mhurhangee/ep-ind-claims huggingface dataset:
An actuator apparatus for a railway vehicle, the actuator apparatus comprising: an actuator disposed between a bogie including a wheel of the railway vehicle and a vehicle body of the railway vehicle mounted on the bogie, between the bogie and the wheel, or on a railway vehicle including a plurality of the vehicle bodies coupled with each other and between one of the vehicle bodies and another of the vehicle bodies, the actuator being configured to be able to control a force generated by power supplied from a power source comprising at least one of an overhead line and a generator of the railway vehicle via a battery; a detector configured to detect a voltage of the battery; and a control device configured to control the supply power to be supplied to the actuator according to a running state of the railway vehicle, characterized in that the control device is further configured to perform limit control of the supply power, such that the supply power is not set to zero, when a voltage detection value of the battery detected by the detector falls below a first threshold value due to passage through a section of the overhead line or a reduction in a voltage of the generator, and such that the supply power is set to be lower than the supply power that is employed when the voltage detection value does not fall below the first threshold value. an actuator disposed between a bogie including a wheel of the railway vehicle and a vehicle body of the railway vehicle mounted on the bogie, between the bogie and the wheel, or on a railway vehicle including a plurality of the vehicle bodies coupled with each other and between one of the vehicle bodies and another of the vehicle bodies, the actuator being configured to be able to control a force generated by power supplied from a power source comprising at least one of an overhead line and a generator of the railway vehicle via a battery; a detector configured to detect a voltage of the battery; and a control device configured to control the supply power to be supplied to the actuator according to a running state of the railway vehicle, characterized in that the control device is further configured to perform limit control of the supply power, such that the supply power is not set to zero, when a voltage detection value of the battery detected by the detector falls below a first threshold value due to passage through a section of the overhead line or a reduction in a voltage of the generator, and such that the supply power is set to be lower than the supply power that is employed when the voltage detection value does not fall below the first threshold value.
A controller for an artificial pancreas for automated insulin delivery to a patient with type 1 diabetes mellitus (T1DM) that enforces safe insulin delivery throughout both day and night, wherein the controller employs periodic zone model predictive control, whereby real-time optimization based on a model of a human's insulin response is utilized to regulate blood glucose levels to a safe zone, and time-dependent zones smoothly modulate the controller correction based on the time of day, characterized in that the controller strategically strives to maintain an 80-140 mg/dL glucose zone during the day, a 110-220 mg/dL zone at night, and a smooth transition in between.
An inductance element for use as a magnetic sensor, the inductance element comprising: a first core made of a ferrite, the first core having first and second connection surfaces (S1, S2); a second core made of an amorphous magnetic metal, the second core having a third connection surface facing the first connection surface and a fourth connection surface facing the second connection surface; and characterised by a coil (30, 31, 32) wound around the first core between the first connection surface and the second connection surface, wherein the first core reaches magnetic saturation at a higher magnetic field intensity than that of the second core, and wherein the second core has a higher magnetic permeability than that of the first core. a first core made of a ferrite, the first core having first and second connection surfaces (S1, S2); a second core made of an amorphous magnetic metal, the second core having a third connection surface facing the first connection surface and a fourth connection surface facing the second connection surface; and characterised by a coil (30, 31, 32) wound around the first core between the first connection surface and the second connection surface, wherein the first core reaches magnetic saturation at a higher magnetic field intensity than that of the second core, and wherein the second core has a higher magnetic permeability than that of the first core.
A venting unit for a closed container having a lid and a container portion with a neck and a rim, the rim having at least three spaced apart notches; the venting unit comprising: a substantially rigid ring having a lid-interfacing surface; and a resilient annular valve member interfacing with the substantially rigid ring and comprising a one-way valve (24, 26) configured to be disposed at the inner wall of the neck; said unit further comprising at least one air passageway leading from the ambient atmosphere to the one-way valve (24, 26); and whereby the one-way valve (24, 26) is configured to seal at the inner wall of the neck when there is a pressure difference between the ambient atmosphere and the inside of the container, below a threshold pressure; and the one-way valve (24, 26) is opened upon a pressure difference between the ambient atmosphere and the inside of the container, above a threshold pressure. characterized in that the substantially rigid ring comprises at least three spaced apart projections arranged correspondingly with the rim's spaced apart notches thereby forming a fixing mechanism adapted to rest on the rim of the container portion and configured to fix the substantially rigid ring and the resilient valve member in place with respect to the container portion thereby preventing planar movement in all planar directions including back-forth, side-to-side and rotational movement between the venting unit and the container portion. a substantially rigid ring having a lid-interfacing surface; and a resilient annular valve member interfacing with the substantially rigid ring and comprising a one-way valve (24, 26) configured to be disposed at the inner wall of the neck; said unit further comprising at least one air passageway leading from the ambient atmosphere to the one-way valve (24, 26); and whereby the one-way valve (24, 26) is configured to seal at the inner wall of the neck when there is a pressure difference between the ambient atmosphere and the inside of the container, below a threshold pressure; and the one-way valve (24, 26) is opened upon a pressure difference between the ambient atmosphere and the inside of the container, above a threshold pressure. characterized in that the substantially rigid ring comprises at least three spaced apart projections arranged correspondingly with the rim's spaced apart notches thereby forming a fixing mechanism adapted to rest on the rim of the container portion and configured to fix the substantially rigid ring and the resilient valve member in place with respect to the container portion thereby preventing planar movement in all planar directions including back-forth, side-to-side and rotational movement between the venting unit and the container portion.
