mhurhangee/ep-ind-claims huggingface dataset:
A method of determining geometrical information about a medical treatment arrangement comprising a rotatable treatment radiation source unit, wherein the method comprises: • attaching a phantom to a patient support of the medical treatment arrangement, • attaching a calibration module to the rotatable treatment radiation source unit, so that the calibration module rotates together with the rotatable treatment radiation source unit when the rotatable treatment radiation source unit is rotated, • obtaining for each of a plurality of rotational positions of the rotatable treatment radiation source unit at least one projection image of the phantom and of the calibration module by using an image detector of the medical treatment arrangement, while at least a part of the calibration module is positioned in a radiation propagation zone between the rotatable treatment radiation source unit and the image detector, • evaluating images obtained for the plurality of rotational positions with respect to coordinates of the calibration module in a coordinate system of the phantom, thereby obtaining an evaluation result and • determining geometrical information about the medical treatment arrangement from the evaluation result. • attaching a phantom to a patient support of the medical treatment arrangement, • attaching a calibration module to the rotatable treatment radiation source unit, so that the calibration module rotates together with the rotatable treatment radiation source unit when the rotatable treatment radiation source unit is rotated, • obtaining for each of a plurality of rotational positions of the rotatable treatment radiation source unit at least one projection image of the phantom and of the calibration module by using an image detector of the medical treatment arrangement, while at least a part of the calibration module is positioned in a radiation propagation zone between the rotatable treatment radiation source unit and the image detector, • evaluating images obtained for the plurality of rotational positions with respect to coordinates of the calibration module in a coordinate system of the phantom, thereby obtaining an evaluation result and • determining geometrical information about the medical treatment arrangement from the evaluation result.
A method of wireless link transmission, comprising: receiving a number of packets for transmission, wherein each of the packets includes an original sequence number and an original traffic category indicator, and wherein the packets can have non-continuous original sequence numbers and different original traffic category indicators; aggregating the packets into an aggregate frame; for each of the packets in the aggregate frame, modifying the packet by including a virtual sequence number and a virtual traffic category indicator in a header of the packet, and including the original sequence number and the original traffic category indicator in a payload of the modified packet; and transmitting the aggregate frame with modified packets to a destination device through a wireless link. receiving a number of packets for transmission, wherein each of the packets includes an original sequence number and an original traffic category indicator, and wherein the packets can have non-continuous original sequence numbers and different original traffic category indicators; aggregating the packets into an aggregate frame; for each of the packets in the aggregate frame, modifying the packet by including a virtual sequence number and a virtual traffic category indicator in a header of the packet, and including the original sequence number and the original traffic category indicator in a payload of the modified packet; and transmitting the aggregate frame with modified packets to a destination device through a wireless link.
A dielectric fitting assembly comprising: an assembly including a hose connected between two end fittings, each end of the hose connected to the fittings by a crimped socket, and a structural reinforcement portion having at least an inner layer and an outer layer, characterised in that the inner layer is formed of at least different first and second composite materials, the first composite material having a high strength relative to the second composite material and the second composite material having a high electrical resistance relative to the first composite material, the first composite material surrounding the socket of each fitting and extending axially toward the other fitting, the second composite material surrounding the first composite material and surrounding the hose at least between the axially extending portions of the first composite material, the outer layer formed of non-conductive fibres. an assembly including a hose connected between two end fittings, each end of the hose connected to the fittings by a crimped socket, and a structural reinforcement portion having at least an inner layer and an outer layer, characterised in that the inner layer is formed of at least different first and second composite materials, the first composite material having a high strength relative to the second composite material and the second composite material having a high electrical resistance relative to the first composite material, the first composite material surrounding the socket of each fitting and extending axially toward the other fitting, the second composite material surrounding the first composite material and surrounding the hose at least between the axially extending portions of the first composite material, the outer layer formed of non-conductive fibres.
A hardenable dental composition comprising a fluorescent organic pigment, wherein the fluorescent organic pigment comprises a hydroxyl substituted guanamine.
