mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a transaction in a distributed ledger (DL) network performed by a DL node of the DL network , the method comprising: receiving , at the DL node from a user device , a request for a transaction including data; determining a first set of one or more DL nodes (102A-B) of the DL network that have characteristics that satisfy one or more policies associated with the data of the transaction; and responsive to determining that the DL node is one of the first set of DL nodes (102A-B), performing the following: executing the transaction at the DL node , and inserting the transaction as a private transaction in a digital ledger of the DL network causing a second set of one or more DL nodes of the DL network that is different from the first set of DL nodes (102A-B) to access only an identifier of the transaction and not a payload of the transaction. receiving , at the DL node from a user device , a request for a transaction including data; determining a first set of one or more DL nodes (102A-B) of the DL network that have characteristics that satisfy one or more policies associated with the data of the transaction; and responsive to determining that the DL node is one of the first set of DL nodes (102A-B), performing the following: executing the transaction at the DL node , and inserting the transaction as a private transaction in a digital ledger of the DL network causing a second set of one or more DL nodes of the DL network that is different from the first set of DL nodes (102A-B) to access only an identifier of the transaction and not a payload of the transaction. executing the transaction at the DL node , and inserting the transaction as a private transaction in a digital ledger of the DL network causing a second set of one or more DL nodes of the DL network that is different from the first set of DL nodes (102A-B) to access only an identifier of the transaction and not a payload of the transaction.
A sintered material comprising: a first particle group including a particle having a cubic rock-salt structure represented by Al 1-x Cr x N (formula ), where x satisfies 0.3 ≤ x ≤ 0.7; and a second particle group including a particle of at least one first compound selected from a group consisting of oxide and oxynitride of aluminum; and a third particle group including a cubic boron nitride. a first particle group including a particle having a cubic rock-salt structure represented by Al 1-x Cr x N (formula ), where x satisfies 0.3 ≤ x ≤ 0.7; and a second particle group including a particle of at least one first compound selected from a group consisting of oxide and oxynitride of aluminum; and a third particle group including a cubic boron nitride.
A method for exchanging heat with a battery said method comprising the use of a heat transfer fluid, said heat transfer fluid comprising one or more chemical compounds having the general formula: Ph(OR f ) x (I) wherein Ph is an aromatic ring linked to one or more ether groups -ORf where each -R f : - is a monovalent fluorinated alkyl group comprising at least one C-F bond, - has a carbon chain, preferably a C 1 -C 10 carbon chain, which can be linear or can comprise branches and/or cycles, and, optionally, can comprise in chain heteroatoms selected from O, N or S, and wherein, when X>1, the -R f groups on the same molecule can be equal to or different from each other. - is a monovalent fluorinated alkyl group comprising at least one C-F bond, - has a carbon chain, preferably a C 1 -C 10 carbon chain, which can be linear or can comprise branches and/or cycles, and, optionally, can comprise in chain heteroatoms selected from O, N or S,
A permission management method, comprising: when it is detected that an application is being installed, obtaining one or more permissions that the application needs to apply for during running; if the one or more permissions comprise a special permission and an installation package of the application does not comprise a special permission certificate, setting (S76) the special permission to an unavailable state, wherein the special permission certificate is used to record a special permission that the application is allowed to apply for during running; establishing (S78) an unavailable permission list in the installation package of the application; recording (S78), in the unavailable permission list, the special permission that is set to the unavailable state in the special permission comprised in the one or more permissions; continuing (S77) to install the application; when the application is run, if it is detected that a first special permission that the application applies for is comprised in the unavailable permission list, granting (S79) the first special permission to the application; and returning (S80) preset data to the application when it is detected that the application invokes an application programming interface managed and controlled by the first special permission, wherein the preset data comprises empty data or false data, and the false data is data different from data managed and controlled by the first special permission. when it is detected that an application is being installed, obtaining one or more permissions that the application needs to apply for during running; if the one or more permissions comprise a special permission and an installation package of the application does not comprise a special permission certificate, setting (S76) the special permission to an unavailable state, wherein the special permission certificate is used to record a special permission that the application is allowed to apply for during running; establishing (S78) an unavailable permission list in the installation package of the application; recording (S78), in the unavailable permission list, the special permission that is set to the unavailable state in the special permission comprised in the one or more permissions; continuing (S77) to install the application; when the application is run, if it is detected that a first special permission that the application applies for is comprised in the unavailable permission list, granting (S79) the first special permission to the application; and returning (S80) preset data to the application when it is detected that the application invokes an application programming interface managed and controlled by the first special permission, wherein the preset data comprises empty data or false data, and the false data is data different from data managed and controlled by the first special permission.
