mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula wherein R 1 is carbonyl or sulfonyl, and R 3 is -OR 4, -NHR 4 or -NR 4 R 4, wherein R 4 is -R 5 -O-R 6 -R 7 or -R 6 -R 7; wherein R 5 is C 1-25 -alkyl or aryl; R 7 is H or C 1-25 -alkyl; and R 6 is selected from divalent oligomeric substituents comprising two or more divalent repeating units independently selected from units of formula, wherein R 20 and R 21 each independently are H, C 1-25 -alkyl, hydroxymethyl or phenyl: R 1 is carbonyl or sulfonyl, and R 3 is -OR 4, -NHR 4 or -NR 4 R 4, wherein R 4 is -R 5 -O-R 6 -R 7 or -R 6 -R 7; wherein R 5 is C 1-25 -alkyl or aryl; R 7 is H or C 1-25 -alkyl; and R 6 is selected from divalent oligomeric substituents comprising two or more divalent repeating units independently selected from units of formula, wherein R 20 and R 21 each independently are H, C 1-25 -alkyl, hydroxymethyl or phenyl: R 5 is C 1-25 -alkyl or aryl; R 7 is H or C 1-25 -alkyl; and R 6 is selected from divalent oligomeric substituents comprising two or more divalent repeating units independently selected from units of formula, wherein R 20 and R 21 each independently are H, C 1-25 -alkyl, hydroxymethyl or phenyl:
An absolute encoder comprising: a scale in which a plurality of marks, including a plurality of types of marks, are arranged in a track, with a space and at a period; a detector including a plurality of elements arranged along a direction corresponding to the track, and configured to detect marks of the plurality of marks by the plurality of elements; and a signal processor (CULC) configured to obtain an absolute position of said scale based on an output of said detector, wherein said signal processor is configured to generate a data sequence constituted by a plurality of data by respectively quantizing a plurality of signals, respectively corresponding to a plurality of the period, output from said detector, and to obtain first position data with a resolution of the period based on the generated data sequence, to obtain second position data with a resolution higher than the resolution of the period based on a phase of a signal, corresponding to at least one of the period, of the plurality of signals, and to obtain the absolute position based on the first position data and the second position data. a scale in which a plurality of marks, including a plurality of types of marks, are arranged in a track, with a space and at a period; a detector including a plurality of elements arranged along a direction corresponding to the track, and configured to detect marks of the plurality of marks by the plurality of elements; and a signal processor (CULC) configured to obtain an absolute position of said scale based on an output of said detector, wherein said signal processor is configured
A method of providing selectable antenna polarization in an antenna assembly (302, 304, 402, 40, 502, 504) on a ground plane (306, 410, 510), the method comprising: driving an antenna element of the antenna assembly in a first electrical configuration with a radiofrequency signal to radiate with a polarization predominately in a first direction of propagation (112, 114, 408); selectively modifying the antenna assembly from the first electrical configuration to a second electrical configuration, responsive to driving the antenna element of the antenna assembly in the first electrical configuration; and driving the antenna element of the antenna assembly in the second electrical configuration with the radiofrequency signal to radiate with a polarization predominately in a second direction of propagation (212, 214, 406), responsive to selectively modifying the antenna assembly from the first electrical configuration to the second electrical configuration, wherein the antenna element includes a loop antenna, formed at least in part from a corner notch (308, 310) in the ground plane. driving an antenna element of the antenna assembly in a first electrical configuration with a radiofrequency signal to radiate with a polarization predominately in a first direction of propagation (112, 114, 408); selectively modifying the antenna assembly from the first electrical configuration to a second electrical configuration, responsive to driving the antenna element of the antenna assembly in the first electrical configuration; and driving the antenna element of the antenna assembly in the second electrical configuration with the radiofrequency signal to radiate with a polarization predominately in a second direction of propagation (212, 214, 406), responsive to selectively modifying the antenna assembly from the first electrical configuration to the second electrical configuration, wherein the antenna element includes a loop antenna, formed at least in part from a corner notch (308, 310) in the ground plane.
A medium supplying apparatus with a detachable rolled medium configured to be fed to a far side of a setting-and-removing direction of the rolled medium, the medium supplying apparatus comprising: a plurality of guide members configured to guide the rolled medium when the rolled medium is set, characterized in that: the guide members include at least one first setting guide configured to at least partially contact only an outer periphery of the rolled medium and at least one second setting guide configured not to contact the outer periphery of the rolled medium, wherein the first setting guide and the second setting guide are connected at a base via a same rotary shaft, the second setting guide is shorter than the first setting guide in a medium feeding direction, and the second setting guide is disposed in parallel with the first setting guide. the guide members include at least one first setting guide configured to at least partially contact only an outer periphery of the rolled medium and at least one second setting guide configured not to contact the outer periphery of the rolled medium, wherein the first setting guide and the second setting guide are connected at a base via a same rotary shaft, the second setting guide is shorter than the first setting guide in a medium feeding direction, and the second setting guide is disposed in parallel with the first setting guide.
