mhurhangee/ep-ind-claims huggingface dataset:
A game controller comprising: a controller input; and a receiving portion configured to alternatively receive a first ring or a second ring, wherein the first ring allows a first range of motion of the controller input, and wherein the second ring allows a second range of motion of the controller input; characterized in that the game controller further comprises: a mechanical switch configured to receive mechanical input from at least one of the first ring or the second ring; wherein the first ring comprises a tab configured to depress the mechanical switch via an actuator; wherein the second ring is free from a tab configured to depress the mechanical switch via the actuator; and wherein the game controller is configured to transmit information indicating whether the mechanical switch is depressed to a computing device to which the game controller is connected. a controller input; and a receiving portion configured to alternatively receive a first ring or a second ring, wherein the first ring allows a first range of motion of the controller input, and wherein the second ring allows a second range of motion of the controller input; characterized in that the game controller further comprises: a mechanical switch configured to receive mechanical input from at least one of the first ring or the second ring; wherein the first ring comprises a tab configured to depress the mechanical switch via an actuator; wherein the second ring is free from a tab configured to depress the mechanical switch via the actuator; and wherein the game controller is configured to transmit information indicating whether the mechanical switch is depressed to a computing device to which the game controller is connected. a mechanical switch configured to receive mechanical input from at least one of the first ring or the second ring; wherein the first ring comprises a tab configured to depress the mechanical switch via an actuator; wherein the second ring is free from a tab configured to depress the mechanical switch via the actuator; and wherein the game controller is configured to transmit information indicating whether the mechanical switch is depressed to a computing device to which the game controller is connected.
A toner case comprising: a case main body in which a toner is contained; a rotating member which is disposed in the case main body and is rotatable around an rotation axis; a transmitting member configured to rotate along an outer face of a side wall of the case main body on one side in a direction of the rotation axis so as to transmit a rotation to the rotating member; and a cover configured to cover a portion of the transmitting member, wherein the transmitting member includes a movable part configured to move as the transmitting member rotates and the cover has a hole part through which the movable part is exposed, wherein a gear is formed on an outer circumferential face of the transmitting member, a cylinder part which is cylindrical around the rotation axis is formed on an outer face of the transmitting member, and the movable part is configured to protrude on the outer face of the transmitting member and is stored in an annular groove formed between the gear and the cylinder part, the cover includes a main wall part configured to face the outer face of the transmitting member, and the hole part is formed in the main wall part. a case main body in which a toner is contained; a rotating member which is disposed in the case main body and is rotatable around an rotation axis; a transmitting member configured to rotate along an outer face of a side wall of the case main body on one side in a direction of the rotation axis so as to transmit a rotation to the rotating member; and a cover configured to cover a portion of the transmitting member, wherein the transmitting member includes a movable part configured to move as the transmitting member rotates and the cover has a hole part through which the movable part is exposed, wherein a gear is formed on an outer circumferential face of the transmitting member, a cylinder part which is cylindrical around the rotation axis is formed on an outer face of the transmitting member, and the movable part is configured to protrude on the outer face of the transmitting member and is stored in an annular groove formed between the gear and the cylinder part, the cover includes a main wall part configured to face the outer face of the transmitting member, and the hole part is formed in the main wall part.
An endoscope comprising: a handle; an elongated body extending distally from the handle and defining a longitudinal axis, the elongated body including a distal portion; a light source disposed within the distal portion of the elongated body and configured to illuminate tissue; and a therapeutic unit disposed within the distal portion of the elongated body and configured to treat tissue, wherein the therapeutic unit includes a light emitting element configured to emit therapeutic light along a therapeutic light axis being parallel to and offset of the longitudinal axis and a lens; and characterised in that the lens is configured to focus light emitted by the light emitting element to a point along the longitudinal axis, wherein the shape of the lens is determined by overlaying a first spherical lens and a second spherical lens, wherein the first spherical lens has its center aligned with the therapeutic light axis and is configured to collimate the therapeutic light along the therapeutic light axis, wherein the second spherical lens has its center aligned with the longitudinal axis and is configured to focus the collimated therapeutic light to the point along the longitudinal axis. a handle; an elongated body extending distally from the handle and defining a longitudinal axis, the elongated body including a distal portion; a light source disposed within the distal portion of the elongated body and configured to illuminate tissue; and a therapeutic unit disposed within the distal portion of the elongated body and configured to treat tissue, wherein the therapeutic unit includes a light emitting element configured to emit therapeutic light along a therapeutic light axis being parallel to and offset of the longitudinal axis and a lens; and characterised in that the lens is configured to focus light emitted by the light emitting element to a point along the longitudinal axis, wherein the shape of the lens is determined by overlaying a first spherical lens and a second spherical lens, wherein the first spherical lens has its center aligned with the therapeutic light axis and is configured to collimate the therapeutic light along the therapeutic light axis, wherein the second spherical lens has its center aligned with the longitudinal axis and is configured to focus the collimated therapeutic light to the point along the longitudinal axis. wherein the shape of the lens is determined by overlaying a first spherical lens and a second spherical lens, wherein the first spherical lens has its center aligned with the therapeutic light axis and is configured to collimate the therapeutic light along the therapeutic light axis, wherein the second spherical lens has its center aligned with the longitudinal axis and is configured to focus the collimated therapeutic light to the point along the longitudinal axis.
