mhurhangee/patent-ind-claim-en huggingface dataset:
A torque rod comprising: a first annular portion elastically connected to a first attachment member located on an inner circumferential side of the first annular portion , the first attachment member being to be connected to a power unit; a second annular portion elastically connected to a second attachment member located on an inner circumferential side of the second annular portion , the second attachment member being to be connected to a vehicle; a connection stay portion extending radially outward from an outer circumferential part of the second annular portion and connecting with an outer circumferential part of the first annular portion , and including an upper branch portion that connects with an upper part of the first annular portion and a lower branch portion that has lower bending strength than the upper branch portion and connects with a lower part of the first annular portion ; a wall portion connecting with the first annular portion and the connection stay portion , and forming a cavity to which part of the first annular portion is exposed; and a projection portion projecting in an axial direction of the first annular portion from a site of the first annular portion exposed to the cavity , characterized in that the wall portion is located on an opposite side of an axial center position of the first annular portion from the projection portion . a first annular portion elastically connected to a first attachment member located on an inner circumferential side of the first annular portion , the first attachment member being to be connected to a power unit; a second annular portion elastically connected to a second attachment member located on an inner circumferential side of the second annular portion , the second attachment member being to be connected to a vehicle; a connection stay portion extending radially outward from an outer circumferential part of the second annular portion and connecting with an outer circumferential part of the first annular portion , and including an upper branch portion that connects with an upper part of the first annular portion and a lower branch portion that has lower bending strength than the upper branch portion and connects with a lower part of the first annular portion ; a wall portion connecting with the first annular portion and the connection stay portion , and forming a cavity to which part of the first annular portion is exposed; and a projection portion projecting in an axial direction of the first annular portion from a site of the first annular portion exposed to the cavity , characterized in that the wall portion is located on an opposite side of an axial center position of the first annular portion from the projection portion .
An immunogenic composition comprising at least one glycoconjugate from S. pneumoniae serotype 22F, wherein, said serotype 22F glycoconjugate has a molecular weight of between 1000 kDa and 12,500 kDa, wherein the saccharide to carrier protein ratio (w/w) is between 0.8 and 1.2 and wherein said carrier protein is CRM 197 .
A non-aqueous electrolyte solution comprising LiFSO 3 and a compound of the formula LiZ wherein Z is PF 6 , BF 4 , N(FSO 2 ) 2 , N(CF 3 SO 2 ) 2 , N(C 2 F 5 SO 2 ) 2 , PO 2 F 2 , or the non-aqueous electrolyte solution having a molar content ratio [FSO 3 ]/[Z] of FSO 3 [FSO 3 ] to Z of 3-1000.
A method of automatically wrapping a ream of paper, the method comprising: positioning a wrap sheet in a fully extended position; disposing the ream of paper on the wrap sheet to begin the wrapping process; securing at least one robotic arm to at least one perimeter portion of the wrap sheet ; controlling a tension of the wrap sheet via the at least one robotic arm ; pulling the at least one perimeter portion of the wrap sheet via the at least one robotic arm to ensure a taut condition of the wrap sheet ; rotating one of a first flap of the wrap sheet or a second flap of the wrap sheet in a direction toward a top portion of the ream of paper via the at least one robotic arm ; securing one of the first flap of the wrap sheet or the second flap of the wrap sheet to the top portion of the ream of paper via the at least one robotic arm ; rotating the other of the first flap of the wrap sheet or the second flap of the wrap sheet in a direction toward the top portion of the ream of paper via the at least one robotic arm ; and affixing the other of the first flap of the wrap sheet or the second flap of the wrap sheet to an outer surface of one of the second flap of the wrap sheet or the first flap of the wrap sheet via the at least one robotic arm to form a seam on the top portion of the ream of paper, wherein controlling a tension of the wrap sheet via the at least one robotic arm comprises controlling a transversal tension of the wrap sheet . positioning a wrap sheet in a fully extended position; disposing the ream of paper on the wrap sheet to begin the wrapping process; securing at least one robotic arm to at least one perimeter portion of the wrap sheet ; controlling a tension of the wrap sheet via the at least one robotic arm ; pulling the at least one perimeter portion of the wrap sheet via the at least one robotic arm to ensure a taut condition of the wrap sheet ; rotating one of a first flap of the wrap sheet or a second flap of the wrap sheet in a direction toward a top portion of the ream of paper via the at least one robotic arm ; securing one of the first flap of the wrap sheet or the second flap of the wrap sheet to the top portion of the ream of paper via the at least one robotic arm ; rotating the other of the first flap of the wrap sheet or the second flap of the wrap sheet in a direction toward the top portion of the ream of paper via the at least one robotic arm ; and affixing the other of the first flap of the wrap sheet or the second flap of the wrap sheet to an outer surface of one of the second flap of the wrap sheet or the first flap of the wrap sheet via the at least one robotic arm to form a seam on the top portion of the ream of paper, wherein controlling a tension of the wrap sheet via the at least one robotic arm comprises controlling a transversal tension of the wrap sheet .
