mhurhangee/patent-ind-claim-en huggingface dataset:
A diesel fuel emulsion comprising • one or more surfactants of formula wherein R is a C5-C22 linear or branched, saturated or non-saturated hydrocarbon group, wherein R may be substituted with one or more OH groups, A is or CH 2 , each X, independently, is H, COOM or SOsM, with at least one X in the molecule being COOM or SOsM, each R 2 , independently, is H, CH 3 , or C 2 H 5 , k = 0-3, suitably 0 or 1, each m, independently, is 2-6, suitably 2-4, suitably 2 or 3, each n, independently, is 1-6, suitably 1-3, suitably 1 or 2, if n >1 then the alkylene group can be substituted with an alkyl group, o = 0-40, suitably 0-20, suitably 0-10, each M, independently, is selected from H and any cation M + , whereby the oxygen attached to said cation is negatively charged and whereby the sum of all positive equals the sum of all negative charges, in an amount of from 0.025 to 10 percent by weight • less than 50 percent by weight of diesel, • 50 or more percent by weight of water, and • optional additional components, up to a total of 100 percent by weight. • one or more surfactants of formula wherein R is a C5-C22 linear or branched, saturated or non-saturated hydrocarbon group, wherein R may be substituted with one or more OH groups, A is or CH 2 , each X, independently, is H, COOM or SOsM, with at least one X in the molecule being COOM or SOsM, each R 2 , independently, is H, CH 3 , or C 2 H 5 , k = 0-3, suitably 0 or 1, each m, independently, is 2-6, suitably 2-4, suitably 2 or 3, each n, independently, is 1-6, suitably 1-3, suitably 1 or 2, if n >1 then the alkylene group can be substituted with an alkyl group, o = 0-40, suitably 0-20, suitably 0-10, each M, independently, is selected from H and any cation M + , whereby the oxygen attached to said cation is negatively charged and whereby the sum of all positive equals the sum of all negative charges, in an amount of from 0.025 to 10 percent by weight R is a C5-C22 linear or branched, saturated or non-saturated hydrocarbon group, wherein R may be substituted with one or more OH groups, A is or CH 2 , each X, independently, is H, COOM or SOsM, with at least one X in the molecule being COOM or SOsM, each R 2 , independently, is H, CH 3 , or C 2 H 5 , k = 0-3, suitably 0 or 1, each m, independently, is 2-6, suitably 2-4, suitably 2 or 3, each n, independently, is 1-6, suitably 1-3, suitably 1 or 2, if n >1 then the alkylene group can be substituted with an alkyl group, o = 0-40, suitably 0-20, suitably 0-10, each M, independently, is selected from H and any cation M + , whereby the oxygen attached to said cation is negatively charged and whereby the sum of all positive equals the sum of all negative charges, in an amount of from 0.025 to 10 percent by weight • less than 50 percent by weight of diesel, • 50 or more percent by weight of water, and • optional additional components,
A method for controlling propulsion of a heavy-duty vehicle , where the heavy-duty vehicle comprises a differential drive arrangement arranged in connection to a drive axle with a left wheel and a right wheel , the method comprising determining (S1) a nominal shaft slip (λ 0 , 440) corresponding to a desired wheel force (Fx) to be generated by the drive axle wheels , wherein the nominal shaft slip is indicative of a difference between a current vehicle velocity ( v x ) and a vehicle velocity corresponding to the shaft speed ( ω 0), determining (S2) a difference between a speed ( ω 1) of the left wheel and a speed ( ω 2) of the right wheel, adjusting (S3) the nominal shaft slip (λ 0 , 440) in dependence of a magnitude of the wheel speed difference to a target shaft slip (λ T , 460), wherein the target shaft slip (λ T , 460) is smaller than the nominal wheel slip (λ 0 , 440) by an amount determined as a function of the magnitude of the wheel speed difference, and controlling (S4) the shaft speed ( ω 0) based on the target shaft slip (λ T , 460). determining (S1) a nominal shaft slip (λ 0 , 440) corresponding to a desired wheel force (Fx) to be generated by the drive axle wheels , wherein the nominal shaft slip is indicative of a difference between a current vehicle velocity ( v x ) and a vehicle velocity corresponding to the shaft speed ( ω 0), determining (S2) a difference between a speed ( ω 1) of the left wheel and a speed ( ω 2) of the right wheel, adjusting (S3) the nominal shaft slip (λ 0 , 440) in dependence of a magnitude of the wheel speed difference to a target shaft slip (λ T , 460), wherein the target shaft slip (λ T , 460) is smaller than the nominal wheel slip (λ 0 , 440) by an amount determined as a function of the magnitude of the wheel speed difference, and controlling (S4) the shaft speed ( ω 0) based on the target shaft slip (λ T , 460).
