mhurhangee/ep-ind-claims huggingface dataset:
An assembly including an opening and closing body and an opening and closing body control apparatus comprising: first signal receiving means located on an operating portion of the opening and closing body and configured to receive a first detection signal indicating the presence or absence of contact of a user with the operating portion of the opening and closing body, the operating portion being a site of the opening and closing body with which a user comes into contact; second signal receiving means configured to receive a second detection signal indicating a movement speed of the opening and closing body; and signal output means configured to output a control signal for regulating a holding force of the opening and closing body to a holding force regulating device, wherein the signal output means are configured to output to the holding force regulating device the control signal for regulating the holding force of the opening and closing body to a first holding force less than a second holding force according to the first detection signal indicating that the contact of the user with the operating portion has been detected, and when the second detection signal indicating that the movement speed of the opening and closing body is greater than or equal to a predetermined speed is received when the holding force of the opening and closing body is the first holding force, the signal output means are configured to output to the holding force regulating device the control signal for regulating the holding force of the opening and closing body to the first holding force regardless of the first detection signal. first signal receiving means located on an operating portion of the opening and closing body and configured to receive a first detection signal indicating the presence or absence of contact of a user with the operating portion of the opening and closing body, the operating portion being a site of the opening and closing body with which a user comes into contact; second signal receiving means configured to receive a second detection signal indicating a movement speed of the opening and closing body; and signal output means configured to output a control signal for regulating a holding force of the opening and closing body to a holding force regulating device, wherein the signal output means are configured to output to the holding force regulating device the control signal for regulating the holding force of the opening and closing body to a first holding force less than a second holding force according to the first detection signal indicating that the contact of the user with the operating portion has been detected, and when the second detection signal indicating that the movement speed of the opening and closing body is greater than or equal to a predetermined speed is received when the holding force of the opening and closing body is the first holding force, the signal output means are configured to output to the holding force regulating device the control signal for regulating the holding force of the opening and closing body to the first holding force regardless of the first detection signal.
Turbomachine with a casing, wherein an impeller, which is arranged on an output shaft, is arranged in the casing, wherein the turbomachine has an inflow region and an outflow region and during operation is exposed to a throughflow of working medium, wherein the working medium flows into the inflow region, along a front side which is formed on the impeller and then flows out of the outflow region, wherein a pressure drop exists on the front side between the inflow region and the outflow region, wherein a pressure divider is arranged on the rear side of the impeller which is opposite the front side so that during operation at least a part of the rear side is loaded with a lower pressure than the pressure of the inflow region, characterized in that the pressure divider is constructed as a steam-lubricated seal, wherein the seal comprises a slide ring which interacts with the rear side in the axial direction of the impeller.
A sole structure for an article of footwear, the sole structure comprising: a midsole having a top surface and a bottom surface opposite the top surface, the bottom surface including a first recess (226c-1); a first bladder disposed within the first recess (226c-1); and an outsole coupled to the midsole and including a first traction element extending from a ground-contacting surface, characterised in that the outsole further comprises a first protrusion extending from the outsole on an opposite side of the outsole than the ground-contacting surface, the first traction element and the first protrusion being aligned with the first bladder, wherein at least a portion of the first protrusion is disposed within the first recess (226c-1). a midsole having a top surface and a bottom surface opposite the top surface, the bottom surface including a first recess (226c-1); a first bladder disposed within the first recess (226c-1); and an outsole coupled to the midsole and including a first traction element extending from a ground-contacting surface, characterised in that the outsole further comprises a first protrusion extending from the outsole on an opposite side of the outsole than the ground-contacting surface, the first traction element and the first protrusion being aligned with the first bladder, wherein at least a portion of the first protrusion is disposed within the first recess (226c-1).
