mhurhangee/patent-ind-claim-en huggingface dataset:
A lithium secondary battery, comprising: an electrode assembly including a cathode and an anode facing the cathode; a case accommodating the electrode assembly; an electrolyte accommodated in the case together with the electrode assembly; and an electrolyte storage unit inserted into the case to supply a supplementary electrolyte, wherein the electrolyte storage unit comprises: a first unit comprising a first body having a tubular structure and first holes formed through the first body; and a sub-unit comprising a tubular body and sub-holes formed through the tubular body, wherein the sub-unit is inserted into the first unit so that the sub-holes are offset from the first holes. an electrode assembly including a cathode and an anode facing the cathode; a case accommodating the electrode assembly; an electrolyte accommodated in the case together with the electrode assembly; and an electrolyte storage unit inserted into the case to supply a supplementary electrolyte, wherein the electrolyte storage unit comprises: a first unit comprising a first body having a tubular structure and first holes formed through the first body; and a sub-unit comprising a tubular body and sub-holes formed through the tubular body, wherein the sub-unit is inserted into the first unit so that the sub-holes are offset from the first holes. a first unit comprising a first body having a tubular structure and first holes formed through the first body; and a sub-unit comprising a tubular body and sub-holes formed through the tubular body, wherein the sub-unit is inserted into the first unit so that the sub-holes are offset from the first holes.
A cutting tool comprising a cutting edge portion which contains at least one of cubic boron nitride and polycrystalline diamond, the cutting edge portion including a rake face , a flank face contiguous to the rake face , and a cutting edge provided as a ridgeline between the rake face and the flank face , a radius of curvature of the cutting edge being 2 μm or more and 8 μm or less, characterised in that the radius of curvature varies along the extending direction of the cutting edge . the cutting edge portion including a rake face , a flank face contiguous to the rake face , and a cutting edge provided as a ridgeline between the rake face and the flank face , a radius of curvature of the cutting edge being 2 μm or more and 8 μm or less, characterised in that the radius of curvature varies along the extending direction of the cutting edge .
Mask comprising: a frame ; a transparent part supported by the frame; a seal part mounted on the frame and intended to be placed on a user face, the seal part comprising a partition wall intended to rest on the user nose with the mask in the worn condition such to form an upper chamber and a lower chamber sealingly separated from each other and with the lower chamber receiving the user nose and mouth, wherein the two chambers are in communication through a passage provided in the partition wall and a one-way valve such that air can pass from the upper chamber to the lower chamber and not vice versa; a snorkel comprising at least one first and one second channel that put in communication the upper chamber and the lower chamber with the external environment, respectively, characterized in that the snorkel has a connection end fastened or fastenable at an opening of the seal part such to put in communication the first channel of the snorkel with the upper chamber of the mask, the connection end having at least one side inlet for a corresponding exhaust tube , which exhaust tube puts the lower chamber in communication with the second channel of the snorkel , and wherein the exhaust tube runs outside the mask in proximity of the side edge of the seal part and wherein at least one of the exhaust tubes is made as a separate constructional part and removably connectable to a communication opening of the seal part . a frame ; a transparent part supported by the frame; a seal part mounted on the frame and intended to be placed on a user face, the seal part comprising a partition wall intended to rest on the user nose with the mask in the worn condition such to form an upper chamber and a lower chamber sealingly separated from each other and with the lower chamber receiving the user nose and mouth, wherein the two chambers are in communication through a passage provided in the partition wall and a one-way valve such that air can pass from the upper chamber to the lower chamber and not vice versa; a snorkel comprising at least one first and one second channel that put in communication the upper chamber and the lower chamber with the external environment, respectively, characterized in that the snorkel has a connection end fastened or fastenable at an opening of the seal part such to put in communication the first channel of the snorkel with the upper chamber of the mask, the connection end having at least one side inlet for a corresponding exhaust tube , which exhaust tube puts the lower chamber in communication with the second channel of the snorkel , and wherein the exhaust tube runs outside the mask in proximity of the side edge of the seal part and wherein at least one of the exhaust tubes is made as a separate constructional part and removably connectable to a communication opening of the seal part .
