mhurhangee/ep-ind-claims huggingface dataset:
A medical system including an MR scanner and a reconstruction processor, said medical system being configured for imaging a vessel wall of a target vessel in a patient, said medical system comprising: a controller including: a scout unit configured to perform a single scout scan of the patient for localizing the target vessel of the patient using the MR scanner; the scout scan being three-dimensional and isotropic; a scout reconstruction unit configured to reconstruct an MR data set of the scout scan into foot-to-head, left-to-right and posterior-to-anterior projections, wherein the scout reconstruction unit is further configured to reconstruct the MR data set of the scout scan into a 3D image and to project the 3D image to respective two-dimensional images in the FH, LR and PA directions, respectively, said 2D images corresponding to said projections, respectively; an imaging-volume unit configured to determine a 3D imaging volume encompassing the target vessel from the projections; and a diagnostic unit configured to perform a diagnostic scan of the 3D imaging volume using the MR scanner. a scout unit configured to perform a single scout scan of the patient for localizing the target vessel of the patient using the MR scanner; the scout scan being three-dimensional and isotropic; a scout reconstruction unit configured to reconstruct an MR data set of the scout scan into foot-to-head, left-to-right and posterior-to-anterior projections, wherein the scout reconstruction unit is further configured to reconstruct the MR data set of the scout scan into a 3D image and to project the 3D image to respective two-dimensional images in the FH, LR and PA directions, respectively, said 2D images corresponding to said projections, respectively; an imaging-volume unit configured to determine a 3D imaging volume encompassing the target vessel from the projections; and a diagnostic unit configured to perform a diagnostic scan of the 3D imaging volume using the MR scanner.
An exhaust treatment device for a diesel engine including: a diesel particulate filter disposed in an engine exhaust passage; a combustible gas generator including a gas generation catalyst; and an electronic control device, a regeneration process, of the DPF being performed according to an instruction of the electronic control device, in the regeneration process, of the DPF a liquid fuel and air being supplied to the combustible gas generator during engine operation, a combustible gas being generated by a catalytic reaction of an air-fuel mixture gas of the liquid fuel and the air due to the gas generation catalyst, a temperature of an engine exhaust being raised by combustion of the combustible gas, and particulate material accumulated in the DPF being burned off by heat of the engine exhaust, the exhaust treatment device for a diesel engine comprising: a parked regeneration requirement notification component; and a parked regeneration start operation component, wherein the regeneration process, of the DPF includes an automatic regeneration process and a parked regeneration process, the automatic regeneration process is automatically started when an estimation value of the PM accumulated in the DPF reaches a predetermined automatic regeneration start determination value, and characterised in that the parked regeneration process is performed when a first condition and a second condition are satisfied, the first condition being that the parked regeneration requirement notification component performs a notification of a parked regeneration requirement when a number of cancellation of the automatic regeneration process reaches a predetermined parked regeneration requirement determination value or more, the second condition being that the parked regeneration start operation component is subjected to a start operation during a parked state in which an engine equipped machine is neither traveling nor working. a parked regeneration requirement notification component; and a parked regeneration start operation component, wherein the regeneration process, of the DPF includes an automatic regeneration process and a parked regeneration process, the automatic regeneration process is automatically started when an estimation value of the PM accumulated in the DPF reaches a predetermined automatic regeneration start determination value, and characterised in that the parked regeneration process is performed when a first condition and a second condition are satisfied, the first condition being that the parked regeneration requirement notification component performs a notification of a parked regeneration requirement when a number of cancellation of the automatic regeneration process reaches a predetermined parked regeneration requirement determination value or more, the second condition being that the parked regeneration start operation component is subjected to a start operation during a parked state in which an engine equipped machine is neither traveling nor working.
A device for disposal of a used filter unit of a smokeable tobacco product, the device comprising - an area for receiving the filter unit, - a reader, which is configured to automatically readout an identifier of the filter unit from a data carrier of the filter unit when the filter unit is located in the area; - a communication unit (12, 13), which is configured - to compare the readout identifier to a reference code, which is stored on a database; - to generate at least one electrical signal depending on a result of the comparison; characterized by - a filter processing unit, which is configured to destroy the filter unit depending on the result of the comparison. - an area for receiving the filter unit, - a reader, which is configured to automatically readout an identifier of the filter unit from a data carrier of the filter unit when the filter unit is located in the area; - a communication unit (12, 13), which is configured - to compare the readout identifier to a reference code, which is stored on a database; - to generate at least one electrical signal depending on a result of the comparison; characterized by - to compare the readout identifier to a reference code, which is stored on a database; - to generate at least one electrical signal depending on a result of the comparison; characterized by - a filter processing unit, which is configured to destroy the filter unit depending on the result of the comparison.
