mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a motor vehicle powertrain comprising at least one drive wheel and two driving power sources, comprising the following steps: - determining maximum and minimum wheel torque tolerances in relation to predetermined rules, - determining a wheel torque setpoint (11, 13) as a function of a torque request from the driver or from at least one driving assistance system (10, 13), - determining a distribution of the wheel torque setpoint between the driving power sources, - checking that the sum of the wheel torque setpoints of the driving power sources is within the previously determined tolerances in relation to the torque request from the driver, said method being characterized in that it comprises the following additional steps: - checking, for each driving power source, that the torque actually delivered to the wheel is within the previously determined tolerances in relation to the wheel torque setpoint for the driving power source (26, 27), - checking that the sum of the torques actually delivered to the wheel from each driving power source is also within the previously determined tolerances in relation to the wheel torque setpoint, - if at least one of the checks is not validated, issuing a fault signal. - determining maximum and minimum wheel torque tolerances in relation to predetermined rules, - determining a wheel torque setpoint (11, 13) as a function of a torque request from the driver or from at least one driving assistance system (10, 13), - determining a distribution of the wheel torque setpoint between the driving power sources, - checking that the sum of the wheel torque setpoints of the driving power sources is within the previously determined tolerances in relation to the torque request from the driver, said method being characterized in that it comprises the following additional steps: - checking, for each driving power source, that the torque actually delivered to the wheel is within the previously determined tolerances in relation to the wheel torque setpoint for the driving power source (26, 27), - checking that the sum of the torques actually delivered to the wheel from each driving power source is also within the previously determined tolerances in relation to the wheel torque setpoint, - if at least one of the checks is not validated, issuing a fault signal.
A method for delivering an audio-visual content to a client device, an interconnecting device interconnecting a first network to a second network, the client device being connected to the second network, an equipment (112, 113, 114, 115) adapted to provide the audio-visual content being connected to the first network, whereby said equipment performs: - receiving (304; 404; 604) a first request for receiving the audio-visual content, the first request being transmitted to the equipment by the client device; - transmitting (307; 407; 607) a redirecting message to the client device, said redirecting message redirecting the client device toward an agent implemented in the interconnecting device, the redirecting message indicating a relocation of the audio-visual content; and in that said agent performs: - receiving (308; 408; 608), from the client device, a second request for receiving the audio-visual content; and - acting as a relay between said equipment and the client device, in response to said second request, wherein the redirecting message indicates a temporary relocation of the audio-visual content so that, when the client device makes a later attempt to get the audio-visual content the client device contacts again said equipment. - receiving (304; 404; 604) a first request for receiving the audio-visual content, the first request being transmitted to the equipment by the client device; - transmitting (307; 407; 607) a redirecting message to the client device, said redirecting message redirecting the client device toward an agent implemented in the interconnecting device, the redirecting message indicating a relocation of the audio-visual content; - receiving (308; 408; 608), from the client device, a second request for receiving the audio-visual content; and - acting as a relay between said equipment and the client device, in response to said second request,
A two-color molded article having a perimeter of a primary-side molded article covered by a secondary-side molded article, wherein said primary-side molded article has: a primary-side base part; a primary-side decorative raised part projecting from a design face side of said primary-side base part and configuring a character, figure, or other decorative part; an upright face (61, 62) standing upright from said primary-side base part; an intersecting face (63, 64, 65, 66) intersecting with said upright face (61, 62) and standing upright from said primary-side base part; a dead-end part (70, 71) on said primary-side base part, being at least surrounded by said upright face (61, 62) and said intersecting face (63, 64, 65, 66) and being positioned outside of the primary-side decorative raised part; a secondary-side resin flow path (80, 81) being formed on said dead-end part (70, 71) and running through said primary-side base part from the design face side to a bottom face side, and said secondary-side molded article has: a design face-side molded part being filled from the design face side of said primary side base part and covering the perimeter of said primary-side decorative raised part; a bottom face-side molded part turning in toward the bottom face side from the design face side of said primary-side base part and covering the bottom face side of said primary-side base part, wherein, the two-color molded article is characterized in that said primary-side molded article has a protective wall projecting from the bottom face side of said primary-side base and surrounding a perimeter of said secondary-side resin flow path (80, 81), and said secondary-side molded article has an interspersed molded part flowing through said secondary-side resin flow path (80, 81) from the design face side to the bottom face side and being interspersed at a distance from said bottom face-side molded part with said protective wall in between. a primary-side base part; a primary-side decorative raised part projecting from a design face side of said primary-side base part and configuring a character, figure, or other decorative part; an upright face (61, 62) standing upright from said primary-side base part; an intersecting face (63, 64, 65, 66) intersecting with said upright face (61, 62) and standing upright from said primary-side base part; a dead-end part (70, 71) on said primary-side base part, being at least surrounded by said upright face (61, 62) and said intersecting face (63, 64, 65, 66) and being positioned outside of the primary-side decorative raised part; a secondary-side resin flow path (80, 81) being formed on said dead-end part (70, 71) and running through said primary-side base part from the design face side to a bottom face side, a design face-side molded part being filled from the design face side of said primary side base part and covering the perimeter of said primary-side decorative raised part; a bottom face-side molded part turning in toward the bottom face side from the design face side of said primary-side base part and covering the bottom face side of said primary-side base part,
Compositions comprising a) at least one polyalkylene terephthalate, b) at least aluminium silicate with triclinic-pinacoidal crystal structure, and c) glass fibres. a) at least one polyalkylene terephthalate, b) at least aluminium silicate with triclinic-pinacoidal crystal structure, and c) glass fibres.
