mhurhangee/ep-ind-claims huggingface dataset:
A piston assembly comprising: a piston including a first cap disposed on a first end of the piston and a second cap disposed on a second end of the piston; a piston rod in between the first cap and the second cap; a crank mechanism including a shaft and a crank arm, wherein a first end of the crank arm is affixed to the shaft and a second end of the crank arm is slidably and rotationally engaged with a slot in the piston rod; characterised in that the piston assembly further comprises: a first cover affixed to a first side of the piston rod; a second cover affixed to a second side of the piston rod, wherein the second side of the piston rod is opposite the first side of the piston rod; a first cutout in the first cover and a second cutout in the second cover, wherein the first cutout and the second cutout provide an opening in the first cover and the second cover for the crank arm to enter the piston. a piston including a first cap disposed on a first end of the piston and a second cap disposed on a second end of the piston; a piston rod in between the first cap and the second cap; a crank mechanism including a shaft and a crank arm, wherein a first end of the crank arm is affixed to the shaft and a second end of the crank arm is slidably and rotationally engaged with a slot in the piston rod; characterised in that the piston assembly further comprises: a first cover affixed to a first side of the piston rod; a second cover affixed to a second side of the piston rod, wherein the second side of the piston rod is opposite the first side of the piston rod; a first cutout in the first cover and a second cutout in the second cover, wherein the first cutout and the second cutout provide an opening in the first cover and the second cover for the crank arm to enter the piston. a first cover affixed to a first side of the piston rod; a second cover affixed to a second side of the piston rod, wherein the second side of the piston rod is opposite the first side of the piston rod; a first cutout in the first cover and a second cutout in the second cover, wherein the first cutout and the second cutout provide an opening in the first cover and the second cover for the crank arm to enter the piston.
A method to generate a non-woven fabric comprising the steps of: - prearranging at least one thread guide arranged to guide at least one textile thread (110,110a,110b); - prearranging moving means that is arranged to actuate said thread guide according to at least one degree of freedom; - prearranging at least one rigid support (200,200'); - handling said or each thread guide by said moving means for arranging at least one first portion of said or each textile thread (110,110a,110b) along at least one first trajectory γ 1 on said or each rigid support (200,200'); - handling said or each thread guide by said moving means for arranging at least one second portion of said or each textile thread (110,110a,110b) along at least one second trajectory γ 2 on said or each rigid support (200,200'), said or each second trajectory γ 2 arranged to overlap with said or each first trajectory γ 1 at least at one intersection point P i; - joining said or each second portion of said or each textile thread (110,110a,110b) with said or each first portion of said or each textile thread (110,110a,110b) at said or each intersection point P i; said method characterized in that said step of prearranging at least one rigid support (200,200') provides the steps of prearranging a first rigid support and at least one second rigid support. - prearranging at least one thread guide arranged to guide at least one textile thread (110,110a,110b); - prearranging moving means that is arranged to actuate said thread guide according to at least one degree of freedom; - prearranging at least one rigid support (200,200'); - handling said or each thread guide by said moving means for arranging at least one first portion of said or each textile thread (110,110a,110b) along at least one first trajectory γ 1 on said or each rigid support (200,200'); - handling said or each thread guide by said moving means for arranging at least one second portion of said or each textile thread (110,110a,110b) along at least one second trajectory γ 2 on said or each rigid support (200,200'), said or each second trajectory γ 2 arranged to overlap with said or each first trajectory γ 1 at least at one intersection point P i; - joining said or each second portion of said or each textile thread (110,110a,110b) with said or each first portion of said or each textile thread (110,110a,110b) at said or each intersection point P i;
A controller comprising: input means for receiving an environment signal indicative of a location of one or more features (7125, 7140, 7150) in a vicinity of a vehicle; output means for outputting a manoeuvre signal to cause the vehicle to perform a defined manoeuvre to a defined manoeuvre completed position; and control means arranged to control the output means to cause the vehicle to perform the defined manoeuvre, the control means being arranged to determine a planned trajectory to perform the defined manoeuvre within a number of trajectory parts to the defined manoeuvre completed position within a defined manoeuvre completed position tolerance range relative to a feature in the vicinity of the vehicle, wherein the control means is arranged to determine the defined manoeuvre completed position tolerance range in dependence on the environment signal; characterised in that the control means is arranged to inversely relate the number of trajectory parts to the defined manoeuvre completed position tolerance range such that the defined manoeuvre is limited to a smaller number of trajectory parts when the defined manoeuvre completed position tolerance range is larger and the defined manoeuvre is limited to a larger number of trajectory parts when the defined manoeuvre completed position tolerance range is smaller. input means for receiving an environment signal indicative of a location of one or more features (7125, 7140, 7150) in a vicinity of a vehicle; output means for outputting a manoeuvre signal to cause the vehicle to perform a defined manoeuvre to a defined manoeuvre completed position; and control means arranged to control the output means to cause the vehicle to perform the defined manoeuvre, the control means being arranged to determine a planned trajectory to perform the defined manoeuvre within a number of trajectory parts to the defined manoeuvre completed position within a defined manoeuvre completed position tolerance range relative to a feature in the vicinity of the vehicle, wherein the control means is arranged to determine the defined manoeuvre completed position tolerance range in dependence on the environment signal; characterised in that the control means is arranged to inversely relate the number of trajectory parts to the defined manoeuvre completed position tolerance range such that the defined manoeuvre is limited to a smaller number of trajectory parts when the defined manoeuvre completed position tolerance range is larger and the defined manoeuvre is limited to a larger number of trajectory parts when the defined manoeuvre completed position tolerance range is smaller.
