mhurhangee/ep-ind-claims huggingface dataset:
An intraocular lens injector for injecting an intraocular lens into an eye, comprising: an injector main body and an injection tube that have a hollow structure and are coupled to each other and constitute a hollow body, the hollow body (5, 7) has a lens installing portion on which an intraocular lens is installed; a rotary member having a first threaded portion formed thereon, and attached to a rear end portion of the hollow body (5, 7), rotatably around an axis of the hollow body (5, 7); a plunger having a second threaded portion formed thereon, and configured to move through the hollow body (5, 7) in an axial direction of the hollow body (5, 7); and a pushing member configured to push out an intraocular lens from the lens installing portion by moving through the hollow body (5, 7) in the axial direction of the hollow body (5, 7) together with the plunger, characterized by a tip side of the plunger is inserted into the hollow body (5, 7) in a state in which the first threaded portion and the second threaded portion are meshed with each other, and a rear end side of the plunger is disposed in a state of protruding backward of the rotary member, characterised in that the main body has a rotation restricting portion configured to restrict rotation of the plunger as the plunger moves in the axial direction. an injector main body and an injection tube that have a hollow structure and are coupled to each other and constitute a hollow body, the hollow body (5, 7) has a lens installing portion on which an intraocular lens is installed; a rotary member having a first threaded portion formed thereon, and attached to a rear end portion of the hollow body (5, 7), rotatably around an axis of the hollow body (5, 7); a plunger having a second threaded portion formed thereon, and configured to move through the hollow body (5, 7) in an axial direction of the hollow body (5, 7); and a pushing member configured to push out an intraocular lens from the lens installing portion by moving through the hollow body (5, 7) in the axial direction of the hollow body (5, 7) together with the plunger, characterized by a tip side of the plunger is inserted into the hollow body (5, 7) in a state in which the first threaded portion and the second threaded portion are meshed with each other, and a rear end side of the plunger is disposed in a state of protruding backward of the rotary member, characterised in that the main body has a rotation restricting portion configured to restrict rotation of the plunger as the plunger moves in the axial direction.
A method for service transmission, comprising: determining, by a terminal device, which service is allowed to be transmitted on grant resource configured by a network device, according to an indication information sent by the network device; and transmitting (S 104), by the terminal device, the service allowed to be transmitted on the configured grant resource, wherein the indication information is comprised in configuration information of a logical channel corresponding to the service and is used to indicate whether data in the logical channel is allowed to be transmitted on part or all of the configured grant resource, the configured grant resource comprises resource configured for configured grant type 1 or resource configured for configured grant type 2, the indication information being used to indicate whether data in the logical channel is allowed to be transmitted on part or all of the configured grant resource comprises: the indication information being configured to indicate whether Medium Access Control, MAC, Service Data Unit, SDUs, from the logical channel is allowed to be transmitted on the resource configured for the configured grant type 1 or the resource configured for the configured grant type 2, and the indication information is further configured to indicate whether MAC SDUs from the logical channel is allowed to be transmitted on dynamic grant resource. determining, by a terminal device, which service is allowed to be transmitted on grant resource configured by a network device, according to an indication information sent by the network device; and transmitting (S 104), by the terminal device, the service allowed to be transmitted on the configured grant resource, wherein the indication information is comprised in configuration information of a logical channel corresponding to the service and is used to indicate whether data in the logical channel is allowed to be transmitted on part or all of the configured grant resource, the configured grant resource comprises resource configured for configured grant type 1 or resource configured for configured grant type 2, the indication information being used to indicate whether data in the logical channel is allowed to be transmitted on part or all of the configured grant resource comprises: the indication information being configured to indicate whether Medium Access Control, MAC, Service Data Unit, SDUs, from the logical channel is allowed to be transmitted on the resource configured for the configured grant type 1 or the resource configured for the configured grant type 2, and the indication information is further configured to indicate whether MAC SDUs from the logical channel is allowed to be transmitted on dynamic grant resource.
