mhurhangee/ep-ind-claims huggingface dataset:
A method of lifting or transporting a toilet, the toilet having a bowl with a rim, said method comprising: (a) inserting a device having longitudinally separated ends into the bowl of the toilet; (b) positioning the device such that the ends of the device reside beneath the rim of the toilet at opposite sides of the toilet bowl; and (c) exerting upward force on the device so as to lift the toilet and/or maintain the toilet in an elevated transport position characterized in that said device comprises a generally I-shaped member having said central handle portion and two rim-engaging portions lying cross-wise to a longitudinal dimension of the central handle portion at opposing ends thereof to engage under the rim of the toilet at opposing sides of the bowl for lifting or transport of the toilet by application of upward force on the central handle portion. (a) inserting a device having longitudinally separated ends into the bowl of the toilet; (b) positioning the device such that the ends of the device reside beneath the rim of the toilet at opposite sides of the toilet bowl; and (c) exerting upward force on the device so as to lift the toilet and/or maintain the toilet in an elevated transport position
A reproducing apparatus for reproducing content data recorded on a recording medium, the reproducing apparatus comprising: reading means for reading from the recording medium a video stream which has been encoded in a unit of one or a plurality of frames, and an information described in the encoded unit, the information indicating whether or not the current angle can be switched at the beginning of the encoded unit; and reproducing means for changing the reproduction position of the video stream at a position in accordance with the information, wherein the information is described in a predetermined region on a rear end side of each of the angles and wherein a size of the predetermined region is based on a maximum access time of the reading means from a first region to a second region on the recording medium and a difference between a read speed and a reproduction speed for the video stream of the reading means from the reproducing means. reading means for reading from the recording medium a video stream which has been encoded in a unit of one or a plurality of frames, and an information described in the encoded unit, the information indicating whether or not the current angle can be switched at the beginning of the encoded unit; and reproducing means for changing the reproduction position of the video stream at a position in accordance with the information, wherein the information is described in a predetermined region on a rear end side of each of the angles and wherein a size of the predetermined region is based on a maximum access time of the reading means from a first region to a second region on the recording medium and a difference between a read speed and a reproduction speed for the video stream of the reading means from the reproducing means.
Escapement mechanism designed to transmit impulses of mechanical energy from a drive source to an oscillating regulator of a timepiece via a spring blade which acts by buckling about an inflection point, said spring blade being able to accumulate the energy from the drive source between two impulses and to transmit it to said oscillating regulator at each impulse via a winding lever, capable of interacting with the spring blade and a detent lever, capable of interacting with at least one escapement wheel receiving energy from the drive source to block the rotation thereof intermittently, characterised in that the detent lever comprises a locking lever comprising: - a bracket capable of acting with the regulator, and - at least two locking lugs designed to block the escapement wheel during the locking phases, such that the release of the locking lever is triggered by an action of the regulator on said bracket independently from the spring blade in the transfer of the energy from the release, the locking and unlocking functions of said escapement wheel on the one hand, and the winding functions of the leaf spring on the other hand thus being dissociated. - a bracket capable of acting with the regulator, and - at least two locking lugs designed to block the escapement wheel during the locking phases,
An electrical installation device comprising a device base which can be fastened in an installation housing by means of a support frame; a front element fastened at the front side and having a central insert; and at least one light source, wherein contact elements arranged in the device base are connectable to a mains voltage; and wherein the installation device has at least one illumination part having at least one light-permeable region through which light irradiated by the light source can be irradiated at the user side, characterized in that at least one element which is pivotable along an adjustment path and which has the illumination part is arranged in the central insert of the front element; in that the pivotable element allows an adaptation of the amount of irradiated light to changing demands; and in that a variation is possible from a full illumination to a complete masking of the illumination in dependence on the degree of pivoting using the pivotable element.