Equipment for inserting a joint prosthesis, in particular a femur component of a knee prosthesis, at the end of a bone, in particular the femur, comprising a) a base frame that has a guiding plate and a primary gauge protruding laterally therefrom, b) a fastening device for arranging the base frame on the bone in a fixed position, c) a curved milling gauge with a main body and a guiding piece, the guiding piece being movable along a curved guiding path relative to the main body and having a receptacle for an abrasive tool, and d) an aligning device (17, 77), which places the curved milling gauge in a clearly defined relative position when the curved milling gauge is inserted into the base frame, the guiding piece being mounted via a follower with the guiding path and via a pivot bearing (81, 83) pivotably on the main body. a) a base frame that has a guiding plate and a primary gauge protruding laterally therefrom, b) a fastening device for arranging the base frame on the bone in a fixed position, c) a curved milling gauge with a main body and a guiding piece, the guiding piece being movable along a curved guiding path relative to the main body and having a receptacle for an abrasive tool, and d) an aligning device (17, 77), which places the curved milling gauge in a clearly defined relative position when the curved milling gauge is inserted into the base frame, the guiding piece being mounted via a follower with the guiding path and via a pivot bearing (81, 83) pivotably on the main body.
A method by a terminal in a mobile communication system, the method comprising: transmitting a first sponsor service request to a first server of a service provider; receiving a sponsor coupon including information corresponding to a second server of the service provider from the first server in response to the first sponsor service request; transmitting the received sponsor coupon to an entity of an operator for verifying that the service provider is charged for the use of a sponsor service; receiving a sponsor coupon validation result message from the entity; transmitting a second sponsor service request for the sponsor service to the second server of the service provider, when the sponsor coupon validation result message includes a validation result of the sponsor coupon which configures charging to the service provider for the sponsor service, wherein the sponsor coupon is used for the operator to charge the service provider for the sponsor service. transmitting a first sponsor service request to a first server of a service provider; receiving a sponsor coupon including information corresponding to a second server of the service provider from the first server in response to the first sponsor service request; transmitting the received sponsor coupon to an entity of an operator for verifying that the service provider is charged for the use of a sponsor service; receiving a sponsor coupon validation result message from the entity; transmitting a second sponsor service request for the sponsor service to the second server of the service provider, when the sponsor coupon validation result message includes a validation result of the sponsor coupon which configures charging to the service provider for the sponsor service, wherein the sponsor coupon is used for the operator to charge the service provider for the sponsor service.
A system, comprising: a moveable mass; and a load bearing member including at least one electrically conductive tension member that supports a load associated with moving the mass; characterised in that the system further comprises: an electrically conductive member situated along a selected portion of a path of the tension member such that the electrically conductive member is not subject to the load on the tension member; and a processor that is configured to determine an electrical resistance of the tension member as an indicator of a condition of the tension member, determine an electrical resistance of the electrically conductive member, and use the determined electrical resistance of the electrically conductive member to compensate for an environmental influence on the determined electrical resistance of the tension member. a moveable mass; and a load bearing member including at least one electrically conductive tension member that supports a load associated with moving the mass; characterised in that the system further comprises: an electrically conductive member situated along a selected portion of a path of the tension member such that the electrically conductive member is not subject to the load on the tension member; and a processor that is configured to determine an electrical resistance of the tension member as an indicator of a condition of the tension member, determine an electrical resistance of the electrically conductive member, and use the determined electrical resistance of the electrically conductive member to compensate for an environmental influence on the determined electrical resistance of the tension member. an electrically conductive member situated along a selected portion of a path of the tension member such that the electrically conductive member is not subject to the load on the tension member; and a processor that is configured to determine an electrical resistance of the tension member as an indicator of a condition of the tension member, determine an electrical resistance of the electrically conductive member, and use the determined electrical resistance of the electrically conductive member to compensate for an environmental influence on the determined electrical resistance of the tension member. determine an electrical resistance of the tension member as an indicator of a condition of the tension member, determine an electrical resistance of the electrically conductive member, and use the determined electrical resistance of the electrically conductive member to compensate for an environmental influence on the determined electrical resistance of the tension member.
