mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring personal protection equipment compliance comprising: a PPE device (104; 204) assigned to a user, wherein the PPE device (104; 204) comprises a sensor module (105; 205); a personalized user identification module (110; 210) assigned to a user, wherein the user ID module (110; 210) receives information from the sensor module (105; 205) via wireless communication, the user ID module (110; 210) configured to: determine whether the PPE device (104; 204) is active based on the information received from the sensor module (105; 205); in response to determining that the PPE device (104; 204) is active, send a PPE status indicating that usage of the PPE device (104; 204) is determined to be compliant; and in response to determining that the PPE device (104; 204) is inactive, send a PPE status indicating that usage of the PPE device (104; 204) is determined to be noncompliant. a PPE device (104; 204) assigned to a user, wherein the PPE device (104; 204) comprises a sensor module (105; 205); a personalized user identification module (110; 210) assigned to a user, wherein the user ID module (110; 210) receives information from the sensor module (105; 205) via wireless communication, the user ID module (110; 210) configured to: determine whether the PPE device (104; 204) is active based on the information received from the sensor module (105; 205); in response to determining that the PPE device (104; 204) is active, send a PPE status indicating that usage of the PPE device (104; 204) is determined to be compliant; and in response to determining that the PPE device (104; 204) is inactive, send a PPE status indicating that usage of the PPE device (104; 204) is determined to be noncompliant. determine whether the PPE device (104; 204) is active based on the information received from the sensor module (105; 205); in response to determining that the PPE device (104; 204) is active, send a PPE status indicating that usage of the PPE device (104; 204) is determined to be compliant; and in response to determining that the PPE device (104; 204) is inactive, send a PPE status indicating that usage of the PPE device (104; 204) is determined to be noncompliant.
A blood processing system, comprising: a disposable flow circuit configured for the flow of whole blood and/or a separated blood component therethrough; a centrifuge configured to receive at least a portion of the disposable flow circuit and separate at least one blood component from blood flowing through the disposable flow circuit; and a monitoring system configured to directly monitor the disposable flow circuit received by the centrifuge and comprising a light source configured to illuminate at least part of said portion of the disposable flow circuit received by the centrifuge, a light detector configured to receive an image of said at least part of said portion of the disposable flow circuit, and a controller to obtain an output on the basis of the image received by the light detector and to control the separation of said at least one blood component from the blood in the disposable flow circuit based at least in part on said output, wherein the light detector is configured to receive a one-dimensional image of said at least part of said portion of the disposable flow circuit and is a linear array-type sensor, and wherein the controller is configured to read out the light detector in a scan mode, to combine two or more of the images received by the light detector and to generate the two-dimensional output. a disposable flow circuit configured for the flow of whole blood and/or a separated blood component therethrough; a centrifuge configured to receive at least a portion of the disposable flow circuit and separate at least one blood component from blood flowing through the disposable flow circuit; and a monitoring system configured to directly monitor the disposable flow circuit received by the centrifuge and comprising a light source configured to illuminate at least part of said portion of the disposable flow circuit received by the centrifuge, a light detector configured to receive an image of said at least part of said portion of the disposable flow circuit, and a controller to obtain an output on the basis of the image received by the light detector and to control the separation of said at least one blood component from the blood in the disposable flow circuit based at least in part on said output, a light source configured to illuminate at least part of said portion of the disposable flow circuit received by the centrifuge, a light detector configured to receive an image of said at least part of said portion of the disposable flow circuit, and a controller to obtain an output on the basis of the image received by the light detector and to control the separation of said at least one blood component from the blood in the disposable flow circuit based at least in part on said output, wherein the light detector is configured to receive a one-dimensional image of said at least part of said portion of the disposable flow circuit and is a linear array-type sensor, and wherein the controller is configured to read out the light detector in a scan mode, to combine two or more of the images received by the light detector and to generate the two-dimensional output.
Refrigerator and/or freezer with a cooling air circuit for cooling the interior of the appliance or at least one compartment of the appliance, and with an ice maker, wherein the appliance comprises at least one fan associated to the ice maker which is arranged in such a way that cold air is supplied to the ice maker by means of the fan, wherein the fan associated to the ice maker is formed separately from a fan associated to the cooling air circuit and is associated directly to the ice maker, characterized in that the fan associated to the ice maker is configured such that its operating condition is independent of the operating condition of the refrigerator and/or freezer, and the appliance has no separate air duct associated to the ice maker, and means are provided, by means of which the filling level in the ice maker or in an ice container can be detected, and the rotational speed and/or the relative switch-on period of the fan associated to the ice maker depends on the filling level measured.
