mhurhangee/patent-ind-claim-en huggingface dataset:
A network protection method, wherein the method is applied to a communications network, and the communications network comprises a source node, a sink node, a first communication path, and a second communication path, wherein the source node and the sink node are connected by using the first communication path and the second communication path, the first communication path is a current service transmission communication path between the source node and the sink node, and the second communication path is a standby path of the first communication path, wherein the method comprises: monitoring (S101), by the sink node, the first communication path; if it is detected that a communication status of the first communication path is signal degrade or signal fail, obtaining, by the sink node, a communication status of the source node, wherein the communication status of the source node is used to indicate a status of a signal that is received by the source node and that needs to be sent to the sink node, or is used to indicate a status of a signal sent by the source node to the sink node, or is used to indicate a communication status of a neighboring upstream service transmission path of the source node detected by the source node; and determining (S105), by the sink node according to the communication status of the first communication path and the obtained communication status of the source node, whether the sink node switches a service to the second communication path. monitoring (S101), by the sink node, the first communication path; if it is detected that a communication status of the first communication path is signal degrade or signal fail, obtaining, by the sink node, a communication status of the source node, wherein the communication status of the source node is used to indicate a status of a signal that is received by the source node and that needs to be sent to the sink node, or is used to indicate a status of a signal sent by the source node to the sink node, or is used to indicate a communication status of a neighboring upstream service transmission path of the source node detected by the source node; and determining (S105), by the sink node according to the communication status of the first communication path and the obtained communication status of the source node, whether the sink node switches a service to the second communication path.
A method for producing a liquid-tight cable which has at least one stranded wire provided with a sheathing and consisting of a plurality of individual wires, wherein a circumferential strip is removed from the sheathing at a sealing point and the individual wires of the at least one stranded wire are compacted in the region of the sealing point by a sealing means to form a liquid-tight barrier , and wherein a covering element is connected in a liquid-tight manner to the sheathing at least on one side of the sealing point while producing a sealing connection, the barrier being produced by applying to the at least one strand in the region of the sealing point a metal which is liquefied under the effect of heat and which penetrates between the individual wires and, when it cools, is solidified to form the barrier , characterized in that the sheathing element is assigned a ring of a solder centrally on the inside, through which ring the at least one strand is introduced into the sheathing element , which is placed over the sealing point and which is heated together with the covering element , and rings made of an adhesive which can be liquefied under the action of heat are assigned to the covering element on the inside at the edges on both sides, through which rings the at least one stranded wire is introduced into the covering element and which rings are placed over the sheathing on both sides of the sealing point and are heated together with the covering element .
Device for accessing an underground chamber through an opening in a floor, the device comprising at least a first climbing plane comprising two uprights connected together by bars , the device comprises: - a second climbing plane , comprising two uprights connected to each other by bars , mounted with adjustable sliding capacity along the first climbing plane and means for locking the position of the second climbing plane with respect to the first climbing plane , the second climbing plane having a greater width than the first climbing plane ; - a handrail slidably mounted along an upper end of the device between a retracted and extended position characterized in that the device comprises a level compensating member mounted with adjustable sliding capacity along a lower end of the first climbing plane . - a second climbing plane , comprising two uprights connected to each other by bars , mounted with adjustable sliding capacity along the first climbing plane and means for locking the position of the second climbing plane with respect to the first climbing plane , the second climbing plane having a greater width than the first climbing plane ; - a handrail slidably mounted along an upper end of the device between a retracted and extended position
A method of generating a day/night image on a media comprising: obtaining an image to be printed as a front-to-back image; printing the obtained image on a first side of the media; determining an expected misalignment characteristic between the printed obtained image and a final image to be printed on a reverse side of the media, the misalignment characteristic representing a front-to-back misalignment amount and a misalignment direction; processing the obtained image by: flipping the image to generate a flipped image , detecting edges and subtracting the edges from the flipped image to generate a further image ,and applying blur to the further image to generate a final image , wherein said detecting edges and subtracting the edges and said applying blur to the further image are based on the determined misalignment characteristic; and printing the final image on a reverse side of the media, such that the printed obtained image and printed final image are substantially aligned with one another. obtaining an image to be printed as a front-to-back image; printing the obtained image on a first side of the media; determining an expected misalignment characteristic between the printed obtained image and a final image to be printed on a reverse side of the media, the misalignment characteristic representing a front-to-back misalignment amount and a misalignment direction; processing the obtained image by: flipping the image to generate a flipped image , detecting edges and subtracting the edges from the flipped image to generate a further image ,and applying blur to the further image to generate a final image , wherein said detecting edges and subtracting the edges and said applying blur to the further image are based on the determined misalignment characteristic; and flipping the image to generate a flipped image , detecting edges and subtracting the edges from the flipped image to generate a further image ,and applying blur to the further image to generate a final image , wherein said detecting edges and subtracting the edges and said applying blur to the further image are based on the determined misalignment characteristic; and printing the final image on a reverse side of the media, such that the printed obtained image and printed final image are substantially aligned with one another.
