mhurhangee/ep-ind-claims huggingface dataset:
An electromechanical surgical system, comprising: a hand-held electromechanical surgical device, a surgical attachment, and an adapter assembly selectively interconnecting the surgical device with the surgical attachment, the surgical device being configured to actuate the surgical attachment and including: a housing; and at least one motor (140,142,144) disposed with the housing for driving actuation of the surgical attachment; and the adapter assembly including at least one mating part (218, 220, 222, 230, 232) adapted to be detachably connected to the surgical device, whereby, when the adapter assembly is connected to the surgical device, the adapter assembly is in operative communication with the at least one motor (140,142,144), and the surgical device and the adapter assembly together define a longitudinal axis (X-X), characterized in that the adapter assembly is configured to permit coupling of the adapter assembly to the surgical device in at least a first connection orientation and a second connection orientation, wherein the second connection orientation is rotationally spaced from the first connection orientation about the longitudinal axis (X-X). a hand-held electromechanical surgical device, a surgical attachment, and an adapter assembly selectively interconnecting the surgical device with the surgical attachment, the surgical device being configured to actuate the surgical attachment and including: a housing; and at least one motor (140,142,144) disposed with the housing for driving actuation of the surgical attachment; and a housing; and at least one motor (140,142,144) disposed with the housing for driving actuation of the surgical attachment; and the adapter assembly including at least one mating part (218, 220, 222, 230, 232) adapted to be detachably connected to the surgical device, whereby, when the adapter assembly is connected to the surgical device, the adapter assembly is in operative communication with the at least one motor (140,142,144), and the surgical device and the adapter assembly together define a longitudinal axis (X-X), characterized in that the adapter assembly is configured to permit coupling of the adapter assembly to the surgical device in at least a first connection orientation and a second connection orientation, wherein the second connection orientation is rotationally spaced from the first connection orientation about the longitudinal axis (X-X).
A tissue clipping apparatus, comprising: a clip including a proximal end received within a capsule, the clip including a clip locking member biased to engage a first locking structure of the capsule to lock the clip in the capsule in a closed configuration; a tension member releasably coupling the clip to a proximal end of the apparatus which, during use, remains accessible to a user, the tension member being coupled to the clip by a joint designed to release when subject to a predetermined load to separate the clip from the apparatus, release of the joint releasing the locking member to engage the first locking structure; a constraint member coupled to the tension member and releasably connected to the clip, wherein when coupled to the clip, the constraint member maintains the locking member of the clip out of engagement with the first locking structure of the capsule, release of the joint allowing the constraint member to move to a release position releasing the locking member to engage the first locking structure; and a flexible member extending from the proximal end of the apparatus to releasably couple to the capsule, a distal end of the flexible member comprising a bushing releasably coupled to the capsule, characterised by the bushing comprising a bushing locking feature biased toward an unlocked position and a support received within the bushing to urge the bushing locking feature into engagement with a second locking structure of the capsule. a clip including a proximal end received within a capsule, the clip including a clip locking member biased to engage a first locking structure of the capsule to lock the clip in the capsule in a closed configuration; a tension member releasably coupling the clip to a proximal end of the apparatus which, during use, remains accessible to a user, the tension member being coupled to the clip by a joint designed to release when subject to a predetermined load to separate the clip from the apparatus, release of the joint releasing the locking member to engage the first locking structure; a constraint member coupled to the tension member and releasably connected to the clip, wherein when coupled to the clip, the constraint member maintains the locking member of the clip out of engagement with the first locking structure of the capsule, release of the joint allowing the constraint member to move to a release position releasing the locking member to engage the first locking structure; and a flexible member extending from the proximal end of the apparatus to releasably couple to the capsule, a distal end of the flexible member comprising a bushing releasably coupled to the capsule, characterised by the bushing comprising a bushing locking feature biased toward an unlocked position and a support received within the bushing to urge the bushing locking feature into engagement with a second locking structure of the capsule.
An electrostatic grip detection device comprising: a base material; a heater wire formed in the base material; characterized in that it comprises a sensor wire formed in the base material, and having a first end electrically connected to the heater wire directly and a second end opened, for drawing out the sensor wire from the heater wire; and a detection unit electrically connected to at least one of the heater wire and the sensor wire, and sensing a change in electrostatic capacitance of at least one of the heater wire and the sensor wire. a base material; a heater wire formed in the base material; characterized in that it comprises a sensor wire formed in the base material, and having a first end electrically connected to the heater wire directly and a second end opened, for drawing out the sensor wire from the heater wire; and a detection unit electrically connected to at least one of the heater wire and the sensor wire, and sensing a change in electrostatic capacitance of at least one of the heater wire and the sensor wire.