A method for damping mechanical vibrations, especially torsional vibrations, in a vehicle which has a drive train with an internal combustion engine and an electric drive motor, wherein - a signal (e) which describes the instantaneous vibration behaviour of at least one vehicle component is subjected to a modal analysis, and - for at least one interference frequency contained in the signal (e) a compensation torque (Tm, Tm_0p5, Tm_1, Tm_3) which counteracts this interference frequency is generated by means of the electric drive motor, wherein the at least one interference frequency is determined by a Fourier analysis of the signal (e) which describes the instantaneous vibration behaviour of at least one vehicle component, characterised in that by means of an electronic unit (MO ASD) compensation torques (Tm_0p5, Tm_1, Tm_3) which are associated with a plurality of interference frequencies contained in the signal (e) are determined and these are superposed on the compensation torque (Tm) to be generated by the electric drive motor, so that an overall compensation torque (T_asd) is generated which is impressed on the drive train by way of the electric drive motor, and wherein the curve of the compensation torque (Tm_0p5, Tm_1, Tm_3) which is associated with an interference frequency is generated based on the superposition of two periodic test signals which are phase-shifted by 90°, which in each case have a frequency corresponding to the interference frequency considered, and wherein a first or a second test output signal (x 1 , x 2 ) is generated from each of the test signals by means of a predetermined transmission function (G_TM2Nadot) which describes the transmission behaviour between the electric drive motor and the at least one vehicle component, and wherein a first or second adaption coefficient (Ad_sin, Ad_cos) is generated from the first or second test output signal (x 1 , x 2 ) and the signal (e) which describes the instantaneous vibration behaviour of the at least one vehicle component by means of a predetermined least-mean-square algorithm and said coefficient is multiplied with the associated first or second test signal to give a first or second correction term (α x sin ω t, β x cos ω t). - a signal (e) which describes the instantaneous vibration behaviour of at least one vehicle component is subjected to a modal analysis, and - for at least one interference frequency contained in the signal (e) a compensation torque (Tm, Tm_0p5, Tm_1, Tm_3) which counteracts this interference frequency is generated by means of the electric drive motor, wherein the at least one interference frequency is determined by a Fourier analysis of the signal (e) which describes the instantaneous vibration behaviour of at least one vehicle component, characterised in that
A mounting arrangement for an electrical contactor, comprising: a panel ; a post having a first end and a second end protruding from the panel, the first end configured to connect to an electrical contactor, the second end configured to connect to an electrical bus bar ; and a cold plate extending about the post and overlaying the panel , wherein the cold plate is in thermal communication with the post for transferring heat between the cold plate and the post ; characterized in that the cold plate has an inlet and an outlet , and defines with its interior a coolant channel , the coolant channel overlaying the panel; wherein the coolant channel is a first coolant channel , and wherein the cold plate defines a second coolant channel overlaying the panel; and wherein the first coolant channel and the second coolant channel are disposed on laterally opposite sides of the post . a panel ; a post having a first end and a second end protruding from the panel, the first end configured to connect to an electrical contactor, the second end configured to connect to an electrical bus bar ; and a cold plate extending about the post and overlaying the panel , wherein the cold plate is in thermal communication with the post for transferring heat between the cold plate and the post ; characterized in that the cold plate has an inlet and an outlet , and defines with its interior a coolant channel , the coolant channel overlaying the panel;
A method for performing capillary nanoprinting, comprising the steps of: a) providing a device comprising at least one monolithic combination of a substrate and one or more contact elements , wherein at least parts of the contact elements have a porous structure, preferably also at least parts of the substrate have a porous structure, more preferably the whole monolithic combination has a porous structure; b) providing a surface to be printed; c) providing an ink in at least part of the porous structure of the monolithic combination; d) reducing the distance between the surface to be printed and the contact elements to form one or more capillary bridges of ink between the contact elements and the surface to be printed; e) subsequently increasing the distance between the contact elements and the surface to be printed, wherein the contact elements and surface can be kept at a certain constant distance from each other after approach and before