A sensor device configured to determine at least one heat transfer parameter of a fluid of interest, the fluid of interest being a gas, the sensor device comprising: a sensor unit comprising at least one heater element and at least one temperature sensor (15, 17); a first housing defining an interior and an exterior, the sensor unit being received in the first housing, the first housing comprising a first membrane, the first membrane allowing a diffusive gas exchange between the exterior and the interior of the first housing for the fluid of interest; and a second housing defining an interior and an exterior, the first housing being received in the interior of the second housing, the second housing comprising a base body and a second membrane, the second membrane being disposed in or on one or more openings of the base body. the second membrane allowing a diffusive gas exchange between the exterior of the second housing and the exterior of the first housing for the fluid of interest, characterized in that the base body of the second housing comprises or essentially consists of a thermally conductive material having a thermal conductivity of at least 10 W/mK at 20 °C, the thermally conductive material being a metal. a sensor unit comprising at least one heater element and at least one temperature sensor (15, 17); a first housing defining an interior and an exterior, the sensor unit being received in the first housing, the first housing comprising a first membrane, the first membrane allowing a diffusive gas exchange between the exterior and the interior of the first housing for the fluid of interest; and a second housing defining an interior and an exterior, the first housing being received in the interior of the second housing, the second housing comprising a base body and a second membrane, the second membrane being disposed in or on one or more openings of the base body. the second membrane allowing a diffusive gas exchange between the exterior of the second housing and the exterior of the first housing for the fluid of interest, characterized in that the base body of the second housing comprises or essentially consists of a thermally conductive material having a thermal conductivity of at least 10 W/mK at 20 °C, the thermally conductive material being a metal.
A power transmission mechanism for a four poles circuit breaker, the mechanism comprising: a switching shaft configured to provide a driving force for switching the movable contactors of four poles; arms (13a, 13b, 13c, 13d) connected to the switching shaft to be rotated together therewith and provided to correspond to the four poles to transfer the rotational torque of the switching shaft; and links (14b, 14d) connected between the arms and the movable contactors to transfer the rotational torque of the arm to the movable contactor as a switching force, and provided to correspond to the four poles, characterized in that the sum of the length of the arm and the link in a neutral pole is longer than the sum of the length of the arm (13a, 13b, 13c) and the link in the poles excluding the neutral pole. a switching shaft configured to provide a driving force for switching the movable contactors of four poles; arms (13a, 13b, 13c, 13d) connected to the switching shaft to be rotated together therewith and provided to correspond to the four poles to transfer the rotational torque of the switching shaft; and links (14b, 14d) connected between the arms and the movable contactors to transfer the rotational torque of the arm to the movable contactor as a switching force, and provided to correspond to the four poles, characterized in that the sum of the length of the arm and the link in a neutral pole is longer than the sum of the length of the arm (13a, 13b, 13c) and the link in the poles excluding the neutral pole.
A method of installation of a PV array whereby; the PV array comprises at least four planar PV modules which are of generally square or rectangular configuration so that each module defines a generally square or rectangular edge of substantially the same dimensions and comprising a pair of substantially parallel end edges and a pair of substantially parallel side edges, the modules being connected along adjacent end edges and being foldable relative to each other about the connected end edges between a closed condition and an open condition, whereby in the closed condition, the modules are stacked together on a movable carriage on which the modules can be transported, the modules comprising a leading module, a trailing module and two or more intermediate modules (11b-11g), and whereby in the open condition, the modules are laterally displaced from the closed condition about the end edge connections for collection of electromagnetic radiation, the method being characterized by securing the leading module by placing an end edge of the leading module on a surface on which the PV array is to be installed and moving the carriage relative to the leading module so that the carriage moves away from the leading module, and allowing the PV array 10 to unfold from the carriage. the PV array comprises at least four planar PV modules which are of generally square or rectangular configuration so that each module defines a generally square or rectangular edge of substantially the same dimensions and comprising a pair of substantially parallel end edges and a pair of substantially parallel side edges, the modules being connected along adjacent end edges and being foldable relative to each other about the connected end edges between a closed condition and an open condition, whereby in the closed condition, the modules are stacked together on a movable carriage on which the modules can be transported, the modules comprising a leading module, a trailing module and two or more intermediate modules (11b-11g), and whereby in the open condition, the modules are laterally displaced from the closed condition about the end edge connections for collection of electromagnetic radiation, the method being characterized by securing the leading module by placing an end edge of the leading module on a surface on which the PV array is to be installed and moving the carriage relative to the leading module so that the carriage moves away from the leading module, and allowing the PV array 10 to unfold from the carriage.
