mhurhangee/ep-ind-claims huggingface dataset:
A device comprising a transparent or semi-transparent cover layer and a magnetic layer, wherein between the cover layer and the magnetic layer is a liquid medium containing magnetically alignable pigments, wherein the magnetic layer is a permanent magnet.
A manipulating inspection device comprising a main support, to which a telescopic mast is connected, whereas the main support is adapted for repeated connection with a reactor pressure vessel, wherein the main support comprises a center part (1.1) and at least three supporting legs (1.2) connectible to it, the supporting legs (1.2) being arranged substantially evenly around the circumference of the center part (1.1) and adapted for repeatable connection with a reactor pressure vessel, characterized in that the center part (1.1) of the main support is provided with a turn-table (1.1.1) having an orifice in its center as well as with a drive for turning the telescopic mast, whereas this turn-table (1.1.1) is provided with a flange in order to provide a repeatable connection with the telescopic mast, while the telescopic mast comprises mast guiding means (2.1), an outer mast (2.2) and an inner mast (2.3) telescopically arranged inside it, adapted for moving against each other, the mast guiding means (2.1) being provided with a connecting element for a repeatable connection with the flange of the main support, whereas the inner mast (2.3) is provided with a transverse track at its bottom having at least one sliding trolley adapted for fastening probes and with a distribution box for cabling to the probes, the transverse track being arranged for a movement of the sliding trolley along it in a radial direction from the center of the main support with the telescopic mast.
A machine for recycling sharp, pointed objects, comprising a casing with an upper front metal surface below which there is coupled a box with a surface in the form of a ramp that allows access to a reservoir located therebelow; wherein said front metal surface has at least one spout suitable for introducing syringe needles, associated with a needle extraction system for separating said needles from the plastic body of a syringe, and at least one opening, characterized in that the needle extraction system associated with the at least one spout consists of pairs of gear wheels meshing with one another, which are held by a support and are moved by an electric motor, which gear wheels catch and take the needle out of the syringe introduced through the at least one spout while rotating, separating it from the plastic body of the syringe and in that the opening is an H-shaped opening suitable for introducing scalpel blades and is associated with means for disassembling said scalpel blades wherein the machine incorporates below the H-shaped opening a metal tongue adapted therebelow configured for holding the scalpel blades when making them rotate in said H-shaped opening.
Activation unit for a rescue device fitted with at least one fillable balloon, comprising a pressurised gas cylinder, a device (18, 19, 24) for opening the pressurised gas cylinder closed by a closure element, at least one pressurised gas pipe which can connect the activation unit to the at least one fillable balloon of the rescue device, and a line for transmitting a trigger signal from a trigger device to the device (18, 19, 24) for opening the pressurised gas cylinder having the following features: the activation unit has an upper part and a lower part, which can be connected to one another by plugging into one another under formation of the functional activation unit, but can also be detached from one another; the lower part is/can be connected to the pressurised gas cylinder; the device (18, 19, 24) for opening the pressurised gas cylinder is arranged in the lower part; the lower part is provided with a pressurised gas line (20, 20', 20") which connects the pressurised gas cylinder with a pressurised gas connector in a pressure-proof manner, which connector guarantees a pressure-proof connection to the at least one pressurised gas pipe when the lower part is connected to the upper part; the lower part when detached from the upper part, represents a unit that can be manipulated separately from the rescue device, and the upper part is secured on the rescue device or is integrated in the rescue device; and the at least one pressurised gas pipe leads into the upper part. the activation unit has an upper part and a lower part, which can be connected to one another by plugging into one another under formation of the functional activation unit, but can also be detached from one another; the lower part is/can be connected to the pressurised gas cylinder; the device (18, 19, 24) for opening the pressurised gas cylinder is arranged in the lower part; the lower part is provided with a pressurised gas line (20, 20', 20") which connects the pressurised gas cylinder with a pressurised gas connector in a pressure-proof manner, which connector guarantees a pressure-proof connection to the at least one pressurised gas pipe when the lower part is connected to the upper part; the lower part when detached from the upper part, represents a unit that can be manipulated separately from the rescue device, and the upper part is secured on the rescue device or is integrated in the rescue device; and the at least one pressurised gas pipe leads into the upper part.
A crystalline Form of Larotrectinib ethanesulfonate designated as E1, wherein said crystalline Form E1 is characterized by an XRPD pattern having peaks at 8.9, 10.0, 13.8, 14.2 and 14.6 degrees 2-theta ± 0.2 degrees 2-theta.