A system for compressed data storage using a neural network comprising: a memory comprising a plurality of memory locations (101a...n) configured to store data; a query neural network configured to process a representation of an input data item to generate a query; an immutable key data store comprising key data for indexing the plurality of memory locations (101a...n), wherein the key data comprises data defining a plurality of randomly generated keys for indexing the plurality of memory locations (101a...n), wherein the plurality of keys are immutable after generation; an addressing system configured to process the key data and the query to generate a weighting associated with the plurality of memory locations (101a...n); a memory read system configured to generate output memory data from the memory based upon the generated weighting associated with the plurality of memory locations (101a...n) and the data stored at the plurality of memory locations (101a...n); and a memory write system configured to write received write data to the memory based upon the generated weighting associated with the plurality of memory locations (101a...n). a memory comprising a plurality of memory locations (101a...n) configured to store data; a query neural network configured to process a representation of an input data item to generate a query; an immutable key data store comprising key data for indexing the plurality of memory locations (101a...n), wherein the key data comprises data defining a plurality of randomly generated keys for indexing the plurality of memory locations (101a...n), wherein the plurality of keys are immutable after generation; an addressing system configured to process the key data and the query to generate a weighting associated with the plurality of memory locations (101a...n); a memory read system configured to generate output memory data from the memory based upon the generated weighting associated with the plurality of memory locations (101a...n) and the data stored at the plurality of memory locations (101a...n); and a memory write system configured to write received write data to the memory based upon the generated weighting associated with the plurality of memory locations (101a...n).
Assembly of a first longitudinal reinforcement insert and a second longitudinal reinforcement insert joined together by a polymer material at least partially covering them, each reinforcement insert (12, 14) having a concave open cross section, notably being substantially U- or Q-shaped, the longitudinal directions of said reinforcement inserts (12, 14) being substantially perpendicular, characterized in that: (a) an edge of one end of the first reinforcement insert presses against the second reinforcement insert on the convex side thereof, along a part (18a-c) of one edge of an opening passing through said second reinforcement insert, or (b) one end of the first reinforcement insert is fitted into said opening passing through said second reinforcement insert on the convex side thereof, said end being in contact with a part (18a-c) of one edge of said opening, said opening having a shape and dimensions identical or substantially identical to the shape and dimensions of the cross section of said end of the first reinforcement insert, a polymer material at least partially covering said reinforcement inserts at least at their junction and forming at least one reinforcement element, said reinforcement element being substantially L-shaped, with a first leg extending from the first reinforcement insert, above said opening, and a second leg extending from the first leg and meeting a part of the edge of said opening, separate from the edge part (18a-c) along which the first reinforcement insert presses or is in contact. (a) an edge of one end of the first reinforcement insert presses against the second reinforcement insert on the convex side thereof, along a part (18a-c) of one edge of an opening passing through said second reinforcement insert, or (b) one end of the first reinforcement insert is fitted into said opening passing through said second reinforcement insert on the convex side thereof, said end being in contact with a part (18a-c) of one edge of said opening,
A fluoroscopic surgical system, comprising: a FORS sensor configured to generate sensing data informative of a shape reconstruction of the FORS sensor relative to a reference position within an operating space; a fluoroscopic imager; a mechanical connector adjoined to the fluoroscopic imager, wherein the mechanical connector is structurally configured to detachably attach the FORS sensor to the fluoroscopic imager; and a navigation controller configured to control a tracking of the fluoroscopic imager within the operating space responsive to a generation of the sensing data by the FORS sensor based on a detachable attachment of the FORS sensor to the mechanical connector, characterised in that the system further comprises a launch serving as the reference position, wherein the FORS sensor distally extends from launch, and wherein the reference position is fixed within the operating space. a FORS sensor configured to generate sensing data informative of a shape reconstruction of the FORS sensor relative to a reference position within an operating space; a fluoroscopic imager; a mechanical connector adjoined to the fluoroscopic imager, wherein the mechanical connector is structurally configured to detachably attach the FORS sensor to the fluoroscopic imager; and a navigation controller configured to control a tracking of the fluoroscopic imager within the operating space responsive to a generation of the sensing data by the FORS sensor based on a detachable attachment of the FORS sensor to the mechanical connector, characterised in that the system further comprises a launch serving as the reference position, wherein the FORS sensor distally extends from launch, and wherein the reference position is fixed within the operating space.