An apparatus comprising: a first routing device and a second routing device, in which the first routing device is configured to map a local address and port pair of a first network to a destination on a second network and to map a local address and port pair of a third network to the destination on the second network, in which the second routing device is configured to map an address and port pair to the first network and to map a second address and port pair to the second network; in which the destination includes a trading customer and the first network includes a network on which an electronic exchange resides; in which the first routing device includes a first processor and is configured such that a first core of the first processor is configured to perform routing for the first network, and a second core of the first processor is configured to perform routing for the second network; in which the second routing device is configured such that a first core of a second processor is configured to perform routing to the first network from the destination and a second core of the second processor is configured to perform routing to the second network from the destination; in which mapping through the first routing device from the first network and second network enables services from the first network and second network to a software defined network; in which, to facilitate mapping the local address and port pair of the first network to the destination, the first routing device is configured to open a first socket to the destination, open a second socket to a second destination, and fail over routing to the second socket in response to a determination that the first socket has failed; in which a third core of the first routing device is configured to execute a process configured to access a portion of a ring buffer shared with the first core, copy at least one of a packet header and an entire packet from the portion of the ring buffer, and facilitate transmission of the at least one of the packet header and the entire packet to an analytics engine coupled to the first routing device, wherein the third core accesses a last space in the ring buffer before the space is overwritten with new data becoming a first space in the ring buffer and the first core is given first priority to process the packet before the third core is allowed to act on the packet.
A one-way valve for mounting over an aperture formed on a food package for cooking, storing and/or heating of ready-to-eat food, said one-way valve comprising: a first membrane with a top surface and a bottom surface, the first membrane having a first surface area; a second membrane with a proximal surface and a distal surface, the second membrane having a second surface area smaller than the first surface area, wherein the distal surface is coated with a first adhesive and the proximal surface of the second membrane is fixed to the bottom surface of the first membrane such that a peripheral edge of the second membrane aligns with or extends past a peripheral edge of the first membrane; and wherein the one-way valve is adapted to be fixed to said food package in order to cover said aperture with said second membrane such that a canal is formed between the food package and the second membrane when a gas pressure inside the food package exceeds a threshold value, said canal extending from said aperture to the peripheral edge of the first membrane along said second membrane. a first membrane with a top surface and a bottom surface, the first membrane having a first surface area; a second membrane with a proximal surface and a distal surface, the second membrane having a second surface area smaller than the first surface area, wherein the distal surface is coated with a first adhesive and the proximal surface of the second membrane is fixed to the bottom surface of the first membrane such that a peripheral edge of the second membrane aligns with or extends past a peripheral edge of the first membrane; and wherein the one-way valve is adapted to be fixed to said food package in order to cover said aperture with said second membrane such that a canal is formed between the food package and the second membrane when a gas pressure inside the food package exceeds a threshold value, said canal extending from said aperture to the peripheral edge of the first membrane along said second membrane.
