mhurhangee/ep-ind-claims huggingface dataset:
A delivery device for conveying an implant, comprising: a sheath core tube, a push rod, a sheath, a holder, a guide rod, a sliding handle, and a position locking device; wherein the sheath core tube, the push rod, the sheath and the guide rod are coaxially sleeved from inside to outside, and an end head is provided at the distal end of the sheath core tube, wherein one end of the guide rod is connected to the holder, and the other end of the guide rod penetrates through the sliding handle and the sliding handle is integral with the proximal end of the sheath; wherein an outer surface of the guide rod is provided with a plurality of first engagement structures axially spaced apart from each other along the guide rod; characterized in that the position locking device is provided in the sliding handle, and the position locking device comprises a tooth block and an elastic component (173, 177), wherein the tooth block is sleeved on the guide rod, and the tooth block is provided with a second engagement structure; the elastic component (173, 177) cooperates with the tooth block to allow the first engagement structures and the second engagement structure to engage with each other when the elastic component (173, 177) is one of not compressed or partially compressed, allowing the implant to be in a release-locked state; and the implant is in a releasable state when the elastic component (173, 177) is compressed until the first engagement structures and the second engagement structure are separated. a sheath core tube, a push rod, a sheath, a holder, a guide rod, a sliding handle, and a position locking device; wherein the sheath core tube, the push rod, the sheath and the guide rod are coaxially sleeved from inside to outside, and an end head is provided at the distal end of the sheath core tube, wherein one end of the guide rod is connected to the holder, and the other end of the guide rod penetrates through the sliding handle and the sliding handle is integral with the proximal end of the sheath; wherein an outer surface of the guide rod is provided with a plurality of first engagement structures axially spaced apart from each other along the guide rod; characterized in that the position locking device is provided in the sliding handle, and the position locking device comprises a tooth block and an elastic component (173, 177), wherein the tooth block is sleeved on the guide rod, and the tooth block is provided with a second engagement structure; the elastic component (173, 177) cooperates with the tooth block to allow the first engagement structures and the second engagement structure to engage with each other when the elastic component (173, 177) is one of not compressed or partially compressed, allowing the implant to be in a release-locked state; and the implant is in a releasable state when the elastic component (173, 177) is compressed until the first engagement structures and the second engagement structure are separated.
An arterial access graft for blood subject to a driving pressure, the arterial access graft being configured for surgical attachment to an axillary artery and for providing access to the axillary artery via an access port, the arterial access graft comprising a wall defining a main lumen, wherein a portion of the wall comprises the access port for an object to be introduced into the graft through the wall, wherein the access port comprises a biasing structure providing a self-closing behaviour sufficiently strong to remain fluid-tight when exposed to a driving pressure of up to 200 mmHg (0.263 atm) or higher, whereby the access port is sufficiently fluid-tight to contain pressurised blood flowing through the arterial access graft.
A fitting arrangement for a window, for a door or the like, having a support section which is configured for a direct or indirect fastening to a frame or leaf frame of the window, of the door or the like; and having a latch element which is pivotably supported about a pivot axis at the support section, wherein the latch element comprises first and second hook elements (25a, 25b) for engaging behind a closure part, and wherein the latch element is a double hook having two free hook tips; wherein the first hook element is located in an outwardly pivoted latched position in a first pivot position of the latch element; wherein the second hook element is located in an outwardly pivoted latched position in a second pivot position of the latch element; and wherein both hook elements (25a, 25b) are located in an inwardly pivoted release position in a third pivot position of the latch element. wherein the first hook element is located in an outwardly pivoted latched position in a first pivot position of the latch element; wherein the second hook element is located in an outwardly pivoted latched position in a second pivot position of the latch element; and wherein both hook elements (25a, 25b) are located in an inwardly pivoted release position in a third pivot position of the latch element.