A neurostimulation device comprising: - an input for receiving stimulation data comprising information relating to a stimulation preferability and an orientation of at least one fiber bundle, - a neurostimulation probe with an array of stimulation electrodes, - a stimulation unit coupled to the stimulation electrodes for, in accordance with a specified current distribution, providing currents to the respective stimulation electrodes for generating an electric field gradient, and - a distribution calculation module coupled to the input and the stimulation unit for: - based on the stimulation data determining a preferred position and orientation for the electric field gradient, and - based on the preferred position and orientation for the electric field gradient, calculating the specified current distribution, characterized in that the stimulation data further comprises information relating to fiber orientation variations over a length of the at least one fiber bundle. - an input for receiving stimulation data comprising information relating to a stimulation preferability and an orientation of at least one fiber bundle, - a neurostimulation probe with an array of stimulation electrodes, - a stimulation unit coupled to the stimulation electrodes for, in accordance with a specified current distribution, providing currents to the respective stimulation electrodes for generating an electric field gradient, and - a distribution calculation module coupled to the input and the stimulation unit for: - based on the stimulation data determining a preferred position and orientation for the electric field gradient, and - based on the preferred position and orientation for the electric field gradient, calculating the specified current distribution,
A conveyor device for cylindrical workpieces, comprising a main unit which has two conveyor discs (9, 10) that can be driven together, the distance between them being adjustable, characterised in that an attachment part that can be attached to the main unit and an insert element that can be positioned in such a way between the main unit and the attachment part are present, in that a conveying channel for the cylindrical workpieces is formed by the conveyor discs (9, 10), the attachment part and the insert element, which extends over more than 45° about the rotational axis of the conveyor discs (9, 10).
A valve comprising a valve part comprising; - a valve housing with a flow communication from a fluid inlet to a flow outlet and a valve seat positioned within said flow communication, a valve cone adapted to change position to change the valve opening defined as the opening between the valve seat and valve cone, a membrane adapted to deflect under the influence of a differential pressure across said membrane and means (62, 63) to communicate pressures to the opposing sides of the membrane, - a regulation part comprising a biasing member and setting housing, said regulation part attached to said valve part - a spindle having a part within the regulation part and a part within the valve part and connected to said valve cone, characterized in that the pressure setting of the valve may be changed by translocate the spindle within the valve cone and wherein a flushing function is operated by translocating the spindle to said flushing position at an upper position without changing its position within the valve cone where the spindle is translocated to and maintained at a flushing position where the valve cone is moved upwards from valve seat, such that the valve cone forms no or at least limited obstruction to the fluid communication from fluid inlet to fluid outlet, and where the restoring forces will have no effect and the spindle and thereby valve cone will remain in this open position until once again set free for normal operation and wherein the valve further comprises a shut off function where the valve cone is maintained in contact with the valve seat to shut off any fluid communication from the inlet to the outlet. - a valve housing with a flow communication from a fluid inlet to a flow outlet and a valve seat positioned within said flow communication, a valve cone adapted to change position to change the valve opening defined as the opening between the valve seat and valve cone, a membrane adapted to deflect under the influence of a differential pressure across said membrane and means (62, 63) to communicate pressures to the opposing sides of the membrane, - a regulation part comprising a biasing member and setting housing, said regulation part attached to said valve part - a spindle having a part within the regulation part and a part within the valve part and connected to said valve cone,
A method of sensing a physical object, the method comprising - providing a photorealistic virtual object of the physical object; - performing a measurement step, the measurement step comprising recording the physical object and acquiring physical field measurements of the physical object comprising at least one dimensional image; - performing an estimation step, the estimation step comprising applying external excitations to the photorealistic virtual object to create photorealistic virtual field measurements and comparing the photorealistic virtual field measurements with the physical field measurements and therefor sensing the physical object, characterized in that the photorealistic virtual object reproduces pixel intensities of an image of the physical object and the at least one dimensional image is at least one 2-dimensional image to provide image pixel intensities, and wherein said comparing comprises comparing pixel intensities of the photorealistic virtual field measurements with corresponding pixel intensities of the physical field measurements. - providing a photorealistic virtual object of the physical object; - performing a measurement step, the measurement step comprising recording the physical object and acquiring physical field measurements of the physical object comprising at least one dimensional image; - performing an estimation step, the estimation step comprising applying external excitations to the photorealistic virtual object to create photorealistic virtual field measurements and comparing the photorealistic virtual field measurements with the physical field measurements and therefor sensing the physical object,
An alloy consisting of: 4.5-8.5 wt.% Cr, 0.5-1.5 wt.% Mo, 2.5-3.5 wt.% W, 1.5-2.5 wt.% Ta, 5.5-7.5 wt.% Al, 4.5-5.5 wt.% Co, 0-4 wt.% Re, 0.05-0.20 wt.% Hf, with the balance being Ni and no more than trace amounts of other elements.