An automatic analysis device configured to react a specimen with a reagent and to measure the reacted reaction solution, the device comprising: a processing unit configure to perform a treatment on a specimen before the analysis of the specimen; supply equipment (26, 27, 28, 29, 30, 31, 32) configured to supply the reagent to a reaction vessel disposed in the processing unit; a liquid temperature adjusting device (1, 1A, 1B) configured to adjust the temperature of the reagent supplied to the reaction vessel by the supply equipment; a first temperature detection unit configured to detect a temperature of the air within the processing unit, wherein the liquid temperature adjusting device (1, 1A, 1B) is configured to execute temperature adjustment of the reagent based on a first temperature detected by the first temperature detection unit; a second temperature detection unit which is disposed within the liquid temperature adjusting device (1, 1A, 1B) and is configured to detect the temperature of the reagent supplied to the processing unit; and, an estimation unit (210C, 211C) configured to estimate a calorific value of a heating element (14, 51) present within the automatic analysis device, wherein the liquid temperature adjusting device (1, 1A, 1B) is configured to acquire a target value of a second temperature detected by the second temperature detection unit based on the first temperature and based on a change in the calorific value estimated by the estimation unit (210C, 211C) and to execute temperature adjustment based on a difference between the second temperature and the target value. a processing unit configure to perform a treatment on a specimen before the analysis of the specimen; supply equipment (26, 27, 28, 29, 30, 31, 32) configured to supply the reagent to a reaction vessel disposed in the processing unit; a liquid temperature adjusting device (1, 1A, 1B) configured to adjust the temperature of the reagent supplied to the reaction vessel by the supply equipment; a first temperature detection unit configured to detect a temperature of the air within the processing unit, wherein the liquid temperature adjusting device (1, 1A, 1B) is configured to execute temperature adjustment of the reagent based on a first temperature detected by the first temperature detection unit; a second temperature detection unit which is disposed within the liquid temperature adjusting device (1, 1A, 1B) and is configured to detect the temperature of the reagent supplied to the processing unit; and, an estimation unit (210C, 211C) configured to estimate a calorific value of a heating element (14, 51) present within the automatic analysis device, wherein the liquid temperature adjusting device (1, 1A, 1B) is configured to acquire a target value of a second temperature detected by the second temperature detection unit based on the first temperature and based on a change in the calorific value estimated by the estimation unit (210C, 211C) and to execute temperature adjustment based on a difference between the second temperature and the target value.
Actuation device for a valve, preferably for a sanitary valve, comprising - a bearing housing, - an operating lever pivotably mounted within the bearing housing for movement between a closed position closing the valve and a full-open position completely opening the valve, and - a partial opening stop notch (6, 7) providing, in an associated partial-open stop notch position, a stop notch resistance for the pivot movement of the operating lever in the direction towards the closed position, characterized by - a pretensioning element to pretension the operating lever within its pivot range between the full-open position and the partial-open stop notch position in the direction towards the partial-open stop notch position so as to automatically return the operating lever from the full-open position to the partial-open position when released by a user. - a bearing housing, - an operating lever pivotably mounted within the bearing housing for movement between a closed position closing the valve and a full-open position completely opening the valve, and - a partial opening stop notch (6, 7) providing, in an associated partial-open stop notch position, a stop notch resistance for the pivot movement of the operating lever in the direction towards the closed position, characterized by - a pretensioning element to pretension the operating lever within its pivot range between the full-open position and the partial-open stop notch position in the direction towards the partial-open stop notch position so as to automatically return the operating lever from the full-open position to the partial-open position when released by a user.
Controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) for use in an industrial automation arrangement, wherein the controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) is designed for use with a number of controller blocks (PID_Temp_1, PID_Temp_2, PID_Temp_3) of the same type or having substantially the same function in a cascaded closed-loop control system, and wherein the controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) is optionally configurable either as master controller, as follower controller or as master and follower controller in collaboration with other controllers of the cascaded closed-loop control system, characterized in that the controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) has a data interface for communication with other controller blocks (PID_Temp_1, PID_Temp_2, PID_Temp_3), wherein the data interface is designed at least for the exchange of information about • a control output limiting, • a present operating mode, and • the type of currently used setpoint value at the operating time of the closed-loop control system, wherein there is provision, on the basis of the information, for a restriction of the increase or a continuation of an integral component of the control parameters of the controller block. • a control output limiting, • a present operating mode, and • the type of currently used setpoint value at the operating time of the closed-loop control system,