Method of moving a stack of products by means of a robot, wherein the robot comprises an articulated arm and at least one gripper (30, 32) disposed on the articulated arm to grip the stack of printed products and wherein the stack of products is selectively turned, the stack of products is pivoted through an effective angle α1 < > 180°, and the stack of products is subsequently pivoted through an effective angle α2 = 180° - α1 or pivoted back through an effective angle α2 = - α1, characterized in that the step of pivoting through the effective angle α1 is done using a pivoting device different from the robot.
An implant syringe with a cannula, a storage element for accommodating a solid material implant, an outer sleeve with a radially projecting front gripping section, with which the cannula, the storage element and the outer sleeve are axially movable together, an inner sleeve, on which the outer sleeve sits and in which the cannula is slidable with the storage element, wherein the inner sleeve has axial slots, through which radial webs on the outer sleeve engage, further including a rod-shaped piston, which is fastened to a rear gripping section and is partially surrounded by a rear sleeve, which can slidably engage in the inner sleeve, wherein the rod-shaped piston may be advanced through the storage element into the cannula so far that a gap remains between the tip of the cannula and the head end of the piston, which is approximately equal to the length of the solid material implant to be delivered, wherein the outer sleeve is releasably locked in the advanced starting position with the cannula exposed by a blocking device and the blocking device is moved into the released position when the rear sleeve is advanced into its end position, whereby the outer sleeve is retractable by means of the front gripping section on the inner sleeve until the cannula is located within the inner sleeve, characterised in that the cannula is firmly connected to the storage element to form a cannula unit, that the webs on the outer sleeve are attached at their radially inner ends to an annular mounting member within the inner sleeve and that the cannula unit (1, 2) is pluggable into the mounting member and is lockable therein, whereby a solid material implant can be inserted into the storage element.
A computing device (100, 200), comprising a camera (160, 260, 560, 660, 860, 960), arranged for tracking two or more objects (H1, H2) in an image stream provided by said camera (160, 260, 560, 660, 860, 960), said computing device (100, 200) further comprising a memory and a controller, wherein said controller is configured to: track two or morel objects (H1, H2); identify a gesture, wherein said gesture is defined by said tracked two or more objects moving in free space in front of said camera (160, 260, 560, 660, 860, 960); display a visual indication (638, 71-74, 838) according to movements (51-53, 61-63, 81, 82) tracked for said two or more objects to be tracked (H1, H2), wherein said visual indication (638, 71-74, 838) is displayed in the form of a virtual object being assigned with different visual attributes, wherein said visual indication (638, 71-74, 838) is displayed in a random alignment when the tracking is activated, wherein the gesture is identified based on at least one movement (81, 82) performed by each tracked object (H1, H2) and by an end result of arranging the visual indication in a pre-specified alignment; retrieve an associated command; and execute said associated command, wherein said associated command is a command for controlling access to the computing device (100, 200). track two or morel objects (H1, H2); identify a gesture, wherein said gesture is defined by said tracked two or more objects moving in free space in front of said camera (160, 260, 560, 660, 860, 960); display a visual indication (638, 71-74, 838) according to movements (51-53, 61-63, 81, 82) tracked for said two or more objects to be tracked (H1, H2), wherein said visual indication (638, 71-74, 838) is displayed in the form of a virtual object being assigned with different visual attributes, wherein said visual indication (638, 71-74, 838) is displayed in a random alignment when the tracking is activated, wherein the gesture is identified based on at least one movement (81, 82) performed by each tracked object (H1, H2) and by an end result of arranging the visual indication in a pre-specified alignment; retrieve an associated command; and execute said associated command, wherein said associated command is a command for controlling access to the computing device (100, 200).