A microphone test stand comprising: - an acoustical chamber coupled to a speaker arranged to produce a test sound pressure in the chamber in accordance with a test signal, - a slide assembly comprising a predetermined surface area having a microphone holder arranged thereon, - the slide assembly being movable in a first direction between a first position outside the acoustical chamber at an exposed state of the microphone holder and a second position inside the acoustical chamber in a shielded state of the microphone holder, - a first acoustic sealing member surrounding the microphone holder in the shielded state thereof, - an electrical connector comprising a set of electrical connector terminals connectable to a set of microphone terminals for receipt of a microphone response signal from a microphone assembly arranged in the microphone holder in response to the test sound pressure, and - a sound tube having a first opening arranged inside the acoustical chamber and a second opening arranged outside the acoustical chamber, - a probe microphone coupled to the second opening of the sound tube to detect the test sound pressure. - an acoustical chamber coupled to a speaker arranged to produce a test sound pressure in the chamber in accordance with a test signal, - a slide assembly comprising a predetermined surface area having a microphone holder arranged thereon, - the slide assembly being movable in a first direction between a first position outside the acoustical chamber at an exposed state of the microphone holder and a second position inside the acoustical chamber in a shielded state of the microphone holder, - a first acoustic sealing member surrounding the microphone holder in the shielded state thereof, - an electrical connector comprising a set of electrical connector terminals connectable to a set of microphone terminals for receipt of a microphone response signal from a microphone assembly arranged in the microphone holder in response to the test sound pressure, and - a sound tube having a first opening arranged inside the acoustical chamber and a second opening arranged outside the acoustical chamber, - a probe microphone coupled to the second opening of the sound tube to detect the test sound pressure.
A woven textile web material having an upper fabric layer and a lower fabric layer, comprising warp threads and first and second weft threads, and comprising carrier filaments and entwining filaments encompassing said carrier filaments as second weft threads, characterized in that said carrier filaments are integrated in the textile web material such that they appear at the surface of the upper fabric layer in first width portions substantially parallel to the warp thread direction, and do not appear at the surface of the upper fabric layer in second width portions substantially parallel to the warp thread direction.
Collecting tray (20; 30; 40; 60) for a drain, which collecting tray comprises at least a bottom (21, 31, 62) provided with an outflow opening (23, 32, 45, 61), upright walls (22, 33, 46, 62) arranged along the periphery of the bottom (21, 31) and comprises flanges (25; 36; 44; 66) adjacent to the upright walls (22, 33, 46, 62), which flanges (25; 36; 44; 66) provide an adhesive surface for fixedly adhering a sealing membrane wherein the flanges (25; 36; 44; 66) are connected via flexible parts (26; 35; 43; 65) to the collecting tray (20; 30; 40; 60) for absorbing movements of the collecting tray (20; 30; 40; 60) resulting from heat and cooling, Characterized in that the collection tray (20; 30; 40; 60) further comprises a flat plate (24; 34; 41; 63) which is arranged under the bottom (21, 31) of the collecting tray (20; 30; 40; 60) and wherein the flexible parts (26; 35; 43; 65) are arranged on the edges of the flat plate (24; 34; 41; 63).
A method performed by a core network node, the method comprising: receiving a notification from a radio access network node, the notification indicating that a user equipment has a network slice re-mapped to a fallback network slice; in response to the notification, starting, for the user equipment, a notification timer; in response to a further notification indicating a reversion from the fallback slice to the network slice before the expiry of the timer, inhibiting a slice re-mapping notification from being sent to the user equipment; and in response to the absence of a further notification indicating the reversion from the fallback slice to the network slice before the expiry of the timer, sending the slice re-mapping notification to the user equipment. receiving a notification from a radio access network node, the notification indicating that a user equipment has a network slice re-mapped to a fallback network slice; in response to the notification, starting, for the user equipment, a notification timer; in response to a further notification indicating a reversion from the fallback slice to the network slice before the expiry of the timer, inhibiting a slice re-mapping notification from being sent to the user equipment; and in response to the absence of a further notification indicating the reversion from the fallback slice to the network slice before the expiry of the timer, sending the slice re-mapping notification to the user equipment.
Use of an organic UV filter compound selected from an oxanilide compound, in a diesel fuel composition for the purpose of modifying the burn period of the diesel fuel composition, wherein the term burn period means the time between two points in the pressure curve obtained during combustion.
