mhurhangee/ep-ind-claims huggingface dataset:
A protective cover having a sensor holder part in a bearing device including: an inner ring with an inner ring track surface on an outer peripheral surface; an outer ring with an outer ring track surface on an inner peripheral surface; a bearing having a rolling element rolling between the inner ring track surface and the outer ring track surface; a magnetic encoder that is positioned at one axial end portion of the bearing, fixed to the inner ring, and has N and S poles alternately arranged at regular intervals in an circumferential direction; and a magnetic sensor that is opposed to the magnetic poles of the magnetic encoder to detect rotation of the magnetic encoder, wherein (a) the protective cover is a cup-shaped protective cover that is press-fitted into the outer ring to seal the one axial end portion of the bearing, and has the sensor holder part holding the magnetic sensor and a division wall that is thinner than the other part to divide the magnetic encoder and the magnetic sensor, (b) out of a cylindrical member and a disc-shaped member forming the cup shape, at least the disc-shaped member is a molded article formed by injection molding, and (c) the disc-shaped member includes a main body part and the sensor holder part, the main body part including a division wall and a thick part, characterised in that the thick part is, seen from a bottom surface, approximately fan-shaped such that it becomes gradually wider with increasing proximity from a position corresponding to a gate of a molding die (18, 19) for use in the injection molding to a position corresponding to the sensor holder part including the division wall, and (d) the thick part has a thickness of about 1.2 to 3 times larger than a thickness of a surrounding part of the thick part. (a) the protective cover is a cup-shaped protective cover that is press-fitted into the outer ring to seal the one axial end portion of the bearing, and has the sensor holder part holding the magnetic sensor and a division wall that is thinner than the other part to divide the magnetic encoder and the magnetic sensor, (b) out of a cylindrical member and a disc-shaped member forming the cup shape, at least the disc-shaped member is a molded article formed by injection molding, and (c) the disc-shaped member includes a main body part and the sensor holder part, the main body part including a division wall and a thick part, characterised in that the thick part is, seen from a bottom surface, approximately fan-shaped such that it becomes gradually wider with increasing proximity from a position corresponding to a gate of a molding die (18, 19) for use in the injection molding to a position corresponding to the sensor holder part including the division wall, and (d) the thick part has a thickness of about 1.2 to 3 times larger than a thickness of a surrounding part of the thick part.
A method for manufacturing an arrangement for the transport of media, comprising a base body formed as a blow-molded part and at least one functional element, in which a preform consisting of polymeric material and at least one functional element are provided and arranged in a blow mold, wherein the base body is formed from the preform, wherein the preform bears against the functional element during forming, wherein the blow mold has a first mold element and a second mold element, wherein the base body is formed from the preform between the first mold element and the second mold element, wherein the first mold element and the second mold element bear with elastic pretension against the functional element during blow molding, wherein the first mold element and the second mold element bear against the functional element in such a way that excess material produced from the preform in the area of the functional element during blow molding can be removed.
Barrier film laminate comprising a first inorganic layer, a second inorganic layer and a first organic layer comprising submicron getter particles, the organic layer being situated in between the first and the second inorganic layer wherein the first inorganic layer, the second inorganic layer, and the first organic layer are all optically transparent, characterised in that the amount of submicron getter particles in the organic layer is between 0.01 and 0.9% by weight of the organic layer.
A lighting unit comprising a light source, configured to generate light source light and a particulate luminescent material, configured to convert at least part of the light source light into luminescent material light, wherein the light source comprises a light emitting diode, wherein the particulate luminescent material comprises particles comprising cores, said cores comprising a phosphor comprising M' x M 2-2X AX 6 doped with tetravalent manganese, wherein M' comprises an alkaline earth cation, M comprises an alkaline cation, and x is in the range of 0-1, wherein A comprises a tetravalent cation, at least comprising silicon, wherein X comprises a monovalent anion, at least comprising fluorine, and wherein the particles further comprise a metal phosphate based coating, wherein the metal of the metal phosphate based coating is selected from the group consisting of Ti, Si and Al.