A method for manufacturing an electrode for a lithium ion secondary cell, comprising: a step of pattern-coating a binder liquid on a current collector and forming a binder coat layer; a step of supplying granulated particles including active material particles and a binder onto the binder coat layer; a step of leveling the granulated particles supplied onto the binder coat layer; and a step of pressing the leveled granulated particles, wherein the binder coat layer is intermittently formed on the current collector so that band-shaped coated portions where the binder liquid has been coated and band-shaped uncoated portions where the binder liquid has not been coated are alternatingly adjacent to each other, the binder is a polymer material that can be dispersed or dissolved in an aqueous or organic solvent, the thickness of the binder coat layer is 0.2 μm or more and 10 μm or less, the binder is disposed without being localized inside the granulated particle or on the outer surface thereof, and where the width of the coated portion is denoted by tl, the width of the uncoated portion is denoted by t2, the average particle diameter of the granulated particles is denoted as R, and R is 50 μm to 75 μm, the following relational expressions to are satisfied: 0.53R ≤ t1 ≤ 10R, 0.66R ≤ t2 ≤ 10R, 0.2 ≤ t1/t2 ≤ 3.75. a step of pattern-coating a binder liquid on a current collector and forming a binder coat layer; a step of supplying granulated particles including active material particles and a binder onto the binder coat layer; a step of leveling the granulated particles supplied onto the binder coat layer; and a step of pressing the leveled granulated particles, wherein the binder coat layer is intermittently formed on the current collector so that band-shaped coated portions where the binder liquid has been coated and band-shaped uncoated portions where the binder liquid has not been coated are alternatingly adjacent to each other, the binder is a polymer material that can be dispersed or dissolved in an aqueous or organic solvent, the thickness of the binder coat layer is 0.2 μm or more and 10 μm or less, the binder is disposed without being localized inside the granulated particle or on the outer surface thereof, and where the width of the coated portion is denoted by tl, the width of the uncoated portion is denoted by t2, the average particle diameter of the granulated particles is denoted as R, and R is 50 μm to 75 μm, the following relational expressions to are satisfied: 0.53R ≤ t1 ≤ 10R, 0.66R ≤ t2 ≤ 10R, 0.2 ≤ t1/t2 ≤ 3.75. 0.53R ≤ t1 ≤ 10R, 0.66R ≤ t2 ≤ 10R, 0.2 ≤ t1/t2 ≤ 3.75.
A child safety seat comprising: a seat shell ; a headrest , wherein the headrest is slidably mounted to the seat shell for up-and-down movement; and an adjusting mechanism for the height adjustable headrest of the child safety seat; the adjusting mechanism comprising an actuator and a locking device , wherein the locking device is configured to releasably lock the headrest at a selected height, wherein the actuator is configured to allow the locking device to be released by actuation of the actuator , thus allowing the height of the headrest to be adjusted, wherein the actuator is positioned between the headrest and the seat shell and is configured to project above the headrest , wherein the locking device comprises a first component mounted to the seat shell and a second component mounted to the headrest , wherein the second component is configured to releasably engage with the first component , wherein the first component comprises a toothed rack and the second component comprises a locking lever and an axle , wherein the locking lever is pivotally mounted to the headrest and the axle is adapted to be disengaged from the toothed rack by pivoting of the locking lever in order to unlock the locking device , and wherein the teeth of the toothed rack are shaped to allow the axle to automatically snap from one position to another position when the actuator or the headrest is being pulled upwards. a seat shell ; a headrest , wherein the headrest is slidably mounted to the seat shell for up-and-down movement; and an adjusting mechanism for the height adjustable headrest of the child safety seat; the adjusting mechanism comprising an actuator and a locking device , wherein the locking device is configured to releasably lock the headrest at a selected height, wherein the actuator is configured to allow the locking device to be released by actuation of the actuator , thus allowing the height of the headrest to be adjusted, wherein the actuator is positioned between the headrest and the seat shell and is configured to project above the headrest , wherein the locking device comprises a first component mounted to the seat shell and a second component mounted to the headrest , wherein the second component is configured to releasably engage with the first component , wherein the first component comprises a toothed rack and the second component comprises a locking lever and an axle , wherein the locking lever is pivotally mounted to the headrest and the axle is adapted to be disengaged from the toothed rack by pivoting of the locking lever in order to unlock the locking device , and wherein the teeth of the toothed rack are shaped to allow the axle to automatically snap from one position to another position when the actuator or the headrest is being pulled upwards.
A long-acting pharmaceutical composition, comprising a conjugate comprising a physiologically active polypeptide linked to an immunoglobulin Fc fragment; wherein the composition comprises a monomeric conjugate comprising one molecule of the physiologically active polypeptide linked via a non-peptidyl linker having two ends to one immunoglobulin Fc chain of a single immunoglobulin Fc fragment having two immunoglobulin Fc chains; and a multimeric conjugate comprising two or more molecules of the same physiologically active polypeptide, each of which molecules are linked via a non-peptidyl linker having two ends to a single immunoglobulin Fc fragment having two immunoglobulin Fc chains, provided that the molar ratio of the monomeric conjugate to the multimeric conjugate in the composition is at least 19; wherein the monomeric conjugate shows reduced receptor-mediated internalization or receptor-mediated clearance compared to either a dimeric conjugate comprising two molecules of the physiologically active polypeptide linked via a non-peptidyl linker to a single immunoglobulin Fc fragment, or a conjugate comprising a physiologically active polypeptide dimer linked in-frame to the immunoglobulin Fc fragment; wherein the physiologically active polypeptide is a GLP-1 agonist; and wherein the non-peptidyl linker is polyethylene glycol.
