mhurhangee/ep-ind-claims huggingface dataset:
A rod handling system for a drilling rig comprising a rod storage bin having an elongate axis; a rod lifter moveable between a lowered position and a raised position whereby the rod lifter is adapted to lift rods between said substantially horizontally extending storage configuration and a raised configuration to present rods to a drilling head; and a rod transfer assembly adapted to transfer individual rods between the rod storage bin and the rod lifter, characterised in that the rod storage bin incorporates a plurality of vertically stacked rod supports, each rod support being adapted to hold a respective row of rods in side by side relationship in a substantially horizontally extending storage configuration wherein said rods are aligned with said elongate axis, the system further comprising a rod loader having a plurality of rod holders adapted to carry a plurality of rods in side by side relationship aligned with said elongate axis, the rod loader being moveable between a loading position, wherein a rod can be placed into or removed from each rod holder, and a transfer position, wherein rods are able to be transferred between each rod holder and a respective rod support of the rod storage bin.
A contact charging system for charging a power storage of an electrical vehicle, the contact charging system including a power receiving terminal of a power receiving device of the electrical vehicle and a power feeding terminal of a stationary power feeding device installed externally to the electrical vehicle, by supplying electric power from the power feeding terminal of the power feeding device to the power receiving terminal of the power receiving device, characterized in that the power feeding terminal and the power receiving terminal are both rotatable, the contact charging system further includes a rotational power mechanism configured to rotate about a rotation shaft (52, 56, 88, 90) either one of the power feeding terminal and the power receiving terminal, and when the power storage is charged, electric power is supplied from the power feeding terminal to the power receiving terminal while both the power feeding terminal and the power receiving terminal rotate with motive power being transmitted from either one of the power feeding terminal and the power receiving terminal to the other one due to rotation of the rotational power mechanism in a state in which the power feeding terminal and the power receiving terminal are pressed against each other.
A reamer for cutting tissue, which comprises: a) a cutting shell having a shell wall with spaced apart exterior and interior shell surfaces, a shell wall thickness therebetween, the shell having a curvature comprising at least a portion of a first hemisphere extending from an apex to a lower edge, the cutting shell being rotatable about a rotational axis (A-A) that extends through the apex, the cutting shell composed of a first material having a first coefficient of thermal conductivity; b) a second material having a second coefficient of thermal conductivity that is different than the first coefficient of thermal conductivity of the first material; and c) a plurality of cutting teeth, formed of said first material each having a tissue cutting surface, wherein the tissue cutting surface extends outwardly from the exterior surface of the shell; characterized in that: d) the first coefficient of thermal conductivity of the first material is less than the second coefficient of thermal conductivity of the second material; e) at least a layer of the second material is applied to the interior or exterior surface of the shell or both the interior and exterior surfaces, the teeth being with or without said layer of second material. a) a cutting shell having a shell wall with spaced apart exterior and interior shell surfaces, a shell wall thickness therebetween, the shell having a curvature comprising at least a portion of a first hemisphere extending from an apex to a lower edge, the cutting shell being rotatable about a rotational axis (A-A) that extends through the apex, the cutting shell composed of a first material having a first coefficient of thermal conductivity; b) a second material having a second coefficient of thermal conductivity that is different than the first coefficient of thermal conductivity of the first material; and c) a plurality of cutting teeth, formed of said first material each having a tissue cutting surface, wherein the tissue cutting surface extends outwardly from the exterior surface of the shell; d) the first coefficient of thermal conductivity of the first material is less than the second coefficient of thermal conductivity of the second material; e) at least a layer of the second material is applied to the interior or exterior surface of the shell or both the interior and exterior surfaces, the teeth being with or without said layer of second material.
An ultrahigh molecular weight polyolefin fiber coated with a coating composition, wherein the coating composition contains a UV stabilizer, characterized in that the amount of UV stabilizer is between 2 wt% and 80 wt.% compared to the total weight of the coating composition based on solids and wherein the coating composition comprises a cross-linked silicone polymer as a carrier for the UV stabilizer.