An ablation device, comprising: a handle assembly; and an array of ablation electrodes operably associated with the handle assembly, wherein at least one ablation electrode of the array of ablation electrodes includes a recess defined therein, and wherein a drug is disposed at least in part within the recess, wherein the at least one ablation electrode includes an ablation needle, and wherein the at least one ablation electrode includes an insulative coating over at least a portion of the length of the ablation needle thereof, characterised in that at least one recess is defined in a distal end portion of the insulative coating. a handle assembly; and an array of ablation electrodes operably associated with the handle assembly, wherein at least one ablation electrode of the array of ablation electrodes includes a recess defined therein, and wherein a drug is disposed at least in part within the recess, wherein the at least one ablation electrode includes an ablation needle, and wherein the at least one ablation electrode includes an insulative coating over at least a portion of the length of the ablation needle thereof, characterised in that at least one recess is defined in a distal end portion of the insulative coating.
A polypeptide comprising at least one amino acid sequence having the sequence of LSTEQVVAIASX 1 X 2 GGKQALEAVKAQLLVLRAAPYE (SEQ ID NO: 1), wherein X 1 X 2 comprises a repeat variable diresidue, and wherein the RVD consists of SI, SN, SH, NP, NH, NT, NK, ND, HN, HY, HD, HH, RN, RS, NG or GS; and a nucleic acid effector domain, wherein the nucleic acid effector domain comprises a nuclease, a nickase, a transcriptional activator, a transcriptional repressor, a methyltransferase, a deacetylase or any functional fragment thereof.
The compound 3-[3,5-Dihydroxy-3-(2-hydroxy-acetyl)-3α,6-dimethyl-7-oxo-dodecahydro-cyclo-penta[α]naphthalen-6-yl]-propionic acid or a pharmaceutically acceptable salt thereof for use in the therapeutic treatment of an atrophic tissue selected from the group consisting of mucosal tissue, cartilage tissue, osteo-articular connective tissue, vascular tissue, and nervous tissue.
A sole structure for an article of footwear having an upper, the sole structure comprising: a chassis extending from an anterior end to a posterior end and including a dock formed between the anterior end and the posterior end; an outsole extending from a first end removably coupled to the anterior end of the chassis to a second end removably coupled to the posterior end of the chassis; and a cushioning element disposed between the chassis and the outsole and including a first portion removably engaged with the dock of the chassis, a carriage removably disposed between the chassis and the outsole adjacent to the cushioning element, wherein the carriage includes an upper frame engaged with the chassis and a lower frame engaged with the outsole, wherein the upper frame and the lower frame are spaced apart from and connected to each other by at least one flexure. a chassis extending from an anterior end to a posterior end and including a dock formed between the anterior end and the posterior end; an outsole extending from a first end removably coupled to the anterior end of the chassis to a second end removably coupled to the posterior end of the chassis; and a cushioning element disposed between the chassis and the outsole and including a first portion removably engaged with the dock of the chassis, a carriage removably disposed between the chassis and the outsole adjacent to the cushioning element, wherein the carriage includes an upper frame engaged with the chassis and a lower frame engaged with the outsole, wherein the upper frame and the lower frame are spaced apart from and connected to each other by at least one flexure.
A device for placement on the abdomen of a subject to measure uterine contractions of the subject and a fetal heart rate, the device comprising: - a rigid base for placement on the abdomen of the subject; - a cover configured to connect to the rigid base, wherein the cover has no contact with the abdomen of the subject when the rigid base is placed on said abdomen and comprises a flexible portion moveable in response to uterine contractions of the subject, said rigid base and cover providing a casing of the device; - a fetal heart rate sensor mounted on the rigid base and configured to measure the fetal heart rate; and - a uterine contractions sensor located within the device and configured to measure the uterine contractions of the subject as a reaction of the flexible portion to said uterine contractions. - a rigid base for placement on the abdomen of the subject; - a cover configured to connect to the rigid base, wherein the cover has no contact with the abdomen of the subject when the rigid base is placed on said abdomen and comprises a flexible portion moveable in response to uterine contractions of the subject, said rigid base and cover providing a casing of the device; - a fetal heart rate sensor mounted on the rigid base and configured to measure the fetal heart rate; and - a uterine contractions sensor located within the device and configured to measure the uterine contractions of the subject as a reaction of the flexible portion to said uterine contractions.
One-piece balance spring (1, 11) comprising a single strip (3, 13) wound on itself between an inner coil (S I) and an outer coil (S E), the strip (3, 13) comprising, at rest, between the end of the inner coil (S I) and the second coil (S 2), a first area wherein the pitch decreases, a second area, in the extension of the first area, wherein the pitch between each coil continuously increases such that, when contracted at a value of 360 degrees, the balance spring (1, 11) has a constant distance between each coil from the inner coil (S I) to the penultimate coil (Sp).