mhurhangee/ep-ind-claims huggingface dataset:
A rotary vane pump, suitable for use in a power assisted power steering system of a motor vehicle, the pump having a cylindrical rotor (3, 3') and a plurality of vanes arranged in radially extending slots in the rotor (3, 3') and tensioned to maintain contact with the walls of the pumping house while the pump rotates, the rotor (3, 3') having recesses (7, 7') which extend at edges between a plane lateral face and the slots of the rotor (3, 3'), wherein the recesses (7, 7') have either L-shaped cross sections in the circumferential direction of the rotor (3, 3') or form a circular channel on the lateral face of the rotor (3, 3'), characterized in that in a radial direction of the rotor (3, 3), the recesses (7, 7') extend at least over that radial lengths of the slots which guide and support the vanes, with the exception of a narrow ridge of 1-2 mm width at the radial outer periphery of the lateral face of the rotor (3, 3').
Optical unit for covering an illuminant of a spotlight in the beam direction thereof, which optical unit comprises a light collector, a screen and a deflection means, characterized in that the deflection means is arranged in a peripheral region of an output of the light collector, between the light collector and the screen, such that light collected by the light collector, which penetrates the light collector centrally, can be emitted as direct light without deflection, and light penetrating the light collector in a border region can be deflected into the screen, wherein the screen has a plurality of decoupling units, each of which has a curved reflector surface and by means of which the light deflected by the deflection means into the screen can be deflected in a radiation direction of the optical unit, and the screen has a level outer side from which the light deflected by the decoupling units exits the optical unit.
An optical element for deflecting X-rays comprising a multilayer structure including a plurality of amorphous first WC layers and a plurality of amorphous second SiC layers, wherein each two adjacent ones of the first layers are separated by a respective one of the second layers such that the first and second layers (3, 4) are arranged alternatingly, wherein at least some of the first layers and at least some of the second layers have a thickness of at least 3 nm.
Flexible printed circuit board, comprising at least two conductive tracks (P1, P2) extending along the length of the flexible printed circuit board, flexible printed circuit in which the conductive tracks form at least two antenna loops, said at least two conductive tracks (PI, P2) being substantially parallel to each other, characterized in that it comprises not more than two ends (E1, E2), in that it comprises a contact area (A3, A4) located at a first end of the flexible printed circuit board and configured to come into contact with a predetermined portion of said flexible printed circuit board, such that a first track of the flexible printed circuit board is connected with a second track of the flexible printed circuit board when the first end is brought into contact with the predetermined portion, and in that these two ends are configured in a manner to be inserted into one and the same connector.
Oxygen breathing device, comprising a casing, said casing accommodating in a non-activated condition - an oxygen source, in particular a chemical oxygen generator or an oxygen pressure tank, - a starter device for initiating a flow of oxygen out of said oxygen source, - a buffer connected to said oxygen source, said buffer being adapted to temporarily store oxygen produced in said oxygen source, - at least one oxygen mask (13 a - c) connected via an oxygen supply line to said buffer, wherein said buffer is a flexible bag which is arranged in a deflated condition in said casing in said non- activated condition and wherein in an activated condition, wherein said starter device was activated for initiating a flow of oxygen from said oxygen source - said at least one oxygen mask is placed outside the casing and connected via said oxygen supply line to said oxygen source for directing oxygen from said oxygen source to said at least one oxygen mask, - said buffer is at least partially inflated into a space given free by release of said at least one oxygen mask characterized in that - a plurality of oxygen masks are provided inside said casing in a non-activated condition and - a corresponding plurality of oxygen supply lines is provided for connecting each of said oxygen masks to a manifold, - said manifold being connected to said buffer via a central oxygen line. - an oxygen source, in particular a chemical oxygen generator or an oxygen pressure tank, - a starter device for initiating a flow of oxygen out of said oxygen source, - a buffer connected to said oxygen source, said buffer being adapted to temporarily store oxygen produced in said oxygen source, - at least one oxygen mask (13 a - c) connected via an oxygen supply line to said buffer, wherein said buffer is a flexible bag which is arranged in a deflated condition in said casing in said non- activated condition and wherein in an activated condition, wherein said starter device was activated for initiating a flow of oxygen from said oxygen source - said at least one oxygen mask is placed outside the casing and connected via said oxygen supply line to said oxygen source for directing oxygen from said oxygen source to said at least one oxygen mask, - said buffer is at least partially inflated into a space given free by release of said at least one oxygen mask characterized in that - a plurality of oxygen masks are provided inside said casing in a non-activated condition and - a corresponding plurality of oxygen supply lines is provided for connecting each of said oxygen masks to a manifold, - said manifold being connected to said buffer via a central oxygen line.