A method of separating the spinal column from a carcass middle part, comprising the steps of: - determining a cutting path (lc) for a cutting device for the separation of the spinal column from the carcass middle part; - separating the spinal column from the carcass middle part by causing a relative movement between the middle and the cutting device and simultaneously causing the cutting device to engage the carcass middle; - optically scanning the middle to provide a scan of an outer surface of the carcass middle part; characterised by: - identifying the vertebral canal of the spinal column in the scan on the basis of digital processing thereof; - determining the relative position of the cutting path (lc) with respect to the carcass middle part on the basis of the position of the vertebral canal in said scan; and - controlling the relative movement between the middle part and the cutting device during the spinal column separation to achieve a cut along the predetermined cutting path (lc), wherein at least the steps of optically scanning and identifying the vertebral canal of the spinal column occur prior to the step of causing the cutting device to engage the carcass middle. - determining a cutting path (lc) for a cutting device for the separation of the spinal column from the carcass middle part; - separating the spinal column from the carcass middle part by causing a relative movement between the middle and the cutting device and simultaneously causing the cutting device to engage the carcass middle; - optically scanning the middle to provide a scan of an outer surface of the carcass middle part; - identifying the vertebral canal of the spinal column in the scan on the basis of digital processing thereof; - determining the relative position of the cutting path (lc) with respect to the carcass middle part on the basis of the position of the vertebral canal in said scan; and - controlling the relative movement between the middle part and the cutting device during the spinal column separation to achieve a cut along the predetermined cutting path (lc), wherein at least the steps of optically scanning and identifying the vertebral canal of the spinal column occur prior to the step of causing the cutting device to engage the carcass middle.
A double barreled bolt action rifle with a receiver having a bolt body therein, said bolt body having a central body portion from which a pair of forwardly extending breach bolts extend, a rear portion of the bolt body housing a pair of cocking pieces (8, 9), said rear portion having intersecting vertical and horizontal slots (5, 6) formed therein, defining a cruciform track in which said cocking pieces can travel, each said cocking piece having upper and lower vertical portions (12, 13) accommodated in said vertical slot and a horizontal portion in said horizontal slot, the vertical portions (12, 13) of said cocking pieces (8, 9) facing each other, and being accommodated side by side in said vertical slot of the rear portion of said bolt body, characterized in that said lower vertical portions of said cocking pieces (8, 9) define lower arms and a bolt guide is provided aligned to said receiver, said bolt guide having a groove formed therein, in which the lower arms of said cocking pieces (8, 9) in said bolt body can slide.
A cable range corrector for a spotlight of an automobile vehicle, comprising a beam reflector mounted so as to tip over under the action of the corrector, the corrector comprising, within a casing (11; 111; 211), an equipment (9; 109; 209) with two members comprised of a driver (12; 112; 212) and a tipping rod (13; 113; 213) for the reflector, an adjustment cable (18; 118; 218) in a sheath (17; 117; 217), being anchored on one of the two members of the equipment, and allowing for driving in translation the rod against the action of a return spring (28; 128; 228) in abutment against the driver, and initial manual adjustment means (20; 14; 120; 114; 220; 214) for the rod position so as to drive it in translation, characterized in that said initial manual adjustment means comprise a connection between an adjustment sleeve (14; 114; 214) immobilized in translation with respect to the casing and the other member of the equipment (9; 109; 209) arranged so that a rotation of the adjustment sleeve (14; 114; 214) drives, upon the initial manual adjustment, a translation of said other member of the equipment (9; 109; 209), driver (12; 112; 212) being, upon this rotation of the adjustment sleeve (14; 114; 214), immobilized with respect to a piece of the unit comprised of the rod (13; 113; 213) and the casing (11; 111; 211), the return spring (28; 128; 228) being arranged between the driver (12; 112; 212) and said piece of said unit against which the driver (12; 112; 212) is immobilized, so that the initial manual adjustment means drive the rod without modifying the condition of the return spring (28; 128; 228).
A method for the configuration of the interaction between scales and input/output devices (22, 24) communicating therewith, having a user module for the control of output devices and the querying of input devices, with the interaction functions of the scales being defined by the user module; and having a plurality of profile modules for the specification of the interaction functions predefined by the user module, wherein the profile modules are automatically coupled to the user module in dependence on data received by the user module, characterized in that the profile modules are formed as program modules.
