mhurhangee/ep-ind-claims huggingface dataset:
A mixing apparatus for mixing or stirring substances, having a mixing tank for receiving the substances to be mixed or to be stirred; having a rotor arranged in the mixing tank by which at least one vane for mixing or stirring the substances can be driven to rotate about an axial direction; and having a stator that is arranged outside the mixing tank and by which the rotor can be driven contactlessly magnetically to rotate about the axial direction in the operating state and can be supported magnetically with respect to the stator, wherein in that a bar is provided that extends in the axial direction and that is rotationally fixed to the rotor, as well as a mechanical limiting element that is fixed with respect to the mixing tank and that cooperates with the bar, with the limiting element being designed and arranged such that the bar can rotate with respect to the limiting element and with a tilt of the rotor being at least limited by a physical contact between the bar and the limiting element, wherein the stator is configured as a bearing and drive stator by which the rotor can be contactlessly magnetically driven in the operating state and is contactlessly magnetically supportable at least radially with respect to the stator.
A power supply unit for an inhalation component generation device, comprising: a power supply; a first resistor that is connected to the power supply; a second resistor that is connected in series to the first resistor; and a connection part that is electrically connectable to an external unit, characterized in that the connection part includes a first electrical terminal that is electrically connected to a first node between the first resistor and the second resistor, and a second electrical terminal that is electrically connected to a second node disposed at a side opposite to the first node with respect to the first resistor, and the power supply unit further comprises: a first switch that is electrically connected to the first node and forms an electrical path electrically parallel with the second resistor; and a detecting part that detects connection of the external unit to the connection part based on a voltage drop amount in the second resistor, wherein the first switch is configured to be maintained in an open state when the external unit is not connected to the connection part, the first switch includes a parasitic diode so that a flowing direction of a current output from the power supply through the first node is a reverse direction when the external unit is not connected to the connection part, and an electrical resistance value of the second resistor is lower than the electrical resistance value of the first resistor. a power supply; a first resistor that is connected to the power supply; a second resistor that is connected in series to the first resistor; and a connection part that is electrically connectable to an external unit, characterized in that the connection part includes a first electrical terminal that is electrically connected to a first node between the first resistor and the second resistor, and a second electrical terminal that is electrically connected to a second node disposed at a side opposite to the first node with respect to the first resistor, and the power supply unit further comprises: a first switch that is electrically connected to the first node and forms an electrical path electrically parallel with the second resistor; and a detecting part that detects connection of the external unit to the connection part based on a voltage drop amount in the second resistor, a first switch that is electrically connected to the first node and forms an electrical path electrically parallel with the second resistor; and a detecting part that detects connection of the external unit to the connection part based on a voltage drop amount in the second resistor, wherein the first switch is configured to be maintained in an open state when the external unit is not connected to the connection part, the first switch includes a parasitic diode so that a flowing direction of a current output from the power supply through the first node is a reverse direction when the external unit is not connected to the connection part, and an electrical resistance value of the second resistor is lower than the electrical resistance value of the first resistor.
A cluster of cans held together by one or more clustering units in a pre-use state, said clustering unit being made of metal and comprising a plurality of contact parts provided with fastening means each fixing said clustering unit to one of said cans; characterized in that one or more of said contact parts comprises disengagement means configured as a weakened or broken line in the metal of said clustering unit, thereby adapted to release said can fixed by said contact part from said clustering unit, wherein a main part of said clustering unit is permanently fixed to one of said cans, whereas smaller parts of the clustering unit is releasably fixed to the other cans of said cluster via said disengagement means. characterized in that one or more of said contact parts comprises disengagement means configured as a weakened or broken line in the metal of said clustering unit, thereby adapted to release said can fixed by said contact part from said clustering unit, wherein a main part of said clustering unit is permanently fixed to one of said cans, whereas smaller parts of the clustering unit is releasably fixed to the other cans of said cluster via said disengagement means.
