mhurhangee/ep-ind-claims huggingface dataset:
Electric epilation device comprising: - a housing that contains an electric motor associated with transmission means, - an epilation head connected to the housing and that includes: - a hollow body delimiting an epilation chamber that opens at the level of an epilation window comprising two straight and parallel longitudinal edges (20, 21) and two curved transversal edges (22, 23), - an epilation cylinder that: - is arranged inside the epilation chamber in order to flush with the epilation window, - is rotationally driven about an axis Δ by the transmission means, the axis Δ being parallel to the longitudinal edges (20, 21), - comprises a series of clips that open and close as the epilation cylinder rotates about the axis Δ, - the means to define angular sectors, around the axis Δ, for the opening and closing of the clips of the epilation cylinder, characterised in that the epilation cylinder comprises at least a contact surface with the skin made of a material featuring a friction coefficient on skin ranging from 0.37 to 0.72, and preferably of 0.58, the friction coefficient between the material and the skin being defined by the ratio of friction force to normal force, the material of the epilation cylinder being polyformaldehyde charged with polytetrafluoroethylene (PTFE). - a housing that contains an electric motor associated with transmission means, - an epilation head connected to the housing and that includes: - a hollow body delimiting an epilation chamber that opens at the level of an epilation window comprising two straight and parallel longitudinal edges (20, 21) and two curved transversal edges (22, 23), - an epilation cylinder that: - is arranged inside the epilation chamber in order to flush with the epilation window, - is rotationally driven about an axis Δ by the transmission means, the axis Δ being parallel to the longitudinal edges (20, 21), - comprises a series of clips that open and close as the epilation cylinder rotates about the axis Δ, - is arranged inside the epilation chamber in order to flush with the epilation window, - is rotationally driven about an axis Δ by the transmission means, the axis Δ being parallel to the longitudinal edges (20, 21), - comprises a series of clips that open and close as the epilation cylinder rotates about the axis Δ, - the means to define angular sectors, around the axis Δ, for the opening and closing of the clips of the epilation cylinder,
An acid injection and manure pumping system for injecting and mixing acid into manure present in a manure storage tank by adding acid to the manure while it is pumped through a pumping system, wherein the pumping system comprises an Inlet adapted to be positioned near the bottom of manure storage tank which is connected to a submersible pump, the outlet side of the pump housing being connected to an ejector (5, 5'), through which the manure is ejected into the manure storage tank, the ejector (5, 5') comprising a void space between an outer ejector wall and an inner ejector part (13, 29a-29c,) which provides a manure flow channel through the ejector (5, 5'), the void space being connected to a suction hose by means of a connector, and where annularly arranged openings or holes (12, 30) provide a passage from the void space and through the wall of the inner ejector part or an ejector tip for sucking acid from an acid storage container through a hose and the void space and into the manure flow path in the ejector (5, 5').
A method for a local machine to access a resource (116,118) on a remote machine, comprising: hosting, by a virtual machine manager of the local machine, a virtual machine having a device driver; obtaining, by the virtual machine manager, from a stub driver on the remote machine, information about the resource on the remote machine, wherein the resource on the remote machine is bound to the stub driver on the remote machine; instantiating, by the virtual machine manager, a virtual resource on the local machine corresponding to the resource on the remote machine; and collaborating, by the virtual machine manager via a communication channel, with the stub driver on the remote machine to enable the virtual resource on the local machine to emulate the resource (116,118) on the remote machine; characterised in that the step of collaborating includes: allocating, by the virtual machine manager, a local direct memory access - DMA - buffer on the local machine to facilitate DMA based access of the resource by the device driver; and synchronizing by way of mapping, by the virtual machine manager, in cooperation with the stub driver, the local DMA buffer with a corresponding DMA buffer of the remote machine to effectuate a real access to the resource on the remote machine upon an access to the virtual resource by the device driver on behalf of a program on the local machine; and wherein the information about the resource on the remote machine comprises I/O address space configuration information and/or DMA information. hosting, by a virtual machine manager of the local machine, a