mhurhangee/ep-ind-claims huggingface dataset:
Carrying device for frontal removal of a roll body from a roll mill, comprising a main frame and a receiving section for the roll body, which can be transferred from an introduction position into a supporting position, wherein the receiving section has a profile which encloses the roll body at least partly in the supporting position, and wherein the carrying device can be pushed in below the roll body with the receiving section in the introduction position and the roll body is carried with the receiving section in the supporting position.
A method of a user equipment, UE, in a wireless communication network, the method comprising: receiving, from the network, at least one downlink, DL, transmission; determining, by the UE, channel state information reference signal, CSI-RS, occasions (106, 108, 110, 202, 204, 210, 214, 302, 304, 310, 312, 314) in the at least one DL transmission; determining, by the UE, whether a power of each of the CSI-RS occasions (106, 108, 110, 202, 204, 210, 214, 302, 304, 310, 312, 314) is the same; and averaging, by the UE, corresponding measurements of two or more instances of a periodic or semi-persistent non-zero power, NZP, CSI-RS for a channel measurement or for an interference measurement that occur in a remaining channel occupancy duration when the power of each of the CSI-RS occasions (106, 108, 110, 202, 204, 210, 214, 302, 304, 310, 312, 314) is determined to be the same and if at least one of a slot format indication, SFI, and channel occupancy, CO, duration fields in downlink control information, DCI, 2_0 is configured, and wherein the power of each of the CSI-RS occasions (302, 304, 310, 312, 314) is determined to be the same when the CSI-RS occasions (302, 304, 310, 312, 314) occur between a detected DCI and a scheduled physical downlink shared channel, PDSCH. receiving, from the network, at least one downlink, DL, transmission; determining, by the UE, channel state information reference signal, CSI-RS, occasions (106, 108, 110, 202, 204, 210, 214, 302, 304, 310, 312, 314) in the at least one DL transmission; determining, by the UE, whether a power of each of the CSI-RS occasions (106, 108, 110, 202, 204, 210, 214, 302, 304, 310, 312, 314) is the same; and averaging, by the UE, corresponding measurements of two or more instances of a periodic or semi-persistent non-zero power, NZP, CSI-RS for a channel measurement or for an interference measurement that occur in a remaining channel occupancy duration when the power of each of the CSI-RS occasions (106, 108, 110, 202, 204, 210, 214, 302, 304, 310, 312, 314) is determined to be the same and if at least one of a slot format indication, SFI, and channel occupancy, CO, duration fields in downlink control information, DCI, 2_0 is configured, and wherein the power of each of the CSI-RS occasions (302, 304, 310, 312, 314) is determined to be the same when the CSI-RS occasions (302, 304, 310, 312, 314) occur between a detected DCI and a scheduled physical downlink shared channel, PDSCH.
A nanostructure device for carrying a payload, comprising: an interior particle structure that includes an opening to an internal cavity of the interior particle structure; an exterior shell structure at least partially formed on an exterior surface of the interior particle structure; a plurality of magnetic nanoparticles within the exterior shell structure; and a functionalization layer on a surface of the internal cavity capable of chemically attaching a molecular payload to the interior particle structure, wherein the magnetic nanoparticles are structured to interact with an external magnetic field to magnetically steer the nanostructure device, the nanostructure device further comprising a capping particle attached to the interior particle structure to cover the opening and enclose the molecular payload within the internal cavity, wherein attachment of the capping particle to the interior particle structure allows controllable movement of the capping particle to expose the opening based on a release stimulus. an interior particle structure that includes an opening to an internal cavity of the interior particle structure; an exterior shell structure at least partially formed on an exterior surface of the interior particle structure; a plurality of magnetic nanoparticles within the exterior shell structure; and a functionalization layer on a surface of the internal cavity capable of chemically attaching a molecular payload to the interior particle structure, wherein the magnetic nanoparticles are structured to interact with an external magnetic field to magnetically steer the nanostructure device, the nanostructure device further comprising a capping particle attached to the interior particle structure to cover the opening and enclose the molecular payload within the internal cavity, wherein attachment of the capping particle to the interior particle structure allows controllable movement of the capping particle to expose the opening based on a release stimulus.