A wear tip holder for holding a wear tip adjacent to an outflow opening of a vertical rotor wall of a rotor of a VSI crusher, said wear tip holder (32; 132) comprising a mounting plate (44; 144) for mounting the wear tip holder (32; 132) to said rotor wall; and a wear body (40; 140), connected to said mounting plate (44; 144), the wear body (40; 140) being provided with an elongate wear tip recess (42; 142) for holding the wear tip, the mounting plate (44; 144) having a mounting face for facing the rotor wall to which it is to be mounted; and, opposite the mounting face, a wear face (54; 154) for facing the interior of the rotor, the wear tip holder (32; 132) being characterized in comprising at least one material retention groove (58; 158, 159, 159a-b) extending along the wear tip recess (42; 142) at a position upstream, as seen in a direction of an intended flow of material to be crushed, of the wear tip recess (42; 142), the material retention groove (58; 158, 159, 159a-b) having an upstream groove wall and a downstream groove wall, said downstream groove wall forming an acute angle (α) with the wear face for retaining material to be crushed.
Structural component for a vehicle, in particular an aircraft, said structural component being a component for a fluid-dynamical body, comprising: a skin to be deformed, wherein an outer surface of the skin is designed for a fluid-dynamically effective incident flow and is deformable for changing a fluid-dynamical effect, at least one distribution and stiffening profile for distributing the deformation force to a region of the skin and for stiffening the skin, said distribution and stiffening profile being an omega-stringer, a load introduction device for introducing a deformation force into the skin of the structural component to be deformed having positions of attack or points of attack for introducing the deformation force into the omega-stringer, wherein the positions of attack or points of attack are located within a space area in the interior of the omega-stringer defined by the outer contour of the omega-stringer, and having load introduction elements constructed as fittings guided into the space area in the interior of the omega-stringer for coupling to a respective one of the positions of attack or points of attack, characterized in that the space area is delimited by the inner surface of the skin and is surrounded by the outer contour of the omega-stringer and that the omega-stringer has reception openings at several spaced-apart positions to receive the fittings, wherein the reception openings are formed by local openings and/or interruptions in the omega-stringer. a skin to be deformed, wherein an outer surface of the skin is designed for a fluid-dynamically effective incident flow and is deformable for changing a fluid-dynamical effect, at least one distribution and stiffening profile for distributing the deformation force to a region of the skin and for stiffening the skin, said distribution and stiffening profile being an omega-stringer, a load introduction device for introducing a deformation force into the skin of the structural component to be deformed having positions of attack or points of attack for introducing the deformation force into the omega-stringer, wherein the positions of attack or points of attack are located within a space area in the interior of the omega-stringer defined by the outer contour of the omega-stringer, and having load introduction elements constructed as fittings guided into the space area in the interior of the omega-stringer for coupling to a respective one of the positions of attack or points of attack, characterized in that the space area is delimited by the inner surface of the skin and is surrounded by the outer contour of the omega-stringer and that the omega-stringer has reception openings at several spaced-apart positions to receive the fittings, wherein the reception openings are formed by local openings and/or interruptions in the omega-stringer.
An electrical wire protection member having an electrical wire inserted inside and including a pipe having two end parts in an axial direction of the pipe and two protectors that define a routing pathway of the electrical wire wherein: each protector has a body part and a cover part that are connectable to each other in a vertical direction perpendicular to the axial direction of the pipe and cover one end part of the pipe, and a protector-side locking part (38, 44) is provided at at least one of the body part and the cover part, at the pipe, a pipe-side locking part (21, 21B) is provided that (i) when the body part and the cover part are connected, fits together with the protector-side locking part (38, 44) from the vertical direction and (ii) restricts positional deviation of the protector in a circumferential direction of the pipe and in the axial direction of the pipe, and wherein the pipe-side locking part (21, 21B) is a hole (21, 21B) that passes through a peripheral wall of the pipe, the protector-side locking part (38, 44) is protrusion (38, 44) that is fit to the hole (21, 21B), and the hole (21, 21B) is provided at each of the two end parts of the pipe in the axial direction, and one of the holes (21, 21B) provided at each of the two end parts of the pipe in the axial direction is formed as an elongated hole elongated in the axial direction and allows the protrusion (38, 44) to be loosely fit in the axial direction; and wherein each of the protectors is arranged at a surface under a floor of a vehicle, and the cover part is flat and is arranged along the surface under the floor. each protector has a body part and a cover part that are connectable to each other in a vertical direction perpendicular to the axial direction of the pipe and cover one end part of the pipe, and a protector-side locking part (38, 44) is provided at at least one of the body part and the cover part, at the pipe, a pipe-side locking part (21, 21B) is provided that (i) when the body part and the cover part are connected, fits together with the protector-side locking part (38, 44) from the vertical direction and (ii) restricts positional deviation of the protector in a circumferential direction of the pipe and in the axial direction of the pipe, and wherein the pipe-side locking part (21, 21B) is a hole (21, 21B) that passes through a peripheral wall of the pipe, the protector-side locking part (38, 44) is protrusion (38, 44) that is fit to the hole (21, 21B), and the hole (21, 21B) is provided at each of the two end parts of the pipe in the axial direction, and one of the holes (21, 21B) provided at each of the two end parts of the pipe in the axial direction is formed as an elongated hole elongated in the axial direction and allows the protrusion (38, 44) to be loosely fit in the axial direction; and wherein each of the protectors is arranged at a surface under a floor of a vehicle, and the cover part is flat and is arranged along the surface under the floor.
