mhurhangee/patent-ind-claim-en huggingface dataset:
Formable lightweight structural steel having improved mechanical properties and a high resistance to delayed hydrogen-induced crack formation and hydrogen embrittlement, consisting of the following elements (in wt.%): C 0.03 to ≤ 0.5, in a particularly advantageous manner 0.1 to 0.35 Mn 5 to 9 Si 0.1 to 3, in a particularly advantageous manner 0.1 to 1 Al 0.1 to 4, in a particularly advantageous manner 1 to 3.5 Cr > 0.1 to 5, in particularly advantageous manner 0.5 to 4 V 0.005 to 1, in a particularly advantageous manner 0.02 to 0.1 P max. 0.1 S max. 0.1 N max. 0.03 Sb 0.005 to 0.3, in a particularly advantageous manner 0.01 to 0.1 and optionally one or more of the following carbide-forming elements in the contents indicated (in wt.%): Mo 0.05 to 2 Ti 0.01 to 2 Nb 0.005 to 1 W 0.005 to 1 Zr 0.001 to 0.3, with the remainder being iron, including typical steel-associated elements, with a further optional addition of the following elements in wt.%: Ni max. 5, Co max. 10, Ca. max. 0.005, B max. 0.01 and Cu 0.05 to 2. C 0.03 to ≤ 0.5, in a particularly advantageous manner 0.1 to 0.35 Mn 5 to 9 Si 0.1 to 3, in a particularly advantageous manner 0.1 to 1 Al 0.1 to 4, in a particularly advantageous manner 1 to 3.5 Cr > 0.1 to 5, in particularly advantageous manner 0.5 to 4 V 0.005 to 1, in a particularly advantageous manner 0.02 to 0.1 P max. 0.1 S max. 0.1 N max. 0.03 Sb 0.005 to 0.3, in a particularly advantageous manner 0.01 to 0.1 Mo 0.05 to 2 Ti 0.01 to 2 Nb 0.005 to 1 W 0.005 to 1 Zr 0.001 to 0.3, with the remainder being iron, including typical steel-associated elements, with a further optional addition of the following elements in wt.%: Ni max. 5, Co max. 10, Ca. max. 0.005, B max. 0.01 and Cu 0.05 to 2.
A method of production of a carbamic acid ester, comprising: reacting an amine, carbon dioxide, and an alkoxysilane compound in the presence of a catalyst containing a zinc compound.
A control moment gyroscope (CMG) module for use in a satellite comprising :- a single CMG, the CMG comprising :- a flywheel assembly mounted on a gimbal assembly, the flywheel assembly comprising a flywheel rim , a flywheel spokes member and a flywheel shaft , the flywheel rim circumscribing the flywheel shaft , and the flywheel spokes member extending between the flywheel shaft and the flywheel rim ; the gimbal assembly comprising at least one gimbal and a spin motor , the spin motor for rotating the flywheel assembly about a first axis; and a torque shaft and a torque motor for rotating the at least one gimbal about a second axis; a first shell housing ; a second shell housing ; wherein the second shell housing is joined to the first shell housing by a hermetic seal to form a hermetically sealed housing having an airtight interior for containing the single CMG; and at least two vibration isolators supporting the single CMG within the hermetically sealed housing with a first one of the at least two vibration isolators mounted on the inner surface of the first shell housing and a second one of the at least two vibration isolators mounted on the inner surface of the second shell housing , and wherein the first one and the second one of the at least two vibration isolators support opposed ends of the gimbal assembly. a single CMG, the CMG comprising :- a flywheel assembly mounted on a gimbal assembly, the flywheel assembly comprising a flywheel rim , a flywheel spokes member and a flywheel shaft , the flywheel rim circumscribing the flywheel shaft , and the flywheel spokes member extending between the flywheel shaft and the flywheel rim ; the gimbal assembly comprising at least one gimbal and a spin motor , the spin motor for rotating the flywheel assembly about a first axis; and a torque shaft and a torque motor for rotating the at least one gimbal about a second axis; a flywheel assembly mounted on a gimbal assembly, the flywheel assembly comprising a flywheel rim , a flywheel spokes member and a flywheel shaft , the flywheel rim circumscribing the flywheel shaft , and the flywheel spokes member extending between the flywheel shaft and the flywheel rim ; the gimbal assembly comprising at least one gimbal and a spin motor , the spin motor for rotating the flywheel assembly about a first axis; and a torque shaft and a torque motor for rotating the at least one gimbal about a second axis; a first shell housing ; a second shell housing ; wherein the second shell housing is joined to the first shell housing by a hermetic seal to form a hermetically sealed housing having an airtight interior for containing the single CMG; and at least two vibration isolators supporting the single CMG within the hermetically sealed housing with a first one of the at least two vibration isolators mounted on the inner surface of the first shell housing and a second one of the at least two vibration isolators mounted on the inner surface of the second shell housing , and wherein the first one and the second one of the at least two vibration isolators support opposed ends of the gimbal assembly.
