mhurhangee/ep-ind-claims huggingface dataset:
A polyalkylene carbonate-polylactic acid composite comprising a continuous phase and a dispersed phase, obtainable by a method, comprising: preparing a mixed solution by stirring polyalkylene carbonate and polylactic acid in the presence of a non-halogen ether-based solvent; and devolatilizing and extruding the mixed solution, wherein a domain size of the dispersed phase is in a range of 0.2 um to 1.0 um, wherein the domain size is measured by scanning electron microscope analysis as disclosed in the specification, a halogen component is not included in the composite, and a non-halogen ether-based solvent is included in an amount of 0.1 wt% or less. preparing a mixed solution by stirring polyalkylene carbonate and polylactic acid in the presence of a non-halogen ether-based solvent; and devolatilizing and extruding the mixed solution, wherein a domain size of the dispersed phase is in a range of 0.2 um to 1.0 um, wherein the domain size is measured by scanning electron microscope analysis as disclosed in the specification, a halogen component is not included in the composite, and a non-halogen ether-based solvent is included in an amount of 0.1 wt% or less.
Method of temporarily locking a measuring instrument part, which includes a measuring sensor, of a microstructure measuring and/or roughness measuring instrument in a bore, which is bounded by a bore wall, of an object to be measured, wherein during the measurement of the microstructure and/or the roughness of the bore wall by means of the measuring sensor the measuring instrument part of the microstructure measuring and/or roughness measuring instrument or the microstructure measuring and/or rough measuring instrument including the measuring instrument part is so clamped by way of locking means, which is fastened to the microstructure measuring and/or roughness measuring instrument, under formation of a pressing force acting on the bore wall that the measuring instrument part including the measuring sensors is locked in the bore to the bore wall, characterised in that the microstructure measuring and/or roughness measuring instrument includes a force measuring sensor for measuring the pressing force and control or regulating means for controlling or regulating the pressing force and that during the measurement of the microstructure and/or roughness of the bore wall by means of the measuring sensor the pressing force is detected by means of the force measuring sensor, wherein depending on a resulting output signal of the force measuring sensor the pressing force is either maintained to a preset value or is controlled by way of the control means or regulated by way of the regulating means.
A module of a machine for producing bobbins of yarn, comprising a plurality of winding stations mutually aligned on at least one operating front, wherein: each winding station comprises at least one feed zone for feeding a plurality of yarns toward a corresponding underlying plurality of mutually superimposed winding positions; each winding position comprises a support for a tube on which one of said yarns is wound to form a bobbin, a motorized winding roller in contact with the winding bobbin, and a traversing device, to distribute the yarn in helical turns around the bobbin being formed; two lateral side members are provided, which are substantially vertical and orthogonal to the direction of alignment of the winding stations and which are mutually connected by longitudinal beams parallel to the direction of alignment of the winding stations; the lateral side members are provided with feet resting on the floor; characterized by further comprising an intermediate vertical structure for facilitating assembly, arranged between the two lateral side members, mounted on the longitudinal beams and supported thereby. each winding station comprises at least one feed zone for feeding a plurality of yarns toward a corresponding underlying plurality of mutually superimposed winding positions; each winding position comprises a support for a tube on which one of said yarns is wound to form a bobbin, a motorized winding roller in contact with the winding bobbin, and a traversing device, to distribute the yarn in helical turns around the bobbin being formed; two lateral side members are provided, which are substantially vertical and orthogonal to the direction of alignment of the winding stations and which are mutually connected by longitudinal beams parallel to the direction of alignment of the winding stations; the lateral side members are provided with feet resting on the floor;
A method comprising: receiving, by a packet data convergence protocol, PDCP, layer of a first transmitting device from a radio resource control, RRC, layer, a configuration information of whether to send an indication of service data unit, SDU, discard; determining, by the PDCP layer of the first transmitting device, a transmission failure of at least one PDCP service data unit, SDU, wherein a plurality of PDCP SDUs, comprising a data unit of a data flow, comprise the at least one PDCP SDU; discarding, by the PDCP layer of the first transmitting device and based on the determining, the plurality of PDCP SDUs; and sending, by the PDCP layer of the first transmitting device and based on the configuration information, a PDCP control protocol data unit, PDU, indicating that the plurality of PDCP SDUs are discarded. receiving, by a packet data convergence protocol, PDCP, layer of a first transmitting device from a radio resource control, RRC, layer, a configuration information of whether to send an indication of service data unit, SDU, discard; determining, by the PDCP layer of the first transmitting device, a transmission failure of at least one PDCP service data unit, SDU, wherein a plurality of PDCP SDUs, comprising a data unit of a data flow, comprise the at least one PDCP SDU; discarding, by the PDCP layer of the first transmitting device and based on the determining, the plurality of PDCP SDUs; and sending, by the PDCP layer of the first transmitting device and based on the configuration information, a PDCP control protocol data unit, PDU, indicating that the plurality of PDCP SDUs are discarded.