A method for calculating a fluid content level in at least one thoracic tissue of a patient, comprising: beaming at least one electromagnetic radiation in the range of 0.3 GHz to 20 GHz; capturing at least some reflections of the EM radiation from the at least one thoracic tissue, using at least one EM transducer (400,401), in a plurality of radiation sessions during a period of at least 24 hours; detecting a change of a dielectric related property of the at least one thoracic tissue by analyzing respective said reflected EM radiation; calculating by a processing unit a fluid content level in said at least one thoracic tissue; and outputting a notification based on said fluid content level; characterized by: calculating said fluid content level based on a human body tissue dielectric model defining a plurality of tissue layers of at least a chest wall and defining for each of the plurality of tissue layers an equivalent frequency response of the respective tissue layer capturing an effect imposed on the EM radiation that is propagating in the respective tissue layer. beaming at least one electromagnetic radiation in the range of 0.3 GHz to 20 GHz; capturing at least some reflections of the EM radiation from the at least one thoracic tissue, using at least one EM transducer (400,401), in a plurality of radiation sessions during a period of at least 24 hours; detecting a change of a dielectric related property of the at least one thoracic tissue by analyzing respective said reflected EM radiation; calculating by a processing unit a fluid content level in said at least one thoracic tissue; and outputting a notification based on said fluid content level; characterized by: calculating said fluid content level based on a human body tissue dielectric model defining a plurality of tissue layers of at least a chest wall and defining for each of the plurality of tissue layers an equivalent frequency response of the respective tissue layer capturing an effect imposed on the EM radiation that is propagating in the respective tissue layer. calculating said fluid content level based on a human body tissue dielectric model defining a plurality of tissue layers of at least a chest wall and defining for each of the plurality of tissue layers an equivalent frequency response of the respective tissue layer capturing an effect imposed on the EM radiation that is propagating in the respective tissue layer.
A robotic laser-pointing apparatus, comprising: a. an instrument center, b. a first rotation axis, a second rotation axis, and a pointing axis, having a known relationship to the instrument center, c. a laser source providing a pointing-laser beam along the pointing axis, d. a pointing drive system to aim the laser beam by rotating the pointing axis about the instrument center in response to a pointing-direction control, and e. focusing optics having a focusing-optics drive to focus the pointing-laser beam in response to a focusing-optics control, the apparatus being characterized by further comprising: f. a processor, responsive to target-position information, to generate the pointing-direction control and the focusing-optics control and g. an electronic distance measurement system which emits a measurement beam along a measurement-beam path, wherein the pointing drive system is operative to aim the measurement beam by rotating the measurement-beam path about the instrument center in response to the pointing-direction control, and wherein the processor is further operative to compensate the pointing-direction control for at least one of parallax and divergence of the pointing axis with respect to the measurement-beam path. a. an instrument center, b. a first rotation axis, a second rotation axis, and a pointing axis, having a known relationship to the instrument center, c. a laser source providing a pointing-laser beam along the pointing axis, d. a pointing drive system to aim the laser beam by rotating the pointing axis about the instrument center in response to a pointing-direction control, and e. focusing optics having a focusing-optics drive to focus the pointing-laser beam in response to a focusing-optics control, f. a processor, responsive to target-position information, to generate the pointing-direction control and the focusing-optics control and g. an electronic distance measurement system which emits a measurement beam along a measurement-beam path, wherein the pointing drive system is operative to aim the measurement beam by rotating the measurement-beam path about the instrument center in response to the pointing-direction control, and wherein the processor is further operative to compensate the pointing-direction control for at least one of parallax and divergence of the pointing axis with respect to the measurement-beam path.
