mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sterilizing, the method comprising: (a) removeably affixing a bottom of an integrated sterilizing cabinet to a top portion of a sterilisable wheeled case cart ; the sterilisable wheeled case cart having a plurality of shelves located in an interior section of the sterilisable wheeled case cart ; (b) loading an item to be sterilized into the integrated sterilizing cabinet and sterilisable wheeled case cart , the sterilizing cabinet comprising an interior, the interior being sterilisable; (c) rolling the integrated sterilisable wheeled case cart and sterilizing cabinet into the floor loading sterilizer , wherein rolling the integrated sterilisable wheeled case cart and sterilizing cabinet into the floor loading sterilizer is independent of a height adjustment of the sterilizing cabinet relative to the sterilisable wheeled case cart ; (d) exposing the integrated sterilisable wheeled case cart and sterilizing cabinet in the floor loading sterilizer to a sterilizing cycle; and (e) rolling the integrated sterilisable wheeled case cart and sterilizing cabinet from the floor loading sterilizer . (a) removeably affixing a bottom of an integrated sterilizing cabinet to a top portion of a sterilisable wheeled case cart ; the sterilisable wheeled case cart having a plurality of shelves located in an interior section of the sterilisable wheeled case cart ; (b) loading an item to be sterilized into the integrated sterilizing cabinet and sterilisable wheeled case cart , the sterilizing cabinet comprising an interior, the interior being sterilisable; (c) rolling the integrated sterilisable wheeled case cart and sterilizing cabinet into the floor loading sterilizer , wherein rolling the integrated sterilisable wheeled case cart and sterilizing cabinet into the floor loading sterilizer is independent of a height adjustment of the sterilizing cabinet relative to the sterilisable wheeled case cart ; (d) exposing the integrated sterilisable wheeled case cart and sterilizing cabinet in the floor loading sterilizer to a sterilizing cycle; and (e) rolling the integrated sterilisable wheeled case cart and sterilizing cabinet from the floor loading sterilizer .
An air conditioner with an outdoor unit and an indoor unit , the air conditioner comprising: a recording unit configured to record an operation time of a compressor included in the outdoor unit for each range of outside air temperature when the compressor is operated, characterized by a control unit configured to change an operation condition of a drive unit of the air conditioner to curb deterioration in durability of the air conditioner when an operation time of the compressor in a situation in which an outside air temperature is in a specific temperature range is equal to or longer than a predetermined period of time wherein the control unit lowers a maximum rotation rate of the compressor when an operation time of the compressor at a temperature that is lower than a predetermined temperature determined according to durability of the air conditioner is equal to or longer than a predetermined period of time, wherein the durability of the air conditioner deteriorates by operating the air conditioner at the temperature lower than the predetermined temperature. a recording unit configured to record an operation time of a compressor included in the outdoor unit for each range of outside air temperature when the compressor is operated, characterized by a control unit configured to change an operation condition of a drive unit of the air conditioner to curb deterioration in durability of the air conditioner when an operation time of the compressor in a situation in which an outside air temperature is in a specific temperature range is equal to or longer than a predetermined period of time wherein the control unit lowers a maximum rotation rate of the compressor when an operation time of the compressor at a temperature that is lower than a predetermined temperature determined according to durability of the air conditioner is equal to or longer than a predetermined period of time, wherein the durability of the air conditioner deteriorates by operating the air conditioner at the temperature lower than the predetermined temperature.
A washing and/or drying machine comprising: a body portion ; a drum assembly ; a biasing element suspending the drum assembly from the body portion ; characterized in that the washing and/or drying machine comprises one or more wires or cables constructed and arranged to physically engage the biasing element so that movement of the biasing element causes corresponding movement of the one or more wires or cables , wherein a first end of the one or more wires or cables is fixed to a first component of the washing and/or drying machine, and a second end of the one or more wires or cables is attached to a component of a door lock of a door of the washing and/or drying machine ; the washing and/or drying machine constructed and arranged to cause disabling locking of the door of the washing and/or drying machine in response to the biasing element stretching beyond a predetermined threshold length. a body portion ; a drum assembly ; a biasing element suspending the drum assembly from the body portion ; characterized in that the washing and/or drying machine comprises one or more wires or cables constructed and arranged to physically engage the biasing element so that movement of the biasing element causes corresponding movement of the one or more wires or cables , wherein a first end of the one or more wires or cables is fixed to a first component of the washing and/or drying machine, and a second end of the one or more wires or cables is attached to a component of a door lock of a door of the washing and/or drying machine ; the washing and/or drying machine constructed and arranged to cause disabling locking of the door of the washing and/or drying machine in response to the biasing element stretching beyond a predetermined threshold length.