A triboelectric power generator system for providing an output power to a load, comprising: a triboelectric generator for generating an electrical power output in response to movement; a power converter for converting the electrical power output from the triboelectric generator to the output power for application to the load; and a controller for controlling the power converter, wherein the controller is adapted to control the power converter to alter the impedance presented by the power converter to the triboelectric generator over time in dependence on the triboelectric generator electrical power output, thereby to control the output power, characterized in that the controller is adapted to control the power converter to alter the impedance presented by the power converter to the triboelectric generator during a time period corresponding to a single pulse of electrical power generation of the triboelectric generator, the triboelectric power generator further comprises a movement sensor for detecting the movement which is used to generate the electrical power, wherein the controller is adapted to control the power converter in response to the movement sensor output. a triboelectric generator for generating an electrical power output in response to movement; a power converter for converting the electrical power output from the triboelectric generator to the output power for application to the load; and a controller for controlling the power converter, the controller is adapted to control the power converter to alter the impedance presented by the power converter to the triboelectric generator during a time period corresponding to a single pulse of electrical power generation of the triboelectric generator, the triboelectric power generator further comprises a movement sensor for detecting the movement which is used to generate the electrical power, wherein the controller is adapted to control the power converter in response to the movement sensor output.
Pump unit of a vane cell pump without a dedicated housing, having a drive shaft, a rotor for receiving vanes, which rotor interacts with the drive shaft, a contour ring which surrounds the rotor, a first and a second side plate (11, 13) which are arranged on the sides of the contour ring, characterized in that a sleeve (27, 27') is provided which is mounted movably on the drive shaft and is arranged behind the second side plate in the axial direction of the pump unit, in that a securing element (29, 73) is provided in the form of a circlip for axially securing the sleeve on the drive shaft, and in that a spring element (39, 39') is provided which prestresses the second side plate with respect to the transmission housing, the spring element (39, 39') being a fixed constituent part of the pump unit.
A pharmaceutical formulation comprising: a liposome composition in combination with an immune checkpoint inhibitor, wherein the liposome composition includes liposomes each having an inner water phase, and an aqueous solution constituting an outer water phase and having the liposomes dispersed therein, gemcitabine is encapsulated in a dissolved state in the liposomes, and the immune checkpoint inhibitor includes at least one selected from a PD-1 inhibitor, a PD-L1 inhibitor, a PD-L2 inhibitor, or a CTLA-4 inhibitor. a liposome composition in combination with an immune checkpoint inhibitor, wherein the liposome composition includes liposomes each having an inner water phase, and an aqueous solution constituting an outer water phase and having the liposomes dispersed therein, gemcitabine is encapsulated in a dissolved state in the liposomes, and the immune checkpoint inhibitor includes at least one selected from a PD-1 inhibitor, a PD-L1 inhibitor, a PD-L2 inhibitor, or a CTLA-4 inhibitor. the liposome composition includes liposomes each having an inner water phase, and an aqueous solution constituting an outer water phase and having the liposomes dispersed therein, gemcitabine is encapsulated in a dissolved state in the liposomes, and the immune checkpoint inhibitor includes at least one selected from a PD-1 inhibitor, a PD-L1 inhibitor, a PD-L2 inhibitor, or a CTLA-4 inhibitor.
