mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: controller logic, wherein the controller logic is to cause a change in an operational frequency of one or more non-volatile memory devices in response to a command, and one or more non-volatile memory devices coupled to the controller logic, characterized in that the controller logic is to control access to one or more non-volatile memory devices, the controller logic is to receive an over-clocking lock command, wherein the over-clocking lock command sets a lock status bit in a memory of the controller logic, the lock status bit indicating whether over-clocking of the one or more non-volatile memory devices to an operating frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices in response to said command is allowed or to be prevented, and the controller logic is to cause, in response to the command and the lock status bit allowing over-clocking the operational frequency of the one or more non-volatile memory devices, a change in the operational frequency of the one or more non-volatile memory devices to an operational frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices, wherein over-clocking refers to increasing the operating frequency of the one or more non-volatile memory devices beyond a normal/default operating frequency, and the command and the over-clocking lock command are Smart Command Transport, SCT, commands transported via the Advanced Technology Attachment, ATA, protocol. controller logic, wherein the controller logic is to cause a change in an operational frequency of one or more non-volatile memory devices in response to a command, and one or more non-volatile memory devices coupled to the controller logic, characterized in that the controller logic is to control access to one or more non-volatile memory devices, the controller logic is to receive an over-clocking lock command, wherein the over-clocking lock command sets a lock status bit in a memory of the controller logic, the lock status bit indicating whether over-clocking of the one or more non-volatile memory devices to an operating frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices in response to said command is allowed or to be prevented, and the controller logic is to cause, in response to the command and the lock status bit allowing over-clocking the operational frequency of the one or more non-volatile memory devices, a change in the operational frequency of the one or more non-volatile memory devices to an operational frequency beyond a normal/default operating frequency of the one or more non-volatile memory devices, wherein over-clocking refers to increasing the operating frequency of the one or more non-volatile memory devices beyond a normal/default operating frequency, and the command and the over-clocking lock command are Smart Command Transport, SCT, commands transported via the Advanced Technology Attachment, ATA, protocol.
A vehicular display device, comprising: a reflection-type hologram disposed inside a windshield of a vehicle; and a projection device that projects display light toward the hologram, wherein the hologram outputs the display light, projected from the projection device, as diffracted light that travels toward an eye range of the vehicle, and characterized in that: the projection device is disposed such that the reflected light, which is part of the display light reflected off the windshield, travels in a direction different from a direction toward the eye range in a vehicle width direction. a reflection-type hologram disposed inside a windshield of a vehicle; and a projection device that projects display light toward the hologram, wherein the hologram outputs the display light, projected from the projection device, as diffracted light that travels toward an eye range of the vehicle, and characterized in that: the projection device is disposed such that the reflected light, which is part of the display light reflected off the windshield, travels in a direction different from a direction toward the eye range in a vehicle width direction.
Vehicle pneumatic tyre with a tread strip of directional configuration with at least one shoulder-side profile rib which is delimited on one side by a circumferential groove and is divided into tread bars (1 I, 1 II, 1 III, 1 IV, 1 V) by way of a multiplicity of oblique grooves and/or transverse grooves which run parallel to one another and open into the circumferential groove, which tread bars (1 I, 1 II, 1 III, 1 IV, 1 V) are delimited on the circumferential groove in each case by way of a bar flank (4 I, 4 II, 4 III, 4 IV, 4 V) with a leading end (5 I, 5 II, 5 III, 5 IV, 5 V) which enters the underlying surface first during rolling of the tyre in the case of forward driving, and a trailing end (6 I, 6 II, 6 III, 6 IV, 6 V), the bar flanks (4 I, 4 II, 4 III, 4 IV, 4 V), as viewed in cross section and in the radial direction, being composed either in a single circumferential section (4 III u, 4 IV u) of a radially inner flank section (7 III, 7 IV) and a radially outer flank section (8 III, 8 IV), or being composed in two circumferential sections (4 V u) of corresponding configuration in each case of a radially inner flank section (7 V) and a radially outer flank section (8 V), or being composed over their entire circumferential extent of a radially inner flank section (7 I, 7 II) and a radially outer flank section (8 I, 8 II), the radial inner flank section (7 I, 7 II, 7 III, 7 IV, 7 V) running at a constant angle (α) of from 0° to 7° with respect to the radial direction, and the radially outer flank section (8 I, 8 II, 8 III, 8 IV, 8 V) running at a constant angle (β) of from 40° to 60° with respect to the radial direction, characterized in that the width (b 2 I, b 2 II) of the or each radially outer flank section (8 I, 8 II, 8 III, 8 IV, 8 V) of the bar flank (4 I, 4 II, 4 III, 4 IV, 4 V) increases continuously over its circumferential extent in the direction of the trailing end (6 I, 6 II, 6 III, 6 IV, 6 V) of the bar flank (4 I, 4 II, 4 III, 4 IV, 4 V).