Textile multi-layer reinforcing structure having an integrated thermoplastic matrix for producing shapeable fiber-composite semifinished structures consisting of at least three independently formed and subsequently joined layer structures, these layer structures having reinforcing structures and thermoplastic fiber material, and each reinforcing layer having unidirectionally aligned filament-shaped reinforcing fiber structures, and all layers which are arranged one above the other being arranged so as to be interconnected in textile terms prior to the application of pressure and/or temperature, characterized in that at least one layer structure is designed as a reinforcing layer, in that each reinforcing layer is covered on both sides by a textile surface structure layer made of thermoplastic fiber material, and in that a thermoplastic filament material is arranged as a textile composite of all the layers which are arranged one above the other.
An apparatus for generating a representation of at least part of a scene from images of a scene captured by plurality of distributed depth-sensing cameras, the apparatus comprising: a first receiver for receiving a first image captured by a first depth-sensing camera and first depth data captured by the first depth-sensing camera; and characterized by further comprising: a detector for detecting an image position property for a fiducial marker in the first image, the image position property being indicative of a position of the fiducial marker in the first image and the fiducial marker representing a placement of a second depth sensing image camera by having a predetermined placement difference with respect to the second depth sensing camera; a placement processor for determining a relative placement vector indicative of a placement of the second depth sensing image camera relative to the first depth-sensing camera in response to the image position property, and depth data of the first depth data for an image position of the fiducial marker, and the predetermined placement difference, the relative placement vector being at least three dimensional; a second receiver for receiving a second image captured by the second depth sensing image camera and second depth data captured by the second depth sensing image camera; a generator for generating the representation of at least part the scene in response to a combination of at least the first image and the second image based on the relative placement vector. a detector for detecting an image position property for a fiducial marker in the first image, the image position property being indicative of a position of the fiducial marker in the first image and the fiducial marker representing a placement of a second depth sensing image camera by having a predetermined placement difference with respect to the second depth sensing camera; a placement processor for determining a relative placement vector indicative of a placement of the second depth sensing image camera relative to the first depth-sensing camera in response to the image position property, and depth data of the first depth data for an image position of the fiducial marker, and the predetermined placement difference, the relative placement vector being at least three dimensional; a second receiver for receiving a second image captured by the second depth sensing image camera and second depth data captured by the second depth sensing image camera; a generator for generating the representation of at least part the scene in response to a combination of at least the first image and the second image based on the relative placement vector.
A pharmaceutical container filler assembly for filling said container with a pharmaceutical powder material, which assembly comprises: means for supporting a pharmaceutical container ; a reservoir suitable for holding a bulk pharmaceutical powder, wherein the powder reservoir is connected to a filler nozzle ; said filler nozzle being adapted to be located in or adjacent to the pharmaceutical container such that the pharmaceutical container can be filled with the pharmaceutical powder; characterised in that the assembly is provided with means for vibrating, such that at least a portion of the assembly can be vibrated; and wherein the means for supporting the pharmaceutical container includes a turbulence damper suitable for reducing air turbulence; said turbulence damper comprises a turbulence reducing sleeve adapted to encase the pharmaceutical container during the filling process. means for supporting a pharmaceutical container ; a reservoir suitable for holding a bulk pharmaceutical powder, wherein the powder reservoir is connected to a filler nozzle ; said filler nozzle being adapted to be located in or adjacent to the pharmaceutical container such that the pharmaceutical container can be filled with the pharmaceutical powder; characterised in that the assembly is provided with means for vibrating, such that at least a portion of the assembly can be vibrated; and wherein the means for supporting the pharmaceutical container includes a turbulence damper suitable for reducing air turbulence; said turbulence damper comprises a turbulence reducing sleeve adapted to encase the pharmaceutical container during the filling process.