A positive active material for a rechargeable lithium battery, comprising a lithium nickel-based composite oxide, the lithium nickel-based composite oxide comprises a secondary particle in which a plurality of plate-shaped primary particles are agglomerated characterized in that the secondary particle has a regular array structure where -planes of plate-shaped primary particles oriented in a vertical direction with respect to the surface of the secondary particle, and a lithium manganese composite oxide having two types or more of crystal structures, and the surface-modifying layer comprising lithium fluoride is on the surface of at least one of the lithium nickel-based composite oxide and the lithium manganese composite oxide. a lithium nickel-based composite oxide, the lithium nickel-based composite oxide comprises a secondary particle in which a plurality of plate-shaped primary particles are agglomerated characterized in that the secondary particle has a regular array structure where -planes of plate-shaped primary particles oriented in a vertical direction with respect to the surface of the secondary particle, and a lithium manganese composite oxide having two types or more of crystal structures, and the surface-modifying layer comprising lithium fluoride is on the surface of at least one of the lithium nickel-based composite oxide and the lithium manganese composite oxide.
A mounting plug for sealing openings, in particular openings in car bodies and the like, wherein the mounting plug comprises a first device and a second device, wherein the second device is axially displaceable in the first device, wherein the first device comprises means for rearwardly engaging with an opening edge in a locking fashion and, with the second device, the means for rearwardly engaging with an opening edge are actuatable radially outward into a locking position, wherein the actuation is feasible by the axial displacement of the second device in the first device, wherein there is a pre-latching position and an end-latching position between the first device and the second device, wherein, in the pre-latching position, the second device for actuating the means for rearwardly engaging with an opening edge in a locking fashion is pre-mounted in the first device in a loss-proof manner and, in the end-latching position, the second device locks the locking rearward engagement of the means for rearwardly engaging with an opening edge by the first device in a locking manner, characterized in that the second device comprises a circular disk-shaped base body, coaxially from which a cylindrical shaft axially protrudes, wherein the shaft has a diameter that is smaller than the diameter of the base body, wherein the shaft has stiffening ribs on the inside of the cylinders, which extend around a central coaxial, cylindrical portion on the shaft inside of the shaft that has a smaller diameter. the first device comprises means for rearwardly engaging with an opening edge in a locking fashion and, with the second device, the means for rearwardly engaging with an opening edge are actuatable radially outward into a locking position, wherein the actuation is feasible by the axial displacement of the second device in the first device, wherein there is a pre-latching position and an end-latching position between the first device and the second device, wherein, in the pre-latching position, the second device for actuating the means for rearwardly engaging with an opening edge in a locking fashion is pre-mounted in the first device in a loss-proof manner and, in the end-latching position, the second device locks the locking rearward engagement of the means for rearwardly engaging with an opening edge by the first device in a locking manner, characterized in that the second device comprises a circular disk-shaped base body, coaxially from which a cylindrical shaft axially protrudes, wherein the shaft has a diameter that is smaller than the diameter of the base body, wherein the shaft has stiffening ribs on the inside of the cylinders, which extend around a central coaxial, cylindrical portion on the shaft inside of the shaft that has a smaller diameter.
