mhurhangee/ep-ind-claims huggingface dataset:
A device for use in a domestic appliance, in particular in a washing machine and/or a dishwasher, the device comprising: - at least one housing, - wherein the housing is configured to be positioned in a treatment chamber of a domestic appliance; - wherein the housing comprises: - at least one output module which is configured to dispense at least one preparation into the treatment chamber of the domestic appliance and/or to release an output; and/or - at least one sensor module which is configured to determine sensor information that is characteristic of the state of the treatment chamber of the domestic appliance and/or the device; - comprising at least one electrochemical energy store for supplying the output module and/or the sensor module with electrical energy, - wherein the energy store is arranged within the housing, - wherein the energy store has a pulse stability and temperature resistance with respect to electrical discharges, wherein the pulse stability is provided by the fact that, in the case of a pulse discharge in the temperature range provided for the treatment chamber of the domestic appliance during a treatment and in the case of incomplete discharge of the energy store, the energy store is configured to provide a deviation of the discharge voltage on the basis of the discharge depth of less than 30% of the rated voltage, in particular in the case of a constant 300 mA or 700 mA pulse discharge with a pulse length of 1 s. - at least one housing, - wherein the housing is configured to be positioned in a treatment chamber of a domestic appliance; - wherein the housing comprises: - at least one output module which is configured to dispense at least one preparation into the treatment chamber of the domestic appliance and/or to release an output; and/or - at least one sensor module which is configured to determine sensor information that is characteristic of the state of the treatment chamber of the domestic appliance and/or the device; - comprising at least one electrochemical energy store for supplying the output module and/or the sensor module with electrical energy, - wherein the energy store is arranged within the housing, - wherein the energy store has a pulse stability and temperature resistance with respect to electrical discharges, - at least one output module which is configured to dispense at least one preparation into the treatment chamber of the domestic appliance and/or to release an output; and/or - at least one sensor module which is configured to determine sensor information that is characteristic of the state of the treatment chamber of the domestic appliance and/or the device; - comprising at least one electrochemical energy store for supplying the output module and/or the sensor module with electrical energy, - wherein the energy store is arranged within the housing, - wherein the energy store has a pulse stability and temperature resistance with respect to electrical discharges,
Bone anchoring device including a bone anchoring element having a shaft for anchoring in the bone and a head; a receiving part for coupling a rod to the bone anchoring element, wherein the receiving part comprises a rod receiving portion with a first end and a second end and a channel with a bottom for receiving the rod, and a head receiving portion at the side of the second end for accommodating the head, the head receiving portion having a free end and being flexible so as to allow introduction and clamping of the head; a locking ring embracing the head receiving portion; wherein the head is locked by compressing the head receiving portion with the locking ring; a first engagement portion is provided at the locking ring and a second engagement portion is provided at the inner wall of the channel; characterized in that the first engagement portion is provided on a spring portion that extends into the channel and that the first engagement portion engages the second engagement portion to hold the locking ring in a position in which the head is pivotable in the head receiving portion and is prevented from removal therefrom.
A gluing device for gluing fitting parts onto glass panes, with a table for placing glass panes, a reception for a fitting part, a dosing mechanism for feeding adhesive, a curing device, and control, characterized in that by means of the dosing mechanism the adhesive is applied by dropping onto the fitting part, and the reception positions the fitting part for gluing to the underside of the glass pane.
Formulation of a food supplement for oral administration to human beings to reinforce healthy conditions in the precorneal tear film, for use as an adjuvant in the care and maintenance of said tear film, characterized in that each 100 g comprises: a. Blueberry extract ( Vaccinium myrtillus L): 10 to 1000 mg b. Eicosapentaenoic acid omega-6: 9,000 to 12,000 mg c. Docosahexaenoic acid omega-3: 6,000 to 8,000 mg d. Recombinant human lactoferrin combined with polyethylene glycol (PEGylation) or combined with chitosan: 100 to 500 mg e. Vitamin E: 100 to 400 UI f. Vitamin A: from 500 to 1,500 III and said components are encapsulated in a colloidal gel (soft gelatin) in order to facilitate consumption. a. Blueberry extract ( Vaccinium myrtillus L): 10 to 1000 mg b. Eicosapentaenoic acid omega-6: 9,000 to 12,000 mg c. Docosahexaenoic acid omega-3: 6,000 to 8,000 mg d. Recombinant human lactoferrin combined with polyethylene glycol (PEGylation) or combined with chitosan: 100 to 500 mg e. Vitamin E: 100 to 400 UI f. Vitamin A: from 500 to 1,500 III
A generator for a wind turbine, the generator being an axial flux generator and comprising: a rotor configured to rotate about a rotational axis, at least one stator arranged next to the rotor, each stator comprising at least one flux-generating module facing the rotor but spaced therefrom, thereby forming an air gap between the rotor and each flux-generating module, said air gap extending substantially parallel to the rotational axis of the rotor, and at least one bearing unit, characterized in that each bearing unit comprising a body defining a cavity with an open end facing the rotor, and a source of pressurized fluid communicating with each bearing unit, wherein the body of each bearing unit directs the fluid towards the rotor to help maintain the air gap between the rotor and each flux-generating module,, wherein the bearing units are arranged above and below the flux-generating modules. a rotor configured to rotate about a rotational axis, at least one stator arranged next to the rotor, each stator comprising at least one flux-generating module facing the rotor but spaced therefrom, thereby forming an air gap between the rotor and each flux-generating module, said air gap extending substantially parallel to the rotational axis of the rotor, and at least one bearing unit, characterized in that each bearing unit comprising a body defining a cavity with an open end facing the rotor, and a source of pressurized fluid communicating with each bearing unit, wherein the body of each bearing unit directs the fluid towards the rotor to help maintain the air gap between the rotor and each flux-generating module,, wherein the bearing units are arranged above and below the flux-generating modules.