A method for obtaining a betalain pigment composition from red beet plants comprising the following steps: a. (i): foliar spraying red beet plants with an ethylene-generating compound; b. (ii): harvesting the red beet plants sprayed in step (i); and c. (iii): isolating betalains from the red beet plants harvested in step (ii) and thereby obtaining the betalain pigment composition. a. (i): foliar spraying red beet plants with an ethylene-generating compound; b. (ii): harvesting the red beet plants sprayed in step (i); and c. (iii): isolating betalains from the red beet plants harvested in step (ii) and thereby obtaining the betalain pigment composition.
Method for setting up a management session between a first equipment (CPE1), which belongs to a first communication network (R1), and a first management device (ACS1) for managing the first equipment, which management device belongs to a second communication network (R2) separate from the first communication network, this method comprising: - a step (F70) of setting up a management session between a second equipment (CPE2, CPE4) of the first network, which second equipment can be reached from the second network, and a second management device (ACS2, ACS4) for managing this second equipment, which management device belongs to the second network; - a step (F80) of the second management device sending the second equipment a request during the management session that has been set up, said request asking the second equipment to upload an item of content to an address (URL1) provided by the first equipment in order to set up a management session with this first equipment; - a step (F110) of the second equipment executing the upload request; and, - in response to this execution step, a step (F170) of the first equipment initiating a connection to the first management device with a view to setting up a management session between the first equipment and the first management device. - a step (F70) of setting up a management session between a second equipment (CPE2, CPE4) of the first network, which second equipment can be reached from the second network, and a second management device (ACS2, ACS4) for managing this second equipment, which management device belongs to the second network; - a step (F80) of the second management device sending the second equipment a request during the management session that has been set up, said request asking the second equipment to upload an item of content to an address (URL1) provided by the first equipment in order to set up a management session with this first equipment; - a step (F110) of the second equipment executing the upload request; and, - in response to this execution step, a step (F170) of the first equipment initiating a connection to the first management device with a view to setting up a management session between the first equipment and the first management device.
A computer system, comprising: a memory controller; a non-volatile dual in-line memory module (NVDIMM) connected to the memory controller by a bus, the NVDIMM having a non-volatile memory (NVM) for storing data and a media controller; the memory controller being configured to: send, to the media controller of the NVDIMM, a read command for reading first data stored in the NVDIMM, the first data comprising multiple data subblocks, wherein the read command comprises an identifier identifying the read command; receive, from the media controller, multiple ready signals, each of the multiple ready signals notifying the memory controller that one of the multiple data subblocks of the first data is available; send, to the media controller, multiple send commands for fetching the multiple data subblocks, each of the multiple send commands being in response to one of the multiple ready signals; and receive, from the media controller, the multiple data subblocks of the first data, wherein each of the multiple data subblocks is received with the identifier identifying the read command. a memory controller; a non-volatile dual in-line memory module (NVDIMM) connected to the memory controller by a bus, the NVDIMM having a non-volatile memory (NVM) for storing data and a media controller; the memory controller being configured to: send, to the media controller of the NVDIMM, a read command for reading first data stored in the NVDIMM, the first data comprising multiple data subblocks, wherein the read command comprises an identifier identifying the read command; receive, from the media controller, multiple ready signals, each of the multiple ready signals notifying the memory controller that one of the multiple data subblocks of the first data is available; send, to the media controller, multiple send commands for fetching the multiple data subblocks, each of the multiple send commands being in response to one of the multiple ready signals; and receive, from the media controller, the multiple data subblocks of the first data, wherein each of the multiple data subblocks is received with the identifier identifying the read command. send, to the media controller of the NVDIMM, a read command for reading first data stored in the NVDIMM, the first data comprising multiple data subblocks, wherein the read command comprises an identifier identifying the read command; receive, from the media controller, multiple ready signals, each of the multiple ready signals notifying the memory controller that one of the multiple data subblocks of the first data is available; send, to the media controller, multiple send commands for fetching the multiple data subblocks, each of the multiple send commands being in response to one of the multiple ready signals; and receive, from the media controller, the multiple data subblocks of the first data, wherein each of the multiple data subblocks is received with the identifier identifying the read command.