A method comprising: arranging a first picture and a second picture to form a single picture, the first picture corresponding to a first view of a multi-view video and the second picture corresponding to a second view of the multi-view video; generating information indicating how the first picture and the second picture are combined into the single picture, wherein the generated information indicates that at least one of the first picture and the second picture is individually flipped in one or more of a horizontal direction and a vertical direction, - the first picture being not flipped horizontally and the second picture being flipped horizontally, the first picture and the second picture being arranged side-by-side, or - the first picture being not flipped vertically and the second picture being flipped vertically, the first picture and the second picture being arranged top-bottom; and encoding the single picture and the generated information to form a bitstream, wherein the bitstream also includes upsampling information indicating whether at least one of the first picture and the second picture is to be upsampled. arranging a first picture and a second picture to form a single picture, the first picture corresponding to a first view of a multi-view video and the second picture corresponding to a second view of the multi-view video; generating information indicating how the first picture and the second picture are combined into the single picture, wherein the generated information indicates that at least one of the first picture and the second picture is individually flipped in one or more of a horizontal direction and a vertical direction, - the first picture being not flipped horizontally and the second picture being flipped horizontally, the first picture and the second picture being arranged side-by-side, or - the first picture being not flipped vertically and the second picture being flipped vertically, the first picture and the second picture being arranged top-bottom; - the first picture being not flipped horizontally and the second picture being flipped horizontally, the first picture and the second picture being arranged side-by-side, or - the first picture being not flipped vertically and the second picture being flipped vertically, the first picture and the second picture being arranged top-bottom; encoding the single picture and the generated information to form a bitstream, wherein the bitstream also includes upsampling information indicating whether at least one of the first picture and the second picture is to be upsampled.
An electrophoretic device comprising a first electrode a and a second electrode spaced apart from said first electrode, and between said electrodes an electrophoretic cell containing an electrophoretic ink and one or more non-planar solid polymer elements, said ink including charged particles of at least one type suspended in a suspending fluid, said suspending fluid is in contact with one or more of said non-planar, solid polymer elements, characterized in that said non-planar, solid polymer resists swelling by said suspending fluid, swelling by less than 15% over an operating temperature range of said device spanning at least 30 degrees Celsius, and, 75% or more by mass of said suspending fluid is an organosilicone or an aliphatic hydrocarbon and said non-planar, solid polymer elements consist of a fluorinated elastomeric polymer.
An adjustable chock for levelling and anchoring a machine to a foundation, the chock comprising a base element (110, 210, 310, 410), a centre element (120, 220, 320, 420) and a spherical washer (130, 230, 330, 430), each of which is rotationally symmetric about an axis, whereby the centre element is axially translational relative to the base element; the spherical washer comprises a surface which is one of concave or convex; and the base element or the centre element comprises a mating surface for receiving the spherical washer, the mating surface being the other of concave or convex; the base element (110, 210, 310, 410) comprises an hydraulic connection point (115, 215) and a channel (117, 217) for a hydraulic fluid; and in that the channel is in connection with an enclosed chamber (160, 260, 360, 460) defined between surfaces of the centre element (120, 220, 320, 420) and the base element, such that in use of the chock, filling the chamber with hydraulic fluid causes an axial translation of the centre element relative to the base element, characterized in that the base element (110, 210, 310, 410), the centre element (120, 220, 320, 420) and the spherical washer (130, 230, 330, 430) each has a centre through hole for receiving an anchor bolt.
An iron electrode for use in an iron-based rechargeable battery, the electrode comprising carbonyl iron, a polymeric binder, and a metal sulfide additive or metal oxide additive selected from the group consisting of bismuth, lead, mercury, indium, gallium, and tin, and wherein the electrode further comprises a self-assembled monolayer of an organosulfur compound.
A method for calibrating a user activity model used by a mobile device, the method comprising: receiving sensor data from a sensor of the mobile device, wherein the sensor is operable to detect a plurality of different activities of a user of the mobile device; from the sensor, collecting user-specific training data for a specific user of the mobile device performing the plurality of different activities; generating a weight (225A-C) for each of the different activities based on the user-specific training data; for the specific user, inputting the sensor data into a trained general model of the mobile device that outputs a likelihood result for each of the plurality of different activities, wherein the general model is a machine learning model that was trained based on sensor data from a plurality of different users performing the plurality of different activities; applying the weight (225A-C), which is based on sensor data from the sensor of the mobile device and a specific user performing one or more of the plurality of different activities, to adjust each likelihood result without modifying the general model, wherein each likelihood is determined by an estimator of the user activity model by applying preconfigured criteria to the sensor data; determining a first one of the different activities is being performed by the specific user by selecting a highest value of the adjusted likelihood results; and performing an action on the mobile device for the specific user based on the determination of the first activity, the determination being based on the weight (225A-C) and the likelihood of the first activity. receiving sensor data from a sensor of the mobile device, wherein the sensor is operable to detect a plurality of different activities of a user of the mobile device; from the sensor, collecting user-specific training data for a specific user of the mobile device performing the plurality of different activities; generating a weight (225A-C) for each of the different activities based on the user-specific training data; for the specific user, inputting the sensor data into a trained general model of the mobile device that outputs a likelihood result for each of the plurality of different activities, wherein the general model is a machine learning model that was trained based on sensor data from a plurality of different users performing the plurality of different activities; applying the weight (225A-C), which is based on sensor data from the sensor of the mobile device and a specific user performing one or more of the plurality of different activities, to adjust each likelihood result without modifying the general model, wherein each likelihood is determined by an estimator of the user activity model by applying preconfigured criteria to the sensor data; determining a first one of the different activities is being performed by the specific user by selecting a highest value of the adjusted likelihood results; and performing an action on the mobile device for the specific user based on the determination of the first activity, the determination being based on the weight (225A-C) and the likelihood of the first activity.