A method, comprising: monitoring, by a user equipment in a sidelink groupcast group configured with two stage hybrid automatic repeat request feedback channels, a first stage hybrid automatic repeat request feedback channel if no physical sidelink control channel and physical sidelink shared channel is received by the user equipment, wherein the monitoring comprises decoding the first stage hybrid automatic repeat request feedback channel to detect whether hybrid automatic repeat request positive acknowledgement or negative acknowledgement is transmitted by other user equipment in the sidelink groupcast group in response to a sidelink groupcast transmission performed by a transmitting user equipment in the sidelink groupcast group; and sending, by the user equipment, a discontinuous transmission indicator or hybrid automatic repeat request negative acknowledgement on a second stage hybrid automatic repeat request feedback channel when hybrid automatic repeat request positive acknowledgement/negative acknowledgement from another user equipment in the sidelink groupcast group is detected by the user equipment while monitoring on the first stage hybrid automatic repeat request feedback channel. monitoring, by a user equipment in a sidelink groupcast group configured with two stage hybrid automatic repeat request feedback channels, a first stage hybrid automatic repeat request feedback channel if no physical sidelink control channel and physical sidelink shared channel is received by the user equipment, wherein the monitoring comprises decoding the first stage hybrid automatic repeat request feedback channel to detect whether hybrid automatic repeat request positive acknowledgement or negative acknowledgement is transmitted by other user equipment in the sidelink groupcast group in response to a sidelink groupcast transmission performed by a transmitting user equipment in the sidelink groupcast group; and sending, by the user equipment, a discontinuous transmission indicator or hybrid automatic repeat request negative acknowledgement on a second stage hybrid automatic repeat request feedback channel when hybrid automatic repeat request positive acknowledgement/negative acknowledgement from another user equipment in the sidelink groupcast group is detected by the user equipment while monitoring on the first stage hybrid automatic repeat request feedback channel.
Method for testing a bimetallic switch of a device , in particular a heating device , wherein an induction coil is attached in and/or on the device , the induction coil being used to inductively heat a bimetal of the bimetallic switch , wherein the inductive heating of the bimetal of the bimetallic switch bends the bimetal , said bending actuating a switch , wherein a signal which indicates the functionality of the bimetallic switch is generated, characterized in that the actuation of the switch , in particular the interruption of the electrical signal, initiates a control process of the device , and in that the control process actuates, in particular closes, an element , in particular a gas valve, of the device . wherein the inductive heating of the bimetal of the bimetallic switch bends the bimetal , said bending actuating a switch , wherein a signal which indicates the functionality of the bimetallic switch is generated, characterized in that the actuation of the switch , in particular the interruption of the electrical signal, initiates a control process of the device , and in that the control process actuates, in particular closes, an element , in particular a gas valve, of the device .
Method for introducing number of recesses into a seat cover for a motor vehicle seat, comprising the following steps: - supplying a seat cover made from an at least two-layered composite material which comprises a seat outer skin with a surface region on a visible side and a lining with a rear-side surface region , - supplying a blind-stitch/backstitch sewing machine with a sewing thread and a curved blind-stitch needle for producing a blind-stitch seam , - producing a blind-stitch seam , wherein the curved blind-stitch needle does not penetrate the seat outer skin during the sewing operation, and the sewing thread is guided through the lining by means of the blind-stitch needle in such a manner that, during the sewing, the sewing thread enters the rear-side surface region at an inwards passage and exits therefrom at a horizontally spaced-apart outwards passage , characterized - in that between the inwards passage and outwards passage a curved thread course is produced lying between them, and in that the stitch depth, the stitch length and the thread tension of the blind-stitch sewing machine are set in such a manner that, when the blind-stitch seam is produced, the inwards passage and the outwards passage are pulled together onto a common region (B) and the material region of the lining that is located between the inwards and outwards passages of the thread course is thereby compressed, as a result of which a recess is formed on that surface region of the seat outer skin which lies opposite the region (B). - supplying a seat cover made from an at least two-layered composite material which comprises a seat outer skin with a surface region on a visible side and a lining with a rear-side surface region , - supplying a blind-stitch/backstitch sewing machine with a sewing thread and a curved blind-stitch needle for producing a blind-stitch seam , - producing a blind-stitch seam , wherein the curved blind-stitch needle does not penetrate the seat outer skin during the sewing operation, and the sewing thread is guided through the lining by means of the blind-stitch needle in such a manner that, during the sewing, the sewing thread enters the rear-side surface region at an inwards passage and exits therefrom at a horizontally spaced-apart outwards passage , characterized - in that between the inwards passage and outwards passage a curved thread course is produced lying between them, and in that the stitch depth, the stitch length and the thread tension of the blind-stitch sewing machine are set in such a manner that, when the blind-stitch seam is produced, the inwards passage and the outwards passage are pulled together onto a common region (B) and the material region of the lining that is located between the inwards and outwards passages of the thread course is thereby compressed, as a result of which a recess is formed on that surface region of the seat outer skin which lies opposite the region (B).
