mhurhangee/ep-ind-claims huggingface dataset:
Method for cleaning a cooking appliance, comprising a preliminary cleaning process and a subsequent rinsing process, wherein the cleaning process comprises the following steps: - introducing a cleaning foam solution into a cooking chamber of the cooking appliance in order to loosen dirt; - pumping a large part of the cleaning foam solution out of the cooking chamber of the cooking appliance; wherein the rinsing process for removing cleaning foam solution and loosened dirt from the cooking chamber comprises the following steps: - controlling the temperature of a cooking chamber in order to cause foam bubbles of the cleaning foam solution still present in the cooking chamber to burst; - pumping out an at least partially foamed cleaning foam solution in response to the temperature control step; - rinsing out the cooking chamber using a rinsing fluid; and - discharging the rinsing fluid from the cooking chamber. wherein the cleaning process comprises the following steps: - introducing a cleaning foam solution into a cooking chamber of the cooking appliance in order to loosen dirt; - pumping a large part of the cleaning foam solution out of the cooking chamber of the cooking appliance; - introducing a cleaning foam solution into a cooking chamber of the cooking appliance in order to loosen dirt; - pumping a large part of the cleaning foam solution out of the cooking chamber of the cooking appliance; wherein the rinsing process for removing cleaning foam solution and loosened dirt from the cooking chamber comprises the following steps: - controlling the temperature of a cooking chamber in order to cause foam bubbles of the cleaning foam solution still present in the cooking chamber to burst; - pumping out an at least partially foamed cleaning foam solution in response to the temperature control step; - rinsing out the cooking chamber using a rinsing fluid; and - discharging the rinsing fluid from the cooking chamber. - controlling the temperature of a cooking chamber in order to cause foam bubbles of the cleaning foam solution still present in the cooking chamber to burst; - pumping out an at least partially foamed cleaning foam solution in response to the temperature control step; - rinsing out the cooking chamber using a rinsing fluid; and - discharging the rinsing fluid from the cooking chamber.
A method of operation of a network node in a wireless communications network to allocate one or more radio resources to two or more traffic partitions comprising: obtaining radio resource allocation policies for the two or more traffic partitions, wherein a traffic partition is defined to include one or more of transmissions having a similar Quality of Service, QoS, and/or transmissions using a predetermined service, and/or transmissions to/from a predetermined destination; obtaining radio resource usage for the two or more traffic partitions across multiple resource dimensions, wherein the multiple resource dimensions comprise at least channel-time, radio frequency spectrum, spatial usage of media, and capability of at least two of the group consisting of: transmissions in a plurality of Multi-User Multiple-Input Multiple-Output, MU-MIMO; transmissions in a plurality of Radio Frequency, RF, channels; and transmissions in a plurality of wireless access points; and allocating the one or more radio resources to the two or more traffic partitions based on the radio resource usage of the two or more traffic partitions across the multiple resource dimensions and the radio resource allocation policies for the two or more traffic partitions, wherein the one or more radio resources comprises at least channel-time, and wherein each of the two or more traffic partitions are associated with a percentage limit of the one or more radio resources included in the radio resource allocation policies. obtaining radio resource allocation policies for the two or more traffic partitions, wherein a traffic partition is defined to include one or more of transmissions having a similar Quality of Service, QoS, and/or transmissions using a predetermined service, and/or transmissions to/from a predetermined destination; obtaining radio resource usage for the two or more traffic partitions across multiple resource dimensions, wherein the multiple resource dimensions comprise at least channel-time, radio frequency spectrum, spatial usage of media, and capability of at least two of the group consisting of: transmissions in a plurality of Multi-User Multiple-Input Multiple-Output, MU-MIMO; transmissions in a plurality of Radio Frequency, RF, channels; and transmissions in a plurality of wireless access points; and transmissions in a plurality of Multi-User Multiple-Input Multiple-Output, MU-MIMO; transmissions in a plurality of Radio Frequency, RF, channels; and transmissions in a plurality of wireless access points; and allocating the one or more radio resources to the two or more traffic partitions based on the radio resource usage of the two or more traffic partitions across the multiple resource dimensions and the radio resource allocation policies for the two or more traffic partitions, wherein the one or more radio resources comprises at least channel-time, and wherein each of the two or more traffic partitions are associated with a percentage limit of the one or more radio resources included in the radio resource allocation policies.