Electromechanical energy conversion system comprising a variable capacitor based on a deformable body of an EAP material, an electronic charging/discharging unit and a power source/sink; the power source/sink being coupled to the electronic charging/discharging unit; the electronic charging/discharging unit being coupled to the variable capacitor; the variable capacitor comprising first and second electrodes that are separated by an intermediate medium providing a gap distance between the first and second electrodes; the gap distance of the variable capacitor being adjustable between a minimal distance and a maximal distance as a function of an externally applied mechanical force; the electronic charging/discharging unit being arranged for charging the variable capacitor from the power source/sink at substantially a state of the variable capacitor when the gap distance is minimal and/or the area of the elastically deformed body maximal, and for discharging the variable capacitor to the power source/sink at substantially a state of the variable capacitor when the gap distance is maximal and/or the area of the elastically deformed body minimal, wherein the electronic charging/discharging unit comprises a step-down converter (L2, S2, D2) and a step-up converter (L1, S1, D1), the step-down converter and the step-up converter being arranged in parallel between the power source/sink and the variable capacitor electrodes, characterized in that the electronic charging/discharging unit is arranged for charging the variable capacitor by the step-down converter and for discharging the variable capacitor by the step-up converter, under the condition that the power source/sink is a DC source with a voltage larger than the voltage (Uvc) between the first and second electrodes, and wherein the variable capacitor is on a load side during charging and on a source side during discharging.
A system configured to generate a radiation treatment plan by performing a method of mitigating interplay effect in particle radiation therapy for delivery to a moving target including a period of movement, the particle radiation therapy defining a planned dose in each spot of each layer of the moving target, the method comprising: dividing the planned dose in each spot into a number of spot repaintings; and generating a scan pattern for each layer by defining a beam-on time at each spot for each spot repainting, and calculating a wait time between consecutive beam-on times to distribute the spot repaintings for each spot of a respective layer over a duration of an integer number of periods of movement. dividing the planned dose in each spot into a number of spot repaintings; and generating a scan pattern for each layer by defining a beam-on time at each spot for each spot repainting, and calculating a wait time between consecutive beam-on times to distribute the spot repaintings for each spot of a respective layer over a duration of an integer number of periods of movement. defining a beam-on time at each spot for each spot repainting, and calculating a wait time between consecutive beam-on times to distribute the spot repaintings for each spot of a respective layer over a duration of an integer number of periods of movement.
Device for reducing the flushing stream from a sanitary flush box, in particular a toilet flush box, which contains a drain valve, which has a valve mounting, a valve member that has a sealing surface or seal and is movably mounted in the valve mounting, a drain connection, and a valve seat formed on the drain connection, the sealing surface or seal resting on the valve seat in the closed state of the drain valve and, in the open state of the drain valve, freeing an outlet opening delimited by the drain connection, said device comprising a throttle, which defines at least one free flow cross section, the throttle, viewed in the flushing stream flow direction, can be arranged behind the valve seat in the drain connection of the drain valve or in a connection piece receiving the drain connection, the throttle comprising at least two throttle elements (4.1, 4.2), one of which can be rotated relative to another of the throttle elements (4.2) such that, by rotating the rotatable throttle element (4.1) relative to the other throttle element (4.2), the size of the at least one free flow cross section can be changed, characterised in that the effective size of the at least one free flow cross section can be changed by rotating the rotatable throttle element (4.1) in latching steps, wherein latching elements (4.5, 4.6), which secure the adjusted position of the rotatable throttle element (4.1) relative to the other throttle element (4.2) and therefore prevent unintentional rotation of the throttle element (4.1) in the mounted state of the throttle, are formed on the mutually facing end edges of the throttle elements (4.1, 4.2), wherein at least one of the throttle elements (4.1, 4.2) is provided with a rod-shaped handle, which functions as a mounting aid for inserting the throttle into the drain connection of the drain valve or into the connection piece receiving the drain connection.