A method of controlling view synthesis of a 3D scene, the method comprising: - detecting discontinuities in a depth map, said depth map comprising depth values corresponding to a view point of a reference camera (C 1), said detection comprising calculation of shifts for neighbouring pixels of the depth map, the shifts being associated with a change of viewpoint from the reference camera to a virtual camera (C v), - analyzing the detected discontinuities, comprising identifying increase of depths associated with the change of viewpoint from the reference camera to the virtual camera, - identifying areas of disocclusion associated with the viewpoint of the virtual camera, the areas being delimited by positions of the identified increase of depths associated with the change of viewpoint from the reference camera to the virtual camera, characterized by - analyzing the detected discontinuities, comprising identifying decrease of depths associated with the change of viewpoint from the reference camera to the virtual camera, - identifying areas of occlusion associated with the viewpoint of the virtual camera, the areas being delimited by positions of the identified decrease of depths associated with the change of viewpoint from the reference camera to the virtual camera, - combining the identified areas of occlusion with the identified areas of disocclusion, thereby reducing the areas of disocclusion, and - providing the result of the combination to a view synthesis process. - detecting discontinuities in a depth map, said depth map comprising depth values corresponding to a view point of a reference camera (C 1), said detection comprising calculation of shifts for neighbouring pixels of the depth map, the shifts being associated with a change of viewpoint from the reference camera to a virtual camera (C v), - analyzing the detected discontinuities, comprising identifying increase of depths associated with the change of viewpoint from the reference camera to the virtual camera, - identifying areas of disocclusion associated with the viewpoint of the virtual camera, the areas being delimited by positions of the identified increase of depths associated with the change of viewpoint from the reference camera to the virtual camera, characterized by - analyzing the detected discontinuities, comprising identifying decrease of depths associated with the change of viewpoint from the reference camera to the virtual camera, - analyzing the detected discontinuities, comprising identifying decrease of depths associated with the change of viewpoint from the reference camera to the virtual camera, - identifying areas of occlusion associated with the viewpoint of the virtual camera, the areas being delimited by positions of the identified decrease of depths associated with the change of viewpoint from the reference camera to the virtual camera, - combining the identified areas of occlusion with the identified areas of disocclusion, thereby reducing the areas of disocclusion, and - providing the result of the combination to a view synthesis process.
A method comprising: identifying a characteristic of a process controller to be subjected to direct parameter adaptation, the characteristic of the process controller denoting a gain of a controller that controls a pH neutralization process or other pH control process; designing the process controller (106, 220) to control an industrial process, including solving an optimization problem to identify at least one parameter of the process controller; controlling the industrial process using the process controller (106, 220); calculating a robust stability condition, RSC, metric during operation of the process controller, the RSC metric providing an estimate of performance of the process controller in controlling the industrial process; and adaptively modifying the characteristic of the process controller based on the RSC metric, the calculated RSC metric is used as part of the optimization problem in order to identify at least one new parameter to be used by the process controller, in order to continue controlling the industrial process using the adaptively-updated controller, characterised in that the adaptive modification of the characteristic of the process controller comprises altering the gain in response to a setpoint change in the industrial process, the setpoint being associated with process variables controlled by the process controller. identifying a characteristic of a process controller to be subjected to direct parameter adaptation, the characteristic of the process controller denoting a gain of a controller that controls a pH neutralization process or other pH control process; designing the process controller (106, 220) to control an industrial process, including solving an optimization problem to identify at least one parameter of the process controller; controlling the industrial process using the process controller (106, 220); calculating a robust stability condition, RSC, metric during operation of the process controller, the RSC metric providing an estimate of performance of the process controller in controlling the industrial process; and adaptively modifying the characteristic of the process controller based on the RSC metric, the calculated RSC metric is used as part of the optimization problem in order to identify at least one new parameter to be used by the process controller, in order to continue controlling the industrial process using the adaptively-updated controller, characterised in that the adaptive modification of the characteristic of the process controller comprises altering the gain in response to a setpoint change in the industrial process, the setpoint being associated with process variables controlled by the process controller.
A system for adjusting the insertion depth of a cannula associated with a portable therapeutic device, the system comprising: a mounting unit securable to the skin of a patient and having a mounting base and a well defining a passageway through the mounting base; and a cannula unit including a cannula subcutaneously insertable through the well of the mounting unit, the well comprising a first part and a second part, the second part being displaceable relative to the first part and having one or more anchoring mechanisms (621, 622) for coupling the cannula unit to the mounting unit, with the well being adjustable to allow varying insertion depths of the cannula within the body of the patient characterised in that the second part is configured for threaded engagement with the first part. a mounting unit securable to the skin of a patient and having a mounting base and a well defining a passageway through the mounting base; and a cannula unit including a cannula subcutaneously insertable through the well of the mounting unit, the well comprising a first part and a second part, the second part being displaceable relative to the first part and having one or more anchoring mechanisms (621, 622) for coupling the cannula unit to the mounting unit, with the well being adjustable to allow varying insertion depths of the cannula within the body of the patient
A lighting unit having LEDs for lamps, wherein the lighting unit consists of a plurality of individual identical cooler/lighting-means modules that are connected to form clusters, wherein each cooler/lighting-means module consists of a ceramic carrier body, wherein the carrier body has sintered metallization regions on one or more of its surfaces, and the metallization regions form a printed circuit board to which one or more LEDs is/are connected in an electrically conductive manner, and plastics material, such as PE, PP or polyacrylate, is injection-moulded around the individual cooler/lighting-means modules to form the clusters in a form-locking manner, and arranged at each cluster there are mounting positions with which the clusters are connected to form a lighting unit or lamp.
