mhurhangee/ep-ind-claims huggingface dataset:
An expandable and collapsible accessory with an outer circular disc, and an inner circular disc, characterized in that: said outer circular disc has a circular wall rising therefrom and a plurality of flanges extending inwards from said circular wall of said outer circular disc; said inner circular disc has a circular wall rising therefrom and a plurality of flanges extending outwards from said circular wall of said inner circular disc; and in that the accessory further comprises: a spring positioned between said outer circular disc and said inner circular disc; a flexible cover attached to said outer circular disc at a first end and said inner circular disc at a second end opposite said first end, said flexible cover enveloping said spring. said outer circular disc has a circular wall rising therefrom and a plurality of flanges extending inwards from said circular wall of said outer circular disc; said inner circular disc has a circular wall rising therefrom and a plurality of flanges extending outwards from said circular wall of said inner circular disc; and in that the accessory further comprises: a spring positioned between said outer circular disc and said inner circular disc; a flexible cover attached to said outer circular disc at a first end and said inner circular disc at a second end opposite said first end, said flexible cover enveloping said spring. a spring positioned between said outer circular disc and said inner circular disc; a flexible cover attached to said outer circular disc at a first end and said inner circular disc at a second end opposite said first end, said flexible cover enveloping said spring.
An interface protection circuit, comprising a capacitor and a transient voltage suppressor, TVS, transistor, wherein a first end of the capacitor is connected to a connection port of a protected device (101, 102), and a second end of the capacitor is connected to a first end of the TVS transistor and an interface chip of the protected device; and a second end of the TVS transistor is grounded, and characterised in that the TVS transistor is connected in parallel with the interface chip, and wherein a clamping voltage of the TVS transistor is greater than a maximum voltage of a data signal transmitted on the connection port. a first end of the capacitor is connected to a connection port of a protected device (101, 102), and a second end of the capacitor is connected to a first end of the TVS transistor and an interface chip of the protected device; and a second end of the TVS transistor is grounded, and characterised in that the TVS transistor is connected in parallel with the interface chip, and wherein a clamping voltage of the TVS transistor is greater than a maximum voltage of a data signal transmitted on the connection port.
A method of displaying a recorded television programme comprising progressively deleting data representing the recorded programme, wherein the data is stored as a linear file, by deleting the data representing the recorded programme at a given interval behind the point in the recorded programme being displayed.
A rod reducer apparatus comprising: a housing having a longitudinal axis (c) and an opening; a shaft disposed through the opening, the shaft having threads formed thereon; an anvil coupled to the shaft; a button having a first surface that includes threads, and a second surface, the button being slidably disposed in a cavity of the housing and transitionable between a first position wherein the threads of the shaft are engaged with the threads on the button and a second position wherein the threads of the shaft are spaced apart from the threads on the button, the button biased towards the first position, wherein the shaft cooperatively engages threads of the button; and first and second arm members operatively coupled to the housing and configured to engage a bone screw, wherein rotation of the shaft with the button in the first position translates into linear movement of the shaft relative to the housing and linear movement of the shaft with the button in the second position is independent of shaft rotation; and characterized in that. the housing includes a diagonal slot along which the button slides towards and away from the longitudinal axis between its first and second positions by translation along an axis which intersects the longitudinal axis (c) of the housing at an acute angle. a housing having a longitudinal axis (c) and an opening; a shaft disposed through the opening, the shaft having threads formed thereon; an anvil coupled to the shaft; a button having a first surface that includes threads, and a second surface, the button being slidably disposed in a cavity of the housing and transitionable between a first position wherein the threads of the shaft are engaged with the threads on the button and a second position wherein the threads of the shaft are spaced apart from the threads on the button, the button biased towards the first position, wherein the shaft cooperatively engages threads of the button; and first and second arm members operatively coupled to the housing and configured to engage a bone screw, wherein rotation of the shaft with the button in the first position translates into linear movement of the shaft relative to the housing and linear movement of the shaft with the button in the second position is independent of shaft rotation; and characterized in that. the housing includes a diagonal slot along which the button slides towards and away from the longitudinal axis between its first and second positions by translation along an axis which intersects the longitudinal axis (c) of the housing at an acute angle.