A method of preparing silica-containing curable rubber mixes for producing treads, the method comprising at least one mixing step, wherein at least a crosslinkable unsaturated-chain polymer base, a silica-base reinforcing filler, and a silane bonding agent are loaded simultaneously into a mixer and mixed together; the method being characterized in that the silica comprises a quantity of water of at most 3% by weight; said silica not being subjected to a temperature of 180°C or over.
A computer implemented method comprising: making a collection of layout logics available in connection with a design interface under edit (125, 911) that is rendered on a user device, wherein each layout logic of the collection is executable to implement a predefined layout configuration in response to one or more predefined triggers of that layout logic, the collection of layout logics including a first layout logic that implements a first layout configuration identifying a relative dimensional relationship amongst a linked object set where a target set of objects of the linked object set is resized in response to input that resizes an associated set of objects of the linked object set; based on user input, linking the first layout logic with a parent/child object grouping, the parent/child object grouping including at least one parent object and one or more child objects (342, 344, 346) that are positioned within a frame of the parent object; detecting input to resize at least a first object of the parent/child object grouping that is one of the associated object set of the first layout logic; in response to detecting the input, automatically implementing the first layout logic by resizing at least a second object of the parent/child object grouping that is one of the target object sets, so as to maintain the relative dimensional relationship identified by the first layout configuration. making a collection of layout logics available in connection with a design interface under edit (125, 911) that is rendered on a user device, wherein each layout logic of the collection is executable to implement a predefined layout configuration in response to one or more predefined triggers of that layout logic, the collection of layout logics including a first layout logic that implements a first layout configuration identifying a relative dimensional relationship amongst a linked object set where a target set of objects of the linked object set is resized in response to input that resizes an associated set of objects of the linked object set; based on user input, linking the first layout logic with a parent/child object grouping, the parent/child object grouping including at least one parent object and one or more child objects (342, 344, 346) that are positioned within a frame of the parent object; detecting input to resize at least a first object of the parent/child object grouping that is one of the associated object set of the first layout logic; in response to detecting the input, automatically implementing the first layout logic by resizing at least a second object of the parent/child object grouping that is one of the target object sets, so as to maintain the relative dimensional relationship identified by the first layout configuration.