A transmission device comprising - a stationary superordinate machine, - a participant, which can be coupled to the superordinate machine and can be rotated in relation thereto and which has at least one sensor, - a first energy supply path (9/1) for the contactless transmission of energy from the machine to the participant via an air gap between the machine and the participant, and - a second energy supply path (9/2), which is separated from the first energy supply path (9/1), for the contactless exchange of data between the machine and the participant via the air gap, wherein - the first energy supply path (9/1) is set up to provide energy for the participant, wherein - the second energy supply path (9/2) is set up to provide energy for the exchange of data and to supply the at least one sensor of the participant with energy, and wherein - the first and second energy supply path (9/1, 9/2) can be switched separately in such a way that the second energy supply path (9/2) continues to provide energy when the first energy supply path (9/1) is switched off. - a stationary superordinate machine, - a participant, which can be coupled to the superordinate machine and can be rotated in relation thereto and which has at least one sensor, - a first energy supply path (9/1) for the contactless transmission of energy from the machine to the participant via an air gap between the machine and the participant, and - a second energy supply path (9/2), which is separated from the first energy supply path (9/1), for the contactless exchange of data between the machine and the participant via the air gap, wherein - the first energy supply path (9/1) is set up to provide energy for the participant, wherein - the second energy supply path (9/2) is set up to provide energy for the exchange of data and to supply the at least one sensor of the participant with energy, and wherein - the first and second energy supply path (9/1, 9/2) can be switched separately in such a way that the second energy supply path (9/2) continues to provide energy when the first energy supply path (9/1) is switched off.
An emergency stop button comprising: a red button body; and a user perceptible indicator comprising a light source (30A; 30B) that is illuminated to indicate an operative state of the emergency stop button, wherein the emergency stop button is in the operative state when power to components of an industrial automation system will be interrupted when the emergency stop button is actuated, and characterized in that the button body is opaque and the light source is disposed in a recess in the button body so as to be visible. a red button body; and a user perceptible indicator comprising a light source (30A; 30B) that is illuminated to indicate an operative state of the emergency stop button, wherein the emergency stop button is in the operative state when power to components of an industrial automation system will be interrupted when the emergency stop button is actuated, and characterized in that the button body is opaque and the light source is disposed in a recess in the button body so as to be visible.
A hot-water supply device comprising: - a heat exchanger that is adapted to perform heat exchange; - a hot-water supply tank; - a delivery piping that is adapted to deliver hot water from the hot-water supply tank to the heat exchanger; - a return piping that is adapted to feed the hot water from the heat exchanger to the hot-water supply tank; and - a scale catcher that is disposed to catch a scale whose particle diameter is in a range from 0.5 μm to 50 μm in the return piping, wherein the scale catcher comprises a scale adhering material filled in a scale-adhering-material holder/retainer, wherein the scale adhering material is formed of an aggregation of curled fibers tangled irregularly, wherein a curling diameter D 1 of the curled fibers is equal to or greater than 1.0 mm and equal to or smaller than 20 mm when the outlet temperature of the hot-water supply device is lower than 80°C, and a curling diameter D1 of the curled fibers is equal to or greater than 1.0 mm and equal to or smaller than 8.5 mm when the outlet temperature of the hot-water supply device is higher than or equal to 80° C, and wherein the scale adhering material is formed of a material that is any one of copper, brass, stainless steel, a silicon rubber, glass, iron, oxidized iron (III, II), polyvinyl chloride, polyethylene, polystyrene, polypropylene, an isoprenoid rubber, a butadiene rubber, or a styrene-butadiene rubber, and wherein the scale adhering material is formed of a material that has nucleation energy of scales of calcium carbonate on a surface of the material, the nucleation energy being equal to or smaller than 2.0 x 10 -20 J. - a heat exchanger that is adapted to perform heat exchange; - a hot-water supply tank; - a delivery piping that is adapted to deliver hot water from the hot-water supply tank to the heat exchanger; - a return piping that is adapted to feed the hot water from the heat exchanger to the hot-water supply tank; and - a scale catcher that is disposed to catch a scale whose particle diameter is in a range from 0.5 μm to 50 μm in the return piping,
A guide assembly for a displaying a plurality of products comprising: a base including a product-supporting surface, the product-supporting surface defining a longitudinal axis (A-A); a first lateral wall including first support members and a first rail, wherein the first support members extend upwardly from a first lateral side of the base and the first rail is spaced above the base and extends along portions of the first support members; and a second lateral wall including second support members and a second rail, wherein the second support members extend upwardly from a second lateral side of the base and the second rail is spaced above the base and extends along portions of the second support members; wherein a proximal-most first support member is longitudinally offset from a proximal-most second support member, and adjacent first support members are separated by a first distance and adjacent second support members are separated by the first distance, and wherein corresponding first support members and second support members are longitudinally offset by a second distance, characterised in that the second distance is equal to about one-half of the first distance. a base including a product-supporting surface, the product-supporting surface defining a longitudinal axis (A-A); a first lateral wall including first support members and a first rail, wherein the first support members extend upwardly from a first lateral side of the base and the first rail is spaced above the base and extends along portions of the first support members; and a second lateral wall including second support members and a second rail, wherein the second support members extend upwardly from a second lateral side of the base and the second rail is spaced above the base and extends along portions of the second support members; wherein a proximal-most first support member is longitudinally offset from a proximal-most second support member, and adjacent first support members are separated by a first distance and adjacent second support members are separated by the first distance, and wherein corresponding first support members and second support members are longitudinally offset by a second distance, characterised in that the second distance is equal to about one-half of the first distance.
