mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a housing having an opening ; a roll mounted in the housing ; a flexible display wound on the roll and being extendable and retractable through the opening based on a rotation direction of the roll ; a roll guide configured to guide a central shaft of the roll to move in a direction capable of maintaining a proceeding direction of the flexible display toward the opening in the housing , based on a variation in a wound length of the flexible display on the roll , characterized by a winding member configured to provide elastic force in a direction capable of winding the flexible display on the roll ; a locking unit configured to lock the roll so as not to rotate in a direction of the elastic force of the winding member ; wherein the locking unit comprises: a stopper projection provided on the roll; and a stopper lever provided on the central shaft and having a release location where interference with the stopper projection is released, and a contact location where the stopper lever is obstructed by the stopper projection to stop rotation of the roll wherein the roll is configured to rotate with respect to the central shaft and the central shaft is supported by the housing to move along the roll guide without rotating with respect to the housing . a housing having an opening ; a roll mounted in the housing ; a flexible display wound on the roll and being extendable and retractable through the opening based on a rotation direction of the roll ; a roll guide configured to guide a central shaft of the roll to move in a direction capable of maintaining a proceeding direction of the flexible display toward the opening in the housing , based on a variation in a wound length of the flexible display on the roll , characterized by a winding member configured to provide elastic force in a direction capable of winding the flexible display on the roll ; a locking unit configured to lock the roll so as not to rotate in a direction of the elastic force of the winding member ; wherein the locking unit comprises: a stopper projection provided on the roll; and a stopper lever provided on the central shaft and having a release location where interference with the stopper projection is released, and a contact location where the stopper lever is obstructed by the stopper projection to stop rotation of the roll wherein the roll is configured to rotate with respect to the central shaft and the central shaft is supported by the housing to move along the roll guide without rotating with respect to the housing . a stopper projection provided on the roll; and a stopper lever provided on the central shaft and having a release location where interference with the stopper projection is released, and a contact location where the stopper lever is obstructed by the stopper projection to stop rotation of the roll wherein the roll is configured to rotate with respect to the central shaft and the central shaft is supported by the housing to move along the roll guide without rotating with respect to the housing .
An elastomeric component for a device containing a pharmaceutical drug product, the elastomeric component having an outer drug contact surface comprising: a first portion comprising at least one taggant and a first elastomeric material; and a second portion comprising a second elastomeric material between the first portion and the drug contact surface, wherein the at least one taggant has a first diffusivity relative to the first elastomeric material and a second diffusivity relative to the second elastomeric material, and the second diffusivity is less than the first diffusivity. a first portion comprising at least one taggant and a first elastomeric material; and a second portion comprising a second elastomeric material between the first portion and the drug contact surface, wherein the at least one taggant has a first diffusivity relative to the first elastomeric material and a second diffusivity relative to the second elastomeric material, and the second diffusivity is less than the first diffusivity.
An optical resin composition comprising: 99 to 50 % by weight of an acrylic resin having a glass transition temperature of not lower than 110 °C; and 1 to 50 % by weight of a particulate (meth)acrylic multilayer structure graft copolymer, wherein the (meth)acrylic multilayer structure graft copolymer contains: an innermost layer made of a polymer containing a methacrylic acid ester as its main monomer; a middle layer made of a polymer containing, as its main monomer, an acrylic acid alkyl ester having an alkyl group with 4 to 12 carbon atoms; and an outermost layer made of a polymer containing a methacrylic acid ester as its main monomer, and a graft ratio of the (meth)acrylic multilayer structure graft copolymer is not less than 110%. 99 to 50 % by weight of an acrylic resin having a glass transition temperature of not lower than 110 °C; and 1 to 50 % by weight of a particulate (meth)acrylic multilayer structure graft copolymer, wherein the (meth)acrylic multilayer structure graft copolymer contains: an innermost layer made of a polymer containing a methacrylic acid ester as its main monomer; a middle layer made of a polymer containing, as its main monomer, an acrylic acid alkyl ester having an alkyl group with 4 to 12 carbon atoms; and an outermost layer made of a polymer containing a methacrylic acid ester as its main monomer, and an innermost layer made of a polymer containing a methacrylic acid ester as its main monomer; a middle layer made of a polymer containing, as its main monomer, an acrylic acid alkyl ester having an alkyl group with 4 to 12 carbon atoms; and an outermost layer made of a polymer containing a methacrylic acid ester as its main monomer, and a graft ratio of the (meth)acrylic multilayer structure graft copolymer is not less than 110%.