A suction anchor with a load attachment portion, for providing a foundation or mooring attachment in a soft sea bed including an open bottom portion, a closed top portion, a side portion defining a first outer surface with a substantially constant outer perimeter along a sea bed immersing height (h i), said suction anchor defining an inner volume and means for allowing water to be pumped out of said inner volume, said suction anchor comprising: at least two adjoining caisson module segments (4, 5) each with an inner surface and an outer surface (23p, 23b, 23c), wherein each caisson module segment (4, 5) extends at least along said immersing height (h i); wherein each caisson module segment (4, 5) includes at least a first and a second contact surface portion (23b, 23c) located on said outer surface (23p, 23b, 23c) on each side of an exposed outer surface portion, joint with contact surfaces of at least one adjoining caisson module segment; wherein the caisson module segments (4, 5) are made of a composite material; and wherein the first contact surface portion is formed on a segment rib and the second contact surface portion is formed on a segment rib and the contact surface portions (23b, 23c) adjoins the contact surface portions of at least one adjoining caisson module segment in a module joint at a center of a stiffening rib of the suction anchor. at least two adjoining caisson module segments (4, 5) each with an inner surface and an outer surface (23p, 23b, 23c), wherein each caisson module segment (4, 5) extends at least along said immersing height (h i); wherein each caisson module segment (4, 5) includes at least a first and a second contact surface portion (23b, 23c) located on said outer surface (23p, 23b, 23c) on each side of an exposed outer surface portion, joint with contact surfaces of at least one adjoining caisson module segment; wherein the caisson module segments (4, 5) are made of a composite material; and wherein the first contact surface portion is formed on a segment rib and the second contact surface portion is formed on a segment rib and the contact surface portions (23b, 23c) adjoins the contact surface portions of at least one adjoining caisson module segment in a module joint at a center of a stiffening rib of the suction anchor.
A method for scheduling downlink data transmission, comprising: sending, by a base station, scheduling basic information to a user equipment, UE; receiving, by a base station, a scheduling request reported by the UE, wherein the scheduling request carries at least one scheduling parameter that is determined by the UE according to the scheduling basic information; determining, by the base station, whether the scheduling parameter determined by the UE in the scheduling request needs to be modified; sending, by the base station, a scheduling request response to the UE according to a result of the determining, wherein the scheduling request response indicates whether the scheduling parameter determined by the UE in the scheduling request needs to be modified; and if it is determined that there is a scheduling parameter that needs to be modified, sending, by the base station, to the UE, a modified parameter value of the scheduling parameter that needs to be modified. sending, by a base station, scheduling basic information to a user equipment, UE; receiving, by a base station, a scheduling request reported by the UE, wherein the scheduling request carries at least one scheduling parameter that is determined by the UE according to the scheduling basic information; determining, by the base station, whether the scheduling parameter determined by the UE in the scheduling request needs to be modified; sending, by the base station, a scheduling request response to the UE according to a result of the determining, wherein the scheduling request response indicates whether the scheduling parameter determined by the UE in the scheduling request needs to be modified; and if it is determined that there is a scheduling parameter that needs to be modified, sending, by the base station, to the UE, a modified parameter value of the scheduling parameter that needs to be modified.
Machine for realizing bent elements in thermo-plastic material to be used for pipe coating, comprising: - an inner matrix and an outer matrix, of such shape that they define the radius of curve imposed to the pipe, said outer matrix being slidingly constrained to a slide so that it can get close, by moving along the direction defined by said slide, to the inner matrix, - a bending head, comprising a clamp provided with an inner element and an outer element, said outer element being sliding on a slide so that it can get close to said inner element and grasp the end section of the pipe to be formed; - a track for loading the rectilinear pipe to be formed, provided with means for moving the same, configured to make it slide in horizontal direction towards said bending head, characterized in that said track for loading the rectilinear pipe to be formed is provided with means for pre-heating said pipe, in that said bending head and said inner matrix can move integrally between a first position in which said bending head can grasp the end section of said pipe loaded in said track, and a second position in which said outer matrix, by getting close to said inner matrix in the direction defined by said slide, bends said pipe thus giving a bent shape to it, and in that said machine further comprises a flexible and pressurizzable spindle, configured to be introduced inside said pipe section to be formed and to exert on the same, during the forming step, a pressure directed from inside outwards useful to make the pipe not collapse during forming. - an inner matrix and an outer matrix, of such shape that they define the radius of curve imposed to the pipe, said outer matrix being slidingly constrained to a slide so that it can get close, by moving along the direction defined by said slide, to the inner matrix, - a bending head, comprising a clamp provided with an inner element and an outer element, said outer element being sliding on a slide so that it can get close to said inner element and grasp the end section of the pipe to be formed; - a track for loading the rectilinear pipe to be formed, provided with means for moving the same, configured to make it slide in horizontal direction towards said bending head,
Seal ring from an elastomer sealing material which, when viewed in the relaxed state and in cross section, is configured so as to be substantially T-shaped and comprises a support part extending in the axial direction, and an elastically resilient seal lip extending in the radial direction, wherein the seal lip has a base which is configured so as to transition into the support part, wherein the support part on that side that radially faces away from the seal lip has a first curvature radius, and on that side that radially faces the seal lip, axially on both sides of the seal lip, has a second and a third curvature radius, wherein an imaginary radial plane is disposed so as to be centric to the seal ring in the axial direction, and wherein the seal ring is configured so as to be symmetrical to the radial plane, characterized in that the first curvature radius in the axial direction on both end sides is in each case configured so as to transition into a planar support face (11, 12) extending in the axial direction.