A nickel oxide ore smelting method for producing ferronickel by reducing a mixture containing a nickel oxide ore and a carbonaceous reducing agent, the method comprising: a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 10.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained into a rod shape or a cylindrical shape, and cutting the mixture obtained by molding into a flat plate-shaped or disk-shaped pellet, the flat plate-shaped or disk-shaped pellet having a diameter (D) of 5 mm to 30 mm and an aspect ratio of 0.3 or more and 2.0 or less, to obtain a mixture-molded body; and a reducing step of using a movable hearth furnace as a reducing furnace and charging the pellet into the movable hearth furnace and heating the mixture-molded body, at a reducing temperature of 1250°C or more and 1450°C or less for a heating time of 10 minutes or more and 50 minutes or less, and metallizing nickel oxide and iron oxide contained in the pellet to form a shell on a surface of the pellet, generating slag of a liquid phase from slag components contained in the pellet, and separately generating a metal composed of ferronickel and slag composed of an oxide in one pellet. a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 10.0% or more and 60.0% or less when the amount of the carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained into a rod shape or a cylindrical shape, and cutting the mixture obtained by molding into a flat plate-shaped or disk-shaped pellet, the flat plate-shaped or disk-shaped pellet having a diameter (D) of 5 mm to 30 mm and an aspect ratio of 0.3 or more and 2.0 or less, to obtain a mixture-molded body; and a reducing step of using a movable hearth furnace as a reducing furnace and charging the pellet into the movable hearth furnace and heating the mixture-molded body, at a reducing temperature of 1250°C or more and 1450°C or less for a heating time of 10 minutes or more and 50 minutes or less, and metallizing nickel oxide and iron oxide contained in the pellet to form a shell on a surface of the pellet, generating slag of a liquid phase from slag components contained in the pellet, and separately generating a metal composed of ferronickel and slag composed of an oxide in one pellet.
A recording device comprising: a recording unit configured to perform recording by ejecting a liquid onto a medium (M) configured to transmit an ultrasonic wave; a transport unit configured to transport the medium (M); an imaging unit configured to capture an image of the medium (M); an ultrasonic wave sensor including a transmission unit configured to transmit an ultrasonic wave (T) to the medium (M) and a reception unit configured to receive an ultrasonic wave (R) transmitted by the transmission unit ; and a control unit configured to control an operation of the recording unit , based on an imaging result from the imaging unit and a detection result from the ultrasonic wave sensor , wherein the transmission unit and the reception unit are positioned sandwiching the medium (M); and the recording device further comprises a unit configured to accommodate the imaging unit and the reception unit . a recording unit configured to perform recording by ejecting a liquid onto a medium (M) configured to transmit an ultrasonic wave; a transport unit configured to transport the medium (M); an imaging unit configured to capture an image of the medium (M); an ultrasonic wave sensor including a transmission unit configured to transmit an ultrasonic wave (T) to the medium (M) and a reception unit configured to receive an ultrasonic wave (R) transmitted by the transmission unit ; and a control unit configured to control an operation of the recording unit , based on an imaging result from the imaging unit and a detection result from the ultrasonic wave sensor , wherein the transmission unit and the reception unit are positioned sandwiching the medium (M); and the recording device further comprises a unit configured to accommodate the imaging unit and the reception unit .