A system for monitoring a wound dressing , comprising: the wound dressing ; an appurtenance of a size and shape that substantially conforms with the surface of the wound dressing , the appurtenance comprising one or more sensors for measuring changes in a fluid associated with a wound as sensor data and at least one transmitter for transmitting the sensor data; and a local unit including a receiver for receiving the sensor data from the least one transmitter, at least one processor operably attached to the receiver, and at least one communication unit operably attached to the processor , characterized by : the appurtenance is distinct from and physically attachable to the wound dressing , wherein the appurtenance includes one or more projections configured to be positioned into the wound dressing and configured to sample a fluid associated with a wound, the one or more projections configured to project from the appurtenance and to pierce into the wound dressing, wherein the appurtenance further comprises: a processor operably attached to the one or more sensors and the at least one transmitter. the wound dressing ; an appurtenance of a size and shape that substantially conforms with the surface of the wound dressing , the appurtenance comprising one or more sensors for measuring changes in a fluid associated with a wound as sensor data and at least one transmitter for transmitting the sensor data; and a local unit including a receiver for receiving the sensor data from the least one transmitter, at least one processor operably attached to the receiver, and at least one communication unit operably attached to the processor , characterized by : the appurtenance is distinct from and physically attachable to the wound dressing , wherein the appurtenance includes one or more projections configured to be positioned into the wound dressing and configured to sample a fluid associated with a wound, the one or more projections configured to project from the appurtenance and to pierce into the wound dressing, wherein the appurtenance further comprises: a processor operably attached to the one or more sensors and the at least one transmitter. the appurtenance is distinct from and physically attachable to the wound dressing , wherein the appurtenance includes one or more projections configured to be positioned into the wound dressing and configured to sample a fluid associated with a wound, the one or more projections configured to project from the appurtenance and to pierce into the wound dressing, wherein the appurtenance further comprises: a processor operably attached to the one or more sensors and the at least one transmitter.
A fastening system, having two fastening elements which are designed as a ring component and a rotor for an electric motor, wherein, on one of the fastening elements, at least one latching hook is formed and, on the other fastening element, at least one latching groove is formed, which, in the fastened state, engage in a positive-lock manner and directly in one another in a fastening manner and connect the ring component and the rotor releasably to one another, wherein, on the ring component , the at least one latching hook and at least one resilient spring element are formed, the latter, in the fastened state of the ring component on the rotor , exerting a biasing force on a contact surface formed as an axial end face of the other fastening element, wherein the biasing force is directed against a holding force of the at least one latching hook , wherein the ring component is formed as a labyrinth ring having a plurality of step portions adjoining one another in the radial direction, and wherein the rotor has an axial projecting portion which, in the fastened state of the ring component on the rotor , abuts at least one of the step portions of the ring component in both the axial and the radial directions, characterized in that the at least one latching groove is formed on an outer peripheral surface of the rotor or a rotor housing of the rotor , the axial projecting portion , in the fastened state of the ring component on the rotor , contacts at least one of the step portions of the ring component in both the axial and the radial directions in a positive-lock manner, and in the fastened state of the ring component on the rotor , a contact shoulder of the at least one latching groove for engagement with the at least one latching hook is in the same axial plane as the contact surface on which the biasing force is exerted by the spring element .
An apparatus configured to estimate bio-information, the apparatus comprising: a pulse wave sensor comprising a plurality of channels disposed in an isotropic shape; a force sensor configured to measure a force applied by an object to the pulse wave sensor ; and a processor configured to: detect a center of gravity based on pressure, applied by the object, in a space formed by the plurality of channels based on pulse wave signals measured by each of the plurality of channels included in the pulse wave sensor ; provide a user with guide information with respect to contact of the object to the pulse wave sensor based on the detected center of gravity; display, on an output interface , a graph showing a change in separation distance between a center of the space and the center of gravity; determine whether to re-measure the pulse wave signals based on the separation distance between the center of gravity at each time point and the center of the space; and estimate bio-information based on the pulse wave signals and the force which are measured based on the guide information. a pulse wave sensor comprising a plurality of channels disposed in an isotropic shape; a force sensor configured to measure a force applied by an object to the pulse wave sensor ; and a processor configured to: detect a center of gravity based on pressure, applied by the object, in a space formed by the plurality of channels based on pulse wave signals measured by each of the plurality of channels included in the pulse wave sensor ; provide a user with guide information with respect to contact of the object to the pulse wave sensor based on the detected center of gravity; display, on an output interface , a graph showing a change in separation distance between a center of the space and the center of gravity; determine whether to re-measure the pulse wave signals based on the separation distance between the center of gravity at each time point and the center of the space; and estimate bio-information based on the pulse wave signals and the force which are measured based on the guide information. detect a center of gravity based on pressure, applied by the object, in a space formed by the plurality of channels based on pulse wave signals measured by each of the plurality of channels included in the pulse wave sensor ; provide a user with guide information with respect to contact of the object to the pulse wave sensor based on the detected center of gravity; display, on an output interface , a graph showing a change in separation distance between a center of the space and the center of gravity; determine whether to re-measure the pulse wave signals based on the separation distance between the center of gravity at each time point and the center of the space; and estimate bio-information based on the pulse wave signals and the force which are measured based on the guide information.
