mhurhangee/ep-ind-claims huggingface dataset:
A method of determining the stress that should be applied to a tyre during an indoor endurance bench test, the method comprising the steps of: driving a vehicle along a sample road route; measuring variations in the longitudinal speed (V x) and position of the vehicle as it travels along the sample road route; and calculating the inertial forces (FI x, FI y) acting on at least one tyre of the vehicle as it travels along the sample road route, on the basis of variations in the longitudinal speed (V x) and position of the vehicle; the method being characterized by comprising the further steps of: transforming the inertial forces (FI x, FI y) and the longitudinal speed (V x) from the time domain to the space domain; expanding the longitudinal speed (V x) in the space domain by applying a first multiplication factor (k v) greater than one; expanding the space by applying a second multiplication factor (k s) greater than one and equal or greater than the first multiplication factor (k v), and resampling the expanded longitudinal speed (V x) and the inertial forces (FI x, FI y) with respect to the expanded space; and retransforming the resampled longitudinal speed (V x) and the resampled inertial forces (FI x, FI y) from the space domain to the time domain. driving a vehicle along a sample road route; measuring variations in the longitudinal speed (V x) and position of the vehicle as it travels along the sample road route; and calculating the inertial forces (FI x, FI y) acting on at least one tyre of the vehicle as it travels along the sample road route, on the basis of variations in the longitudinal speed (V x) and position of the vehicle; the method being characterized by comprising the further steps of: transforming the inertial forces (FI x, FI y) and the longitudinal speed (V x) from the time domain to the space domain; expanding the longitudinal speed (V x) in the space domain by applying a first multiplication factor (k v) greater than one; expanding the space by applying a second multiplication factor (k s) greater than one and equal or greater than the first multiplication factor (k v), and resampling the expanded longitudinal speed (V x) and the inertial forces (FI x, FI y) with respect to the expanded space; and retransforming the resampled longitudinal speed (V x) and the resampled inertial forces (FI x, FI y) from the space domain to the time domain. transforming the inertial forces (FI x, FI y) and the longitudinal speed (V x) from the time domain to the space domain; expanding the longitudinal speed (V x) in the space domain by applying a first multiplication factor (k v) greater than one; expanding the space by applying a second multiplication factor (k s) greater than one and equal or greater than the first multiplication factor (k v), and resampling the expanded longitudinal speed (V x) and the inertial forces (FI x, FI y) with respect to the expanded space; and retransforming the resampled longitudinal speed (V x) and the resampled inertial forces (FI x, FI y) from the space domain to the time domain.
An optical inspection device for inspecting an optical performance of an optical system under inspection including at least one lens, the optical inspection device characterized by comprising: a light emitter; a chart on which a pattern to be projected by the light emitter is drawn; a collimating lens disposed between the chart and the optical system under inspection; and a mirror disposed between the collimating lens and the optical system under inspection, wherein the light emitter is configured to irradiate the chart with light to deliver light rays to the collimating lens as on-axis light rays, and to project the pattern on the chart onto a center of an image sensor through the collimating lens and the optical system under inspection, the on-axis light rays are light rays along the center axis of the collimating lens, and wherein the mirror is configured to reflect light rays delivered to the mirror through the collimating lens among the on-axis light rays to project the reflected light rays onto a periphery of the image sensor through the optical system under inspection. a light emitter; a chart on which a pattern to be projected by the light emitter is drawn; a collimating lens disposed between the chart and the optical system under inspection; and a mirror disposed between the collimating lens and the optical system under inspection, wherein the light emitter is configured to irradiate the chart with light to deliver light rays to the collimating lens as on-axis light rays, and to project the pattern on the chart onto a center of an image sensor through the collimating lens and the optical system under inspection, the on-axis light rays are light rays along the center axis of the collimating lens, and wherein the mirror is configured to reflect light rays delivered to the mirror through the collimating lens among the on-axis light rays to project the reflected light rays onto a periphery of the image sensor through the optical system under inspection.
A tourniquet provided with a controlled damaged blood vessel compression element adapted to compress a damaged blood vessel at a lesion site, a blood flow sensor (26, 26a, 226) for detecting the blood flow through the compressed damaged blood vessel and a blood loss sensor for detecting the blood flow from the compressed damaged blood vessel, characterized in that the said tourniquet is provided further with a second healthy vessel compression element configured to compress a healthy vessel and control the blood flow therein, said tourniquet being characterized in that the damaged blood vessel compression element and the healthy vessel compression element are controlled independently.