A surgical instrument , comprising: a surgical end effector comprising first and second jaws operably interfacing with each other to move about a fixed jaw axis between a fully open position and a fully closed position relative to each other; a shaft assembly comprising a closure member operably interfacing with said surgical end effector, said closure member configured to move said first and second jaws from said fully open position to said fully closed position when said closure member is moved in a first direction and wherein said surgical instrument further comprises: at least one jaw opening cam supported for movement relative to said closure member and said first and second jaws, each said at least one said jaw opening cam configured to apply an opening motion to said first and second jaws when said closure member is moved in a second direction, and characterized in that each of said at least one jaw opening cam is movably coupled to said closure member by a tension spring . a surgical end effector comprising first and second jaws operably interfacing with each other to move about a fixed jaw axis between a fully open position and a fully closed position relative to each other; a shaft assembly comprising a closure member operably interfacing with said surgical end effector, said closure member configured to move said first and second jaws from said fully open position to said fully closed position when said closure member is moved in a first direction and wherein said surgical instrument further comprises: at least one jaw opening cam supported for movement relative to said closure member and said first and second jaws, each said at least one said jaw opening cam configured to apply an opening motion to said first and second jaws when said closure member is moved in a second direction, and characterized in that each of said at least one jaw opening cam is movably coupled to said closure member by a tension spring . at least one jaw opening cam supported for movement relative to said closure member and said first and second jaws, each said at least one said jaw opening cam configured to apply an opening motion to said first and second jaws when said closure member is moved in a second direction, and characterized in that each of said at least one jaw opening cam is movably coupled to said closure member by a tension spring .
A refrigerant pipe for a refrigerant circuit of a refrigeration apparatus , the refrigerant pipe comprising: a first pipe ; and a second pipe , wherein the first pipe includes a first pipe body including stainless steel and a first connection provided at an end of the first pipe body in a pipe axial direction and including a material different from stainless steel, the second pipe includes a second pipe body including stainless steel and a second connection provided at an end of the second pipe body in the pipe axial direction and including a material whose main component is same as a main component of the material of the first connection , and the first connection and the second connection are connected to each other; the end of the first pipe body and the end of the second pipe body are disposed to overlap each other in a pipe radial direction. a first pipe ; and a second pipe , wherein the first pipe includes a first pipe body including stainless steel and a first connection provided at an end of the first pipe body in a pipe axial direction and including a material different from stainless steel, the second pipe includes a second pipe body including stainless steel and a second connection provided at an end of the second pipe body in the pipe axial direction and including a material whose main component is same as a main component of the material of the first connection , and the first connection and the second connection are connected to each other; the end of the first pipe body and the end of the second pipe body are disposed to overlap each other in a pipe radial direction.
A method , comprising: in response to receiving a first input indicating a request to zero a scale, wherein the scale comprises a strain gauge comprising a wheatstone bridge circuit comprising four resistors (R1,R2,R3,R4), obtaining a first voltage measurement across each of the four resistors (R1, R2, R3, R4) to determine four separate first voltage measurements and storing the four separate first voltage measurements as baseline voltages; obtaining a single output voltage measurement from a strain gauge of a scale , the single output voltage reflective of a weight applied to the scale; at the same time as obtaining the single output voltage measurement, obtaining an acquired voltage measurement across each of the four resistors (R1, R2, R3, R4) of the strain gauge to determine four separate acquired voltage measurements; determining a drift voltage based on the four separate acquired voltage measurements, wherein determining the drift voltage includes subtracting each stored baseline voltage from a corresponding one of the four separate acquired voltage measurements, for each of the four resistors (R1, R2, R3, R4); and outputting a corrected weight value determined based on a difference between the single output voltage and the drift voltage. in response to receiving a first input indicating a request to zero a scale, wherein the scale comprises a strain gauge comprising a wheatstone bridge circuit comprising four resistors (R1,R2,R3,R4), obtaining a first voltage measurement across each of the four resistors (R1, R2, R3, R4) to determine four separate first voltage measurements and storing the four separate first voltage measurements as baseline voltages; obtaining a single output voltage measurement from a strain gauge of a scale , the single output voltage reflective of a weight applied to the scale; at the same time as obtaining the single output voltage measurement, obtaining an acquired voltage measurement across each of the four resistors (R1, R2, R3, R4) of the strain gauge to determine four separate acquired voltage measurements; determining a drift voltage based on the four separate acquired voltage measurements, wherein determining the drift voltage includes subtracting each stored baseline voltage from a corresponding one of the four separate acquired voltage measurements, for each of the four resistors (R1, R2, R3, R4); and outputting a corrected weight value determined based on a difference between the single output voltage and the drift voltage.