increasing the distance for a selected time or increasing the distance can be done immediately after the approach of contact elements and surface has ended. a) providing a device comprising at least one monolithic combination of a substrate and one or more contact elements , wherein at least parts of the contact elements have a porous structure, preferably also at least parts of the substrate have a porous structure, more preferably the whole monolithic combination has a porous structure; b) providing a surface to be printed; c) providing an ink in at least part of the porous structure of the monolithic combination; d) reducing the distance between the surface to be printed and the contact elements to form one or more capillary bridges of ink between the contact elements and the surface to be printed; e) subsequently increasing the distance between the contact elements and the surface to be printed, wherein the contact elements and surface can be kept at a certain constant distance from each other after approach and before increasing the distance for a selected time or increasing the distance can be done immediately after the approach of contact elements and surface has ended.
Process for producing a seat, comprising at least the following steps: (A) provision of at least one first and at least one second layer of composite material , in each case containing fibres which in each case are embedded in a thermoplastic polymer, (B) thermoforming of the at least one first layer of composite material to form a lower seat shell, (C) thermoforming of the at least one second layer of composite material to form an upper seat shell, (D) positioning of the lower seat shell and the upper seat shell in a tool so that a gap is formed between the two seat shells, (E) introduction of foamed particles composed of a thermoplastic polymer into the gap and (F) pressing together of the two seat shells and the foamed particles in order to obtain the seat. (A) provision of at least one first and at least one second layer of composite material , in each case containing fibres which in each case are embedded in a thermoplastic polymer, (B) thermoforming of the at least one first layer of composite material to form a lower seat shell, (C) thermoforming of the at least one second layer of composite material to form an upper seat shell, (D) positioning of the lower seat shell and the upper seat shell in a tool so that a gap is formed between the two seat shells, (E) introduction of foamed particles composed of a thermoplastic polymer into the gap and (F) pressing together of the two seat shells and the foamed particles in order to obtain the seat.
A method for amplifying a target nucleic acid sequence in a biological sample during amplification comprising the steps of: adding a thermostable polymerase and primers configured for amplification of the target nucleic acid sequence to the biological sample, wherein the ratio of polymerase to total primer concentration is 0.03-0.4: 1, and the polymerase concentration is at least 0.5 μM; and amplifying the target nucleic acid sequence by polymerase chain reaction by thermally cycling the biological sample between at least a denaturation temperature and an elongation temperature through a plurality of amplification cycles using an extreme temperature cycling profile wherein each cycle is completed in less than 10 seconds. adding a thermostable polymerase and primers configured for amplification of the target nucleic acid sequence to the biological sample, wherein the ratio of polymerase to total primer concentration is 0.03-0.4: 1, and the polymerase concentration is at least 0.5 μM; and amplifying the target nucleic acid sequence by polymerase chain reaction by thermally cycling the biological sample between at least a denaturation temperature and an elongation temperature through a plurality of amplification cycles using an extreme temperature cycling profile wherein each cycle is completed in less than 10 seconds.
A varnish which is suitable for formulating intaglio inks, comprising a bio-renewable iso-alkane vegetable oil-based solvent, oxidatively curable materials, and high acid value resins having an acid number of 100-160 mgKOH/g, wherein the varnish is mineral oil-free; wherein the oxidatively curable materials comprise an epoxy ester and/or a urethane modified alkyd.
A fan system with at least two fans , which are arranged next to one another in a horizontal position to be rotatable about their vertical axes, wherein each fan is provided with a flap , which is movable between an open position, in which the flap is inclined with respect to the vertical, and a closed position, in which it overlies the associated fan , and wherein the fans are surrounded by a frame , to which the flaps are secured with hinges , characterised in that each flap has a formation which extends beyond the hinges and which, in the open position, limits the opening angle to < 90°, that fastened to the formation of the flaps there is at least one counterweight acting in the opening direction and that the open position is produced by the airflow from the associated fan and the closed position is produced by gravity.