A system for performing an off-axis tissue manipulation procedure, the system comprising: an access cannula having a distal end for positioning in the tissue; and a steerable assembly comprising a steerable instrument and a deformable conduit, the steerable instrument capable of being removably and at least partially disposed in the deformable conduit, the steerable instrument comprising a control element and a deflectable portion operatively connected to the control element, the steerable instrument capable of assuming at least a substantially straight configuration and a curved configuration when the deflectable portion protrudes from the distal end of the access cannula, wherein the steerable instrument is actuatable to move the deflectable portion of the steerable instrument away from a longitudinal axis of the access cannula in order to deform the deformable conduit so that the deformable conduit occupies a deformed position, characterized in that the steerable instrument is capable of being retracted from the deformable conduit after the deformable conduit occupies the deformed position, and an implant or other treatment device is deliverable through the deformable conduit to a tissue location after the deformable conduit occupies the deformed position. an access cannula having a distal end for positioning in the tissue; and a steerable assembly comprising a steerable instrument and a deformable conduit, the steerable instrument capable of being removably and at least partially disposed in the deformable conduit, the steerable instrument comprising a control element and a deflectable portion operatively connected to the control element, the steerable instrument capable of assuming at least a substantially straight configuration and a curved configuration when the deflectable portion protrudes from the distal end of the access cannula, wherein the steerable instrument is actuatable to move the deflectable portion of the steerable instrument away from a longitudinal axis of the access cannula in order to deform the deformable conduit so that the deformable conduit occupies a deformed position, characterized in that the steerable instrument is capable of being retracted from the deformable conduit after the deformable conduit occupies the deformed position, and an implant or other treatment device is deliverable through the deformable conduit to a tissue location after the deformable conduit occupies the deformed position.
A hair applicator for the application of liquids, in particular of medical liquids, hair dye, hair-care products and/or skin care products for the scalp, the hair applicator comprising a container defining a volume for storing the liquids, in particular a bottle, the container having a neck, a cap configured to close the container at the neck and having two application tips with one application nozzle each for the application of the liquids, wherein the hair applicator comprises a valve configured to close the application nozzles, wherein the valve comprises the cap which is hollow and an inner part that is encompassed by the cap and rotatably attached to the neck of the container and that has a valve member configured to close the application nozzles, wherein the cap is connected to the neck of the container such that a rotational movement of the cap is translated into an axial movement of the application nozzles away from the container along a longitudinal axis of the hair applicator, wherein the cap is axially movable between a first closed position and a second open position by rotation of the cap, and wherein the inner part has a fork-like shape with two legs (48, 50) extending axially and configured to be housed in the cap, wherein the legs (48, 50) have a free end facing away from the neck of the container, wherein the free ends of the legs (48, 50) form the valve member.
A touch panel device comprising: an electrostatic-capacitance-type touch panel unit having a plurality of transparent electrodes arranged in an X direction and in a Y direction; an electrical potential detection unit configured to scan the plurality of transparent electrodes and detect electrostatic capacitance values at coordinates in the X direction and in the Y direction; an object size detection unit configured to detect a size of an object that has come within proximity to or come into contact with the surface of the touch panel unit on the basis of the width of the distribution obtained from a distribution shape of the electrostatic capacitance values detected by the electrical potential detection unit; and an operation position detection unit configured to, on the basis of the size of object detected by the object type detection unit, change a data extraction threshold value used to calculate a touch position of the object, and detect coordinates of a position at which the object has come within proximity to or come into contact with the surface of the touch panel unit on the basis of the changed data extraction threshold value, wherein the data extraction threshold value for calculating a touch position is changed on the basis of the information on the inclination of the distribution shape among parameters forming the distribution shape of the electrostatic capacitance values. an electrostatic-capacitance-type touch panel unit having a plurality of transparent electrodes arranged in an X direction and in a Y direction; an electrical potential detection unit configured to scan the plurality of transparent electrodes and detect electrostatic capacitance values at coordinates in the X direction and in the Y direction; an object size detection unit configured to detect a size of an object that has come within proximity to or come into contact with the surface of the touch panel unit on the basis of the width of the distribution obtained from a distribution shape of the electrostatic capacitance values detected by the electrical potential detection unit; and an operation position detection unit configured to, on the basis of the size of object detected by the object type detection unit, change a data extraction threshold value used to calculate a touch position of the object, and detect coordinates of a position at which the object has come within proximity to or come into contact with the surface of the touch panel unit on the basis of the changed data extraction threshold value, wherein the data extraction threshold value for calculating a touch position is changed on the basis of the information on the inclination of the distribution shape among parameters forming the distribution shape of the electrostatic capacitance values.