A method for providing simultaneous dual polarization operation using a linearly-polarized planar antenna and a polarizer (11, 12) spaced apart from the linearly-polarized planar antenna, the polarizer (11, 12) including a first polarization state comprising primarily left-hand circular polarization (LHCP), a second polarization state comprising primarily right-hand circular polarization (RHCP), and a third intermediate polarization state comprising linear polarization from which a combination of both LHCP and RHCP is simultaneously derived, the method comprising: placing the polarizer (11, 12) in the first or second polarization state to at least one of transmit or receive a signal having primarily one of LHCP or RHCP, respectively; placing the polarizer (11, 12) in the third intermediate polarization state to simultaneously transmit and/or receive two different signals, a first signal of the two different signals having primarily LHCP and a second signal of the two different signals having primarily RHCP; and receiving and transmitting RF signals between the linearly-polarized planar antenna and an electronic device while the polarizer (11, 12) is in the third intermediate polarization state. placing the polarizer (11, 12) in the first or second polarization state to at least one of transmit or receive a signal having primarily one of LHCP or RHCP, respectively; placing the polarizer (11, 12) in the third intermediate polarization state to simultaneously transmit and/or receive two different signals, a first signal of the two different signals having primarily LHCP and a second signal of the two different signals having primarily RHCP; and receiving and transmitting RF signals between the linearly-polarized planar antenna and an electronic device while the polarizer (11, 12) is in the third intermediate polarization state.
A gearwheel arrangement comprising a hub, a main gearwheel supported by the hub, and a secondary gearwheel which - has a receiving hole for receiving the hub, - is rotatable in the circumferential direction in relation to the main gearwheel and can be pretensioned in the circumferential direction by means of a spring element completely enclosed within the gearwheel arrangement, and, - in a mounting position of the gearwheel arrangement, is mounted on the main gearwheel so as to be secured in the axial direction, wherein, for the axial securing, at least one securing element (12, 13, 15, 22) is arranged in each case on the hole wall of the receiving hole and on the outside of the hub, said securing elements (12, 13, 15, 22) interacting with one another in such a manner that, in the mounting position, the two gearwheels (2, 3) are connected to each other in the manner of a bayonet catch, and wherein, in the mounting position, an axial hub free end of the hub extends in the axial direction at most as far as a plane of the outer end side of the secondary gearwheel, said end side facing axially away from the main gearwheel. - has a receiving hole for receiving the hub, - is rotatable in the circumferential direction in relation to the main gearwheel and can be pretensioned in the circumferential direction by means of a spring element completely enclosed within the gearwheel arrangement, and, - in a mounting position of the gearwheel arrangement, is mounted on the main gearwheel so as to be secured in the axial direction,
Attachment system for an osteosynthesis device for spinal treatment, having a main body comprising a first receiving region which is designed to receive a connecting element and which is designed as a U-shaped fork head which has a first fork leg and a second fork leg a second receiving region which is designed to receive a bone anchor, a third receiving region having a linear transverse opening, the transverse opening having a first opening at its first end and a second opening at its second end, and an axial opening for receiving and guiding an adjusting element, further comprising a fixing element for fixing the bone anchor comprising a first fixing pin, and a load receiving area, wherein the first fixing pin can be inserted into the transverse opening via the first opening and the fixing element is longer than the transverse opening, and wherein the first fixing pin has a contact surface at the end remote to the load receiving area, and an adjusting element having a load introduction region, wherein the adjusting element can be positioned and guided by means of the axial opening in such a way that, by means of the load introduced through the load introduction region onto the load receiving area, the fixing element can be guided along the transverse opening in the direction of the second receiving area. a first receiving region which is designed to receive a connecting element and which is designed as a U-shaped fork head which has a first fork leg and a second fork leg a second receiving region which is designed to receive a bone anchor, a third receiving region having a linear transverse opening, the transverse opening having a first opening at its first end and a second opening at its second end, and an axial opening for receiving and guiding an adjusting element, further comprising a fixing element for fixing the bone anchor comprising a first fixing pin, and a load receiving area, wherein the first fixing pin can be inserted into the transverse opening via the first opening and the fixing element is longer than the transverse opening, and wherein the first fixing pin has a contact surface at the end remote to the load receiving area, and an adjusting element having a load introduction region, wherein the adjusting element can be positioned and guided by means of the axial opening in such a way that, by means of the load introduced through the load introduction region onto the load receiving area, the fixing element can be guided along the transverse opening in the direction of the second receiving area.
An ostomy appliance device to be used with an ostomy appliance, the device having an opening, surrounded by a peripheral wall, adapted to receive a stoma, and a flange part connected to the peripheral walls, which flange part extends substantially perpendicularly away from the opening, an inner surface of the peripheral wall tapers towards an axis of the opening as it extends away from the flange part, characterised in that the peripheral wall and the flange part are connected by a curved portion.