A suspension aid (1; 41) for suspending an object from a tube, comprising: - connecting means for connecting the suspension aid (1; 41) to the tube, which connecting means comprise two curved arms (5, 7) which can engage around the tube and which are rotatably connected to one another near a first end (5a, 7a) and of which the other, second ends (5b, 7b) are free, as well as - a suspension element on which the object can be suspended, which suspension element is connected to the connecting means, characterized in that the suspension aid (1; 41) is provided with a frame (3a, 3b) to which the two curved arms (5, 7) are rotatably connected close to their first ends (5a, 7a), and that the suspension aid (1; 41) further comprises a movable transmission element to which the suspension element is connected, which transmission element is movable in the frame (3a, 3b) and is present between the first ends (5a, 7a) of the two curved arms, which first ends (5a, 7a) are connected to each other via the transmission element and rotate when the transmission element is displaced, such that the weight of the object to be suspended from the suspension element presses the curved arms (5, 7) with the free ends (5b, 7b) to each other. - connecting means for connecting the suspension aid (1; 41) to the tube, which connecting means comprise two curved arms (5, 7) which can engage around the tube and which are rotatably connected to one another near a first end (5a, 7a) and of which the other, second ends (5b, 7b) are free, as well as - a suspension element on which the object can be suspended, which suspension element is connected to the connecting means, characterized in that the suspension aid (1; 41) is provided with a frame (3a, 3b) to which the two curved arms (5, 7) are rotatably connected close to their first ends (5a, 7a), and that the suspension aid (1; 41) further comprises a movable transmission element to which the suspension element is connected, which transmission element is movable in the frame (3a, 3b) and is present between the first ends (5a, 7a) of the two curved arms, which first ends (5a, 7a) are connected to each other via the transmission element and rotate when the transmission element is displaced, such that the weight of the object to be suspended from the suspension element presses the curved arms (5, 7) with the free ends (5b, 7b) to each other.
Anti-vibration support, having first and second metallic reinforcements (11, 12) and a third reinforcement, which are accessible from the outside and are at a distance from one another, at least one elastomer component, the support also having a body made of thermoplastic material, the first and second reinforcements (11, 12) being remote from one another in a first, substantially horizontal direction, being intended to be fastened to a motor vehicle bodyshell and being connected to each other via the body made of thermoplastic material, the body made of thermoplastic material being overmoulded with respect to first and second surfaces (112, 122) of the first and second reinforcements (11, 12) and with respect to at least one surface of the elastomer component for supporting the third reinforcement intended for the suspension of a vibrating part of the vehicle, for the damping and filtering of mechanical vibrations between the bodyshell and the vibrating part, characterized in that the third reinforcement is metallic or made from a metal-thermoplastic two-part substance, the body made of thermoplastic material has at least one reinforcer with continuous fibres, which is a prefabricated component and is separate from the reinforcements, so as to reinforce the mechanical integrity of the anti-vibration support, the body made of thermoplastic material is overmoulded with respect to at least one part of at least one surface of the reinforcer, the reinforcer surrounds the first and second surfaces (112, 122) at least in the first, substantially horizontal direction. first and second metallic reinforcements (11, 12) and a third reinforcement, which are accessible from the outside and are at a distance from one another, at least one elastomer component, the support also having a body made of thermoplastic material, the first and second reinforcements (11, 12) being remote from one another in a first, substantially horizontal direction, being intended to be fastened to a motor vehicle bodyshell and being connected to each other via the body made of thermoplastic material, the body made of thermoplastic material being overmoulded with respect to first and second surfaces (112, 122) of the first and second reinforcements (11, 12) and with respect to at least one surface of the elastomer component for supporting the third reinforcement intended for the suspension of a vibrating part of the vehicle, for the damping and filtering of mechanical vibrations between the bodyshell and the vibrating part, characterized in that the third reinforcement is metallic or made from a metal-thermoplastic two-part substance, the body made of thermoplastic material has at least one reinforcer with continuous fibres, which is a prefabricated component and is separate from the reinforcements, so as to reinforce the mechanical integrity of the anti-vibration support, the body made of thermoplastic material is overmoulded with respect to at least one part of at least one surface of the reinforcer, the reinforcer surrounds the first and second surfaces (112, 122) at least in the first, substantially horizontal direction.
A method for the production of an induced pluripotent stem cell comprising the following steps: contacting nuclear reprogramming substances with somatic cells, culturing the cells obtained in, isolating a Sca-1-negative CD34-negative cell or EpCam-positive CD34-negative cell from the cells obtained in, and further culturing the cell isolated in to give an induced pluripotent stem cell. contacting nuclear reprogramming substances with somatic cells, culturing the cells obtained in, isolating a Sca-1-negative CD34-negative cell or EpCam-positive CD34-negative cell from the cells obtained in, and further culturing the cell isolated in to give an induced pluripotent stem cell.