A control method of a robot cleaner, comprising: a first step of determining a stored value of pulse width modulation duty ratio based on voltage of a battery mounted in the robot cleaner; a second step of comparing a measured value of PWM duty ratio with the stored value of PWM duty ratio to calculate a difference between the measured value of PWM duty ratio and the stored value of PWM duty ratio; a third step of, upon determining that the difference between the measured value of PWM duty ratio and the stored value of PWM duty ratio is equal to or greater than a first set value, calculating a distributed value of acceleration on a vertical axis of the robot cleaner; and a fourth step of, upon determining that the distributed value of acceleration deviates from a range of a second set value, increasing force to suction foreign matter, wherein the distributed value of acceleration means statistical data on changed values of acceleration measured a large number of times. a first step of determining a stored value of pulse width modulation duty ratio based on voltage of a battery mounted in the robot cleaner; a second step of comparing a measured value of PWM duty ratio with the stored value of PWM duty ratio to calculate a difference between the measured value of PWM duty ratio and the stored value of PWM duty ratio; a third step of, upon determining that the difference between the measured value of PWM duty ratio and the stored value of PWM duty ratio is equal to or greater than a first set value, calculating a distributed value of acceleration on a vertical axis of the robot cleaner; and a fourth step of, upon determining that the distributed value of acceleration deviates from a range of a second set value, increasing force to suction foreign matter, wherein the distributed value of acceleration means statistical data on changed values of acceleration measured a large number of times.
A grossing board for preparing tissue samples, said grossing board comprising: a cutting board (12, 212, 312) having an upper, cutting surface; a plurality of tissue-receiving depressions (26, 126, 226, 326) formed in said cutting board and extending downward from the upper, cutting surface of said cutting board, said plurality of tissue-receiving depressions having different lengths and/or widths, and each of said tissue-receiving depressions having a lower, tissue-receiving surface that is essentially parallel to the upper, cutting surface of said cutting board; and whereby first and second knife-guiding members: (i) are attached to said cutting board, (ii) extend essentially parallel to each other, (iii) are spaced apart from each other, and (iv) are configured to receive a tissue-cutting knife blade and hold the blade generally against the upper, cutting surface of said cutting board so as to facilitate the making of tissue cuts which yield a gross tissue sample having an essentially uniform and reproducible thickness from one sample to another. a cutting board (12, 212, 312) having an upper, cutting surface; a plurality of tissue-receiving depressions (26, 126, 226, 326) formed in said cutting board and extending downward from the upper, cutting surface of said cutting board, said plurality of tissue-receiving depressions having different lengths and/or widths, and each of said tissue-receiving depressions having a lower, tissue-receiving surface that is essentially parallel to the upper, cutting surface of said cutting board; and whereby first and second knife-guiding members: (i) are attached to said cutting board, (ii) extend essentially parallel to each other, (iii) are spaced apart from each other, and (iv) are configured to receive a tissue-cutting knife blade and hold the blade generally against the upper, cutting surface of said cutting board so as to facilitate the making of tissue cuts which yield a gross tissue sample having an essentially uniform and reproducible thickness from one sample to another.
