mhurhangee/ep-ind-claims huggingface dataset:
A method for specifying an operational parameter of an operating device for luminous means, wherein the luminous means are controlled via a clocked power converter, having the following steps: - Evaluation by the operating device of whether an on-/off switching of the voltage supply fulfills at least one first specified criterion, - in the positive case, triggering of a discrete or continuous change in the operational parameter to be specified, wherein the changing operational parameter is reproduced to the user directly or indirectly, optically and/or acoustically, wherein the current value of the changing operational parameter is maintained at a point in time for a subsequent operation of the luminous means, at which a further on-/off switching of the voltage supply satisfies at least one second criterion, and wherein the changing operational parameter effects the clocking of the power converter. - Evaluation by the operating device of whether an on-/off switching of the voltage supply fulfills at least one first specified criterion, - in the positive case, triggering of a discrete or continuous change in the operational parameter to be specified, wherein the changing operational parameter is reproduced to the user directly or indirectly, optically and/or acoustically, wherein the current value of the changing operational parameter is maintained at a point in time for a subsequent operation of the luminous means, at which a further on-/off switching of the voltage supply satisfies at least one second criterion, and wherein the changing operational parameter effects the clocking of the power converter.
Refrigeration appliance, in particular a household refrigeration appliance, comprising at least one cooled-goods shelf (18, 24) in its at least one interior, wherein the cooled-goods shelf (18, 24) has at least one rear cooled-goods shelf section and at least one fold-open front cooled-goods shelf section, these being coupled together, wherein a drawer-type container is housed underneath the cooled-goods shelf (18, 24) in the interior, and is covered from above by the cooled-goods shelf (18, 24), wherein the rear cooled-goods shelf section has at least one stop along its longitudinal edge which is oriented toward the fold-open front cooled-goods shelf section, which stop protrudes in the direction of the fold-open front cooled-goods shelf section and engages beneath it when the fold-open front cooled-goods shelf section is arranged in its shelf resting position in the plane of the first cooled-goods shelf section, characterised in that the front cooled-goods shelf section can be arrested in a defined folded-open position for loading the container arranged underneath the cooled-goods shelf, and the front cooled-goods shelf section can be brought back into its shelf end position after loading the container arranged underneath the cooled-goods shelf.
A process for the preparation of a mineral filler product, the process comprising the steps of: (a) providing a calcium carbonate-containing material; (b) providing at least one agent being a polyol; (c) dry grinding the calcium carbonate-containing material in a mixture comprising: (i) the calcium carbonate-containing material provided in step (a); and (ii) the at least one agent provided in step (b) in at least one grinding unit to obtain a dry ground calcium carbonate-containing material; (d) classifying the dry ground calcium carbonate-containing material of step (c) to obtain one or more coarse fractions and one or more fine fractions, wherein one or more of the coarse fractions are removed and/or subjected to dry grinding step (c) and/or subjected to classifying step (d); and (e) treating the calcium carbonate-containing material before and/or during and/or after step (c) with at least one monosubstituted succinic anhydride and, optionally, with at least one monosubstituted succinic acid and/or salts thereof to obtain a calcium carbonate-containing material having a treatment layer on at least part of the surface of said material; wherein the total amount of the at least one agent provided in step (b) ranges from 0.01 to 5.0 wt.-%, based on the total dry weight of the calcium carbonate-containing material provided in step (a); the total moisture content in the mixture of step (c) is less than or equal to 5.0 wt.-%, based on the total weight of said mixture; the total amount of the at least one monosubstituted succinic anhydride and the optional at least one monosubstituted succinic acid and/or salts thereof in step (e) ranges from 0.01 to 5.0 wt.-%, based on the total dry weight of the calcium carbonate-containing material provided in step (a); and the temperature in step (e) is adjusted to at least 2°C above the melting point of the at least one monosubstituted succinic anhydride. (a) providing a calcium carbonate-containing material; (b) providing at least one agent being a polyol; (c) dry grinding the calcium carbonate-containing material in a mixture comprising: (i) the calcium carbonate-containing material provided in step (a); and (ii) the at least one agent provided in step (b) in at least one grinding unit to obtain a dry ground calcium carbonate-containing material; (i) the calcium carbonate-containing material provided in step (a); and (ii) the at least one agent provided in step (b) in at least one grinding unit to obtain a dry ground calcium carbonate-containing material; (d) classifying the dry ground calcium carbonate-containing material of step (c) to obtain one or more coarse fractions and one or more fine fractions, wherein one or more of the coarse fractions are removed and/or subjected to dry grinding step (c) and/or subjected to classifying step (d); and (e) treating the calcium carbonate-containing material before and/or during and/or after step (c) with at least one monosubstituted succinic anhydride and, optionally, with at least one monosubstituted succinic acid and/or salts thereof to obtain a calcium carbonate-containing material having a treatment layer on at least part of the surface of said material;