An automotive electrical coolant pump comprising a pump section with a pump wheel and a motor section with a motor rotor and a motor stator, a pump section housing and a separate motor section housing which is fixed to the pump section housing, the pump section housing comprises a coolant inlet and a coolant outlet, the fixation of the pump section housing at the motor section housing is provided by a fixation arrangement, the fixation arrangement is defined by at least two separate clamping protrusions protruding radially outwardly from one of the section housings (21, 31), at least two axial clamping tongues protruding axially from the other section housing (21, 31), and characterized in that the coolant pump further comprises a separate locking ring, wherein the clamping protrusions and the clamping tongues define a circumferential clamping channel, and the locking ring is arranged in the clamping channel and extends through the clamping channel circumferentially so that the clamping protrusions and the clamping tongues are interlocked against each other by the locking ring.
A system for testing a battery cell by creating at least one of the effects of internal short circuit within the cell with at least one cathode, at least one anode, at least one sensor and at least one conductive heating element, comprising at least one resistive heat element, characterized in that at least the resistive heat element is assembled within the cell for simulating an internal short circuit.
An electrochemical device, comprising: a separator, comprising a first porous layer and a second porous layer; and an electrolyte, comprising at least one compound containing 2 to 3 cyano groups, characterized in that the separator further comprises a coating disposed on the first porous layer, and the coating comprises an inorganic particle and a polymer, wherein the thickness of the first porous layer is 0.05 μm to 10 μm, and the thickness of the coating is 0.06 μm to 4 μm. a separator, comprising a first porous layer and a second porous layer; and an electrolyte, comprising at least one compound containing 2 to 3 cyano groups, characterized in that the separator further comprises a coating disposed on the first porous layer, and the coating comprises an inorganic particle and a polymer, wherein the thickness of the first porous layer is 0.05 μm to 10 μm, and the thickness of the coating is 0.06 μm to 4 μm.
A medical adhesive patch comprising: a support film comprising a barrier layer containing polyvinyl alcohol with a degree of saponification in a range equal to or more than 70% and equal to or less than 95.5% and montmorillonite, the barrier layer being laminated on one surface of a support including polyurethane; and an adhesive layer containing a medicine, a plasticizer, and a rubber-based polymer, being laminated on a barrier layer of the support film, wherein a percentage content of montmorillonite in the barrier layer is equal to or more than 10 percent by weight and equal to or less than 22 percent by weight, and the plasticizer is isopropyl myristate or glyceryl monoisostearate. a support film comprising a barrier layer containing polyvinyl alcohol with a degree of saponification in a range equal to or more than 70% and equal to or less than 95.5% and montmorillonite, the barrier layer being laminated on one surface of a support including polyurethane; and an adhesive layer containing a medicine, a plasticizer, and a rubber-based polymer, being laminated on a barrier layer of the support film, wherein a percentage content of montmorillonite in the barrier layer is equal to or more than 10 percent by weight and equal to or less than 22 percent by weight, and the plasticizer is isopropyl myristate or glyceryl monoisostearate.
