mhurhangee/patent-ind-claim-en huggingface dataset:
Transmission for a motor vehicle, preferably a commercial vehicle, comprising: a first sub-transmission (14A1), which is configured to be drivingly connected to a first drive unit ; a second sub-transmission (14A2), which is configured to be drivingly connected to a second drive unit and has a power take-off ; an output element , preferably an output shaft, for driving the motor vehicle, the output element being drivingly connected to a main output of the first sub-transmission (14A1) and a main output of the second sub-transmission (14A2); characterized in that : - the transmission is shiftable such that the output element is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2) and at the same time the power take-off is drivable only via the second sub-transmission (14A1); and/or - the transmission is shiftable such that the output element is not drivable and at the same time the power take-off is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2); and/or - the transmission is shiftable such that the output element is drivable and at the same time the power take-off is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2). a first sub-transmission (14A1), which is configured to be drivingly connected to a first drive unit ; a second sub-transmission (14A2), which is configured to be drivingly connected to a second drive unit and has a power take-off ; an output element , preferably an output shaft, for driving the motor vehicle, the output element being drivingly connected to a main output of the first sub-transmission (14A1) and a main output of the second sub-transmission (14A2); characterized in that : - the transmission is shiftable such that the output element is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2) and at the same time the power take-off is drivable only via the second sub-transmission (14A1); and/or - the transmission is shiftable such that the output element is not drivable and at the same time the power take-off is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2); and/or - the transmission is shiftable such that the output element is drivable and at the same time the power take-off is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2). - the transmission is shiftable such that the output element is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2) and at the same time the power take-off is drivable only via the second sub-transmission (14A1); and/or - the transmission is shiftable such that the output element is not drivable and at the same time the power take-off is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2); and/or - the transmission is shiftable such that the output element is drivable and at the same time the power take-off is drivable via the first sub-transmission (14A1) and the second sub-transmission (14A2).
A tire comprising a tread portion provided with a plurality of circumferential main grooves so as to be axially divided into a plurality of land portions , wherein the circumferential main grooves include two shoulder main grooves , the land portions include two shoulder land portions defined as extending axially outwardly from the respective shoulder main grooves , each of the shoulder main grooves is a zigzag groove in a trapezoidal wave form comprising first circumferential segments extending in the tire circumferential direction, second circumferential segments extending in the tire circumferential direction and positioned on the axially inside of the first circumferential segments , first oblique segments inclined with respect to the tire circumferential direction toward one side in the tire axial direction and connecting the first circumferential segments with the second circumferential segments , and second oblique segments inclined with respect to the tire circumferential direction toward the other side in the tire axial direction and connecting the first circumferential segments and the second circumferential segments , wherein each first circumferential segment is defined as having side edges (Ei15, Eo15) on both sides extending in the tire circumferential direction, each second circumferential segment is defined as having side edges (Ei16) and (Eo16) on both sides extending in the tire circumferential direction, each first oblique segment is defined as having side edges (Ei17) and (Eo17) on both sides being inclined with respect to the tire circumferential direction toward one side in the tire axial direction, each second oblique segment is defined as having side edges (Ei18, Eo18) on both sides being inclined with respect to the tire circumferential direction toward the other side in the tire axial direction, each of the shoulder land portions is provided with shoulder axial grooves extending axially outwardly from the adjacent shoulder main groove beyond a tread edge (Te), and the shoulder axial grooves are respectively connected to oblique segments of one group selected from a group of the first oblique segments and a group of the second oblique segments , so that composite shoulder axial grooves are respectively formed by the shoulder axial grooves and the oblique segments of the above-said one group, wherein the composite shoulder axial grooves extend axially outwardly while gradually and smoothly increasing the respective groove widths (WS), without stepwisely changing the groove width (WS) at a junction position between the shoulder axial groove and said oblique segments, characterized in that the groove width (wsh) of each of the composite shoulder axial grooves at its axially inner end is in a range from 0.50 to 0.75 times the groove width (WSg) thereof at its axially outer end.
