mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory machine-readable medium storing instructions to cause one or more processors of an electronic device (900, 1000) to perform operations comprising: establishing a wireless connection with a beacon peripheral; monitoring a connection state of the wireless connection; in response to detecting a loss of connection with the beacon peripheral, posting a separation notification for the beacon peripheral to a notification framework of the electronic device (900, 1000); deferring display of the separation notification during a reconnect interval; increasing a wireless scan rate of a wireless controller on the electronic device (900, 1000) in response to detecting a loss of connection with the beacon peripheral; attempting to reconnect with the beacon peripheral during the reconnect interval; and displaying the separation notification via a user interface in response to a failure to reconnect with the beacon peripheral. establishing a wireless connection with a beacon peripheral; monitoring a connection state of the wireless connection; in response to detecting a loss of connection with the beacon peripheral, posting a separation notification for the beacon peripheral to a notification framework of the electronic device (900, 1000); deferring display of the separation notification during a reconnect interval; increasing a wireless scan rate of a wireless controller on the electronic device (900, 1000) in response to detecting a loss of connection with the beacon peripheral; attempting to reconnect with the beacon peripheral during the reconnect interval; and displaying the separation notification via a user interface in response to a failure to reconnect with the beacon peripheral.
A wipe for preventing chlorine depletion, comprising: (a) a first spunbond layer and a second spunbond layer; and (b) at least one pulp layer disposed between the first and second spunbond layer, the at least one pulp layer comprising (i) organic pulp and (ii) meltblown fibers and/or staple polymer fibers, wherein the first and second spunbond layer and the at least one pulp layer are hydroentangled together and define a hydroentangled nonwoven fabric having a first surface and a second surface; and (c) a nonionic modified siloxane additive is disposed on at least one of the first surface or the second surface, wherein the nonionic modified siloxane additive comprises a polyoxyalkyl-modified polydimethyl siloxane. (a) a first spunbond layer and a second spunbond layer; and (b) at least one pulp layer disposed between the first and second spunbond layer, the at least one pulp layer comprising (i) organic pulp and (ii) meltblown fibers and/or staple polymer fibers, wherein the first and second spunbond layer and the at least one pulp layer are hydroentangled together and define a hydroentangled nonwoven fabric having a first surface and a second surface; and (c) a nonionic modified siloxane additive is disposed on at least one of the first surface or the second surface, wherein the nonionic modified siloxane additive comprises a polyoxyalkyl-modified polydimethyl siloxane.
A thermoplastic fabric made of heat resistant fibers or made of threads of heat resistant fiber, and impregnated with a composition comprising a mixture of a product A and a product B: - the product A being obtained by polymerisation of saccharide units; and - the product B consisting of at least one inorganic colloidal binding agent, said heat resistant fibers being glass fibers, silica fibers or a mixture thereof, and said composition being in a thermoplastic state. - the product A being obtained by polymerisation of saccharide units; and - the product B consisting of at least one inorganic colloidal binding agent, said heat resistant fibers being glass fibers, silica fibers or a mixture thereof, and said composition being in a thermoplastic state.
An axial gap motor comprising: a rotor; and a pair of stators arranged opposite to the rotor so that the rotor is sandwiched between the stators through a gap in a direction of a rotation axis of the rotor, wherein the rotor has: a plurality of non-rare-earth magnets arranged as separated from each other along a circumferential direction around the rotation axis; and a plurality of magnetic members arranged through a non-magnetic member or a spatial gap between the plurality of non-rare-earth magnets, wherein each of magnetization directions of the plurality of non-rare-earth magnets extends along the direction of the rotation axis, wherein the magnetic permeability of the plurality of magnetic members is larger than that of the plurality of non-rare-earth magnets, wherein the plurality of non-rare-earth magnets and the plurality of magnetic members define opposite faces of the rotor to the pair of stators, and characterized in that a separation distance (17c, 17g) along the circumferential direction around the rotation axis between each of the plurality of non-rare-earth magnets and each of the plurality of magnetic members is larger than a width of the gap in the direction alone the rotation axis between the rotor and the pair of stators. a rotor; and a pair of stators arranged opposite to the rotor so that the rotor is sandwiched between the stators through a gap in a direction of a rotation axis of the rotor, wherein the rotor has: a plurality of non-rare-earth magnets arranged as separated from each other along a circumferential direction around the rotation axis; and a plurality of magnetic members arranged through a non-magnetic member or a spatial gap between the plurality of non-rare-earth magnets, a plurality of non-rare-earth magnets arranged as separated from each other along a circumferential direction around the rotation axis; and a plurality of magnetic members arranged through a non-magnetic member or a spatial gap between the plurality of non-rare-earth magnets, wherein each of magnetization directions of the plurality of non-rare-earth magnets extends along the direction of the rotation axis, wherein the magnetic permeability of the plurality of magnetic members is larger than that of the plurality of non-rare-earth magnets, wherein the plurality of non-rare-earth magnets and the plurality of magnetic members define opposite faces of the rotor to the pair of stators, and characterized in that a separation distance (17c, 17g) along the circumferential direction around the rotation axis between each of the plurality of non-rare-earth magnets and each of the plurality of magnetic members is larger than a width of the gap in the direction alone the rotation axis between the rotor and the pair of stators.
