mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer brush for mediating an interfacial interaction between a photoresist and an inorganic substrate , comprising: a plurality of repeat units ; and characterised by : at least one portion of the plurality of repeat units having one or more grafting groups for grafting to the inorganic substrate, wherein the one or more grafting groups are selected from a group consisting of alkynes, acrylic acids, alkenes, phosphonic acids, propargyls, phosphonic esters, and alkoxysilanes based on an identity of the inorganic substrate; at least one portion of the plurality of repeat units having one or more cleavable groups ; and at least one portion of the plurality of repeat units having one or more interface tuning groups for interacting with the photoresist, wherein the one or more interface tuning groups are selected from a group consisting of an acidic group, and an ethylene group based on an identity of the photoresist. a plurality of repeat units ; and characterised by : at least one portion of the plurality of repeat units having one or more grafting groups for grafting to the inorganic substrate, wherein the one or more grafting groups are selected from a group consisting of alkynes, acrylic acids, alkenes, phosphonic acids, propargyls, phosphonic esters, and alkoxysilanes based on an identity of the inorganic substrate; at least one portion of the plurality of repeat units having one or more cleavable groups ; and at least one portion of the plurality of repeat units having one or more interface tuning groups for interacting with the photoresist, wherein the one or more interface tuning groups are selected from a group consisting of an acidic group, and an ethylene group based on an identity of the photoresist. at least one portion of the plurality of repeat units having one or more grafting groups for grafting to the inorganic substrate, wherein the one or more grafting groups are selected from a group consisting of alkynes, acrylic acids, alkenes, phosphonic acids, propargyls, phosphonic esters, and alkoxysilanes based on an identity of the inorganic substrate; at least one portion of the plurality of repeat units having one or more cleavable groups ; and at least one portion of the plurality of repeat units having one or more interface tuning groups for interacting with the photoresist, wherein the one or more interface tuning groups are selected from a group consisting of an acidic group, and an ethylene group based on an identity of the photoresist.
Glycosyl transferase having an amino acid sequence that a) comprises the sequence of SEQ ID NO: 2. a) comprises the sequence of SEQ ID NO: 2.
A method for injecting an electrolyte to a pouch secondary battery which comprises the steps of: 1) interposing an electrode assembly between a first metal laminate film and a second metal laminate film forming a pouch casing (P), and sealing the edges of each of the films with an electrolyte inlet (A) left therein, thereby providing a pouch secondary battery; 2) mounting the pouch secondary battery (B) between a first jig and a second jig , which are installed in a jig stand to have a controllable interval and form a gap space (G), with the electrolyte inlet (A) facing up, and injecting an electrolyte through the electrolyte inlet (A); 3) loading the jig stand to a vacuum chamber; 4) increasing the width of the gap space by moving the first and the second jigs so that the area occupied by the electrolyte may be localized in the lower part of the pouch casing (P), and then forming vacuum atmosphere; and 5) moving the first and the second jigs while maintaining the vacuum atmosphere so that the width of the gap space (G) may be reduced gradually and the liquid surface of the electrolyte may be lifted gradually to a position higher than the top of the electrode assembly , wherein the width of the gap space (G) is increased while inserting a blower to the electrolyte inlet (A) and spraying gas toward the inside of the pouch casing (P), in step 4). 1) interposing an electrode assembly between a first metal laminate film and a second metal laminate film forming a pouch casing (P), and sealing the edges of each of the films with an electrolyte inlet (A) left therein, thereby providing a pouch secondary battery; 2) mounting the pouch secondary battery (B) between a first jig and a second jig , which are installed in a jig stand to have a controllable interval and form a gap space (G), with the electrolyte inlet (A) facing up, and injecting an electrolyte through the electrolyte inlet (A); 3) loading the jig stand to a vacuum chamber; 4) increasing the width of the gap space by moving the first and the second jigs so that the area occupied by the electrolyte may be localized in the lower part of the pouch casing (P), and then forming vacuum atmosphere; and 5) moving the first and the second jigs while maintaining the vacuum atmosphere so that the width of the gap space (G) may be reduced gradually and the liquid surface of the electrolyte may be lifted gradually to a position higher than the top of the electrode assembly ,