A board for a stringed instrument which forms a front plate or a back plate of a stringed instrument, the board comprising: a veneer that includes a concave portion formed on a back surface of the veneer for partially reducing the thickness of the veneer , wherein the veneer is curved to be convex toward one surface side, characterized in that a back surface plate is laminated on the entire surface of the back surface of the veneer . a veneer that includes a concave portion formed on a back surface of the veneer for partially reducing the thickness of the veneer , wherein the veneer is curved to be convex toward one surface side, characterized in that a back surface plate is laminated on the entire surface of the back surface of the veneer .
A transporter comprising at least one elongated cartridge configured for collecting bales sequentially from the ground and defining an elongated hollow interior region and terminating at one end in a forward open mouth configured to accommodate a bale into the hollow interior region , the cartridge defining a longitudinally extending main central axis , characterised in that at least one first guide roller comprising one of a frusto-conical roller and a cylindrical roller is rotatably mounted adjacent the forward open mouth and is configured for urging a bale on the ground into alignment with the forward open mouth of the cartridge as the cartridge is being advanced towards the bale for capturing the bale in the hollow interior region .
Method for controlling a deceleration device of a motor vehicle , wherein a control apparatus , at the beginning of or during a braking process in which the deceleration device prompts vehicle deceleration, receives a request signal from a vehicle component for the vehicle deceleration , characterized in that the control apparatus : - ascertains an integrity level of the vehicle component , - ascertains, during the braking process (A), a time profile for deceleration performance of the deceleration device that is obtained as a result of the vehicle deceleration, - ascertains, for different times, a respective current minimum integrity level that is at least necessary for the time profile ascertained hitherto, and - performs performance limitation for the request signal if the current minimum integrity level is higher than the integrity level of the vehicle component . - ascertains an integrity level of the vehicle component , - ascertains, during the braking process (A), a time profile for deceleration performance of the deceleration device that is obtained as a result of the vehicle deceleration, - ascertains, for different times, a respective current minimum integrity level that is at least necessary for the time profile ascertained hitherto, and - performs performance limitation for the request signal if the current minimum integrity level is higher than the integrity level of the vehicle component .
A transvaginal stimulation device , comprising: a probe body sized to fit entirely within a vaginal cavity of a female patient, the probe body having a length extending in a longitudinal direction, a width extending in a lateral direction, and a depth extending perpendicular to the length and width, the probe body having a stimulating side defined by the length and the width of the probe body , the probe body having a pair of convex regions longitudinally extending along the stimulating side of the probe body , and a concave region longitudinally extending along the stimulating side of the probe body between the pair of convex regions; and a pair of electrodes respectively disposed on peaks of the pair of convex regions of the probe body and laterally spaced from each other, such that the concave region is disposed between the pair of electrodes . a probe body sized to fit entirely within a vaginal cavity of a female patient, the probe body having a length extending in a longitudinal direction, a width extending in a lateral direction, and a depth extending perpendicular to the length and width, the probe body having a stimulating side defined by the length and the width of the probe body , the probe body having a pair of convex regions longitudinally extending along the stimulating side of the probe body , and a concave region longitudinally extending along the stimulating side of the probe body between the pair of convex regions; and a pair of electrodes respectively disposed on peaks of the pair of convex regions of the probe body and laterally spaced from each other, such that the concave region is disposed between the pair of electrodes .
An electric heater for heating a substance inside a tank , the electric heater comprising : - at least one resistive wire adapted to be connected to a source of electricity; and - at least one first thermally conductive sheet made of metal fixed to the at least one resistive wire ; the electric heater being characterized in that said at least one resistive wire is provided with a sheath made of electrically insulating material; the electric heater comprising - at least two protective layers made of polymer material, fixed to each other; wherein the at least one resistive wire and the at least a first sheet are arranged between the at least two protective layers . - at least one resistive wire adapted to be connected to a source of electricity; and - at least one first thermally conductive sheet made of metal fixed to the at least one resistive wire ; the electric heater being characterized in that said at least one resistive wire is provided with a sheath made of electrically insulating material; the electric heater comprising - at least two protective layers made of polymer material, fixed to each other; wherein the at least one resistive wire and the at least a first sheet are arranged between the at least two protective layers .