Mount group for a top mount of a shock absorber, said mount group being suitable to be housed at least partly or totally in a housing of the top mount of the shock absorber and to be locked in said housing, wherein said mount group comprises - a connecting element suitable to be connected to a rod of the shock absorber and comprising a rod hole suitable to house the rod of the shock absorber; - a resilient element arranged coaxially to the shock absorber axis and which at least partially incorporates the connecting element; - a reinforcing element, for example a washer, suitable to be interposed and clamped between an abutment surface of the rod of the shock absorber and a lower surface of the connecting element, wherein in said mount group there is formed a coupling seat shaped to house the reinforcing element and prevent the reinforcing element from coming out of its seat once inserted therein, said mount group being characterized in that the coupling seat is further shaped to house the reinforcing element loosely, so as to allow the movement of the reinforcing element towards the support against the lower surface of the connecting element. wherein said mount group comprises - a connecting element suitable to be connected to a rod of the shock absorber and comprising a rod hole suitable to house the rod of the shock absorber; - a resilient element arranged coaxially to the shock absorber axis and which at least partially incorporates the connecting element; - a reinforcing element, for example a washer, suitable to be interposed and clamped between an abutment surface of the rod of the shock absorber and a lower surface of the connecting element, - a connecting element suitable to be connected to a rod of the shock absorber and comprising a rod hole suitable to house the rod of the shock absorber; - a resilient element arranged coaxially to the shock absorber axis and which at least partially incorporates the connecting element; - a reinforcing element, for example a washer, suitable to be interposed and clamped between an abutment surface of the rod of the shock absorber and a lower surface of the connecting element, wherein in said mount group there is formed a coupling seat shaped to house the reinforcing element and prevent the reinforcing element from coming out of its seat once inserted therein, said mount group being characterized in that the coupling seat is further shaped to house the reinforcing element loosely, so as to allow the movement of the reinforcing element towards the support against the lower surface of the connecting element.
A pharmaceutical composition for use in the treatment of a disease or condition of a tissue associated with the posterior segment of an eye of a patient, wherein the composition comprises an active pharmaceutical ingredient and a non-aqueous, physiologically tolerable, liquid vehicle having a density of at least 1.2 g/ml, wherein the liquid vehicle is a semifluorinated alkane according to the formula F(CF 2) n (CH 2) m H or of formula F(CF 2) n (CH 2) m (CF 2) o F wherein n, m and o are independently selected in the range from 3 to 20; wherein the treatment comprises periocular injection and wherein the treatment further includes a time period subsequent to the administration of the composition during which period the patient is in a supine position facing upwards, said period being sufficient to allow the composition to migrate from the site of administration to a site in the posterior segment of the eye. wherein n, m and o are independently selected in the range from 3 to 20; wherein the treatment comprises periocular injection and wherein the treatment further includes a time period subsequent to the administration of the composition during which period the patient is in a supine position facing upwards, said period being sufficient to allow the composition to migrate from the site of administration to a site in the posterior segment of the eye.