A work vehicle comprising: an implement attachable to and detachable from a machine body ; an implement side harness extended from an electrical unit provided in the implement ; an implement side coupler connected to an end portion of the implement side harness ; a machine body side harness extended from the machine body ; an machine body side coupler connected to an end portion of the machine body side harness ; a coupler holding portion provided in the implement or the machine body , the coupler holding portion being configured to hold and cover either the implement side coupler or the machine body side coupler in association with insertion thereto of the implement side coupler or the machine body side coupler ; and a cap attached to the implement side coupler or the machine body side coupler, or attached to the coupler holding portion; wherein under a working state, the implement side coupler and the machine body side coupler are connected to each other and the cap is attached to the coupler holding portion ; and characterized in that under a non-working state, the implement side coupler is attached to the coupler holding portion of the implement and the cap is attached to the machine body side coupler , or the machine body side coupler is attached to the coupler holding portion of the machine body and the cap is attached to the implement side coupler . an implement attachable to and detachable from a machine body ; an implement side harness extended from an electrical unit provided in the implement ; an implement side coupler connected to an end portion of the implement side harness ; a machine body side harness extended from the machine body ; an machine body side coupler connected to an end portion of the machine body side harness ; a coupler holding portion provided in the implement or the machine body , the coupler holding portion being configured to hold and cover either the implement side coupler or the machine body side coupler in association with insertion thereto of the implement side coupler or the machine body side coupler ; and a cap attached to the implement side coupler or the machine body side coupler, or attached to the coupler holding portion; wherein under a working state, the implement side coupler and the machine body side coupler are connected to each other and the cap is attached to the coupler holding portion ; and characterized in that under a non-working state, the implement side coupler is attached to the coupler holding portion of the implement and the cap is attached to the machine body side coupler , or the machine body side coupler is attached to the coupler holding portion of the machine body and the cap is attached to the implement side coupler .
A method for an optical drive chip to control a light-emitting device of a mobile terminal, comprising: obtaining to-be-sent data by using a receiving unit of the optical drive chip, and transmitting the to-be-sent data to an execution unit of the optical drive chip; and converting, by the execution unit , the to-be-sent data into a drive signal according to a control parameter set, the drive signal is used to control the light-emitting device to emit visible light, and the control parameter set comprises an encoding type and a light-emitting device control parameter; wherein the light-emitting device is a flash, the control parameter set comprises parameters, the parameters received by the receiving unit are in the form of a single set rather than the parameters received one by one. obtaining to-be-sent data by using a receiving unit of the optical drive chip, and transmitting the to-be-sent data to an execution unit of the optical drive chip; and converting, by the execution unit , the to-be-sent data into a drive signal according to a control parameter set, the drive signal is used to control the light-emitting device to emit visible light, and the control parameter set comprises an encoding type and a light-emitting device control parameter; wherein the light-emitting device is a flash, the control parameter set comprises parameters, the parameters received by the receiving unit are in the form of a single set rather than the parameters received one by one.
A method for making a functionalized fluorinated monomer, comprising: forming the functionalized fluorinated monomer by reacting at least one fluorinated nucleophilic reactant having one functional reactant group with at least one compound comprising at least two epoxide groups, and wherein the functionalized fluorinated monomer formed has at least two hydroxyl groups, wherein each hydroxyl group on the functionalized fluorinated monomer is derived from an epoxide group. forming the functionalized fluorinated monomer by reacting at least one fluorinated nucleophilic reactant having one functional reactant group with at least one compound comprising at least two epoxide groups, and wherein the functionalized fluorinated monomer formed has at least two hydroxyl groups, wherein each hydroxyl group on the functionalized fluorinated monomer is derived from an epoxide group.
Composition in the form of an injectable aqueous solution, the pH of which is between 7.2 and 8.0 (7.2 ≤ pH ≤ 8.0) comprising at least A21G human insulin.
An evacuation assembly of an aircraft , the evacuation assembly comprising: an evacuation slide ; a strap coupled between the evacuation slide and the aircraft or at two locations along the evacuation slide; and a restraint coupled between the strap and at least one of the evacuation slide and the aircraft , wherein a dimension of the restraint varies along at least a portion of a length of the restraint , and wherein the restraint forms a closed loop, and wherein a tensile strength of the closed loop is dependent upon the dimension of the restraint. an evacuation slide ; a strap coupled between the evacuation slide and the aircraft or at two locations along the evacuation slide; and a restraint coupled between the strap and at least one of the evacuation slide and the aircraft , wherein a dimension of the restraint varies along at least a portion of a length of the restraint , and wherein the restraint forms a closed loop, and wherein a tensile strength of the closed loop is dependent upon the dimension of the restraint.
