mhurhangee/ep-ind-claims huggingface dataset:
A printing apparatus or cassette apparatus, comprising: a body including a base and a roll holding area with a roll holding support extending from the base for receiving a roll of label stock; a plurality of rollers located along a label stock feed path from the roll holding area to a label stock exit zone of the body, the plurality of rollers including a tensioning roller that is movable relative to the base to dissipate tension loads on label stock during label stock movement; wherein the tensioning roller is movable between an operating position and a loading position to facilitate initial feed of label stock along the label stock feed path; characterized in that the tensioning roller is mounted on and extends from a pivot bar; wherein the pivot bar is mounted at an underside of the base, wherein a slot extends inward from a feed path side of the base, wherein the tensioning roller extends upward through the slot when the tensioning roller is in an operating position; wherein the pivot bar is connected to a pivot post that includes a lever arm extending therefrom for manually pivoting the pivot post and the pivot bar. a body including a base and a roll holding area with a roll holding support extending from the base for receiving a roll of label stock; a plurality of rollers located along a label stock feed path from the roll holding area to a label stock exit zone of the body, the plurality of rollers including a tensioning roller that is movable relative to the base to dissipate tension loads on label stock during label stock movement; wherein the tensioning roller is movable between an operating position and a loading position to facilitate initial feed of label stock along the label stock feed path; characterized in that the tensioning roller is mounted on and extends from a pivot bar; wherein the pivot bar is mounted at an underside of the base, wherein a slot extends inward from a feed path side of the base, wherein the tensioning roller extends upward through the slot when the tensioning roller is in an operating position; wherein the pivot bar is connected to a pivot post that includes a lever arm extending therefrom for manually pivoting the pivot post and the pivot bar.
A system comprising: a system management memory segment; an operating system memory segment; wherein the operating system memory segment includes an allocated operating system memory segment, wherein process pool tags exists in the operating system memory segment, a firmware controller communicatively coupled to the system management memory segment and the operating system memory segment to: initiate a system management execution mode of the system; scan memory for a process pool tag; compare the process pool tag to a set of operating system process pool tags; detect a coherency discrepancy between the process pool tag and the set of operating system process pool tags based on the comparing; write a coherency discrepancy data structure to a prior allocated OS memory segment or user space memory; and exit the system management execution mode of the system, wherein the process pool tags are included in a memory management data structure configured to be utilized by the operating system to track the memory allocated and freed by processes running under operating system control. a system management memory segment; an operating system memory segment; wherein the operating system memory segment includes an allocated operating system memory segment, wherein process pool tags exists in the operating system memory segment, a firmware controller communicatively coupled to the system management memory segment and the operating system memory segment to: initiate a system management execution mode of the system; scan memory for a process pool tag; compare the process pool tag to a set of operating system process pool tags; detect a coherency discrepancy between the process pool tag and the set of operating system process pool tags based on the comparing; write a coherency discrepancy data structure to a prior allocated OS memory segment or user space memory; and exit the system management execution mode of the system, initiate a system management execution mode of the system; scan memory for a process pool tag; compare the process pool tag to a set of operating system process pool tags; detect a coherency discrepancy between the process pool tag and the set of operating system process pool tags based on the comparing; write a coherency discrepancy data structure to a prior allocated OS memory segment or user space memory; and exit the system management execution mode of the system, wherein the process pool tags are included in a memory management data structure configured to be utilized by the operating system to track the memory allocated and freed by processes running under operating system control.
Measurement method for the early detection of damage to a blade of an impeller of a turbine, wherein during operation of the turbine - in a rotational direction of the blade along a circumference which surrounds the impeller, at a plurality of points, in each case a plurality of magnetic fields are generated next to one another substantially in an oscillation direction of the blade, which magnetic fields are influenced by a tip of a blade leaf of the blade during transit, wherein, in the turbine, measuring areas are arranged at a plurality of points along the circumference in the direction of rotation, wherein the measuring areas are formed with a plurality of exciter coils and with a plurality of rows of probes arranged next to one another, - as a result of the influence at the plurality of points, positional values of the tip are acquired, - a positional profile of the blade leaf is formed from the positional values, - a frequency is determined from the positional profile, - the frequency is compared with specific frequency values and - in the event of a sudden and/or sharp change in the frequency, an alarm event is detected. - in a rotational direction of the blade along a circumference which surrounds the impeller, at a plurality of points, in each case a plurality of magnetic fields are generated next to one another substantially in an oscillation direction of the blade, which magnetic fields are influenced by a tip of a blade leaf of the blade during transit, wherein, in the turbine, measuring areas are arranged at a plurality of points along the circumference in the direction of rotation, wherein the measuring areas are formed with a plurality of exciter coils and with a plurality of rows of probes arranged next to one another, - as a result of the influence at the plurality of points, positional values of the tip are acquired, - a positional profile of the blade leaf is formed from the positional values, - a frequency is determined from the positional profile, - the frequency is compared with specific frequency values and - in the event of a sudden and/or sharp change in the frequency, an alarm event is detected.