A reeling apparatus configured to coil a tube on a reel, whereby the apparatus comprises a main reel connected to a spindle of the apparatus and configured to be rotatable around a central axis, a tube holding ring configured to rotate together with the main reel and to collect an initial part of the tube, and a guide element positioned at a distance from the main reel with respect to the central axis, and configured to guide the tube to the apparatus characterized in that the tube holding ring is located outside and at a radial distance from the main reel with respect to the central axis, and the guide element is movable between an outer position for guiding the initial flawed part of the tube to be coiled onto the tube holding ring, and an inner position for guiding the unflawed part of the tube to be coiled onto the main reel.
A secondary battery, comprising: a positive electrode comprising a current collector coated with a positive electrode mixture that comprises a positive electrode active material; a negative electrode comprising a current collector coated with a negative electrode mixture that comprises a negative electrode active material; and an electrolyte solution comprising a lithium salt and a non-aqueous solvent, and additionally comprising vinylene carbonate and fluoroethylene carbonate,wherein the negative electrode comprises a carbon-based material and a silicon-based compound in a weight ratio of 90:10 to 99:1, and the non-aqueous solvent comprises cyclic carbonate and a linear solvent, wherein the silicon-based compound is silicon oxide (SiO), and wherein the silicon oxide (SiO) comprises silicon dioxide (SiO 2) and amorphous silicon mixed in a weight ratio of 1:1., the cyclic carbonate and the linear solvent being mixed in a volume ratio of 1:1 to 1:3, a content of the vinylene carbonate being 1.0% by weight or more and 4.0% by weight or less based on a total weight of the electrolyte solution, and a content of the fluoroethylene carbonate being 2% by weight or more and 7% by weight and less based on a total weight of the electrolyte solution, characterized in that the linear solvent includes linear carbonate and linear ester. a positive electrode comprising a current collector coated with a positive electrode mixture that comprises a positive electrode active material; a negative electrode comprising a current collector coated with a negative electrode mixture that comprises a negative electrode active material; and an electrolyte solution comprising a lithium salt and a non-aqueous solvent, and additionally comprising vinylene carbonate and fluoroethylene carbonate,wherein the negative electrode comprises a carbon-based material and a silicon-based compound in a weight ratio of 90:10 to 99:1, and the non-aqueous solvent comprises cyclic carbonate and a linear solvent, wherein the silicon-based compound is silicon oxide (SiO), and wherein the silicon oxide (SiO) comprises silicon dioxide (SiO 2) and amorphous silicon mixed in a weight ratio of 1:1., the cyclic carbonate and the linear solvent being mixed in a volume ratio of 1:1 to 1:3, a content of the vinylene carbonate being 1.0% by weight or more and 4.0% by weight or less based on a total weight of the electrolyte solution, and a content of the fluoroethylene carbonate being 2% by weight or more and 7% by weight and less based on a total weight of the electrolyte solution, characterized in that the linear solvent includes linear carbonate and linear ester.
A label attaching apparatus for attaching labels to a commodity, the label attaching apparatus comprising: a plurality of label issuing mechanisms (10a, 11a) configured to issue the labels; a plurality of label attaching mechanisms (10b, 11b) configured to attach the plurality of labels issued from the plurality of label issuing mechanisms to the commodity; an acquisition part configured to acquire commodity information about the commodity; and a control part configured to control operations of the plurality of label attaching mechanisms, characterized in that the control part is configured to switch to a first mode in which all of the labels to be attached to the commodity are attached to the commodity by the plurality of label attaching mechanisms (10b, 11b) or to a second mode in which some of the labels to be attached to the commodity are attached to the commodity by one of the label attaching mechanisms and the remaining labels to be attached to the commodity are carried by another label attaching mechanism to an ejection position accessible to an operator's hand to be manually attached to the commodity, and in that the control part is configured to determine, on the basis of the commodity information acquired by the acquisition part, whether or not the plurality of label attaching mechanisms (10b, 11b) come within a given distance from each other, and switches to the second mode when the plurality of label attaching mechanisms come within the given distance from each other. a plurality of label issuing mechanisms (10a, 11a) configured to issue the labels; a plurality of label attaching mechanisms (10b, 11b) configured to attach the plurality of labels issued from the plurality of label issuing mechanisms to the commodity; an acquisition part configured to acquire commodity information about the commodity; and a control part configured to control operations of the plurality of label attaching mechanisms, characterized in that the control part is configured to switch to a first mode in which all of the labels to be attached to the commodity are attached to the commodity by the plurality of label attaching mechanisms (10b, 11b) or to a second mode in which some of the labels to be attached to the commodity are attached to the commodity by one of the label attaching mechanisms and the remaining labels to be attached to the commodity are carried by another label attaching mechanism to an ejection position accessible to an operator's hand to be manually attached to the commodity, and in that the control part is configured to determine, on the basis of the commodity information acquired by the acquisition part, whether or not the plurality of label attaching mechanisms (10b, 11b) come within a given distance from each other, and switches to the second mode when the plurality of label attaching mechanisms come within the given distance from each other.