A method for verifying the integrity of each operator (6, 7) of a gas valve comprising two operators (6, 7) disposed in succession on a passage path within the valve for the gas directed to a burner, said operator (6, 7) being adapted to close or to regulatably open said passage according to requirements, the operator (6, 7) being subjected to command action by a corresponding actuator (20, 21), the actuator being in its turn controlled by a command and control unit which supervises the gas appliance operation, said unit sensing a flame signal corresponding to the presence of the flame in the burner proportional to the gas flow rate reaching this latter, each operator (6, 7) being made to close alternately, with corresponding cessation of gas feed to the burner and successive sensing of the extinguishing of the flame at the burner, the gas feed being completely interrupted whenever it is sensed after a time limit that the flame is extinguished, this indicating that the functionality of the operator (6, 7) subjected to closure is not completely correct, the closure of each operator (6, 7) being achieved by acting on the corresponding actuator, characterised by determining a minimum action which each actuator (20, 21) has to apply to the corresponding actuator (6, 7) to achieve closure of the valve passage within a predetermined time period, this minimum action being determined by controlling the flame.
A scanning probe microscope, in particular an atomic force microscope, for analysing a sample by moving a probe and the sample relative to one another, wherein the scanning probe microscope comprises a detection unit which comprises a side view camera arranged and configured for detecting an image of the sample in a substantially horizontal side view when the sample and the probe are spaced in a vertical direction, wherein the side view camera is arranged and configured for additionally monitoring a gap between the sample and the probe in the substantially horizontal side view; a determining unit for determining information indicative of a profile of at least part of a surface of the sample based on the detected image, characterised in that the determining unit is configured for determining information of at least one of the group consisting of determining multiple height values from a shadow image of the sample, and determining a three dimensional surface function of at least part of the sample, wherein the determining unit is further configured for determining information indicative of the profile by combining multiple images of the sample detected by the detection unit from different positions and/or orientations relative to the sample, and wherein providing the multiple images comprises at least one of the group which consists of: providing two or more side view cameras, rotating the side view camera, rotating the sample. a detection unit which comprises a side view camera arranged and configured for detecting an image of the sample in a substantially horizontal side view when the sample and the probe are spaced in a vertical direction, wherein the side view camera is arranged and configured for additionally monitoring a gap between the sample and the probe in the substantially horizontal side view; a determining unit for determining information indicative of a profile of at least part of a surface of the sample based on the detected image, characterised in that the determining unit is configured for determining information of at least one of the group consisting of determining multiple height values from a shadow image of the sample, and determining a three dimensional surface function of at least part of the sample, wherein the determining unit is further configured for determining information indicative of the profile by combining multiple images of the sample detected by the detection unit from different positions and/or orientations relative to the sample, and wherein providing the multiple images comprises at least one of the group which consists of: providing two or more side view cameras, rotating the side view camera, rotating the sample.
An aircraft drive system, comprising: an electrical power source (101, 102); a first landing gear having a first wheel for contacting the ground and a first motor-generator coupleable to the first wheel for applying a torque to the first wheel; a second landing gear having a second wheel for contacting the ground and a second motor-generator coupleable to the second wheel for applying a torque to the second wheel; and a controller for controlling the supply of electrical power between the electrical power source and the first motor-generator and the second motor-generator, wherein the controller is operable in a first mode of operation in which electrical power from the electrical power source is supplied to the first motor-generator and to the second-motor generator, and characterised in that the controller is operable in a second mode of operation in which electrical power generated by the first motor-generator in a regenerative braking mode is supplied to the second motor-generator in a motorized driving mode. an electrical power source (101, 102); a first landing gear having a first wheel for contacting the ground and a first motor-generator coupleable to the first wheel for applying a torque to the first wheel; a second landing gear having a second wheel for contacting the ground and a second motor-generator coupleable to the second wheel for applying a torque to the second wheel; and a controller for controlling the supply of electrical power between the electrical power source and the first motor-generator and the second motor-generator, wherein the controller is operable in a first mode of operation in which electrical power from the electrical power source is supplied to the first motor-generator and to the second-motor generator, and characterised in that the controller is operable in a second mode of operation in which electrical power generated by the first motor-generator in a regenerative braking mode is supplied to the second motor-generator in a motorized driving mode.
A reflective optical element arranged for an operating wavelength in the soft x-ray and extreme ultraviolet wavelength range between 1 nm and 20 nm, in particular for use in an EUV lithography device, which has a multilayer system made of at least two alternating materials having different real parts of the index of refraction at the operating wavelength, wherein at both of two neighboring interfaces between these two alternating materials (21, 22) two additional layers (23a,b, 24a,b, 24a',b') of different further materials are situated such as to adjoin at least one of the two alternating materials (21, 22), one of the two neighboring interfaces being an interface from the material having a lower real part of the index of refraction to the material having a higher real part of the index of refraction and the other of the two neighboring interfaces being an interface from the material having a higher real part of the index of refraction to the material having a lower real part of the index of refraction, and wherein the two additional layers (23a,b, 24a,b, 24a',b') are chosen differently at both interfaces.