A system for computer tomography X-ray imaging, the system comprising: - a data interface; and - a processing unit; wherein the data interface is configured to provide at least first and second CT X-ray radiation projection data of an object for at least a first and second X-ray energy range, which ranges are different from each other; wherein the at least first and second CT X-ray radiation projection data of the object comprises a plurality of slices of X-ray measurements from different angles to produce cross-sectional images of the object; wherein the processing unit is configured to determine a correction for slice normalization of the plurality of slices of X-ray measurements to change the first and the second CT X-ray projection data in terms of their pixel intensity values; and to apply an equal slice normalization for the first and the second CT X-ray projection data, wherein the pixel intensity values of the plurality of slices of X-ray measurements in the slice normalization is changeable such that a reference to a predetermined value is provided, and thereby to generate prepared first and second CT X-ray projection data; wherein, for the correction, the equal slice normalization is based on measured data of detector measurements from detector areas detecting X-ray radiation that is uninfluenced by the object arranged in the radiation path between X-ray source and X-ray detector during imaging; and wherein the data interface is configured to provide the prepared first and second CT X-ray projection data for further processing. - a data interface; and - a processing unit;
Electromagnet for activating a fluidic device, consisting of a core subassembly and a magnetic coil, wherein the core subassembly consists of a tubule, a magnetic pole, an armature and an armature bar, and wherein the magnetic coil consists of a wire winding, a coil body, an iron yoke, an at least partial plastic overmoulding and an electrical plug connector moulded onto it, wherein - the tubule is made by a forming process, - and the end of the otherwise hollow cylindrically shaped tubule facing away from the magnetic pole is formed as a hollow spherical segment, - and the tubule is welded or soldered fluid-tight to the magnetic pole, - and the magnetic coil is designed such that the magnetic coil, in the assembled condition of the electromagnet, is secured immovably and rotationally fixed in a predetermined position in each case on the core subassembly after the engagement of a clamping device, - and the magnetic coil is designed such that the magnetic coil rests loosely on the core subassembly after a loosening of the clamping device, characterized in that the magnetic coil is positioned in the longitudinal direction against an end stop of the magnetic pole and positioned in regard to its angle of rotation by an orienting during the assembly process and held by the clamping device, which is at least partly part of the plastic overmoulding of the magnetic coil, wherein the clamping device provided with an external thread is engaged by a threaded nut, which presses at least two tabs of the clamping device against the tubule by means of a conical surface. - the tubule is made by a forming process, - and the end of the otherwise hollow cylindrically shaped tubule facing away from the magnetic pole is formed as a hollow spherical segment, - and the tubule is welded or soldered fluid-tight to the magnetic pole, - and the magnetic coil is designed such that the magnetic coil, in the assembled condition of the electromagnet, is secured immovably and rotationally fixed in a predetermined position in each case on the core subassembly after the engagement of a clamping device, - and the magnetic coil is designed such that the magnetic coil rests loosely on the core subassembly after a loosening of the clamping device, characterized in that the magnetic coil is positioned in the longitudinal direction against an end stop of the magnetic pole and positioned in regard to its angle of rotation by an orienting during the assembly process and held by the clamping device, which is at least partly part of the plastic overmoulding of the magnetic coil, wherein the clamping device provided with an external thread is engaged by a threaded nut, which presses at least two tabs of the clamping device against the tubule by means of a conical surface.
