TH77176B - Handheld and mobile instruments for X-ray fluorescence analysis. - Google Patents

Abstract

Edit Summary of Invention 10/22/2015 This invention relates to handheld meters and mobile devices for fluorescence analysis. Ray of light Which has a body (29) and a handle (14) which has a device to measure the fluorescence Built-in X-rays (29) consisting of a radiation source in which the main beam is directed onto the measuring surface (38) of the measured object (39) through the exit window ( 31), which has a built-in detector (29), which detects the secondary radiation that has been emitted. Issued by the measuring surface (38) of the measured object (39), which has a data processing device that has been Provided on the chassis (29), which controls at least one display (19), which has been provided on the chassis (29) or has been connected to that unit (29), where the window Exit (31) is provided on the front end of the first (30) unit of the unit (29) and at least one The positioning piece (33) has been provided on the first chassis (30) which has been allocated. To this exit window (31), the support part (36) has been provided on at least one unit (33) next to the unit (29) at the distance to the exit window (31). On the first body (30) and the hand-held meter (14) were aligned against the measuring surface (38) after determining the position on the measuring surface (38) of the measured object (39). ) With at least one locating piece (33) and at least one support piece (36) and being positioned. Manually relative to the measuring surface (38) in the measuring position (57) (for this purpose see Figure 3) -------------------- -------------------------------------------------- ---------- Revised 10/12/2015 This invention relates to handheld meters and mobile devices for fluorescence analysis. Ray of light Which has a body (29) and a handle (14) which has a device to measure the fluorescence Built-in X-rays (29) consisting of a radiation source in which the main beam is directed onto the measuring surface (38) of the measured object (39) through the exit window ( 31), which has a built-in detector (29), which detects the secondary radiation that has been emitted. Issued by the measuring surface (38) of the measured object (39), which has a data processing device that has been Provided on the chassis (29), which controls at least one display (19), which has been provided on the chassis (29) or has been connected to that unit (29), where the window Exit (31) is provided on the front end of the first (30) unit of the unit (29) and at least one The positioning piece (33) has been provided on the first chassis (30) which has been allocated. To this exit window (31), the support part (36) has been provided on at least one unit (33) next to the unit (29) at the distance to the exit window (31). On the first body (30) and the hand-held meter (14) were aligned against the measuring surface (38) after determining the position on the measuring surface (38) of the measured object (39). ) With at least one locating piece (33) and at least one support piece (36) and being positioned. Manually relative to the measuring surface (38) in the measuring position (57) (for this purpose see Figure 3) -------------------- ----------------------- New Request, Update 3/08/2016 This invention relates to handheld meters and mobile devices for fluorescence analysis. Ray of light Which has a body (29) and a handle (14) which has a device to measure the fluorescence Built-in X-rays (29) consisting of a radiation source in which the main beam is directed onto the measuring surface (38) of the measured object (39) through the exit window ( 31), which has a built-in detector (29), which detects the secondary radiation that has been emitted. Issued by the measuring surface (38) of the measured object (39), which has a data processing device that has been Provided on the chassis (29), which controls at least one display (19), which has been provided on the chassis (29) or has been connected to that unit (29), where the window Exit (31) is provided on the front end of the first (30) unit of the unit (29) and at least one The positioning piece (33) has been provided on the first chassis (30) which has been allocated. To this exit window (31), the support part (36) has been provided on at least one unit (33) next to the unit (29) at the distance to the exit window (31). On the first body (30) and the hand-held meter (14) were aligned against the measuring surface (38) after determining the position on the measuring surface (38) of the measured object (39). ) With at least one locating piece (33) and at least one support piece (36) and being positioned. Manually relative to the measuring surface (38) in the measuring position (57) (for this purpose see Figure 3).

Claims (8)

