mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for cone beam computed tomography of a lower extremity of a patient, the apparatus comprising: a digital radiation detector; a first device linked to a C-shaped turntable configured to revolve about a rotation axis to move the detector along at least a portion of a circular detector path centered on said rotation axis, the at least a portion of the detector path extending so that the detector moves both at least partially around a first lower extremity of the patient and between the first lower extremity and a second, adjacent lower extremity of the patient, the at least a portion of the detector path having a radius R1 that is sufficiently long to allow the first lower extremity of the patient to be positioned approximately at a center of the detector path; a radiation source; a second device linked to the turntable to move the source along at least a portion of a concentric circular source path having a radius R2 greater than radius R1, radius R2 being sufficiently long to allow adequate radiation exposure of the first lower extremity for a 3-D volume image capture by the detector; and a circumferential gap extending in both the source path and the detector path to allow the second lower extremity to be positioned in the circumferential gap during the image capture, characterised in that the second device comprises a support arm linked to the turntable and extending radially outward from the turntable and from the detector path to connect the source to the turntable and provide the greater radius R2. a digital radiation detector; a first device linked to a C-shaped turntable configured to revolve about a rotation axis to move the detector along at least a portion of a circular detector path centered on said rotation axis, the at least a portion of the detector path extending so that the detector moves both at least partially around a first lower extremity of the patient and between the first lower extremity and a second, adjacent lower extremity of the patient, the at least a portion of the detector path having a radius R1 that is sufficiently long to allow the first lower extremity of the patient to be positioned approximately at a center of the detector path; a radiation source; a second device linked to the turntable to move the source along at least a portion of a concentric circular source path having a radius R2 greater than radius R1, radius R2 being sufficiently long to allow adequate radiation exposure of the first lower extremity for a 3-D volume image capture by the detector; and a circumferential gap extending in both the source path and the detector path to allow the second lower extremity to be positioned in the circumferential gap during the image capture,
Impact detection device, in particular for a missile, said device comprising at least one waveguide provided at each of its two ends (7, 8) with a connector, characterised in that it comprises a ring with curved outer contour, said ring forming a part separate to the flat radial surfaces (16A, 16B), and in that said waveguide is integrated in the thickness of the ring, the two ends (7, 8) of the waveguide being arranged outside the ring.
A sanitizing rinse additive composition comprising: 1 wt-% to 40 wt-% of a C 1 -C 22 peroxycarboxylic acid; 1 wt-% to 80 wt-% of a C 1 -C 22 carboxylic acid; 1 wt-% to 80 wt-% of hydrogen peroxide; and 10 wt-% to 50 wt-% of a nonionic defoaming and wetting surfactant(s); wherein the composition is a low odor concentrate having less than 2 wt-% peroxyacetic acid, wherein the nonionic defoaming surfactant is an alkyl-ethylene oxide-propylene oxide copolymer surfactant and wherein the nonionic wetting surfactant is an alcohol ethoxylate according to the following structure R-O-(CH 2 CH 2 O) n -H, wherein R is a C 1 -C 12 alkyl group and n is an integer in the range of 1 to 100 and/or an alkyl ethoxylate having the structure Alkyl- n-EOR, wherein R = alkyl (60-80%), R = H (20-40%) and n is an integer in the range from 1 to 20; wherein the composition when diluted from 0.01% weight/volume to 0.02% weight/volume provides at least a 5 log reduction in pathogenic organisms at a temperature of at least about 37.77°C (100°F) and the diluted composition has a pH greater than 5. 1 wt-% to 40 wt-% of a C 1 -C 22 peroxycarboxylic acid; 1 wt-% to 80 wt-% of a C 1 -C 22 carboxylic acid; 1 wt-% to 80 wt-% of hydrogen peroxide; and 10 wt-% to 50 wt-% of a nonionic defoaming and wetting surfactant(s); wherein the composition is a low odor concentrate having less than 2 wt-% peroxyacetic acid, wherein the nonionic defoaming surfactant is an alkyl-ethylene oxide-propylene oxide copolymer surfactant and wherein the nonionic wetting surfactant is an alcohol ethoxylate according to the following structure R-O-(CH 2 CH 2 O) n -H, wherein R is a C 1 -C 12 alkyl group and n is an integer in the range of 1 to 100 and/or an alkyl ethoxylate having the structure Alkyl- n-EOR, wherein R = alkyl (60-80%), R = H (20-40%) and n is an integer in the range from 1 to 20; wherein the composition when diluted from 0.01% weight/volume to 0.02% weight/volume provides at least a 5 log reduction in pathogenic organisms at a temperature of at least about 37.77°C (100°F) and the diluted composition has a pH greater than 5.
