mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: identifying, at a base station, an energy metric (420, 450) associated with a modem power consumption of a mobile device; determining one or more modulation and coding schemes, MCSs, to be used for the transmission between the base station and the mobile device; iteratively evaluating the one or more available MCSs to identify an MCS that provides a reduced energy consumption by the mobile device for the transmission based at least in part on the energy metric (420, 450); and configuring, at the base station, a transmission between the base station and the mobile device based at least in part on the energy metric (420, 450) and the MCS that reduces energy consumption by the mobile device for the transmission. identifying, at a base station, an energy metric (420, 450) associated with a modem power consumption of a mobile device; determining one or more modulation and coding schemes, MCSs, to be used for the transmission between the base station and the mobile device; iteratively evaluating the one or more available MCSs to identify an MCS that provides a reduced energy consumption by the mobile device for the transmission based at least in part on the energy metric (420, 450); and configuring, at the base station, a transmission between the base station and the mobile device based at least in part on the energy metric (420, 450) and the MCS that reduces energy consumption by the mobile device for the transmission.
An in vitro method of enhancing production, infection, growth, spread, or titer of an interferon-sensitive virus in an immortalized cell, a cancer cell or a tumor cell, the method comprising: administering a compound of Formula, wherein R a and R b are each independently hydrogen; a linear, branched or cyclic, saturated or unsaturated alkyl, which is optionally substituted with one or more halogen, hydroxyl nitro or cyano; or absent; wherein when one of R a and R b is absent or is hydrogen, the other is present and is not hydrogen, to the immortalized, cancer or tumor cell before, concurrently with, or after infection of the immortalized, cancer or tumor cell with the interferon-sensitive virus. administering a compound of Formula, wherein R a and R b are each independently hydrogen; a linear, branched or cyclic, saturated or unsaturated alkyl, which is optionally substituted with one or more halogen, hydroxyl nitro or cyano; or absent; wherein when one of R a and R b is absent or is hydrogen, the other is present and is not hydrogen,
A piezoelectric actuator, comprising: a stacked body having a longitudinal direction and a width direction, the stacked body being composed of internal electrodes and piezoelectric layers which are stacked on each other; and a surface electrode disposed on at least one of main surfaces of the stacked body so as to be electrically connected to the internal electrodes, the internal electrodes each including a first electrode and a second electrode, the stacked body comprising an active section in which the first electrodes and the second electrodes of the internal electrodes are arranged so as to overlap each other in a stacking direction thereof, and an inactive section which is every section of the stacked body other than the active section, the first electrode and the second electrode of the internal electrode placed on a one-main-surface side of the internal electrodes being configured so that, as seen in a cross section cut along the width direction, only their end parts situated near a boundary between the active section and the inactive section are curved toward the other main surface on both sides in the width direction, the surface electrode being disposed to extend from the active section to the inactive section in the width direction, characterized in that the surface electrode being curved in conformity to the curve of the internal electrode in the width direction, and the other main surface being flat. a stacked body having a longitudinal direction and a width direction, the stacked body being composed of internal electrodes and piezoelectric layers which are stacked on each other; and a surface electrode disposed on at least one of main surfaces of the stacked body so as to be electrically connected to the internal electrodes, the internal electrodes each including a first electrode and a second electrode, the stacked body comprising an active section in which the first electrodes and the second electrodes of the internal electrodes are arranged so as to overlap each other in a stacking direction thereof, and an inactive section which is every section of the stacked body other than the active section, the first electrode and the second electrode of the internal electrode placed on a one-main-surface side of the internal electrodes being configured so that, as seen in a cross section cut along the width direction, only their end parts situated near a boundary between the active section and the inactive section are curved toward the other main surface on both sides in the width direction, the surface electrode being disposed to extend from the active section to the inactive section in the width direction, characterized in that the surface electrode being curved in conformity to the curve of the internal electrode in the width direction, and the other main surface being flat.