A vessel for treating an oil-in-water inlet stream, the vessel extending in a horizontal longitudinal direction and housing: a first perforated baffle extending in the horizontal longitudinal direction and spanning the length of the vessel, the first perforated baffle being upstream of a coalescing section, housing a packing; a flotation section arranged to receive a flow exiting the coalescing section; and an outlet water collecting pipe arranged to receive a flow exiting the flotation section, the outlet water collecting pipe having one or more openings located along its length; characterised in that the vessel also houses an inlet flow distributor which extends in the said horizontal longitudinal direction with the first perforated baffle being positioned laterally alongside the inlet flow distributor, the inlet flow distributor being arranged to direct an inlet flow toward the first perforated baffle, in that a second perforated baffle which also spans the length of the vessel is between the coalescing and flotation sections so that the flotation section is arranged to receive a flow from the coalescing section through the second perforated baffle; and in that the flotation section is divided by one or more perforated baffles. a first perforated baffle extending in the horizontal longitudinal direction and spanning the length of the vessel, the first perforated baffle being upstream of a coalescing section, housing a packing; a flotation section arranged to receive a flow exiting the coalescing section; and an outlet water collecting pipe arranged to receive a flow exiting the flotation section, the outlet water collecting pipe having one or more openings located along its length; characterised in that the vessel also houses an inlet flow distributor which extends in the said horizontal longitudinal direction with the first perforated baffle being positioned laterally alongside the inlet flow distributor, the inlet flow distributor being arranged to direct an inlet flow toward the first perforated baffle, in that a second perforated baffle which also spans the length of the vessel is between the coalescing and flotation sections so that the flotation section is arranged to receive a flow from the coalescing section through the second perforated baffle; and in that the flotation section is divided by one or more perforated baffles.
Process for the determination of the cross-sectional area ( A o) as a function of a height of an object comprising the steps of a. Providing a container having a closed bottom, an open top, a side wall, a tap at a reference height, b. Providing a flowable medium having a surface in the container, c. Providing at least one measuring means (7, 9, 10, 11) for measuring a height of the surface of the flowable medium in the container relative to the reference height, d. Providing an object having a vertical Z-axis relative to the X,Y plane of the surface and positioning the object in the container, the object being at least partly submerged in the flowable medium, e. Providing calculating means for calculating the cross-sectional area and/or volume of the object in the X,Y plane relative to a position on the Z-axis, f. Opening the tap in the container to allow the flowable medium to flow out of the container, removing the flowable medium by using a pump, or adding flowable medium to the container, g. Measuring the height of the surface of the flowable medium relative to the reference height as a function of time (h(t)) during the inflow or outflow of the flowable medium, h. Calculating the cross-sectional area of the object ( A o) as a function of the height relative to the reference height based on the determined height of the surface as a function of time (h(t)) during the inflow or outflow of the flowable medium in step f). a. Providing a container having a closed bottom, an open top, a side wall, a tap at a reference height, b. Providing a flowable medium having a surface in the container, c. Providing at least one measuring means (7, 9, 10, 11) for measuring a height of the surface of the flowable medium in the container relative to the reference height, d. Providing an object having a vertical Z-axis relative to the X,Y plane of the surface and positioning the object in the container, the object being at least partly submerged in the flowable medium, e. Providing calculating means for calculating the cross-sectional area and/or volume of the object in the X,Y plane relative to a position on the Z-axis, f. Opening the tap in the container to allow the flowable medium to flow out of the container, removing the flowable medium by using a pump, or adding flowable medium to the container, g. Measuring the height of the surface of the flowable medium relative to the reference height as a function of time (h(t)) during the inflow or outflow of the flowable medium, h. Calculating the cross-sectional area of the object ( A o) as a function of the height relative to the reference height based on the determined height of the surface as a function of time (h(t)) during the inflow or outflow of the flowable medium in step f).
A synchronizer device for a manual transmission, comprising a sliding sleeve which includes an internal toothing having a multitude of sliding sleeve teeth and is rotatable about a transmission axis, a clutch body of a speed change gear, the clutch body having an external toothing having a multitude of clutch body teeth for the internal toothing of the sliding sleeve to engage therein, and a synchronizer unit which is adapted to block an axial movement of the sliding sleeve, characterized in that the clutch body teeth at the axial tooth ends thereof adjacent to the sliding sleeve and/or at least some of the sliding sleeve teeth at the axial tooth ends thereof adjacent to the clutch body each include one single convex end face or each include a plurality of convex end faces, wherein the single convex end face or one of the plurality of convex end faces each extends in the circumferential direction from a first root point adjacent to a tooth flank of the respective tooth (18, 20) via an axially protruding apex portion as far as to a second root point, the second root point adjoining an opposite tooth flank of the tooth (18, 20) when there is one single convex end face and being a valley point of an indentation between neighboring convex end faces when there is a plurality of convex end faces, and wherein an axial distance (a) between the apex portion and each of the root points (28, 34) amounts to a maximum of 18%, in particular a maximum of 10%, of a tooth width (b) of the tooth (18, 20).