A semiconductor nanoparticle assembly containing semiconductor nanoparticles each having a core/shell structure, wherein: the semiconductor particles are bonded with each other by amide bonding. the semiconductor particles are bonded with each other by amide bonding.
Confocal chromatic device for inspecting the surface of an object such as a wafer, comprising: - a chromatic lens with an extended axial chromatism; - a light source for illuminating the object through the chromatic lens with a plurality of optical wavelengths being focused at different axial distances; - a plurality of optical measurement channels with collection apertures arranged for collecting the light reflected by the object through the chromatic lens at a plurality of measurement points; characterized in that it further comprises a magnifying lens arrangement arranged for introducing a variable or changeable lateral scaling factor, either continuously or within a discrete set of values, between the spatial repartition of the collection apertures and the measurement points, said magnifying lens arrangement has an infinite effective focal length. - a chromatic lens with an extended axial chromatism; - a light source for illuminating the object through the chromatic lens with a plurality of optical wavelengths being focused at different axial distances; - a plurality of optical measurement channels with collection apertures arranged for collecting the light reflected by the object through the chromatic lens at a plurality of measurement points;
A lever actuator for controlling electrical devices, wherein an electrical device comprises a support panel or box and switching means adapted to be connected to a control circuit of a plant or machine, which actuator comprises: - an anchoring body for the anchorage to the panel or box of the device, said anchoring body defining a central axis and being provided with drive means adapted to engage the switching means of the electrical device; - a control lever having a lower end pivoted on said anchoring body to rotate around a fulcrum point and selectively engage said drive means; - a flexible sheath for covering said lever, said sheath being closed at the top and having an open lower edge fixed to said anchoring body by sealing means (3, 13); - locking means of said lever in an axial position adapted to prevent rotation thereof about said fulcrum point; - unlocking means comprising a releasing element movable on said lever between a locking position of said lever wherein it engages said locking means and an unlocking position in which it is free therefrom to disengage said lever from said locking means and allow the rotation thereof; characterized in that said flexible sheath is a unitary body which entirely covers said lever and said release element seamlessly, said unlocking means comprising a gripping element coupled to said releasing element with the interposition of said sheath to allow gripping of said unlocking means by a user adapted to promote the movement of said releasing element from said locking position to said unlocking position. - an anchoring body for the anchorage to the panel or box of the device, said anchoring body defining a central axis and being provided with drive means adapted to engage the switching means of the electrical device; - a control lever having a lower end pivoted on said anchoring body to rotate around a fulcrum point and selectively engage said drive means; - a flexible sheath for covering said lever, said sheath being closed at the top and having an open lower edge fixed to said anchoring body by sealing means (3, 13); - locking means of said lever in an axial position adapted to prevent rotation thereof about said fulcrum point; - unlocking means comprising a releasing element movable on said lever between a locking position of said lever wherein it engages said locking means and an unlocking position in which it is free therefrom to disengage said lever from said locking means and allow the rotation thereof;
Method for controlling the torque of an electrical synchronous machine in which stator current setpoints capable of setting a torque desired value are generated, characterised in that the stator current setpoints are generated from a selectively determined estimation of a rotor magnetic flux, depending on the operating conditions of the machine, either as a function of the operating temperature of the rotor of the machine, or as a function of the measured values of stator current (I d, I q), of the quadrature stator voltage (V q) in a rotating reference frame linked to the rotor and of the rotation velocity of the rotating magnetic field (ω r) of the machine, the stator current setpoints being generated from the estimated magnetic flux.