An enhanced vibration prompting method, wherein the method is applicable to an electronic device, and the method comprises: detecting, by the electronic device, a first event, wherein music corresponding to the first event comprises: a first sub-segment and a second sub-segment; and vibrating, by the electronic device, at a first intensity within a first time, and vibrating at a second intensity within a second time, characterised in that: the first time, the first intensity, the second time, and the second intensity conform to any one or more of the following: both the first intensity and the second intensity are greater than or equal to a third intensity, and the third intensity corresponds to the strongest music intensity in the first sub-segment and the second sub-segment; when duration of the first sub-segment is less than or equal to a first value, a length of the first time is greater than the duration; or when a time interval between the first sub-segment and the second sub-segment is greater than or equal to a second value, an interval between the first time and the second time is less than the time interval. detecting, by the electronic device, a first event, wherein music corresponding to the first event comprises: a first sub-segment and a second sub-segment; and vibrating, by the electronic device, at a first intensity within a first time, and vibrating at a second intensity within a second time, characterised in that: the first time, the first intensity, the second time, and the second intensity conform to any one or more of the following: both the first intensity and the second intensity are greater than or equal to a third intensity, and the third intensity corresponds to the strongest music intensity in the first sub-segment and the second sub-segment; when duration of the first sub-segment is less than or equal to a first value, a length of the first time is greater than the duration; or when a time interval between the first sub-segment and the second sub-segment is greater than or equal to a second value, an interval between the first time and the second time is less than the time interval. both the first intensity and the second intensity are greater than or equal to a third intensity, and the third intensity corresponds to the strongest music intensity in the first sub-segment and the second sub-segment; when duration of the first sub-segment is less than or equal to a first value, a length of the first time is greater than the duration; or when a time interval between the first sub-segment and the second sub-segment is greater than or equal to a second value, an interval between the first time and the second time is less than the time interval.
A device including at least: - a semiconductor layer comprising first regions, second regions arranged such that each of the first regions is delimited by two of the second regions aligned parallel to a first direction and that two of the neighbouring first regions aligned parallel to the first direction are delimited by one of the second regions, and third regions arranged such that each of the first regions is delimited by two of the third regions aligned parallel to a second direction different from the first direction and that two of the first regions aligned parallel to the second direction are delimited by one of the third regions; - first electrostatic control gates including first conductive portions extending parallel to the second direction, in vertical alignment with the second regions; - second electrostatic control gates including second conductive portions extending parallel to the first direction, in vertical alignment with the third regions; wherein each first gate includes an electrostatic control voltage adjustment element forming first and second impedances (Z1, Z2) connected in series to each other through their first ends, a second end of the first impedance being electrically coupled to the first conductive portion of the first gate and a second end of the second impedance being electrically coupled to a third conductive portion, and wherein the value of at least one of the first and second impedances (Z1, Z2) is adjustable. - a semiconductor layer comprising first regions, second regions arranged such that each of the first regions is delimited by two of the second regions aligned parallel to a first direction and that two of the neighbouring first regions aligned parallel to the first direction are delimited by one of the second regions, and third regions arranged such that each of the first regions is delimited by two of the third regions aligned parallel to a second direction different from the first direction and that two of the first regions aligned parallel to the second direction are delimited by one of the third regions; - first electrostatic control gates including first conductive portions extending parallel to the second direction, in vertical alignment with the second regions; - second electrostatic control gates including second conductive portions extending parallel to the first direction, in vertical alignment with the third regions;
A tool for inserting into a cavity, the tool comprising: a plurality of segments moveably coupled to one another, each segment moveable relative to an adjacent segment between a bent position and a coupled position, the plurality of segments comprising a first segment, the first segment comprising a core formed of a first material; and a shell formed of a second material characterised in that the tool comprises a guide feature, a drive feature, a line guide, or a combination thereof; wherein the first material defines a greater stiffness than the second material, wherein the shell comprises the guide feature, wherein the guide feature is a segment bearing feature, wherein the segment bearing feature is a segment sliding plain bearing feature, and wherein the tool further comprises: an insertion tube comprising a tube sliding plain bearing feature configured to interact with the segment sliding plain bearing feature, wherein the tube sliding plain bearing feature is formed of a third material defining a third material hardness greater than a second material hardness of the second material. a plurality of segments moveably coupled to one another, each segment moveable relative to an adjacent segment between a bent position and a coupled position, the plurality of segments comprising a first segment, the first segment comprising a core formed of a first material; and a shell formed of a second material a core formed of a first material; and a shell formed of a second material characterised in that the tool comprises a guide feature, a drive feature, a line guide, or a combination thereof; wherein the first material defines a greater stiffness than the second material, a guide feature, a drive feature, a line guide, or a combination thereof; wherein the first material defines a greater stiffness than the second material, wherein the shell comprises the guide feature, wherein the guide feature is a segment bearing feature, wherein the segment bearing feature is a segment sliding plain bearing feature, and wherein the tool further comprises: an insertion tube comprising a tube sliding plain bearing feature configured to interact with the segment sliding plain bearing feature, wherein the tube sliding plain bearing feature is formed of a third material defining a third material hardness greater than a second material hardness of the second material.