A method for producing shaped metal bodies useful as implant for orthopedic surgery or dental practice, comprising the steps of providing a shaped metal body of titanium metal or a titanium alloy, providing a mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder, preparing a shaped green part by positioning the shaped metal body of titanium metal or a titanium alloy into a mould and injecting the mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder into the mould on top of the intermediate metal body or by fused filament fabrication of the second mixture onto the shaped intermediate metal body, preparing a shaped brown part by subjecting the shaped green part to catalytic binder removal, solvent binder removal and/or thermal binder removal, sintering the shaped brown part which has been subjected to catalytic, solvent and/or thermal binder removal to form a shaped metal body which includes a core of titanium metal or a titanium alloy, and which has a surface layer of a magnesium metal or of a magnesium alloy. providing a shaped metal body of titanium metal or a titanium alloy, providing a mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder, preparing a shaped green part by positioning the shaped metal body of titanium metal or a titanium alloy into a mould and injecting the mixture comprising magnesium powder or magnesium alloy powder and a polymeric binder into the mould on top of the intermediate metal body or by fused filament fabrication of the second mixture onto the shaped intermediate metal body, preparing a shaped brown part by subjecting the shaped green part to catalytic binder removal, solvent binder removal and/or thermal binder removal, sintering the shaped brown part which has been subjected to catalytic, solvent and/or thermal binder removal to form a shaped metal body which includes a core of titanium metal or a titanium alloy, and which has a surface layer of a magnesium metal or of a magnesium alloy.
A confectionery product including a chewy center comprising sugar, glucose syrup and gellan gum, a layer of at least partially amorphous candy material surrounding said chewy center, wherein the ratio sugar/glucose syrup in the chewy center ranges from 54:46 to 49:51on dry weight basis, wherein glucose syrup used in the chewy material and/or in the at least partially amorphous candy layer is characterized by a content of mono and disaccharides ranging from 25% to 35% by weight, on dry weight basis and containing at least 19% by weight of sugars having a DP index greater than 9, compared to the total weight of glucose syrup on dry weight basis, the chewy center being free of gelatin and other hydrocolloids different from gellan gum.
A light guide comprising: a body comprising: an inner major surface; an outer major surface opposite the inner major surface; and an upper edge comprising a light receiving suface; a foot continuous with the body and opposite the upper edge, the foot comprising: an outwardly and downwardly sloping first face for extracting light, the first face adjacent the inner major surface and extending from about a plane of the inner major surface to beyond a plane of the outer major surface; an outwardly and upwardly sloping second face for extracting light, the second face adjacent the first sloped face; at least one return face connecting the second face to the outer major surface, characterized in that said light receiving surface comprises a plurality of spaced apart grooves, the body has a circular cross-section and the first face, second face, and return face are circular. a body comprising: an inner major surface; an outer major surface opposite the inner major surface; and an upper edge comprising a light receiving suface; an inner major surface; an outer major surface opposite the inner major surface; and an upper edge comprising a light receiving suface; a foot continuous with the body and opposite the upper edge, the foot comprising: an outwardly and downwardly sloping first face for extracting light, the first face adjacent the inner major surface and extending from about a plane of the inner major surface to beyond a plane of the outer major surface; an outwardly and upwardly sloping second face for extracting light, the second face adjacent the first sloped face; at least one return face connecting the second face to the outer major surface, characterized in that said light receiving surface comprises a plurality of spaced apart grooves, the body has a circular cross-section and the first face, second face, and return face are circular. an outwardly and downwardly sloping first face for extracting light, the first face adjacent the inner major surface and extending from about a plane of the inner major surface to beyond a plane of the outer major surface; an outwardly and upwardly sloping second face for extracting light, the second face adjacent the first sloped face; at least one return face connecting the second face to the outer major surface, characterized in that said light receiving surface comprises a plurality of spaced apart grooves, the body has a circular cross-section and the first face, second face, and return face are circular.
