mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure-sensitive adhesive film satisfying Equation 1 and comprising a pressure-sensitive adhesive, wherein the pressure-sensitive adhesive has a water vapor transmission rate of 50 g/m 2 ·day or less in a thickness direction wherein the water vapor transmission rate is measured on a film having a thickness of 100 μm according to the water vapor transmission rate as described in the description, and wherein the pressure-sensitive adhesive comprises an encapsulating resin which is a copolymer of a diene and an olefin-based compound including one carbon-carbon double bond and has a weight average molecular weight (Mw) of 100,000 to 2,000,000, and a multifunctional active energy ray-polymerizable compound which is included at 5 to 30 parts by weight relative to 100 parts by weight of the encapsulating resin: S ≤ 3.5 μ m / min wherein S is a dimension variation with respect to a longitudinal direction of the film between 40 to 120 minutes, as measured according to the description, when the film laminated to a thickness of 600 μm is treated with heat at 80 °C for 120 minutes.
An electrode assembly in which positive electrodes , separators , and negative electrodes are repeatedly stacked, and a positive electrode tab , through which the positive electrodes are connected to each other, and a negative electrode tab , through which the negative electrodes are connected to each other, are provided, the electrode assembly comprising: a heat transfer layer made of a material having thermal conductivity greater than that of the separator and stacked between the positive electrode and the separator or between the negative electrode and the separator to disperse heat generated at a relatively high temperature point to a relatively low temperature point, wherein the heat transfer layer is provided with a plurality of punched holes through which ions pass, and the heat transfer layer has an area less than that of the separator and is stacked so as not to protrude from the separator. a heat transfer layer made of a material having thermal conductivity greater than that of the separator and stacked between the positive electrode and the separator or between the negative electrode and the separator to disperse heat generated at a relatively high temperature point to a relatively low temperature point, wherein the heat transfer layer is provided with a plurality of punched holes through which ions pass, and the heat transfer layer has an area less than that of the separator and is stacked so as not to protrude from the separator.
A safe operation method for a washing machine of the type wherein an outer tub is connected to a housing through a plurality of suspenders , at least one pressure sensor is arranged at a joint of at least one suspender and the housing and/or a joint of the suspender and a suspender base of the outer tub , said at least one pressure sensor being electrically connected with a controller, and said controller being electrically connected to a driving motor, characterized in that said safe operation method comprises, during a working process of the washing machine, performing a pressure detection by said at least one pressure sensor and feeding the test result back to the controller, wherein the controller determines whether the suspender is disengaged or not through analyzing whether a pressure value that the pressure sensor holds is beyond a normal pressure range or not, and wherein during a washing and rinsing process, the pressure detection is run before the drive motor operates every time and a detection value is M, during a motor operation, a pressure value is detected several times in succession and a detected value is compared with M, if the detected value is within a setting range, it is determined that the suspender is normal, and if the detected value is beyond the setting range, it is determined that the suspender is disengaged and the controller controls the drive motor of the washing machine to stop working.