A method performed by a local subscriber node for handling attachment of a User Equipment, UE, to a central network , wherein the local subscriber node comprises default subscription data which is common for all UEs which are associated with a local network , wherein the UEs which are associated with the local network are subscribers or residents of the local network , the method comprising: monitoring whether a connection to a central subscriber node is accessible or inaccessible, wherein the monitoring is performed continuously, at regular intervals or when triggered; when the connection to the central subscriber node is accessible, obtaining authentication data associated with the default subscription data from the central subscriber node , wherein the authentication data is obtained before the UE appears in the local network for the second or more times; when receiving a request for authentication data from a mobility management node , wherein the request comprises an identity of the UE which has requested attachment to the central network , and when the connection to the central subscriber node is inaccessible, sending the obtained authentication data for the UE to the mobility management node . monitoring whether a connection to a central subscriber node is accessible or inaccessible, wherein the monitoring is performed continuously, at regular intervals or when triggered; when the connection to the central subscriber node is accessible, obtaining authentication data associated with the default subscription data from the central subscriber node , wherein the authentication data is obtained before the UE appears in the local network for the second or more times; when receiving a request for authentication data from a mobility management node , wherein the request comprises an identity of the UE which has requested attachment to the central network , and when the connection to the central subscriber node is inaccessible, sending the obtained authentication data for the UE to the mobility management node .
Device for processing a hard surfacing, the device comprising: - a frame to be mounted to a vehicle: - a support coupled to the frame , configured for carrying at least a first rotary processing unit , each rotary processing unit being adapted for processing the hard surfacing under the processing unit and wherein each rotary processing unit comprises: - a drive motor with a drive shaft , for rotating the rotary processing unit relative to the support ; - a substantially flat first disc comprising a plurality of processing heads arranged on the flat side of the first disc facing away from the drive motor and arranged to process the hard surfacing; - a substantially flat second disc coupled via vibration-damping coupling elements to the first disc and extending parallel to the first disc ; characterized in that each rotary processing unit further comprises: - a substantially flat third disc coupled via one or more additional coupling elements to the second disc and extending parallel to the second disc ; and in that : at least one of the second or third disc is coupled to the drive shaft of the drive motor such that the first, second and third discs form a stack of discs that is rotatable relative to the support , and wherein the additional coupling elements are deformation-reducing coupling elements configured to provide a deformation-reducing coupling between the second and the third disc . - a frame to be mounted to a vehicle: - a support coupled to the frame , configured for carrying at least a first rotary processing unit , each rotary processing unit being adapted for processing the hard surfacing under the processing unit and wherein each rotary processing unit comprises: - a drive motor with a drive shaft , for rotating the rotary processing unit relative to the support ; - a substantially flat first disc comprising a plurality of processing heads arranged on the flat side of the first disc facing away from the drive motor and arranged to process the hard surfacing; - a substantially flat second disc coupled via vibration-damping coupling elements to the first disc and extending parallel to the first disc ; - a drive motor with a drive shaft , for rotating the rotary processing unit relative to the support ; - a substantially flat first disc comprising a plurality of processing heads arranged on the flat side of the first disc facing away from the drive motor and arranged to process the hard surfacing; - a substantially flat second disc coupled via vibration-damping coupling elements to the first disc and extending parallel to the first disc ; - a substantially flat third disc coupled via one or more additional coupling elements to the second disc and extending parallel to the second disc ; and in that : at least one of the second or third disc is coupled to the drive shaft of the drive motor such that the first, second and third discs form a stack of discs that is rotatable relative to the support , and wherein the additional coupling elements are deformation-reducing coupling elements configured to provide a deformation-reducing coupling between the second and the third disc .