A window unit comprising: a IG window unit in a window frame, the window frame capable of supporting a non-vacuum IG window unit having a larger thickness than does a VIG window unit, said IG window unit comprising first and second glass substrates (2, 3); the IG window unit being directly supported on a first major side by a first stop portion of said frame and being indirectly supported on a second major side by a second stop portion of said frame, so that a spacer (40; 50) is provided on the second major side of the IG window unit between the IG window unit and the second stop portion, but no similar spacer (40; 50) is provided on the first major side of the IG window unit, characterised in that the IG window unit is a VIG window unit with a low pressure gap (6, 38) provided between first and second glass substrates (2, 3), the low pressure gap (6, 38) being at pressure less than atmospheric pressure, wherein first and second corners of the spacer directly contact the VIG window unit, and wherein a portion of the spacer (40; 50) located between the first and second corners of the spacer and facing the VIG window unit, does not directly contact the VIG window unit and wherein an adhesive is located between the first and second corners. a IG window unit in a window frame, the window frame capable of supporting a non-vacuum IG window unit having a larger thickness than does a VIG window unit, said IG window unit comprising first and second glass substrates (2, 3); the IG window unit being directly supported on a first major side by a first stop portion of said frame and being indirectly supported on a second major side by a second stop portion of said frame, so that a spacer (40; 50) is provided on the second major side of the IG window unit between the IG window unit and the second stop portion, but no similar spacer (40; 50) is provided on the first major side of the IG window unit, characterised in that the IG window unit is a VIG window unit with a low pressure gap (6, 38) provided between first and second glass substrates (2, 3), the low pressure gap (6, 38) being at pressure less than atmospheric pressure, wherein first and second corners of the spacer directly contact the VIG window unit, and wherein a portion of the spacer (40; 50) located between the first and second corners of the spacer and facing the VIG window unit, does not directly contact the VIG window unit and wherein an adhesive is located between the first and second corners.
Apparatus for heat treatment of a surface to be repaired that is made from a composite material, said apparatus comprising: -) a cover fitted with means for pressing the cover such that it abuts the surface to be repaired, the cover incorporating a member that generates at least one electromagnetic field when an electric current flows through it and a plurality of temperature sensors, each of which is capable of providing respective measurements of the temperature taken locally on the surface to be repaired, -) a source of electrical energy that generates said electric current which is delivered to said member that generates at least one electromagnetic field, -) a susceptor heating member in which a "susceptor" material is integrated, which material is capable of absorbing the electromagnetic energy generated by the member that generates at least one electromagnetic field and of converting the absorbed electromagnetic energy into heat, -) at least one seal made from a composite material and intended for being sealed by polymerisation on the surface to be repaired, characterised in that the member that generates said at least one electromagnetic field comprises at least a plurality of inductive coils arranged on a common support that is integrated in the cover and is provided with said plurality of temperature sensors distributed on the support, the apparatus comprising means for regulating the power of said electric currents which supply the inductive coils individually and selectively with an individual electrical power according to the temperature measurements provided by the temperature sensors. -) a cover fitted with means for pressing the cover such that it abuts the surface to be repaired, the cover incorporating a member that generates at least one electromagnetic field when an electric current flows through it and a plurality of temperature sensors, each of which is capable of providing respective measurements of the temperature taken locally on the surface to be repaired, -) a source of electrical energy that generates said electric current which is delivered to said member that generates at least one electromagnetic field, -) a susceptor heating member in which a "susceptor" material is integrated, which material is capable of absorbing the electromagnetic energy generated by the member that generates at least one electromagnetic field and of converting the absorbed electromagnetic energy into heat, -) at least one seal made from a composite material and intended for being sealed by polymerisation on the surface to be repaired, characterised in that the member that generates said at least one electromagnetic field comprises at least a plurality of inductive coils arranged on a common support that is integrated in the cover and is provided with said plurality of temperature sensors distributed on the support, the apparatus comprising means for regulating the power of said electric currents which supply the inductive coils individually and selectively with an individual electrical power according to the temperature measurements provided by the temperature sensors.