A method of a first user equipment, in the following also referred to as UE, configured to perform one or more sidelink transmissions on a plurality of carriers and configured with a first number of carriers corresponding to a maximum number of carriers that the first UE is able to at least one of use concurrently or transmit on concurrently, the method comprising: receiving a first sidelink transmission on a first carrier of the plurality of carriers; deriving a first slot for transmitting a first Physical Sidelink Feedback Channel, in the following also referred to as PSFCH, based upon a first resource associated with the first sidelink transmission; receiving a second sidelink transmission on a second carrier of the plurality of carriers; deriving a second slot for transmitting a second PSFCH based upon a second resource associated with the second sidelink transmission, wherein at least a part of the first slot overlaps with at least a part of the second slot in the time domain; and responsive to determining that a number of carriers of a second plurality of carriers associated with derived transmissions of a plurality of PSFCHs exceeds the first number of carriers, prioritizing the first PSFCH or the second PSFCH based upon a rule, wherein: the plurality of PSFCHs comprises the first PSFCH and the second PSFCH; and a plurality of slots for transmitting the derived transmissions of the plurality of PSFCHs are at least partially overlapped in the time domain. receiving a first sidelink transmission on a first carrier of the plurality of carriers; deriving a first slot for transmitting a first Physical Sidelink Feedback Channel, in the following also referred to as PSFCH, based upon a first resource associated with the first sidelink transmission; receiving a second sidelink transmission on a second carrier of the plurality of carriers; deriving a second slot for transmitting a second PSFCH based upon a second resource associated with the second sidelink transmission, wherein at least a part of the first slot overlaps with at least a part of the second slot in the time domain; and responsive to determining that a number of carriers of a second plurality of carriers associated with derived transmissions of a plurality of PSFCHs exceeds the first number of carriers, prioritizing the first PSFCH or the second PSFCH based upon a rule, wherein: the plurality of PSFCHs comprises the first PSFCH and the second PSFCH; and a plurality of slots for transmitting the derived transmissions of the plurality of PSFCHs are at least partially overlapped in the time domain. the plurality of PSFCHs comprises the first PSFCH and the second PSFCH; and a plurality of slots for transmitting the derived transmissions of the plurality of PSFCHs are at least partially overlapped in the time domain.
A rotary cutting tool configured for attachment to a drill string for operation in a subterranean borehole, the tool comprising a support structure (11, 62) and a plurality of separate cutters (40, 66, 80, 82) attached to the support structure, protruding from the support structure towards the material to be cut by the tool and facing forwardly in the direction of rotation of the tool, characterised in that the tool comprises: a plurality of protrusions (18, 68) from the support structure which are separate from the cutters (40, 66, 80, 82), and electrically operated sensing means comprising a plurality of sensors (24, 27, 34) each located at a sensing point within a said protrusion, wherein each said protrusion (18, 68) is located and dimensioned so as to extend from the support structure towards the material to be cut by the tool but to follow behind a cutter (40, 66, 80, 82) as the tool rotates and travel within hole cut by one or more of the cutters of the tool so as to be shielded from contact with the material to be cut by the tool until attrition of at least one cutter reduces its size and brings the protrusion (18, 68) containing the sensing point into abrasive contact with the material to be cut by the tool and wherein the sensing point is located such that attrition of at least one cutter to a predetermined partially worn state exposes the sensor (24, 27, 34) at the sensing point to the material which is being cut by the tool and thereby brings about a change in condition at the sensing point, and wherein the sensing means is operative to detect the change at the sensing point, and means to communicate data from the sensing means to the surface. a plurality of protrusions (18, 68) from the support structure which are separate from the cutters (40, 66, 80, 82), and electrically operated sensing means comprising a plurality of sensors (24, 27, 34) each located at a sensing point within a said protrusion, wherein each said protrusion (18, 68) is located and dimensioned so as to extend from the support structure towards the material to be cut by the tool but to follow behind a cutter (40, 66, 80, 82) as the tool rotates and travel within hole cut by one or more of the cutters of the tool so as to be shielded from contact with the material to be cut by the tool until attrition of at least one cutter reduces its size and brings the protrusion (18, 68) containing the sensing point into abrasive contact with the material to be cut by the tool and wherein the sensing point is located such that attrition of at least one cutter to a predetermined partially worn state exposes the sensor (24, 27, 34) at the sensing point to the material which is being cut by the tool and thereby brings about a change in condition at the sensing point, and wherein the sensing means is operative to detect the change at the sensing point, and means to communicate data from the sensing means to the surface.