A system for implanting a penile prosthetic into a penis with an insertion tool having a distal tool end insertable into a corpora cavernosum of the penis and a needle insertable through the glans penis, the system comprising: a penile implant having a proximal end insertable into a crus penis and a distal end insertable into a glans penis; a tow suture coupled to the distal end of the penile implant ; a needle ; and a delivery cap configured to allow the needle to automatically capture the tow suture during implanting of the penile implant , the delivery cap coupled to the tow suture and attachable to the distal tool end of the insertion tool ; wherein the delivery cap has an aperture , with a portion of the tow suture located in the aperture ; wherein an open slot is formed through an exterior surface of the needle , and the open slot is sized for engagement with the portion of the tow suture oriented in the aperture of the delivery cap ; wherein a slotted opening is formed in a distal end of the delivery cap with the slotted opening coupled with the tow suture , characterized in that the delivery cap includes a distal hemispherical dome opposite from a proximal base that is attachable to the distal tool end , and the aperture extends longitudinally through the delivery cap between the proximal base and the distal hemispherical dome. a penile implant having a proximal end insertable into a crus penis and a distal end insertable into a glans penis; a tow suture coupled to the distal end of the penile implant ; a needle ; and a delivery cap configured to allow the needle to automatically capture the tow suture during implanting of the penile implant , the delivery cap coupled to the tow suture and attachable to the distal tool end of the insertion tool ; wherein the delivery cap has an aperture , with a portion of the tow suture located in the aperture ; wherein an open slot is formed through an exterior surface of the needle , and the open slot is sized for engagement with the portion of the tow suture oriented in the aperture of the delivery cap ; wherein a slotted opening is formed in a distal end of the delivery cap with the slotted opening coupled with the tow suture , characterized in that the delivery cap includes a distal hemispherical dome opposite from a proximal base that is attachable to the distal tool end , and the aperture extends longitudinally through the delivery cap between the proximal base and the distal hemispherical dome.
An operation input device comprising: an operation unit including an operation plate for receiving an operation of an operator and a support unit for supporting the operation plate in such a way as to allow the operation plate to be tilted; a detection unit for detecting an operation of tilting the operation plate ; an identification unit for identifying a tilt position of the operation plate for which tilting operation has been detected; and a setting unit for setting an orientation of an operation target included in a target apparatus to an orientation corresponding to the tilt position of the operation plate identified by the identification unit , whereby when the operation plate is tilted at a tilted position selected by the operator from among a plurality of tilted positions, the identification unit identifies the tilted position selected by the operator, characterized in that the operation unit holds the operation plate in the tilted position selected by the operator. an operation unit including an operation plate for receiving an operation of an operator and a support unit for supporting the operation plate in such a way as to allow the operation plate to be tilted; a detection unit for detecting an operation of tilting the operation plate ; an identification unit for identifying a tilt position of the operation plate for which tilting operation has been detected; and a setting unit for setting an orientation of an operation target included in a target apparatus to an orientation corresponding to the tilt position of the operation plate identified by the identification unit , whereby when the operation plate is tilted at a tilted position selected by the operator from among a plurality of tilted positions, the identification unit identifies the tilted position selected by the operator, characterized in that the operation unit holds the operation plate in the tilted position selected by the operator.
A medical probe, comprising: a shaft for navigation in a patient body, the shaft ending with a flexible section and a spring , followed by a rigid distal tip having one or more medical devices coupled thereto, wherein the flexible section , the spring , and the rigid distal tip form a distal end assembly , wherein the spring is coupled to the rigid distal tip at one end of the spring and to the flexible section at the opposite end of the spring along a longitudinal axis of the distal end assembly ; a first deflection mechanism, which is configured to deflect the flexible section relative to the shaft, wherein the first deflection mechanism comprises one or more wires coupled to the flexible section; and a second deflection mechanism, which is configured to deflect the distal tip relative to the first flexible section by using the spring . a shaft for navigation in a patient body, the shaft ending with a flexible section and a spring , followed by a rigid distal tip having one or more medical devices coupled thereto, wherein the flexible section , the spring , and the rigid distal tip form a distal end assembly , wherein the spring is coupled to the rigid distal tip at one end of the spring and to the flexible section at the opposite end of the spring along a longitudinal axis of the distal end assembly ; a first deflection mechanism, which is configured to deflect the flexible section relative to the shaft, wherein the first deflection mechanism comprises one or more wires coupled to the flexible section; and a second deflection mechanism, which is configured to deflect the distal tip relative to the first flexible section by using the spring .