A flexible plastic snap-receiving socket, comprising - a mounting panel, and - support legs, arranged to be spaced apart from each other, characterized in that the flexible plastic snap-receiving socket further comprises a weakening structure, wherein the support legs are connected to the mounting panel via the weakening structure, wherein the weakening structure is an U-shaped weakening structure and comprises a bottom wall and a side wall (113b, 113c), wherein the side walls comprise a first side wall and a second side wall, arranged to be opposite to each other, and two opposite ends of the bottom wall are respectively connected with a bottom end of the first and second side walls (113b, 113c), wherein the support leg is connected with a top end of the first side wall, and the mounting panel is connected with a top end of the second side wall. - a mounting panel, and - support legs, arranged to be spaced apart from each other,
A method of manufacturing a sealing member for a dressing of a negative-pressure therapy system, the method comprising: providing a first film layer having a first side and a second side; coupling a first adhesive to the second side of the first film layer to form a first adhesive layer having a first side and a second side, the first side of the first adhesive layer coupled to the second side of the first film layer; providing a second film layer having a first side and a second side; coupling a second adhesive to the second side of the second film layer to form a second adhesive layer having a first side and a second side, the first side of the second adhesive layer coupled to the second side of the second film layer; forming one or more perforations (116, 132) through the second film layer and the second adhesive layer; and coupling the first side of the second film layer to the second side of the first adhesive layer. providing a first film layer having a first side and a second side; coupling a first adhesive to the second side of the first film layer to form a first adhesive layer having a first side and a second side, the first side of the first adhesive layer coupled to the second side of the first film layer; providing a second film layer having a first side and a second side; coupling a second adhesive to the second side of the second film layer to form a second adhesive layer having a first side and a second side, the first side of the second adhesive layer coupled to the second side of the second film layer; forming one or more perforations (116, 132) through the second film layer and the second adhesive layer; and coupling the first side of the second film layer to the second side of the first adhesive layer.
Distance measuring device, configured to measure the lifting height of load-lifting equipment of an industrial truck, the distance measuring device comprising an outer carrier, an inner carrier and a sensor unit, the inner carrier being mounted on the outer carrier such that it can be pivoted about a first pivot axis, and the sensor unit being mounted such that it can be pivoted with respect to the inner carrier about a second pivot axis, characterized in that the distance measuring device has a first adjustment device for aligning the sensor unit about the first pivot axis, the distance measuring device has a second adjustment device for aligning the sensor unit about the second pivot axis, and the first adjustment device and the second adjustment device each comprise a setting screw (46, 54).
A mobile communication device, comprising: a wireless module, arranged for performing wireless transceiving to and from a first service network (120, 420); and a controller module, arranged for transmitting a first tracking area update request message to a first cellular station (121, 421) in a first tracking area of the first service network (120, 420) via the wireless module, receiving a first tracking area update rejection message from the first cellular station (121, 421) via the wireless module, and transmitting a second tracking area update request message to a second cellular station (122, 422) in a second tracking area of the first service network (120, 420) via the wireless module in response to the first tracking area update rejection message, wherein the first tracking area update rejection message comprises a first rejection cause indicating a first network related failure. a wireless module, arranged for performing wireless transceiving to and from a first service network (120, 420); and a controller module, arranged for transmitting a first tracking area update request message to a first cellular station (121, 421) in a first tracking area of the first service network (120, 420) via the wireless module, receiving a first tracking area update rejection message from the first cellular station (121, 421) via the wireless module, and transmitting a second tracking area update request message to a second cellular station (122, 422) in a second tracking area of the first service network (120, 420) via the wireless module in response to the first tracking area update rejection message,
Pressure valve having a valve housing in which there is arranged a spring plate, on which spring plate there is supported a valve spring which exerts a spring force on a valve body, wherein the spring plate is displaceable by means of a setting spindle for the purposes of setting the spring force, wherein the setting spindle is formed in two parts, with a spindle shank, which is connected to the spring plate and which is arranged displaceably in a closure element of the valve housing, and with an adjustment screw, which can be screwed into the closure element, wherein the adjustment screw and the spindle shank are movable relative to one another in their circumferential direction, and the spindle shank is displaceable together with the spring plate by means of the adjustment screw in an axial direction, wherein the spindle shank is guided sealingly in the closure element, wherein the spring plate and the spindle shank are formed in one piece, wherein the spring plate has a shoulder which can be caused to bear against the closure element and which serves for limiting the displacement travel thereof in a direction away from the valve body, and wherein the adjustment screw engages around the spindle shank at least in sections.