Method for assisting a user in applying an adhesive sticker by roller-pressing to a face of an ophthalmic lens with an initial contour prior to edging, the method comprising: - maintaining the ophthalmic lens with its initial contour using a support (102; 121), - determining, from geometric data of the final contour to be produced for the ophthalmic lens , a positioning of the final contour inside the initial contour of the ophthalmic lens , - forming a visual aid for the user, allowing them to apply the adhesive sticker by roller-pressing to the ophthalmic lens with its initial contour prior to edging, such that the adhesive sticker can be applied by roller-pressing inside the final contour . - maintaining the ophthalmic lens with its initial contour using a support (102; 121), - determining, from geometric data of the final contour to be produced for the ophthalmic lens , a positioning of the final contour inside the initial contour of the ophthalmic lens , - forming a visual aid for the user, allowing them to apply the adhesive sticker by roller-pressing to the ophthalmic lens with its initial contour prior to edging, such that the adhesive sticker can be applied by roller-pressing inside the final contour .
A method for manufacturing an electrode assembly, the method comprising: a stacking step (S1) of repeatedly stacking a negative electrode , a separator , and a positive electrode so that the separator is stacked between the negative electrode comprising an electrode tab and the positive electrode comprising an electrode tab to form an electrode stack ; an electrode tab coupling step (S2) of coupling the electrode tabs having at least two or more same polarities of the electrode tabs of the electrode stack to each other; and a winding step (S3) of winding the electrode stack, characterized in that the electrode tabs comprise a negative electrode tab formed on the negative electrode and a positive electrode tab formed on the positive electrode , in the stacking step (S1), each of the negative electrode , the separator , and the positive electrode is provided in plurality, and the plurality of negative electrodes , the plurality of separators , and the plurality of positive electrodes are stacked, wherein the negative electrode tabs formed on the plurality of negative electrodes are stacked on each other, and the positive electrode tabs formed on the plurality of positive electrodes are stacked on each other, and in the electrode tab coupling step (S2), the positive electrode tabs are coupled to each other, and the negative electrode tabs are not coupled to each other.. a stacking step (S1) of repeatedly stacking a negative electrode , a separator , and a positive electrode so that the separator is stacked between the negative electrode comprising an electrode tab and the positive electrode comprising an electrode tab to form an electrode stack ; an electrode tab coupling step (S2) of coupling the electrode tabs having at least two or more same polarities of the electrode tabs of the electrode stack to each other; and a winding step (S3) of winding the electrode stack, characterized in that the electrode tabs comprise a negative electrode tab formed on the negative electrode and a positive electrode tab formed on the positive electrode , in the stacking step (S1), each of the negative electrode , the separator , and the positive electrode is provided in plurality, and the plurality of negative electrodes , the plurality of separators , and the plurality of positive electrodes are stacked, wherein the negative electrode tabs formed on the plurality of negative electrodes are stacked on each other, and the positive electrode tabs formed on the plurality of positive electrodes are stacked on each other, and in the electrode tab coupling step (S2), the positive electrode tabs are coupled to each other, and the negative electrode tabs are not coupled to each other..