A user equipment comprising: a receiver, which in operation, receives, from a base station communicating with the user equipment via an unlicensed radio cell, uplink configuration information to configure at least one set of radio resources of the unlicensed radio cell, the at least one set of radio resources available to the user equipment for transmitting uplink control information, wherein the at least one set of radio resources is associated with a UE group ID indicating a group of user equipment to which the user equipment is associated, the receiver, which in operation, receives, from the base station, downlink control information, DCI, indicating a UE group ID, processing circuitry, which in operation, determines whether the UE group ID to which the user equipment is associated is the same as the UE group ID received with the downlink control information, the processing circuitry, when determining that the UE group ID to which the user equipment is associated is the same as the UE group ID indicated by the downlink control information, determines scheduling request radio resources within the at least one set of uplink control information radio resources based on the received downlink control information, and a transmitter, which in operation, transmits a scheduling request to the base station using the determined scheduling request radio resources. a receiver, which in operation, receives, from a base station communicating with the user equipment via an unlicensed radio cell, uplink configuration information to configure at least one set of radio resources of the unlicensed radio cell, the at least one set of radio resources available to the user equipment for transmitting uplink control information, wherein the at least one set of radio resources is associated with a UE group ID indicating a group of user equipment to which the user equipment is associated, the receiver, which in operation, receives, from the base station, downlink control information, DCI, indicating a UE group ID, processing circuitry, which in operation, determines whether the UE group ID to which the user equipment is associated is the same as the UE group ID received with the downlink control information, the processing circuitry, when determining that the UE group ID to which the user equipment is associated is the same as the UE group ID indicated by the downlink control information, determines scheduling request radio resources within the at least one set of uplink control information radio resources based on the received downlink control information, and a transmitter, which in operation, transmits a scheduling request to the base station using the determined scheduling request radio resources.
Composition for a self-healing composite material, comprising: a) at least one polyrotaxane comprising a copolymer and ring-shaped molecules threaded thereon, with at least one ring-shaped molecule having at least one functional group (A), where the polyrotaxane comprises at least one ring-shaped molecule threaded onto the copolymer, the copolymer being a nonionic copolymer, and at least comprises (a) structural units derived from a first polymerizable monomer having a stopper group, and at least (b) structural units derived from a second polymerizable monomer, where the structural units derived from the first monomer having a stopper group are disposed at least partly at the ends of the polymer chain of the copolymer, and the stopper groups prevent the ring-shaped molecule from detaching from the copolymer; b) at least one organically modified inorganic hybrid material which comprises functional groups (B), or at least one kind of surface-modified inorganic particles which on their surface have functional groups (B); where at least two of the threaded ring-shaped molecules can be crosslinked by linking of the functional groups (A) and (B), where the composition comprises a crosslinker which comprises at least two functional groups which are able to form a covalent bond to the ring-shaped molecules. a) at least one polyrotaxane comprising a copolymer and ring-shaped molecules threaded thereon, with at least one ring-shaped molecule having at least one functional group (A), where the polyrotaxane comprises at least one ring-shaped molecule threaded onto the copolymer, the copolymer being a nonionic copolymer, and at least comprises (a) structural units derived from a first polymerizable monomer having a stopper group, and at least (b) structural units derived from a second polymerizable monomer, where the structural units derived from the first monomer having a stopper group are disposed at least partly at the ends of the polymer chain of the copolymer, and the stopper groups prevent the ring-shaped molecule from detaching from the copolymer; b) at least one organically modified inorganic hybrid material which comprises functional groups (B), or at least one kind of surface-modified inorganic particles which on their surface have functional groups (B); where at least two of the threaded ring-shaped molecules can be crosslinked by linking of the functional groups (A) and (B),
A method of converting position or momentum correlation of correlated photon pairs to a polarization entangled photon pair, the method comprising: generating the correlated photon pairs in a crystal (101, NCL, 302, 406) using a single pump beam; a conversion step of separating the correlated photon pairs into first and second groups based on generated positions of the first and second groups, respectively, in first and second portions of a photon generation distribution of the single pump beam in the crystal (101, NCL, 302, 406) or directions of the first and second groups, respectively about the propagation axis and rotating a polarization of the first correlated photon pair group such that the polarization of the first correlated pair group is at 90 degrees relative to the polarization of the second correlated photon pair group; and a combining step of combining the first and second correlated photon pairs such that at least respective portions of respective spatial distributions of the first and second photon pair groups overlap without wavelength dependent phase difference. generating the correlated photon pairs in a crystal (101, NCL, 302, 406) using a single pump beam; a conversion step of separating the correlated photon pairs into first and second groups based on generated positions of the first and second groups, respectively, in first and second portions of a photon generation distribution of the single pump beam in the crystal (101, NCL, 302, 406) or directions of the first and second groups, respectively about the propagation axis and rotating a polarization of the first correlated photon pair group such that the polarization of the first correlated pair group is at 90 degrees relative to the polarization of the second correlated photon pair group; and a combining step of combining the first and second correlated photon pairs such that at least respective portions of respective spatial distributions of the first and second photon pair groups overlap without wavelength dependent phase difference.