A method to transmit uplink information, the method comprising: requesting, by a wireless transmit/receive unit, WTRU, a common enhanced dedicated channel, E-DCH resource from a network; receiving an indication from the network to fallback to Release 99 Physical Random Access Channel, R99 PRACH, wherein the indication is received via an acquisition indicator, E-AI; determining whether a condition is met, wherein the condition is met if the WTRU has data to transmit on a channel configured for fallback to R99 PRACH which fit the R99 PRACH transmission time interval,TTI, and wherein the channel configured for fallback to R99 PRACH is a common control channel, CCCH, or a dedicated control channel, DCCH; and transmitting the uplink information over the R99 PRACH if the condition is met, utilising a preamble reserved for fallback to R99 PRACH. requesting, by a wireless transmit/receive unit, WTRU, a common enhanced dedicated channel, E-DCH resource from a network; receiving an indication from the network to fallback to Release 99 Physical Random Access Channel, R99 PRACH, wherein the indication is received via an acquisition indicator, E-AI; determining whether a condition is met, wherein the condition is met if the WTRU has data to transmit on a channel configured for fallback to R99 PRACH which fit the R99 PRACH transmission time interval,TTI, and wherein the channel configured for fallback to R99 PRACH is a common control channel, CCCH, or a dedicated control channel, DCCH; and transmitting the uplink information over the R99 PRACH if the condition is met, utilising a preamble reserved for fallback to R99 PRACH.
Microwave cooking appliance, having - a cooking chamber delimited by a cooking chamber wall (1; 23) and - a microwave apparatus for introducing microwaves into the cooking chamber, the microwave apparatus having at least one patch antenna (2; 24), wherein - the patch antenna (2; 24) has a planar base body (3; 25) and a planar emission body (6; 21), which covers the base body (3; 25) at a distance and can be fed with microwave energy, - the base body (3; 25) and the emission body (6; 21) are electrically insulated from one another, and - the base body (3; 25) corresponds to a recess in the cooking chamber wall, - the emission body (6; 21) is inserted into the recess and - the microwave supply is a coaxial line, characterised in that - the base body (3; 25) and the emission body (6; 21) are insulated electrically from one another by a peripheral gap around the side of the emission body (6; 21), - the gap is closed by means of an electrically insulating closing material, and - an inner conductor of the coaxial line is inserted freely into a sleeve-type holding region (18; 22) of the emission body (6; 21) and an intermediate space between the inner conductor and the sleeve-type holding region (18; 22) is filled with a dielectric material. - a cooking chamber delimited by a cooking chamber wall (1; 23) and - a microwave apparatus for introducing microwaves into the cooking chamber, the microwave apparatus having at least one patch antenna (2; 24), wherein - the patch antenna (2; 24) has a planar base body (3; 25) and a planar emission body (6; 21), which covers the base body (3; 25) at a distance and can be fed with microwave energy, - the base body (3; 25) and the emission body (6; 21) are electrically insulated from one another, and - the base body (3; 25) corresponds to a recess in the cooking chamber wall, - the emission body (6; 21) is inserted into the recess and - the microwave supply is a coaxial line, - the base body (3; 25) and the emission body (6; 21) are insulated electrically from one another by a peripheral gap around the side of the emission body (6; 21), - the gap is closed by means of an electrically insulating closing material, and - an inner conductor of the coaxial line is inserted freely into a sleeve-type holding region (18; 22) of the emission body (6; 21) and an intermediate space between the inner conductor and the sleeve-type holding region (18; 22) is filled with a dielectric material.
