamber in a compression stroke. Characterized in that it comprises third adjustment means for adjusting an oil passage from the lower chamber to a compression adjustment chamber in a compression stroke, said adjustment chamber being arranged concentrically on said cylinder.
Medium-voltage switchgear assembly as ring cable panel having at least two switch panels, wherein at least 1 load switch panel (LS1,...) and 1 power switch panel are arranged jointly or compartmentalized from one another within a switchgear assembly enclosure, and in that both the load switch panel and the power switch panel are designed with a vacuum switch, wherein an isolator (T1, T2, T3) is arranged within each switch panel, which isolator is in the form of a switch with a vacuum chamber, characterized in that 2 load switch panels (LS1, LS2) and 1 power switch panel are arranged in the switchgear assembly.
A cooking apparatus comprising: a first platen and a second platen; a positioning mechanism that moves said second platen toward and away from said first platen; a detector (70, 80, 90, 100, 110, 120) disposed to provide an impediment signal in response to detection of an impediment to motion of said second platen toward said first platen; and a controller that controls said positioning mechanism (a) to move said second platen toward said first platen and (b) to stop said second platen in response to said impediment signal, wherein said controller further responds to said impediment signal by controlling said positioning mechanism to move said second platen away from said first platen, wherein said impediment comprises an object located between a non-cooking position of said second platen and a cooking position of said second platen, in which it is at a predetermined distance above said first platen, wherein said predetermined distance is greater than a food product to be cooked on said first platen. a first platen and a second platen; a positioning mechanism that moves said second platen toward and away from said first platen; a detector (70, 80, 90, 100, 110, 120) disposed to provide an impediment signal in response to detection of an impediment to motion of said second platen toward said first platen; and a controller that controls said positioning mechanism (a) to move said second platen toward said first platen and (b) to stop said second platen in response to said impediment signal, wherein said controller further responds to said impediment signal by controlling said positioning mechanism to move said second platen away from said first platen, wherein said impediment comprises an object located between a non-cooking position of said second platen and a cooking position of said second platen, in which it is at a predetermined distance above said first platen, wherein said predetermined distance is greater than a food product to be cooked on said first platen.
Device for the pressure-filling of containers, with a plurality of filling stations with filling elements, which comprise sealing elements for a pressure-tight contact of the filling element with a container mouth, said device comprising, at least in the tension region (β), a splinter protection element facing towards the filling station, which in turn comprises at least one absorption element (36a-d) facing towards the filling station, wherein the absorption element (36a-d, 21, 40a-e) comprises sections (38, 41) which can be deflected in a spring-elastic manner, characterised in that the absorption element (36a-d, 21, 40a-e) comprises a wall structure (36a-d) or is formed by a wall structure (36a-d), at which the sections (38, 41) which can be deflected in a spring-elastic manner are formed as one piece (37, 39), and that the sections (38, 41) are formed in the wall structure by a cutting or stamping process.
A radio transmission method, comprising: transmitting a first transmission data packet (S 31) having header information and header information correcting code as it is provided as control data in a control data packet; and transmitting a number of further transmission data packets (S 32,S 33) each comprising the same control data as the first transmission data packet, said further transmission data packets thereby forming a variable length transmission data area, and wherein said first transmission data packet includes length control data in the header information which indicates the variable length of said variable length transmission data area (S 32,S 33). transmitting a first transmission data packet (S 31) having header information and header information correcting code as it is provided as control data in a control data packet; and transmitting a number of further transmission data packets (S 32,S 33) each comprising the same control data as the first transmission data packet, said further transmission data packets thereby forming a variable length transmission data area, and wherein said first transmission data packet includes length control data in the header information which indicates the variable length of said variable length transmission data area (S 32,S 33).
