mhurhangee/patent-ind-claim-en huggingface dataset:
A sample analyzing device comprising: a flow channel for conducting thereinto a sample which contains magnetic particles ; and magnetic field generating means (11, 11a, 11b, 12, 12a, 12b, 41-44) that generates magnetic fields for capturing the magnetic particles in a magnetic particles capturing region of the flow channel ; characterised in that : a cross-sectional area at a downstream end of the flow channel is larger than a cross-sectional area at an upstream end thereof; wherein the flow channel is constructed so that the flow channel cross-sectional area at the magnetic particles capturing region increases monotonously between an upstream side and a downstream side; and the flow channel is constructed so that a width of the flow channel , at the magnetic particles capturing region , increases monotonously and linearly between an upstream side and a downstream side; and/or the flow channel is constructed so that a height of the flow channel , at the magnetic particles capturing region , increases monotonously and linearly between an upstream side and a downstream side. a flow channel for conducting thereinto a sample which contains magnetic particles ; and magnetic field generating means (11, 11a, 11b, 12, 12a, 12b, 41-44) that generates magnetic fields for capturing the magnetic particles in a magnetic particles capturing region of the flow channel ; characterised in that : a cross-sectional area at a downstream end of the flow channel is larger than a cross-sectional area at an upstream end thereof; wherein the flow channel is constructed so that the flow channel cross-sectional area at the magnetic particles capturing region increases monotonously between an upstream side and a downstream side; and the flow channel is constructed so that a width of the flow channel , at the magnetic particles capturing region , increases monotonously and linearly between an upstream side and a downstream side; and/or the flow channel is constructed so that a height of the flow channel , at the magnetic particles capturing region , increases monotonously and linearly between an upstream side and a downstream side. a cross-sectional area at a downstream end of the flow channel is larger than a cross-sectional area at an upstream end thereof; wherein the flow channel is constructed so that the flow channel cross-sectional area at the magnetic particles capturing region increases monotonously between an upstream side and a downstream side; and the flow channel is constructed so that a width of the flow channel , at the magnetic particles capturing region , increases monotonously and linearly between an upstream side and a downstream side; and/or the flow channel is constructed so that a height of the flow channel , at the magnetic particles capturing region , increases monotonously and linearly between an upstream side and a downstream side.
Implant for blood vessels for influencing the blood flow in the region of aneurysms (A), the implant having a wall made of individual filaments which are combined to form a round braid, the round braid being a continuous braid that is cut to length, assuming an elongate shape having a reduced diameter in an insertion catheter and expanding at the implant site to fit the vessel diameter and increase the surface coverage, the filaments of the round braid having shape-memory properties, characterised in that the round braid is adjusted in such a way that it expands to such a degree that, if the stretching forces that bring the round braid into the elongate form cease to be applied, it assumes higher surface coverage in comparison with the healthy adjacent vessel portion in the region of an aneurysm neck, at which the vessel has a greater vessel diameter than the healthy adjacent vessel portion.
Sliding-pivoting mechanism for a rack of a piece of furniture or domestic appliance for pulling out and lifting the rack from a carcass of the piece of furniture or domestic appliance , comprising - at least two pivot arms which can be pivotably fixed to the carcass , are arranged parallel to one another and form a parallel guide for a pull-out guide , - wherein the pull-out guide comprises at least one guide rail and a running rail which is displaceable relative to the guide rail and to which the rack is fastened, - a locking mechanism which is arranged on the guide rail and on one of the pivot arms to prevent simultaneous pivoting and sliding movement, - wherein the locking mechanism comprises a locking pin movably arranged on one of the pivot arms , and a locking plate which is mounted in a positionally fixed manner with respect to the guide rail and with which the locking pin interacts in such a way that a pivoting movement of the pivot arms is blocked when the rack is lifted into an upper loading and unloading position, - whereby an unlocking device coupled to the locking mechanism and having an actuating element and an unlocking element with which the locking pin can be moved from a blocking position into a release position, and characterized by - a support device having a guide element arranged on one of the pivot arms and a support element arranged on the rack and can be moved relative to the guide element and can be supported in a support position on the guide element . - at least two pivot arms which can be pivotably fixed to the carcass , are arranged parallel to one another and form a parallel guide for a pull-out guide , - wherein the pull-out guide comprises at least one guide rail and a running rail which is displaceable relative to the guide rail and to which the rack is fastened, - a locking mechanism which is arranged on the guide rail and on one of the pivot arms to prevent simultaneous pivoting and sliding movement, - wherein the locking mechanism comprises a locking pin movably arranged on one of the pivot arms , and a locking plate which is mounted in a positionally fixed manner with respect to the guide rail and with which the locking pin interacts in such a way that a pivoting movement of the pivot arms is blocked when the rack is lifted into an upper loading and unloading position, - whereby an unlocking device coupled to the locking mechanism and having an actuating element and an unlocking element with which the locking pin can be moved from a blocking position into a release position, and characterized by - a support device having a guide element arranged on one of the pivot arms and a support element arranged on the rack and can be moved relative to the guide element and can be supported in a support position on the guide element .