Connector with a housing with a plug opening for receiving an electrical plug, with a cable opening for receiving a terminal of a conductor of a cable, whereby a middle axis of the plug opening and a middle axis of the cable opening are disposed in a predetermined angle, whereby the cable opening leads in a chamber, whereby the plug opening passes over via an opening face in the chamber, whereby the chamber is arranged along a longitudinal axis of the cable opening, whereby the chamber extends opposite to the cable opening in the longitudinal axis of the cable opening over the opening face providing a space beside the opening face for receiving a front part of the terminal, whereby the chamber extends opposite to the cable opening in the longitudinal axis of the cable opening over the opening face at least 5mm, whereby the terminal is arranged in the chamber, whereby the terminal comprises: at least one hole (34,36) for guiding an electrical contact, whereby the at least one hole is embodied as a long hole, wherein the long hole allows different fixing positions of the electrical contact along the terminal, or at least two holes for guiding an electrical contact, whereby the at least two holes are embodied such that different positions of the electrical contact are provided along the terminal. at least one hole (34,36) for guiding an electrical contact, whereby the at least one hole is embodied as a long hole, wherein the long hole allows different fixing positions of the electrical contact along the terminal, or at least two holes for guiding an electrical contact, whereby the at least two holes are embodied such that different positions of the electrical contact are provided along the terminal.
A method of making a cream cheese product comprising the steps of: providing a standardized milk base having 80% to 100% of a milk source and 0% to 20% of a fat source, wherein the milk source has less than or equal to 7% fat, wherein the fat source has less than 60% fat, and wherein the standardized milk base has a first fat content of less than or equal to 7%; fermenting the standardized milk base with a bacteria culture to form a fermented milk base; adjusting the pH level of the fermented milk base prior to an ultrafiltration step by addition of an unfermented, sweet milk mix; ultrafiltrating the fermented milk base at a concentration factor of 2X or greater to form a retentate and a permeate, wherein the retentate has a second fat content greater than the first fat content and less than or equal to 20%; providing a fermented sour cream with a third fat content from 20% to 60%; and mixing the retentate and the fermented sour cream to form the cream cheese product, wherein the first fat content and amount of retentate and the third fat content and amount of fermented sour cream are effective to form the cream cheese product with a total fat content greater than 20%. providing a standardized milk base having 80% to 100% of a milk source and 0% to 20% of a fat source, wherein the milk source has less than or equal to 7% fat, wherein the fat source has less than 60% fat, and wherein the standardized milk base has a first fat content of less than or equal to 7%; fermenting the standardized milk base with a bacteria culture to form a fermented milk base; adjusting the pH level of the fermented milk base prior to an ultrafiltration step by addition of an unfermented, sweet milk mix; ultrafiltrating the fermented milk base at a concentration factor of 2X or greater to form a retentate and a permeate, wherein the retentate has a second fat content greater than the first fat content and less than or equal to 20%; providing a fermented sour cream with a third fat content from 20% to 60%; and mixing the retentate and the fermented sour cream to form the cream cheese product, wherein the first fat content and amount of retentate and the third fat content and amount of fermented sour cream are effective to form the cream cheese product with a total fat content greater than 20%.
A method of sorting foreign matter from a flow, the method comprising the steps of: identifying objects within a flow; for each identified object, determining reflectance intensities at at least two different wavelengths or ranges of wavelengths (λ1, λ2); and for each identified object, comparing the reflectance intensities at a first reflectance intensity from the identified object at a first wavelength (λ1) in the range of from about 800 nm to about 1200 nm and a second reflectance intensity from the identified object at a second wavelength (λ2) in the range of from about 1470 nm to about 1570 nm to a reference intensity profile, wherein the identified object is characterized as foreign matter when the reflectance intensities at the at least two different wavelengths or ranges of wavelengths (λ1, λ2) fall within a predetermined region of the reference intensity profile. identifying objects within a flow; for each identified object, determining reflectance intensities at at least two different wavelengths or ranges of wavelengths (λ1, λ2); and for each identified object, comparing the reflectance intensities at a first reflectance intensity from the identified object at a first wavelength (λ1) in the range of from about 800 nm to about 1200 nm and a second reflectance intensity from the identified object at a second wavelength (λ2) in the range of from about 1470 nm to about 1570 nm to a reference intensity profile, wherein the identified object is characterized as foreign matter when the reflectance intensities at the at least two different wavelengths or ranges of wavelengths (λ1, λ2) fall within a predetermined region of the reference intensity profile.