A clamping device for a bone-in limb meat comprising: a pair of clamp pieces (12a, 12b) including a first clamp piece and a second clamp piece, and being openable/closable so as to hold a bone-in limb meat; and rotation suppressing portions for suppressing a rotation of the bone-in limb meat, the rotation suppressing portions being disposed at positions deviated with respect to the pair of clamp pieces (12a, 12b) in a direction perpendicular to a plane including an opening/closing direction (a) of the pair of clamp pieces (12a, 12b), wherein the rotation suppressing portions include a projection portion disposed so as to protrude into a space between the pair of clamp pieces (12a, 12b) and toward the bone-in limb meat when viewed from said direction perpendicular to the plane, the projection portion being configured to dig into the bone-in limb meat, wherein the rotation suppressing portions further include an abutting portion disposed on a side of the second clamp piece across a center line between the pair of clamp pieces (12a, 12b) and to the back of the pair of clamp pieces (12a, 12b) with respect to the projection portion, the abutting portion being configured to contact the bone-in limb meat, wherein the abutting portion is formed by a plate-shape body having a normal direction intersecting the center line at a tip side of the clamping device, the plate-shape body extending perpendicular to a direction included in the plane, so that the abutting portion heads for the back of the pair of clamp pieces (12a, 12b) when approaching the first clamp piece. a pair of clamp pieces (12a, 12b) including a first clamp piece and a second clamp piece, and being openable/closable so as to hold a bone-in limb meat; and rotation suppressing portions for suppressing a rotation of the bone-in limb meat, the rotation suppressing portions being disposed at positions deviated with respect to the pair of clamp pieces (12a, 12b) in a direction perpendicular to a plane including an opening/closing direction (a) of the pair of clamp pieces (12a, 12b), wherein the rotation suppressing portions include a projection portion disposed so as to protrude into a space between the pair of clamp pieces (12a, 12b) and toward the bone-in limb meat when viewed from said direction perpendicular to the plane, the projection portion being configured to dig into the bone-in limb meat, wherein the rotation suppressing portions further include an abutting portion disposed on a side of the second clamp piece across a center line between the pair of clamp pieces (12a, 12b) and to the back of the pair of clamp pieces (12a, 12b) with respect to the projection portion, the abutting portion being configured to contact the bone-in limb meat, wherein the abutting portion is formed by a plate-shape body having a normal direction intersecting the center line at a tip side of the clamping device, the plate-shape body extending perpendicular to a direction included in the plane, so that the abutting portion heads for the back of the pair of clamp pieces (12a, 12b) when approaching the first clamp piece.
A washing method comprising: a laundry amount detecting step of detecting the amount of laundry loaded in a drum; and a high head motion step of dropping the laundry by braking the drum after the laundry is lifted over a half of the drum height by rotation of the drum, when the detected amount of the laundry is in a preset range. a laundry amount detecting step of detecting the amount of laundry loaded in a drum; and a high head motion step of dropping the laundry by braking the drum after the laundry is lifted over a half of the drum height by rotation of the drum, when the detected amount of the laundry is in a preset range.
Method of manufacturing a spar cap for a wind turbine blade part, comprising the steps of: - providing a plurality of precured elongate elements of a fibre reinforced resin composite material comprising a first main surface and a second opposite main surface and a first lateral face and a second opposite lateral face and a first end and an opposite second end, - stacking the plurality of precured elements, an interlayer of an elongate non-cured fibre material being arranged between the first and second main surface of successive precured elements, thereby forming a stack of precured elements and interlayer(s), the stack having a lower stack surface (78, 79) and an opposite upper stack surface, a first lateral stack face (61, 62) and an opposite second lateral stack face, and a first stack end and an opposite second stack end, - moving the stack of precured elements and interlayer(s) to a spar cap mould comprising a mould bottom and mould side walls, - arranging the stack of precured elements and interlayer(s) in the cavity of the spar cap mould I. - infusing resin into the stack of precured elements and interlayers in the mould, - allow the resin to cure to form a cured stack of precured elements and interlayer(s) forming a spar cap, - remove the cured stack of precured elements and interlayer(s) in from the mould, i.e. demould the stack. - providing a plurality of precured elongate elements of a fibre reinforced resin composite material comprising a first main surface and a second opposite main surface and a first lateral face and a second opposite lateral face and a first end and an opposite second end, - stacking the plurality of precured elements, an interlayer of an elongate non-cured fibre material being arranged between the first and second main surface of successive precured elements, thereby forming a stack of precured elements and interlayer(s), the stack having a lower stack surface (78, 79) and an opposite upper stack surface, a first lateral stack face (61, 62) and an opposite second lateral stack face, and a first stack end and an opposite second stack end, - moving the stack of precured elements and interlayer(s) to a spar cap mould comprising a mould bottom and mould side walls, - arranging the stack of precured elements and interlayer(s) in the cavity of the spar cap mould I. - infusing resin into the stack of precured elements and interlayers in the mould, - allow the resin to cure to form a cured stack of precured elements and interlayer(s) forming a spar cap, - remove the cured stack of precured elements and interlayer(s) in from the mould, i.e. demould the stack.