A gas turbine engine component comprising: a wall providing an exterior surface and an interior flow path surface facing a cooling passage, which extends in a longitudinal direction; a film cooling hole extending through the wall and configured to fluidly connect the interior flow path surface to the exterior surface, the film cooling hole having a pocket facing the interior flow path surface, the film cooling hole having a portion downstream from the pocket, the portion including a metering hole providing an inlet at the pocket, and extending to the exterior surface, wherein the pocket provides an opening in the interior flow path surface that is larger than the inlet; characterized in that the pocket extends substantially in the longitudinal direction, extending in the longitudinal direction a greater amount than in a direction normal to the longitudinal direction and in that the film cooling hole portion downstream from the pocket extends laterally at an angle in a range of 70°-179° relative to the longitudinal direction. a wall providing an exterior surface and an interior flow path surface facing a cooling passage, which extends in a longitudinal direction; a film cooling hole extending through the wall and configured to fluidly connect the interior flow path surface to the exterior surface, the film cooling hole having a pocket facing the interior flow path surface, the film cooling hole having a portion downstream from the pocket, the portion including a metering hole providing an inlet at the pocket, and extending to the exterior surface, wherein the pocket provides an opening in the interior flow path surface that is larger than the inlet; characterized in that the pocket extends substantially in the longitudinal direction, extending in the longitudinal direction a greater amount than in a direction normal to the longitudinal direction and in that the film cooling hole portion downstream from the pocket extends laterally at an angle in a range of 70°-179° relative to the longitudinal direction.
A refrigerator comprising: a refrigerator body; a door to open and close a front of the refrigerator body; and a door handle provided at one side of the door, wherein the door handle comprises: a handle unit having a grip part to allow a user to grip the door handle; an actuating rod fixed inside the handle unit such that the actuating rod is moved along with the handle unit; a pusher configured to be advanced and retreated through movement relative to the actuating rod to push one side of the refrigerator body; and a gear unit disposed between the actuating rod and the pusher such that the gear unit is engaged with the actuating rod and the pusher, being characterized in that the door handle further comprises a guide base, comprising a first guide groove, a handle case coupled to the guide base to fixedly couple the door handle to one side of the door, a guide unit fixedly located at the guide base to guide an advanced and retreated movement of the actuating rod, the gear unit comprises a gear shaft located at the guide base within the handle unit in a supported state, and a plurality of gears (154, 156) fixed to opposite ends of the gear shaft in a symmetric manner such that the gears (154, 156) are simultaneously rotated with the gear shaft, and the first guide groove supports the pusher having a toothed part engaging with one of the gears (154, 156) and in case the pusher is advanced and retreated said pusher moving in a direction opposite to a movement direction of the handle unit and the actuating rod. a refrigerator body; a door to open and close a front of the refrigerator body; and a door handle provided at one side of the door, wherein the door handle comprises: a handle unit having a grip part to allow a user to grip the door handle; an actuating rod fixed inside the handle unit such that the actuating rod is moved along with the handle unit; a pusher configured to be advanced and retreated through movement relative to the actuating rod to push one side of the refrigerator body; and a gear unit disposed between the actuating rod and the pusher such that the gear unit is engaged with the actuating rod and the pusher, being characterized in that the door handle further comprises a guide base, comprising a first guide groove, a handle case coupled to the guide base to fixedly couple the door handle to one side of the door, a guide unit fixedly located at the guide base to guide an advanced and retreated movement of the actuating rod, the gear unit comprises a gear shaft located at the guide base within the handle unit in a supported state, and a plurality of gears (154, 156) fixed to opposite ends of the gear shaft in a symmetric manner such that the gears (154, 156) are simultaneously rotated with the gear shaft, and the first guide groove supports the pusher having a toothed part engaging with one of the gears (154, 156) and in case the pusher is advanced and retreated said pusher moving in a direction opposite to a movement direction of the handle unit and the actuating rod.
A porous cordierite ceramic body, comprising: a total porosity (%P) of from 40 to 55%; a median pore size (d 50) of from 3 microns to 7 microns; a relative pore size distribution d-factor (d f) of less than 0.4, wherein d f = (d 50 - d 10)/d 50; a density of less than 0.28 g/cc; and a modulus of rupture strength of greater than 1.10 MPa, wherein the body is a honeycomb body that forms a plurality of cell channels separated by porous cell channel walls. a total porosity (%P) of from 40 to 55%; a median pore size (d 50) of from 3 microns to 7 microns; a relative pore size distribution d-factor (d f) of less than 0.4, wherein d f = (d 50 - d 10)/d 50; a density of less than 0.28 g/cc; and a modulus of rupture strength of greater than 1.10 MPa,
A method of identifying when an Engineering Workstation in a Supervisory Control and Data Acquisition (SCADA) system is attempting to maliciously reprogram a Programmable Logic Controller without the operator's knowledge, the method comprising: a. install in the network of the SCADA system, between the EWS of the SCADA system and the PLC, a protection proxy module that comprises software that is operative to analyze incoming/outgoing communications to the PLC; b. connect directly to the protection proxy module, via a one way data diode, a Cryptographic Module that comprises software that is operative to compute cryptographic signatures on files; c. send a programming file from the EWS to the protection proxy module; d. physically deliver a local copy of the programming file to the CM; e. use the software in the CM to compute a cryptographic signature on the file that was physically delivered from the EWS to the CM resulting in an encrypted file; f. transmit the encrypted file comprising the cryptographic signature from the CM to the proxy module; g. use the software in the proxy module to validate the cryptographic signature on the encrypted file received from the CM by checking if the cryptographic signature matches the programming file received from the EWS. a. install in the network of the SCADA system, between the EWS of the SCADA system and the PLC, a protection proxy module that comprises software that is operative to analyze incoming/outgoing communications to the PLC; b. connect directly to the protection proxy module, via a one way data diode, a Cryptographic Module that comprises software that is operative to compute cryptographic signatures on files; c. send a programming file from the EWS to the protection proxy module; d. physically deliver a local copy of the programming file to the CM; e. use the software in the CM to compute a cryptographic signature on the file that was physically delivered from the EWS to the CM resulting in an encrypted file; f. transmit the encrypted file comprising the cryptographic signature from the CM to the proxy module; g. use the software in the proxy module to validate the cryptographic signature on the encrypted file received from the CM by checking if the cryptographic signature matches the programming file received from the EWS.
