mhurhangee/ep-ind-claims huggingface dataset:
Process for the manufacture of a nutritional product suitable for feeding infants from 6 - 36 months of age from surplus streams of the manufacture of an infant formula base product, comprising: (i) microfiltration of animal skim milk over a membrane having a porosity of 0.10 - 0.35 micrometer and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate and a permeate; (ii) optionally reverse osmosis of an MFR originating from step (i), resulting in a retentate (RO2R) and a permeate (RO2P); (iv) ultrafiltration of an MFP originating from step (i) over a membrane having a molecular weight cut-off of at most 25 kDa and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate and a permeate; (iii) combining part of an MFR originating from step (i) or an RO2R originating from (ii) as protein source with at least part of an UFP originating from step (iv), wherein the MFR originating from step (i) and the UFP originating from step (iv) are the surplus streams of the manufacture of an infant formula base product, wherein the nutritional product comprises at most 50 wt% of protein from a different source than the protein comprised in the MFR originating from step (i). (i) microfiltration of animal skim milk over a membrane having a porosity of 0.10 - 0.35 micrometer and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate and a permeate; (ii) optionally reverse osmosis of an MFR originating from step (i), resulting in a retentate (RO2R) and a permeate (RO2P); (iv) ultrafiltration of an MFP originating from step (i) over a membrane having a molecular weight cut-off of at most 25 kDa and operating with a volume concentration factor of 1.5 - 8, resulting in a retentate and a permeate; (iii) combining part of an MFR originating from step (i) or an RO2R originating from (ii) as protein source with at least part of an UFP originating from step (iv), wherein the MFR originating from step (i) and the UFP originating from step (iv) are the surplus streams of the manufacture of an infant formula base product, wherein the nutritional product comprises at most 50 wt% of protein from a different source than the protein comprised in the MFR originating from step (i).
A method for controlling an air conditioner, the method comprising: calculating an index weight outdoor average temperature by calculating outdoor temperature data over a predetermined period; acquiring position information in which the air conditioner is installed; selecting an appropriate climatic model according to the position information; calculating a comfortable temperature of the day by substituting the index weight outdoor average temperature to the climatic model; setting the comfortable temperature as an indoor target temperature; and controlling (S700, S800, S900) a cooling or a heating of the air conditioner so that the indoor temperature reaches the indoor target temperature, wherein the selecting of the climatic model comprises selecting the climatic model corresponding to the position information among a plurality of climatic models which are predetermined for geographical positions of the world, and wherein the calculating of the comfortable temperature comprises: adding a predetermined temperature constant to a value obtained by multiplying a predetermined temperature coefficient by the index weight outdoor average temperature; and setting the temperature coefficient and the temperature constant to correspond to each of the plurality of climatic models. calculating an index weight outdoor average temperature by calculating outdoor temperature data over a predetermined period; acquiring position information in which the air conditioner is installed; selecting an appropriate climatic model according to the position information; calculating a comfortable temperature of the day by substituting the index weight outdoor average temperature to the climatic model; setting the comfortable temperature as an indoor target temperature; and controlling (S700, S800, S900) a cooling or a heating of the air conditioner so that the indoor temperature reaches the indoor target temperature, wherein the selecting of the climatic model comprises selecting the climatic model corresponding to the position information among a plurality of climatic models which are predetermined for geographical positions of the world, and wherein the calculating of the comfortable temperature comprises: adding a predetermined temperature constant to a value obtained by multiplying a predetermined temperature coefficient by the index weight outdoor average temperature; and setting the temperature coefficient and the temperature constant to correspond to each of the plurality of climatic models. adding a predetermined temperature constant to a value obtained by multiplying a predetermined temperature coefficient by the index weight outdoor average temperature; and setting the temperature coefficient and the temperature constant to correspond to each of the plurality of climatic models.