Laundry treatment appliance for washing laundry, having a housing, at least one tray and a tray housing disposed in the housing, into which the tray can be pushed, wherein the tray accommodates at least one electrical component (14, 15) and wherein the tray has a tray body, wherein the tray body has at least one chamber, which serves to hold a laundry treatment agent, characterised in that the tray has a contact tongue, which is connected electrically to the electrical component (14, 15), the tray housing has a cutout, which is assigned to the contact tongue of the tray and the contact tongue of the tray is embodied so that, when the tray is pushed into the tray housing, at least part of the contact tongue engages through the cutout of the tray housing and makes contact with a contact element in order to form a releasable electrical connection, and that the contact element is disposed outside the tray housing.
A fluid container comprising: a wedge shaped container body configured to hold one or more fluids and having a first side wall and an opposing second side wall, the container body configured to be held in a compartment of a reagent server ring having a first compartment wall and a second compartment wall; one or more container alignment features disposed on an outer surface of the first side wall and - configured to self-align the container body with a datum, the datum corresponding to a portion of the opposing second compartment wall; and - configured to apply a force to the first compartment wall to align the container body with the datum; and one or more anti-evaporation tube alignment mechanisms disposed on one or more inner surfaces of the container body and configured to self-align an anti-evaporation tube within the container body. a wedge shaped container body configured to hold one or more fluids and having a first side wall and an opposing second side wall, the container body configured to be held in a compartment of a reagent server ring having a first compartment wall and a second compartment wall; one or more container alignment features disposed on an outer surface of the first side wall and - configured to self-align the container body with a datum, the datum corresponding to a portion of the opposing second compartment wall; and - configured to apply a force to the first compartment wall to align the container body with the datum; and - configured to self-align the container body with a datum, the datum corresponding to a portion of the opposing second compartment wall; and - configured to apply a force to the first compartment wall to align the container body with the datum; and one or more anti-evaporation tube alignment mechanisms disposed on one or more inner surfaces of the container body and configured to self-align an anti-evaporation tube within the container body.
Part on or in a cooking, roasting, baking or grilling device having a self-cleaning coating, by means of which food residues are removed without mechanical force, wherein the coating has a porous structure made of (a) porous particles A and (b) a binder, wherein in their pores a the porous particles A do not have a solid or liquid second phase made of e.g. food residues, wherein the size of the particles A (particle diameter) amounts to 5 to 100 μm, wherein pores b are embodied in the spaces between the particles A, said pores b being responsible for penetrating and spreading the food residues into the coating, wherein the size of the pores a (pore diameter) ≥ 1 μm and the particles A are wrapped with a porous membrane, which represents the binder phase, and embodies the pores b to prevent food residues from being able to penetrate the pores a.
A photovoltaic module, configured to be connected to a component (104, 106) by pivot lock, the photovoltaic module comprising: a photovoltaic laminate; and a frame member extending along a first side edge of the photovoltaic laminate and adapted to provide support for said laminate, the frame member comprising: a groove on an exterior surface of the frame member, wherein the groove is adapted to receive said component (104, 106) that pivot locks therein, wherein an opening of the groove in the frame member is defined by an upper sloped surface and a lower sloped surface, wherein the upper sloped surface and the lower sloped surface are parallel to each other and are each arranged at an angle greater than or equal to 2 degrees relative to a plane of said photovoltaic laminate, wherein the groove further comprises a medial region comprising an upper recess and a lower recess which together define a key slot, wherein the groove is configured to flex open when the component (104, 106) is pivot locked therein. a photovoltaic laminate; and a frame member extending along a first side edge of the photovoltaic laminate and adapted to provide support for said laminate, the frame member comprising: a groove on an exterior surface of the frame member, wherein the groove is adapted to receive said component (104, 106) that pivot locks therein, wherein an opening of the groove in the frame member is defined by an upper sloped surface and a lower sloped surface, wherein the upper sloped surface and the lower sloped surface are parallel to each other and are each arranged at an angle greater than or equal to 2 degrees relative to a plane of said photovoltaic laminate, wherein the groove further comprises a medial region comprising an upper recess and a lower recess which together define a key slot, wherein the groove is configured to flex open when the component (104, 106) is pivot locked therein. a groove on an exterior surface of the frame member, wherein the groove is adapted to receive said component (104, 106) that pivot locks therein, wherein an opening of the groove in the frame member is defined by an upper sloped surface and a lower sloped surface, wherein the upper sloped surface and the lower sloped surface are parallel to each other and are each arranged at an angle greater than or equal to 2 degrees relative to a plane of said photovoltaic laminate, wherein the groove further comprises a medial region comprising an upper recess and a lower recess which together define a key slot, wherein the groove is configured to flex open when the component (104, 106) is pivot locked therein.