An actuator for use in a thrust reverser of an aircraft, comprising: a screw shaft and a nut translatable along the shaft between a retracted position and an extended position; a tine component comprising tine fingers formed with projections that are configured to engage formations on the nut when the nut occupies its retracted position to secure the nut against axial movement; and a movable lock member engageable with the tine fingers , the lock member movable between a first position and a second position, wherein in the first position the lock member is configured to restrict radial movement of the tine fingers to secure the nut against axial movement, and in the second position the lock member does not restrict radial movement of the tine fingers ; wherein the lock member is movable between the first position and the second position by means of an electromagnetic actuator ; wherein the actuator further comprises a biasing member located between the lock member and the nut , wherein the lock member is resiliently biased towards the first position using the biasing member ; wherein the biasing member is located concentrically around the nut and a movable abutment is provided between the biasing member and the lock member to bias the lock member towards the first position when the nut occupies its retracted position; and wherein a shoulder is provided on the nut and is configured to contact the movable abutment after the nut has moved away from its retracted position by a predetermined distance, such that the biasing member and abutment are carried by the nut as it moves towards its extended position. a screw shaft and a nut translatable along the shaft between a retracted position and an extended position; a tine component comprising tine fingers formed with projections that are configured to engage formations on the nut when the nut occupies its retracted position to secure the nut against axial movement; and a movable lock member engageable with the tine fingers , the lock member movable between a first position and a second position, wherein in the first position the lock member is configured to restrict radial movement of the tine fingers to secure the nut against axial movement, and in the second position the lock member does not restrict radial movement of the tine fingers ; wherein the lock member is movable between the first position and the second position by means of an electromagnetic actuator ; wherein the actuator further comprises a biasing member located between the lock member and the nut , wherein the lock member is resiliently biased towards the first position using the biasing member ; wherein the biasing member is located concentrically around the nut and a movable abutment is provided between the biasing member and the lock member to bias the lock member towards the first position when the nut occupies its retracted position; and wherein a shoulder is provided on the nut and is configured to contact the movable abutment after the nut has moved away from its retracted position by a predetermined distance, such that the biasing member and abutment are carried by the nut as it moves towards its extended position.
External corner element of a reservation formwork frame or frame portion comprising a first seat for receiving a first reservation formwork element , extending along a first longitudinal axis X-X' and comprising a connection end and a free end , a second seat for receiving a second reservation formwork element , extending along a second longitudinal axis Y-Y' and comprising a connection end and a free end , said first seat and said second seat being connected by a hinge formed by said connection ends , and forming a bend delimiting an interior space E, whose angle is adjustable and inside which said reservation formwork elements are positioned, said first seat and said second seat each comprising at least one upper wall , each arranged adjacent to a side wall , said upper walls having a substantially L-shaped longitudinal section in the plane X-Y
Mechanical connection for panels on their edge sides which are to be connected to one another, wherein adjacent first and second panels can be locked in horizontal and vertical direction by means of a substantially vertical joining motion, wherein for the vertical locking a locking edge is arranged on the first panel and a locking element which can be displaced with respect to the panels is arranged on the second panel , wherein the locking edge is located below a supporting strip which is formed as a projection on an edge side of the first panel and wherein the second panel rests in the locking position on the supporting strip between the top side and a locking strip of the first panel , wherein the locking strip protrudes furthest with respect to the edge side of the first panel and for horizontal locking grips below the second panel which is to be laid subsequently, wherein for horizontal locking, when lowering the second panel, a domed bead of the second panel comes into engagement with a domed channel , open upwardly, of the locking strip and a domed channel of the second panel comes into engagement with a domed bead of the locking strip , wherein the locking element can be displaced by means of a pivoting movement behind the locking edge , wherein the locking element has a locking projection for displacing behind the locking edge , characterised in that the locking element has an arcuate guiding arm which is guided in a guiding groove of the second panel and is configured to be drawn partially out of the guiding groove with a turning or pivoting movement of the locking element , in that a leg of the locking element projecting out of the guiding groove comes into contact with the first panel in a region below the locking edge during laying. wherein the locking element can be displaced by means of a pivoting movement behind the locking edge , wherein the locking element has a locking projection for displacing behind the locking edge , characterised in that the locking element has an arcuate guiding arm which is guided in a guiding groove of the second panel and is configured to be drawn partially out of the guiding groove with a turning or pivoting movement of the locking element , in that a leg of the locking element projecting out of the guiding groove comes into contact with the first panel in a region below the locking edge during laying.