A method for wireless communications by a user equipment, UE, comprising: determining a first set of frequency resources and time resources for a first search space with which control channel transmissions for a first service type are configured to be communicated, wherein the frequency resources of the first set span a first region that is a narrowband region within wider system bandwidth; determining a second set of frequency resources and time resources for a second search space with which control channel transmissions for a second service type are configured to be communicated, wherein the frequency resources of the second set span a second region of the system bandwidth; receiving, in a grant sent in one of the first search space and the second search space at a first time instance, an indication of whether a transmission in the other of the first search space and the second search space is scheduled for the same or a different time instance; and monitoring for the control channel transmissions, based on the first search space and the second search space. determining a first set of frequency resources and time resources for a first search space with which control channel transmissions for a first service type are configured to be communicated, wherein the frequency resources of the first set span a first region that is a narrowband region within wider system bandwidth; determining a second set of frequency resources and time resources for a second search space with which control channel transmissions for a second service type are configured to be communicated, wherein the frequency resources of the second set span a second region of the system bandwidth; receiving, in a grant sent in one of the first search space and the second search space at a first time instance, an indication of whether a transmission in the other of the first search space and the second search space is scheduled for the same or a different time instance; and monitoring for the control channel transmissions, based on the first search space and the second search space.
Household appliance having - a food treatment chamber which has a loading opening that can be closed by a door, and - at least one camera for observing the food treatment chamber through a viewing window, wherein - the household appliance is a microwave appliance, it being possible for microwaves to be applied to the food treatment chamber thereof, - the viewing window has a shielding plate with a number of holes, - the camera is directed onto the shielding plate in such a manner that at least one hole is in a field of view of the camera characterised in that - the camera is fastened to a number of holes in the shielding plate. - a food treatment chamber which has a loading opening that can be closed by a door, and - at least one camera for observing the food treatment chamber through a viewing window, - the household appliance is a microwave appliance, it being possible for microwaves to be applied to the food treatment chamber thereof, - the viewing window has a shielding plate with a number of holes, - the camera is directed onto the shielding plate in such a manner that at least one hole is in a field of view of the camera - the camera is fastened to a number of holes in the shielding plate.
A magnetization device adapted for magnetizing a magnetic encoder, ME, said magnetic encoder comprising a rotatable annular magnetic body, including plural rows of annular un-magnetized magnetic encoder tracks (3,4) which tracks are arranged adjacent to each other and integrated therewith, portions of each magnetic encoder track (3,4) in a circumferential direction thereof are adapted to be magnetized one by one, thereby providing the magnetic encoder in which magnetic patterns different from each other are formed in the respective magnetic encoder tracks (3,4), the magnetization device comprising: a magnetizing yoke including a pair of opposed end portions magnetically opposed to each other across a magnetic gap, the magnetizing yoke being configured to magnetize a magnetic encoder track (3,4) that is a desired magnetization target of the magnetic encoder which magnetic encoder track is disposed at a determined position and in a determined attitude with respect to these opposed end portions; an exciting coil wound on the magnetizing yoke and configured to pass magnetic flux between the opposed end portions when power is supplied thereto; and a magnetic shield attached to the magnetizing yoke and configured to shield flow of the magnetic flux from those rows of magnetic encoder tracks (3,4) other than said desired magnetization target. a magnetizing yoke including a pair of opposed end portions magnetically opposed to each other across a magnetic gap, the magnetizing yoke being configured to magnetize a magnetic encoder track (3,4) that is a desired magnetization target of the magnetic encoder which magnetic encoder track is disposed at a determined position and in a determined attitude with respect to these opposed end portions; an exciting coil wound on the magnetizing yoke and configured to pass magnetic flux between the opposed end portions when power is supplied thereto; and a magnetic shield attached to the magnetizing yoke and configured to shield flow of the magnetic flux from those rows of magnetic encoder tracks (3,4) other than said desired magnetization target.