Device (30, 50) for measuring the viscoelastic properties of biological tissues using a processing of ultrasound waves reflected by said tissues when a shear wave runs across them, wherein said device comprises: - Means (M1, M2, M3) for forming lines (L1, L2, L3) of data such that each line (L1, L2, L3) comprises data relative to the reflected ultrasound waves from a same shot (T1, T2, T3), and - Means for determining a parameter relative to the movement between the tissues and a transducer emitting the shots (T1, T2, T3), - Means for calculating an intrinsic movement of the medium from a set of lines (L1, L2, L3) defining an acquisition, characterised in that it comprises means for processing the first ultrasound lines (L1, L2), using the relative parameter, before or during the formation of the second ultrasound lines of this same acquisition, in order to determine the intrinsic movement (3d) of the biological tissues from said first lines. - Means (M1, M2, M3) for forming lines (L1, L2, L3) of data such that each line (L1, L2, L3) comprises data relative to the reflected ultrasound waves from a same shot (T1, T2, T3), and - Means for determining a parameter relative to the movement between the tissues and a transducer emitting the shots (T1, T2, T3), - Means for calculating an intrinsic movement of the medium from a set of lines (L1, L2, L3) defining an acquisition,
Inhaler for delivery of an inhalation formulation from a band-shaped blister strip with a plurality of blister pockets containing the inhalation formulation in doses comprising: a conveyor for stepwise onward movement of the blister strip, a piercing member to puncture a lid of an aligned blister pocket, and a mouthpiece, the inhaler being designed such that -by breathing in during inhalation - an air stream of ambient air can be sucked or delivered in order to discharge the respective dose from an opened blister pocket and to deliver it with the ambient air as an aerosol cloud, wherein the piercing member comprises two piercing elements (25, 26), wherein a first piercing element serves to form an inlet opening in the lid of the blister pocket and a second piercing element serves to form a separate outlet opening in the lid, characterized in that the piercing member is made of metal sheet material, wherein the two piercing elements (25, 26) of the piercing member are formed by bending part of the sheet material into an inclined position and that the piercing member is supported by an insert connected to the mouthpiece and wherein the piercing member is connected in a form-fit manner with the insert. a conveyor for stepwise onward movement of the blister strip, a piercing member to puncture a lid of an aligned blister pocket, and a mouthpiece, the inhaler being designed such that -by breathing in during inhalation - an air stream of ambient air can be sucked or delivered in order to discharge the respective dose from an opened blister pocket and to deliver it with the ambient air as an aerosol cloud, wherein the piercing member comprises two piercing elements (25, 26), wherein a first piercing element serves to form an inlet opening in the lid of the blister pocket and a second piercing element serves to form a separate outlet opening in the lid, characterized in that the piercing member is made of metal sheet material, wherein the two piercing elements (25, 26) of the piercing member are formed by bending part of the sheet material into an inclined position and that the piercing member is supported by an insert connected to the mouthpiece and wherein the piercing member is connected in a form-fit manner with the insert.
Gold cluster (AuCs) or substances containing AuCs for use in a method of preventing and/or treating glaucoma, wherein the AuCs or substances containing AuCs comprise AuCs and ligand Y that coats AuCs externally, wherein the gold core diameter of the AuCs is smaller than 3 nm, wherein the ligand Y includes without limitation one or more of L -cysteine and its derivatives, oligopeptides containing cysteine and their derivatives, and other compounds containing thiol, wherein: a) the L -cysteine and its derivatives are selected from L -cysteine, N-isobutyryl-L -cysteine (L -NIBC) or N-acetyl-L -cysteine (L -NAC); and b) the oligopeptides containing cysteine and their derivatives are selected from L-arginine-L-cysteine, L-cysteine-L-arginine, L-cysteine-L-histidine dipeptide, L-histidine-L-cysteine dipeptide, L-glutathione, L-lysine-L-cysteine-L-proline tripeptide, L-proline-L-cysteine-L-arginine tripeptide, glycine-L-cysteine-L-arginine tripeptide, glycine-L-serine-L-cysteine-L-arginine tetrapeptide (GSCR) or glycine-L-cysteine-L-serine-L-arginine tetrapeptide (GCSR). a) the L -cysteine and its derivatives are selected from L -cysteine, N-isobutyryl-L -cysteine (L -NIBC) or N-acetyl-L -cysteine (L -NAC); and b) the oligopeptides containing cysteine and their derivatives are selected from L-arginine-L-cysteine, L-cysteine-L-arginine, L-cysteine-L-histidine dipeptide, L-histidine-L-cysteine dipeptide, L-glutathione, L-lysine-L-cysteine-L-proline tripeptide, L-proline-L-cysteine-L-arginine tripeptide, glycine-L-cysteine-L-arginine tripeptide, glycine-L-serine-L-cysteine-L-arginine tetrapeptide (GSCR) or glycine-L-cysteine-L-serine-L-arginine tetrapeptide (GCSR).
A snap lock, in particular for use as an additional locking device in the upper area of a door, a gate or a window having a main lock coupled with the snap lock, having a latch head guided in a latch guide, wherein the latch head dips in the locking state into the opening of a striking plate on the frame side, wherein that on the latch head a rocker lever spring-loaded in the extending direction, protruding over the latch head top is pivot-mounted and wherein that a locking device is coupled with the rocker lever, which locking device limits the extension movement of the rocker lever in the extending direction to a first predetermined extension stroke and makes possible the extension movement of the rocker lever up to the locking state beyond the first extension stroke up to a second extension stroke, characterized in that the locking device has at least one locking piece (21, 22) connected with the rocker lever in a hinged manner.