A method for fabricating a cast component having a cooling channel formed therein, the method comprising: forming a shell mold over a pattern-ceramic matrix composite (CMC) elongated core arrangement to define a cavity in the shell mold , wherein the pattern-CMC elongated core arrangement comprises a pattern-forming material with a CMC elongated core being a tubular elongated core having a wall that surrounds a hollow passageway disposed therein; replacing the pattern-forming material in the cavity with metal via a casting process to form the cast component with the CMC elongated core disposed therein defining the cooling channel ; and removing the CMC elongated core from the cast component to open the cooling channel for fluid communication, forming caps over ends of the CMC elongated core prior to forming the shell mold to close off the hollow passage; and removing the caps from the ends of the CMC elongated core after forming the cast component to open the hollow passage, and wherein leaching out or etching comprises advancing a wet etchant into the hollow passage to facilitate leaching out and or etching of the CMC elongated core . forming a shell mold over a pattern-ceramic matrix composite (CMC) elongated core arrangement to define a cavity in the shell mold , wherein the pattern-CMC elongated core arrangement comprises a pattern-forming material with a CMC elongated core being a tubular elongated core having a wall that surrounds a hollow passageway disposed therein; replacing the pattern-forming material in the cavity with metal via a casting process to form the cast component with the CMC elongated core disposed therein defining the cooling channel ; and removing the CMC elongated core from the cast component to open the cooling channel for fluid communication, forming caps over ends of the CMC elongated core prior to forming the shell mold to close off the hollow passage; and removing the caps from the ends of the CMC elongated core after forming the cast component to open the hollow passage, and wherein leaching out or etching comprises advancing a wet etchant into the hollow passage to facilitate leaching out and or etching of the CMC elongated core .
Coating chamber for performing a vacuum-assisted coating process, in particular PVD or CVD or arc coating chamber or a hybrid coating chamber with a heat shield , which is arranged on a temperature-controllable chamber wall of the coating chamber and is intended for adjusting an exchange of a predeterminable amount of thermal radiation between the heat shield and the temperature-controllable chamber wall , characterized in that the heat shield comprises at least one exchangeable radiating shield , which is directly adjacent to an inner side of the chamber wall , and a first radiation surface of the radiating shield , that is directed towards the chamber wall , has a first predeterminable heat exchange coefficient (ε D1 ) and a second radiation surface of the radiating shield being directed away from the chamber wall has a second predeterminable heat exchange coefficient (ε D2 ), wherein the first heat exchange coefficient (ε D1 ) is greater than the second heat exchange coefficient (ε D2 ), wherein the radiating shield comprises an assembly area and can be fixed to a holding device of a shield holder at the chamber wall in the assembly area.
Method for classifying a battery cell , in which - a plurality of load cycles of the battery cell is measured by means of a high-precision coulometry apparatus , wherein the result of the measurement comprises a plurality of current values, - the measurement is carried out until an abort criterion is met, - based on the result of the measurement, a first and second value are determined for a discharge capacity of the battery cell by means of a first and a second calculation rule, wherein a calibration of the current measurement is input differently into the first and second calculation rule, and an optimisation method is carried out in which a calibration of the current measurement is determined, with which the greatest match is achieved between the first and second discharge capacity determined, - based on the result of the measurement, an aging criterion is determined for the battery cell , - based on the aging criterion, the battery cell is sorted into one of several classification ranges. - a plurality of load cycles of the battery cell is measured by means of a high-precision coulometry apparatus , wherein the result of the measurement comprises a plurality of current values, - the measurement is carried out until an abort criterion is met, - based on the result of the measurement, a first and second value are determined for a discharge capacity of the battery cell by means of a first and a second calculation rule, wherein a calibration of the current measurement is input differently into the first and second calculation rule, and an optimisation method is carried out in which a calibration of the current measurement is determined, with which the greatest match is achieved between the first and second discharge capacity determined, - based on the result of the measurement, an aging criterion is determined for the battery cell , - based on the aging criterion, the battery cell is sorted into one of several classification ranges.