Separating component for separating a room from a room environment comprising sensors , actuators and a signal processing unit , for influencing sound transmission, characterized in that the separating component has the following component parts: sensors for detecting the speech signal coming from the room ; actuators for generating a masking sound that is dependent on amplitude, time and frequency of the speech signal ; a signal processing unit , which can process the signals detected by the sensors in such a way that the actuators can generate such a masking sound that an incomprehensible superimposed sound arises as a result of the superimposition of the masking sound with the speech signal in the room environment, without the superimposed sound having to have a significantly higher loudness than the speech signal , wherein the sensors and the actuators are spaced apart, with the result that the speech signal has a certain propagation time until superimposition with the masking sound occurs, wherein the signal processing unit is configured to delay the masking sound temporally relative to the speech signal in order to take account of propagation times of the speech signal in the separating component . sensors for detecting the speech signal coming from the room ; actuators for generating a masking sound that is dependent on amplitude, time and frequency of the speech signal ; a signal processing unit , which can process the signals detected by the sensors in such a way that the actuators can generate such a masking sound that an incomprehensible superimposed sound arises as a result of the superimposition of the masking sound with the speech signal in the room environment, without the superimposed sound having to have a significantly higher loudness than the speech signal , wherein the sensors and the actuators are spaced apart, with the result that the speech signal has a certain propagation time until superimposition with the masking sound occurs, wherein the signal processing unit is configured to delay the masking sound temporally relative to the speech signal in order to take account of propagation times of the speech signal in the separating component .
A liquid jet head configured to be installed in a carriage of a liquid jet recording device , the liquid jet head comprising: a jet section provided with a nozzle hole configured to jet liquid ; a support member configured to support the jet section, and provided with a hole part (H) including a through hole (Hb) penetrating in a jet direction (Z) of the liquid and a bottomed hole (Ha) in the jet direction, wherein the through hole communicates with the bottomed hole; a biasing member disposed in the bottomed hole of the hole part, and configured to bias the support member with respect to the carriage; a position adjustment member which is configured to be located at a predetermined position with respect to the carriage, and is biased in the hole part by the biasing member to thereby set a position of the nozzle hole with respect to the carriage, wherein the biasing member is configured to bias the position adjustment member with respect to the support member; and a reference surface (SS) which is disposed inside the bottomed hole of the hole part (H), and with which the position adjustment member is made to have contact, wherein the position adjustment member is configured to adjust the position of the nozzle hole with respect to the carriage, and wherein the position adjustment member is an eccentric cam including an eccentric part including a part having contact with the reference surface, and a first shaft part configured to be pivotally supported by a shaft hole provided to the carriage. a jet section provided with a nozzle hole configured to jet liquid ; a support member configured to support the jet section, and provided with a hole part (H) including a through hole (Hb) penetrating in a jet direction (Z) of the liquid and a bottomed hole (Ha) in the jet direction, wherein the through hole communicates with the bottomed hole; a biasing member disposed in the bottomed hole of the hole part, and configured to bias the support member with respect to the carriage; a position adjustment member which is configured to be located at a predetermined position with respect to the carriage, and is biased in the hole part by the biasing member to thereby set a position of the nozzle hole with respect to the carriage, wherein the biasing member is configured to bias the position adjustment member with respect to the support member; and a reference surface (SS) which is disposed inside the bottomed hole of the hole part (H), and with which the position adjustment member is made to have contact, wherein the position adjustment member is configured to adjust the position of the nozzle hole with respect to the carriage, and wherein the position adjustment member is an eccentric cam including an eccentric part including a part having contact with the reference surface, and a first shaft part configured to be pivotally supported by a shaft hole provided to the carriage.