A system, comprising: a processing circuit configured to implement an application having a task list function, the processing circuit being further configured to receive data indicative of a plurality of tasks, to analyze the data indicative of the plurality of tasks, to find one or more locations associated with each of the plurality of tasks based on the analysis, characterised by further being configured to provide a user with a route comprising the one or more locations associated with each of the plurality of tasks. to receive data indicative of a plurality of tasks, to analyze the data indicative of the plurality of tasks, to find one or more locations associated with each of the plurality of tasks based on the analysis, characterised by further being configured to provide a user with a route comprising the one or more locations associated with each of the plurality of tasks.
An apparatus for forming a knot in a flexible element which has been threaded through an aperture of a medical device comprising: a loading element for receiving the medical device; a spooling element for threading the flexible member through the aperture of the medical device wherein the spooling element automatically engages the loading element; a looping element for looping the flexible member wherein the looping element automatically engages when the flexible member is threaded through the aperture of the medical device; a knot tightening element for tightening the looped flexible member to form the knot wherein the knot tightening element automatically engages after the looping element loops the flexible member; and a base wherein the loading element, spooling element and looping element are positioned on an upper surface of the base; characterized in that: the spooling element further comprises a spool spindle, a nip feed and a thread spool. a loading element for receiving the medical device; a spooling element for threading the flexible member through the aperture of the medical device wherein the spooling element automatically engages the loading element; a looping element for looping the flexible member wherein the looping element automatically engages when the flexible member is threaded through the aperture of the medical device; a knot tightening element for tightening the looped flexible member to form the knot wherein the knot tightening element automatically engages after the looping element loops the flexible member; and a base wherein the loading element, spooling element and looping element are positioned on an upper surface of the base; characterized in that: the spooling element further comprises a spool spindle, a nip feed and a thread spool.
Odour trap for an outlet pipe for liquid, comprising a hollow holder for placing in the outlet pipe and a membrane of elastic material to be received in the holder, wherein the membrane is at least partially deformable under liquid pressure from a closing position, in which the membrane closes the passage of the holder, to a position allowing passage in which the membrane leaves clear the passage of the holder, wherein the membrane is provided with a fixing surface (21 B) for fixing to the inner wall of the holder, this fixing surface forming part of a contact surface for contact with the holder which extends partially in longitudinal direction and partially in peripheral direction of the membrane, wherein the membrane is further provided with a deformable closing surface which connects in peripheral direction to the contact surface and which lies against the inner wall of the holder in the closing position so as to close the passage, wherein the membrane is further provided with a deformable surface for pressing away which can yield under liquid pressure, lies at an angle to the longitudinal axis of the holder and connects the closing surface to the fixing surface, wherein the membrane is bag-like and the dimensions of the closing surface are smaller in longitudinal direction of the holder than half the largest diameter of the membrane characterized in that the holder is provided at an outer end with a collar which defines the largest diameter of the holder and wherein the membrane is provided at an outer end with a sealing ring for receiving with a sealing fit in the collar, wherein a part of the sealing ring forms the deformable closing surface.