An electrical installation system comprising a circuit interrupter , an electrical connection point such as a socket, and a power cable electrically connecting the circuit interrupter and the electrical connection point ; wherein the circuit interrupter comprises a responder such as an indicator light or sounding body; characterized in that the electrical connection point comprises a responder terminal : and in that the power cable comprises a responder wire connecting the responder of the circuit interrupter with the responder terminal of the electrical connection point ; and in that the electrical installation system is configured to activate the responder when electrical contact is made between the responder terminal and a phase carrying wire of the electrical connection point . wherein the circuit interrupter comprises a responder such as an indicator light or sounding body; characterized in that the electrical connection point comprises a responder terminal : and in that the power cable comprises a responder wire connecting the responder of the circuit interrupter with the responder terminal of the electrical connection point ; and in that the electrical installation system is configured to activate the responder when electrical contact is made between the responder terminal and a phase carrying wire of the electrical connection point .
A magnetic chuck that attracts and retains a workpiece by a magnetic force of a permanent magnet , characterized by a first cylinder and a second cylinder that are arranged in series with each other, wherein a first piston of the first cylinder includes the permanent magnet, a piston rod connected to the first piston is inserted into a second piston of the second cylinder, a stopper configured to abut against the second piston is fixed to the piston rod, and a position of the stopper relative to the piston rod is configured to be changed, wherein the first cylinder includes a first air chamber disposed on one side of the first piston and a second air chamber disposed on another side of the first piston, the second cylinder includes a third air chamber disposed on one side of the second piston, and a third port through which air is supplied to and exhausted from the third air chamber. a first cylinder and a second cylinder that are arranged in series with each other, wherein a first piston of the first cylinder includes the permanent magnet, a piston rod connected to the first piston is inserted into a second piston of the second cylinder, a stopper configured to abut against the second piston is fixed to the piston rod, and a position of the stopper relative to the piston rod is configured to be changed, wherein the first cylinder includes a first air chamber disposed on one side of the first piston and a second air chamber disposed on another side of the first piston, the second cylinder includes a third air chamber disposed on one side of the second piston, and a third port through which air is supplied to and exhausted from the third air chamber.
Connection system for the connection of at least two components , in particular of a motor vehicle, having - at least one connection between the components , which connection has at least one component and at least one connection unit which is arranged and/or configured on the component and provides at least one connection surface of the connection , at least one property of the connection unit being variable in a targeted manner in such a way that an adhesion capability of the connecting surface can be set, and - at least one control and/or regulating unit which is set up to load the connection unit of the connection with at least one external influencing variable in a targeted manner in such a way that the at least one property of the connection unit is variable in a targeted manner in order to set the adhesion capability of the connection surface of the connection unit , characterized in that the control and/or regulating unit is set up to load the connection unit in a targeted manner with the at least one external influencing variable in a manner which is dependent on a detected instantaneous acoustic behaviour of the motor vehicle. - at least one connection between the components , which connection has at least one component and at least one connection unit which is arranged and/or configured on the component and provides at least one connection surface of the connection , at least one property of the connection unit being variable in a targeted manner in such a way that an adhesion capability of the connecting surface can be set, and - at least one control and/or regulating unit which is set up to load the connection unit of the connection with at least one external influencing variable in a targeted manner in such a way that the at least one property of the connection unit is variable in a targeted manner in order to set the adhesion capability of the connection surface of the connection unit , characterized in that the control and/or regulating unit is set up to load the connection unit in a targeted manner with the at least one external influencing variable in a manner which is dependent on a detected instantaneous acoustic behaviour of the motor vehicle.
A rock climbing quickdraw , comprising a webbing , wherein the webbing has an annular shape, and is provided with an opening on its radially inner face; characterized in that the rock climbing quickdraw further comprises a winding yarn ; wherein the winding yarn is an annular yarn formed by a single yarn that winds into circles or is formed by a plurality of combined closed annular coils; wherein the opening is configured to receive the annular yarn, so that the annular yarn can be wrapped by the webbing ; and the opening of rock climbing quickdraw is sewn up with a stitching thread .