A display unit comprising: a substrate; a plurality of thin film transistors arranged on the substrate; and a plurality of organic light emitting devices (130B, 130G, 130R) arranged on the plurality of thin film transistors, wherein, the organic light emitting devices (130B, 130G, 130R) comprise: a first metal layer being an upper electrode; a second metal layer (1162B, 1162G, 1162R) being a resonant layer located between a contact layer (1161B, 1161G, 1161R) and one or more barrier layers (1163B, 1163G, 1163R) forming a lower electrode (116B, 116G, 116R) on the substrate; a first light emitting layer disposed between the first metal layer and the second metal layer (1162B, 1162G, 1162R) in a first light emission region; a second light emitting layer disposed between the first metal layer and the second metal layer (1162B, 1162G, 1162R) in a second light emission region; and a third light emitting layer disposed between the first metal layer and the second metal layer (1162B, 1162G, 1162R) in a third light emission region, the first, second and third light emitting regions being configured to emit red, green and blue light, respectively; in the first light emission region, the second metal layer (1152B, 1162G, 1162R) is arranged at a first distance from the first metal layer, in the second light emission region, the second metal layer (1162B, 1162G, 1162R) is arranged at a second distance from the first metal layer, in the third light emission region, the second metal layer (1162B, 1162G, 1162R) is arranged at a third distance from the first metal layer, the first distance is larger than the second distance, the second distance is larger than the third distance, the first, second and third distances are set to provide a resonator structure, and the second metal layer includes silver (Ag) and ytterbium (Yb). a substrate; a plurality of thin film transistors arranged on the substrate; and a plurality of organic light emitting devices (130B, 130G, 130R) arranged on the plurality of thin film transistors, a first metal layer being an upper electrode; a second metal layer (1162B, 1162G, 1162R) being a resonant layer located between a contact layer (1161B, 1161G, 1161R) and one or more barrier layers (1163B, 1163G, 1163R) forming a lower electrode (116B, 116G, 116R) on the substrate; a first light emitting layer disposed between the first metal layer and the second metal layer (1162B, 1162G, 1162R) in a first light emission region; a second light emitting layer disposed between the first metal layer and the second metal layer (1162B, 1162G, 1162R) in a second light emission region; and a third light emitting layer disposed between the first metal layer and the second metal layer (1162B, 1162G, 1162R) in a third light emission region, the first, second and third light emitting regions being configured to emit red, green and blue light, respectively;
Roll-on container for fluid products, particularly for medical, pharmaceutical, cosmetic products or the like, comprising: - at least a hollow body for the containment of a fluid product; - at least a spherical distributor body, housed in a retaining seat obtained in said hollow body and able to allow the free rotation of said spherical distributor body; - at least a closing body (7, 8, 9), able to cover at least partially said spherical distributor body; characterized by the fact that: - said hollow body and said closing body (7, 8, 9) are made in a single body piece and, in an initial configuration, are joined along a pre-established breaking line able to allow the separation of said closing body (7, 8, 9) from said hollow body in an opening configuration wherein on said hollow body, in correspondence to said pre-established breaking line, is obtained a mouth from which said spherical distributor body partially protrudes; and - said closing body (7, 8, 9) comprises at least a first covering portion, which is able to cover said spherical distributor body in said initial configuration, and at least a second covering portion, apart from said first covering portion, which can be fitted on said mouth and able to cover said spherical distributor body in a re-closing configuration. - at least a hollow body for the containment of a fluid product; - at least a spherical distributor body, housed in a retaining seat obtained in said hollow body and able to allow the free rotation of said spherical distributor body; - at least a closing body (7, 8, 9), able to cover at least partially said spherical distributor body; - said hollow body and said closing body (7, 8, 9) are made in a single body piece and, in an initial configuration, are joined along a pre-established breaking line able to allow the separation of said closing body (7, 8, 9) from said hollow body in an opening configuration wherein on said hollow body, in correspondence to said pre-established breaking line, is obtained a mouth from which said spherical distributor body partially protrudes; and - said closing body (7, 8, 9) comprises at least a first covering portion, which is able to cover said spherical distributor body in said initial configuration, and at least a second covering portion, apart from said first covering portion, which can be fitted on said mouth and able to cover said spherical distributor body in a re-closing configuration.
