mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling for quick and easy attachment and detachment of a firearm accessory to a muzzle of a firearm, the coupling comprising a female member and a male member , the female member being provided with a throughgoing bore and further being provided with a number of successive threaded portions and unthreaded portions around a circumference of the throughgoing bore , wherein the male member around an outer circumference being provided with the same number of successive threaded portions and unthreaded portions as the female member , wherein the female member further is provided with a groove arranged around an outer circumference of the female member and a through-going slit extending from the groove to an end of the female member , the male member being provided with a number of recesses arranged around an outer circumference of the male member , the coupling further comprises a resilient lock element being arranged in the groove , one end of the resilient lock member being bent to form a protruding part from the resilient lock element , the protruding part being arranged and accommodated in the through-going slit of the female member , the protruding part extending a distance into the through-going bore of the female member, the protruding part being received in one of the recesses of the male member .
A thread compensator for use with a tubular gripping assembly, characterised by : an inner lift ring rotatably coupled to an outer lift ring ; and a compensation cylinder for coupling the outer lift ring to a non-rotating portion of the tubular gripping assembly, wherein the inner lift ring is rotatable with a rotating portion of the tubular gripping assembly. an inner lift ring rotatably coupled to an outer lift ring ; and a compensation cylinder for coupling the outer lift ring to a non-rotating portion of the tubular gripping assembly, wherein the inner lift ring is rotatable with a rotating portion of the tubular gripping assembly.
A dispersant for use at the interface between an organic medium and a particulate solid, said dispersant comprising a surface active reaction product of a polyether functionalized polyacid reacted with an aminic polybasic species and salts thereof, wherein said polyether functionalized polyacid species comprises a polyacid portion of 10 to 500 repeat units, said polyacid portion comprising at least two free acid groups selected from the types consisting of a carboxylic acid, salt of a carboxylic acid, anhydride of a dicarboxylic acid, acid from phosphorus, and acid from sulfur, and said repeat units being derived from free-radically polymerizing monomers that had contained a polymerizable carbon-to-carbon double bond, wherein said polyether functionalized polyacid comprises two or more polyether segments with an oxygen or aminic group (J) near a terminus of the polyether and connected to said polyacid portion via ester, amide, and/or imide linkages, wherein said two or more polyether segments comprises a polyether segment of the Q' type having the formula -J-(C δ H 2δ -O) T -(CH 2 CH 2 O) X -R 2 where δ is 3 and/or 4, -J- is -O-, -N(H)-, or >N-, T is from 4 to 45 total C 3 and C 4 alkylene oxide repeat units and X is up to 45 repeat units of ethylene oxide per segment, and R 2 is a hydrocarbyl group with up to 36 carbon atoms, and/or a polyether segment of G' type having the formula -J-( C δ H 2δ -O) L -(CH 2 CH 2 O) M -R 1 , where δ is 3 and/or 4, -J- is -O-, -N(H)-, or >N-, M is from 3 to 60 ethylene oxide units and L is up to 20 total C 3 and C 4 alkylene oxide units per segment, and R 1 is a hydrocarbyl group with up to 36 carbon atoms, in one embodiment M must be greater than L , and in one embodiment the ratio of M : L after rounding to two places past the decimal is at least 1.50:1 or more desirably at least 2.00:1 and in one embodiment T + X must equal or be greater than 8 and the ratio of X:T after rounding to two places past the decimal is less than 1.50:1 and more desirably less than 1.40:1; wherein the number ratio of said acid groups of said polyacid to carbonyl groups in the form of an ester, amide or imide type functionalized with G' type polyether segments to carbonyl in the form of an ester, amide, or imide type functionalized with Q' type polyether segments is from 20-90:0-35:5-80 wherein the amount of Q' is further defined as the sum of variables Q a ' + Q b ' where Q a ' is the portion of Q where J is -N(H)- or >N- and Q b ' is the portion of Q' where J is -O-;with the provisions that a) the sum of G' + Q a ' must together total at least 2.5 more desirably 5, and b) Q a ' +Q b ' + G' must total at least 10; wherein said aminic polybasic species comprises a polyamine that may be linear or branched having a molecular weight from 140 to 100,000 g/mole; wherein said reaction product includes two or more ionic and/or covalent bonds between said polyether functionalized polyacid and said aminic polybasic species and the weight ratio of the polyether functionalized polyacid to the aminic polybasic species is from 1:1 to 35:1, more desirably 1:1 to 30:1, and preferably 2:1 to 30:1.