Vehicle on-board electrical system having a DC voltage charging connection, a non-configurable accumulator, a galvanically isolating DC-DC voltage converter and an electrical drive, wherein the accumulator is connected to a first side of the galvanically isolating DC-DC voltage converter via a switchable connection circuit (VS, VS') to which the DC voltage charging connection is connected, and the accumulator is connected to the electrical drive and a second side of the DC-DC voltage converter via a drive switch, wherein the galvanically isolating DC-DC voltage converter is configured to convert a first high voltage to a second high voltage, and wherein the connection circuit (VS, VS') has a direct connection switch (S1, S1') that connects the accumulator to the first side of the galvanically isolating DC-DC voltage converter in a switchable manner and the DC voltage charging connection is connected to the direct connection switch (S1, S1') via a charging connection switch (S2, S2') of the connection circuit (VS, VS').
Method for measuring a workpiece, wherein - at least one point on a surface of the workpiece is probed by a probe, wherein the probe exerts a probe force on the surface and the probe is deflected relative to an attachment of the probe, - a position of the point on the surface is determined on the basis of the deflection, characterized in that - a directional dependence of a resilience of the probe is ascertained and/or is known, - the probe and the workpiece are positioned and/or aligned relative to one another, taking account of the directional dependence, in such a way that, when probing the point on the surface, the probe does not inadvertently slip on the surface or there is a low probability of this happening or there is no inadvertent deviation of the probe from an intended path on the surface or there is a low probability of this happening. - at least one point on a surface of the workpiece is probed by a probe, wherein the probe exerts a probe force on the surface and the probe is deflected relative to an attachment of the probe, - a position of the point on the surface is determined on the basis of the deflection, characterized in that - a directional dependence of a resilience of the probe is ascertained and/or is known, - the probe and the workpiece are positioned and/or aligned relative to one another, taking account of the directional dependence, in such a way that, when probing the point on the surface, the probe does not inadvertently slip on the surface or there is a low probability of this happening or there is no inadvertent deviation of the probe from an intended path on the surface or there is a low probability of this happening.
A clamping device (100,500) for an external fixation system, comprising: a post component (108, 560) having a yaw axis; a first clamp secured to the post component and rotatable about the yaw axis; a second clamp secured to the post component and rotatable about the yaw axis relative to the first clamp; an intervening member (104, 504) disposed between and separating the first clamp and the second clamp; and a tightening component, a spherical washer and a biasing element associated with the first clamp and configured in a manner that an action of tightening the tightening component simultaneously locks both the first and second clamps (102a,102b) and locks their rotation about the yaw axis, characterized in that the biasing element is disposed about the post component (108, 560) between the spherical washer and the tightening component. a post component (108, 560) having a yaw axis; a first clamp secured to the post component and rotatable about the yaw axis; a second clamp secured to the post component and rotatable about the yaw axis relative to the first clamp; an intervening member (104, 504) disposed between and separating the first clamp and the second clamp; and a tightening component, a spherical washer and a biasing element associated with the first clamp and configured in a manner that an action of tightening the tightening component simultaneously locks both the first and second clamps (102a,102b) and locks their rotation about the yaw axis, characterized in that the biasing element is disposed about the post component (108, 560) between the spherical washer and the tightening component.
A cartridge of an electronic vaping device comprising: a reservoir configured to store a pre-vapor formulation; and a heating element configured to heat the pre-vapor formulation, the heating element including, a metal tube having a first end and a second end, the metal tube defining an opening therethrough, the metal tube including, a sidewall defining at least one spiral channel extending substantially continuously along a portion of the metal tube. a reservoir configured to store a pre-vapor formulation; and a heating element configured to heat the pre-vapor formulation, the heating element including, a metal tube having a first end and a second end, the metal tube defining an opening therethrough, the metal tube including, a sidewall defining at least one spiral channel extending substantially continuously along a portion of the metal tube.