Disclaimer (all) which will not appear on the advertisement page: Amendment 09/07/2020 Claims None -------------------------------------------------- -------------------------------------------------- EDIT 12/10/2015 1. A handheld meter for X-ray emission analysis - which has a body (29) and a handle (25) - which has an X-ray fluorescence measurement device. It has been provided in the housing (29) which is composed of a radiation source. Where the main beam is directed onto the measuring surface (38) of the measured object (39) through the exit window (31) - with a built-in detector (29), which Check the secondary radiation that has been Voiced by the measuring surface (38) of the measured object (39) - which has a built-in data processing device (29) that controls the At least one display (19), which is provided on the chassis (29), or has been connected to the chassis (29), is characterized so that the exit window (31) is Is provided on the front end of the first chassis (30) of the chassis (29) and at least one positioning part (33) has been provided on the chassis. The first unit (30), which is allocated to this exit window (31) - at least one support piece (36), has been provided on at least one unit (33) per. To the other side of the device (29) at the distance to the exit window (31) on the first body (30) and - the handheld meter (14) is aligned against the measuring surface (38). After the designation Positioned on the measuring surface (38) of the measured object (39), with at least one positioning element (33) and at least one support element (36), and also being positioned. Itself against the measuring surface (38) in the measurement position (57) 2. The hand-held meter right item 1, which is characterized by one (33) positioning part. And two supporting parts (36), or two positioning pieces (33) and one support piece (36). Formed into a three-point support. 3. The right hand-held meter, item 1, which has a special characteristic so that the handle (25) has been provided. There is on the first chassis (30), and so that further episodes (32) have been connected to the The first (30) and so that at least one episode (30) and the handle (25) have been formed into the shape of the pistol. ------------------------------------------ New request updated 3/08/2016 1. A hand-held meter for X-ray fluorescence analysis - which has a body (29) and a handle (25) - with a built-in X-ray fluorescence measurement device. The body (29), which includes a radiation source. Where the main beam is directed onto the measuring surface (38) of the measured object (39) through the exit window (31) - with a built-in detector (29), which Check the secondary radiation that has been Voiced by the measuring surface (38) of the measured object (39) - which has a built-in data processing device (29) that controls the At least one display (19), which is provided on the chassis (29), or has been connected to the chassis (29), is characterized so that the exit window (31) is Is provided on the front end of the first chassis (30) of the chassis (29) and at least one positioning part (33) has been provided on the chassis. The first unit (30), which is allocated to this exit window (31) - at least one support piece (36), has been provided on at least one unit (33) per. To the other side of the device (29) at the distance to the exit window (31) on the first body (30) and - the handheld meter (14) is aligned against the measuring surface (38). After the designation Positioned on the measuring surface (38) of the measured object (39), with at least one positioning element (33) and at least one support element (36), and also being positioned. Itself relative to the measuring surface (38) in the measurement position (57) 2. hand-held meter according to claim 1, which is characterized by one (33) positioning part. And two supporting parts (36), or two positioning pieces (33) and one support piece (36). It is formed into a three-point support. 3. Hand-held meter according to Clause 1, which has a special characteristic so that the handle (25) can be provided. There is on the first chassis (30), and so that further episodes (32) have been connected to the The first device (30) and so that at least one case (30) and the handle (25) have been formed into the shape of the pistol. 1, which is characterized so that the positioning piece (33), which is either adjacent to the exit window (31) or closer to it, has been formed as a supporting surface (37), and as it should be used. The support parts (36) that have been prepared on the body (32) have been formed into the positioning base or positioning prism 5. Hand-held meter according to claim 1, which It is special so that the fastening element (41) for fixing the hand-held meter (14) to the receiver (49) or the mounting part (54) is provided on the receiver (49) of the operating plate. Measure (48), which is attached to the support part (36) or on the support part (36) 6. The hand-held meter according to claim 1, which is characterized by the purpose of the data processing equipment. Control the radio interface for wireless communication. With further data processing equipment which Has been provided separately with the handheld meter 7. Handheld meter according to Claim No. 1, which has special characteristics to allow the device to process data in The handheld meter (14) can be controlled by means of a remote control 8. A handheld device for X-ray fluorescence analysis - which has a carrier for carrying a carry bag (12) - which There is an X-ray fluorescence measurement device, which is supplied in a handheld meter (14), which can be supplied in the transport container (12) and can be removed. It can be completely removed from the transport container (12), and which has a receiver (49), which can be prepared in the transport container (12), at least partially forming a sheet. Measurement site (48), in which the measured object (39) can be provided on the above table. Where the handheld meter (14) can be assigned Positioned in the transport container (12) compared to the measuring sheet (48). So that the handheld meter (14) can be strapped, can be released on the receiver (49) and can be provided in the transport container (12). Right number 8, which has the characteristics to allow the receiver (49) to be formed on the On one side is the measuring plate and a retainer (54) for the detachable fastening of the hand-held meter (14) is provided on the opposite side of the receiver (49) 1 0. Rights No. 8, which are characterized so that through-hole (52) are provided in receiver (49) and hand-held meter (14), can be positioned relative to or in through-hole. (52) of the receiver (49) by using the mounting part (54) and the hand-held meter (14) it is fastened to the retainer (54) of the receiver (49) by using an outlet, a harness or a Connect with screws Or locking with a claw can 1 1. The equipment according to claim 8, which is unique to the transport container (12), has a bottom (21) and a cover (22), which can cover the bottom, and which is provided on The lower part (21) so that it can be folded open or can be removed And in a position that has been closed Against the bottom (21) the cover (22) fixes the receiver (49) to the bottom (21) of the transport container (12) 1. 2. The device according to claim 8, which is characterized by the presence of a receiver (49), which is connected by a hinge (58), provided on the side wall of the container for transport (12). ) And the receiver (49) can be moved from the storage position (47) to the detach position (61) to remove the handheld meter (14) 1. 3. Equipment according to claim No. 9, which has special characteristics so that the anchor (54) has the point setting Center and / or fixation (53) at least one section for accurate positioning of the Hand-held meter (14) against the through-hole (52) of the receiver (49) 1. 4. Equipment according to claim 11, which is characterized by the purpose of providing parts for absorption (56), is provided in the cover (22) of the transport container (12), located above the Through-hole (52) in the storage position (47) of the receiver (49) 1. 5. The equipment according to claim 11, which is characterized by the lower part (22) of the transport container (12), has an indicator that can be rotated around and / or can be removed (16) and /. Or a data processing device with an indicator (16) on the outside that can be moved from The unused position for transport of the transport container (12) into the active position (42) for the use of X-ray fluorescence analysis apparatus 1. 6. Equipment according to claim 15, which has special characteristics to enable wireless communication between A hand-held meter (14) and a data processing device or an indicator (16) or both of the transport containers (12) are provided 1. 7. The device according to claim 9, which is characterized so that the fastening part (54) has at least one opening (66) through which the fastening part (41) of the hand-held meter (14) can be obtained. Been inserted into Such holes and can be provided in a position for strapping relative to the fasteners (54) 1. 8. Transport containers for use in mobile devices for fluorescence analysis. The X-ray light in accordance with claim 8, which is unique to the transport container (12), has the characteristics of any of Clause 8 to 17. Related to transport containers (12)