A fuel injection system for a turbojet including a fixed part and a sliding lead-through, the fixed part and the sliding lead-through extending along a reference axis, the fixed part including a cavity axially bounded by a bottom and a closing cup, the sliding lead-through being provided with a shoe contained in the cavity, the injection system being characterised in that it further includes spring means provided in the cavity so as to exert an axial strain onto the shoe.
A method for producing a plastic moulded part, in particular a thick-walled planar moulded part such as a pane, using an immersion edge tool (7, 3), with the steps (a) closing of the cavity of the immersion edge tool (7, 3) with a closing force, (b) complete filling of the cavity with plastic, wherein the size of the cavity is kept constant during the filling, (c) refilling of plastic for the compensation of material shrinkage such that the immersion edge tool (7, 3) expands in opposition to the closing force up to a definable partial thickness Δ, (d) closing the immersion edge tool (7, 3) up to a residual breathing opening and shaping of the plastic moulded part with closing force being applied, so that the plastic material is kept compressed, (e) demoulding the plastic part. (a) closing of the cavity of the immersion edge tool (7, 3) with a closing force, (b) complete filling of the cavity with plastic, wherein the size of the cavity is kept constant during the filling, (c) refilling of plastic for the compensation of material shrinkage such that the immersion edge tool (7, 3) expands in opposition to the closing force up to a definable partial thickness Δ, (d) closing the immersion edge tool (7, 3) up to a residual breathing opening and shaping of the plastic moulded part with closing force being applied, so that the plastic material is kept compressed, (e) demoulding the plastic part.
Method of preparing an installation of a false ceiling or wall having a 3-dimensionally extending surface, the false ceiling or wall comprising a plurality of flat ceiling or wall tiles configured to be attached to a framework or a structure of a building, the flat tiles being mineral fibre based tiles, each having a front major surface being adapted to be visible, an opposing back major surface and one or more edge surfaces extending along the perimeter of the flat tile and connecting the front and back major surfaces (2, 3), wherein the front and back major surfaces (2, 3) are parallel to each other, the method comprising: calculating format, position and orientation for each individual tile in the false ceiling or wall, associating 202; 206) each individual tile with a unique tile identity, producing the individual tiles according to the calculated format, providing respective tile with the tile identity of respective tile, providing a representation of the false ceiling or wall including an association of the position of respective tile with respective tile identity. calculating format, position and orientation for each individual tile in the false ceiling or wall, associating 202; 206) each individual tile with a unique tile identity, producing the individual tiles according to the calculated format, providing respective tile with the tile identity of respective tile, providing a representation of the false ceiling or wall including an association of the position of respective tile with respective tile identity.
A method of alerting a user of a wireless device to a possible drop of an active service by the wireless device in a wireless network having a plurality of access points (14, 16) for engaging in RF communications with the wireless device within a network coverage area, the plurality of access points (14, 16) comprising a border access point, the border access point having a coverage area that defines an edge of the network coverage area of the wireless network, the active service operating over a connection between the wireless device and one of the plurality of access points (14, 16), the wireless device including a memory storing border access point identifiers, the method being characterised by the steps of: determining whether the connection is between the wireless device and the border access point by obtaining information from the one of the plurality of access points (14, 16) and determining whether said information corresponds to one of said border access point identifiers stored in the wireless device memory; and triggering an alert to the user of the wireless device if the connection is determined to be with the border access point. determining whether the connection is between the wireless device and the border access point by obtaining information from the one of the plurality of access points (14, 16) and determining whether said information corresponds to one of said border access point identifiers stored in the wireless device memory; and triggering an alert to the user of the wireless device if the connection is determined to be with the border access point.
Payload of a satellite for monitoring marine routes of vessel capable of receiving AIS signals, suited for a ground marine navigation system AIS, and transmitted as bursts from vessels (8, 10, 12) on the sea comprising: a first chain of transmission (90, 250) capable of demodulating each received burst into useful monitoring data and of retransmitting said useful data to the ground, each received burst having an absence or a presence of collision with one or more other bursts, characterised in that the payload (42, 242) comprises a second chain of transmission (92, 252) capable of receiving the same AIS signals as the first channel (90, 250) and capable of retransmitting the received bursts to the ground without having demodulated them; in that the second chain of transmission (92, 252) comprises a means for activating the transit (106, 256) of bursts received in the second chain (92, 252), the means of activation (106, 256) having a burst reception input (108, 260) and an activation command input, which is capable of enabling transit through the second chain (92, 252) of a burst received at the reception input (108, 260) based on an input signal provided at the activation control input, the input signal being representative of the state of collision of the burst included in the presence or absence of collision with another burst; and in that the means of activation (106, 256) is capable of activating transit through the second chain of a burst received when the burst is tainted with collisions or has a strong probability greater than a pre-determined threshold of being tainted with collisions. a first chain of transmission (90, 250) capable of demodulating each received burst into useful monitoring data and of retransmitting said useful data to the ground, each received burst having an absence or a presence of collision with one or more other bursts, characterised in that the payload (42, 242) comprises a second chain of transmission (92, 252) capable of receiving the same AIS signals as the first channel (90, 250) and capable of retransmitting the received bursts to the ground without having demodulated them; in that the second chain of transmission (92, 252) comprises a means for activating the transit (106, 256) of bursts received in the second chain (92, 252), the means of activation (106, 256) having a burst reception input (108, 260) and an activation command input, which is capable of enabling transit through the second chain (92, 252) of a burst received at the reception input (108, 260) based on an input signal provided at the activation control input, the input signal being representative of the state of collision of the burst included in the presence or absence of collision with another burst; and in that the means of activation (106, 256) is capable of activating transit through the second chain of a burst received when the burst is tainted with collisions or has a strong probability greater than a pre-determined threshold of being tainted with collisions.