Transmission adapter for a medical instrument with a shank, a transmission element movable in the shank, and a manipulating device with a first part, which can be coupled mechanically rigidly to a proximal end of the shank, and a second part, which is movable relative to the first part, wherein the transmission adapter has: a first coupling element for releasable mechanical coupling to the second part of the manipulating device; a second coupling element for releasable mechanical coupling to a proximal end of the transmission element, characterized in that the transmission adapter is integrated in a proximal area of the shank. a first coupling element for releasable mechanical coupling to the second part of the manipulating device; a second coupling element for releasable mechanical coupling to a proximal end of the transmission element, characterized in that the transmission adapter is integrated in a proximal area of the shank.
A Hall-effect thruster assembly (112, 312, 412) comprising: a Hall-effect thruster (110, 310, 410) including a plurality of magnetic sources (140, 340) for creating a first magnetic circuit, the plurality of magnetic sources positioned between a first end (128, 328, 428) and a second, opposite end (124, 324, 424) of the Hall-effect thruster, the plurality of magnetic sources defining a longitudinal axis (100A, 300A, 400A) extending through the first end and the second end, the first end configured as a discharge end, the plurality of magnetic sources being configured such that during operation of the Hall-effect thruster, the plurality of magnetic sources collectively create the first magnetic circuit having a magnetic dipole moment; a mount assembly (160, 360, 460) coupled to the second end, the mount assembly configured to secure the plurality of magnetic sources to a spacecraft; and characterised by a magnetic element (172, 372, 472) supported by the mount assembly, the magnetic element positioned relative to the plurality of magnetic sources by the mount assembly such that during operation of the Hall-effect thruster, the magnetic element produces a compensating magnetic dipole moment cooperative with the magnetic dipole moment of the Hall-effect thruster to reduce the absolute value of the magnetic dipole moment of the Hall-effect thruster in the direction along the longitudinal axis. a Hall-effect thruster (110, 310, 410) including a plurality of magnetic sources (140, 340) for creating a first magnetic circuit, the plurality of magnetic sources positioned between a first end (128, 328, 428) and a second, opposite end (124, 324, 424) of the Hall-effect thruster, the plurality of magnetic sources defining a longitudinal axis (100A, 300A, 400A) extending through the first end and the second end, the first end configured as a discharge end, the plurality of magnetic sources being configured such that during operation of the Hall-effect thruster, the plurality of magnetic sources collectively create the first magnetic circuit having a magnetic dipole moment; a mount assembly (160, 360, 460) coupled to the second end, the mount assembly configured to secure the plurality of magnetic sources to a spacecraft; and characterised by a magnetic element (172, 372, 472) supported by the mount assembly, the magnetic element positioned relative to the plurality of magnetic sources by the mount assembly such that during operation of the Hall-effect thruster, the magnetic element produces a compensating magnetic dipole moment cooperative with the magnetic dipole moment of the Hall-effect thruster to reduce the absolute value of the magnetic dipole moment of the Hall-effect thruster in the direction along the longitudinal axis.
A push-button locking assembly for a door, the push-button locking assembly comprising: a lock body with an internal cavity and a slot that is open to the internal cavity; a lock cylinder that is received within the internal cavity of the lock body, the lock cylinder being configured to be rotated between a locked orientation and an unlocked orientation and configured to be axially pushed by a user to open the door, when in the unlocked orientation; and a lock post coupled to the lock cylinder, the lock post extending at least partly into the slot in the lock body and being configured to rotate with the lock cylinder between the locked and unlocked orientations to move along the slot; the slot being configured to: engage the lock post to prevent axial movement of the lock cylinder into the lock body when the lock cylinder is in the locked orientation; and permit axial movement of the lock cylinder into the lock body when the lock cylinder is in the unlocked orientation. a lock body with an internal cavity and a slot that is open to the internal cavity; a lock cylinder that is received within the internal cavity of the lock body, the lock cylinder being configured to be rotated between a locked orientation and an unlocked orientation and configured to be axially pushed by a user to open the door, when in the unlocked orientation; and a lock post coupled to the lock cylinder, the lock post extending at least partly into the slot in the lock body and being configured to rotate with the lock cylinder between the locked and unlocked orientations to move along the slot; the slot being configured to: engage the lock post to prevent axial movement of the lock cylinder into the lock body when the lock cylinder is in the locked orientation; and permit axial movement of the lock cylinder into the lock body when the lock cylinder is in the unlocked orientation. engage the lock post to prevent axial movement of the lock cylinder into the lock body when the lock cylinder is in the locked orientation; and permit axial movement of the lock cylinder into the lock body when the lock cylinder is in the unlocked orientation.