An electronic device comprising: a first device portion comprising a region that includes a component configured to generate heat; a second device portion coupled to the first device portion; and a first thermally conductive connector coupled to the first device portion and the second device portion, wherein the first thermally conductive connector includes a first graphite sheet; a second thermally conductive connector including a second graphite sheet, located on the first device portion; and a first battery and a second battery, wherein the second thermally conductive connector extends between the first battery and the second battery. a first device portion comprising a region that includes a component configured to generate heat; a second device portion coupled to the first device portion; and a first thermally conductive connector coupled to the first device portion and the second device portion, wherein the first thermally conductive connector includes a first graphite sheet; a second thermally conductive connector including a second graphite sheet, located on the first device portion; and a first battery and a second battery, wherein the second thermally conductive connector extends between the first battery and the second battery.
An internal combustion engine, in particular for a motor vehicle, - having a fresh air system to supply the internal combustion engine with fresh air, - having a ventilation device for conducting blow-by gases out of the internal combustion engine, - a hose of the ventilation device being connected via a connection piece to a line of the fresh air system in order to supply blow-by gases to the fresh air, characterised in that - the hose has, on an outlet section, at least one side opening having an edge with a closed circumference, - the connection piece has, on an inlet section, at least one laterally projecting barb, which engages in the at least one side opening when the hose is placed with the outlet section thereof onto the inlet section of the connection piece, - the respective barb is smaller in the circumferential direction of the inlet section and/or of the outlet section than the respective side opening, - the respective barb has in the circumferential direction, at least on one side, a ramp, which makes it easier for the outlet section to pass under and be radially displaced in the edge region of the respective side opening. - having a fresh air system to supply the internal combustion engine with fresh air, - having a ventilation device for conducting blow-by gases out of the internal combustion engine, - a hose of the ventilation device being connected via a connection piece to a line of the fresh air system in order to supply blow-by gases to the fresh air, - the hose has, on an outlet section, at least one side opening having an edge with a closed circumference, - the connection piece has, on an inlet section, at least one laterally projecting barb, which engages in the at least one side opening when the hose is placed with the outlet section thereof onto the inlet section of the connection piece, - the respective barb is smaller in the circumferential direction of the inlet section and/or of the outlet section than the respective side opening, - the respective barb has in the circumferential direction, at least on one side, a ramp, which makes it easier for the outlet section to pass under and be radially displaced in the edge region of the respective side opening.
A dye-sensitized solar cell comprising: - a light absorbing layer, - a first conducting layer for extracting photo-generated electrons from the light absorbing layer, - a counter electrode including a second conducting layer, - a porous insulating layer (5a;5b) disposed between the first and second conducting layers, and - a conducting medium for transferring charges between the counter electrode and the light absorbing layer, characterized in that the solar cell further comprises a third conducting layer (6a;6b) disposed between the porous insulating layer and the second conducting layer and in electrical contact with the second conducting layer, and the third conducting layer includes a porous substrate (4;8) made of an insulating material, and conducting particles accommodated in the pores of the porous substrate and forming a conducting network through the insulating material. - a light absorbing layer, - a first conducting layer for extracting photo-generated electrons from the light absorbing layer, - a counter electrode including a second conducting layer, - a porous insulating layer (5a;5b) disposed between the first and second conducting layers, and - a conducting medium for transferring charges between the counter electrode and the light absorbing layer, characterized in that the solar cell further comprises a third conducting layer (6a;6b) disposed between the porous insulating layer and the second conducting layer and in electrical contact with the second conducting layer, and the third conducting layer includes a porous substrate (4;8) made of an insulating material, and conducting particles accommodated in the pores of the porous substrate and forming a conducting network through the insulating material.