An information processing apparatus capable of communicating with a plurality of printing devices (104A to 104N), the information processing apparatus comprising: registration means configured to register, in a monitored device queue, among the plurality of printing devices, printing devices to which print jobs are to be output; monitoring means configured to monitor the printing devices in accordance with the order of registering the printing devices in the monitored device queue; characterized by determination means configured to perform a determination of whether or not predetermined conditions are satisfied including whether or not a time-out has occurred and whether or not the number of transferred print jobs equals a preset arbitrary number of print jobs; and monitoring interruption means configured to interrupt monitoring of one printing device among the monitored printing devices on the basis of the determination by the determination means, and acquiring means configured to acquire a print result of a print job stored by the one printing device at a timing of the one printing device being re-registered in the monitoring queue, wherein the one printing device starts storing a print result of a print job from a time when monitoring of the one printing device by the information processing apparatus is interrupted until a time when the one printing device is re-registered in the monitoring queue, wherein the registration means re-registers, in the monitored device queue, the printing device whose monitoring is interrupted. registration means configured to register, in a monitored device queue, among the plurality of printing devices, printing devices to which print jobs are to be output; monitoring means configured to monitor the printing devices in accordance with the order of registering the printing devices in the monitored device queue; characterized by determination means configured to perform a determination of whether or not predetermined conditions are satisfied including whether or not a time-out has occurred and whether or not the number of transferred print jobs equals a preset arbitrary number of print jobs; and monitoring interruption means configured to interrupt monitoring of one printing device among the monitored printing devices on the basis of the determination by the determination means, and acquiring means configured to acquire a print result of a print job stored by the one printing device at a timing of the one printing device being re-registered in the monitoring queue, wherein the one printing device starts storing a print result of a print job from a time when monitoring of the one printing device by the information processing apparatus is interrupted until a time when the one printing device is re-registered in the monitoring queue, wherein the registration means re-registers, in the monitored device queue, the printing device whose monitoring is interrupted.
Air distribution device, the device comprising a plurality of first deflector panels which are to be fixed to a support in order to delimit first air distribution sectors, and being characterised in that it also comprises: - a central shaft extending in an elevation direction, - a plurality of second deflector panels which are to be fixed to the central shaft all round the central shaft in accordance with a desired distribution in order to delimit second angular air distribution sectors, - a plurality of third deflector panels which are each to be connected to a separate first deflector panel, and - a plurality of connecting members, each connecting member being intended to connect together one of the second deflector panels and one of the third deflector panels, each connecting member having an axis of rotation and two arms which are rotatable about the axis of rotation, one of the arms being intended to be connected to one of the second deflector panels and the other of the arms being intended to be connected to one of the third deflector panels. - a central shaft extending in an elevation direction, - a plurality of second deflector panels which are to be fixed to the central shaft all round the central shaft in accordance with a desired distribution in order to delimit second angular air distribution sectors, - a plurality of third deflector panels which are each to be connected to a separate first deflector panel, and - a plurality of connecting members, each connecting member being intended to connect together one of the second deflector panels and one of the third deflector panels, each connecting member having an axis of rotation and two arms which are rotatable about the axis of rotation, one of the arms being intended to be connected to one of the second deflector panels and the other of the arms being intended to be connected to one of the third deflector panels.
A method of operating a network node in a cellular telecommunications network, the cellular telecommunications network including a User Equipment, UE, wherein the UE is identifiable in the cellular telecommunications network by an identifier having a form defined by a cellular telecommunications protocol, wherein the network node comprises a content store, is one of a relay node and a small cell base station, and has a backhaul connection that is at least partially wireless, the method comprising: receiving, at the network node, a content transaction request from another node in the cellular telecommunications network over a wireless connection, the content transaction request including a content store identifier for identifying the content store and further including a content identifier for identifying a content item; and processing, at the network node, the content transaction request to perform a transaction with the identified content item in the identified content store, wherein the content store identifier has the form defined by the cellular telecommunications protocol for permanently identifying User Equipments. receiving, at the network node, a content transaction request from another node in the cellular telecommunications network over a wireless connection, the content transaction request including a content store identifier for identifying the content store and further including a content identifier for identifying a content item; and processing, at the network node, the content transaction request to perform a transaction with the identified content item in the identified content store, wherein the content store identifier has the form defined by the cellular telecommunications protocol for permanently identifying User Equipments.
A method for operating a self-traveling robot, wherein a control command for initiating a service mode is transmitted to the robot, and wherein predefined service activities are performed and a service is made available for the robot in the service mode, wherein an optical code containing the control command is displayed on an external terminal, wherein the optical code is detected by means of an image acquisition device of the robot, wherein a control device of the robot extracts the control command from the optical code and initiates the corresponding service mode, wherein the robot can be operated in a working mode and in the service mode, and wherein the robot can be switched from the working mode into the service mode with a defined command contained in the optical code, characterized in that an identifier is transmitted from the external terminal to the robot in the optical code, that the identifier has a digital signature which makes it possible to verify whether it is an optical code which is permissible for the robot, that the identifier is compared with a defined identifier stored in a memory of the robot or an external service device that is communicatively linked to the robot, and that the service mode is only released if the transmitted identifier corresponds to the defined identifier.