A power saving apparatus for a mobile terminal, the apparatus comprising: a battery for supplying power to individual components of the mobile terminal; a storage unit for storing information regarding a maximum clock frequency for a normal operation mode and a limit clock frequency lower than the maximum clock frequency for a power saving mode; and a control unit for: measuring a system load for a preset time during an application execution in the power saving mode, setting, when the measured system load exceeds a reference load level, the limit clock frequency as a maximum clock frequency for the power saving mode, measuring, in the power saving mode, the system load due to the application execution, performing, when the measured system load exceeds the reference load level, the application execution at the limit clock frequency, and performing, when the measured system load does not exceed the reference load level, the application execution at a system clock frequency corresponding to the measured system load, wherein the performing of the application execution at the limit clock frequency reduces a battery power consumption. a battery for supplying power to individual components of the mobile terminal; a storage unit for storing information regarding a maximum clock frequency for a normal operation mode and a limit clock frequency lower than the maximum clock frequency for a power saving mode; and a control unit for: measuring a system load for a preset time during an application execution in the power saving mode, setting, when the measured system load exceeds a reference load level, the limit clock frequency as a maximum clock frequency for the power saving mode, measuring, in the power saving mode, the system load due to the application execution, performing, when the measured system load exceeds the reference load level, the application execution at the limit clock frequency, and performing, when the measured system load does not exceed the reference load level, the application execution at a system clock frequency corresponding to the measured system load, measuring a system load for a preset time during an application execution in the power saving mode, setting, when the measured system load exceeds a reference load level, the limit clock frequency as a maximum clock frequency for the power saving mode, measuring, in the power saving mode, the system load due to the application execution, performing, when the measured system load exceeds the reference load level, the application execution at the limit clock frequency, and performing, when the measured system load does not exceed the reference load level, the application execution at a system clock frequency corresponding to the measured system load, wherein the performing of the application execution at the limit clock frequency reduces a battery power consumption.
Method for producing an airlaid product or a nonwoven fabric from a starting material, in particular from a pulp material in the form of a bundle, for example a pulp bale, in which the starting material is shredded in at least one shredding line (46, 46.1, 46.2) by at least one shredding device (48, 48.1, 48.2) to produce a shredded material, the shredded material is fed to at least one material buffer (50, 76, 78), the shredded material is removed from the at least one material buffer (50, 76, 78) in a metered manner by at least one metering device (54, 54.1, 54.2, 54.3, 80, 80.1, 80.2, 80.3, 82, 82.1, 82.2, 82.3) and fed to at least one preparation line (56, 56.1, 56.2, 56.3) having at least one defibration system (58, 58.1, 58.2, 58.2), in which the shredded material is defibrated to produce a defibrated material, the defibrated material is fed to a production machine and processed to produce an airlaid product or a nonwoven fabric, characterized in that the at least one metering device (54, 54.1, 54.2, 54.3, 80, 80.1, 80.2, 80.3, 82, 82.1, 82.2, 82.3) is controlled in such a way that a continuous mass flow of defibrated material is fed to the production machine.
Vehicle/user interface having a housing, having a carrier (3, 4) and having a touch-sensitive input area, which is formed on the carrier (3, 4), and having an operating part which is arranged on the input area and is movably mounted on the input area, wherein means (7, 9) are provided in order to allow, in the event of an impact force which exceeds a prespecified magnitude and/or direction and acts on the operating part, an impact displacement, which follows the impact force, of at least the operating part from an operator control position to a recessed position, wherein this impact displacement does not have an associated switching or control function, wherein the means (7, 9) are formed solely on that side of the carrier (3, 4) which is averted from the touch-sensitive input area and are integrated into a layer, which has the touch-sensitive input area, of the carrier (3, 4).
A laser machine tool for machining workpieces, the laser machine tool comprising: - a working space having a laser machining device located therein for machining workpieces and - an unloading region with a discharge station which is connected to the working space, for unloading workpieces from the working space, characterized in that the unloading region comprises an impact device which is arranged downstream of the discharge station in the workpiece feed direction, wherein the impact device has a radiation protection housing comprising an end side and at least one impact element which is arranged upstream of the end side in the workpiece feed direction and which is spaced apart from the end side, the housing and the impact element being designed such that when the workpiece, which is guided in the workpiece feed direction, hits the at least one impact element, the at least one impact element is moved towards the end side in a guided manner, and wherein the impact device has at least one position detection unit which is designed to determine the position of the at least one impact element relative to the end side. - a working space having a laser machining device located therein for machining workpieces and - an unloading region with a discharge station which is connected to the working space, for unloading workpieces from the working space,
A blower housing component with a housing body and a mounting flange extending radially outward from the housing body, at which mounting flange multiple mounting points are arranged for mounting the blower housing component, which mounting points are evenly spaced in the circumferential direction, wherein radial ribs extending radially in a straight line along the mounting flange are formed between the housing body and the mounting points, characterized in that the radial ribs are intersected by tangential ribs extending along the mounting flange, which tangential ribs extend tangentially to the housing body between two of the mounting points, respectively, and connect the two mounting points, respectively.