Accelerator pedal module for a motor vehicle, having: a pedal unit with a pedal lever which can be activated by a driver of the motor vehicle and which has a pedal plate at a first end and which is mounted at a second end lying opposite the first end so as to be rotatable about a rotational axis; a signal generator device at the first end for haptically signaling to the driver; and an actuator for activating the signal generator device, wherein the actuator is secured to the pedal lever, the actuator and the signal generator device are spatially separated from one another, and the actuator is coupled to the signal generator device via a rigid mechanical coupling device, wherein the actuator is at a shorter distance from the rotational axis than the signal generator device, characterized in that a distance between the actuator and a plane which runs through the rotational axis and which is parallel to a base surface of a pedal body of the pedal unit is shorter than a distance between the actuator and the signal generator device, wherein the pedal lever is mounted so as to be rotatable and/or pivotable about a rotational axis in the pedal body, wherein the base surface denotes a surface of the accelerator pedal module with which the accelerator pedal module is supported, for example, on a body of the motor vehicle. a pedal unit with a pedal lever which can be activated by a driver of the motor vehicle and which has a pedal plate at a first end and which is mounted at a second end lying opposite the first end so as to be rotatable about a rotational axis; a signal generator device at the first end for haptically signaling to the driver; and an actuator for activating the signal generator device, wherein the actuator is secured to the pedal lever, the actuator and the signal generator device are spatially separated from one another, and the actuator is coupled to the signal generator device via a rigid mechanical coupling device, wherein the actuator is at a shorter distance from the rotational axis than the signal generator device, characterized in that a distance between the actuator and a plane which runs through the rotational axis and which is parallel to a base surface of a pedal body of the pedal unit is shorter than a distance between the actuator and the signal generator device, wherein the pedal lever is mounted so as to be rotatable and/or pivotable about a rotational axis in the pedal body, wherein the base surface denotes a surface of the accelerator pedal module with which the accelerator pedal module is supported, for example, on a body of the motor vehicle.
Method for automatically ensuring safety for operation of a robot system, said operation being controlled by means of a mobile operator control device, the method comprising: repeatedly receiving, at the robot system and by way of a short-range first signal connection, presence signals relayed to the robot system by a mobile operator control device configured for operator control thereof; relaying a configuration signal derived from the result of a presence check from the robot system to the operator control device to request a configuration of a user interface (5a, 5b), provided for operator control of the robot system, of the operator control device on the basis of the result; receiving, at the robot system and by way of a second signal connection, which is formed independently of the first signal connection, an operating signal that is relayed to the robot system by the operator control device and contains a control command for the robot system, in particular a movement command, that is classified as safety-relevant according to a predetermined safety criterion; and approving a safety-relevant control command for execution thereof by the robot system only if the outcome of the presence check is that it is ascertained that the most recently received presence signal satisfies a presence criterion predetermined with regard to the ascertainment of a physical proximity of the operator control device to the robot system. repeatedly receiving, at the robot system and by way of a short-range first signal connection, presence signals relayed to the robot system by a mobile operator control device configured for operator control thereof; relaying a configuration signal derived from the result of a presence check from the robot system to the operator control device to request a configuration of a user interface (5a, 5b), provided for operator control of the robot system, of the operator control device on the basis of the result; receiving, at the robot system and by way of a second signal connection, which is formed independently of the first signal connection, an operating signal that is relayed to the robot system by the operator control device and contains a control command for the robot system, in particular a movement command, that is classified as safety-relevant according to a predetermined safety criterion; and approving a safety-relevant control command for execution thereof by the robot system only if the outcome of the presence check is that it is ascertained that the most recently received presence signal satisfies a presence criterion predetermined with regard to the ascertainment of a physical proximity of the operator control device to the robot system.
Dishwashing machine comprising: - a body or casing defining a washing chamber with an access opening provided with a closing door, - supporting means in said chamber to receive and sustain the items to be washed and comprising rows of support at a first level of the washing chamber in order to sustain parallely-spaced dishes, - pipes (20, 21) for supply and distribution of washing and rinsing water onto said items disposed on the supporting means in said chamber, - wherein the pipes (20, 21) for the distribution of the washing and rinsing water are provided with nozzles (22, 122, 23) to deliver jets of pressurized water which are substantially directed in directions perpendicular to the surfaces of the items to be washed and shiftable in relation to said surfaces, and further comprising - a system for programming and setting different working cycles of the machine, in which said pipes (20, 21) for the distribution of washing and rinsing water onto the items disposed on said supporting means are guided and shiftable, at least heightwise in relation to said items, characterized in that it further comprises at least one surface or grid at a second level of said washing chamber in order to sustain pans or containers, and in that said pipes include first pipes associated with said rows of supports and shiftable heightwise within the washing chamber between said rows of supports, and at least one additional pipe associated with said surface or grid and shiftable at least horizontally, - a body or casing defining a washing chamber with an access opening provided with a closing door, - supporting means in said chamber to receive and sustain the items to be washed and comprising rows of support at a first level of the washing chamber in order to sustain parallely-spaced dishes, - pipes (20, 21) for supply and distribution of washing and rinsing water onto said items disposed on the supporting means in said chamber, - wherein the pipes (20, 21) for the distribution of the washing and rinsing water are provided with nozzles (22, 122, 23) to deliver jets of pressurized water which are substantially directed in directions perpendicular to the surfaces of the items to be washed and shiftable in relation to said surfaces, and further comprising - a system for programming and setting different working cycles of the machine,
Maintenance device for performing maintenance on an elongate, and in particular tubular, hollow body which is designed to conduct a fluid, comprising a sealing device which comprises a functional unit, is provided for sealing off a working region from a surrounding area of the hollow body, and is movable along a surface of the hollow body, wherein the sealing device is provided with an adapter which can be placed on the hollow body in a sealing manner, comprises a surface which faces away from the hollow body, and forms a working region used to access the hollow body, wherein a sealing part of the sealing device can be moved, whilst maintaining a tight seal, along the adapter over the working region in both a first direction and a second direction, which is transverse to said first direction, such that the at least one functional unit is movable along a two-dimensional movement pattern relative to a surface of the hollow body on which maintenance is to be performed.