Frame longitudinal beam structure for chassis frames of utility vehicles, in particular of trucks and/or buses, having at least one frame longitudinal beam of modular construction which extends in the vehicle longitudinal direction when in the mounted state, characterized in that the frame longitudinal beam has a base profile which extends over the entire length of the frame longitudinal beam and which has a plate-shaped central web which, as viewed in cross section, extends between opposite frame longitudinal beam regions, which central web runs rectilinearly as viewed in the direction of the longitudinal extent of the base profile, and to which central web supplemental profiles (4, 5) formed by separate components are attached in areal abutting connection, in that a plurality of supplemental profiles (4, 5) are attached to the central web, which runs rectilinearly and over the entire length of the frame longitudinal beam, of the base profile such that, in the direction of extent of the longitudinal beam, at least two frame longitudinal beam regions (6, 7, 8) of different frame longitudinal beam profile cross section are formed, and in that at least the central web of the base profile which extends in the direction of the frame longitudinal beam is formed without an offset in the vertical axis direction and without a kink transversely with respect to the direction of the frame longitudinal beam.
An electric machine defining an axial direction, a radial direction, and a circumferential direction, the electric machine comprising: a rotor disk rotatable about the axial direction; a rotor flange attached to or formed integrally with the rotor disk and extending from the rotor disk substantially along the axial direction; a plurality of rotor magnets mounted to the rotor flange; and a stator assembly comprising: an armature winding; a tracking tooth movable along the radial direction with respect to the armature winding, the tracking tooth being operable with the rotor magnets to produce a torque, the tracking tooth being spaced apart from the rotor magnets along the radial direction to define an air gap; and an actuator assembly operable with the tracking tooth for moving the tracking tooth along the radial direction with respect to the armature winding to adjust a height of the air gap; wherein the actuator assembly comprises a unison ring having a slanted profile relative to the axial direction, wherein the tracking tooth is slidably coupled to the unison ring such that moving the unison ring along the axial direction moves the tracking tooth along the radial direction. a rotor disk rotatable about the axial direction; a rotor flange attached to or formed integrally with the rotor disk and extending from the rotor disk substantially along the axial direction; a plurality of rotor magnets mounted to the rotor flange; and a stator assembly comprising: an armature winding; a tracking tooth movable along the radial direction with respect to the armature winding, the tracking tooth being operable with the rotor magnets to produce a torque, the tracking tooth being spaced apart from the rotor magnets along the radial direction to define an air gap; and an actuator assembly operable with the tracking tooth for moving the tracking tooth along the radial direction with respect to the armature winding to adjust a height of the air gap; wherein an armature winding; a tracking tooth movable along the radial direction with respect to the armature winding, the tracking tooth being operable with the rotor magnets to produce a torque, the tracking tooth being spaced apart from the rotor magnets along the radial direction to define an air gap; and an actuator assembly operable with the tracking tooth for moving the tracking tooth along the radial direction with respect to the armature winding to adjust a height of the air gap; wherein the actuator assembly comprises a unison ring having a slanted profile relative to the axial direction, wherein the tracking tooth is slidably coupled to the unison ring such that moving the unison ring along the axial direction moves the tracking tooth along the radial direction.
Sanitary sealing tape (1, 1') for sealing a connection area (20, 20'), in particular a connection area which can be covered by an elastic joint material, with - a sealing layer which is adapted to prevent a fluid from passing through the sealing tape (1, 1'), - a connecting material (4, 4') arranged on the sealing layer, which partially or completely covers the sealing layer on at least one side, and - a cut guard arranged on the side of the sealing tape facing the connection area (20, 20'), characterized in that the cut guard is a flexible cut guard material made of a fabric with warp threads and weft threads, whereby the warp threads are made of aramids and the weft threads are made of ultra-high molecular weight polyethylene (UHMW-PE), so that the fabric has a higher strength across the weft threads than across the warp threads. - a sealing layer which is adapted to prevent a fluid from passing through the sealing tape (1, 1'), - a connecting material (4, 4') arranged on the sealing layer, which partially or completely covers the sealing layer on at least one side, and - a cut guard arranged on the side of the sealing tape facing the connection area (20, 20'), characterized in that the cut guard is a flexible cut guard material made of a fabric with warp threads and weft threads,
A training method of a computer-implemented machine learning model for obtaining a Resting Energy Expenditure, REE, parameter of a subject from one or more computed tomography, CT, scan images of a subject, the method comprising the steps of: - obtaining one or more ground-truth REE parameters of one or more subjects; - obtaining the one or more CT scan images of the one or more subjects; - identifying at least a region of interest, ROI, in each of the obtained CT scan images; - calculating a group of parameters of each ROI; wherein a group comprises one or more parameters of each ROI, wherein the one or more parameters comprise a radiodensity parameter for at least one of the identified ROIs, and wherein each group is associated with a ground-truth REE parameter; and - performing a supervised training of the computer-implemented machine learning, ML, model, using a training data set comprising one or more groups of parameters of each ROI and the associated one or more ground-truth REE parameters, and wherein the supervised training further comprises, for each group, setting an output parameter of the ML model corresponding to the associated ground-truth REE parameter. - obtaining one or more ground-truth REE parameters of one or more subjects; - obtaining the one or more CT scan images of the one or more subjects; - identifying at least a region of interest, ROI, in each of the obtained CT scan images; - calculating a group of parameters of each ROI; wherein a group comprises one or more parameters of each ROI, wherein the one or more parameters comprise a radiodensity parameter for at least one of the identified ROIs, and wherein each group is associated with a ground-truth REE parameter; and - performing a supervised training of the computer-implemented machine learning, ML, model, using a training data set comprising one or more groups of parameters of each ROI and the associated one or more ground-truth REE parameters, and wherein the supervised training further comprises, for each group, setting an output parameter of the ML model corresponding to the associated ground-truth REE parameter.