A machine tool, in particular a grinding machine, comprising: - a workpiece mount comprising at least one workpiece holder (16, 18) for receiving a workpiece, - a tool unit comprising a tool spindle, particularly comprising a grinding head, for receiving and for driving a tool, particularly at least one grinding wheel, wherein the tool unit is movable along at least one feed axis with respect to the workpiece, - a measuring device which is received at the tool unit, wherein the measuring device comprises at least one toggle measurement head (66; 68), and - a control device which is coupled to the measuring device and the tool unit, wherein the control device is configured for detecting signals that are triggered by the at least one toggle measurement head (66; 68) when touching the workpiece, and for determining, on the basis of an actual location of the tool unit, an actual position of the at least one toggle measurement head (66; 68), characterized in that the measuring device is arranged as a modular measuring device, and in that the at least one toggle measurement head (66; 68) is received at a support piece that provides a plurality of defined predetermined locations for the at least one toggle measurement head (66; 68). - a workpiece mount comprising at least one workpiece holder (16, 18) for receiving a workpiece, - a tool unit comprising a tool spindle, particularly comprising a grinding head, for receiving and for driving a tool, particularly at least one grinding wheel, wherein the tool unit is movable along at least one feed axis with respect to the workpiece, - a measuring device which is received at the tool unit, wherein the measuring device comprises at least one toggle measurement head (66; 68), and - a control device which is coupled to the measuring device and the tool unit, wherein the control device is configured for detecting signals that are triggered by the at least one toggle measurement head (66; 68) when touching the workpiece, and for determining, on the basis of an actual location of the tool unit, an actual position of the at least one toggle measurement head (66; 68),
An apparatus comprising means for: causing a multimedia file comprising at least two images and audio comprising at least one audio object to be presented, wherein the at least two images are presented in a time sequence of images and are configured to provide an animation that provides a visual indication of a direction of the at least one audio object, and wherein the presented at least two images comprise a change in a feature of the at least two images during the animation thereby providing the visual indication of the direction of the at least one audio object; receiving a user input in relation to the direction of the at least one audio object for which the animation provides the visual indication and wherein the user input extends in the direction indicated by the animation and serves to select and modify one of the at least one audio objects; causing subsequent playback of the selected one of the at least one audio object also modified in response to the received user input, the modification being one in which the volume of the selected one of the at least one audio object is muted or otherwise reduced; and controlling replay of the selected one of the at least one audio object following modification of the at least one audio object based on the received user input. causing a multimedia file comprising at least two images and audio comprising at least one audio object to be presented, wherein the at least two images are presented in a time sequence of images and are configured to provide an animation that provides a visual indication of a direction of the at least one audio object, and wherein the presented at least two images comprise a change in a feature of the at least two images during the animation thereby providing the visual indication of the direction of the at least one audio object; receiving a user input in relation to the direction of the at least one audio object for which the animation provides the visual indication and wherein the user input extends in the direction indicated by the animation and serves to select and modify one of the at least one audio objects; causing subsequent playback of the selected one of the at least one audio object also modified in response to the received user input, the modification being one in which the volume of the selected one of the at least one audio object is muted or otherwise reduced; and controlling replay of the selected one of the at least one audio object following modification of the at least one audio object based on the received user input.
Device for taking samples of bone matter, which device is intended to be mounted on a rotary tool such as a portable power tool, an orthopedic drill, or even a dental motor, the device comprising: - a support part positioned at the proximal end of the device, the support part being equipped with means for coupling to the rotary tool, so as to rotationally drive the device; and - a trephine mounted removably on the support part, the trephine being equipped at its distal end with a cutting head intended to come into contact with the bone matter; the trephine and the support part being hollow and together defining an internal housing within the device; the cutting head comprising at its free end an opening opening to the outside of the device, the opening being in fluidic connection with the internal housing; characterized in that the device comprises: - a removable collecting tube, positioned within the internal housing of the device and open at one of its ends substantially facing the opening of the cutting head, the collecting tube being intended to collect the bone matter cut by the trephine. - a support part positioned at the proximal end of the device, the support part being equipped with means for coupling to the rotary tool, so as to rotationally drive the device; and - a trephine mounted removably on the support part, the trephine being equipped at its distal end with a cutting head intended to come into contact with the bone matter; the trephine and the support part being hollow and together defining an internal housing within the device; the cutting head comprising at its free end an opening opening to the outside of the device, the opening being in fluidic connection with the internal housing; characterized in that the device comprises: - a removable collecting tube, positioned within the internal housing of the device and open at one of its ends substantially facing the opening of the cutting head, the collecting tube being intended to collect the bone matter cut by the trephine. - a removable collecting tube, positioned within the internal housing of the device and open at one of its ends substantially facing the opening of the cutting head, the collecting tube being intended to collect the bone matter cut by the trephine.