A reconstituted tobacco, having a mass per unit area of 100-190 g/m 2, a thickness of 0.13-0.18 mm and a density of 700-1400 mg/cm 3, wherein a mass percentage of an atomization agent in the reconstituted tobacco is 15-30%, and wherein a mass percentage of a tobacco matter in the reconstituted tobacco is 65-80%.
A planar light source comprising: a light-emitting diode chip having a gallium nitride based semiconductor and emitting a blue light, a coating material comprising a fluorescent material for absorbing a part of the blue light and converting the absorbed blue light to a light having a wavelength different from the wavelength of the blue light, said fluorescent material comprising a garnet fluorescent material activated with cerium, the garnet fluorescent material activated with cerium containing at least one element selected from Y, Lu, Sc, La, Gd and Sm and at least one element selected from Al, Ga and In, an optical guide plate made of an acrylic plate, a C-shaped enclosure fixed on an end face of said optical guide plate, said C-shaped enclosure being made of a metal and having a C-shape in a sectional view, wherein the LED chip is arranged in the C-shaped enclosure and said coating material is applied into the C-shaped enclosure, a dispersive sheet arranged on a principal plane of said optical guide plate, and a reflector provided on the entire surface on the back of the optical guide plate and another end face of the optical guide plate where the LED chip is not provided, wherein said optical guide plate accepts the converted light mixed with unabsorbed blue light from the LED chip through the coating material at an end face of the optical guide plate and emits white light from a principal plane of the optical guide plate. a light-emitting diode chip having a gallium nitride based semiconductor and emitting a blue light, a coating material comprising a fluorescent material for absorbing a part of the blue light and converting the absorbed blue light to a light having a wavelength different from the wavelength of the blue light, said fluorescent material comprising a garnet fluorescent material activated with cerium, the garnet fluorescent material activated with cerium containing at least one element selected from Y, Lu, Sc, La, Gd and Sm and at least one element selected from Al, Ga and In, an optical guide plate made of an acrylic plate, a C-shaped enclosure fixed on an end face of said optical guide plate, said C-shaped enclosure being made of a metal and having a C-shape in a sectional view, wherein the LED chip is arranged in the C-shaped enclosure and said coating material is applied into the C-shaped enclosure, a dispersive sheet arranged on a principal plane of said optical guide plate, and a reflector provided on the entire surface on the back of the optical guide plate and another end face of the optical guide plate where the LED chip is not provided, wherein said optical guide plate accepts the converted light mixed with unabsorbed blue light from the LED chip through the coating material at an end face of the optical guide plate and emits white light from a principal plane of the optical guide plate.
A foldable joint with an unfolded position and a folded position, comprising a base rod, a first rotary rod and a second rotary rod having an end portion of the base rod, an end portion of the first rotary rod and an end portion of the second rotary rod respectively, wherein two of the end portions are rotationally connected to each other, and the third end portion is rotationally connected with at least one of the two end portions, a slider is slidably arranged on the base rod, a driving part is connected to the slider, a first guide portion is arranged on the first rotary rod, a second guide portion is arranged on the second rotary rod, and the driving part is slidably fitted with the first guide portion and the second guide portion respectively; in the process of unfolding or folding the foldable joint, the driving part moves relative to the first guide portion and the second guide portion simultaneously, and the driving part moves along with the slider relative to the base rod such that the first rotary rod, the second rotary rod and the base rod are rotated relative to one another characterized in that, the foldable joint is consisted of the base rod, the first rotary rod, the second rotary rod, the slider and the driving part; wherein a guide slot is opened on the slider, and the length direction of the guide slot is consistent with the sliding direction of the slider; a guide protrusion is provided on the base rod, and the guide protrusion is slidably inserted into the guide slot.