An adaptive structure for controlling characteristics of a radiation beam having an amplitude distribution, a phase distribution, and a polarization distribution, the adaptive structure comprising: an entrance aperture sized and positioned to receive the radiation beam; an exit aperture sized and positioned to emit the radiation beam; and at least two adaptive portions positioned at successive locations along a radiation path between the entrance aperture and the exit aperture, the individual adaptive portions including a plurality of independently controllable and selectively radiation transmissible elements, wherein each adaptive portion is configured to receive a portion of the radiation beam and change from one state to any of a plurality of available other states to change at least one of the amplitude distribution, phase distribution and the polarization distribution of the radiation beam. an entrance aperture sized and positioned to receive the radiation beam; an exit aperture sized and positioned to emit the radiation beam; and at least two adaptive portions positioned at successive locations along a radiation path between the entrance aperture and the exit aperture, the individual adaptive portions including a plurality of independently controllable and selectively radiation transmissible elements, wherein each adaptive portion is configured to receive a portion of the radiation beam and change from one state to any of a plurality of available other states to change at least one of the amplitude distribution, phase distribution and the polarization distribution of the radiation beam.
A compound of formula II wherein M is CH 2 or NH; R 1 is H or hydroxy; R 2 is H, CH 3, -CH 2 CH 3, -CH 2 CH 2 CH 3, -CH 2 CH 2 CH 2 CH 3, -CH(CH 3) 2, -CH 2 CH(CH 3) 2, -CH(CH 3)CH 2 CH 3, -CH 2 OH, -CH 2 OCH 3, -CH CH 3, -CH 2 SCH 3, or -CH 2 CH 2 SCH 3; or a pharmaceutically acceptable salt thereof, for use in the prophylaxis or treatment of general cholestasis. M is CH 2 or NH; R 1 is H or hydroxy; R 2 is H, CH 3, -CH 2 CH 3, -CH 2 CH 2 CH 3, -CH 2 CH 2 CH 2 CH 3, -CH(CH 3) 2, -CH 2 CH(CH 3) 2, -CH(CH 3)CH 2 CH 3, -CH 2 OH, -CH 2 OCH 3, -CH CH 3, -CH 2 SCH 3, or -CH 2 CH 2 SCH 3;
A medical instrument for introducing a therapeutic substance into a body cavity, having a trocar, a fluid source, a fluid pump and a tool which can be fluidically connected to the fluid source and the fluid pump and can be introduced into a body cavity via the trocar, wherein the tool has a rigid shaft with a lumen and has a flexible fluid line and a nozzle head, wherein the flexible fluid line extends in the lumen of the rigid shaft and the nozzle head is connected to the flexible fluid line, wherein the proximal end of the flexible fluid line is directly connectable to the fluid source and provides the connection of the tool to the fluid source and the fluid pump, and wherein the nozzle head of the tool is arranged at a distal end of the tool and extends partially or completely into the lumen of the rigid shaft; and the nozzle head is connected to the flexible fluid line directly or via a connecting piece. wherein the tool has a rigid shaft with a lumen and has a flexible fluid line and a nozzle head, wherein the flexible fluid line extends in the lumen of the rigid shaft and the nozzle head is connected to the flexible fluid line, wherein the proximal end of the flexible fluid line is directly connectable to the fluid source and provides the connection of the tool to the fluid source and the fluid pump, and wherein the nozzle head of the tool is arranged at a distal end of the tool and extends partially or completely into the lumen of the rigid shaft; and the nozzle head is connected to the flexible fluid line directly or via a connecting piece.