Nitroxoline, or a pharmaceutically acceptable salt thereof, for use in the inhibition of angiogenesis or neoplasia in a disease or disorder of a subject, wherein said disease or disorder is selected from kidney cancer, ocular cancer, rectal cancer, colon cancer, cervical cancer, prostate cancer, breast cancer, and bladder cancer.
An eyewear-type terminal wearable by a user, comprising: a display; a location information module configured to generate data relating to positioning of the terminal; and a controller configured to: collect information related to an object that is present in a gaze direction of the user wearing the terminal, the gaze direction being determined according to the data from a sensor; recognize a path along which the user moves for specific periods of time based on the location information; categorize the information related to objects according to the recognized path; store a result of the categorizing; search pieces of information from the information related to objects along the recognized path for a designated period of time when the user designates the recognized path and specific period of time; and cause the display to display, in response to a user input, the pieces of information that have been found. a display; a location information module configured to generate data relating to positioning of the terminal; and a controller configured to: collect information related to an object that is present in a gaze direction of the user wearing the terminal, the gaze direction being determined according to the data from a sensor; recognize a path along which the user moves for specific periods of time based on the location information; categorize the information related to objects according to the recognized path; store a result of the categorizing; search pieces of information from the information related to objects along the recognized path for a designated period of time when the user designates the recognized path and specific period of time; and cause the display to display, in response to a user input, the pieces of information that have been found. collect information related to an object that is present in a gaze direction of the user wearing the terminal, the gaze direction being determined according to the data from a sensor; recognize a path along which the user moves for specific periods of time based on the location information; categorize the information related to objects according to the recognized path; store a result of the categorizing; search pieces of information from the information related to objects along the recognized path for a designated period of time when the user designates the recognized path and specific period of time; and cause the display to display, in response to a user input, the pieces of information that have been found.
A containerised generator set system, comprising: an engine operatively coupled to an alternator, the alternator comprising output terminals; a plurality of batteries; an engine starting and battery management system panel configured to selectively charge the battery and to start the engine; a genset control system panel configured to control operation of the generator set system; a circuit breaker panel configured to selectively isolate the alternator output terminals; a power protection system panel; a frame into which the panels (150, 160, 170, 180) are integrated to form an enclosure, the enclosure being provided adjacent at least two sides of the alternator; and a container that houses the engine, the alternator, the batteries, and the enclosure; wherein the enclosure is provided adjacent three sides of the alternator and surrounds the alternator to form a barrier against accidental contact, and the engine and the alternator are spaced apart from opposed side walls and at least one end wall of the container to define an access path for maintenance staff. an engine operatively coupled to an alternator, the alternator comprising output terminals; a plurality of batteries; an engine starting and battery management system panel configured to selectively charge the battery and to start the engine; a genset control system panel configured to control operation of the generator set system; a circuit breaker panel configured to selectively isolate the alternator output terminals; a power protection system panel; a frame into which the panels (150, 160, 170, 180) are integrated to form an enclosure, the enclosure being provided adjacent at least two sides of the alternator; and a container that houses the engine, the alternator, the batteries, and the enclosure; wherein the enclosure is provided adjacent three sides of the alternator and surrounds the alternator to form a barrier against accidental contact, and the engine and the alternator are spaced apart from opposed side walls and at least one end wall of the container to define an access path for maintenance staff.