A tire tread comprising: a plurality of tread wear layers forming a tread thickness bounded depthwise by a top side configured to engage a ground surface during tire operation and a bottom side configured to attach to a tire carcass, the thickness extending laterally between opposing side edges (28, 30) and longitudinally in a lengthwise direction of the tread, where the opposing side edges (28, 30) form a first side edge and a second side edge, a bottom longitudinal groove arranged within one tread wear layer of the plurality of tread wear layers and in fluid communication with the bottom side of the tread thickness, a top longitudinal groove in fluid communication with the top side of the tread thickness, characterised in that the tire tread further comprises a lateral groove in fluid communication with the bottom side of the tread thickness extending from at least one of the side edges (28, 30) and intersecting the bottom longitudinal groove and forming a vent passageway extending from the bottom longitudinal groove to the at least one of the side edges (28, 30) without the lateral groove intersecting the top longitudinal groove, such that the top longitudinal groove is offset from the lateral groove within the tread thickness without any opening connecting the top longitudinal groove to the lateral groove. a plurality of tread wear layers forming a tread thickness bounded depthwise by a top side configured to engage a ground surface during tire operation and a bottom side configured to attach to a tire carcass, the thickness extending laterally between opposing side edges (28, 30) and longitudinally in a lengthwise direction of the tread, where the opposing side edges (28, 30) form a first side edge and a second side edge, a bottom longitudinal groove arranged within one tread wear layer of the plurality of tread wear layers and in fluid communication with the bottom side of the tread thickness, a top longitudinal groove in fluid communication with the top side of the tread thickness, characterised in that the tire tread further comprises a lateral groove in fluid communication with the bottom side of the tread thickness extending from at least one of the side edges (28, 30) and intersecting the bottom longitudinal groove and forming a vent passageway extending from the bottom longitudinal groove to the at least one of the side edges (28, 30) without the lateral groove intersecting the top longitudinal groove, such that the top longitudinal groove is offset from the lateral groove within the tread thickness without any opening connecting the top longitudinal groove to the lateral groove.
A harvester cleaning shoe louver comprising: a head portion about which the louver is to pivot; a tail blade extending from the head portion; the tail blade having a front face and a rear face; and fin blades extending from the rear face at spaced locations along the tail blade, wherein each of the fin blades has a convex edge facing away from the rear face of the tail blade, characterized in that each of the fin blades has a lower edge extending between the head portion and the convex edge. a head portion about which the louver is to pivot; a tail blade extending from the head portion; the tail blade having a front face and a rear face; and fin blades extending from the rear face at spaced locations along the tail blade, wherein each of the fin blades has a convex edge facing away from the rear face of the tail blade, characterized in that each of the fin blades has a lower edge extending between the head portion and the convex edge.
A transformer arrangement comprising: a plurality of stacked transformers, each transformer including a transformer core, a first winding wound around the transformer core, a second winding, a spatial gap configured to allow a cooling of the transformer by a coolant fluid flowing in the spatial gap; a support structure supporting the transformers in the plurality of stacked transformers; wherein the support structure and the spatial gaps of the transformers in the plurality of stacked transformers are configured to form a cooling duct for the coolant fluid; characterised in that the support structure comprises vertical walls and horizontal separation plates between transformers in the plurality of stacked transformers, the horizontal separation plates having openings to allow a flow of coolant fluid between the spatial gaps of the transformers, wherein the openings match a section of the spatial gaps. a plurality of stacked transformers, each transformer including a transformer core, a first winding wound around the transformer core, a second winding, a spatial gap configured to allow a cooling of the transformer by a coolant fluid flowing in the spatial gap; a transformer core, a first winding wound around the transformer core, a second winding, a spatial gap configured to allow a cooling of the transformer by a coolant fluid flowing in the spatial gap; a support structure supporting the transformers in the plurality of stacked transformers; wherein the support structure and the spatial gaps of the transformers in the plurality of stacked transformers are configured to form a cooling duct for the coolant fluid; characterised in that the support structure comprises vertical walls and horizontal separation plates between transformers in the plurality of stacked transformers, the horizontal separation plates having openings to allow a flow of coolant fluid between the spatial gaps of the transformers, wherein the openings match a section of the spatial gaps.