Coupling for the connection of two lines of a suction conveying system to each other, with a first and a second line, with a coupling piece provided on the first line, with a sensor provided on the first line, with a transponder provided on the second, flexibly designed line and with a counter-coupling piece provided on the second line, which can be inserted into the coupling piece, wherein on the second line a retaining ring that carries the transponder can be freely rotated around the axis of the counter-coupling piece, and that the transponder is assigned the sensor on the first line.
System for linear optical sampling and coherent detection of an optical signal comprising - a source able to emit a pulsed optical signal, - an input able to receive an optical signal, - at least a first optical hybrid circuit and a second hybrid circuit, - a device comprising balanced photodetectors (23A-23D) and an analogue-digital converter, characterized in that it further comprises - an optical coupler able to divide the pulsed optical signal into two replicas, the first replica of the pulsed optical signal is dispatched to said first optical hybrid circuit and the second replica of the pulsed optical signal is dispatched to said second optical hybrid circuit, - an optical coupler able to divide the incoming optical signal into two replicas, the first replica of the incoming optical signal is dispatched to said first optical hybrid circuit and the second replica of the incoming optical signal is dispatched to a wavelength recovery apparatus, whose output is a continuous-wave optical signal at the central wavelength of the incoming optical signal, which dispatches it to said second optical hybrid circuit, - the balanced photodetectors (23A-23D) being able to detect the optical signals at the output of the two optical hybrid circuits (4A, 4B). - a source able to emit a pulsed optical signal, - an input able to receive an optical signal, - at least a first optical hybrid circuit and a second hybrid circuit, - a device comprising balanced photodetectors (23A-23D) and an analogue-digital converter, - an optical coupler able to divide the pulsed optical signal into two replicas, the first replica of the pulsed optical signal is dispatched to said first optical hybrid circuit and the second replica of the pulsed optical signal is dispatched to said second optical hybrid circuit, - an optical coupler able to divide the incoming optical signal into two replicas, the first replica of the incoming optical signal is dispatched to said first optical hybrid circuit and the second replica of the incoming optical signal is dispatched to a wavelength recovery apparatus, whose output is a continuous-wave optical signal at the central wavelength of the incoming optical signal, which dispatches it to said second optical hybrid circuit, - the balanced photodetectors (23A-23D) being able to detect the optical signals at the output of the two optical hybrid circuits (4A, 4B).
A method of operating a memory including a plurality of flash memory cells, the method comprising: determining a programmed data state of at least one aggressor memory cell of the plurality of flash memory cells physically near a cell to be read of the plurality of flash memory cells and determining at least one soft bit of data encoding the programmed data state; determining the threshold voltage of the cell to be read; determining a plurality of hard bits of data for the determined threshold voltage, wherein the plurality of hard bits encode the determined threshold voltage of the cell to be read; and determining a hard bit of the plurality of hard bits as an output of a read operation using the encoding of the at least one soft bit of data. determining a programmed data state of at least one aggressor memory cell of the plurality of flash memory cells physically near a cell to be read of the plurality of flash memory cells and determining at least one soft bit of data encoding the programmed data state; determining the threshold voltage of the cell to be read; determining a plurality of hard bits of data for the determined threshold voltage, wherein the plurality of hard bits encode the determined threshold voltage of the cell to be read; and determining a hard bit of the plurality of hard bits as an output of a read operation using the encoding of the at least one soft bit of data.
Rolling device (100, 200), comprising: a rotating hub (101, 201), rotatable about a first direction of rotation, annular elements (110, 210), arranged around the rotating hub (101, 201) and each bearing a peripheral rolling surface (111, 211), rods (102, 202) extending in a second longitudinal direction, a radial support (103, 203), integral with the hub (101, 201) and arranged around the hub (101, 201), the rods (102, 202) passing through first recesses (105, 205) in the radial support (103, 203) and being inclinable relative to the radial support (103, 203), characterized in that each annular element (110, 210) has second recesses (112, 212), through which the rods (102, 202) are able to slide in translation along the second longitudinal direction when the rods (102, 202) are inclined, the annular elements (110, 210) each having translational guides in planes (113, 213) perpendicular to the first direction. a rotating hub (101, 201), rotatable about a first direction of rotation, annular elements (110, 210), arranged around the rotating hub (101, 201) and each bearing a peripheral rolling surface (111, 211), rods (102, 202) extending in a second longitudinal direction, a radial support (103, 203), integral with the hub (101, 201) and arranged around the hub (101, 201), the rods (102, 202) passing through first recesses (105, 205) in the radial support (103, 203) and being inclinable relative to the radial support (103, 203), characterized in that each annular element (110, 210) has second recesses (112, 212), through which the rods (102, 202) are able to slide in translation along the second longitudinal direction when the rods (102, 202) are inclined, the annular elements (110, 210) each having translational guides in planes (113, 213) perpendicular to the first direction.