A method for operating a urea dosing system in an exhaust aftertreatment system (EATS) of an engine, comprising: measuring an ambient temperature in an environment in which the EATS is disposed; monitoring, with a temperature monitoring means, one or more temperatures associated with the EATS to which there is a relationship to a temperature of urea in the urea dosing system; after turning off the engine, determining, based on the measured ambient temperature and the one or more monitored temperatures, whether urea in the urea dosing system is subject to freezing; and performing a reversion operation to remove urea from components of the urea dosing system after turning off the engine with a delay until one or more events occur, the one or more events including determining that urea in the urea dosing system is subject to freezing, wherein the one or more monitored temperatures includes a temperature of a diesel particulate filter of the EATS. measuring an ambient temperature in an environment in which the EATS is disposed; monitoring, with a temperature monitoring means, one or more temperatures associated with the EATS to which there is a relationship to a temperature of urea in the urea dosing system; after turning off the engine, determining, based on the measured ambient temperature and the one or more monitored temperatures, whether urea in the urea dosing system is subject to freezing; and performing a reversion operation to remove urea from components of the urea dosing system after turning off the engine with a delay until one or more events occur, the one or more events including determining that urea in the urea dosing system is subject to freezing, wherein the one or more monitored temperatures includes a temperature of a diesel particulate filter of the EATS.
A sport shoe (10, 50) including an upper and a rigid outsole (1, 58), said outsole (1, 58) having: • an anterior part (2, 59) including a first plurality of studs (5, 55); • a central part (8, 57); • a posterior part (3, 56) including a second plurality of studs (6, 51); • said posterior part (3, 56) including an extra thickness (4, 54, 54a, 54b, 54c, 54d, 54e) on which said second plurality of studs (6, 51) is located and having a planar external surface (12, 52) enabling the heel to be stably supported on the ground when said second plurality of studs (6, 51) is inserted into the ground, said extra thickness (4, 54) making an extra height of said posterior part (3, 56) with respect to said anterior part (2, 59); • said central part (8, 57) including an arch-shaped curved internal profile, said internal profile being able to match the shape of the foot arch of the mid-foot; the shoe (10, 50) being characterised in that said central part (8, 57) includes a curved external profile; and in that the curvature of said internal profile of said central part (8, 57) varies along the transverse axis of the shoe. • an anterior part (2, 59) including a first plurality of studs (5, 55); • a central part (8, 57); • a posterior part (3, 56) including a second plurality of studs (6, 51); • said posterior part (3, 56) including an extra thickness (4, 54, 54a, 54b, 54c, 54d, 54e) on which said second plurality of studs (6, 51) is located and having a planar external surface (12, 52) enabling the heel to be stably supported on the ground when said second plurality of studs (6, 51) is inserted into the ground, said extra thickness (4, 54) making an extra height of said posterior part (3, 56) with respect to said anterior part (2, 59); • said central part (8, 57) including an arch-shaped curved internal profile, said internal profile being able to match the shape of the foot arch of the mid-foot; the shoe (10, 50) being characterised in that said central part (8, 57) includes a curved external profile; and in that the curvature of said internal profile of said central part (8, 57) varies along the transverse axis of the shoe.
A railway vehicle, comprising a driver's cab, said driver's cab having a control interface, said interface comprising: a control console; a device for projecting images onto the control console, each image representing control means of the vehicle and defining a control area (40, 42) on the console; and a device for detecting contact between an operator and the control area(s), the sensing device comprising: a camera adapted to record an image of a contact between the operator and the console; and an image analysis device adapted to match said contact with a command of a vehicle operating device; the vehicle further comprising an electronic control device, connected to the command interface, and functional devices connected to said electronic control device; the control panel of the command interface comprising a mechanical command element; and - an electronic control unit, and able to match an activation of said mechanical element with the activation of a safety control of said railway vehicle, such as emergency braking. the sensing device comprising: a camera adapted to record an image of a contact between the operator and the console; and an image analysis device adapted to match said contact with a command of a vehicle operating device; the vehicle further comprising an electronic control device, connected to the command interface, and functional devices connected to said electronic control device; the control panel of the command interface comprising a mechanical command element; and - an electronic control unit, and able to match an activation of said mechanical element with the activation of a safety control of said railway vehicle, such as emergency braking. a mechanical command element; and - an electronic control unit, and - an electronic control unit, and able to match an activation of said mechanical element with the activation of a safety control of said railway vehicle, such as emergency braking.