A thermally active actuator having an actuator element composed of a metallic shape memory alloy such that the actuator element executes a shape change on a temperature change and wherein at least one restoring means composed of an elastomer is provided by which the shape change can be restore, with the restoring means being connected to the actuator element via a surface contact, characterized in that the restoring means is designed as a surface coating of the actuator element and has a layer thickness (d) of 5 μm to 800 μm, with the thickness of the actuator element amounting to two to ten times the layer thickness (d).
A mobile robot system comprising: a robot comprising: a drive system; a controller in communication with the drive system; and a volumetric point cloud imaging device (450, 450a, 450b) in communication with the controller and directed to be capable of obtaining a point cloud from a volume of space adjacent the robot; and a remote computing device in communication with the mobile robot and executing a software program that: displays a three-dimensional scene (10a, 3310) based on the volumetric point cloud captured by the imaging device (450, 450a, 450b) and a rendered solid model of the robot in the three-dimensional scene (10a, 3310); wherein the software program displays the robot model from a third perspective view; receives robot commands; and communicates the robot commands to the robot controller. a robot comprising: a drive system; a controller in communication with the drive system; and a volumetric point cloud imaging device (450, 450a, 450b) in communication with the controller and directed to be capable of obtaining a point cloud from a volume of space adjacent the robot; and a drive system; a controller in communication with the drive system; and a volumetric point cloud imaging device (450, 450a, 450b) in communication with the controller and directed to be capable of obtaining a point cloud from a volume of space adjacent the robot; and a remote computing device in communication with the mobile robot and executing a software program that: displays a three-dimensional scene (10a, 3310) based on the volumetric point cloud captured by the imaging device (450, 450a, 450b) and a rendered solid model of the robot in the three-dimensional scene (10a, 3310); wherein the software program displays the robot model from a third perspective view; receives robot commands; and communicates the robot commands to the robot controller. displays a three-dimensional scene (10a, 3310) based on the volumetric point cloud captured by the imaging device (450, 450a, 450b) and a rendered solid model of the robot in the three-dimensional scene (10a, 3310); wherein the software program displays the robot model from a third perspective view; receives robot commands; and communicates the robot commands to the robot controller.
Optical system for EUV lithography, comprising a reflective optical element for grazing incidence in the extreme ultraviolet wavelength range, having a reflective coating on a substrate, characterized in that - the reflective coating is configured to have one, two, three or four layers, - the reflective coating has a thickness of more than 50 nm and - the reflective coating is designed as a single layer made of a boride of any stoichiometry of one or more metals of the group of molybdenum, ruthenium, niobium, zircon, rhodium, rhenium, palladium, gold, platinum, tantalum, tungsten, osmium, iridium, titanium, hafnium, magnesium, calcium and strontium, or as a system with different layers made of borides of different metals or metal combinations of said group of metals. - the reflective coating is configured to have one, two, three or four layers, - the reflective coating has a thickness of more than 50 nm and - the reflective coating is designed as a single layer made of a boride of any stoichiometry of one or more metals of the group of molybdenum, ruthenium, niobium, zircon, rhodium, rhenium, palladium, gold, platinum, tantalum, tungsten, osmium, iridium, titanium, hafnium, magnesium, calcium and strontium, or as a system with different layers made of borides of different metals or metal combinations of said group of metals.
An external drive unit for an implantable heart assist pump comprising a motor housing, a transcutaneous drive shaft and a motor for driving the heart assist pump, wherein the motor is connectable to the heart assist pump via the drive shaft and wherein the motor is arranged inside the motor housing, further comprising a catheter surrounding the drive shaft and a purge line for injecting a purge medium into a lumen of the catheter or into a space between the catheter and the drive shaft, characterized in that the purge line is in thermal contact (54, 55) with an outer surface of the motor housing and/or with an outer surface of a proximal section of the catheter, wherein the motor comprises a stator and a rotatably mounted rotor connected to the drive shaft, wherein a fluid gap is formed between the rotor and the stator, wherein the fluid gap is in fluid connection with a purge opening for injecting the purge medium into the fluid gap, wherein the purge line is connected to or connectable to the purge opening such that the purge medium is pre-heated due to the thermal contact with the proximal section of the catheter and/or the motor housing before entering the fluid gap of the motor.