A centrifugal dryer for crates (Cs, Ci), comprising: a horizontal conveyor belt (3, 31) for moving the crates (Cs, Ci) by way of said conveyor belt (3, 31) towards a centrifuging station; a centrifuging station having a centrifuging cage, which rotates about a vertical axis, and a rotating lifting table, which is vertically movable and acts along the axis of rotation of the cage, characterized in that a holding-down device, consisting of a plunger and a rotatably mounted counterpressure plate, is mounted within the centrifugal cage, coaxial to the axis of rotation thereof and in such a way as to be axially movable, and in that the rotation of the holding-down device and/or that of the lifting table can be blocked by a brake.
System having a portable operating module and a household appliance, which operating module is designed for wireless communication with the household appliance, wherein a range of functions of the operating module for operating the household appliance is dependent on the position of the operating module in respect of the household appliance, and at least one predetermined detection signal (19, 20) is stored in the operating module for determining the position and can be transmitted to the household appliance, wherein a range of functions of the operating module is activated when the operating module is within close range of the household appliance, characterised in that the detection of the operating module within close range is dependent on a time period between sending a request signal and receiving the detection signal (19, 20).
A multi-axis roll-forming method for forming a stepped diameter in a cylinder, comprising: spinning the cylinder about a rotation axis encircled by the cylinder, the cylinder having a first diameter; and translating, during the step of spinning, a first roller radially outward, relative to the rotation axis, against an inward-facing surface of a lower portion of the cylinder to angle the lower portion radially outward; characterized in that the multi-axis roll-forming method includes, during the step of spinning and after the step of translating, moving at least one multi-axis roller radially outward and upward, against the inward-facing surface as angled radially outward, to press the lower portion against an anvil to shape the lower portion into: a cylindrical wall having a second diameter that is greater than the first diameter; and a ledge connecting the cylindrical wall having the second diameter to an upper portion of the cylinder having the first diameter. spinning the cylinder about a rotation axis encircled by the cylinder, the cylinder having a first diameter; and translating, during the step of spinning, a first roller radially outward, relative to the rotation axis, against an inward-facing surface of a lower portion of the cylinder to angle the lower portion radially outward; characterized in that the multi-axis roll-forming method includes, during the step of spinning and after the step of translating, moving at least one multi-axis roller radially outward and upward, against the inward-facing surface as angled radially outward, to press the lower portion against an anvil to shape the lower portion into: a cylindrical wall having a second diameter that is greater than the first diameter; and a ledge connecting the cylindrical wall having the second diameter to an upper portion of the cylinder having the first diameter. a cylindrical wall having a second diameter that is greater than the first diameter; and a ledge connecting the cylindrical wall having the second diameter to an upper portion of the cylinder having the first diameter.
An energy-autonomous device for detecting fires or an abnormal temperature exceedance, which device is provided in the form of a housing, on the inside of which is arranged at least one shape-memory component capable of converting the heat received from a source, the temperature of which is greater than a threshold temperature, into mechanical energy, namely by movement and/or change of shape, at least one piezoelectric component capable of converting the mechanical energy of said shape-memory component into electrical energy, and an electronic module capable of converting the electrical energy produced by said piezoelectric component into a fire warning radio signal, said device being characterized in that said shape-memory component constitutes, during the movement or change of shape thereof, a means of severing a support means to which said at least one piezoelectric component is secured, the severing of said support means enabling said at least one piezoelectric component to move from a first position, referred to as "tensioned", to a second position, referred to as "free", in which said piezoelectric component is activated and capable of resonating and producing the electrical energy captured by said electronic module.
A method of making an apparatus suitable for detecting X-rays, the method comprising: obtaining a chip comprising an X-ray absorption layer; obtaining a substrate, wherein a surface of the substrate is electrically conductive; attaching the chip to the surface; thinning the X-ray absorption layer; forming an electrical contact on the X-ray absorption layer; bonding an electronics layer to the X-ray absorption layer such that the electrical contact on the X-ray absorption layer is electrically connected to an electrical contact of the electronics layer. obtaining a chip comprising an X-ray absorption layer; obtaining a substrate, wherein a surface of the substrate is electrically conductive; attaching the chip to the surface; thinning the X-ray absorption layer; forming an electrical contact on the X-ray absorption layer; bonding an electronics layer to the X-ray absorption layer such that the electrical contact on the X-ray absorption layer is electrically connected to an electrical contact of the electronics layer.