A method of employing a virtual switch (120, 220, 420, 520) as a default gateway for a virtual machine, VM, (111, 112, 211, 212, 410, 511) comprising: sending an address request reply, comprising a virtual media access control, MAC, address associated with a virtual internet protocol, IP, address, from a virtual switch (120, 220, 420, 520) to a VM (111, 112, 211, 212, 410, 511); setting the virtual switch (120, 220, 420, 520) as the VM's (111, 112, 211, 212, 410, 511) default gateway; sending a data packet with the virtual MAC address from the VM (111, 112, 211, 212, 410, 511) to the virtual switch (120, 220, 420, 520); swapping the virtual MAC address of the data packet with the MAC address of a first routing component (140, 240, 440, 540); and forwarding the data packet from the virtual switch (120, 220, 420, 520) to the first routing component (140, 240, 440, 540). sending an address request reply, comprising a virtual media access control, MAC, address associated with a virtual internet protocol, IP, address, from a virtual switch (120, 220, 420, 520) to a VM (111, 112, 211, 212, 410, 511); setting the virtual switch (120, 220, 420, 520) as the VM's (111, 112, 211, 212, 410, 511) default gateway; sending a data packet with the virtual MAC address from the VM (111, 112, 211, 212, 410, 511) to the virtual switch (120, 220, 420, 520); swapping the virtual MAC address of the data packet with the MAC address of a first routing component (140, 240, 440, 540); and forwarding the data packet from the virtual switch (120, 220, 420, 520) to the first routing component (140, 240, 440, 540).
Human-machine interface comprising a touch-sensitive means comprising an upper façade facing a user and a casing, said casing comprising an edge delimiting an opening, said touch-sensitive means being accommodated in a receiving zone of the casing at least in line with said opening, characterized in that the casing comprises at least one reinforcing means formed by a metal plate comprising a first part embedded in said edge of the casing and a second part protruding from the edge at said opening, the second part of the plate being parallel to the lower face of the touch-sensitive means, the reinforcing means comprising a hole delimited by said second part, said touch-sensitive means being secured to said second part in line with the hole, the edge of the casing having a façade strip, said upper façade and said façade strip being contained in one and the same plane, and wherein a levelling filling is interposed, for the one part, between the edge of the casing and the touch-sensitive means and, for the other part, between the reinforcing means and the touch-sensitive means, wherein said second part has an upper face facing a user and a lower face on the opposite side from the upper face, said touch-sensitive means being secured to said upper face of the second part of the reinforcing means, the material of which the touch-sensitive means is made and the material of which the reinforcing means is made having a coefficient of expansion identical to +/- 33%.
A humidification and air cleaning apparatus comprising: a lower base for supporting the apparatus; a lower housing spaced apart from the lower base for forming a suction gap therebetween; a plurality of legs disposed between the lower base and the lower housing for supporting the lower housing on the lower base; and a leg wall connecting a first leg and a second leg adjacent to each other; characterized in that the humidification and air cleaning apparatus comprising: an input assembly disposed at the lower housing and protruding into the suction gap toward the lower base and configured to receive a wireless signal, wherein the leg wall is disposed between the input assembly and a vertical center line of the apparatus. a lower base for supporting the apparatus; a lower housing spaced apart from the lower base for forming a suction gap therebetween; a plurality of legs disposed between the lower base and the lower housing for supporting the lower housing on the lower base; and a leg wall connecting a first leg and a second leg adjacent to each other; characterized in that the humidification and air cleaning apparatus comprising: an input assembly disposed at the lower housing and protruding into the suction gap toward the lower base and configured to receive a wireless signal, wherein the leg wall is disposed between the input assembly and a vertical center line of the apparatus. an input assembly disposed at the lower housing and protruding into the suction gap toward the lower base and configured to receive a wireless signal, wherein the leg wall is disposed between the input assembly and a vertical center line of the apparatus.
Household refrigeration appliance with a carcass, which has an inner container delimiting with its walls a receptacle chamber (4, 5) for food and an outer container surrounding the inner container, and with a door (6, 7) for closing a loading opening of the inner container, which is mounted pivotably on the carcass, wherein the carcass is surrounded at least in sections by a separate cladding, and an access recess of a handle designed for opening the door (6, 7) is embodied in a cladding part of the cladding on a front section facing towards the door (6, 7), wherein the access recess is overlapped on the front side by the door (6, 7) when viewed in the width direction of the household refrigeration appliance and the access recess is delimited on the front side by a rear wall section of at least one component (23, 35), characterised in that the door (6, 7) has an additional cladding part (22, 23) that covers the door (7, 8) on the front side and laterally and the rear wall section is formed at least in sections by the cladding part (22, 23).