A door leaf for a front door, comprising: - an outer casing covering at least the door leaf broadsides (16, 17) of the door leaf, the outer casing being formed from a metal sheet; - an insert element, which is surrounded at least in regions by the outer casing and is arranged on an end face region of the door leaf, wherein the insert element is formed from a laminated wood as a wood material, characterized in that a foil element is applied to an outer surface of the insert element facing the end face region of the door leaf. - an outer casing covering at least the door leaf broadsides (16, 17) of the door leaf, the outer casing being formed from a metal sheet; - an insert element, which is surrounded at least in regions by the outer casing and is arranged on an end face region of the door leaf, wherein
An access terminal, AT, comprising: a receiving unit configured to receive a reference signal, carried in a traffic channel in a time slot, the reference signal comprising a sequence of symbols known to the AT before being received; and receive a pilot signal on a pilot channel in the time slot, wherein the reference signal is different from the pilot signal; and a measurement unit configured to determine a position location of the AT based at least in part on the reference signal and the pilot signal. a receiving unit configured to receive a reference signal, carried in a traffic channel in a time slot, the reference signal comprising a sequence of symbols known to the AT before being received; and receive a pilot signal on a pilot channel in the time slot, wherein the reference signal is different from the pilot signal; and a measurement unit configured to determine a position location of the AT based at least in part on the reference signal and the pilot signal.
A screwdriver, comprising: a handle extending from a proximal end to a distal end and having a handle channel extending therethrough; a shaft extending from a proximal end insertable into the handle channel to a distal end, the distal end of the shaft including a bit opening sized to receive a proximal portion of a bit therein; a locking sleeve having a locking sleeve channel slidably receiving the shaft therethrough, the locking sleeve being positionable over the shaft distally of the handle; a spring slidably received within the locking sleeve channel and over the shaft; and a coupling member received over the shaft distally of the locking sleeve, the coupling member being movable between a biased first configuration in which a locking element protrudes radially into the bit opening to lockingly engage a bit received therein and a second configuration in which the coupling member is retracted proximally to compress the spring and permit the locking element to move radially out of the bit opening to permit the bit to be removed therefrom; wherein the handle, shaft, locking sleeve, spring and coupling member are removably attached to one another, characterized in that the locking sleeve includes a plurality of openings extending therethrough to aid in sterilization thereof. a handle extending from a proximal end to a distal end and having a handle channel extending therethrough; a shaft extending from a proximal end insertable into the handle channel to a distal end, the distal end of the shaft including a bit opening sized to receive a proximal portion of a bit therein; a locking sleeve having a locking sleeve channel slidably receiving the shaft therethrough, the locking sleeve being positionable over the shaft distally of the handle; a spring slidably received within the locking sleeve channel and over the shaft; and a coupling member received over the shaft distally of the locking sleeve, the coupling member being movable between a biased first configuration in which a locking element protrudes radially into the bit opening to lockingly engage a bit received therein and a second configuration in which the coupling member is retracted proximally to compress the spring and permit the locking element to move radially out of the bit opening to permit the bit to be removed therefrom; wherein the handle, shaft, locking sleeve, spring and coupling member are removably attached to one another, characterized in that the locking sleeve includes a plurality of openings extending therethrough to aid in sterilization thereof.
A method in a controlling node for controlling resources in a shared channel, the method comprising: receiving from a network node, a request for resources in the shared channel; in response to the request, determining a utility function representing a performance metric for the network node based on transmissions from other network nodes using the shared channel; and in response to determining that the utility function satisfies a threshold, granting the resources in the shared channel to the network node, wherein the utility function comprises an interference function that measures an impact of an interference level due to transmissions of the network node requesting the resources to the other network nodes, in the shared channel. receiving from a network node, a request for resources in the shared channel; in response to the request, determining a utility function representing a performance metric for the network node based on transmissions from other network nodes using the shared channel; and in response to determining that the utility function satisfies a threshold, granting the resources in the shared channel to the network node, wherein the utility function comprises an interference function that measures an impact of an interference level due to transmissions of the network node requesting the resources to the other network nodes, in the shared channel.
A method for recording motion patterns of a tumbler screening machine, characterized in that the method comprises the following method steps: a. applying an optical marking (500, 510) at the tumbler screening machine; b. recording the optical marking (500, 510) during operation of the tumbler screening machine and establishing image data for a motion curve; c. evaluating the recorded image data. a. applying an optical marking (500, 510) at the tumbler screening machine; b. recording the optical marking (500, 510) during operation of the tumbler screening machine and establishing image data for a motion curve; c. evaluating the recorded image data.