A method for separation, characterized in that at least two kinds of fluids are used as a fluid to be processed, at least one fluid among them is a raw material solution containing a substance to be separated dissolved therein, at least one fluid other than the foregoing fluid is at least one solvent for separation of the substance to be separated, at least one dopant element or dopant element-containing substance is dissolved in at least any one of a solvent for the raw material solution, the solvent for separation, and at least one solvent other than the raw material solution and the solvent for separation, and two, or three or more of the fluids to be processed are mixed, whereby producing a separated substance having a controlled amount of the dopant element, wherein solubility of the dopant element or the dopant element-containing substance to the solvent for separation is controlled whereby controlling an amount of the dopant element contained in the substance to be separated, wherein the fluids to be processed are mixed in a thin film fluid formed between at least two processing surfaces which are arranged opposite to each other and are capable of approaching to and separating from, and at least one of which rotates relative to the other, whereby separating a substance to be separated having a controlled amount of a dopant element, wherein the substance to be separated is a metal compound, the dopant element is a metal and the dopant element containing substance is a metal compound; and, the solvent for separation is a mixed solvent of a plurality of solvents, at least one solvent in the mixed solvent is a solvent capable of dissolving the substance to be separated and the dopant element or the dopant element-containing substance, and at least one other solvent in the mixed solvent is a solvent which is capable of dissolving the substance to be separated and has a lower solubility of the dopant element or the dopant element-containing substance as compared with the said one solvent in the mixed solvent, wherein mixing ratio of the said one solvent and the said other solvent in the mixed solvent is controlled, whereby controlling an amount of the dopant element contained in the substance to be separated characterized in that a substance to be separated not substantially containing the dopant element is separated by setting the solubility of the dopant element or the dopant element-containing substance in the solvent for separation to be high, and this solubility which is set high is higher as compared with the case that the substance to be separated substantially containing the dopant element is separated.
A gas turbine engine comprising: a shaft defining an axis of rotation; a turbine section comprising: an outer rotor directly driving the shaft, the outer rotor including an outer set of blades; and an inner rotor having an inner set of blades interspersed with the outer set of blades, the inner rotor configured to rotate in an opposite direction about the axis of rotation from the outer rotor; and a gear system coupling the inner rotor to the shaft and configured to rotate the inner set of blades at a faster speed than the outer set of blades; characterised by a first bearing supporting a fore end of the inner rotor for rotation relative to the shaft and a second bearing supporting an aft end of the inner rotor for rotation relative to the shaft. a shaft defining an axis of rotation; a turbine section comprising: an outer rotor directly driving the shaft, the outer rotor including an outer set of blades; and an inner rotor having an inner set of blades interspersed with the outer set of blades, the inner rotor configured to rotate in an opposite direction about the axis of rotation from the outer rotor; and an outer rotor directly driving the shaft, the outer rotor including an outer set of blades; and an inner rotor having an inner set of blades interspersed with the outer set of blades, the inner rotor configured to rotate in an opposite direction about the axis of rotation from the outer rotor; and a gear system coupling the inner rotor to the shaft and configured to rotate the inner set of blades at a faster speed than the outer set of blades; characterised by a first bearing supporting a fore end of the inner rotor for rotation relative to the shaft and a second bearing supporting an aft end of the inner rotor for rotation relative to the shaft.