A compressor section of a gas turbine engine, the compressor section defining a downstream direction and an upstream direction, the compressor section comprising: a shroud with a shroud surface; a rotor rotatably supported within the shroud, the rotor including a blade that radially terminates at a blade tip, the blade tip opposing the shroud surface, the rotor configured to rotate within the shroud about an axis of rotation; a serration groove that is recessed into the shroud surface; the serration groove including a forward portion with a forward transition and a forward surface that faces in the downstream direction, the forward transition being convexly contoured between the shroud surface and the forward surface; and the serration groove including a trailing portion with a taper surface and a trailing transition, the taper surface tapering inward as the taper surface extends from the forward surface to the trailing transition, the trailing transition being convexly contoured between the taper surface and the shroud surface. a shroud with a shroud surface; a rotor rotatably supported within the shroud, the rotor including a blade that radially terminates at a blade tip, the blade tip opposing the shroud surface, the rotor configured to rotate within the shroud about an axis of rotation; a serration groove that is recessed into the shroud surface; the serration groove including a forward portion with a forward transition and a forward surface that faces in the downstream direction, the forward transition being convexly contoured between the shroud surface and the forward surface; and the serration groove including a trailing portion with a taper surface and a trailing transition, the taper surface tapering inward as the taper surface extends from the forward surface to the trailing transition, the trailing transition being convexly contoured between the taper surface and the shroud surface.
A tool for hot forming die quenching boron steel structural components having locally different microstructures and mechanical properties, the tool comprising upper and lower mating dies (10; 10'; 40) for stamping a component, each die being formed by two or more die blocks (11; 12; 15; E1-E8) comprising a working surface (111; 121; 151) that in use faces the structural component to be stamped and side faces (112; 122; 152), the upper and lower dies (10; 10'; 40) comprising at least two neighbouring die blocks (11; 12; 15) adapted to operate at different temperatures corresponding to zones of the structural component to be formed having locally different microstructures and mechanical properties, wherein the neighbouring die blocks (11; 12; 15) in use are arranged with a gap (13; 13") between their side faces(112; 122; 152), characterized in that end portions (113; 123; 153) of the side faces (112; 122; 152) of the neighbouring die blocks that are close to the working surface (111; 121; 151) are designed such that in use they are in contact. upper and lower mating dies (10; 10'; 40) for stamping a component, each die being formed by two or more die blocks (11; 12; 15; E1-E8) comprising a working surface (111; 121; 151) that in use faces the structural component to be stamped and side faces (112; 122; 152), the upper and lower dies (10; 10'; 40) comprising at least two neighbouring die blocks (11; 12; 15) adapted to operate at different temperatures corresponding to zones of the structural component to be formed having locally different microstructures and mechanical properties, wherein the neighbouring die blocks (11; 12; 15) in use are arranged with a gap (13; 13") between their side faces(112; 122; 152), characterized in that end portions (113; 123; 153) of the side faces (112; 122; 152) of the neighbouring die blocks that are close to the working surface (111; 121; 151) are designed such that in use they are in contact.
A registration system for registering an imaging device for generating an image of an object with a tracking device for tracking the location of the object within a field of view of the imaging device, the registration system comprising: - at least one optical camera device for generating at least one image of the object; - an object detection unit for detecting the object in the at least one image, wherein the object detection unit is adapted to analyze the at least one image of the object to obtain position data of the object in the at least one image; characterized by - a registration unit for determining registration parameters defining a registration of the tracking device with the imaging device, wherein the registration unit is adapted to determine the registration parameters based on the obtained position data of the object and the location of the object as tracked by the tracking device, and further based on a known geometric transformation between the at least one optical camera device and the imaging device. - at least one optical camera device for generating at least one image of the object; - an object detection unit for detecting the object in the at least one image, wherein the object detection unit is adapted to analyze the at least one image of the object to obtain position data of the object in the at least one image; characterized by - a registration unit for determining registration parameters defining a registration of the tracking device with the imaging device, wherein the registration unit is adapted to determine the registration parameters based on the obtained position data of the object and the location of the object as tracked by the tracking device, and further based on a known geometric transformation between the at least one optical camera device and the imaging device.