mhurhangee/patent-ind-claim-en huggingface dataset:
Furniture system , comprising a first furniture device , which is designed to be constructed as a changing table in a first configuration of the furniture system , wherein the first furniture device comprises a frame element which is designed to form a substantially vertically oriented rear wall in the first configuration of the furniture system as a changing table, and a second furniture device which is designed to be constructed as a cot in the first configuration of the furniture system , wherein the second furniture device comprises a substantially horizontally oriented base element in the first configuration of the furniture system which is designed to be formed as a floor of a bed in the first configuration of the furniture system , wherein the base element comprises a first plate part and a second plate part which is arranged below the first plate part in the vertical direction in the first configuration of the furniture system and is aligned substantially in parallel with the first plate part and spaced apart so as to form at least one air gap , wherein the first plate part is provided with openings , wherein the furniture system is designed to be constructed as a children's bed in a second configuration, wherein the frame element is designed to form a substantially horizontally oriented bed frame of the children's bed in the second configuration of the furniture system and/or wherein the furniture system is designed to be constructed as a table in the second configuration, wherein the base element is designed to be constructed as a tabletop in the second configuration of the furniture system which tabletop is oriented such that the second plate part is arranged above the first plate part in the vertical direction, wherein the furniture system further comprises at least two storage space elements , each of which encloses a storage space on at least three sides, wherein the furniture system is designed to be constructed as a loft bed in a third configuration, wherein the at least two storage space elements hold the bed frame.
A method for transmitting a Physical Uplink Shared Channel, PUSCH, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, through a higher layer, one or more entries among a plurality of entries (S1010), wherein the plurality of entries are pre-defined, and wherein each of the plurality of entries corresponds to (i) a Channel Access Type and (ii) information related to a start position for a PUSCH transmission; receiving, through the higher layer, information related to a value N, wherein N is a positive integer (S1010); receiving downlink control information, DCI, used for informing (i) a start symbol K of the PUSCH and (ii) an entry among the one or more entries (S1020); and transmitting the PUSCH based on the DCI (S1030), wherein the start position for the PUSCH transmission is present between a symbol K-N and the start symbol K, and wherein values available as the value N are determined based on a subcarrier spacing, SCS, related to the PUSCH. receiving, through a higher layer, one or more entries among a plurality of entries (S1010), wherein the plurality of entries are pre-defined, and wherein each of the plurality of entries corresponds to (i) a Channel Access Type and (ii) information related to a start position for a PUSCH transmission; receiving, through the higher layer, information related to a value N, wherein N is a positive integer (S1010); receiving downlink control information, DCI, used for informing (i) a start symbol K of the PUSCH and (ii) an entry among the one or more entries (S1020); and transmitting the PUSCH based on the DCI (S1030), wherein the start position for the PUSCH transmission is present between a symbol K-N and the start symbol K, and wherein values available as the value N are determined based on a subcarrier spacing, SCS, related to the PUSCH.
A method performed in a wireless communication device for improving performance, wherein the wireless communication device operates in a wireless communication network and is served by a network node , the method comprising: obtaining information on power consumption requirement and/or performance of certain carriers regarding at least one of path loss, load and interference; determining an indication parameter associated with preferences of the wireless communication device based on the obtained information; sending the indication parameter to the network node by manipulating a report of capability of the wireless communication device from the wireless communication device to the network node to include the indication parameter associated with preferences of the wireless communication device instead of an indication of capability of the wireless communication device; and receiving signals from the network node with allocated radio resources configured by the network node based on the indication parameter, characterized in that : when the load and/or interference is higher on multi-tone carriers than on single-tone carriers, the indication parameter is determined to indicate single-tone transmission instead of supported multi-tone transmission. obtaining information on power consumption requirement and/or performance of certain carriers regarding at least one of path loss, load and interference; determining an indication parameter associated with preferences of the wireless communication device based on the obtained information; sending the indication parameter to the network node by manipulating a report of capability of the wireless communication device from the wireless communication device to the network node to include the indication parameter associated with preferences of the wireless communication device instead of an indication of capability of the wireless communication device; and receiving signals from the network node with allocated radio resources configured by the network node based on the indication parameter, characterized in that : when the load and/or interference is higher on multi-tone carriers than on single-tone carriers, the indication parameter is determined to indicate single-tone transmission instead of supported multi-tone transmission.