A temperature control system for providing a temperature-controlled fluid to a device under test, comprising:- a source of fluid; a fluid chiller receiving fluid from the source, chilling the fluid to generate the temperature-controlled fluid and outputting the temperature-controlled fluid; and a filter receiving the temperature-controlled fluid, characterized by the filter including a filter mesh sized to capture ice particles in the temperature-controlled fluid having a size between 2 μ m and 10 μ m; wherein the filter is positioned downstream from the fluid chiller, wherein the temperature-controlled fluid comprises air, and wherein the temperature controlled fluid is directed onto the device under test to control temperature in the device under test. a source of fluid; a fluid chiller receiving fluid from the source, chilling the fluid to generate the temperature-controlled fluid and outputting the temperature-controlled fluid; and a filter receiving the temperature-controlled fluid, characterized by the filter including a filter mesh sized to capture ice particles in the temperature-controlled fluid having a size between 2 μ m and 10 μ m; wherein the filter is positioned downstream from the fluid chiller, wherein the temperature-controlled fluid comprises air, and wherein the temperature controlled fluid is directed onto the device under test to control temperature in the device under test.
A method of allocating network resources to a network service in a communication network, wherein the communication network comprises network resources (71-77, 81-87) capable of providing the network service specified in a service request issued by a client, wherein the network resources are dynamically loaded on physical devices in the communication network, wherein the service request comprises a direct part and an indirect part, and wherein the indirect part comprises network resources for future use and at least one allocation condition, the method comprising: - unconditionally allocating, in response to the direct part of the service request, one or more network resources to the network service, wherein unconditionally allocated network resources are prevented from being unconditionally or conditionally allocated to another network service, and - conditionally allocating, in response to the indirect part of the service request, one or more additional network resources to the network service, wherein conditionally allocated network resources are capable of being unconditionally allocated to the network service in response to the direct part of a further service request of the client and are available for allocation to another network service depending on the at least one allocation condition. wherein the communication network comprises network resources (71-77, 81-87) capable of providing the network service specified in a service request issued by a client, wherein the network resources are dynamically loaded on physical devices in the communication network, wherein the service request comprises a direct part and an indirect part, and wherein the indirect part comprises network resources for future use and at least one allocation condition, - unconditionally allocating, in response to the direct part of the service request, one or more network resources to the network service, wherein unconditionally allocated network resources are prevented from being unconditionally or conditionally allocated to another network service, and - conditionally allocating, in response to the indirect part of the service request, one or more additional network resources to the network service, wherein conditionally allocated network resources are capable of being unconditionally allocated to the network service in response to the direct part of a further service request of the client and are available for allocation to another network service depending on the at least one allocation condition.
System for steering, about its three axes of rotation (OX, OY, OZ), a moving body propelled by jet reaction and provided with two nozzles (17, 18), said system having flow deflectors (3, 4, 5) able to act on the outlet flows of said nozzles (17, 18) in such a way as to control the orientation of the thrust of the moving body, and also controllable means (7, 8, 9) for actuating said flow deflectors (3, 4, 5), said system having also two first flow deflectors (3, 4), one of which is able to act exclusively on the outlet flow of one of said nozzles and the other of which is able to act exclusively on the outlet flow of the other nozzle, these two first flow deflectors (3, 4) cooperating so as to be able to steer the moving body about two of its three axes of rotation, characterised in that it has a second flow deflector which is able to act on the outlet flows of both jet nozzles (17, 18), but on one outlet flow at a time, so as to be able to steer the moving body about its third axis of rotation.