An adjustable mount for positioning an x-ray source, the adjustable mount comprising: a vertical member that can swivel around a yaw axis; a circular arc-shaped yoke having two ends and passing through the vertical member, wherein a pitch axis is defined through the two ends of the yoke and a roll axis is defined through the circle center of the yoke and orthogonally to a plane in which the yoke lies; a gantry attached to the two ends of the yoke, wherein the gantry is free to pitch about an axis defined through the two ends of the yoke; and an x-ray source attached to the gantry, wherein the x-ray source is rotated around the yaw axis by swiveling the vertical member and is pitched around the pitch axis by pitching the gantry, characterized in that the x-ray source is rotated around the roll axis by passing the yoke through the vertical member. a vertical member that can swivel around a yaw axis; a circular arc-shaped yoke having two ends and passing through the vertical member, wherein a pitch axis is defined through the two ends of the yoke and a roll axis is defined through the circle center of the yoke and orthogonally to a plane in which the yoke lies; a gantry attached to the two ends of the yoke, wherein the gantry is free to pitch about an axis defined through the two ends of the yoke; and an x-ray source attached to the gantry, wherein the x-ray source is rotated around the yaw axis by swiveling the vertical member and is pitched around the pitch axis by pitching the gantry, characterized in that the x-ray source is rotated around the roll axis by passing the yoke through the vertical member.
A container assembly for powdered nutritional product, comprising: a thermoformed tub of relatively thin plastic material having a peripheral wall extending to an upper edge forming an outwardly extending flange and defining a product containing space; a membrane seal for sealing the product containing space prior to use, wherein the membrane is sealed across the outwardly extending flange; a lower rim connected to the upper edge of the tub, the lower rim defining an opening giving access to the product containing space and being formed of a relatively thicker plastic material; an upper rim connectable to the lower rim; and a lid for selectively closing the opening. a thermoformed tub of relatively thin plastic material having a peripheral wall extending to an upper edge forming an outwardly extending flange and defining a product containing space; a membrane seal for sealing the product containing space prior to use, wherein the membrane is sealed across the outwardly extending flange; a lower rim connected to the upper edge of the tub, the lower rim defining an opening giving access to the product containing space and being formed of a relatively thicker plastic material; an upper rim connectable to the lower rim; and a lid for selectively closing the opening.
A bascule lock comprising a casing, a rotary handle rotatably fixed at an axis, two lever arms (7, 8) rotatably fixed at the axis, two push rods (6, 6) connected to the lever arms (7, 8) wherein the push rods (6, 6) are supported against the force of at least one spring pushing the push rods (6, 6) outwardly, each of the lever arms (7, 8) has a pin engaged in control grooves provided on the push rods (6, 6) and the control grooves, upon actuation of the rotary handle, have a first control path with a first pin position (a) in which the push rods (6, 6) are pushed maximally outwardly, a second pin position (c) in which the push rods (6, 6) are drawn maximally inwardly and the pin, supporting itself against the wall of the control path, fixes the push rods (6, 6) in an intermediate position in a third pin position (b) between the first and the second pin positions (a, c).