A package for tobacco related articles comprising a first compartment and a second compartment for accommodating the tobacco related articles and the first compartment is hinged to the frame by a first hinge and the second compartment is hinged to the frame by a second hinge, wherein the package may be opened and closed by swiveling the first compartment around the first hinge and by swiveling the second compartment around the second hinge, wherein the first hinge and the second hinge are separate and substantially parallel to each other and there is a clearance between the first hinge and the second hinge, wherein the first compartment and the second compartment are at least partially surrounded by the frame, when the package is in a closed state characterized in that a front wall of the first compartment and a front wall of the second compartment form part of an interconnecting panel which further comprises an intermediate wall, wherein the intermediate wall is fixed to the frame for connecting the front wall of the first compartment and the front wall of the second compartment to the frame and wherein the frame at least partially covers an access opening of the first compartment and an access opening of the second compartment, when the package is in a closed state.
Roller driven device for roller conveyors comprising a cylindrical and tubular roller means rotating around its geometric axis and having at each end a respective first and second lateral wheel means; at least the first wheel means has a tubular cylindrical element having at its end facing the second wheel means a first flange means and at the opposite end a second flange means, both the flange means (8, 7) in the shape of a annulus, said device further comprises a pulley means fixed to the outer surface of the roller means adjacent to the first wheel means to transmit to the device, via a belt or the like, an axial rotary motion; said device being characterized in that it comprises a ring means whose axial length ranges from two third to one twentieth of the axial distance between said first and second flange means of the first wheel means, the outer surface of the ring means is engaged and welded to a central hole of the first flange means, an end of the ring means is sited between the first and second flange means and said end is welded to the outer surface of the roller means whose end portion is fixed to the central hole of the second flange means.
A grinding pad (16; 16'), comprising: a grinding pad outer surface for contacting and grinding a workpiece; a grinding pad inner surface configured for attachment to a grinding wheel; leading and trailing faces (72, 74); and first and second outer faces (76, 78); wherein the leading and trailing faces (72, 74) of the grinding pad (16; 16') are configured such that the leading and trailing faces (72, 74) are oblique to a direction of rotation of a grinding wheel when the grinding pad (16; 16') is mounted on the grinding wheel, and the grinding pad (16; 16') is of non-uniform thickness; characterized in that the grinding pad (16; 16') is thicker at its first outer face than at its second outer face. a grinding pad outer surface for contacting and grinding a workpiece; a grinding pad inner surface configured for attachment to a grinding wheel; leading and trailing faces (72, 74); and first and second outer faces (76, 78); wherein the leading and trailing faces (72, 74) of the grinding pad (16; 16') are configured such that the leading and trailing faces (72, 74) are oblique to a direction of rotation of a grinding wheel when the grinding pad (16; 16') is mounted on the grinding wheel, and the grinding pad (16; 16') is of non-uniform thickness; characterized in that the grinding pad (16; 16') is thicker at its first outer face than at its second outer face.
Actuating device, removably locking in at least two stable positions or states or which is functionally determined by a functional unit, for example the functional unit of a means of regulating/controlling the circulation of a fluid such as a valve or similar, essentially comprising, on the one hand, an actuator having at least one setting or a stable position in the absence of any active or positive force and, on the other hand, a movement transmission mechanism having at least two functional co-operating parts of which a first is connected kinematically to the actuator, preferably mechanically to the moving part or driven by the actuator, and of which another or the second part is connected kinematically to the movable functional unit in a casing or hollow body, said device being characterised in that each of the stable positions or states of the functional unit, preferably at least two positions or states, correspond to the, respectively to one, stable steady state position or setting of the actuator, wherein the latter's energy consumption is zero and wherein it remains fixed in the absence of any external force or power source, wherein the movement of the second part of the mechanism is a discontinuous, alternating or cyclic movement, switching the functional unit successively between its stable states by the positive driving actuation of the first part driven by the actuator, and wherein, in at least one, preferably each of these stable positions or states of the functional unit, the first part of the movement transmission mechanism involves, directly or indirectly, the second or other part in such a way that it accomplishes or contributes to the mechanical locking of the latter in position.