An effector module comprising: (a) a stimulus response element, wherein the SRE is a destabilizing domain, said DD comprising the cGMP-specific 3',5'-cyclic phosphodiesterasehPDE5 of SEQ ID NO:1, in whole or in part, wherein said whole or part is capable of binding to a stabilizing ligand and wherein the DD further comprises: i) a mutation at amino acid position 732 of SEQ ID NO: 1 and ii) a mutation at amino acid position 736 of SEQ ID NO: 1, selected from the group consisting of F736G, F736L, F736M, F736R, F736W, F736K, F736Q, F736E, F736S, F736P, F736V, F736I, F736C, F736Y, F736H, F736N, F736D, and F736T; and (b) at least one payload, which is attached, appended or associated with said SRE; and wherein the SRE is responsive to one or more stimuli. (a) a stimulus response element, wherein the SRE is a destabilizing domain, said DD comprising the cGMP-specific 3',5'-cyclic phosphodiesterasehPDE5 of SEQ ID NO:1, in whole or in part, wherein said whole or part is capable of binding to a stabilizing ligand and wherein the DD further comprises: i) a mutation at amino acid position 732 of SEQ ID NO: 1 and ii) a mutation at amino acid position 736 of SEQ ID NO: 1, selected from the group consisting of F736G, F736L, F736M, F736R, F736W, F736K, F736Q, F736E, F736S, F736P, F736V, F736I, F736C, F736Y, F736H, F736N, F736D, and F736T; and i) a mutation at amino acid position 732 of SEQ ID NO: 1 and ii) a mutation at amino acid position 736 of SEQ ID NO: 1, selected from the group consisting of F736G, F736L, F736M, F736R, F736W, F736K, F736Q, F736E, F736S, F736P, F736V, F736I, F736C, F736Y, F736H, F736N, F736D, and F736T; and (b) at least one payload, which is attached, appended or associated with said SRE; and
A protective vest (100, 100a, 100b, 100c) comprising: a front panel to cover substantially a torso region of a user; a back panel substantially matching the front panel; two shoulder straps; two or more side straps to adjustably connect the front and back panels (110, 120) to fit the protective vest (100, 100a-100c) on a user; a cold spreader and a hot spreader attached to the front panel or the back panel or to both the front and back panels (110, 120) such that part of the attachment at each of the front or back panel has a vent or a plurality of vents leading to a space in between the cold and hot spreaders (150, 160); and a thermoelectric module with a cold junction being mounted on the cold spreader whilst a hot junction is mounted on the hot spreader; and a thermal insulation separating the cold spreader from parts associated with the hot junction, the protective vest being characterised in that the thermal insulation is sculptured to form plenums through which air in contact with the parts associated with the hot junction is moved by a blower and exhausted through the vent or plurality of vents. a front panel to cover substantially a torso region of a user; a back panel substantially matching the front panel; two shoulder straps; two or more side straps to adjustably connect the front and back panels (110, 120) to fit the protective vest (100, 100a-100c) on a user; a cold spreader and a hot spreader attached to the front panel or the back panel or to both the front and back panels (110, 120) such that part of the attachment at each of the front or back panel has a vent or a plurality of vents leading to a space in between the cold and hot spreaders (150, 160); and a thermoelectric module with a cold junction being mounted on the cold spreader whilst a hot junction is mounted on the hot spreader; and a thermal insulation separating the cold spreader from parts associated with the hot junction, the protective vest being characterised in that the thermal insulation is sculptured to form plenums through which air in contact with the parts associated with the hot junction is moved by a blower and exhausted through the vent or plurality of vents.
A battery comprising: a package containing an electrode assembly therein; a current collector which electrically connects an external terminal whose at least part is disposed outside of the package to the electrode assembly; and a gasket interposed between the inner surface of the package and the current collector, the gasket including a contained portion which is contained in a recess formed at the inner surface of the package, wherein the recess is formed in the package by partially and outwardly expanding the package. a package containing an electrode assembly therein; a current collector which electrically connects an external terminal whose at least part is disposed outside of the package to the electrode assembly; and a gasket interposed between the inner surface of the package and the current collector, the gasket including a contained portion which is contained in a recess formed at the inner surface of the package, wherein the recess is formed in the package by partially and outwardly expanding the package.
Method for selecting a component of a voice input, in which the voice input is captured, the voice input comprising multiple components, the captured voice input is processed and a text is identified, for each component of the voice input an identification probability is ascertained that indicates the probability of the component having been identified correctly, the identified text of the voice input is reproduced on a display panel and for each component the value of a parameter for selecting the component by means of an input device is set on the basis of the ascertained identification probability, wherein the input device comprises a touch-sensitive surface arranged on the display panel and the component is selected by touching the touch-sensitive surface, characterized in that the parameter comprises a size of a touch area (11.1, 11.2) that needs to be touched to select the component.