A method for wireless communication performed at a user equipment, UE, comprising: monitoring a common portion of a control channel shared by a plurality of user equipments, UEs, and a dedicated portion of the control channel that is specific to the UE, the common portion assigned to a first set of control channel resources and the dedicated portion assigned to a second set of control channel resources within the control channel; concatenating , based at least in part on the monitoring, information fields of one or more symbols received via the first and second sets of control channel resources to form a polar-encoded codeword; and decoding the polar-encoded codeword to obtain common information, comprising control information for a plurality of UEs, from the common portion and dedicated information, comprising control information specific to the UE, from the dedicated portion. monitoring a common portion of a control channel shared by a plurality of user equipments, UEs, and a dedicated portion of the control channel that is specific to the UE, the common portion assigned to a first set of control channel resources and the dedicated portion assigned to a second set of control channel resources within the control channel; concatenating , based at least in part on the monitoring, information fields of one or more symbols received via the first and second sets of control channel resources to form a polar-encoded codeword; and decoding the polar-encoded codeword to obtain common information, comprising control information for a plurality of UEs, from the common portion and dedicated information, comprising control information specific to the UE, from the dedicated portion.
A method of making a human placental extract including cytokines and growth factors, the method comprising: removing blood from the placental sample obtained from a human placenta to produce a crude placental extract; mixing the crude placental extract with a protein solubilization agent capable of reversibly denaturing the proteins in the crude placental extract; separating and removing solid materials from the solubilized protein-placental extract mixture; performing dialysis on the solubilized protein-placental extract mixture to remove the protein solubilization agent from the mixture; and after dialysis, removing polymerized proteins from the mixture to produce the human placental extract including cytokines and growth factors. removing blood from the placental sample obtained from a human placenta to produce a crude placental extract; mixing the crude placental extract with a protein solubilization agent capable of reversibly denaturing the proteins in the crude placental extract; separating and removing solid materials from the solubilized protein-placental extract mixture; performing dialysis on the solubilized protein-placental extract mixture to remove the protein solubilization agent from the mixture; and after dialysis, removing polymerized proteins from the mixture to produce the human placental extract including cytokines and growth factors.
Locking device of the type comprising, on the one hand, a striker plate mounting , provided with a striker plate , and, on the other hand, a lock casing incorporating a latch capable of closing on the striker plate, the latch being constituted by a pair of jaws normally open and arranged to close on the striker plate , characterised in that the locking device further comprises a proximity sensor of the inductive type attached to the striker bracket and adapted to detect, within the operating range of the proximity sensor, the presence of a reference surface of the lock casing , a correctly locked state of the locking device being certified when the distance between the proximity sensor and the reference surface is within the operating range of the proximity sensor. , provided with a striker plate , and, on the other hand, a lock casing incorporating a latch capable of closing on the striker plate, the latch being constituted by a pair of jaws normally open and arranged to close on the striker plate , characterised in that the locking device further comprises a proximity sensor of the inductive type attached to the striker bracket and adapted to detect, within the operating range of the proximity sensor, the presence of a reference surface of the lock casing , a correctly locked state of the locking device being certified when the distance between the proximity sensor and the reference surface is within the operating range of the proximity sensor.
A device for preparing one or more biopsy tissue samples for histologic examination, the device comprising a tissue support , said tissue support formed of material which can be successfully sectioned in a microtome and is resistant to degradation from solvents and chemicals used to fix, process and stain tissue, characterized in that the device further comprises a resilient open cell, fully reticulated foam coupled to the tissue support , the resilient open cell, fully reticulated foam configured in conjunction with the tissue support to resiliently engage and retain tissue in place during processing and embedding, the resilient open cell, fully reticulated foam further being capable of successful sectioning in the microtome and porous to allow infiltration of the solvents and chemicals used to fix, process and stain tissue, and of embedding material used to embed the tissue while the tissue is resiliently retained by the resilient open cell, fully reticulated foam .