A walking assistance device comprising: a hip support member adapted to be worn on a lower abdominal portion of a wearer so as to surround a lower part of an abdominal muscle as well as a region extending from right and left iliac crests to a backside of a sacroiliac joint, whereby principal engagement points of the hip support member are provided at portions where a relatively small amount of movement of skin occurs when a trunk or joint is moved; a hip joint actuator connected to the hip support member on a side of a hip joint of the wearer via a hip drive source mount, to provide an assisting force to a movement of the lower limb; a link bar having one end connected to the hip joint actuator; a knee joint actuator having a knee drive source mount connected to another end of the link bar; and a lower leg support member having an end connected to the knee joint actuator and another end including a band-like member; characterized in that: the band-like member is adapted to be wound around a lower leg of the wearer so as to cover a region extending from lateral sides of an upper part of an anterior tibial muscle of the wearer to a portion between a lower part of a calf muscle and an upper part of an Achilles tendon of the wearer while avoiding the calf muscle and the Achilles tendon. a hip support member adapted to be worn on a lower abdominal portion of a wearer so as to surround a lower part of an abdominal muscle as well as a region extending from right and left iliac crests to a backside of a sacroiliac joint, whereby principal engagement points of the hip support member are provided at portions where a relatively small amount of movement of skin occurs when a trunk or joint is moved; a hip joint actuator connected to the hip support member on a side of a hip joint of the wearer via a hip drive source mount, to provide an assisting force to a movement of the lower limb; a link bar having one end connected to the hip joint actuator; a knee joint actuator having a knee drive source mount connected to another end of the link bar; and a lower leg support member having an end connected to the knee joint actuator and another end including a band-like member; characterized in that: the band-like member is adapted to be wound around a lower leg of the wearer so as to cover a region extending from lateral sides of an upper part of an anterior tibial muscle of the wearer to a portion between a lower part of a calf muscle and an upper part of an Achilles tendon of the wearer while avoiding the calf muscle and the Achilles tendon. the band-like member is adapted to be wound around a lower leg of the wearer so as to cover a region extending from lateral sides of an upper part of an anterior tibial muscle of the wearer to a portion between a lower part of a calf muscle and an upper part of an Achilles tendon of the wearer while avoiding the calf muscle and the Achilles tendon.
Screw conveyor for lignocellulose containing material, which screw conveyor comprises a housing, an inlet,which is adapted to supply the lignocellulose containing material at an incoming speed (v 1), an outlet, a screw, and a motor and a gear box for driving the screw at an axial speed (v 2), for transporting the lignocellulose containing material through the housing from the inlet to the outlet, which screw comprises a screw thread, a screw core and an axis, the inlet has an axial length along the axis of the screw; the screw thread has a depth (d), between a screw periphery and the screw core, characterized in that the motor and the gear box are configured to drive the screw at a variable axial speed (v 2), which variable axial speed (v 2) is such that the axial length of the inlet is equal to or larger than the depth (d), of the screw thread times the quotient between the axial speed (v 2) of the screw and the incoming speed (v 1) of the lignocellulose containing material at the inlet.
An active thermal detection device including several pixels, each pixel comprising at least: - a pyroelectric capacity formed by at least a portion of pyroelectric material arranged between a lower electrode and an upper electrode, wherein a first of the lower and upper electrodes corresponds to a pixel reading electrode, and - a heating member associated only to this pixel and capable of heating the portion of pyroelectric material of the pyroelectric capacity of said pixel independently from the other heating members associated with the other pixels during a thermal measurement by the pyroelectric capacity of said pixel, wherein the device further includes at least a reading circuit to which the reading electrodes are connected, characterized in that the reading electrodes are formed by a first electrically conductive layer shared with all pixels and in contact with the portions of pyroelectric material of the pixels. - a pyroelectric capacity formed by at least a portion of pyroelectric material arranged between a lower electrode and an upper electrode, wherein a first of the lower and upper electrodes corresponds to a pixel reading electrode, and - a heating member associated only to this pixel and capable of heating the portion of pyroelectric material of the pyroelectric capacity of said pixel independently from the other heating members associated with the other pixels during a thermal measurement by the pyroelectric capacity of said pixel,
An ethylene-(meth)acrylic acid copolymer having a polydispersity index calculated by a gel permeation chromatography -light scattering detector in a range from 3.5 to 8.0, and having a melt flow index measured at 190°C and 2.16 kg in a range from 350 g/lOmin to 1800 g/lOmin.
A Pelton turbine comprising an impeller comprising a plurality of buckets, and at least one nozzle arranged such that a jet of water emerging from the at least one nozzle can impinge on the buckets of the impeller, and wherein the at least one nozzle comprises a movable needle for adjusting a flow of water through the nozzle, and wherein the Pelton turbine comprises a control device for controlling a position of the needle, and wherein the at least one nozzle comprises a main housing, a servomotor housing which is arranged inside the main housing, and at least one support, which connects the servomotor housing to the main housing, characterised in that the Pelton turbine comprises a device (3, 9) for detecting measured pressure values and the at least one nozzle comprises at least two pressure sensors, which are each arranged on a support of the nozzle, that during operation of the Pelton turbine, pressure measurement values can be detected by the device (3, 9), and that a difference in the detected pressure measurement values can represent a measure of a flow rate through the associated nozzle or a measure of a homogeneity of the water distribution in the associated nozzle.