A display device comprising: (a) an electrophoretic medium which comprises a first type of particles (K), a second type of particles (Y), a third type of particles (R) and a fourth type of particles (W), all dispersed in a solvent or solvent mixture; the first, second, third and fourth types of particles having respectively first, second, third and fourth colors differing from one another; and (b) a plurality of pixels wherein each pixel has three sub-pixels the display device being characterized in that : (i) one of the four types of particles (K) has a black color, a second of the four types of particles (W) has a white color and the remaining two types of particles (Y, R) are neither white nor black; (ii) the first type of particles (K) has a high positive charge, the second type of particles (Y) has a high negative charge, the third type of particles (R) has a low positive charge and the fourth type of particles (W) has a low negative charge; (iii) of the three sub-pixels in each pixel, one has a colored filter (B), and the remaining two sub-pixels have color filters which are clear and colorless or have no color filter; and (iv) the colors of said remaining two types of particles (Y, R) and the color of the colored filter (B) are selected to be complementary according to the additive or subtractive color system. (a) an electrophoretic medium which comprises a first type of particles (K), a second type of particles (Y), a third type of particles (R) and a fourth type of particles (W), all dispersed in a solvent or solvent mixture; the first, second, third and fourth types of particles having respectively first, second, third and fourth colors differing from one another; and (b) a plurality of pixels wherein each pixel has three sub-pixels (i) one of the four types of particles (K) has a black color, a second of the four types of particles (W) has a white color and the remaining two types of particles (Y, R) are neither white nor black; (ii) the first type of particles (K) has a high positive charge, the second type of particles (Y) has a high negative charge, the third type of particles (R) has a low positive charge and the fourth type of particles (W) has a low negative charge; (iii) of the three sub-pixels in each pixel, one has a colored filter (B), and the remaining two sub-pixels have color filters which are clear and colorless or have no color filter; and (iv) the colors of said remaining two types of particles (Y, R) and the color of the colored filter (B) are selected to be complementary according to the additive or subtractive color system.
Disposable process chamber for processing biologic material comprising: - a containing body configured for housing the biologic material to be processed; - holding means configured for holding the biologic material to be processed in the containing body to prevent its movement; - closing means configured to be associated with liquid seal to the containing body ; and - access means , obtained in the closing means and configured to allow introducing and removing liquids in the disposable process chamber , the containing body comprising an upper part configured for housing the closing means , and a removable base to allow, at the end of an embedding phase, accessing to the embedded biologic material and performing its cutting, once having removed the removable base , characterized in that the access means comprise at least one sealing element configured for preventing the exit and/or evaporation of liquid contained in the disposable process chamber and are configured to allow accessing to injecting and sucking means for depositing and withdrawing the liquid, the sealing element being composed of at least one diaphragm on which access holes of the injecting and sucking means are obtained, for depositing the liquid. - a containing body configured for housing the biologic material to be processed; - holding means configured for holding the biologic material to be processed in the containing body to prevent its movement; - closing means configured to be associated with liquid seal to the containing body ; and - access means , obtained in the closing means and configured to allow introducing and removing liquids in the disposable process chamber , the containing body comprising an upper part configured for housing the closing means , and a removable base to allow, at the end of an embedding phase, accessing to the embedded biologic material and performing its cutting, once having removed the removable base , characterized in that the access means comprise at least one sealing element configured for preventing the exit and/or evaporation of liquid contained in the disposable process chamber and are configured to allow accessing to injecting and sucking means for depositing and withdrawing the liquid, the sealing element being composed of at least one diaphragm on which access holes of the injecting and sucking means are obtained, for depositing the liquid.
An articulated arm coordinate measurement machine (AACMM) for a measurement of geometrical features of an object , comprising - a stationed end of the articulated arm, opposed to - a movable end of the articulated arm being manually movable by a human operator, to which movable end - a measurement probe head is attachable, and - a graphical display unit , characterized in that, the graphical display unit is located at the movable end of the articulated arm in vicinity of the probe head in such a way that information provided by the display unit is visible for the operator during measurement, and comprising a graphical screen with a two dimensional array of pixels, wherein the display unit is built to provide an artificial view , graphically representing at least part of the object with respect to a point of view from or nearby the movable end of the arm, wherein the artificial view is similar to the operators natural view of the object , and wherein at least one desired point or region of the object to be measured is graphically marked on the artificial view by overlaying one or more indicative graphical elements . - a stationed end of the articulated arm, opposed to - a movable end of the articulated arm being manually movable by a human operator, to which movable end - a measurement probe head is attachable, and - a graphical display unit ,
An impeller filling shoe for the material feed to die bores of a rotary press, characterized in that the impeller filling shoe is built-up modularly in order to enable a change in function between a 2-chamber filling shoe comprising a filling vaned wheel and a proportioning vaned wheel and a 3-chamber filling shoe comprising a filling vaned wheel , a proportioning vaned wheel and a feeding vaned wheel and wherein the impeller filling shoe does not comprise a gearbox for driving the vaned wheels, wherein the impeller filling shoe comprises a base module in which the filling vaned wheel is present in a first chamber and the proportioning vaned wheel is present in a second chamber, wherein the 2-chamber filling shoe has a first modular build-up being mountable to the base module and having a first material inlet which in a mounted state is located above the filling vaned wheel and the 3-chamber filling shoe has a second modular build-up in which the feeding vaned wheel is present inserted into a third center chamber, the second modular build-up being mountable on the base module and having a second material inlet .