A radio-frequency excited gas laser, comprising: a housing containing the gas; a first electrode elongated along a longitudinal axis; a second electrode elongated along the longitudinal axis and parallel to the first electrode , the first and second electrodes located in the housing and mutually separated by a distance D; and a dielectric slab located between the first and second electrodes that defines a gain volume when the gas is excited by a radio-frequency field, the dielectric slab having opposite first and second surfaces parallel to the first and second electrodes ; wherein the first surface of the dielectric slab is substantially separated from the first electrode by a first gap (d 1 ) and the second surface of the dielectric slab is substantially separated from the second electrode by a second gap (d 2 ). a housing containing the gas; a first electrode elongated along a longitudinal axis; a second electrode elongated along the longitudinal axis and parallel to the first electrode , the first and second electrodes located in the housing and mutually separated by a distance D; and a dielectric slab located between the first and second electrodes that defines a gain volume when the gas is excited by a radio-frequency field, the dielectric slab having opposite first and second surfaces parallel to the first and second electrodes ; wherein the first surface of the dielectric slab is substantially separated from the first electrode by a first gap (d 1 ) and the second surface of the dielectric slab is substantially separated from the second electrode by a second gap (d 2 ).
Date mechanism comprising a date mobile comprising toothing with 31 teeth, a year cam in the form of a radial cam arranged concentrically with the date mobile and formed of twelve sectors associated with the different months of the year, and a drive mobile effecting one revolution in twenty four hours and carrying a date finger and a make-up finger , the date finger being arranged to cooperate with the toothing of the date mobile so as to drive the latter in a stepping manner, the date mobile for its part being arranged to drive the year cam at a rate of 1/12 th of a turn per revolution of the date mobile, the date mechanism further comprising a cam follower movably mounted on the date mobile so as to be able to follow the profile of the year cam while being connected for conjoint rotation with the date mobile , the follower comprising a toothing portion comprising at least one active flank , the toothing portion being movable relative to the date mobile so as to be able to selectively occupy an inactive position and at least one active position depending on the angular position of the follower with respect to the profile of the year cam , the active flank being able to be located on the trajectory of the make-up finger and to cooperate with the latter when the toothing portion is in the active position, whereas it is constantly outside the range of the make-up finger when the toothing portion is in the inactive position; characterised in that the date mobile is in the form of a crown, the internal toothing of which has 31 teeth, and in that the year cam is an annular cam, the internal profile of which has an alternating arrangement of notches and platforms .
A charged particle beam generator comprising: a plug configured to introduce a high voltage from outside to a charged particle source in a vacuum; and a socket to which the charged particle source is attached, characterized in that a field limiting ring electrically connected to only one of a plurality of high voltage introducing conductors is embedded inside a tip of the plug , and wherein the plurality of high voltage introducing conductors are arranged to penetrate the field limiting ring . a plug configured to introduce a high voltage from outside to a charged particle source in a vacuum; and a socket to which the charged particle source is attached, characterized in that a field limiting ring electrically connected to only one of a plurality of high voltage introducing conductors is embedded inside a tip of the plug , and wherein the plurality of high voltage introducing conductors are arranged to penetrate the field limiting ring .
Tyre having a tread delimited by two edges , said tread comprising a circumferential groove and a plurality of transverse grooves , each transverse groove extending from one of the edges of the tread as far as a first end of said transverse groove , at least one transverse groove of the plurality of transverse grooves having a bottom that meets the first end , forming a first inclined wall , said tread comprising a transverse sipe disposed between two transverse grooves , said transverse sipe extending from the circumferential groove as far as a second end of said transverse sipe , characterized in that said transverse sipe has a bottom that meets said second end , forming a second inclined wall , said second inclined wall crossing said first inclined wall in a radial section plane (A-A) and along a projection of said inclined walls in this radial section plane (A-A), Here, a "radial section plane" means any plane extending in a radial direction and in a transverse direction and passing through the axis of rotation of the tyre, and a "projection" of the inclined wall on a radial section plane means an orthogonal projection of this inclined wall in this section plane over a certain projection distance.