Ratchet tightener for tensioning chains, straps and suchlike, comprising two end pieces between which a threaded spindle screwed thereto is arranged, wherein, - the axial distance between the end pieces is adjustable through turning the threaded spindle by means of a rachet , wherein, in addition - at both ends of the threaded spindle opposite threaded sections are provided, one configured as a right-hand thread and the other as a left-hand thread, wherein, still further - threaded rods of the end pieces are borne in the threaded sections and wherein - the one, first, threaded rod is designed as a tube into which the other, second, threaded rod can be inserted, characterised in that - as an end stop, at the end of the second threaded rod a circlip is applied which is greater in diameter than the thread diameter of the appurtenant threaded section . - the axial distance between the end pieces is adjustable through turning the threaded spindle by means of a rachet , wherein, in addition - at both ends of the threaded spindle opposite threaded sections are provided, one configured as a right-hand thread and the other as a left-hand thread, wherein, still further - threaded rods of the end pieces are borne in the threaded sections and wherein - the one, first, threaded rod is designed as a tube into which the other, second, threaded rod can be inserted, characterised in that - as an end stop, at the end of the second threaded rod a circlip is applied which is greater in diameter than the thread diameter of the appurtenant threaded section .
A mobile robot comprising: a main body ; a driving portion configured to move the main body ; a communication device configured to receive information about a moving space from an external server or at least from one external robot; and a controller configured to create traveling information about the moving space based on the information about the moving space received from the communication device , and to control the driving portion according to the traveling information, characterized in that the traveling information is created based on the information about the moving space received by the server from the one external robot or based on the information about the moving space received from the one external robot, wherein the information about the moving space includes simulation traveling information acquired when the one external robot performs virtual simulation for traveling on the moving space. a main body ; a driving portion configured to move the main body ; a communication device configured to receive information about a moving space from an external server or at least from one external robot; and a controller configured to create traveling information about the moving space based on the information about the moving space received from the communication device , and to control the driving portion according to the traveling information, characterized in that the traveling information is created based on the information about the moving space received by the server from the one external robot or based on the information about the moving space received from the one external robot, wherein the information about the moving space includes simulation traveling information acquired when the one external robot performs virtual simulation for traveling on the moving space.
A cutting unit and a linkage unit for a hair cutting appliance , wherein the cutting unit is arranged to be coupled to a housing of the hair cutting appliance by the linkage unit , the cutting unit comprising a blade set comprising a stationary blade , a movable blade and at least one basically laterally extending cutting edge , wherein the stationary blade is arranged to house and to guide the movable blade for lateral movement with respect to the stationary blade , the stationary blade comprising a cross-section, viewed in a plane perpendicular to a lateral direction (Y), that is basically U-shaped, particularly at the at least one cutting edge , wherein the U-shaped form comprises a first leg and a second leg, wherein a guiding slot for the movable blade is provided between the first leg and the second leg, and wherein the stationary blade basically encloses the movable blade at the side thereof facing the skin when cutting hair and, at least partially, at the side thereof facing away from the skin when cutting hair, the linkage unit comprising a four-bar linkage mechanism , the four-bar linkage mechanism comprising a first arm and a second arm opposite to the first arm , the first arm comprising a first base pivot coupled to a base , the second arm comprising a second base pivot coupled to a base , the first base pivot and the second base pivot being arranged at the base at a defined distance, the first arm further comprising a first top pivot coupled to a connecting bar , the second arm further comprising a second top pivot coupled to the connecting bar , wherein the connecting bar is arranged to be coupled to the cutting unit , such that, during operation, the cutting unit is pivotably supported by the linkage mechanism , characterized in that the cutting unit and the linkage unit further comprise at least one end stop element for preventing undesired motion of the four-bar linkage mechanism , wherein the least one end stop element comprises at least one protruding contact tab at at least one of the first arm , the second arm and the connecting bar , and at least one corresponding contact surface at the other one thereof, such that the at least one protruding contact tab and the least one corresponding contact surface define a maximal relative rotation between the first and second arms and the connecting bar .