A sensor node for deployment in association with an earth surface, said sensor node comprising: a biodegradable plastic housing; an electronic circuit board within said housing, said circuit board having a non-toxic, biodegradable substrate and at least one lead-free solder element; a plurality of electronic components which are carried by substrate, the electronic components having a plurality of electrical leads; and at least one battery for providing electrical energy to said circuit board, each said battery being a non-toxic battery; characterized in that a conductive non-toxic ink is printed on said housing and connected to at least one of said electronic components, said conductive non-toxic ink having conductive particles and being configured for use as an antenna for wireless communications, and that an encapsulation formed from a non-degrading durable material is provided around the electronic components. a biodegradable plastic housing; an electronic circuit board within said housing, said circuit board having a non-toxic, biodegradable substrate and at least one lead-free solder element; a plurality of electronic components which are carried by substrate, the electronic components having a plurality of electrical leads; and at least one battery for providing electrical energy to said circuit board, each said battery being a non-toxic battery; characterized in that a conductive non-toxic ink is printed on said housing and connected to at least one of said electronic components, said conductive non-toxic ink having conductive particles and being configured for use as an antenna for wireless communications, and that an encapsulation formed from a non-degrading durable material is provided around the electronic components.
A mobile bridge apparatus, comprising: one or more mobile bridge modules(4,6); and a plurality of sensors for sensing a deformation of the one or more mobile bridge modules(4,6); characterised in that each sensor is arranged to transmit deformation information; and in that at least one mobile bridge module(4,6) comprises at least two sensors at different locations of the bridge module(4,6) to sense asymmetric deformation of the mobile bridge module(4,6). one or more mobile bridge modules(4,6); and a plurality of sensors for sensing a deformation of the one or more mobile bridge modules(4,6); characterised in that each sensor is arranged to transmit deformation information; and in that at least one mobile bridge module(4,6) comprises at least two sensors at different locations of the bridge module(4,6) to sense asymmetric deformation of the mobile bridge module(4,6).
Child car seat, provided with means for detecting an accident situation, activating active means of protection of the child, delivering an activation signal according to measurements delivered by at least one accelerometer, characterised in that said means for detecting comprise means for analysing said measurements, delivering such an activation signal if at least the following two conditions are satisfied: - the acceleration is greater than a first threshold during a first interval of time; and - the acceleration is greater than a second threshold during a second interval of time, said second threshold being greater than said first threshold and said second interval of time being less than said first interval of time and included in said first interval of time. - the acceleration is greater than a first threshold during a first interval of time; and - the acceleration is greater than a second threshold during a second interval of time,
An isolated monoclonal antibody that specifically binds to a human Siglec-7 polypeptide and to a human Siglec-9 polypeptide, wherein the antibody causes an increase in CD137 expression in Siglec-expressing NK cells when the NK cells are brought into contact with a target human cell bearing a ligand of the Siglec on the target cell surface.
A method for dynamic magnetic resonance water imaging or water spectroscopy on a MR scanner to detect tissue physiological parameters in one or more tissue areas in a human or non-human subject, comprising: administering to said subject a contrast enhancing physiologically tolerable amount of a sugar that is non-labeled; subjecting said subject to an MR procedure capable of generating proton MR water signals encoding at least one tissue area in said subject in which said sugar either passes or is taken up; detecting a temporal variation in said proton_MR water signals in said at least one tissue area after said administering said sugar; determining at least one tissue-related parameter from said temporal variation; and ascertaining whether said at least one tissue-related parameter is abnormal, wherein administration is an intravascular administration through pre-embedded applicator or is an oral administration, and wherein said at least one tissue-related parameter comprises at least one of a sugar uptake, a sugar metabolism or pass-through speed, a perfusion parameter, a blood volume, or a permeability parameter. administering to said subject a contrast enhancing physiologically tolerable amount of a sugar that is non-labeled; subjecting said subject to an MR procedure capable of generating proton MR water signals encoding at least one tissue area in said subject in which said sugar either passes or is taken up; detecting a temporal variation in said proton_MR water signals in said at least one tissue area after said administering said sugar; determining at least one tissue-related parameter from said temporal variation; and ascertaining whether said at least one tissue-related parameter is abnormal, wherein administration is an intravascular administration through pre-embedded applicator or is an oral administration, and wherein said at least one tissue-related parameter comprises at least one of a sugar uptake, a sugar metabolism or pass-through speed, a perfusion parameter, a blood volume, or a permeability parameter.
A ready to use film dosage form characterised by comprising microemulsion of an Active Pharmaceutical ingredient wherein the microemulsion is embedded in the thin polymeric matrix by immobilization in its original state without removal of water contained in the microemulsion, wherein the moisture content of the film is at least equal to the moisture bound in the emulsion component. characterised by comprising microemulsion of an Active Pharmaceutical ingredient wherein the microemulsion is embedded in the thin polymeric matrix by immobilization in its original state without removal of water contained in the microemulsion, wherein the moisture content of the film is at least equal to the moisture bound in the emulsion component.