An optical system, comprising: a negative lens (L13, L28, L43, L53, L63, L73, L83, L93) and a positive lens (L14, L29, L44, L54, L64, L74, L84, L94) adjacent to each other, wherein the following inequalities are satisfied: 0.00 ≤ DAB ≤ 1 .00 , and 0.80 ≤ RA/RB ≤ 1 .20 , where DAB[mm] denotes a distance on an optical axis between the negative lens and the positive lens, and RA and RB denote curvature radii of facing lens surfaces of the negative lens and the positive lens, respectively, and wherein the following inequalities are satisfied: 0.00 ≤ NA − NB ≤ 0.20 , 0.00 ≤ ν A − νB ≤ 20.00 , characterized in that : 4.2 ≤ dnA/dt − dnB/dt , where NA and NB denote refractive indices of the negative lens and the positive lens, respectively, with respect to a d-line, vA and vB denote Abbe numbers of the negative lens and the positive lens, respectively, with respect to the d-line, and dnA/dt [10 -6 /°C] and dnB/dt [10 -6 /°C] denote temperature coefficients of refractive indices of the negative lens and the positive lens, respectively, with respect to the d-line at 20°C to 40°C, and either dnA/dt or dnB/dt has a negative sign. a negative lens (L13, L28, L43, L53, L63, L73, L83, L93) and a positive lens (L14, L29, L44, L54, L64, L74, L84, L94) adjacent to each other, wherein the following inequalities are satisfied: 0.00 ≤ DAB ≤ 1 .00 , and 0.80 ≤ RA/RB ≤ 1 .20 , where DAB[mm] denotes a distance on an optical axis between the negative lens and the positive lens, and RA and RB denote curvature radii of facing lens surfaces of the negative lens and the positive lens, respectively, and wherein the following inequalities are satisfied: 0.00 ≤ NA − NB ≤ 0.20 , 0.00 ≤ ν A − νB ≤ 20.00 , characterized in that : 4.2 ≤ dnA/dt − dnB/dt , where NA and NB denote refractive indices of the negative lens and the positive lens, respectively, with respect to a d-line, vA and vB denote Abbe numbers of the negative lens and the positive lens, respectively, with respect to the d-line, and dnA/dt [10 -6 /°C] and dnB/dt [10 -6 /°C] denote temperature coefficients of refractive indices of the negative lens and the positive lens, respectively, with respect to the d-line at 20°C to 40°C, and either dnA/dt or dnB/dt has a negative sign.
A bush for a resilient joint , intended for resiliently assembling two structural parts of a vehicle, the bush having on at least one of its two axial ends a radial support face defining a radial reference plane and a means for increasing the friction between the support face and one of the two structural parts, the means for increasing the friction being formed by a plurality of recesses and elevations on the radial support face, in which the recesses and the elevations are formed by a laser beam, the recesses having a maximum axial depth of less than 1 mm, in particular less than 0.5 mm, and the elevations having a maximum axial height of less than 1 mm, in particular less than 0.5 mm, respectively relative to the radial reference plane, in which an elevation is disposed between a recess and a non-deformed portion of the radial support face, the non-deformed portion being situated in the radial reference plane, and the elevations and the recesses being contiguous and that two elevations are associated with each recess and that the elevations are formed by the deformed material during the formation of the recesses with the laser beam, characterized in that the elevations and the recesses have substantially equal height or depth values relative to the radial reference plane.
A lubricating oil composition comprising: a base oil, an organic molybdenum compound, and a metallic detergent, wherein the metallic detergent comprises calcium sulfonate, and the content of the calcium sulfonate in terms of calcium atoms is 0.12% by mass or more based on the mass of the composition, the content ratio of molybdenum atoms derived from the organic molybdenum compound to soap groups derived from the metallic detergent based on the lubricating oil composition, [Mo/soap groups], is 0.06 or more at a mass ratio, and the HTHS viscosity at 150°C is 1.3 mPa·s or more and less than 2.3 mPa·s. a base oil, an organic molybdenum compound, and a metallic detergent, wherein the metallic detergent comprises calcium sulfonate, and the content of the calcium sulfonate in terms of calcium atoms is 0.12% by mass or more based on the mass of the composition, the content ratio of molybdenum atoms derived from the organic molybdenum compound to soap groups derived from the metallic detergent based on the lubricating oil composition, [Mo/soap groups], is 0.06 or more at a mass ratio, and the HTHS viscosity at 150°C is 1.3 mPa·s or more and less than 2.3 mPa·s.
A cooking state alerting method implemented in an electric cooker, the method comprising: detecting a current cooking state of the electric cooker; generating cooking state alert information when a preset cooking state is detected; and sending the cooking state alert information to a target terminal so that the target terminal alerts a user to the current cooking state of the electric cooker, characterized in the preset cooking state including a state of reaching a target cooking stage where spice needs to be placed, or a state from which to completion of a cooking task there remains a preset time length. detecting a current cooking state of the electric cooker; generating cooking state alert information when a preset cooking state is detected; and sending the cooking state alert information to a target terminal so that the target terminal alerts a user to the current cooking state of the electric cooker, characterized in the preset cooking state including a state of reaching a target cooking stage where spice needs to be placed, or a state from which to completion of a cooking task there remains a preset time length.