A positioning assembly of a hand rivet nut tool comprising a rotating sleeve having a through hole axially formed through the rotating sleeve, an inner surface defined in the through hole of the rotating sleeve and a rotating knob mounted on and around an outer end of the rotating sleeve, and a mandrel slidably mounted through the through hole of the rotating sleeve and having a mandrel knob formed on an outer end of the mandrel, a positioning groove formed around an outer surface of the mandrel disposed adjacent to the mandrel knob and a groove bottom defined in the positioning groove, the positioning assembly, characterized in that: the rotating sleeve further has a mounting groove formed around the inner surface of the rotating sleeve disposed at the outer end of the rotating sleeve the mandrel further has a mandrel diameter defined between two points that are on the outer surface of the mandrel; and a groove diameter defined between two points that are on the groove bottom of the mandrel; and the positioning assembly further comprises a positioning ring being resilient, mounted in and around the mounting groove of the rotating sleeve and having an outer surface disposed in the mounting groove of the rotating sleeve; an inner surface disposed in the positioning groove of the mandrel; an inner diameter defined between two points that are on the inner surface of the positioning ring, the inner diameter of the positioning ring being shorter than the mandrel diameter of the mandrel and being longer than the groove diameter of the mandrel; and an outer diameter defined between two points that are on the outer surface of the positioning ring, the outer diameter of the positioning ring being longer than the mandrel diameter of the mandrel. the rotating sleeve further has a mounting groove formed around the inner surface of the rotating sleeve disposed at the outer end of the rotating sleeve the mandrel further has a mandrel diameter defined between two points that are on the outer surface of the mandrel; and a groove diameter defined between two points that are on the groove bottom of the mandrel; and the positioning assembly further comprises a positioning ring being resilient, mounted in and around the mounting groove of the rotating sleeve and having an outer surface disposed in the mounting groove of the rotating sleeve; an inner surface disposed in the positioning groove of the mandrel; an inner diameter defined between two points that are on the inner surface of the positioning ring, the inner diameter of the positioning ring being shorter than the mandrel diameter of the mandrel and being longer than the groove diameter of the mandrel; and an outer diameter defined between two points that are on the outer surface of the positioning ring, the outer diameter of the positioning ring being longer than the mandrel diameter of the mandrel.
An agent that blocks interaction between CD47 and SIRPα for use in a method of hematopoietic stem cell engraftment in a human patient suffering from a genetic blood disorder, wherein the method comprises: contacting said human patient concomitantly with: (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is selected from an anti-CD47 antibody, an anti-SIRPα antibody, a soluble SIRPα polypeptide or a fusion protein comprising a SIRPα polypeptide; in a dose effective in ablating targeted endogenous hematopoietic stem cells from said human patient; and introducing exogenous hematopoietic stem cells of a normal phenotype to said human patient. contacting said human patient concomitantly with: (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is selected from an anti-CD47 antibody, an anti-SIRPα antibody, a soluble SIRPα polypeptide or a fusion protein comprising a SIRPα polypeptide; (i) an agent that specifically binds to endogenous hematopoietic stem cells in bone marrow, wherein the agent is a monoclonal antibody specific for CD117, and (ii) the agent that blocks interaction between CD47 and SIRPα, wherein the agent is selected from an anti-CD47 antibody, an anti-SIRPα antibody, a soluble SIRPα polypeptide or a fusion protein comprising a SIRPα polypeptide; in a dose effective in ablating targeted endogenous hematopoietic stem cells from said human patient; and introducing exogenous hematopoietic stem cells of a normal phenotype to said human patient.