A helical antenna comprising: a plurality of conductive helical traces wound about a common longitudinal antenna axis of the antenna for transmitting or receiving a signal at a frequency band; each of the conductive helical traces being connected to a respective port of the antenna via a respective launch line ; and at least one conductive component insulated from the conductive helical traces and at least partially superimposed over at least one of the conductive helical traces ; wherein the at least one conductive component comprises a plurality of separated conductive patches , wherein each conductive helical trace is at least partially superimposed by a conductive patch , the conductive patches having a pitch of 0° such that the longitudinal axes of the conductive patches are generally parallel to the bottom of the helical antenna, characterized by each patch having a length that is less than a full rotation about the longitudinal antenna axis and each conductive patch being positioned at the same height as measured from the bottom of the helical antenna. a plurality of conductive helical traces wound about a common longitudinal antenna axis of the antenna for transmitting or receiving a signal at a frequency band; each of the conductive helical traces being connected to a respective port of the antenna via a respective launch line ; and at least one conductive component insulated from the conductive helical traces and at least partially superimposed over at least one of the conductive helical traces ; wherein the at least one conductive component comprises a plurality of separated conductive patches , wherein each conductive helical trace is at least partially superimposed by a conductive patch , the conductive patches having a pitch of 0° such that the longitudinal axes of the conductive patches are generally parallel to the bottom of the helical antenna, characterized by each patch having a length that is less than a full rotation about the longitudinal antenna axis and each conductive patch being positioned at the same height as measured from the bottom of the helical antenna.
Sash unit of a scissor of a fitting for a tiltable sash of a window or a door, for insertion into a C-shaped sash groove in the notch of a sash profile of the sash , having a scissor guide to be fastened to the sash and a scissor rod movable relative to the scissor guide in the operating state, wherein the scissor rod in the operating state is displaceable in the longitudinal direction relative to the scissor guide between a closing position and a tilting position and wherein a bearing slot is provided on the scissor guide for the rotation-displacement bearing of a scissor leg of the scissor , characterised in that the scissor guide and the scissor rod are prefixed in a pre-assembly position between the closing position and the tilting position for insertion into the sash groove so that in the operating state the relative displaceability of the scissor rod with respect to the scissor guide is lost, wherein the prefixing is designed as a form-fit connection between the scissor guide and the scissor rod and wherein the form-fit connection comprises at least one fixing pin and one pin opening for engagement of the fixing pin , wherein the fixing pin can be sheared off during a relative movement of the scissor rod with respect to the scissor guide , in particular wherein the fixing pin has a predetermined breaking point .
A method of compensating for ambient temperature using a single temperature sensor comprising: receiving a sensor signal from an analyte sensor; detecting a temperature measurement from a temperature sensor; determining , with a processor, an ambient-compensated temperature from the temperature measurement using an offset term based on a core body temperature; and determining , with the processor, a temperature-compensated analyte sensor signal with the thus determined ambient-compensated temperature. receiving a sensor signal from an analyte sensor; detecting a temperature measurement from a temperature sensor; determining , with a processor, an ambient-compensated temperature from the temperature measurement using an offset term based on a core body temperature; and determining , with the processor, a temperature-compensated analyte sensor signal with the thus determined ambient-compensated temperature.
A tissue mesher comprising: a platform; and an array of needles fixed on the platform, wherein the needles are arranged in a staggered fashion, and wherein the needles are configured to penetrate the skin at various predetermined depths. a platform; and an array of needles fixed on the platform, wherein the needles are arranged in a staggered fashion, and wherein the needles are configured to penetrate the skin at various predetermined depths.
A method of communication in a wireless communications network , comprising: receiving, by a user equipment, UE, , a discovery reference signal, DRS, at a received subframe, wherein a transmitted subframe of the DRS is unknown; determining, by the user equipment, UE, , a relative position of the received subframe with respect to a discovery window, defined by a DRS measurement timing configuration, comprising determining whether the DRS was transmitted in a first portion of the discovery window, a second portion of the discovery window, or outside of the discovery window; and selecting, by the user equipment, UE , a scrambling sequence for descrambling the received DRS from a plurality of scrambling sequences based on the relative position of the received subframe with respect to the discovery window. receiving, by a user equipment, UE, , a discovery reference signal, DRS, at a received subframe, wherein a transmitted subframe of the DRS is unknown; determining, by the user equipment, UE, , a relative position of the received subframe with respect to a discovery window, defined by a DRS measurement timing configuration, comprising determining whether the DRS was transmitted in a first portion of the discovery window, a second portion of the discovery window, or outside of the discovery window; and selecting, by the user equipment, UE , a scrambling sequence for descrambling the received DRS from a plurality of scrambling sequences based on the relative position of the received subframe with respect to the discovery window.
A stable, fluid, tubing mascara composition in the form of an oil-in-water emulsion comprising: (i) at least 7% by weight of the total composition of one or more film-forming aliphatic polyurethane resins; and (ii) one or more waxes; wherein the ratio of total aliphatic polyurethane resin concentration to total wax concentration is between 0.78 and 0.92. (i) at least 7% by weight of the total composition of one or more film-forming aliphatic polyurethane resins; and (ii) one or more waxes;