Method for digital, bidirectional data transmission between a position measuring system (3-7) and a motor control device and/or an evaluating unit based on the transmission of frames of predetermined bit length in chronologically sequential time slots (28-30), wherein a primary master communicates via a two-wire bus line with the position measuring system (3-7) and/or the motor unit and/or the evaluating unit with a primary slave arranged there, wherein a cyclically repeating data frame comprising at least three chronologically sequential time slots is present, characterised in that further sub-slaves are coupled in parallel to the primary slave , which sub-slaves communicate on the same bus line which the primary master uses with the primary slave , in that the primary master in the first time slot emits and/or receives data, in that in the second time slot , only the data response of the primary slave is transmitted to the primary master in the form of time-critical position data, and in that in the third time slot , further data (36, 36a-d) are transferred from the primary slave and/or the sub-slaves connected in parallel thereto, to the primary master , and in the third time slot , in addition, the primary slave and the sub-slaves connected thereto communicate with one another.
A method of wireless communication by a wireless station, STA, associated with an access point, AP, belonging to a multiple basic service set identifier, BSSID, set, the method comprising: receiving a management frame carrying a traffic indication map, TIM, element including a partial virtual bitmap containing a group association identifier, AID, mapping; and receiving a trigger frame containing at least one AID value. receiving a management frame carrying a traffic indication map, TIM, element including a partial virtual bitmap containing a group association identifier, AID, mapping; and receiving a trigger frame containing at least one AID value.
Light guide for an interface module, in particular for a vehicle passenger compartment, for emitting or receiving a light beam in a cone extending in a transverse direction and centred about a plane inclined by an angle θ with respect to an optical axis (z) of the light guide, implemented in the form of a prism made of transparent material of index n GL , comprising: • an internal dioptre (δ int ) intended to face a printed circuit board carrying a light source or a light detector , forming a convergent lens the focal point of which is located at an expected position of the light source or of the light detector , • a first planar face oriented parallel to the optical axis (z) of the light guide, • a second planar face inclined with respect to the first planar face by an angle a, satisfying cos(α+θ) = (1+ε) n GL * cos3α, where ε is a number between -0.1 and 0.1, and characterized in that it comprises multiple internal dioptres (δ int ) aligned along a longitudinal axis (y) of the light guide and each intended to be arranged at the location of a light source or of a light detector , and in that it comprises at least one transverse portion the second planar face of which forms an angle α 1 different from the angle α with the first planar face so as to emit transverse beam portions at an angle θ 1 linked to the angle α 1 by the relationship cos(α 1 +θ 1 ) - (1+ε) n GL * cos3α 1 , where ε is a number between -0.1 and 0.1. • an internal dioptre (δ int ) intended to face a printed circuit board carrying a light source or a light detector , forming a convergent lens the focal point of which is located at an expected position of the light source or of the light detector , • a first planar face oriented parallel to the optical axis (z) of the light guide, • a second planar face inclined with respect to the first planar face by an angle a, satisfying cos(α+θ) = (1+ε) n GL * cos3α, where ε is a number between -0.1 and 0.1, and characterized in that it comprises multiple internal dioptres (δ int ) aligned along a longitudinal axis (y) of the light guide and each intended to be arranged at the location of a light source or of a light detector , and in that it comprises at least one transverse portion the second planar face of which forms an angle α 1 different from the angle α with the first planar face so as to emit transverse beam portions at an angle θ 1 linked to the angle α 1 by the relationship cos(α 1 +θ 1 ) - (1+ε) n GL * cos3α 1 , where ε is a number between -0.1 and 0.1.
Method for the surface treatment of flat products made of aluminium alloys, the method comprising: - pickling of the flat product ; - carrying out a colour measurement on the surface of the flat product to determine at least one measured colour value after pickling the flat product ; - generating output information on the basis of the at least one measured colour value, the output information being indicative of compliance with at least one default for the measured colour value; - outputting or triggering the output of the output information, the output information being characteristic of a need for error search and carrying out the error search; and - wherein the output information can provide an indication that there is an error in the process flow which is not directly attributed to the composition of at least one treatment solution for the pickling. - pickling of the flat product ; - carrying out a colour measurement on the surface of the flat product to determine at least one measured colour value after pickling the flat product ; - generating output information on the basis of the at least one measured colour value, the output information being indicative of compliance with at least one default for the measured colour value; - outputting or triggering the output of the output information, the output information being characteristic of a need for error search and carrying out the error search; and - wherein the output information can provide an indication that there is an error in the process flow which is not directly attributed to the composition of at least one treatment solution for the pickling.