Blow mould for producing plastic containers with at least two blow mould parts (2, 4, 6) which form a hollow space inside which plastic parisons can be transformed by the application of a flowable medium to the plastic containers, wherein an inner wall of the blow mould parts (2, 4, 6) delimiting the hollow space has a contour which produces a predetermined configuration of the plastic containers to be produced, wherein at least one portion of a blow mould part produces a bottom of the plastic container, wherein in a portion of a blow mould part (2, 4, 6) at least one opening region is provided which enables discharge of a gaseous medium during an expansion process of the plastic containers, wherein this opening region extends at least in sections along a first line as well as a second line, wherein these lines run at least in some sections at an angle different from 0° relative to one another, characterized in that wherein in the opening region a plurality of holes is arranged, wherein these holes are arranged along at lest one of the two lines (L1, L2) and along each line at least three holes are arranged and wherein the opening region is arranged in a region of a bottom part of the blow mould which serves to produce a supporting foot of the container and at least one hole has a diameter which is betwenn 0,5 mm and 4 mm, preferably between 0,5 mm and 2 mm.
Piezoelectrically operated dispenser for dispensing liquid or volatile substances, with a housing which has a housing interior, the housing having a single-part or multi-part outer shell which delimits the housing interior towards the outside, forms a base- or support-area and has at least one outlet opening for the substance to be dispensed, with a container which is detachably connectable to the housing and in which a substance to be discharged and/or volatilised is received, and with a piezoelectrically operated atomiser system, which is arranged in the housing interior and by means of which the substance removed from the container is atomised, wherein the container is received in the housing interior in the assembled state and is releasably held there by means of at least one snap connection, wherein the housing has an insertion opening for the container, via which the container is insertable into the housing interior, wherein the housing has at least one finger engagement opening (35, 36) in the region of the insertion opening in such a way that finger engagement in the housing interior is possible when the container is inserted into the housing interior and when the container is removed from the housing interior, characterised in that the insertion opening and two finger engagement openings (35, 36) are formed in the base- or support-area of the outer shell of the housing, that the insertion opening is located in a central region between the two finger engagement openings (35, 36) adjoining it on opposite sides. with a housing which has a housing interior, the housing having a single-part or multi-part outer shell which delimits the housing interior towards the outside, forms a base- or support-area and has at least one outlet opening for the substance to be dispensed, with a container which is detachably connectable to the housing and in which a substance to be discharged and/or volatilised is received, and with a piezoelectrically operated atomiser system, which is arranged in the housing interior and by means of which the substance removed from the container is atomised, wherein the container is received in the housing interior in the assembled state and is releasably held there by means of at least one snap connection, wherein the housing has an insertion opening for the container, via which the container is insertable into the housing interior, wherein the housing has at least one finger engagement opening (35, 36) in the region of the insertion opening in such a way that finger engagement in the housing interior is possible when the container is inserted into the housing interior and when the container is removed from the housing interior, characterised in that the insertion opening and two finger engagement openings (35, 36) are formed in the base- or support-area of the outer shell of the housing, that the insertion opening is located in a central region between the two finger engagement openings (35, 36) adjoining it on opposite sides.