An integrated circuit comprising: a central processing unit, CPU ; a memory configured for storing data and CPU-executable instructions; a timer block bank comprising a plurality of timer instances which are selectively activated to collect runtime performance data during execution of application code by measuring specified software execution events; a single performance monitor control register comprising a plurality of register fields for independently controlling activation behavior of the plurality of timer instances in response to a single write operation to the performance monitor control register; and one or more communication busses connected to communicatively couple the CPU, the memory, the timer block bank, and the performance monitor control register, the integrated circuit characterised in that the plurality of register fields of the single performance monitor control register comprises one or more pairs of write-1-clear (W1C) control register fields, wherein a successful clear operation of a first write-1-clear control register field in a pair sets the other write-1-clear control register field of the said pair. a central processing unit, CPU ; a memory configured for storing data and CPU-executable instructions; a timer block bank comprising a plurality of timer instances which are selectively activated to collect runtime performance data during execution of application code by measuring specified software execution events; a single performance monitor control register comprising a plurality of register fields for independently controlling activation behavior of the plurality of timer instances in response to a single write operation to the performance monitor control register; and one or more communication busses connected to communicatively couple the CPU, the memory, the timer block bank, and the performance monitor control register, the integrated circuit characterised in that the plurality of register fields of the single performance monitor control register comprises one or more pairs of write-1-clear (W1C) control register fields, wherein a successful clear operation of a first write-1-clear control register field in a pair sets the other write-1-clear control register field of the said pair.
Method of manufacturing a bristled pad (50; 60; 61; 70; 71) consisting of a pliable plastic foil (51; 81) and plastic bristles (24; 29; 52; 82) projecting from a front surface of the foil (51; 81), and the foil (51; 81) having a back surface opposite the front surface ; wherein the method comprises the following steps: a) providing bristles (24; 29; 52; 82) with a fixed end (55; 84) and a free end ; b) providing a prefabricated foil (51; 81) having a thickness of at most 700 μm, such as a thickness of at most 400 μm or at most 250 μm or at most 150 μm; c) bringing the fixed ends (55; 84) of the bristles (24; 29; 52; 82) in contact with the foil (51; 81); d) heating the foil (51; 81) and/or fixed ends (55; 84) of the bristles (24; 29; 52; 82); e) fusing of the fixed ends (55; 84) of the bristles (24; 29; 52; 82) with the foil (51; 81) resulting in the bristled pad (50; 60; 61; 70; 71). a) providing bristles (24; 29; 52; 82) with a fixed end (55; 84) and a free end ; b) providing a prefabricated foil (51; 81) having a thickness of at most 700 μm, such as a thickness of at most 400 μm or at most 250 μm or at most 150 μm; c) bringing the fixed ends (55; 84) of the bristles (24; 29; 52; 82) in contact with the foil (51; 81); d) heating the foil (51; 81) and/or fixed ends (55; 84) of the bristles (24; 29; 52; 82); e) fusing of the fixed ends (55; 84) of the bristles (24; 29; 52; 82) with the foil (51; 81) resulting in the bristled pad (50; 60; 61; 70; 71).
A glove comprising a cured film of an elastomer containing a (meth)acrylonitrile-derived structural unit, an unsaturated carboxylic acid-derived structural unit and a butadiene-derived structural unit in a polymer main chain, wherein the elastomer contains 20 to 40% by weight of a (meth)acrylonitrile-derived structural unit, 1 to 10% by weight of an unsaturated carboxylic acid-derived structural unit and 50 to 75% by weight of a butadiene-derived structural unit, and has a crosslinked structure of a carboxyl group in the unsaturated carboxylic acid-derived structural unit with an epoxy crosslinker containing an epoxy compound having three or more epoxy groups in one molecule, and the elastomer further has a crosslinked structure of an unsaturated carboxylic acid-derived carboxyl group with calcium derived from a coagulant, and a crosslinked structure of such a carboxyl group with zinc and/or aluminum derived from a metal crosslinker.