An arc welding method feeding welding wire to a base material while supplying welding current having average current of 300A or larger, comprising: feeding the welding wire at a speed of a tip end of the welding wire being inserted into a space of a concave melted portion formed in the base material by the arc generated between the tip end and the base material, characterized in that the method comprises: periodically alternating a small current period where the welding current has a small average value and droplet is transferred from the tip end to a bottom part of the melted portion, and a large current period where the welding current has a large average value and droplet is transferred from the tip end to a side part of the melted portion; and controlling the welding current in the large current period so that droplet is transferred from the tip end to the side part a plurality of times in each large current period. periodically alternating a small current period where the welding current has a small average value and droplet is transferred from the tip end to a bottom part of the melted portion, and a large current period where the welding current has a large average value and droplet is transferred from the tip end to a side part of the melted portion; and controlling the welding current in the large current period so that droplet is transferred from the tip end to the side part a plurality of times in each large current period.
An operating and locking assembly for opening, closing and locking a sash relative to a frame of a window, comprising a striking plate adapted to be mounted on the frame, a lock mechanism (10; 210; 310; 315) including a latch member, a roller member, a link member, at least one console member (80,90), a mounting base member adapted to be mounted on the sash, and a handle bar (120; 220; 320) connected to the at least one console member (80, 90), the link member being pivotably connected to the latch member in a first joint (71,51) and to the mounting base member in a second joint (72,102), the latch member being pivotably and displaceably connected to the at least one console member (80,90) in a third joint (53,83), and the at least one console member (80,90) being pivotably connected to the mounting base member in a fourth joint (84,104), and the operating and locking assembly being able to assume at least a locked position, in which the latch member is in an upper position and the roller member interacts with an inner inclined surface of the striking plate, and an open position, characterized in that each console member comprises an inner console member including the fourth joint to the mounting base member and an outer console member pivotably connected to the inner console member in a fifth joint (95,85), and that the handle bar (120; 220; 320) is connected to the outer console member.
A device for cleaning an optical waveguide end, having a guide portion for receiving the optical waveguide end in a stable position and a rotatably mounted spool onto which a flexible cleaning element is wound, characterized in that the guide portion and the spool are positioned relative to one another such that an optical waveguide end received by the guide portion is able to be pressed against the wound cleaning element and the cleaning element is able to be unwound from the spool such that different portions of the cleaning element are able to be applied to the optical waveguide end during unwinding.
A method for applying an agrochemical to an area adjacent to an agricultural area of interest, the method comprising: performing a remote sensing survey within an agricultural area of interest wherein the remote sensing survey generates remotely sensed data, wherein the step of performing a remote sensing survey is conducted with an optical sensor, wherein the optical sensor detects a wing beat, analyzing the remotely sensed data to determine whether to apply an agrochemical based on an insect presence within the agricultural area of interest, and wherein an insect is present within the agricultural area of interest and an agrochemical comprising an insect attractant compound or composition is applied to an area adjacent the agricultural area of interest. performing a remote sensing survey within an agricultural area of interest wherein the remote sensing survey generates remotely sensed data, wherein the step of performing a remote sensing survey is conducted with an optical sensor, wherein the optical sensor detects a wing beat, analyzing the remotely sensed data to determine whether to apply an agrochemical based on an insect presence within the agricultural area of interest, and wherein an insect is present within the agricultural area of interest and an agrochemical comprising an insect attractant compound or composition is applied to an area adjacent the agricultural area of interest.