A memory device comprising: a first memory of first type; a second memory of second type different from the first type; and a memory controller configured to receive access requests and workload information related to work of an external processor, wherein the workload information includes at least one latency requirement associated with the access requests, for each received access request, count an elapsed latency after the access request is received; for each received access request, determine a remaining latency for the access request, the remaining latency corresponding to a difference between the at least one latency requirement and the corresponding elapsed latency; schedule the access requests using the workload information, wherein the scheduling prioritizes access requests having a lower remaining latency, and access at least one of the first memory and the second memory in accordance with the scheduled access requests. a first memory of first type; a second memory of second type different from the first type; and a memory controller configured to receive access requests and workload information related to work of an external processor, wherein the workload information includes at least one latency requirement associated with the access requests, for each received access request, count an elapsed latency after the access request is received; for each received access request, determine a remaining latency for the access request, the remaining latency corresponding to a difference between the at least one latency requirement and the corresponding elapsed latency; schedule the access requests using the workload information, wherein the scheduling prioritizes access requests having a lower remaining latency, and access at least one of the first memory and the second memory in accordance with the scheduled access requests. receive access requests and workload information related to work of an external processor, wherein the workload information includes at least one latency requirement associated with the access requests, for each received access request, count an elapsed latency after the access request is received; for each received access request, determine a remaining latency for the access request, the remaining latency corresponding to a difference between the at least one latency requirement and the corresponding elapsed latency; schedule the access requests using the workload information, wherein the scheduling prioritizes access requests having a lower remaining latency, and access at least one of the first memory and the second memory in accordance with the scheduled access requests.
A roller-type rocker arm having a function for transmitting a rotational motion of a cam to an intake and exhaust valve, the roller-type rocker arm comprising a roller shaft made of metal and having a diameter D1, an inner ring roller slidably attached to an outer circumference surface of the roller shaft, the inner ring roller having an inner diameter D2 greater than the diameter D1 of the roller shaft and an outer diameter D3, and an outer ring roller made of metal and slidably attached to an outer circumference surface of the inner ring roller and configured for contacting with the cam, the outer ring roller having an inner diameter D4 greater than the outer diameter D3 and an outer diameter, the roller-type rocker arm wherein a clearance is formed between an inner circumference surface of the inner ring roller and the outer circumference surface of the roller shaft, a clearance is formed between the outer circumference surface of the inner ring roller and an inner circumference surface of the outer ring roller, characterized in that the inner ring roller is made of a resin material, wherein the resin material is polyetheretherketon, polyphenylenesulfide, polytetrafluoroethene, polyethersulphone, polybensimidazole, polyimide or poliamide and includes a carbon fiber, CNT (carbon nano tube), CNC(carbon nano coil), or reinforced fiber with a glass fiber.
Method for adjusting the rate of a timepiece comprising the following steps: - fitting inside a timepiece case without a back cover or without a whole of the back cover of a movement provided with a balance/balance spring resonator e; - measuring the rate of the timepiece; - determining the correction value to be applied to the balance inertia (11, 21) to obtain a desired rate; - altering by adding material (15 1, 15 2, 15 3, 15 4, 25 2, 25 4) to the balance (11, 21), balance inertia (11, 21) according to said correction value, the movement being fitted into the case without the back cover or without the whole of the back cover. - fitting inside a timepiece case without a back cover or without a whole of the back cover of a movement provided with a balance/balance spring resonator e; - measuring the rate of the timepiece; - determining the correction value to be applied to the balance inertia (11, 21) to obtain a desired rate; - altering by adding material (15 1, 15 2, 15 3, 15 4, 25 2, 25 4) to the balance (11, 21), balance inertia (11, 21) according to said correction value, the movement being fitted into the case without the back cover or without the whole of the back cover.
Method for reducing the moisture in a gas in a battery housing interior, in which method a gas with a lower water vapour content than the gas in the battery housing interior is generated by means of a drying device and is introduced into the battery housing interior, and a gas is carried out of the battery housing interior, so that the battery housing interior is at least partially filled with the gas with the relatively low water vapour content, characterized in that the gas with the relatively low water vapour content flows through a desiccant which is arranged in the battery housing interior downstream of the drying device, which is arranged outside the battery housing interior, in the direction of gas flow.