A vehicle with a speaker system comprising: a speaker unit; an accommodating unit accommodating a back side of the speaker unit; and a tubular member having one end connected to an internal space of the accommodating unit, wherein the speaker unit is arranged so that the front side emitting sound faces a box-shaped space formed by the vehicle having a vehicle body and a door installed on the vehicle body and a seat, and the other end of the tubular member is arranged so as to be open toward a gap between a lower end part of the door (Da) and a part of the vehicle body opposed to the lower end part of the door (Da), characterized in that the speaker unit is installed above a seat surface of the seat mounted in the vehicle, and a length of the tubular member is determined so that a low sound range emitted from the speaker unit resonates between the one end above the seat surface and the other end, and in that the gap is formed as to get larger in a vertical direction of the door toward an inner side of the space. a speaker unit; an accommodating unit accommodating a back side of the speaker unit; and a tubular member having one end connected to an internal space of the accommodating unit, wherein the speaker unit is arranged so that the front side emitting sound faces a box-shaped space formed by the vehicle having a vehicle body and a door installed on the vehicle body and a seat, and the other end of the tubular member is arranged so as to be open toward a gap between a lower end part of the door (Da) and a part of the vehicle body opposed to the lower end part of the door (Da), characterized in that the speaker unit is installed above a seat surface of the seat mounted in the vehicle, and a length of the tubular member is determined so that a low sound range emitted from the speaker unit resonates between the one end above the seat surface and the other end, and in that the gap is formed as to get larger in a vertical direction of the door toward an inner side of the space.
A ventilation box for a smoke extraction installation of a building, including a compartment for collecting air extracted from the building or outside air having an air inlet, and compartments (8, 14) containing a turbine as well as a motorization driving this turbine, characterized in that the air inlet of the collection compartment includes a movable flap for setting its air passage section and the setting flap includes a portion accessible from outside the box enabling the setting thereof, said portion being adapted to enable said setting after the set-up of ventilation ducts on its air inlet.
A method for processing a chemical liquid comprising an organic solvent, comprising: providing a purification system comprising at least one filtration medium, selected from a particle removal filter, an ion exchange membrane, and an ion adsorption membrane; preforming a soaking process by placing the at least one filtration medium in a container and soaking the at least one filtration medium in a liquid stored in the container for at least a soaking period of 12 to 18 hours, wherein there are three to five soaking periods; after the soaking process, performing a treatment process on the purification system by passing a treatment liquid through the at least one filtration medium of the purification system, wherein a total content of iron (Fe) and calcium (Ca) in the treatment liquid is 0 ppb or more and 10 ppb or less, the liquid used in the soaking process is the same as the treatment liquid, and the treatment liquid is the same as at least one of organic solvents contained in the chemical liquid to be processed; and subsequent to the treatment process, processing the chemical liquid with the purification system configured in a chemical liquid manufacturing apparatus, wherein the chemical liquid manufacturing apparatus comprises the purification system, and a processed chemical liquid is obtained by introducing the chemical liquid into the chemical liquid manufacturing apparatus and passing the chemical liquid through the purification system. providing a purification system comprising at least one filtration medium, selected from a particle removal filter, an ion exchange membrane, and an ion adsorption membrane; preforming a soaking process by placing the at least one filtration medium in a container and soaking the at least one filtration medium in a liquid stored in the container for at least a soaking period of 12 to 18 hours, wherein there are three to five soaking periods; after the soaking process, performing a treatment process on the purification system by passing a treatment liquid through the at least one filtration medium of the purification system, wherein a total content of iron (Fe) and calcium (Ca) in the treatment liquid is 0 ppb or more and 10 ppb or less, the liquid used in the soaking process is the same as the treatment liquid, and the treatment liquid is the same as at least one of organic solvents contained in the chemical liquid to be processed; and subsequent to the treatment process, processing the chemical liquid with the purification system configured in a chemical liquid manufacturing apparatus, wherein the chemical liquid manufacturing apparatus comprises the purification system, and a processed chemical liquid is obtained by introducing the chemical liquid into the chemical liquid manufacturing apparatus and passing the chemical liquid through the purification system.