virtual machine having a device driver; obtaining, by the virtual machine manager, from a stub driver on the remote machine, information about the resource on the remote machine, wherein the resource on the remote machine is bound to the stub driver on the remote machine; instantiating, by the virtual machine manager, a virtual resource on the local machine corresponding to the resource on the remote machine; and collaborating, by the virtual machine manager via a communication channel, with the stub driver on the remote machine to enable the virtual resource on the local machine to emulate the resource (116,118) on the remote machine; allocating, by the virtual machine manager, a local direct memory access - DMA - buffer on the local machine to facilitate DMA based access of the resource by the device driver; and synchronizing by way of mapping, by the virtual machine manager, in cooperation with the stub driver, the local DMA buffer with a corresponding DMA buffer of the remote machine to effectuate a real access to the resource on the remote machine upon an access to the virtual resource by the device driver on behalf of a program on the local machine;
Method for testing the tightness of large-volume or barrel-like containers which are filled with a filling substance and closed by a valve, using at least one sensor system that monitors the respective container in a region having the valve and accommodated in a testing chamber and, if there is a lack of tightness in the container and/or the valve, a signal indicating this lack of tightness is issued, wherein the testing chamber is formed inside a bell-shaped testing head mounted onto the container and arranged in sealing position at the container during the tightness test, with which, during the tightness test, the pressure in the testing chamber is monitored by a pressure sensor of the sensor system, with which, for the tightness test, a pressure difference is created between the container interior and the testing chamber, or a corresponding pressure difference is increased, and for this purpose the testing chamber is subjected to an underpressure or vacuum, characterised in that, following this, by means of at least one camera of the sensor system, an emergence of filling substance into the testing chamber and/or a foam formation of the filling substance in the testing chamber in the event of a lack of tightness is detected, wherein the camera is provided behind a window provided with a pane.
A method for avoiding unwanted safety gear tripping in a safety stopping system of an elevator system, the safety stopping system comprising a machinery brake for decelerating a moving mass (2, 3) so as to perform a quick stop of the moving mass, a safety gear mounted to the moving mass, an overspeed governor, an overspeed governor rope (5, 6) connected to the moving mass of the elevator system, a synchronization linkage mounted to the moving mass for tripping the safety gear, the synchronization linkage comprising a lever arm having a first end pivotally connected to the overspeed governor rope (5, 6) and a second end fixedly connected to a spindle shaft to which a safety gear tripping arm for tripping the safety gear is connected, characterized in that kinetic energy caused by inertia of the overspeed governor rope (5, 6) to the lever arm is dissipated by implementing fluid viscous damping to dampen the rotary movement of the spindle shaft to prevent unwanted safety gear tripping when the upwards movement of the moving mass (2, 3) is decelerated by the machinery brake to perform a quick stop of the moving mass. a machinery brake for decelerating a moving mass (2, 3) so as to perform a quick stop of the moving mass, a safety gear mounted to the moving mass, an overspeed governor, an overspeed governor rope (5, 6) connected to the moving mass of the elevator system, a synchronization linkage mounted to the moving mass for tripping the safety gear, the synchronization linkage comprising a lever arm having a first end pivotally connected to the overspeed governor rope (5, 6) and a second end fixedly connected to a spindle shaft to which a safety gear tripping arm for tripping the safety gear is connected, characterized in that kinetic energy caused by inertia of the overspeed governor rope (5, 6) to the lever arm is dissipated by implementing fluid viscous damping to dampen the rotary movement of the spindle shaft to prevent unwanted safety gear tripping when the upwards movement of the moving mass (2, 3) is decelerated by the machinery brake to perform a quick stop of the moving mass.
An iron carbohydrate complex in a single dosage unit of at least 0.6 grams and up to 1.5 grams of elemental iron for use in the treatment of a disease, disorder, or condition characterized by iron deficiency or dysfunctional iron metabolism, wherein the iron carbohydrate complex is an iron carboxymaltose complex; wherein the iron carbohydrate complex has a substantially non-immunogenic carbohydrate component; and wherein the single dosage unit is administered parenterally to a patient in 15 minutes or less.