A method for utilizing a user's body movement in an industrial automation environment, comprising: generating, by a human machine interface component , a touch screen display projected onto a projection surface; and enabling a user to interact with the projected touch screen display without touching the projection surface to actuate industrial machinery by: employing a time-of-flight sensor to detect movement of a body part of the user; ascertaining whether the movement of the body part conforms to a recognized movement of the body part; interpreting the recognized movement of the body part as a performable action; and actuating the industrial machinery to perform the performable action, wherein the ascertaining whether the movement of the body part conforms to a recognized movement of the body part includes consulting a library of pre-established body part movements to differentiate recognized body part movements from invalid body part movements, and the interpreting the recognized movement of the body part as a performable action comprises translating the recognized movement of the body part into a command or a set of commands for actuating the industrial machinery . generating, by a human machine interface component , a touch screen display projected onto a projection surface; and enabling a user to interact with the projected touch screen display without touching the projection surface to actuate industrial machinery by: employing a time-of-flight sensor to detect movement of a body part of the user; ascertaining whether the movement of the body part conforms to a recognized movement of the body part; interpreting the recognized movement of the body part as a performable action; and actuating the industrial machinery to perform the performable action, wherein the ascertaining whether the movement of the body part conforms to a recognized movement of the body part includes consulting a library of pre-established body part movements to differentiate recognized body part movements from invalid body part movements, and the interpreting the recognized movement of the body part as a performable action comprises translating the recognized movement of the body part into a command or a set of commands for actuating the industrial machinery . employing a time-of-flight sensor to detect movement of a body part of the user; ascertaining whether the movement of the body part conforms to a recognized movement of the body part; interpreting the recognized movement of the body part as a performable action; and actuating the industrial machinery to perform the performable action, wherein the ascertaining whether the movement of the body part conforms to a recognized movement of the body part includes consulting a library of pre-established body part movements to differentiate recognized body part movements from invalid body part movements, and the interpreting the recognized movement of the body part as a performable action comprises translating the recognized movement of the body part into a command or a set of commands for actuating the industrial machinery .
A composition comprising a PD-1 antagonist or a TLR9 agonist for use in treating cancer in an individual comprising administering to the individual a combination therapy which comprises a PD-1 antagonist and a TLR9 agonist, wherein the TLR9 agonist is a CpG-C type oligonucleotide, wherein: (a) the PD-1 antagonist is a monoclonal antibody, or antigen binding fragment thereof, which comprises: (a) light chain CDRs of SEQ ID NOs:1, 2 and 3 and heavy chain CDRs of SEQ ID NOs:4, 5 and 6; or (b) light chain CDRs of SEQ ID NOs:7, 8 and 9 and heavy chain CDRs of SEQ ID NOs:10, 11 and 12; and (b) the TLR9 agonist is a CpG-C type oligonucleotide, wherein the CpG-C type oligonucleotide comprises 5'-TCG N q TTCGA ACG TTC GAA CGT TCG AAT-3', wherein N are nucleosides and q=4. (a) the PD-1 antagonist is a monoclonal antibody, or antigen binding fragment thereof, which comprises: (a) light chain CDRs of SEQ ID NOs:1, 2 and 3 and heavy chain CDRs of SEQ ID NOs:4, 5 and 6; or (b) light chain CDRs of SEQ ID NOs:7, 8 and 9 and heavy chain CDRs of SEQ ID NOs:10, 11 and 12; and (b) the TLR9 agonist is a CpG-C type oligonucleotide, wherein the CpG-C type oligonucleotide comprises 5'-TCG N q TTCGA ACG TTC GAA CGT TCG AAT-3', wherein N are nucleosides and q=4.
A vacuum cleaner to suction dust by applying vibration, the cleaner comprising: a motor arranged to be vibrated by an eccentric load applied to a rotating shaft of the motor; a vibration plate arranged to apply vibration to an object to be cleaned; and a vibration transfer member arranged to transfer vibration of the motor to the vibration plate , characterised that the vibration transfer member is configured to vibrate together with the motor , wherein the vibration transfer member comprises: a motor accommodation portion arranged to accommodate the motor ; and at least one connection member arranged to connect the motor accommodation portion to the vibration plate . a motor arranged to be vibrated by an eccentric load applied to a rotating shaft of the motor; a vibration plate arranged to apply vibration to an object to be cleaned; and a vibration transfer member arranged to transfer vibration of the motor to the vibration plate , characterised that the vibration transfer member is configured to vibrate together with the motor , wherein the vibration transfer member comprises: a motor accommodation portion arranged to accommodate the motor ; and at least one connection member arranged to connect the motor accommodation portion to the vibration plate . a motor accommodation portion arranged to accommodate the motor ; and at least one connection member arranged to connect the motor accommodation portion to the vibration plate .