A colour change system with a stator comprising a front side, the stator having a plurality of media valves the inlets of which are connected each to a media supply and the outlets of which feed into the front side of the stator , wherein each media valve within a valve chamber formed in the stator comprises a valve closing body , which is movable against a valve sealing seat pointing into the valve chamber, wherein the valve closing body is connected to a control piston arranged within the stator and subjectable to fluid pressure, the control piston being adjacent to a control pressure chamber, and with a selection head arranged upstream of the front side of the stator , which is rotatable about an axis extending vertically to the stator front side and/or is movable in parallel to the stator front side, wherein the selection head comprises a media inlet on its back facing the stator front side, which by a rotation and/or a move of the selection head can be brought to overlap with one of the media valve outlets , and wherein the selection head comprises a media line , which connects the media inlet to a media discharge of the system, wherein a rinsing line feeds into the media line , the rinsing line containing a rinsing non-return valve opening in direction of the media line , characterised in that a blocking non-return valve is arranged in the media inlet in direct connection to the back of the selection head , which blocks in direction of the back of the selection head , and in that the rinsing line containing the rinsing non-return valve feeds into the media line downstream of the blocking non-return valve .
Seat, in particular airplane seat, comprising at least a support structure and a structure movable with respect to said support structure and that can pass from a seating configuration to an extended or bed configuration or to a straddle configuration, and vice versa, said seat comprising at least a side and a displacement system of at least said side said seat being characterized in that said displacement system comprises pushing means , connected with said movable structure of said seat and in that it is realised in such a way that, when said movable structure of said seat is in the straddle configuration, said pushing means pass from an engaged position, wherein they are engaged with said side acting on the same so as to follow the configuration and/or the movement of said seat, and in that said displacement system further comprises a hinge between said pushing means and said movable structure and return means acting on said pushing means in a position disengaged with respect to said side and in that said displacement system further comprises a contact element rigidly coupled with said pushing means , and a ramp element , rigidly coupled with said support structure , and in that it is realised in such a way that, when said movable structure makes a translation movement toward the cradle configuration, said contact element contacts said ramp element , thus causing rotation of said pushing means with respect to said hinge from the disengagement position with respect to said side .
A composition comprising early apoptotic cells or an early apoptotic cell supernatant for use in decreasing or inhibiting cytokine release syndrome or cytokine storm in a subject undergoing chimeric antigen receptor-expressing T cell cancer therapy, wherein analysis of said early apoptotic cells demonstrates ≥ 40% staining with Annexin V and ≤ 15%, with propidium iodide (PI).
A method for obtaining an energy spectrum of a focused ion beam, generated by an ion beam treatment delivery system , for a specific nominal energy, when a Bragg peak chamber is used to measure an integrated depth dose, IDD , the method being performed in a spectrum determiner and comprising the steps of: simulating doses, in at least two dimensions, of a set of nominally mono energetic focused ion beams, wherein the energies of the set cover a range of supported energies of the ion beam treatment delivery system ; determining a lateral extension of a Bragg peak chamber to evaluate; calculating a set of theoretic component IDD curves, CIDDs, by laterally integrating the dose of the simulated set of the nominally mono energetic focused ion beams, over the lateral extension of the Bragg peak chamber ; storing calculated CIDDs; obtaining a measured IDD of a focused ion beam with a nominal energy using the Bragg peak chamber ; and performing a fit of a linear combination of CIDDs, wherein all CIDD weights are equal to, or greater than zero, to the measured IDD, to determine an energy spectrum for the focused ion beam with the nominal beam energy. simulating doses, in at least two dimensions, of a set of nominally mono energetic focused ion beams, wherein the energies of the set cover a range of supported energies of the ion beam treatment delivery system ; determining a lateral extension of a Bragg peak chamber to evaluate; calculating a set of theoretic component IDD curves, CIDDs, by laterally integrating the dose of the simulated set of the nominally mono energetic focused ion beams, over the lateral extension of the Bragg peak chamber ; storing calculated CIDDs; obtaining a measured IDD of a focused ion beam with a nominal energy using the Bragg peak chamber ; and performing a fit of a linear combination of CIDDs, wherein all CIDD weights are equal to, or greater than zero, to the measured IDD, to determine an energy spectrum for the focused ion beam with the nominal beam energy.