A slot insulator for an electrical machine comprising: a first slot liner with a winding slot defined therethrough in an axial direction; a second slot liner with a winding slot defined therethrough in the axial direction, wherein the second slot liner is spaced apart in a lateral direction perpendicular to the axial direction from the first slot liner by a gap; and a span portion bridging across the gap to connect the first and second slot liners; each of the first and second slot liners defines a complete perimeter surrounding the respective winding slot (116, 120); characterized in that the span portion includes a material different than that of the first and second slot liners, wherein the material of the span portion has a higher thermal conductivity than that of the first and second slot liners. a first slot liner with a winding slot defined therethrough in an axial direction; a second slot liner with a winding slot defined therethrough in the axial direction, wherein the second slot liner is spaced apart in a lateral direction perpendicular to the axial direction from the first slot liner by a gap; and a span portion bridging across the gap to connect the first and second slot liners; each of the first and second slot liners defines a complete perimeter surrounding the respective winding slot (116, 120); characterized in that the span portion includes a material different than that of the first and second slot liners, wherein the material of the span portion has a higher thermal conductivity than that of the first and second slot liners.
A rail vehicle body having a longitudinal vertical median plane and comprising an end structure facing a longitudinal forward direction, wherein the end structure comprises a non-deformable structural framework defining a vertical transversal reference plane of the rail vehicle body perpendicular to the longitudinal forward direction, characterised in that the rail vehicle body further comprises - a set of one or more non-deformable obstacle-removing rams (42, 44) integral with the non-deformable structural framework and protruding from the vertical transversal reference plane in the longitudinal forward direction, and - a set of one or more free spaces (48, 46), each corresponding to a corresponding one of the non-deformable obstacle-removing rams (42, 44), wherein each of the free spaces (48, 46) has a location and dimensions such as to contain at least a symmetric image (542, 544) of the corresponding non-deformable obstacle-removing ram (42, 44) obtained by rotating an external surface of the corresponding non-deformable obstacle-removing ram (42, 44) by 180° about a vertical line of symmetry located at an intersection between the longitudinal vertical median plane and the vertical transversal reference plane. - a set of one or more non-deformable obstacle-removing rams (42, 44) integral with the non-deformable structural framework and protruding from the vertical transversal reference plane in the longitudinal forward direction, and - a set of one or more free spaces (48, 46), each corresponding to a corresponding one of the non-deformable obstacle-removing rams (42, 44), wherein each of the free spaces (48, 46) has a location and dimensions such as to contain at least a symmetric image (542, 544) of the corresponding non-deformable obstacle-removing ram (42, 44) obtained by rotating an external surface of the corresponding non-deformable obstacle-removing ram (42, 44) by 180° about a vertical line of symmetry located at an intersection between the longitudinal vertical median plane and the vertical transversal reference plane.
A filter circuit mounting unit for use in a power supply unit for a motor, comprising: a printed circuit board; an input terminal provided at one end of the printed circuit board, said input terminal being connectable to a power supply; a ground terminal arranged at the one end of the printed circuit board so as to be adjacent to the input terminal, and being connectable to a ground; a switching circuit (20, 40) provided on the printed circuit board, and including a plurality of switching elements; and at least one filter circuit (60, 70) connected between the input terminal and the switching circuit (20, 40) on the printed circuit board to reduce switching noise of the switching circuit (20, 40), wherein a ground path that electrically connects the filter circuit (60, 70) and the ground terminal is made of a cable wire that is arranged so as to be spaced apart from the printed circuit board. a printed circuit board; an input terminal provided at one end of the printed circuit board, said input terminal being connectable to a power supply; a ground terminal arranged at the one end of the printed circuit board so as to be adjacent to the input terminal, and being connectable to a ground; a switching circuit (20, 40) provided on the printed circuit board, and including a plurality of switching elements; and at least one filter circuit (60, 70) connected between the input terminal and the switching circuit (20, 40) on the printed circuit board to reduce switching noise of the switching circuit (20, 40), wherein a ground path that electrically connects the filter circuit (60, 70) and the ground terminal is made of a cable wire that is arranged so as to be spaced apart from the printed circuit board.