A method for sensor-free determination of the orientation of the rotor of an ironless unslotted PMSM motor from a known rotor angle, comprising the steps: a. specifying a rotor system as the fixed-rotor coordinate system obtained by Park transformation according to the rotor angle; b. applying voltage pulses to the phases of the motor in the torque-forming direction of the rotor system; c. measuring the current in the phases of the motor; d. determining the expected back EMF along the flux-forming axis, based on the measured current; e. forming an integral of the expected back EMF by time integration of the expected back EMF along the flux-forming axis and/or forming a filter-based accumulation function; f. determining the orientation of the rotor from the algebraic sign of the integral of the expected back EMF along the flux-forming axis and/or the algebraic sign of the accumulation function. a. specifying a rotor system as the fixed-rotor coordinate system obtained by Park transformation according to the rotor angle; b. applying voltage pulses to the phases of the motor in the torque-forming direction of the rotor system; c. measuring the current in the phases of the motor; d. determining the expected back EMF along the flux-forming axis, based on the measured current; e. forming an integral of the expected back EMF by time integration of the expected back EMF along the flux-forming axis and/or forming a filter-based accumulation function; f. determining the orientation of the rotor from the algebraic sign of the integral of the expected back EMF along the flux-forming axis and/or the algebraic sign of the accumulation function.
An illumination system for a portable electronic device, the system comprising: light source elements (34, 35, 36) including at least as first element for emitting a first color light and a second element for emitting a second color light whose color is different from the first color light, wherein each of the light source elements is adapted to blink according to a predetermined blinking pattern; a screen (33, 45) on which the first and second color lights from the light source elements are cast; and a plate (32, 44) which is placed between the light source elements and the screen and spaced from the light source elements, and comprises first areas and second areas, the first and second areas having different properties of conducting light from each other, wherein the system is arranged so that the first color light is cast through the plate on a first spot of the screen; the second color light is cast through the plate on a second spot of the screen; and the first and second spots overlap with each other, characterized in that: the system is arranged so that the blinking pattern of the first element is different from that of the second element, and in that the plate is spaced from the screen. light source elements (34, 35, 36) including at least as first element for emitting a first color light and a second element for emitting a second color light whose color is different from the first color light, wherein each of the light source elements is adapted to blink according to a predetermined blinking pattern; a screen (33, 45) on which the first and second color lights from the light source elements are cast; and a plate (32, 44) which is placed between the light source elements and the screen and spaced from the light source elements, and comprises first areas and second areas, the first and second areas having different properties of conducting light from each other, wherein the system is arranged so that the first color light is cast through the plate on a first spot of the screen; the second color light is cast through the plate on a second spot of the screen; and the first and second spots overlap with each other, characterized in that: the system is arranged so that the blinking pattern of the first element is different from that of the second element, and in that the plate is spaced from the screen.
Flexible hose line for transporting a fluid, in particular drinking water, comprising - a layer containing an ethylene-octene copolymer, - wherein the layer has an internal diameter (d i) of 2 to 12 mm, - wherein the layer has a layer thickness (s i) of 0.05 to 0.7 mm, in particular 0.1 to 0.5 mm, - wherein a supporting layer adjoins the layer on the outside, - wherein the layer preferably forms the innermost layer of the hose line, and - wherein the hose line is bendable, with an inner bending radius (r) of 10 cm, by 90° without kinking. - a layer containing an ethylene-octene copolymer, - wherein the layer has an internal diameter (d i) of 2 to 12 mm, - wherein the layer has a layer thickness (s i) of 0.05 to 0.7 mm, in particular 0.1 to 0.5 mm, - wherein a supporting layer adjoins the layer on the outside, - wherein the layer preferably forms the innermost layer of the hose line, and - wherein the hose line is bendable, with an inner bending radius (r) of 10 cm, by 90° without kinking.
A composition of conjugates comprising an antibody coupled to an enzyme, fetal calf serum, from 5% to 50% by volume of normal rabbit serum relative to the total volume of the composition, and from 1% to 30% by volume of glycerol relative to the total volume of the composition.