A false wall consisting of a taut sheet held on the periphery thereof by a border adapted to be attached to rails made integral with the ceiling and/or the walls of premises, wherein the rails consist of a base and two retaining assemblies, with each retaining assembly consisting of two parallel wings (7a, 7b) spaced apart from each other, i.e. a first outer wing and a second inner wing having a lower height which ends in a shoulder extending towards the first wing and ends at a distance therefrom (g) adapted to enable the passage of the border, so that the latter may come to rest in simple abutment on the shoulder, with the wings (7a, 7b) being inclined relative to the base so that the large wings converge to each other characterized in that the spacing of the ends of the large wings is such that the distance (h) between the end of one large wing and the plane of the large wing of the opposite retaining assembly is equal to the distance (g) between the shoulder thereof to the large wing which is associated therewith, with the wings (7a, 7b) of each retaining assembly being formed in one single piece.
Fibrous product, especially tissue paper product, non-woven product or a hybrid thereof, preferably hygiene and cleaning product, with at least one ply, the surface of which is partly covered with an embossing pattern, wherein the pattern comprises: at least one first continuous zone being micro-embossed with at least 25 embossing depressions per cm 2, preferably 30 to 160 embossing depressions/cm 2, more preferably 30 to 120 embossing depressions/cm 2 and most preferably 45 to 100 depressions/cm 2, forming a background embossing area; a plurality of second zones (16; 16a) being unembossed, and each surrounded by the background embossing area of the first zone, and forming at least one motive element; and in addition to the second zones third zones each being largely surrounded by linear depressions, characterized in that the third zones and the second zones are arranged such that the second zones and third zones are isolated from each other by the background embossing area of the first zone. at least one first continuous zone being micro-embossed with at least 25 embossing depressions per cm 2, preferably 30 to 160 embossing depressions/cm 2, more preferably 30 to 120 embossing depressions/cm 2 and most preferably 45 to 100 depressions/cm 2, forming a background embossing area; a plurality of second zones (16; 16a) being unembossed, and each surrounded by the background embossing area of the first zone, and forming at least one motive element; and in addition to the second zones third zones each being largely surrounded by linear depressions, characterized in that the third zones and the second zones are arranged such that the second zones and third zones are isolated from each other by the background embossing area of the first zone.
An electric machine, comprising: a stator having a plurality of coils; and a rotor having a plurality of magnets, the plurality of coils and magnets circumferentially positioned around the electrical machine with respect to an axis of rotation of the rotor, the plurality of magnets configured to interact with the plurality of coils across an air gap to create flux paths parallel to the axis of rotation of the rotor when a respective magnet is aligned with a respective coil, wherein the coils and magnets have an alternating north-south pole arranged in the axis direction such that each of at least some of the plurality of coils simultaneously interact with two different magnets across two respective air gaps when the respective two different magnets are respectively aligned with the coil. a stator having a plurality of coils; and a rotor having a plurality of magnets, the plurality of coils and magnets circumferentially positioned around the electrical machine with respect to an axis of rotation of the rotor, the plurality of magnets configured to interact with the plurality of coils across an air gap to create flux paths parallel to the axis of rotation of the rotor when a respective magnet is aligned with a respective coil, wherein the coils and magnets have an alternating north-south pole arranged in the axis direction such that each of at least some of the plurality of coils simultaneously interact with two different magnets across two respective air gaps when the respective two different magnets are respectively aligned with the coil.
A method for managing data units broadcast from a data feed without requiring re-transmission by a source of the data feed, the method including: at a first node (10A-Z) in a network, receiving at least a portion of a data feed including a plurality of data units; at a second node (10A-Z) in the network, receiving at least a portion of the data feed; identifying an interruption in receiving the data feed at the first node; characterised in that the method further comprises: determining an extent of a data lacuna extending between a last data unit received by the first node prior to the interruption and a first data unit received by the first node after the interruption; and sending a request from the first node for results saved by the second node, the results saved by the second node corresponding to the data lacuna. at a first node (10A-Z) in a network, receiving at least a portion of a data feed including a plurality of data units; at a second node (10A-Z) in the network, receiving at least a portion of the data feed; identifying an interruption in receiving the data feed at the first node; characterised in that the method further comprises: determining an extent of a data lacuna extending between a last data unit received by the first node prior to the interruption and a first data unit received by the first node after the interruption; and sending a request from the first node for results saved by the second node, the results saved by the second node corresponding to the data lacuna. determining an extent of a data lacuna extending between a last data unit received by the first node prior to the interruption and a first data unit received by the first node after the interruption; and sending a request from the first node for results saved by the second node, the results saved by the second node corresponding to the data lacuna.