A saddle type vehicle comprising: - a vehicle body frame comprising a headpipe provided at a front portion of the body frame, a pair of left and right upper frames extending rearwardly and downardly from the headpipe, a cross member connecting upper portions of the upper frames to each other, and seat rails (14, 14), wherein the left and right upper frames extends in front of the seat rails (14, 14) and are connected to the seat rails (14, 14), and wherein the cross member is on the upper portion of the inclination of the left and right upper frames, - a vehicle body cover over the upper frame, - an opening provided in the vehicle body cover, the opening allowing a filler cap provided at an upper portion of a fuel tank to be exposed outwardly through the opening, - a fuel tank lid configured for opening and closing the opening, the fuel tank lid covering the opening in a closed state, and - a lock member capable of locking the lid in the closed state, characterized in that the lock member is fixed to the vehicle body cover and has a pair of left and right foot portions placed on the paired left and right upper frames, and the lock member rests on the upper frames in such a manner as to straddle between the pair of left and right upper frames, and wherein the lock member has a locking portion configured for being locked to the cross member from above. - a vehicle body frame comprising a headpipe provided at a front portion of the body frame, a pair of left and right upper frames extending rearwardly and downardly from the headpipe, a cross member connecting upper portions of the upper frames to each other, and seat rails (14, 14), wherein the left and right upper frames extends in front of the seat rails (14, 14) and are connected to the seat rails (14, 14), and wherein the cross member is on the upper portion of the inclination of the left and right upper frames, - a vehicle body cover over the upper frame, - an opening provided in the vehicle body cover, the opening allowing a filler cap provided at an upper portion of a fuel tank to be exposed outwardly through the opening, - a fuel tank lid configured for opening and closing the opening, the fuel tank lid covering the opening in a closed state, and - a lock member capable of locking the lid in the closed state, characterized in that the lock member is fixed to the vehicle body cover and has a pair of left and right foot portions placed on the paired left and right upper frames, and the lock member rests on the upper frames in such a manner as to straddle between the pair of left and right upper frames, and
Control apparatus for a drive for a window or the like, having a power supply unit and a pushbutton switch unit for actuating the drive to open and close the window, characterized in that switching signals from the pushbutton switch unit are converted into three signal levels, wherein a first signal level brings about stopping or the idle state of the drive, a second signal level brings about operation of the drive to open the window and a third signal level brings about operation of the drive to close the window.
A method of laying out, on an integrated circuit, a symmetric, balanced, down-conversion mixer comprising a balanced Local Oscillator divider circuit and a balanced Radio Frequency mixer circuit, comprising: dividing each of the LO divider and RF mixer into four corresponding portions; laying out the LO divider such that each of the four portions occupies a quadrant arranged around the LO divider center, the quadrants defined by two orthogonal reference axes; and laying out each of the RF mixer portions in the same quadrant as a corresponding LO divider portion, such that the RF mixer is laid out around the LO divider symmetrically along both axes. dividing each of the LO divider and RF mixer into four corresponding portions; laying out the LO divider such that each of the four portions occupies a quadrant arranged around the LO divider center, the quadrants defined by two orthogonal reference axes; and laying out each of the RF mixer portions in the same quadrant as a corresponding LO divider portion, such that the RF mixer is laid out around the LO divider symmetrically along both axes.
An intervertebral fusion device comprising: - a spacer adapted to be implanted between an upper vertebral body and a lower vertebral body; - a first anchor and a second anchor positioned within the spacer; and - an actuation screw positioned within the spacer and adapted to engage with the first anchor and the second anchor, - wherein when the actuation screw is actuated in a first direction, the first anchor moves to engage the upper vertebral body and the second anchor moves to engage the lower vertebral body, wherein the first anchor and the second anchor are moved simultaneously, - wherein each of the first and second anchors (2004, 2006) includes a first side and a second side opposite the first side, wherein the first anchor and second anchor have partial threads that interconnect with threads of the actuation member. - a spacer adapted to be implanted between an upper vertebral body and a lower vertebral body; - a first anchor and a second anchor positioned within the spacer; and - an actuation screw positioned within the spacer and adapted to engage with the first anchor and the second anchor, - wherein when the actuation screw is actuated in a first direction, the first anchor moves to engage the upper vertebral body and the second anchor moves to engage the lower vertebral body, wherein the first anchor and the second anchor are moved simultaneously, - wherein each of the first and second anchors (2004, 2006) includes a first side and a second side opposite the first side, wherein the first anchor and second anchor have partial threads that interconnect with threads of the actuation member.