A method for managing notifications for a first electronic device, the method comprising: receiving, by a first electronic device, data; and generating, by the first electronic device, a first notification based on the received data; transmitting, by the first electronic device, a first information relating to the received data to a second electronic device, the first information being for displaying a second notification at the second electronic device; and if the first electronic device receives a user input with regard to the first notification, transmitting, by the first electronic device, a second information relating to the user input to the second electronic device, the second information being for stopping the displaying of the second notification. receiving, by a first electronic device, data; and generating, by the first electronic device, a first notification based on the received data; transmitting, by the first electronic device, a first information relating to the received data to a second electronic device, the first information being for displaying a second notification at the second electronic device; and if the first electronic device receives a user input with regard to the first notification, transmitting, by the first electronic device, a second information relating to the user input to the second electronic device, the second information being for stopping the displaying of the second notification.
An information-processing device comprising: controlling means for controlling execution of an application, and controlling display, on displaying means, of a window corresponding to the application; identifying means for identifying applications that the information-processing device is able to execute; receiving means for receiving an instruction to start displaying a subject window corresponding to a subject application that is one of executable applications, wherein a relevance information list in which information for determining another application is described is stored in association with, or included in, said subject application; and obtaining means for retrieving and obtaining said relevance information list for determining another application on the basis of the subject application; wherein when the instruction is received and if the other application determined from the obtained relevance information list is included in the executable applications identified by the identifying means, the controlling means opens the other application as well as displays a window of the other application and the subject window. controlling means for controlling execution of an application, and controlling display, on displaying means, of a window corresponding to the application; identifying means for identifying applications that the information-processing device is able to execute; receiving means for receiving an instruction to start displaying a subject window corresponding to a subject application that is one of executable applications, wherein a relevance information list in which information for determining another application is described is stored in association with, or included in, said subject application; and obtaining means for retrieving and obtaining said relevance information list for determining another application on the basis of the subject application; wherein when the instruction is received and if the other application determined from the obtained relevance information list is included in the executable applications identified by the identifying means, the controlling means opens the other application as well as displays a window of the other application and the subject window.
A system for assembling a package (200; 300) for one or more smoking articles, comprising: a package assembler configured to receive an outer blank and fold the outer blank around a liner to assemble the package, the liner comprising a material configured to absorb ink, the liner further comprising: a front surface, the front surface configured to be seen by a user when the package is open; and a printable portion positioned on the front surface, the printable portion configured to receive ink; and a printer coupled to the package assembler, the printer configured to dispense the ink on the printable portion when the package is in an at least partially assembled state; and a controller coupled to the printer, the controller configured to direct the printer to dispense ink on the printable portion when the package is fully assembled. a package assembler configured to receive an outer blank and fold the outer blank around a liner to assemble the package, the liner comprising a material configured to absorb ink, the liner further comprising: a front surface, the front surface configured to be seen by a user when the package is open; and a printable portion positioned on the front surface, the printable portion configured to receive ink; and a front surface, the front surface configured to be seen by a user when the package is open; and a printable portion positioned on the front surface, the printable portion configured to receive ink; and a printer coupled to the package assembler, the printer configured to dispense the ink on the printable portion when the package is in an at least partially assembled state; and a controller coupled to the printer, the controller configured to direct the printer to dispense ink on the printable portion when the package is fully assembled.
A system for processing an image data volume acquired with a medical imaging acquisition device from a body comprising a needle, the system comprising a viewing direction storage for storing a predetermined viewing direction, a needle-plane determination module for determining a plane parallel to the viewing direction and parallel to and intersecting a representation in the image data volume of the needle, characterised in that the needle-plane determination module comprises a spectral transformer for transforming at least part of the image data volume into a transformation domain using a directionally sensitive spectral transformation, wherein the directionally sensitive spectral transformation is a Gabor transform or a rotational wavelet transform.