Ironing apparatus comprising at least an ironing body , a tank to generate, contain and deliver steam, and at least a regulation device to regulate the quantity of steam delivered by the tank to the ironing body , wherein said regulation device comprises a button type member , in turn comprising an external actuation body , a hollow body and a pin sliding linearly inside the hollow body and elastically contrasted by an elastic element , whereby on substantially opposite portions of said hollow body on one side a steam inlet pipe is coupled, connected to said tank , and on the other side a steam outlet pipe is coupled, connected to the ironing body , characterized in that said sliding pin , by driving said external actuation body , is able to assume at least a maximum steam delivery position, in which it does not interfere with the passage of steam between said steam inlet pipe and said steam outlet pipe , and at least a partial steam delivery position in which it partly interferes with said passage of steam, wherein in the partial steam delivery condition, a steam passage gap between said inlet pipe and said outlet pipe is defined by the difference between the cross section of the pin and the cross section of the hollow body , wherein said difference allows the steam to flow around the pin and exit from the hollow body to then be conveyed in said outlet pipe and from here to the ironing body .
A chemical conversion coated metal sheet comprising a metal substrate and a chemical conversion coating film laminated on at least one surface of the metal substrate, wherein the chemical conversion coating film contains a water-soluble resin, and a lubricant having carbon-oxygen bonds formed by performing a plasma treatment on a lubricant containing carbon atoms, the plasma treatment being a method of generating an oxygen plasma by performing electric discharge in an atmosphere made of a mixture gas of argon and oxygen or made of oxygen alone, and treating the lubricant containing carbon atoms with the generated oxygen plasma; a thickness of the chemical conversion coating film is 0.2 to 1 μm; and a ratio of carbon atoms configuring the carbon-oxygen bonds relative to a total of carbon atoms contained in the lubricant is 5 atom% or more and 20 atom% or less, the ratio being measured with use of a Fourier transform infrared spectrophotometer from the absorption in a neighborhood of 1750 cm -1 deriving from the carbon-oxygen bonds and the absorption in a neighborhood of 2950 cm -1 deriving from the carbon-hydrogen bonds. the chemical conversion coating film contains a water-soluble resin, and a lubricant having carbon-oxygen bonds formed by performing a plasma treatment on a lubricant containing carbon atoms, the plasma treatment being a method of generating an oxygen plasma by performing electric discharge in an atmosphere made of a mixture gas of argon and oxygen or made of oxygen alone, and treating the lubricant containing carbon atoms with the generated oxygen plasma; a thickness of the chemical conversion coating film is 0.2 to 1 μm; and a ratio of carbon atoms configuring the carbon-oxygen bonds relative to a total of carbon atoms contained in the lubricant is 5 atom% or more and 20 atom% or less, the ratio being measured with use of a Fourier transform infrared spectrophotometer from the absorption in a neighborhood of 1750 cm -1 deriving from the carbon-oxygen bonds and the absorption in a neighborhood of 2950 cm -1 deriving from the carbon-hydrogen bonds.
A method comprising: demixing an identification of a remote user from digital data encoded in an audio stream ; and identifying the remote user, extracting from the digital data an identification of a device of the remote user; receiving a reputation profile for a combination of the remote user and the device; determining whether the remote user is authorized as a participant in the audio stream, based on the reputation profile; granting access to resources to the remote user based on the reputation profile, if the remote user and the device are authorized as a participant in the audio stream; and acting on a determination that the device or the remote user is not authorized as a participant in the audio stream . demixing an identification of a remote user from digital data encoded in an audio stream ; and identifying the remote user, extracting from the digital data an identification of a device of the remote user; receiving a reputation profile for a combination of the remote user and the device; determining whether the remote user is authorized as a participant in the audio stream, based on the reputation profile; granting access to resources to the remote user based on the reputation profile, if the remote user and the device are authorized as a participant in the audio stream; and acting on a determination that the device or the remote user is not authorized as a participant in the audio stream . extracting from the digital data an identification of a device of the remote user; receiving a reputation profile for a combination of the remote user and the device; determining whether the remote user is authorized as a participant in the audio stream, based on the reputation profile; granting access to resources to the remote user based on the reputation profile, if the remote user and the device are authorized as a participant in the audio stream; and acting on a determination that the device or the remote user is not authorized as a participant in the audio stream .