A server , comprising: a processing unit configured to generate, as an encryption key of content, individual keys that are different for each new content recording processing under management of the server by random number generation processing, transmit the individual keys to a recording medium via a content recording device , and record and manage on the server the individual keys generated and provided for each new content recording processing and corresponding information of the individual keys , characterized in that the processing unit is further configured to record and manage on the server along with the individual keys provision destination information specifying the content recording device or the recording medium as management information. a processing unit configured to generate, as an encryption key of content, individual keys that are different for each new content recording processing under management of the server by random number generation processing, transmit the individual keys to a recording medium via a content recording device , and record and manage on the server the individual keys generated and provided for each new content recording processing and corresponding information of the individual keys , characterized in that the processing unit is further configured to record and manage on the server along with the individual keys provision destination information specifying the content recording device or the recording medium as management information.
A production system for a wind turbine component, the system comprising: an elongate mould assembly extending in a longitudinal direction (L), the mould assembly comprising a mould surface and having a width that varies in the longitudinal direction (L); first and second tracks defined respectively on opposite longitudinal sides of the mould surface , the tracks extending longitudinally; and a transport assembly moveable relative to the mould assembly in the longitudinal direction (L), the transport assembly comprising a pair of side supports arranged respectively to move along the first and second tracks , and a gantry supported above the mould assembly by the pair of side supports , the gantry extending transverse to the longitudinal direction (L), wherein the perpendicular distance (D) between the respective tracks varies along the length of the tracks ; and the transport assembly is configured such that the side supports move relative to one another in a direction (C) transverse to the longitudinal direction (L) in accordance with the varying distance between the tracks as the transport assembly moves in the longitudinal direction (L). an elongate mould assembly extending in a longitudinal direction (L), the mould assembly comprising a mould surface and having a width that varies in the longitudinal direction (L); first and second tracks defined respectively on opposite longitudinal sides of the mould surface , the tracks extending longitudinally; and a transport assembly moveable relative to the mould assembly in the longitudinal direction (L), the transport assembly comprising a pair of side supports arranged respectively to move along the first and second tracks , and a gantry supported above the mould assembly by the pair of side supports , the gantry extending transverse to the longitudinal direction (L), wherein the perpendicular distance (D) between the respective tracks varies along the length of the tracks ; and the transport assembly is configured such that the side supports move relative to one another in a direction (C) transverse to the longitudinal direction (L) in accordance with the varying distance between the tracks as the transport assembly moves in the longitudinal direction (L).
A method of wireless communications by a user equipment, UE, comprising: identifying a system bandwidth value of a cell; identifying a UE bandwidth capability ; determining a UE-specific set of bandwidth parts each having a UE-specific bandwidth based on the system bandwidth value and the LTE bandwidth capability , wherein each bandwidth part is a portion of a system bandwidth that may be used as a component carrier; determining , by detecting in a first one of the LTE-specific set of bandwidth parts, presence of at least one of a physical broadcast channel, PBCH, or a synchronization signal; performing rate matching for one or more other channels based on the presence of at least one of the PBCH or the synchronization signal, comprising performing at least one of a timing tracking or a frequency tracking for the one or more other channels of a second one of the UE-specific set of bandwidth parts based on the detecting of the presence in the first one of the LTE-specific set of bandwidth parts; and communicating with the cell using at least one of the UE-specific set of bandwidth parts . identifying a system bandwidth value of a cell; identifying a UE bandwidth capability ; determining a UE-specific set of bandwidth parts each having a UE-specific bandwidth based on the system bandwidth value and the LTE bandwidth capability , wherein each bandwidth part is a portion of a system bandwidth that may be used as a component carrier; determining , by detecting in a first one of the LTE-specific set of bandwidth parts, presence of at least one of a physical broadcast channel, PBCH, or a synchronization signal; performing rate matching for one or more other channels based on the presence of at least one of the PBCH or the synchronization signal, comprising performing at least one of a timing tracking or a frequency tracking for the one or more other channels of a second one of the UE-specific set of bandwidth parts based on the detecting of the presence in the first one of the LTE-specific set of bandwidth parts; and communicating with the cell using at least one of the UE-specific set of bandwidth parts .