A communication method for an information capturing system, comprising the steps of: detecting by a host device, a communication link between the host device and an information capturing device, the host device having a high-power-consumption cellular network-connection unit, the information capturing device having a low-power-consumption cellular network-connection unit and a SIM card, the low-power consumption cellular network-connection unit being a narrow band Internet of Things, NB-IoT, module and the SIM card storing an identity authentication information; and upon affirmative detection of the communication link, creating a cellular network connection to a base station by the high-power-consumption cellular network-connection unit of the host device, using the identity authentication information and stopping the operation of the low-power-consumption cellular network-connection unit of the information capturing device. detecting by a host device, a communication link between the host device and an information capturing device, the host device having a high-power-consumption cellular network-connection unit, the information capturing device having a low-power-consumption cellular network-connection unit and a SIM card, the low-power consumption cellular network-connection unit being a narrow band Internet of Things, NB-IoT, module and the SIM card storing an identity authentication information; and upon affirmative detection of the communication link, creating a cellular network connection to a base station by the high-power-consumption cellular network-connection unit of the host device, using the identity authentication information and stopping the operation of the low-power-consumption cellular network-connection unit of the information capturing device.
A method for feeding rectangular textile items to a treatment installation, wherein a respective singularized textile item is gripped at a portion of a periphery, it being determined before or after gripping the portion of the periphery of the textile item, in the case of a textile item having peripheries of unequal length, whether this is a portion of a short or a long periphery, and the respective singularized textile item is pulled onto or over a conveyor of the treatment installation that transports the textile item to the treatment installation or onto or over a loading conveyor of the treatment installation, characterized in that, as a function of the result of the determination of the short or long periphery, the textile item by way of the gripped portion of its periphery is pulled onto the conveyor or loading conveyor in a targeted manner so as to be transverse or longitudinal on said conveyor.
An automatic speed control system for a vehicle, the automatic speed control system comprising one or more controllers, the automatic speed control system configured to: obtain an initial speed limit, wherein the initial speed limit is the speed limit at a location of the vehicle; and receive a signal identifying a speed limit offset, characterised in that the automatic speed control system is configure to: set the speed of the vehicle to the initial speed limit combined with the offset; obtain an updated speed limit; set the speed of the vehicle to the updated speed limit; and subsequently, obtain a further speed limit; and if at least one criterion is met, set the speed of the vehicle to the further speed limit combined with the offset. obtain an initial speed limit, wherein the initial speed limit is the speed limit at a location of the vehicle; and receive a signal identifying a speed limit offset, set the speed of the vehicle to the initial speed limit combined with the offset; obtain an updated speed limit; set the speed of the vehicle to the updated speed limit; and subsequently, obtain a further speed limit; and if at least one criterion is met, set the speed of the vehicle to the further speed limit combined with the offset.
Method for operating an elastically mounted, path-bound or forcecontrolled forming machine, in which a working stroke of a ram device operatively connected to a drive is carried out by means of the drive (4a, 4b), and a predefined forming process is carried out on a workpiece by a motion of the ram device during the respective working stroke, in interaction of an upper tool located on the ram device with a lower tool located on a tool table, wherein at least one kinematic variable (s(t), v(t), a(t) of a rigid body motion of the elastically mounted forming machine is detected [Claim 5] relative to the supporting foundation during the operation thereof by at least one acceleration sensor and/or by a motion sensor located between a machine housing and the supporting foundation, wherein the operation of the forming machine is controlled by a machine control and an output signal of the at least one motion sensor for detecting the at least one kinematic variable (s(t), v(t), a(t)) of the rigid body motion of the forming machine is supplied as an input signal to a machine control for controlling the forming machine, wherein the time of the initiation of the working stroke is adapted by the machine control to an instantaneous phase position of the at least one kinematic variable (s(t), v(t), a(t)) of the rigid body motion in order to generate inertial forces and/or moments of inertia so that the rigid body motion of the forming machine is counteracted and so that the inertial forces and/or moments of inertia occurring during operation due to the initiation of the working stroke and/or due to an imbalance in the drive are at least partially compensated, characterized in that a coupling device located between the drive and the ram device is activated by the machine control at the time of the initiation of the working stroke and/or for establishing an operative connection between the drive (4a, 4b) and the ram device. wherein the operation of the forming machine is controlled by a machine control and an output signal of the at least one motion sensor for detecting the at least one kinematic variable (s(t), v(t), a(t)) of the rigid body motion of the forming machine is supplied as an input signal to a machine control for controlling the forming machine, wherein the time of the initiation of the working stroke is adapted by the machine control to an instantaneous phase position of the at least one kinematic variable (s(t), v(t), a(t)) of the rigid body motion in order to generate inertial forces and/or moments of inertia so that the rigid body motion of the forming machine is counteracted and so that the inertial forces and/or moments of inertia occurring during operation due to the initiation of the working stroke and/or due to an imbalance in the drive are at least partially compensated, characterized in that a coupling device located between the drive and the ram device is activated by the machine control at the time of the initiation of the working stroke and/or for establishing an operative connection between the drive (4a, 4b) and the ram device.