A method for producing a three-dimensional object on a support by layer-wise applying and selectively solidifying a building material in powder form comprising the steps of: lowering the support to a predetermined height below a working plane , applying a layer of the building material in powder form in the working plane by means of an application device moving across the working plane , selectively solidifying the applied powder layer at positions corresponding to a cross-section of the object to be produced and repeating the steps of lowering, applying and selectively solidifying until the object is completed, characterized in that within an intended application area (B) located in the working plane , with respect to at least one powder layer, within an area across which the application device moves, the quantity of applied building material in powder form is reduced in a section in an actively controlled way or substantially no building material in powder form is applied in a section in an actively controlled way, wherein a metering of the building material in powder form is controlled via a closure in the application device and/or a metering device . lowering the support to a predetermined height below a working plane , applying a layer of the building material in powder form in the working plane by means of an application device moving across the working plane , selectively solidifying the applied powder layer at positions corresponding to a cross-section of the object to be produced and repeating the steps of lowering, applying and selectively solidifying until the object is completed, characterized in that within an intended application area (B) located in the working plane , with respect to at least one powder layer, within an area across which the application device moves, the quantity of applied building material in powder form is reduced in a section in an actively controlled way or substantially no building material in powder form is applied in a section in an actively controlled way, wherein a metering of the building material in powder form is controlled via a closure in the application device and/or a metering device .
A process for making a composite part having a shape and a thickness comprising a textured skin and a rigid or foam substrate layer comprising the steps of: A) applying an aqueous thermoplastic dispersion onto a first surface of a rigid or foam substrate forming a composite structure with a skin layer wherein the aqueous thermoplastic dispersion is derived from the extrusion melt blending of a) a thermoplastic composition in the presence of b) at least one dispersing agent, and c) water; B) providing a molding apparatus comprising a mold having a first mold half having a textured surface and a second mold half having a second surface opposite the first surface and being engageable with said first mold half such that when the mold halves are engaged a mold cavity there between is defined corresponding to the shape and the thickness of a part; C) heating the composite structure; D) placing the heated composite structure between the open mold halves in the molding apparatus such that the skin layer will be contacted by the textured surface of the first mold half; E) closing the mold halves and contacting the composite structure; F) forming a rigid or foam substrate composite part having a textured skin layer; H) cooling the composite part; I) opening the mold; and J) removing the composite part. A) applying an aqueous thermoplastic dispersion onto a first surface of a rigid or foam substrate forming a composite structure with a skin layer wherein the aqueous thermoplastic dispersion is derived from the extrusion melt blending of a) a thermoplastic composition in the presence of b) at least one dispersing agent, and c) water; a) a thermoplastic composition in the presence of b) at least one dispersing agent, and c) water; B) providing a molding apparatus comprising a mold having a first mold half having a textured surface and a second mold half having a second surface opposite the first surface and being engageable with said first mold half such that when the mold halves are engaged a mold cavity there between is defined corresponding to the shape and the thickness of a part; C) heating the composite structure; D) placing the heated composite structure between the open mold halves in the molding apparatus such that the skin layer will be contacted by the textured surface of the first mold half; E) closing the mold halves and contacting the composite structure; F) forming a rigid or foam substrate composite part having a textured skin layer; H) cooling the composite part; I) opening the mold; and J) removing the composite part.