A chemical mechanical polishing composition for polishing a substrate having a tungsten layer, the composition comprising: a water based liquid carrier; cationic abrasive particles dispersed in the liquid carrier; a first amino acid compound having an isoelectric point of less than 7; a second amino acid compound having an isoelectric point of greater than 7; and a pH in a range from 1 to 5. a water based liquid carrier; cationic abrasive particles dispersed in the liquid carrier; a first amino acid compound having an isoelectric point of less than 7; a second amino acid compound having an isoelectric point of greater than 7; and a pH in a range from 1 to 5.
A camera assembly, comprising: a first driving structure ; a second driving structure ; a camera module ; and a transmission capable of cooperating with the first driving structure to drive the camera module to reciprocate linearly in a preset direction, and capable of cooperating with the second driving structure to drive the camera module to rotate about an axis in the preset direction, wherein the transmission further comprises a transmission bar having a first end fixedly connected with an output shaft of the second driving structure and a second end capable of driving the camera module to rotate about the axis in the preset direction; and characterized in that a plurality of camera modules are provided, and the transmission further comprises a gear set comprising an input gear and a plurality of output gears , the input gear is engaged with the second end of the transmission bar , and a plurality of output shafts of the output gears are connected with camera modules respectively to drive the camera modules to rotate about axes in the preset direction respectively or simultaneously. a first driving structure ; a second driving structure ; a camera module ; and a transmission capable of cooperating with the first driving structure to drive the camera module to reciprocate linearly in a preset direction, and capable of cooperating with the second driving structure to drive the camera module to rotate about an axis in the preset direction, wherein the transmission further comprises a transmission bar having a first end fixedly connected with an output shaft of the second driving structure and a second end capable of driving the camera module to rotate about the axis in the preset direction; and characterized in that a plurality of camera modules are provided, and the transmission further comprises a gear set comprising an input gear and a plurality of output gears , the input gear is engaged with the second end of the transmission bar , and a plurality of output shafts of the output gears are connected with camera modules respectively to drive the camera modules to rotate about axes in the preset direction respectively or simultaneously.
Method for determining time-variant and/or static data (D), wherein - M-bus raw data (RD) are acquired by means of at least one data acquisition unit , - the M-bus raw data (RD) are transmitted in an M-bus format to an external data processing unit , - the transmitted M-bus raw data (RD) are transmitted via an Internet connection to a central data processing unit , - in the central data processing unit the M-bus raw data (RD) are translated by means of at least one M-bus parser and - the translated data (D') are transmitted via an Internet connection to the external data processing unit in order to determine data (D), - wherein the M-bus parser is provided as an online service and a parsing algorithm on which the M-bus parser is based is designed for updating and - wherein in the external data processing unit a translation request (R) for the M-bus raw data (RD) is generated and transmitted to the central data processing unit and the translated data in the newly generated format are sent back to the external data processing unit . - M-bus raw data (RD) are acquired by means of at least one data acquisition unit , - the M-bus raw data (RD) are transmitted in an M-bus format to an external data processing unit , - the transmitted M-bus raw data (RD) are transmitted via an Internet connection to a central data processing unit , - in the central data processing unit the M-bus raw data (RD) are translated by means of at least one M-bus parser and - the translated data (D') are transmitted via an Internet connection to the external data processing unit in order to determine data (D), - wherein the M-bus parser is provided as an online service and a parsing algorithm on which the M-bus parser is based is designed for updating and - wherein in the external data processing unit a translation request (R) for the M-bus raw data (RD) is generated and transmitted to the central data processing unit and the translated data in the newly generated format are sent back to the external data processing unit .
An image forming apparatus , comprising: a communication interface unit which receives print data; an image forming unit which prints the received print data; a volatile memory which, if the received print data is data that needs to be stored, stores the received print data; a non-volatile memory; and a controller , characterised in that , if a power-off command regarding the image forming apparatus is input, the controller is configured to back up print data stored in the volatile memory in a storage medium connectable to the image forming apparatus and convert an operation mode of the image forming apparatus to a power-off mode, wherein the controller , if the image forming apparatus is turned on, restores print data backed up in the storage medium to the volatile memory , and wherein if the image forming apparatus is booted, the controller is configured to determine whether there is back-up data regarding print data by checking whether a back-up flag informing existence of back-up data regarding print data is set in the non-volatile memory. a communication interface unit which receives print data; an image forming unit which prints the received print data; a volatile memory which, if the received print data is data that needs to be stored, stores the received print data; a non-volatile memory; and a controller , characterised in that , if a power-off command regarding the image forming apparatus is input, the controller is configured to back up print data stored in the volatile memory in a storage medium connectable to the image forming apparatus and convert an operation mode of the image forming apparatus to a power-off mode, wherein the controller , if the image forming apparatus is turned on, restores print data backed up in the storage medium to the volatile memory , and wherein if the image forming apparatus is booted, the controller is configured to determine whether there is back-up data regarding print data by checking whether a back-up flag informing existence of back-up data regarding print data is set in the non-volatile memory.