An apparatus for performing inter-domain handover for a subscriber's terminal, the apparatus comprising: a transceiver configured to receive information and to send information; and a processor configured to perform at least one step of a single-radio voice call continuity, SR-VCC, handover process towards a selected access network entity selected as a handover target for the subscriber's terminal, wherein the processor is further configured to select the selected access network entity based on at least: an indication that SR-VCC handover is permitted for the subscriber's terminal; an indication that the subscriber's terminal is capable of SR-VCC handover; an indication of at least one of a capability of at least one access entity to participate in SR-VCC handover and a capability of the at least one access entity to handle packet switched services; an indication of a service type provided to the subscriber's terminal in an ongoing session; and an indication of measurement results of measurements conducted on the at least one access entity. a transceiver configured to receive information and to send information; and a processor configured to perform at least one step of a single-radio voice call continuity, SR-VCC, handover process towards a selected access network entity selected as a handover target for the subscriber's terminal, wherein the processor is further configured to select the selected access network entity based on at least: an indication that SR-VCC handover is permitted for the subscriber's terminal; an indication that the subscriber's terminal is capable of SR-VCC handover; an indication of at least one of a capability of at least one access entity to participate in SR-VCC handover and a capability of the at least one access entity to handle packet switched services; an indication of a service type provided to the subscriber's terminal in an ongoing session; and an indication of measurement results of measurements conducted on the at least one access entity. an indication that SR-VCC handover is permitted for the subscriber's terminal; an indication that the subscriber's terminal is capable of SR-VCC handover; an indication of at least one of a capability of at least one access entity to participate in SR-VCC handover and a capability of the at least one access entity to handle packet switched services; an indication of a service type provided to the subscriber's terminal in an ongoing session; and an indication of measurement results of measurements conducted on the at least one access entity.
A virtual reality system, comprising: a host device; and a head mounted display apparatus, comprising: a first wireless module; a second wireless module; a multimedia module, adapted to receive multimedia content from the host device through the first wireless module and to process and play the multimedia content; a multi-sensing module, adapted to obtain sensing information; and a peripheral hub, adapted to receive communication data from the host device through the second wireless module, and to provide the sensing information to the host device through the second wireless module, wherein the host device comprises a computing device adapted to generate the multimedia content according to a multimedia source and according to the sensing information received from the head mounted display apparatus, wherein the computing device is adapted to generate the communication data according to the sensing information, wherein the sensing information comprises position information, user information or environment information. a host device; and a head mounted display apparatus, comprising: a first wireless module; a second wireless module; a multimedia module, adapted to receive multimedia content from the host device through the first wireless module and to process and play the multimedia content; a multi-sensing module, adapted to obtain sensing information; and a peripheral hub, adapted to receive communication data from the host device through the second wireless module, and to provide the sensing information to the host device through the second wireless module, a first wireless module; a second wireless module; a multimedia module, adapted to receive multimedia content from the host device through the first wireless module and to process and play the multimedia content; a multi-sensing module, adapted to obtain sensing information; and a peripheral hub, adapted to receive communication data from the host device through the second wireless module, and to provide the sensing information to the host device through the second wireless module, wherein the host device comprises a computing device adapted to generate the multimedia content according to a multimedia source and according to the sensing information received from the head mounted display apparatus, wherein the computing device is adapted to generate the communication data according to the sensing information, wherein the sensing information comprises position information, user information or environment information.
A mounting arm assembly movable between stowed and deployed configurations, comprising: a pivot arm configured to be pivotally connected to an armrest of a seat; a tilt arm pivotally connected the pivot arm; and a mount pivotally connected to the tilt arm, wherein the mount is configured to support a personal electronic device; wherein the mount rotates laterally relative to the tilt arm between stowed and deployed positions of the mount, characterized in that the tilt arm includes a recess formed therein, sized and shaped to receive the mount such that a main body portion of the mount is nestled within the recess when the mount is rotated into its stowed position. a pivot arm configured to be pivotally connected to an armrest of a seat; a tilt arm pivotally connected the pivot arm; and a mount pivotally connected to the tilt arm, wherein the mount is configured to support a personal electronic device; wherein the mount rotates laterally relative to the tilt arm between stowed and deployed positions of the mount, characterized in that the tilt arm includes a recess formed therein, sized and shaped to receive the mount such that a main body portion of the mount is nestled within the recess when the mount is rotated into its stowed position.