A display apparatus, comprising: a display panel including a display surface adapted to display an image and a rear surface opposite the display surface; a cover panel attached to the rear surface of the display panel, the cover panel including a center portion and an edge portion surrounding the center portion, the center portion having a thickness greater than a thickness of the edge portion; and a reinforcing member in an overlapping relationship with the edge portion of the cover panel, the reinforcing member facing the display panel such that the cover panel is between the reinforcing member and the display panel, wherein the center portion of the cover panel protrudes further from the rear surface of the display panel than the edge portion of the cover panel. a display panel including a display surface adapted to display an image and a rear surface opposite the display surface; a cover panel attached to the rear surface of the display panel, the cover panel including a center portion and an edge portion surrounding the center portion, the center portion having a thickness greater than a thickness of the edge portion; and a reinforcing member in an overlapping relationship with the edge portion of the cover panel, the reinforcing member facing the display panel such that the cover panel is between the reinforcing member and the display panel, wherein the center portion of the cover panel protrudes further from the rear surface of the display panel than the edge portion of the cover panel.
A dispenser for nasal dilator devices, said dispenser comprising: a package (90,100); a connected plurality of nasal dilator devices contained within the package (90,100); and an aperture in the package (90,100) through which the plurality of nasal dilator devices pass prior to being separated from the other nasal dilator devices characterised in that the package (90,100) includes a cutout portion sized in relation to nasal surfaces of an intended user, and a nasal dilator device is positioned within the cutout portion prior to usage of the nasal dilator device.
An apparatus for controlling aggregation of magneto-responsive self-propelled entities in a body comprising: at least three sets of magnetic field sources arranged in three non-parallel axes X, Y and Z for generating a magnetic field, each source of each axis comprising a pair of opposing coils; and a controller connected to at least one of said magnetic field sources to create a three dimensional aggregation zone to which said self-propelled entities will move to and aggregate, at least one of said magnetic field sources being time varied to cause said self-propelled entities to move toward said aggregation zone and stay close to said aggregation zone, wherein said controller causes one of: any two axes of said three axes to maintain a constant magnetic field with current flowing through the opposed coils of each one of these two axes being in opposite directions, while current flowing through the opposed coils of the other axis being in a same direction and changing the direction of this other axis of said three axes to reverse a direction of a produced magnetic field with a switching speed appropriate with a reaction time of said magneto-responsive self-propelled entities depending upon said two axes of said three axes being maintained constant; one axis of said three axes to maintain constant with current flowing through the opposed coils of this one axis being in opposite directions, while current flowing through the opposed coils of each one of the two other axis being in a same direction and changing the direction of these other two axes of said three axes to reverse a direction of a produced magnetic field in a time multiplexing fashion with a switching speed appropriate with a reaction time of said magneto-responsive self-propelled entities at the same time or with a phase delay. any two axes of said three axes to maintain a constant magnetic field with current flowing through the opposed coils of each one of these two axes being in opposite directions, while current flowing through the opposed coils of the other axis being in a same direction and changing the direction of this other axis of said three axes to reverse a direction of a produced magnetic field with a switching speed appropriate with a reaction time of said magneto-responsive self-propelled entities depending upon said two axes of said three axes being maintained constant; one axis of said three axes to maintain constant with current flowing through the opposed coils of this one axis being in opposite directions, while current flowing through the opposed coils of each one of the two other axis being in a same direction and changing the direction of these other two axes of said three axes to reverse a direction of a produced magnetic field in a time multiplexing fashion with a switching speed appropriate with a reaction time of said magneto-responsive self-propelled entities at the same time or with a phase delay.
An apparatus for use in a user equipment, UE, comprising one or more baseband processors configured to: store a plurality of device profiles comprised of device profile components (222, 322) that characterize a behavior of the UE; select a device profile from the plurality of device profiles to use during an initial registration of the UE with an evolved packet core, EPC, network, during a service establishment via a service request message or during a radio resource control, RRC, connection establishment; generate, for an evolved node B, eNodeB, uplink data comprising the selected device profile; receive, from the eNodeB, a plurality of configurations based on the selected device profile; and configure access of the UE to an evolved packet core, EPC, network based on the plurality of configurations. store a plurality of device profiles comprised of device profile components (222, 322) that characterize a behavior of the UE; select a device profile from the plurality of device profiles to use during an initial registration of the UE with an evolved packet core, EPC, network, during a service establishment via a service request message or during a radio resource control, RRC, connection establishment; generate, for an evolved node B, eNodeB, uplink data comprising the selected device profile; receive, from the eNodeB, a plurality of configurations based on the selected device profile; and configure access of the UE to an evolved packet core, EPC, network based on the plurality of configurations.