A method for erasing or writing data for a Flash memory, comprising: reading (S11) an instruction for erasing or writing the data, the instruction for erasing or writing the data carrying start address information and end address information of a Flash memory where an operation of the instruction is to occur; storing (S12; 302) the start address information and the end address information carried by the instruction from an authorized upper-layer application in an address information table comprising one or more address ranges associated with permission for data erasing or writing in the Flash memory; in response to initiating erasing or writing data to the Flash memory according to the instruction, querying (S13; 303) whether start address information and end address information to be used for an actual operation according to the instruction are in the address information table; processing (S14; 304, 306) the instruction based on a result of the querying, wherein processing the instruction based on a result of the querying comprises executing the instruction for erasing or writing data in the Flash memory based on the result; and after executing the instruction, removing (S15; 305), from the address information table, the start address information and the end address information associated with the instruction. reading (S11) an instruction for erasing or writing the data, the instruction for erasing or writing the data carrying start address information and end address information of a Flash memory where an operation of the instruction is to occur; storing (S12; 302) the start address information and the end address information carried by the instruction from an authorized upper-layer application in an address information table comprising one or more address ranges associated with permission for data erasing or writing in the Flash memory; in response to initiating erasing or writing data to the Flash memory according to the instruction, querying (S13; 303) whether start address information and end address information to be used for an actual operation according to the instruction are in the address information table; processing (S14; 304, 306) the instruction based on a result of the querying, wherein processing the instruction based on a result of the querying comprises executing the instruction for erasing or writing data in the Flash memory based on the result; and after executing the instruction, removing (S15; 305), from the address information table, the start address information and the end address information associated with the instruction.
A drive system for a trailer , comprising a control unit and, for each side of the trailer, at least one drive device having a direct current motor that is adapted to drive the wheels of the trailer , characterized in that the system includes - devices for determining the current consumption of the motors , and - a module for calculating the mass of the trailer based on a difference in the current consumption determined for the motors on a first and a second distance having different gradients, taking into account the speed and the temperature. - devices for determining the current consumption of the motors , and - a module for calculating the mass of the trailer based on a difference in the current consumption determined for the motors on a first and a second distance having different gradients, taking into account the speed and the temperature.
Physical interface for a touch-sensitive surface including: • at least one physical pushbutton for a touch-sensitive surface, the pushbutton including a contactor passing through the pushbutton from the upper surface of the pushbutton to the lower surface of the pushbutton, the contactor being able to allow an interaction with a terminal by way of a touch-sensitive surface when the pushbutton is positioned on the touch-sensitive surface, and characterized in that the physical interface furthermore includes: • a provider of an identifier of the physical interface to the terminal, the identifier provider including a controller configured to generate a virtual interface adaptation command, the adaptation command including the identifier of the physical interface, the identifier provider transmitting the adaptation command, the adaptation command being able to trigger a modification of a virtual interface implemented by the terminal depending on the identifier of the physical interface. • at least one physical pushbutton for a touch-sensitive surface, the pushbutton including a contactor passing through the pushbutton from the upper surface of the pushbutton to the lower surface of the pushbutton, the contactor being able to allow an interaction with a terminal by way of a touch-sensitive surface when the pushbutton is positioned on the touch-sensitive surface, and characterized in that the physical interface furthermore includes: • a provider of an identifier of the physical interface to the terminal, the identifier provider including a controller configured to generate a virtual interface adaptation command, the adaptation command including the identifier of the physical interface, the identifier provider transmitting the adaptation command, the adaptation command being able to trigger a modification of a virtual interface implemented by the terminal depending on the identifier of the physical interface.
A method of preparing a catalyst system comprising: combining, in a diluent, a spray-dried activator and one or more first catalyst components to produce the catalyst system, wherein the spray dried activator is methylaluminoxane and the catalyst component comprises at least one of