A tiltable system for panoramic imaging of a scene, comprising: a central camera, a first lateral camera and a second lateral camera arranged to image the scene in different directions (112, 122, 132) relative to a rotation axis, wherein the first lateral camera and the second lateral camera are arranged on opposing lateral sides of the central camera, wherein the central camera, the first lateral camera, and the second lateral camera each having an imaging system comprising a lens assembly (114, 124, 134) and an image sensor (116, 126, 136); a tilting mechanism enabling the tiltable system for panoramic imaging to tilt about the rotation axis; and an image processing unit comprising a stitching function configured to stitch together images (310, 320, 330) captured by the central camera, the first lateral camera, and the second lateral camera to form a panoramic image of the scene, the panoramic image having a virtual horizon, and to, upon tilting of the tiltable system for panoramic imaging, maintain the position of the virtual horizon of the panoramic image in the scene; wherein the imaging systems of the first and second lateral cameras (120, 130) have a larger field of view in a direction perpendicular to the rotation axis than the imaging system of the central camera. a central camera, a first lateral camera and a second lateral camera arranged to image the scene in different directions (112, 122, 132) relative to a rotation axis, wherein the first lateral camera and the second lateral camera are arranged on opposing lateral sides of the central camera, wherein the central camera, the first lateral camera, and the second lateral camera each having an imaging system comprising a lens assembly (114, 124, 134) and an image sensor (116, 126, 136); a tilting mechanism enabling the tiltable system for panoramic imaging to tilt about the rotation axis; and an image processing unit comprising a stitching function configured to stitch together images (310, 320, 330) captured by the central camera, the first lateral camera, and the second lateral camera to form a panoramic image of the scene, the panoramic image having a virtual horizon, and to, upon tilting of the tiltable system for panoramic imaging, maintain the position of the virtual horizon of the panoramic image in the scene; wherein the imaging systems of the first and second lateral cameras (120, 130) have a larger field of view in a direction perpendicular to the rotation axis than the imaging system of the central camera.
Plug for electrical conduit comprising - a first wall of cylindrical form extending along a longitudinal axis and comprising at a first end closed by a self-piercing zone capable of being pierced through by the passage of at least one electrical wire, said zone extending towards the interior of said plug in a radial direction substantially at right angles to the longitudinal axis; - a second wall of annular form secured to the first cylindrical wall and extending towards the exterior of said plug in a radial direction, said second wall comprising a bearing zone intended to come to bear on the outer cylindrical edge of an electrical conduit; plug, characterized in that the second wall comprises, at its periphery, a deformable overlap zone capable of assuming two operating positions: - a rest position in which said deformable zone is modelled according to a curve moving away from the first wall, said first wall being intended to enter into the electrical conduit - a fixing position in which, when the plug is positioned on the end of the conduit and said first cylindrical wall enters into the electrical conduit, said deformable zone is folded back to cover and grip an outer wall of the electrical conduit and is modelled according to a curve substantially parallel to the first wall to approach thereto; the transition from the rest position to the fixing position being produced by the application of a pressing force (Fp) on the second wall. - a first wall of cylindrical form extending along a longitudinal axis and comprising at a first end closed by a self-piercing zone capable of being pierced through by the passage of at least one electrical wire, said zone extending towards the interior of said plug in a radial direction substantially at right angles to the longitudinal axis; - a second wall of annular form secured to the first cylindrical wall and extending towards the exterior of said plug in a radial direction, said second wall comprising a bearing zone intended to come to bear on the outer cylindrical edge of an electrical conduit; - a rest position in which said deformable zone is modelled according to a curve moving away from the first wall, said first wall being intended to enter into the electrical conduit - a fixing position in which, when the plug is positioned on the end of the conduit and said first cylindrical wall enters into the electrical conduit, said deformable zone is folded back to cover and grip an outer wall of the electrical conduit and is modelled according to a curve substantially parallel to the first wall to approach thereto;