A shift control device for an electrically driven vehicle, which is installed in the electrically driven vehicle including a motor as a drive source and an automatic transmission coupled to an output shaft of the motor, and which is provided with a shift controller to perform shifting of the automatic transmission using a previously set shift line, wherein the shift controller is configured to include, as the shift line: - an electricity consumption prioritized shift line with priority placed to improve electricity consumption rate, wherein the electricity consumption prioritized shift line is configured to be set to a shift line at which the hysteresis between the upshift line and the downshift line respectively set to sandwich the optimal electricity consumption is relatively small, characterized in that the shift controller is configured to further include, as the shift line: - a driving force prioritized shift line with priority placed to suppress the frequency of shifting, wherein the driving force prioritized shift line is configured to be set to a shift line at which the hysteresis between the upshift line and the downshift line respectively set to sandwich the optimal electricity consumption is larger than the electricity consumption prioritized shift line, and wherein the driving force prioritized shift line is configured to be used for a predetermined time after completion of the shift control using the electricity consumption prioritized shift line, wherein the shift controller is configured to set the predetermined time in accordance with the required driving force of the driver, and wherein the shift controller is configured to set the predetermined time longer as the required driving force increases, at least when the required driving force is greater than a threshold value. - an electricity consumption prioritized shift line with priority placed to improve electricity consumption rate, wherein the electricity consumption prioritized shift line is configured to be set to a shift line at which the hysteresis between the upshift line and the downshift line respectively set to sandwich the optimal electricity consumption is relatively small, characterized in that the shift controller is configured to further include, as the shift line: - a driving force prioritized shift line with priority placed to suppress the frequency of shifting, wherein the driving force prioritized shift line is configured to be set to a shift line at which the hysteresis between the upshift line and the downshift line respectively set to sandwich the optimal electricity consumption is larger than the electricity consumption prioritized shift line, and
A method for bonding a polymer to a hydroxylated Surface, the method comprising: applying a compound, comprising; a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or at least one of a quinone dioxime or a quinone oxime as an aromatic nitroso precursor and combinations thereof, to at least one of the surface or the polymer and bringing the surface and polymer together, wherein the hydroxylated surface comprises at least one of silicate, aluminate, germanate and combinations thereof or is selected from one of glass, quartz, clays, talcs, zeolites, porcelains, ceramics, silicon substrates and combinations thereof, wherein the polymer is an elastomer. applying a compound, comprising; a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or at least one of a quinone dioxime or a quinone oxime as an aromatic nitroso precursor and combinations thereof, to at least one of the surface or the polymer and bringing the surface and polymer together, wherein the hydroxylated surface comprises at least one of silicate, aluminate, germanate and combinations thereof or is selected from one of glass, quartz, clays, talcs, zeolites, porcelains, ceramics, silicon substrates and combinations thereof, wherein the polymer is an elastomer. a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or at least one of a quinone dioxime or a quinone oxime as an aromatic nitroso precursor and combinations thereof, to at least one of the surface or the polymer and bringing the surface and polymer together, wherein the hydroxylated surface comprises at least one of silicate, aluminate, germanate and combinations thereof or is selected from one of glass, quartz, clays, talcs, zeolites, porcelains, ceramics, silicon substrates and combinations thereof, wherein the polymer is an elastomer.
Connection assembly comprising a first housing part that comprises contact element receptacles for contact elements, and latching elements for latching said contact elements in said contact element receptacles, a second housing part that is configured to be plugged together with said first housing part, a joint connector that is held between said first housing part and said second housing part and configured to connect at least two contact elements, characterized in that, said second housing part comprises a base plate and a plurality of locking sections that lock said latching elements in a latching position, wherein the locking sections are configured as projections that project with respect to the base plate of the second housing part. a first housing part that comprises contact element receptacles for contact elements, and latching elements for latching said contact elements in said contact element receptacles, a second housing part that is configured to be plugged together with said first housing part, a joint connector that is held between said first housing part and said second housing part and configured to connect at least two contact elements, characterized in that, said second housing part comprises a base plate and a plurality of locking sections that lock said latching elements in a latching position, wherein the locking sections are configured as projections that project with respect to the base plate of the second housing part.