Use of polyquaternium polymers selected from the group consisting of polyquaternium-16, polyquaternium-6 and/or polyquaternium-37 polymers as antimicrobial deodorant active ingredient in cosmetic or dermatological preparations.
A vehicle seat comprising: a seat back ; a seat pan ; and one or more side support elements , each side support element being moveable with respect to the seat back between: a stowed configuration; and a deployed configuration, in which the side support element extends outwardly from the seat back , generally in the same direction that the seat back faces, so as to offer support to the side of a vehicle user sitting in the vehicle seat, characterised in that the seat back comprises a cushion , mounted on a backing structure , and in that each side support element, in the stowed configuration, is stowed within the seat back , between said cushion and said backing structure . a seat back ; a seat pan ; and one or more side support elements , each side support element being moveable with respect to the seat back between: a stowed configuration; and a deployed configuration, in which the side support element extends outwardly from the seat back , generally in the same direction that the seat back faces, so as to offer support to the side of a vehicle user sitting in the vehicle seat, a stowed configuration; and a deployed configuration, in which the side support element extends outwardly from the seat back , generally in the same direction that the seat back faces, so as to offer support to the side of a vehicle user sitting in the vehicle seat, characterised in that the seat back comprises a cushion , mounted on a backing structure , and in that each side support element, in the stowed configuration, is stowed within the seat back , between said cushion and said backing structure .
A container CT inspection system , comprising a scanning device , wherein the scanning device comprises a radiation source device and a detector array , wherein the scanning device further comprises a first rail and a second rail which are respectively arranged on outer layer and inner layer, the radiation source device is arranged on the first rail , and the detector array is arranged on the second rail ; wherein the first rail is fixedly arranged, the radiation source device is configured to swing to and fro along the first rail ; the second rail is fixedly arranged, and the detector array is configured to swing to and fro along the second rail together with the radiation source device ; and wherein the radiation source device and the detector array are configured to move synchronously and are free of rigid connection with each other.
A method for transferring an image to a substrate, comprising: providing a transfer medium having at least one registration mark, wherein the at least one registration mark is for aligning a cutting device for the step of penetrating an adhesive layer and/or a backing layer; printing an image on the transfer medium; covering the image with the backing layer and/or the adhesive layer, the backing layer and/or the adhesive layer not covering the registration mark; penetrating the adhesive layer and/or the backing layer with the cutting device at locations around the image, the penetrating of the adhesive layer and/or backing layer not penetrating the transfer medium; removing portions of the adhesive layer and/or backing layer from the locations around the image; and transferring the image to the substrate. providing a transfer medium having at least one registration mark, wherein the at least one registration mark is for aligning a cutting device for the step of penetrating an adhesive layer and/or a backing layer; printing an image on the transfer medium; covering the image with the backing layer and/or the adhesive layer, the backing layer and/or the adhesive layer not covering the registration mark; penetrating the adhesive layer and/or the backing layer with the cutting device at locations around the image, the penetrating of the adhesive layer and/or backing layer not penetrating the transfer medium; removing portions of the adhesive layer and/or backing layer from the locations around the image; and transferring the image to the substrate.
A combination therapy comprising (a) a replicative oncolytic vaccinia virus and (b) one or more immune checkpoint protein inhibitor(s) for use in the treatment of a tumor in a human subject, wherein the replicative oncolytic vaccinia virus is engineered to express GM-CSF, and wherein the replicative oncolytic vaccinia virus and the one or more immune checkpoint protein inhibitor(s) are concurrently administered to the patient. wherein the replicative oncolytic vaccinia virus is engineered to express GM-CSF, and wherein the replicative oncolytic vaccinia virus and the one or more immune checkpoint protein inhibitor(s) are concurrently administered to the patient.