Container with label, comprising: - a containment member suitable for containing at least one substance and having an outer surface; and - at least a sheet label which can be combined with said outer surface and having at least a first face substantially facing said outer surface and a second face opposite said first face; and - at least a sheet auxiliary member housed face to face between said outer surface and said first face, said label being removable from said containment member for picking up said auxiliary member; characterized by the fact that: - said label is made of shrink-wrap material and is shaped to form a tube which is positioned around said containment member and combined with said containment member by shrink-wrapping, wherein said tube-shaped label comprises at least one pre-established fracture area and, rolled around said containment member, it must be removed by tearing said pre-established fracture area, after which it is no longer possible to join said tube-shaped label again to said containment member; - said auxiliary member is combined with said first face by interposition of at least a layer of adhesive material which is an adhesive of the removable type suitable for allowing the separation of said auxiliary member from said label when said label is removed from said containment member. - a containment member suitable for containing at least one substance and having an outer surface; and - at least a sheet label which can be combined with said outer surface and having at least a first face substantially facing said outer surface and a second face opposite said first face; and - at least a sheet auxiliary member housed face to face between said outer surface and said first face, said label being removable from said containment member for picking up said auxiliary member; - said label is made of shrink-wrap material and is shaped to form a tube which is positioned around said containment member and combined with said containment member by shrink-wrapping, wherein said tube-shaped label comprises at least one pre-established fracture area and, rolled around said containment member, it must be removed by tearing said pre-established fracture area, after which it is no longer possible to join said tube-shaped label again to said containment member; - said auxiliary member is combined with said first face by interposition of at least a layer of adhesive material which is an adhesive of the removable type suitable for allowing the separation of said auxiliary member from said label when said label is removed from said containment member.
A piezoelectric transducer comprising: an anchorage; a beam (25; 125; 225; 325; 425) of semiconductor material, cantilever extending from the anchorage in a main direction parallel to a first axis and having a face (25c; 125c; 225c; 325c) parallel to a first plane defined by the first axis and by a second axis perpendicular to the first axis; and a piezoelectric layer on the face (25c; 125c; 225c; 325c) of the beam (25; 125; 225; 325; 425); a cross-section of the beam (25; 125; 225; 325; 425) perpendicular to the first axis being asymmetrical and shaped so that the beam (25; 125; 225; 325; 425) presents deformations out of the first plane in response to forces applied to the anchorage and directed according to the second axis. an anchorage; a beam (25; 125; 225; 325; 425) of semiconductor material, cantilever extending from the anchorage in a main direction parallel to a first axis and having a face (25c; 125c; 225c; 325c) parallel to a first plane defined by the first axis and by a second axis perpendicular to the first axis; and a piezoelectric layer on the face (25c; 125c; 225c; 325c) of the beam (25; 125; 225; 325; 425); a cross-section of the beam (25; 125; 225; 325; 425) perpendicular to the first axis being asymmetrical and shaped so that the beam (25; 125; 225; 325; 425) presents deformations out of the first plane in response to forces applied to the anchorage and directed according to the second axis.
A light source apparatus for an image display apparatus, the light source apparatus comprising: first and second laser light sources (111B, 111G) configured to emit first and second light beams respectively, the first light beam having a shorter wavelength than the second light beam; an optical system (114, 115) configured to combine the first and second light beams and divide the combined light in to an image-drawing beam (λRGB1) and a monitoring beam (λRGB2) and an optical detector configured to receive the monitoring beam; wherein the first light beam has an optical path length that is longer than an optical path length of the second light beam, the optical path length being a length from the respective light source to the optical detector; characterized by: a condenser element located in the path of the monitoring beam before the optical detector and configured to condense the monitoring beam from the optical system; and in that: the positions of the beam waists of the first and second light beams, included in the monitoring beam received via the condenser element, are shifted away from a light-receiving surface of the optical detector along the optical axis of the condenser element; and the light-receiving surface is located between the condenser element and the positions of the beam waists of the first and second light beams. first and second laser light sources (111B, 111G) configured to emit first and second light beams respectively, the first light beam having a shorter wavelength than the second light beam; an optical system (114, 115) configured to combine the first and second light beams and divide the combined light in to an image-drawing beam (λRGB1) and a monitoring beam (λRGB2) and an optical detector configured to receive the monitoring beam; wherein the first light beam has an optical path length that is longer than an optical path length of the second light beam, the optical path length being a length from the respective light source to the optical detector; characterized by: a condenser element located in the path of the monitoring beam before the optical detector and configured to condense the monitoring beam from the optical system; and in that: the positions of the beam waists of the first and second light beams, included in the monitoring beam received via the condenser element, are shifted away from a light-receiving surface of the optical detector along the optical axis of the condenser element; and the light-receiving surface is located between the condenser element and the positions of the beam waists of the first and second light beams. the positions of the beam waists of the first and second light beams, included in the monitoring beam received via the condenser element, are shifted away from a light-receiving surface of the optical detector along the optical axis of the condenser element; and the light-receiving surface is located between the condenser element and the positions of the beam waists of the first and second light beams.