Apparatus for receiving drawing utensils in a secured manner, said apparatus receiving at least one set square (5, 2) between two triangular plates (7, 8) of a triangular base receptacle, wherein the plates (7, 8) are arranged with respect to one another and are connected to one another such that a compartment for the set square is spanned therebetween, wherein the compartment has on one side an insertion opening for the set square and has, in a plate, an insertion slot for a grip piece of the set square, said insertion slot starting from the insertion opening and being in parallel with the insertion direction, and wherein arranged above the triangular plate, having the insertion slot, of the base receptacle for a large set square is at least one further cover plate, which spans an additional compartment for additional drawing utensils and is connected to the base receptacle whilst spanning the additional compartment, characterised in that at least one groove-shaped pencil receptacle is provided between the hypotenuse of the base receptacle and the closer cover plate, said pencil receptacle being configured such that it receives a drawing pencil in a clamping manner on the flank side and that the pencil receptacle comprises a T-groove extending in a pencil receptacle longitudinal direction, into which at least one two-limbed clamping spring, which forms a pencil holder for a drawing pencil and protrudes from a guide plate inserted into the T-groove, for receiving the drawing pencil is inserted.
An electrophoretic medium comprising a plurality of discrete droplets of a fluid, each of the droplets being surrounded by a capsule wall or by a continuous phase, the electrophoretic medium further comprising particles disposed in the fluid, the particles being capable of moving through the fluid upon application of an electric field to the medium, the medium being characterized in that the fluid comprises a partially hydrogenated terphenyl and a terpene, and wherein the difference in refractive index between the fluid and the capsule walls or continuous phase is not greater than 0.005.
A rostrum support structure comprising a plurality of frame units (10, 20, 30, 40, 50) which can be stacked with respect to one another, a support member being provided for directly supporting at least two of the frame units (10, 20, 30, 40, 50) when stacked so that they can be lifted together, each frame unit (20, 30, 40, 50) which is supported by the support member when stacked has a floor contacting portion, wherein the support member comprises a substantially flat plate or a substantially flat structure comprising frame members extending in a direction parallel to the retraction direction and/or in a direction transverse to the retraction direction, and characterized in that the substantially flat plate or substantially flat structure comprises side-by-side tracks or slots, each track or slot being configured to receive and/or guide a floor contacting portion of a different one of each of the frame units (20, 30, 40, 50) which is supported by the support member when stacked, and each track or slot being configured to receive and/or guide a floor contacting portion of only one of the frame units (20, 30, 40, 50) which is supported by the support member when stacked.
A method of removing hair from skin, comprising the steps of: (a) applying a protective composition to an area of skin on which unwanted hair is growing, wherein the protective composition comprises at least 75% petrolatum by weight of the protective composition, the protective composition having a cone penetration of 160 to 210; (b) applying a depilatory composition to the area of skin to which the protective composition has been applied, the depilatory composition comprising a keratin reducing agent. (a) applying a protective composition to an area of skin on which unwanted hair is growing, wherein the protective composition comprises at least 75% petrolatum by weight of the protective composition, the protective composition having a cone penetration of 160 to 210; (b) applying a depilatory composition to the area of skin to which the protective composition has been applied, the depilatory composition comprising a keratin reducing agent.