A processing station for forming shaped wafer bodies by separating connecting bars from a bakery product connection, which is composed of the shaped wafer bodies and the connecting bars, comprising: - a separating device for cutting off the connecting bars of the bakery product connection, - at least one holding device for holding the bakery product connection and the shaped wafer bodies of the bakery product connection in a holding region of the holding device, - and a conveying device, which is arranged for continuously conveying the holding device through the separating device along a conveying direction, - wherein the separating device has a cylindrically formed base body, which is driven rotatably about its axis of rotation, and - wherein, on its circumferential surface, the base body is provided with at least one cutting tool for cutting off at least one connecting bar, characterized in that - at least one suction opening is provided in the circumferential surface of the base body for suctioning off the material cut off during the cutting off of the connecting bars, - wherein a suction channel is connected to the suction opening from the inside, - wherein the suction channel extends in the interior of the base body, - wherein the suction channel emerges from the base body through the suction opening, - wherein a suction fan is connected to the suction channel for suctioning off the material cut off in the separating device, - and wherein the suction opening is connected to the suction channel and the suction fan in such a way that the resulting material can be suctioned off through the suction opening into the suction channel and then transported away. - a separating device for cutting off the connecting bars of the bakery product connection, - at least one holding device for holding the bakery product connection and the shaped wafer bodies of the bakery product connection in a holding region of the holding device, - and a conveying device, which is arranged for continuously conveying the holding device through the separating device along a conveying direction, - wherein the separating device has a cylindrically formed base body, which is driven rotatably about its axis of rotation, and - wherein, on its circumferential surface, the base body is provided with at least one cutting tool for cutting off at least one connecting bar, characterized in that - at least one suction opening is provided in the circumferential surface of the base body for suctioning off the material cut off during the cutting off of the connecting bars, - wherein a suction channel is connected to the suction opening from the inside, - wherein the suction channel extends in the interior of the base body, - wherein the suction channel emerges from the base body through the suction opening, - wherein a suction fan is connected to the suction channel for suctioning off the material cut off in the separating device, - and wherein the suction opening is connected to the suction channel and the suction fan in such a way that the resulting material can be suctioned off through the suction opening into the suction channel and then transported away.
A brewing unit for a beverage dispensing machine comprising a brewing chamber and a closing element, wherein the brewing chamber is movable between a loading position in which is disengaged from the closing element to receive an ingredient through an opening of the brewing chamber and a brewing position in which the brewing chamber engages the closing element, driving means (21, 22, 23, 24) for moving the brewing chamber at least from said loading position to said brewing position and from the brewing position to the loading position, a piston having a filter portion arranged inside the brewing chamber and a stem portion protruding outside said brewing chamber, said piston being movable with respect to said brewing chamber, said brewing unit further comprising a first element rotatably constrained to the brewing chamber at a first rotation axis and a second element constrained to the piston, said first and second elements (30, 31) being rotatably constrained one to another by a connecting portion at a third rotation axis, and characterized in that the second element is rotatably constrained to the piston at a second rotation axis and in that the brewing unit further comprises operating means (40, 41) to modify the relative position between the first rotation axis and the second rotation axis and the position of said piston with respect to said brewing chamber.
A filling unit for a rotary press, the filling unit comprising: a filling wheel which is designed to fill a medium to be metered into die holes of a die plate of the rotary press; wherein the filling wheel is designed as an impeller and is designed to deliver the medium to be metered via a rotating movement by means of its vanes; a metering wheel which is designed to meter a quantity of medium to be metered into the respective die holes of the die plate, wherein the metering wheel is designed as an impeller and is designed to meter the amount of the medium to be metered and to remove excess medium by scraping over the die holes of the die plate with its vanes via a rotating movement; a feeding wheel which is designed to feed the medium to be metered to the filling wheel, wherein the feeding wheel is designed as an impeller and is designed to deliver the medium to be supplied to the filling wheel via a rotating movement by means of its vanes; at least one medium supply unit which is designed to supply the medium to the filling wheel and/or the feeding wheel, wherein the vanes (22, 28, 34) or the filling wheel, the metering wheel and/or the feeding wheel designed as an impeller (20, 26, 32) each have a delivery surface with which each of the impellers (20, 26, 32) delivers the medium, characterized in that the filling unit is designed in such a manner that the feeding wheel can be connected to and/or disconnected from a delivery path of the medium to be metered, in particular by a pivoting movement by means of a pivoting device, in particular about an axis of rotation of the metering wheel designed as an impeller (20, 26, 32). a filling wheel which is designed to fill a medium to be metered