A method of controlling storage resources of a data storage pool by a computing device to increase efficiency of data storage within the data storage pool, the method comprising: obtaining data that describes fault domains in a storage hierarchy and available storage resources in the data storage pool; and assigning distribution of metadata to one or more particular data storage devices within the data storage pool based on the described fault domains, characterized in that the method further comprising: ascertaining operational characteristics of devices associated with the available storage resources within one or more levels of the storage hierarchy, the operational characteristics include health, data connection type, media type, types of usage within the data storage pool, or whether the devices are currently being used to store metadata; and wherein said assigning is performed further based on the ascertained operational characteristics of devices within one or more levels of the storage hierarchy. obtaining data that describes fault domains in a storage hierarchy and available storage resources in the data storage pool; and assigning distribution of metadata to one or more particular data storage devices within the data storage pool based on the described fault domains, characterized in that the method further comprising: ascertaining operational characteristics of devices associated with the available storage resources within one or more levels of the storage hierarchy, the operational characteristics include health, data connection type, media type, types of usage within the data storage pool, or whether the devices are currently being used to store metadata; and wherein said assigning is performed further based on the ascertained operational characteristics of devices within one or more levels of the storage hierarchy.
A driver accessory comprising: a housing including a first housing portion and a second housing portion movable relative to the first housing portion; an input shaft at least partially received in the first housing portion and defining a first axis; an output shaft at least partially received in the second housing portion and defining a second axis, the output shaft being supportable by the housing in a first position relative to the input shaft in which the first and second axes (18f, 26f) are substantially coaxial, and in a second position relative to the input shaft in which the first and second axes (18f, 26f) are not coaxial, wherein the second housing portion is pivotable relative to the first housing portion about a third axis that is normal to the first axis for moving the output shaft between the first and second positions; a detent supported by one of the first and second housing portions (512, 516); and a plurality of recesses (572, 574) defined on the other of the first and second housing portions (512, 516), wherein the detent is receivable in a first of the plurality of recesses to secure the output shaft in the first position, and wherein the detent is receivable in a second of the plurality of recesses to secure the output shaft in the second position. a housing including a first housing portion and a second housing portion movable relative to the first housing portion; an input shaft at least partially received in the first housing portion and defining a first axis; an output shaft at least partially received in the second housing portion and defining a second axis, the output shaft being supportable by the housing in a first position relative to the input shaft in which the first and second axes (18f, 26f) are substantially coaxial, and in a second position relative to the input shaft in which the first and second axes (18f, 26f) are not coaxial, wherein the second housing portion is pivotable relative to the first housing portion about a third axis that is normal to the first axis for moving the output shaft between the first and second positions; a detent supported by one of the first and second housing portions (512, 516); and a plurality of recesses (572, 574) defined on the other of the first and second housing portions (512, 516), wherein the detent is receivable in a first of the plurality of recesses to secure the output shaft in the first position, and wherein the detent is receivable in a second of the plurality of recesses to secure the output shaft in the second position.
Seat for babies and infants, at least comprising a seat bottom part and a seat back part, wherein a seat element is attached to the seat bottom part and a backrest element is attached to the seat back part in a shifting and interconnected manner, wherein - at least the backrest element is designed to be flexible and is arranged at a distance from the seat back part, - the backrest element is arranged and designed in such a way that the backrest element is slidable under the effect of an impulse energy by the body of a child, - the backrest element and/or the seat element are connected to at least one damping device, and - the at least one damping device allows a shift of the backrest element from a determinable impulse energy, as a result of which the distance between the backrest element and the seat back part is reduced and a shift of the seat element relative to the seat bottom part takes place, wherein in a lying position the backrest element is arranged spaced from the seat back part and the backrest element is movable by means of a mechanism from a sitting position, in which the backrest element has a smaller distance to the seat back part, into the lying position, characterized in that the seat bottom part and the seat back part are components of a bucket seat of a baby carrier to which a carrying handle is attached so as to be pivotable at least on one side, and the backrest element is coupled with the carrying handle of the seat, wherein by shifting the carrying handle from a first position to a second position the backrest element can be moved from the sitting position into the lying position. - at least the backrest element is designed to be flexible and is arranged at a distance from the seat back part, - the backrest element is arranged and designed in such a way that the backrest element is slidable under the effect of an impulse energy by the body of a child, - the backrest element and/or the seat element are connected to at least one damping device, and - the at least one damping device allows a shift of the backrest element from a determinable impulse energy, as a result of which the distance between the backrest element and the seat back part is reduced and a shift of the seat element relative to the seat bottom part takes place, wherein in a lying position the backrest element is arranged spaced from the seat back part and the backrest element is movable by means of a mechanism from a sitting position, in which the backrest element has a smaller distance to the seat back part, into the lying position,