An LCP extruded film comprising: an aromatic polyester-based liquid crystal polymer at least having at least a monomer component A selected from the group consisting of para-hydroxybenzoic acid and derivatives thereof, and a monomer component B selected from the group consisting of 6-hydroxy-2-naphthoic acid and derivatives thereof, as monomer components, characterised in that the content in terms of molar ratio of the monomer component A to the aromatic polyester-based liquid crystal polymer is 30 mol% or more and less than 90 mol%, the content in terms of molar ratio of the monomer component B to the aromatic polyester-based liquid crystal polymer is 10 mol% or more and less than 70 mol%, and the LCP extruded film is an unstretched LCP film extruded by T die, and has a dissolution rate in pentafluorophenol at 60°C of 25% or more, wherein the dissolution rate is calculated as specified in the description. an aromatic polyester-based liquid crystal polymer at least having at least a monomer component A selected from the group consisting of para-hydroxybenzoic acid and derivatives thereof, and a monomer component B selected from the group consisting of 6-hydroxy-2-naphthoic acid and derivatives thereof, as monomer components, characterised in that the content in terms of molar ratio of the monomer component A to the aromatic polyester-based liquid crystal polymer is 30 mol% or more and less than 90 mol%, the content in terms of molar ratio of the monomer component B to the aromatic polyester-based liquid crystal polymer is 10 mol% or more and less than 70 mol%, and
An electrospindle with preloaded bearings for a machine tool comprising: an external container; a drive shaft rotatable with respect to said external container, by means of front bearings and rear bearings, located at the two ends of said drive shaft; a series of channels positioned inside said electrospindle to cause a cooling liquid of said electrospindle to flow; characterized in that at least one cooling channel of said electrospindle is provided positioned circularly external to said rear bearings designed to provide a radial force to said rear bearings equal to the pressure of said cooling liquid; said at least one cooling channel is positioned between a circular housing ring housing the rear bearings and a circular external flange which is fixed to the external container; two O-ring type gaskets, characterized in that the electrospindle further comprises an elastic, flat and circular gasket is positioned between said at least one cooling channel and said external flange; wherein the two O-ring type gaskets are positioned laterally to said elastic, flat and circular gasket; and wherein the cooling liquid, which on the side of the flange circulates in contact with the gasket, presses said flat and circular gasket against said circular external flange and therefore applies a reaction force on the circular housing ring that preloads radially said rear bearings. an external container; a drive shaft rotatable with respect to said external container, by means of front bearings and rear bearings, located at the two ends of said drive shaft; a series of channels positioned inside said electrospindle to cause a cooling liquid of said electrospindle to flow; characterized in that at least one cooling channel of said electrospindle is provided positioned circularly external to said rear bearings designed to provide a radial force to said rear bearings equal to the pressure of said cooling liquid; said at least one cooling channel is positioned between a circular housing ring housing the rear bearings and a circular external flange which is fixed to the external container; two O-ring type gaskets, characterized in that the electrospindle further comprises an elastic, flat and circular gasket is positioned between said at least one cooling channel and said external flange; wherein the two O-ring type gaskets are positioned laterally to said elastic, flat and circular gasket; and wherein the cooling liquid, which on the side of the flange circulates in contact with the gasket, presses said flat and circular gasket against said circular external flange and therefore applies a reaction force on the circular housing ring that preloads radially said rear bearings.
Procedure for operating an electromagnetic flowmeter with a measuring tube, - wherein a medium, which is at least partially electrically conductive, flows through the measuring tube, - wherein, in order to determine the flow, a clocked magnetic field is generated using at least one coil arrangement, -- said magnetic field at least partially passing through the medium -- wherein the magnetic field is generated by an excitation current, --- wherein said current flows through the coil arrangement, -- wherein the magnetic field is operated with at least a first clock system, - wherein, in the event that the coil arrangement is free from the excitation current, an electrical potential difference between the medium in relation to a reference potential is measured using at least a first measuring electrode that communicates with the medium, -- wherein the potential difference is compared with a predefined reference value, and --- wherein, in the event of a deviation of the potential difference from the reference value which is less than a predefined threshold value, the magnetic field for determining the flow is operated with at least a second clocking system which is reduced in relation to the first clocking system. - wherein a medium, which is at least partially electrically conductive, flows through the measuring tube, - wherein, in order to determine the flow, a clocked magnetic field is generated using at least one coil arrangement, -- said magnetic field at least partially passing through the medium -- wherein the magnetic field is generated by an excitation current, --- wherein said current flows through the coil arrangement, -- wherein the magnetic field is operated with at least a first clock system, -- said magnetic field at least partially passing through the medium -- wherein the magnetic field is generated by an excitation current, --- wherein said current flows through the coil arrangement, -- wherein the magnetic field is operated with at least a first clock system, - wherein, in the event that the coil arrangement is free from the excitation current, an electrical potential difference between the medium in relation to a reference potential is measured using at least a first measuring electrode that communicates with the medium, -- wherein the potential difference is compared with a predefined reference value, and --- wherein, in the event of a deviation of the potential difference from the reference value which is less than a predefined threshold value, the magnetic field for determining the flow is operated with at least a second clocking system which is reduced in relation to the first clocking system. -- wherein the potential difference is compared with a predefined reference value, and --- wherein, in the event of a deviation of the potential difference from the reference value which is less than a predefined threshold value, the magnetic field for determining the flow is operated with at least a second clocking system which is reduced in relation to the first clocking system.