A magnesia carbon brick, the magnesia carbon brick being obtained by adding an organic binder to a refractory raw material mixture followed by kneading, molding, and heat-treating at 150 to 400°C, wherein in the refractory raw material mixture, a pitch and/or a carbon black is included with a total amount of 0.1% or more by mass and 2.0% or less by mass, aluminum and/or aluminum alloy is included with a total amount of 0.1% or more by mass and 1.0% or less by mass, a magnesia having a particle diameter of less than 0.075 mm is included with an amount of 3.0% or more by mass and 10.0% or less by mass, and a magnesia having a particle diameter of 0.075 mm or more and less than 5 mm is included with an amount of 87.0% or more by mass and 96.0% or less by mass, but graphite is not included therein; and a mass ratio of a magnesia having a particle diameter of 1 mm or more and less than 5 mm to a magnesia having a particle diameter of 0.075 mm or more and less than 1 mm is 1.66 or more and 2.34 or less; and an apparent porosity thereof when subjected to a heat-treatment under a reductive atmosphere at 1400°C for 3 hours is 8.0% or less. in the refractory raw material mixture, a pitch and/or a carbon black is included with a total amount of 0.1% or more by mass and 2.0% or less by mass, aluminum and/or aluminum alloy is included with a total amount of 0.1% or more by mass and 1.0% or less by mass, a magnesia having a particle diameter of less than 0.075 mm is included with an amount of 3.0% or more by mass and 10.0% or less by mass, and a magnesia having a particle diameter of 0.075 mm or more and less than 5 mm is included with an amount of 87.0% or more by mass and 96.0% or less by mass, but graphite is not included therein; and a mass ratio of a magnesia having a particle diameter of 1 mm or more and less than 5 mm to a magnesia having a particle diameter of 0.075 mm or more and less than 1 mm is 1.66 or more and 2.34 or less; and an apparent porosity thereof when subjected to a heat-treatment under a reductive atmosphere at 1400°C for 3 hours is 8.0% or less.
A method of operating a computer platform comprising a processor , one or more platform devices including an input-output, IO, component, and a tying logic , the method comprising: detecting an idle condition of the processor; in response to the detecting the idle condition of the processor, determining a transition of the processor to a processor idle power state, and causing a message to be sent to the tying logic which indicates the determined transition of the processor to the processor idle power state; detecting an idle condition of one of the platform devices ; the tying logic receiving an indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state; and based on the indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state, the tying logic identifying a system power state transition of the computer platform, wherein the identifying comprises selecting one of a plurality of idle standby system power states, wherein each of the plurality of idle standby system power states corresponds to a combination of concurrent power states of the platform devices and an idle power state of the processor, and transitioning the computer platform to the selected one of a plurality of idle standby system power states. detecting an idle condition of the processor; in response to the detecting the idle condition of the processor, determining a transition of the processor to a processor idle power state, and causing a message to be sent to the tying logic which indicates the determined transition of the processor to the processor idle power state; detecting an idle condition of one of the platform devices ; the tying logic receiving an indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state; and based on the indication of the detected platform device idle condition and the message which indicates the determined transition of the processor to the processor idle power state, the tying logic identifying a system power state transition of the computer platform, wherein the identifying comprises selecting one of a plurality of idle standby system power states, wherein each of the plurality of idle standby system power states corresponds to a combination of concurrent power states of the platform devices and an idle power state of the processor, and transitioning the computer platform to the selected one of a plurality of idle standby system power states.
A method of determining precoding information for beamforming between a sender and a receiver the method comprising: - determining a first precoding vector (P1) of a first signal layer based on partial channel state information of a channel between the sender and the receiver; - determining a first guess vector (P) based on long-term characteristics of the channel between the sender and the receiver; - defining a grouping of antennas of the sender; - specifying a phase shift value for each group of antennas ; and - determining a second precoding vector (P2) in the sender of a second signal layer by multiplying each element in the first guess vector (P) with the phase shift value specified for the group of antennas associated with said element in the first guess vector (P). - determining a first precoding vector (P1) of a first signal layer based on partial channel state information of a channel between the sender and the receiver; - determining a first guess vector (P) based on long-term characteristics of the channel between the sender and the receiver; - defining a grouping of antennas of the sender; - specifying a phase shift value for each group of antennas ; and - determining a second precoding vector (P2) in the sender of a second signal layer by multiplying each element in the first guess vector (P) with the phase shift value specified for the group of antennas associated with said element in the first guess vector (P).