Frame device for a vehicle, with an auxiliary frame that can be secured to a structure of the vehicle, which auxiliary frame has two longitudinal members spaced apart from one another in the transverse direction of the auxiliary frame and at least one cross member which connects the longitudinal members to one another, wherein the frame device comprises: - at least one support element formed separately from the auxiliary frame, which support element has at least one attachment element by means of which at least one component of the vehicle can be secured to the support element; and - a steering gear configured separately from the auxiliary frame and separately from the support element for steering the vehicle, wherein both the steering gear and the support element are fastened to the auxiliary frame by means of one and the same fastening element, characterized in that - the frame device comprises the component provided in addition to the steering gear, which component is fastened to the support element by means of the attachment element, wherein - the component is configured as an element of an air conditioning system for the vehicle or as an energy storage device for storing electrical energy or as a drive motor, by means of which the vehicle can be driven. - at least one support element formed separately from the auxiliary frame, which support element has at least one attachment element by means of which at least one component of the vehicle can be secured to the support element; and - a steering gear configured separately from the auxiliary frame and separately from the support element for steering the vehicle, wherein both the steering gear and the support element are fastened to the auxiliary frame by means of one and the same fastening element, - the frame device comprises the component provided in addition to the steering gear, which component is fastened to the support element by means of the attachment element, wherein - the component is configured as an element of an air conditioning system for the vehicle or as an energy storage device for storing electrical energy or as a drive motor, by means of which the vehicle can be driven.
Method of operating a cooling path of a plant for producing rolled products, wherein the cooling path is operated with use of a physical cooling model which is adaptable to the respective cooling task with use of at least one adaptation value associated with a specific method parameter, wherein the adaptation value is determined from at least one predetermined adaptation value, characterised in that the adaptation value is determined with use of a kriging method.
A collapsible medical device for occluding an aperture in a body, the medical device having a first configuration with a reduced profile and a second configuration with an expanded profile, the medical device being adapted to be delivered through a delivery system into a desired delivery location, the medical device comprising: a proximal end, a distal end, a center joint, an axial passage along the length of the medical device; a catch member (50a, 256) having a proximal end, a distal end, and an axial passageway, the catch member (50a, 256) adapted to be disposed in the axial passage of the medical device such that the medical device can move from the first configuration to the second configuration with the catch member in the passage; and a delivery wire slidably disposed within the axial passageway, the delivery wire operable to transmit a pushing force and a pulling force; wherein each of the proximal end of the medical device and the proximal end of the catch member comprises threads (152a,264,266); wherein the proximal end of the catch member (50a, 256) is capable of rotating relative to the proximal end of the medical device, thereby forming a threaded connection with the proximal end of the medical device; wherein the distal end of the catch member (50a, 256) includes two apertures on the distal end for attaching the delivery wire and is operable to engage a distal loop of the delivery wire such that applying the pulling force to the delivery wire pulls the catch member (50a, 256) proximally, and applying the pushing force to the delivery wire disconnects the delivery wire from the catch member (50a, 256); and wherein the pushing force and the pulling force can be applied to a proximal end of the wire to pull the catch member (50a, 256) proximally or disconnect the delivery wire from the catch member (50a, 256). a proximal end, a distal end, a center joint, an axial passage along the length of the medical device; a catch member (50a, 256) having a proximal end, a distal end, and an axial passageway, the catch member (50a, 256) adapted to be disposed in the axial passage of the medical device such that the medical device can move from the first configuration to the second configuration with the catch member in the passage; and a delivery wire slidably disposed within the axial passageway, the delivery wire operable to transmit a pushing force and a pulling force;