A casing packer apparatus comprising: a mandrel having a main longitudinal direction, the mandrel defining a throughbore in the main longitudinal direction; a packer element mounted on the mandrel, the packer element comprising an outer sealing face; and characterized in that the casing packer apparatus further comprises: an expansion mechanism comprising a piston (11, 12) configured to move the packer element from a first position, radially outwards to a second position; a bypass conduit extending generally in said longitudinal direction, from one side of the outer sealing face to an opposite side of the outer sealing face; a bypass valve controlling said bypass conduit; a wireless receiver to receive wireless signals to control the bypass valve. a mandrel having a main longitudinal direction, the mandrel defining a throughbore in the main longitudinal direction; a packer element mounted on the mandrel, the packer element comprising an outer sealing face; and characterized in that the casing packer apparatus further comprises: an expansion mechanism comprising a piston (11, 12) configured to move the packer element from a first position, radially outwards to a second position; a bypass conduit extending generally in said longitudinal direction, from one side of the outer sealing face to an opposite side of the outer sealing face; a bypass valve controlling said bypass conduit; a wireless receiver to receive wireless signals to control the bypass valve.
An axle coupling assembly (16;116;316) for connecting a suspension component (12;82;312) to a vehicle axle, said axle coupling assembly comprising: first and second U-shaped fastener assemblies (46,47;146,147;346,347), each comprising a bight portion (46a,47a;146a,147a;346a,347a) and first and second legs; an axle seat bracket (30;330) incorporating first and second flanges (36,37) configured for connection to a vehicle axle, each flange having a grooved surface (36a,37a) that pivotally engages a bight portion of one of the U-shaped fastener assemblies; a mounting pad (26;126;326) spaced from the first and second flanges (36,37) and having bores (26a;126a;326a) through which the respective legs of the first and second U-shaped fastener assemblies extend; a said suspension component (12;82;312) disposed between the first and second flanges (36,37) and the mounting pad, the axle seat bracket (30;330) being between the suspension component and the axle when the flanges are connected to the axle; wherein the mounting pad (26;126;326) further comprises engagement surfaces adjacent the bores (26a;126a;326a), and the U-shaped fasteners further comprise connectors (46d,47d;146d,147d;346d,347d) having connector engagement surfaces that engage the respective mounting pad engagement surfaces; and wherein the first and second U-shaped fastener assemblies accommodate and then fix in position a preselected angular relationship between the suspension component and the vehicle axle while achieving and maintaining parallel engagement between the mounting pad engagement surfaces and the respective connector engagement surfaces. first and second U-shaped fastener assemblies (46,47;146,147;346,347), each comprising a bight portion (46a,47a;146a,147a;346a,347a) and first and second legs; an axle seat bracket (30;330) incorporating first and second flanges (36,37) configured for connection to a vehicle axle, each flange having a grooved surface (36a,37a) that pivotally engages a bight portion of one of the U-shaped fastener assemblies; a mounting pad (26;126;326) spaced from the first and second flanges (36,37) and having bores (26a;126a;326a) through which the respective legs of the first and second U-shaped fastener assemblies extend; a said suspension component (12;82;312) disposed between the first and second flanges (36,37) and the mounting pad, the axle seat bracket (30;330) being between the suspension component and the axle when the flanges are connected to the axle; wherein the mounting pad (26;126;326) further comprises engagement surfaces adjacent the bores (26a;126a;326a), and the U-shaped fasteners further comprise connectors (46d,47d;146d,147d;346d,347d) having connector engagement surfaces that engage the respective mounting pad engagement surfaces; and wherein the first and second U-shaped fastener assemblies accommodate and then fix in position a preselected angular relationship between the suspension component and the vehicle axle while achieving and maintaining parallel engagement between the mounting pad engagement surfaces and the respective connector engagement surfaces.
A ceramic green sheet (Za - Zi) having a thin flat plate shape with a uniform thickness characterized in that the ceramic green sheet is obtained by molding and solidifying a ceramic slurry, containing a ceramic powder, a dispersion medium, and a gelling agent, into a thin flat plate, wherein the ceramic green sheet (Za - Zi) partially includes a body that is obtained by molding and solidifying a paste, which is made of a component different from the ceramic slurry, and the body is exposed on a part of each of both surfaces of the ceramic green sheet.