A positive electrode active material for a lithium secondary battery, the positive electrode active material comprising a lithium transition metal complex oxide having a spinel crystalline structure, wherein the lithium transition metal complex oxide includes: manganese and nickel as main transition metal elements; titanium and iron as additive transition metal elements; and oxygen and fluorine, characterized in that the lithium transition metal complex oxide is represented by the following general formula: Li x Mn 2-a-b-c-d Ni a Ti b Fe c M d O 4-y F y wherein M is at least one element selected from the group consisting of Al, Si, Mg, Ca, Ba, Sr, Sc, V, Cr, Co, Cu, Zn, Ga, Y, Ru, Rh, Pd, In, Sn, Sb, La, Ce, Sm, Zr, Nb, Ta, Mo, W, B, C, P, and S, 0.9 ≤ x ≤ 1.3, 0.0005 ≤ y ≤ 0.1, 0.4 ≤ a ≤ 0.6, 0 < b ≤ 0.2, 0 < c ≤ 0.2, and 0 ≤ d ≤ 0.2. manganese and nickel as main transition metal elements; titanium and iron as additive transition metal elements; and oxygen and fluorine,
A polarization encoding system for receiving unpolarised images in image light emitted by an image source and transmitting polarization encoded imagery to a projection screen, comprising: a first projection lens on a first image light path; a second projection lens on a second image light path; a polarization beam splitter operable to transmit image light of a first polarization state from the image source toward the first projection lens on the first image light path, and operable to reflect image light of a second polarization state from the image source toward the second image light path; a reflecting element located on the second image light path operable to reflect image light toward the second projection lens on the second image light path; and a first polarisation modulator located on the first image light path for rotating the polarisation of image light of the first image light path to provide images of a first or second output polarisation state; a second polarisation modulator located on the second image light path for rotating the polarisation of image light of the second image light path to provide images of the first or second output polarisation state; wherein each projection lens is operable to direct the polarization encoded images towards the projection screen; wherein the first polarisation modulator and the second polarization modulator each comprise a liquid crystal based modulator; and wherein the first polarisation modulator and the second polarization modulator are configured to select between the first or second output polarization states in synchronization with transmission of the polarization encoded images to simultaneously provide the same temporally alternating orthogonal output polarisation states to the projection screen. a first projection lens on a first image light path; a second projection lens on a second image light path; a polarization beam splitter operable to transmit image light of a first polarization state from the image source toward the first projection lens on the first image light path, and operable to reflect image light of a second polarization state from the image source toward the second image light path; a reflecting element located on the second image light path operable to reflect image light toward the second projection lens on the second image light path; and a first polarisation modulator located on the first image light path for rotating the polarisation of image light of the first image light path to provide images of a first or second output polarisation state; a second polarisation modulator located on the second image light path for rotating the polarisation of image light of the second image light path to provide images of the first or second output polarisation state;
Moulded case circuit breaker comprising: - at least a first contact branch comprising at least a first contact element and at least a first support element of the first contact element, at least a first connection terminal electrically connected to, or integrated into, the first support element; - an actuating mechanism of the first support element adapted to move the latter so that the first contact element can be moved from a rest position to a working position and vice versa; - a first case housing and supporting the first contact branch and the actuating mechanism; - a second contact branch comprising at least a second contact element, adapted to be contacted by the first contact element when this is in the working position; characterized in that: - said second contact branch comprises at least a second support element of the second contact element and at least a second connection terminal electrically connected to, or integrated into, the second support element; - said moulded case circuit breaker comprises a second case coupled to the first case housing and supporting the second contact branch; - said moulded case circuit breaker comprises at least one fastening element (31, 32) adapted to couple and maintain the first and the second case stably fixed to each other. - at least a first contact branch comprising at least a first contact element and at least a first support element of the first contact element, at least a first connection terminal electrically connected to, or integrated into, the first support element; - an actuating mechanism of the first support element adapted to move the latter so that the first contact element can be moved from a rest position to a working position and vice versa; - a first case housing and supporting the first contact branch and the actuating mechanism; - a second contact branch comprising at least a second contact element, adapted to be contacted by the first contact element when this is in the working position; - said second contact branch comprises at least a second support element of the second contact element and at least a second connection terminal electrically connected to, or integrated into, the second support element; - said moulded case circuit breaker comprises a second case coupled to the first case housing and supporting the second contact branch; - said moulded case circuit breaker comprises at least one fastening element (31, 32) adapted to couple and maintain the first and the second case stably fixed to each other.