A method for associating online accounts, the method being performed by a system comprising a server and a computing device having one or more processors and memory storing programs executed by the one or more processors; wherein the method comprises: creating, by the server, a public online account for sharing information between online accounts, wherein the public online account corresponds to a device identification of a public device and comprises at least a first online account; establishing connection, by the computing device, with the public device, and acquiring, the device identification of the public device; acquiring, by the computing device, second online account information corresponding to a logged-in second online account , wherein the second online account has logged-in using a log-in user interface in the computing device; and sending, by the computing device, the device identification and the second online account information to the server; associating, by the server, the second online account with the first online account in the public online account corresponding to the device identification, so that the public online account comprises the first online account and the second online account which share information in the public online account , wherein the information is accessed by logging in using the first online account or the second online account. creating, by the server, a public online account for sharing information between online accounts, wherein the public online account corresponds to a device identification of a public device and comprises at least a first online account; establishing connection, by the computing device, with the public device, and acquiring, the device identification of the public device; acquiring, by the computing device, second online account information corresponding to a logged-in second online account , wherein the second online account has logged-in using a log-in user interface in the computing device; and sending, by the computing device, the device identification and the second online account information to the server; associating, by the server, the second online account with the first online account in the public online account corresponding to the device identification, so that the public online account comprises the first online account and the second online account which share information in the public online account , wherein the information is accessed by logging in using the first online account or the second online account.
Tower segment , in particular for a tower of a wind turbine , comprising: - a casing segment with an inner casing surface , an outer casing surface and a cutout for a door, wherein - the inner casing surface has a first inner reinforcing portion and/or the outer casing surface has an outer reinforcing portion , wherein the inner reinforcing portion and/or the outer reinforcing portion adjoins/adjoin the cutout , and - the inner reinforcing portion has an inner reinforcing plate and/or the outer reinforcing portion has an outer reinforcing plate , wherein - the cutout has a convex upper cutout portion and/or a convex lower cutout portion , and - the inner reinforcing plate and/or the outer reinforcing plate has/have a concave upper plate portion corresponding to the convex upper cutout portion , and/or a concave lower plate portion corresponding to the convex lower cutout portion , and - the cutout has a substantially rectangular cutout middle portion which is preferably arranged between the convex upper cutout portion and the convex lower cutout portion , and - the inner reinforcing plate and/or the outer reinforcing plate has/have a plate middle portion , wherein the plate middle portion adjoins the cutout middle portion, wherein - the plate middle portion of the inner reinforcing plate and/or the outer reinforcing plate has at least one middle collar portion , characterized in that the at least one middle collar portion is bent over and extends away from the casing segment . - a casing segment with an inner casing surface , an outer casing surface and a cutout for a door, wherein - the inner casing surface has a first inner reinforcing portion and/or the outer casing surface has an outer reinforcing portion , wherein the inner reinforcing portion and/or the outer reinforcing portion adjoins/adjoin the cutout , and - the inner reinforcing portion has an inner reinforcing plate and/or the outer reinforcing portion has an outer reinforcing plate , wherein - the cutout has a convex upper cutout portion and/or a convex lower cutout portion , and - the inner reinforcing plate and/or the outer reinforcing plate has/have a concave upper plate portion corresponding to the convex upper cutout portion , and/or a concave lower plate portion corresponding to the convex lower cutout portion , and - the cutout has a substantially rectangular cutout middle portion which is preferably arranged between the convex upper cutout portion and the convex lower cutout portion , and - the inner reinforcing plate and/or the outer reinforcing plate has/have a plate middle portion , wherein the plate middle portion adjoins the cutout middle portion, wherein - the plate middle portion of the inner reinforcing plate and/or the outer reinforcing plate has at least one middle collar portion , characterized in that the at least one middle collar portion is bent over and extends away from the casing segment .
A non-transitory computer-readable medium storing machine-readable instructions that are, when executed by a processor , to cause the processor to: establish a first data channel between the processor and a virtual computer based on a connection between the processor and the virtual computer, the connection comprising a second data channel between the processor and the virtual computer, the second data channel to transfer input/output (I/O) data between the processor and the virtual computer; receive an output message from the virtual computer via the first data channel; identify an I/O device coupled to the processor based on the output message; and provide an output signal to the I/O device , the output signal based on the output message; wherein the output signal to the I/O device is to cause the I/O device to activate a light source ; and wherein the I/O device comprises a keyboard. establish a first data channel between the processor and a virtual computer based on a connection between the processor and the virtual computer, the connection comprising a second data channel between the processor and the virtual computer, the second data channel to transfer input/output (I/O) data between the processor and the virtual computer; receive an output message from the virtual computer via the first data channel; identify an I/O device coupled to the processor based on the output message; and provide an output signal to the I/O device , the output signal based on the output message;