The use of a mounting device to connect two support beams of a carton flow bed rack (1; 2), wherein the mounting device comprises: - a plug pluggable into an end of a first support beam of the two support beams; - an engaging element arranged at the plug , wherein the engaging element is provided to engage a second support beam (30; 40) of the two support beams; characterized in that , - the mounting device further comprises a key , provided as a wedge, for fixing the plug in the first support beam , and in that the plug comprises at least two sets of receiving openings into which the key is insertable for establishing two different plug-positions in which the plug is fixed to the first support beam . - a plug pluggable into an end of a first support beam of the two support beams; - an engaging element arranged at the plug , wherein the engaging element is provided to engage a second support beam (30; 40) of the two support beams; characterized in that , - the mounting device further comprises a key , provided as a wedge, for fixing the plug in the first support beam , and in that the plug comprises at least two sets of receiving openings into which the key is insertable for establishing two different plug-positions in which the plug is fixed to the first support beam . - the mounting device further comprises a key , provided as a wedge, for fixing the plug in the first support beam , and in that the plug comprises at least two sets of receiving openings into which the key is insertable for establishing two different plug-positions in which the plug is fixed to the first support beam .
Computed tomography device with a holding frame and a ring mount , which is mounted movably with respect to the holding frame , wherein the ring mount has an x-ray detector with a semiconductor material , which is operable in an equilibrium of statistical states of occupation, wherein the computed tomography device has a first power supply , which is set up to supply power, in an operating state of the computed tomography device , to a first lot of components of the computed tomography device , which are arranged on the ring mount for an image generation process, wherein the computed tomography device has a second power supply which can be separated from the first power supply in terms of circuitry and which is set up to supply power to a second lot of components of the computed tomography device in a resting state of the computed tomography device , and wherein the components of the second lot are set up to hold the semiconductor material in the said equilibrium, characterised by a second transmission path which can be separated from a first transmission path of the first power supply in terms of circuitry and is arranged at least partially on the ring mount and is interconnected with the second power supply and has a terminal for a mains cable arranged on the ring mount . wherein the ring mount has an x-ray detector with a semiconductor material , which is operable in an equilibrium of statistical states of occupation, wherein the computed tomography device has a first power supply , which is set up to supply power, in an operating state of the computed tomography device , to a first lot of components of the computed tomography device , which are arranged on the ring mount for an image generation process, wherein the computed tomography device has a second power supply which can be separated from the first power supply in terms of circuitry and which is set up to supply power to a second lot of components of the computed tomography device in a resting state of the computed tomography device , and wherein the components of the second lot are set up to hold the semiconductor material in the said equilibrium, characterised by a second transmission path which can be separated from a first transmission path of the first power supply in terms of circuitry and is arranged at least partially on the ring mount and is interconnected with the second power supply and has a terminal for a mains cable arranged on the ring mount .
A method for electrophysiology (EP) mapping based on electrocardiogram (ECG) and imaging hardware, the method comprising: detecting a three-dimensional surface of a patient from a sensor; modeling a heart of the patient from x-ray projection data and the three-dimensional surface; measuring electric potential at electrode locations on the patient with ECG electrodes ; generating an EP map for at least a part of the heart from the three-dimensional surface, the heart segmentation, and the measured electric potentials at the electrode locations; and displaying the EP map on a display screen. detecting a three-dimensional surface of a patient from a sensor; modeling a heart of the patient from x-ray projection data and the three-dimensional surface; measuring electric potential at electrode locations on the patient with ECG electrodes ; generating an EP map for at least a part of the heart from the three-dimensional surface, the heart segmentation, and the measured electric potentials at the electrode locations; and displaying the EP map on a display screen.
Distribution device , in particular a sowing machine, for distributing a good, comprising: - at least one storage container and - at least one discharge apparatus , - wherein the storage container is connected to the discharge apparatus by means of at least one outlet channel such that the good arranged in the storage container can be transferred to the discharge apparatus such that the good can be distributed by means of the discharge apparatus, - wherein the distribution device has a first and a second part, wherein the first and the second part can be moved in relation to each other such that the outlet channel can be partially exposed, and wherein a plurality of outlet channels is arranged one beside the other in a row, all outlet channels of the row being exposable by movement of the first and the second part in relation to each other, characterized in that the first and the second part are slidable in relation to each other. - at least one storage container and - at least one discharge apparatus , - wherein the storage container is connected to the discharge apparatus by means of at least one outlet channel such that the good arranged in the storage container can be transferred to the discharge apparatus such that the good can be distributed by means of the discharge apparatus, - wherein the distribution device has a first and a second part,