into die holes of a die plate of the rotary press; wherein the filling wheel is designed as an impeller and is designed to deliver the medium to be metered via a rotating movement by means of its vanes; a metering wheel which is designed to meter a quantity of medium to be metered into the respective die holes of the die plate, wherein the metering wheel is designed as an impeller and is designed to meter the amount of the medium to be metered and to remove excess medium by scraping over the die holes of the die plate with its vanes via a rotating movement; a feeding wheel which is designed to feed the medium to be metered to the filling wheel, wherein the feeding wheel is designed as an impeller and is designed to deliver the medium to be supplied to the filling wheel via a rotating movement by means of its vanes; at least one medium supply unit which is designed to supply the medium to the filling wheel and/or the feeding wheel, wherein the vanes (22, 28, 34) or the filling wheel, the metering wheel and/or the feeding wheel designed as an impeller (20, 26, 32) each have a delivery surface with which each of the impellers (20, 26, 32) delivers the medium, characterized in that
A mixed-reality computer system for dynamically switching modes within a magnetic sensor device, the system comprising: one or more processors; and one or more computer-readable media having stored thereon executable instructions that when executed by the one or more processors configure the computer system to perform at least the following: communicate through a secondary communication channel with a first magnetic sensor device and a second magnetic sensor device, wherein the first magnetic sensor device and the second magnetic sensor device are configured to track a pose of a user within a mixed-reality environment and the first magnetic sensor device includes at least a magnetic signal receiving functionality; determine that the second magnetic sensor device includes magnetic signal transmitting functionality and magnetic signal receiving functionality; and after determining that the second magnetic sensor device includes magnetic signal transmitting functionality, cause the second magnetic sensor device to begin transmitting a first magnetic field signal. one or more processors; and one or more computer-readable media having stored thereon executable instructions that when executed by the one or more processors configure the computer system to perform at least the following: communicate through a secondary communication channel with a first magnetic sensor device and a second magnetic sensor device, wherein the first magnetic sensor device and the second magnetic sensor device are configured to track a pose of a user within a mixed-reality environment and the first magnetic sensor device includes at least a magnetic signal receiving functionality; determine that the second magnetic sensor device includes magnetic signal transmitting functionality and magnetic signal receiving functionality; and after determining that the second magnetic sensor device includes magnetic signal transmitting functionality, cause the second magnetic sensor device to begin transmitting a first magnetic field signal. communicate through a secondary communication channel with a first magnetic sensor device and a second magnetic sensor device, wherein the first magnetic sensor device and the second magnetic sensor device are configured to track a pose of a user within a mixed-reality environment and the first magnetic sensor device includes at least a magnetic signal receiving functionality; determine that the second magnetic sensor device includes magnetic signal transmitting functionality and magnetic signal receiving functionality; and after determining that the second magnetic sensor device includes magnetic signal transmitting functionality, cause the second magnetic sensor device to begin transmitting a first magnetic field signal.
A system for detecting pressure and wear conditions of at least a first vehicle wheel tire and a second vehicle wheel tire, comprising: a first module that is designed to be positioned inside the first wheel and a second module that is designed to be positioned inside the second wheel, wherein each one of said modules comprises sensors, a module processor, a module transmitter, and a power source for powering said sensors, module processor and module transmitter; a remote receiver and a data processor that are designed to be positioned outside said wheels; wherein the module processor of each wheel is designed to receive output from the sensors of said wheel; wherein the module transmitters of said first module and of said second module are designed to transmit to the remote receiver processed data from the module processors based on said output; the system characterized in that: wherein said data processor is designed to analyze the received processed data from said modules, to compare the processed data from the first wheel with the processed data from the second wheel, to compare the proceeded data from said modules with pre calculated data, and to provide alert based on said analysis and comparisons. a first module that is designed to be positioned inside the first wheel and a second module that is designed to be positioned inside the second wheel, wherein each one of said modules comprises sensors, a module processor, a module transmitter, and a power source for powering said sensors, module processor and module transmitter; a remote receiver and a data processor that are designed to be positioned outside said wheels; wherein the module processor of each wheel is designed to receive output from the sensors of said wheel; wherein the module transmitters of said first module and of said second module are designed to transmit to the remote receiver processed data from the module processors based on said output; the system characterized in that: wherein said data processor is designed to analyze the received processed data from said modules, to compare the processed data from the first wheel with the processed data from the second wheel, to compare the proceeded data from said modules with pre calculated data, and to provide alert based on said analysis and comparisons.