Device for producing three-dimensional objects by successively solidifying layers of a build material that can be solidified using radiation on the positions corresponding to the respective cross-section of the object, comprising - a housing comprising a process chamber, - a build container housed therein, - an irradiation device for irradiating layers of the build material on the positions corresponding to the respective cross-section of the object, - an application device for applying the layers of the build material onto a support device within the build container or a previously formed layer, - a metering device for supplying the build material, wherein the application device comprises a coater element which distributes the build material delivered by the metering device as a thin layer in an application area along a linear application movement, characterized in that the coater element can perform an evasive return movement (A,R,Z) at the end of a coating process for a layer when returning the coater element to a coating starting position, in which the coater element does not cross the scanner beam spatial area between the irradiation device and an applied layer, wherein - the coater element is supported pivotably about at least one axis on one side and/or - the evasive return movement (A, R, Z) includes a pivot movement, in which the coater element is guided rotatably about a pivot axis outside the build surface to be exposed. - a housing comprising a process chamber, - a build container housed therein, - an irradiation device for irradiating layers of the build material on the positions corresponding to the respective cross-section of the object, - an application device for applying the layers of the build material onto a support device within the build container or a previously formed layer, - a metering device for supplying the build material, wherein the application device comprises a coater element which distributes the build material delivered by the metering device as a thin layer in an application area along a linear application movement, characterized in that the coater element can perform an evasive return movement (A,R,Z) at the end of a coating process for a layer when returning the coater element to a coating starting position, in which the coater element does not cross the scanner beam spatial area between the irradiation device and an applied layer, wherein - the coater element is supported pivotably about at least one axis on one side and/or - the evasive return movement (A, R, Z) includes a pivot movement, in which the coater element is guided rotatably about a pivot axis outside the build surface to be exposed.
A light irradiation device for improving cognitive symptom and depression symptom comprising: a first light source; a low frequency changing means; a light-irradiation switch connected to the low frequency changing means configured for changing frequency of the first light source to make it flash at a low frequency of 1 to 10 Hz; a second light source; a high frequency changing means; and an irradiation switch connected to the high frequency changing means configured for changing frequency of the second light source to make it flash at a high frequency of 20 to 50 kHz; wherein photostimulation continuously given to a retina by continuous flashing of said light sources (41, 42) makes Homer 1a to continuously express and activates BK-type potassium channel in pyramidal cell of cerebral cortex even under bright environment. a first light source; a low frequency changing means; a light-irradiation switch connected to the low frequency changing means configured for changing frequency of the first light source to make it flash at a low frequency of 1 to 10 Hz; a second light source; a high frequency changing means; and an irradiation switch connected to the high frequency changing means configured for changing frequency of the second light source to make it flash at a high frequency of 20 to 50 kHz; wherein photostimulation continuously given to a retina by continuous flashing of said light sources (41, 42) makes Homer 1a to continuously express and activates BK-type potassium channel in pyramidal cell of cerebral cortex even under bright environment.
A mechanically programmed actuator, comprising: at least one soft actuator body configured to bend, linearly extend, contract, twist, or combinations thereof when actuated without constraint, wherein the soft actuator body includes a strain-limiting layer along a side of the soft actuator body, and wherein the strain-limiting layer is configured to produce bending of the soft actuator body by restricting expansion of that side of the soft actuator body; an activation mechanism configured to actuate the soft actuator body; and at least one sleeve wrapped around at least a part of the soft actuator body and configured to constrain the soft actuator body inside the sleeve when actuated and to enable the soft actuator body to deform where the soft actuator body is not covered by the sleeve, wherein the at least one sleeve is configured to have an adjustable length to alter the amount of the soft actuator body contained by the at least one sleeve. at least one soft actuator body configured to bend, linearly extend, contract, twist, or combinations thereof when actuated without constraint, wherein the soft actuator body includes a strain-limiting layer along a side of the soft actuator body, and wherein the strain-limiting layer is configured to produce bending of the soft actuator body by restricting expansion of that side of the soft actuator body; an activation mechanism configured to actuate the soft actuator body; and at least one sleeve wrapped around at least a part of the soft actuator body and configured to constrain the soft actuator body inside the sleeve when actuated and to enable the soft actuator body to deform where the soft actuator body is not covered by the sleeve, wherein the at least one sleeve is configured to have an adjustable length to alter the amount of the soft actuator body contained by the at least one sleeve.
A flat steel product for hot forming which consists of a steel substrate produced from a steel comprising 0.1-3% by weight Mn and up to 0.01% by weight B and a protective coating based on Al that is applied to the steel substrate, wherein the protective coating contains, as additional alloy constituents with a higher affinity for oxygen than aluminium, in total 0.11-0.5% by weight of at least two elements from the group of alkaline earth metals or transition metals, provided that the magnesium content of the protective coating is at least 0.1% by weight and the calcium content of the protective coating is at least 0.01% by weight, and that it optionally contains in total up to 20% by weight of other alloy elements, wherein during the hot forming of the flat steel product an oxide of the alkaline earth or transition metal is formed on the outer surface of the protective coating and wherein the protective coating is optionally an AlSi coating with an Si content of 3-15% by weight and/or optionally contains up to 5% by weight Fe.