An inverter device comprising: a switching element including a control terminal and a pair of main terminals; a control circuit configured to output a control signal which indicates whether to instruct an ON state of the switching element; a decision circuit configured to output a decision signal which indicates a state of the switching element based on a voltage between the main terminals of the switching element; and a drive circuit configured to control the ON state and an OFF state of the switching element based on the control signal and the decision signal, characterized in that the drive circuit includes an OR circuit configured to input the control signal and the decision signal as logical signals and output a logical sum of the control signal and the decision signal. a switching element including a control terminal and a pair of main terminals; a control circuit configured to output a control signal which indicates whether to instruct an ON state of the switching element; a decision circuit configured to output a decision signal which indicates a state of the switching element based on a voltage between the main terminals of the switching element; and a drive circuit configured to control the ON state and an OFF state of the switching element based on the control signal and the decision signal, characterized in that the drive circuit includes an OR circuit configured to input the control signal and the decision signal as logical signals and output a logical sum of the control signal and the decision signal.
Device for storing and dispensing strips , comprising at least one cartridge comprising a cavity with a bottom , at least a first portion of the cavity being shaped to receive at least one strip and preferably a plurality of strips , the storage and dispensing device further comprising at least one dispensing member configured to cooperate with the cartridge , said dispensing member being at least partially accommodated in a second portion of the cavity of the cartridge , the dispensing member comprising a protruding part having a contact surface shaped to cover at least a first end of each strip , the contact surface facing towards the bottom of the cavity of the cartridge , characterized in that the first portion of the cavity and the second portion of the cavity are connected by an inclined intermediate portion , the second portion of the cavity being deeper than the first portion of the cavity with respect to an axis D-D substantially perpendicular to the bottom of the cavity , and in that the contact surface of the dispensing member overhangs the inclined intermediate portion , said dispensing member being configured to at least be mobile in rotation between: - a resting position, in which the protruding part extends at a distance from the inclined intermediate portion , - an operating position, in which the protruding part converges towards the inclined intermediate portion so as to at least press the first end of each strip against the inclined intermediate portion . the storage and dispensing device further comprising at least one dispensing member configured to cooperate with the cartridge , said dispensing member being at least partially accommodated in a second portion of the cavity of the cartridge , the dispensing member comprising a protruding part having a contact surface shaped to cover at least a first end of each strip , the contact surface facing towards the bottom of the cavity of the cartridge , characterized in that the first portion of the cavity and the second portion of the cavity are connected by an inclined intermediate portion , the second portion of the cavity being deeper than the first portion of the cavity with respect to an axis D-D substantially perpendicular to the bottom of the cavity , and in that the contact surface of the dispensing member overhangs the inclined intermediate portion , said dispensing member being configured to at least be mobile in rotation between: - a resting position, in which the protruding part extends at a distance from the inclined intermediate portion , - an operating position, in which the protruding part converges towards the inclined intermediate portion so as to at least press the first end of each strip against the inclined intermediate portion . - a resting position, in which the protruding part extends at a distance from the inclined intermediate portion , - an operating position, in which the protruding part converges towards the inclined intermediate portion so as to at least press the first end of each strip against the inclined intermediate portion .