A control device for controlling a water level in a boiler, comprising - a fastening element apt to fasten the control device to a boiler wall, with a through hole defining an axis (X), - an insulator inserted into the hole of the fastening element , - a level probe having a portion coated by the insulator and one end destined to be within the boiler when the control device is fastened to the boiler wall, wherein there is provided a first abutment area which is circumferential and internal to the fastening element , characterized in that it comprises a sealing ring in that the insulator has a circumferential groove where the sealing ring is accommodated, and in that the sealing ring abuts against said first abutment area . - a fastening element apt to fasten the control device to a boiler wall, with a through hole defining an axis (X), - an insulator inserted into the hole of the fastening element , - a level probe having a portion coated by the insulator and one end destined to be within the boiler when the control device is fastened to the boiler wall,
A plasma-assisted method of accurate alignment and pre-bonding for a microstructure including a glass or quartz chip, the method comprising: 1) removing superficial photoresist and chromium layers of substrate and cover plates of glass or quartz microchips after wet etching; 2) washing the substrate and cover plates using a detergent and then water to remove superficial organics, solid particles, and dust; 3) blowing majority of the water away from the substrate and cover plates and then performing a rinse and activation using a plasma cleaning device to make the substrate and cover plates to be hydrophilic; 4) obtaining the rinsed and activated subtract and cover plates and then sticking the rinsed and activated subtract and cover plates together, thereby performing a preliminary alignment; 5) performing an accurate alignment on the rinsed and activated subtract and cover plates under a drying condition and then placing water on an edge of a gap between the subtract and cover plates to form a hydrophilic layer between surfaces of the subtract and cover plates and to make the subtract and cover plates stick tightly to each other; 6) removing extra liquid water from the subtract and cover plates by pressing the subtract and cover plates and then blowing liquid water away from the edge; and 7) removing remaining water from the subtract and cover plates by vacuuming using the plasma cleaning device to obtain pre-bonded glass or quartz chips. 1) removing superficial photoresist and chromium layers of substrate and cover plates of glass or quartz microchips after wet etching; 2) washing the substrate and cover plates using a detergent and then water to remove superficial organics, solid particles, and dust; 3) blowing majority of the water away from the substrate and cover plates and then performing a rinse and activation using a plasma cleaning device to make the substrate and cover plates to be hydrophilic; 4) obtaining the rinsed and activated subtract and cover plates and then sticking the rinsed and activated subtract and cover plates together, thereby performing a preliminary alignment; 5) performing an accurate alignment on the rinsed and activated subtract and cover plates under a drying condition and then placing water on an edge of a gap between the subtract and cover plates to form a hydrophilic layer between surfaces of the subtract and cover plates and to make the subtract and cover plates stick tightly to each other; 6) removing extra liquid water from the subtract and cover plates by pressing the subtract and cover plates and then blowing liquid water away from the edge; and 7) removing remaining water from the subtract and cover plates by vacuuming using the plasma cleaning device to obtain pre-bonded glass or quartz chips.
Separator for separating fruits , in particular root crops, and admixtures , comprising a conveyor path with at least one feed element circulating during operation and at least one discharge element circulating during operation and following the feed element in a conveying direction , wherein the feed element and/or the conveying element is/are at least substantially impermeable to the fruits and admixtures and the feed element and the discharge element are spaced apart from one another in such a manner that they form a separation gap , wherein the separator has a fluid guide device for directing a fluid flow through the separation gap and the fluid guide device has an outlet opening that is arranged at least sectionally, in particular entirely, between a first orthogonal plane orthogonal to the conveying direction in which first plane a rotational axis of the feed element is arranged and a second orthogonal plane orthogonal to the conveying direction in which second plane a rotational axis of the discharge element is arranged, characterized in that in the region of the outlet opening the fluid guide device has a scraping element that is stationary during operation for scraping admixtures from the feed element .
A microprocessor device comprising an implementation of a cryptographic operation constructed to process parameters and generate an output, wherein at least some of the parameters (d, d1, v1, v2, ci, m1, fj, m2) are obfuscated such that the cryptographic operation processes the obfuscated parameters, wherein the parameters which are obfuscated are obfuscated in that they are encrypted according to an additive homomorphic cryptographic system, characterized in that the parameters to be processed by the cryptographic operation comprise at least a secret key (d; d1), and wherein at least the secret key (d; d1) is obfuscated in that the secret key (d; d1) is encrypted according to the additive homomorphic cryptographic system.
Cosmetic preparation or wound care preparation comprising one or more film-forming hydrophobic acrylate-based polymers, water, water-soluble active ingredients and one or more solubilizers selected from the group comprising isopropyl alcohol, propyl alcohol and/or 2-phenoxyethanol.