A turbine blade comprising: at least one cooling passage (15a to 15f) that is formed in the blade and extends in a blade height direction, wherein the at least one cooling passage (15a to 15f) comprises a final cooling passage that is the closest to a blade trailing edge, wherein the final cooling passage communicates with a trailing edge discharge passage which is adapted to discharge air that has been flow through the final cooling passage , wherein blade surfaces on a suction side and a pressure side are covered with thermal barrier coating , wherein a design point (P1) on the suction side is set on the blade surface on the suction side in each blade section perpendicular to the blade height direction within a range from a position on a back side of and including a throat position (S), at which a distance between turbine blades is the global minimum, to a position in front of and not including a position (R) of a tailing end of the final cooling passage , and wherein thickness distribution of the thermal barrier coating on the suction side of each blade section is configured such that a thickness of the thermal barrier coating is uniform from a blade leading edge to the design point (P1) and gradually reduces from the design point (P1) toward the back side up to the blade trailing edge. at least one cooling passage (15a to 15f) that is formed in the blade and extends in a blade height direction, wherein the at least one cooling passage (15a to 15f) comprises a final cooling passage that is the closest to a blade trailing edge, wherein the final cooling passage communicates with a trailing edge discharge passage which is adapted to discharge air that has been flow through the final cooling passage , wherein blade surfaces on a suction side and a pressure side are covered with thermal barrier coating , wherein a design point (P1) on the suction side is set on the blade surface on the suction side in each blade section perpendicular to the blade height direction within a range from a position on a back side of and including a throat position (S), at which a distance between turbine blades is the global minimum, to a position in front of and not including a position (R) of a tailing end of the final cooling passage , and wherein thickness distribution of the thermal barrier coating on the suction side of each blade section is configured such that a thickness of the thermal barrier coating is uniform from a blade leading edge to the design point (P1) and gradually reduces from the design point (P1) toward the back side up to the blade trailing edge.
A candle comprising: a container containing a volume of compressed wax beads inserted in an opening of the container; a solid wax topping layer deposited over the top of said volume of compressed wax beads so that said solid wax topping layer provides a continuous barrier between said volume of compressed wax beads and the opening in said container ; a wick centrally positioned in said container and of sufficient length to protrude from the bottom of said candle through the top surface of said solid wax topping layer , wherein the solid wax topping layer has a cone-shaped geometry extending into a conical void of said volume of compressed wax beads . a container containing a volume of compressed wax beads inserted in an opening of the container; a solid wax topping layer deposited over the top of said volume of compressed wax beads so that said solid wax topping layer provides a continuous barrier between said volume of compressed wax beads and the opening in said container ; a wick centrally positioned in said container and of sufficient length to protrude from the bottom of said candle through the top surface of said solid wax topping layer , wherein the solid wax topping layer has a cone-shaped geometry extending into a conical void of said volume of compressed wax beads .
Robot , - with a battery module , which contains a battery and a battery manager managing the battery , - wherein the battery manager is designed to put the battery module into a deep sleep mode (MT) in response to a sleep signal and to terminate the deep sleep mode (MT) in response to a wake-up signal , - wherein the robot is designed to generate the wake-up signal without using energy from the battery . - with a battery module , which contains a battery and a battery manager managing the battery , - wherein the battery manager is designed to put the battery module into a deep sleep mode (MT) in response to a sleep signal and to terminate the deep sleep mode (MT) in response to a wake-up signal , - wherein the robot is designed to generate the wake-up signal without using energy from the battery .
A processing device for flat material webs , in particular for folding material webs made out of paper or cellulose and/or plastic and/or wire mesh or wire mesh-reinforced materials and/or combinations of laminates of the aforementioned materials, wherein the device has an infeed table for feeding the material web as well as a longitudinal cutting device on the infeed table for longitudinally cutting the material web , wherein the longitudinal cutting device is equipped with at least one rotatable shaft with at least one, preferably with at least two, rotary knives , in particular circular knives, wherein the at least one rotatable shaft is spaced apart by a distance a from the installation base or ground in the operating state of the device, characterized in that the infeed table can be pivoted out of its operating position B into a maintenance position W, wherein the rotatable shaft in this maintenance position W is spaced apart by a larger distance a+x from the installation base or ground larger by comparison to distance a, and wherein, in the maintenance position W of the infeed table , - the rotatable shaft is replaceable, - and/or at least one rotary knive mounted on the rotatable shaft can be displaced along the shaft into an alternative position, and there fixed in place or mounted. wherein the longitudinal cutting device is equipped with at least one rotatable shaft with at least one, preferably with at least two, rotary knives , in particular circular knives, wherein the at least one rotatable shaft is spaced apart by a distance a from the installation base or ground in the operating state of the device, characterized in that the infeed table can be pivoted out of its operating position B into a maintenance position W, wherein the rotatable shaft in this maintenance position W is spaced apart by a larger distance a+x from the installation base or ground larger by comparison to distance a, and wherein, in the maintenance position W of the infeed table , - the rotatable shaft is replaceable, - and/or at least one rotary knive mounted on the rotatable shaft can be displaced along the shaft into an alternative position, and there fixed in place or mounted. - the rotatable shaft is replaceable, - and/or at least one rotary knive mounted on the rotatable shaft can be displaced along the shaft into an alternative position, and there fixed in place or mounted.