A device for thermal ablation at a site in a subject, the device comprising a fluid contained in a reservoir, where the reservoir comprises: - an expandable bladder; - a displacement chamber having a variable volume; - an elongated catheter forming fluid communication between the bladder and the displacement chamber; and - a heater for heating the fluid; wherein the displacement chamber comprises a syringe structure including a piston movable in a cylinder by power driven means for varying the volume of the displacement chamber, wherein the syringe structure is operable in two directions for reduction and expansion of the volume of the displacement chamber, wherein the reservoir is completely sealed, characterised in that the piston forms a cavity formed to receive the heater when the volume of the chamber is reduced. - an expandable bladder; - a displacement chamber having a variable volume; - an elongated catheter forming fluid communication between the bladder and the displacement chamber; and - a heater for heating the fluid;
Regulating device (18a, 18b, 22) for a sowing machine intended for supplying seed to a sowing element of a sowing machine and intended for being connected downstream of means for the metering and conveying of the seed, wherein said regulating device (18a, 18b, 22) comprises a reserve region, supplied with seeds via a supply inlet connected to said metering and conveying means, wherein said device comprising a wheel capable of taking seeds from said reserve region, by means of at least one row of teeth, each tooth being configured to cause the removal of a single seed from said reserve region, and having: - a housing, capable of receiving a seed; - a portion for guiding a seed, forming a slide and having a groove for guiding a seed, wherein said groove is hollowed out in the tooth and the bottom of said groove is below the level of the outlet region of said housing of the following tooth, such that a seed taken from said reserve region is first held in the housing of a tooth and is then progressively guided into said groove of the preceding tooth. - a housing, capable of receiving a seed; - a portion for guiding a seed, forming a slide and having a groove for guiding a seed, wherein said groove is hollowed out in the tooth and the bottom of said groove is below the level of the outlet region of said housing of the following tooth,
An immunological test apparatus adapted to receive a carrier holding a reagent, which is combined with a test substance as an antigen of an infectious disease to be colored, and having a sample dropped thereon, to measure coloration, and to determine whether or not the test substance is present in the sample based on a result of the measurement, wherein the apparatus comprises a timing unit adapted to count an elapsed time; and an information output unit, characterized in that the timing unit is adapted to count an elapsed time from start of a test; and an information output unit adapted to output required determination time information regarding a required determination time, which is the elapsed time taken until a determination result indicating that the test substance is present in the sample is obtained, so as to be associated with information of the determination result. characterized in that the timing unit is adapted to count an elapsed time from start of a test; and an information output unit adapted to output required determination time information regarding a required determination time, which is the elapsed time taken until a determination result indicating that the test substance is present in the sample is obtained, so as to be associated with information of the determination result.
A blood sampling device comprising: a housing having an aperture in a forward end thereof: a lancet body with an associated sharp tip located within said housing; a cap having a stem portion which at least partially covers the tip and extends forwardly through aperture opening to merge with an externally accessible tab portion; a locking arrangement (39, 29) for restraining forward movement of said cap and being twistably releaseable from a locked position to a released position, characterised in that said locking arrangement comprises respective abutments 39) on said stem portion and said housing, which are aligned to block forward movement of the cap when it is in the locked position but which allow forward movement from a pre-firing to an armed position when the cap is twisted to its free position, and at least one of the abutments is resiliently movable to allow it to be snapped rearwardly past the cooperating abutment during assembly. a housing having an aperture in a forward end thereof: a lancet body with an associated sharp tip located within said housing; a cap having a stem portion which at least partially covers the tip and extends forwardly through aperture opening to merge with an externally accessible tab portion; a locking arrangement (39, 29) for restraining forward movement of said cap and being twistably releaseable from a locked position to a released position, characterised in that said locking arrangement comprises respective abutments 39) on said stem portion and said housing, which are aligned to block forward movement of the cap when it is in the locked position but which allow forward movement from a pre-firing to an armed position when the cap is twisted to its free position, and at least one of the abutments is resiliently movable to allow it to be snapped rearwardly past the cooperating abutment during assembly. a lancet body with an associated sharp tip located within said housing; a cap having a stem portion which at least partially covers the tip and extends forwardly through aperture opening to merge with an externally accessible tab portion; a locking arrangement (39, 29) for restraining forward movement of said cap and being twistably releaseable from a locked position to a released position, characterised in that said locking arrangement comprises respective abutments 39) on said stem portion and said housing, which are aligned to block forward movement of the cap when it is in the locked position but which allow forward movement from a pre-firing to an armed position when the cap is twisted to its free position, and at least one of the abutments is resiliently movable to allow it to be snapped rearwardly past the cooperating abutment during assembly.