Explosion-proof arrangement , with an electrically conductive bolt which extends along a longitudinal axis (L) and has a bolt circumferential face with several circumferential face portions extending around the longitudinal axis (L), wherein at least one of the circumferential surface portions forms a first stop face extending obliquely or radially to the longitudinal axis (L), with an electrically insulating sleeve which has a sleeve inner face with several inner face portions bearing on the bolt circumferential face and extending around the longitudinal axis (L), wherein at least one of these inner face portions forms a first counter-stop face extending obliquely or radially to the longitudinal axis (L) and bearing on the first stop face , with a connecting body which surrounds at least a longitudinal portion of the sleeve , is made of a plastically deformable material and has a plastically deformed connecting portion which presses radially inward against the sleeve , whereby a force-fit connection is formed between the connecting body and the sleeve and between the sleeve and the bolt .
A packet forwarding method for a heterogeneous network, performed by a proxy node device and comprising: receiving a link establishment request sent by a client, and forwarding the link establishment request to a server, so as to establish a connection between the client and the server (S101); and forwarding an interaction packet between the client and the server based on a user mode protocol stack (S102), wherein the interaction packet is forwarded through a transport layer; characterized in that forwarding an interaction packet between the client and the server based on a user mode protocol stack comprises: receiving a request packet sent by the client, and sending a first response packet to the client in response to the request packet (S401), wherein the first response packet is an acknowledgement packet; adding the request packet to a first buffer queue and forwarding the request packet to the server, so that the server sends a second response packet in response to the request packet (S402); receiving the second response packet, and sending an acknowledgement packet to the server based on the second response packet (S403); and adding the second response packet to a second buffer queue and sending the second response packet to the client (S404). receiving a link establishment request sent by a client, and forwarding the link establishment request to a server, so as to establish a connection between the client and the server (S101); and forwarding an interaction packet between the client and the server based on a user mode protocol stack (S102), wherein the interaction packet is forwarded through a transport layer; characterized in that forwarding an interaction packet between the client and the server based on a user mode protocol stack comprises: receiving a request packet sent by the client, and sending a first response packet to the client in response to the request packet (S401), wherein the first response packet is an acknowledgement packet; adding the request packet to a first buffer queue and forwarding the request packet to the server, so that the server sends a second response packet in response to the request packet (S402); receiving the second response packet, and sending an acknowledgement packet to the server based on the second response packet (S403); and adding the second response packet to a second buffer queue and sending the second response packet to the client (S404).
A mobile robot , comprising: a traveling unit configured to move a main body ; a communication unit configured to communicate with another mobile robot that emits a signal; and a controller configured to recognize the location of the another mobile robot based on the signal, and control the moving of the another mobile robot to follow along a moving path of the main body based on the recognized location, wherein the controller is configured to transmit a signal corresponding to a change of the moving direction to the main body in response to the change of the moving direction, characterized in that , the controller is further configured to sense a change in the receiving direction of the signal according to the change of moving direction to transmit a control command for restricting the follow-up to the another mobile robot. a traveling unit configured to move a main body ; a communication unit configured to communicate with another mobile robot that emits a signal; and a controller configured to recognize the location of the another mobile robot based on the signal, and control the moving of the another mobile robot to follow along a moving path of the main body based on the recognized location, wherein the controller is configured to transmit a signal corresponding to a change of the moving direction to the main body in response to the change of the moving direction, characterized in that , the controller is further configured to sense a change in the receiving direction of the signal according to the change of moving direction to transmit a control command for restricting the follow-up to the another mobile robot.
A system comprising: processing circuitry configured to: determine a value of a stimulation parameter that at least partially defines an electrical stimulation pulse; select, based on the value of the stimulation parameter, a sensing window for detecting one or more features of a sensed evoked compound action potential (ECAP) signal elicited by the electrical stimulation pulse; determine a value of each of the one or more features within the sensing window from the sensed ECAP signal; and control, based on the value of each of the one or more features, subsequent electrical stimulation deliverable to a patient. determine a value of a stimulation parameter that at least partially defines an electrical stimulation pulse; select, based on the value of the stimulation parameter, a sensing window for detecting one or more features of a sensed evoked compound action potential (ECAP) signal elicited by the electrical stimulation pulse; determine a value of each of the one or more features within the sensing window from the sensed ECAP signal; and control, based on the value of each of the one or more features, subsequent electrical stimulation deliverable to a patient.