mhurhangee/ep-ind-claims huggingface dataset:
A stamping device (1, 21, 41, 51) for stamping eggs (8, 29, 44, 54), comprising an egg conveyor with at least one conveyor track (2a, 2b, 22a, 22b, 43, 53) for eggs (8, 28, 44, 54) and a stamping element (6, 27, 42, 52) disposed above the at least one conveyor track, on the bottom side of which stamping element a stamping surface (7, 28, 46, 55) which is vertically movable relative to the path of movement of the eggs is provided, and which comprises ink supply means for supplying ink to the stamping surface, wherein the stamping surface (7, 28, 46, 55) has a starting position spaced a first distance above the conveyor track on which the stamping surface is located in the path of movement of eggs to be stamped, and in that the stamping surface can move upward relative to the starting position upon making contact with the shell of an egg (8, 28, 44, 54) passing under the stamping element (6, 27, 42, 52) in use of the device, such that the stamping surface will leave in imprint on the egg shell, with the stamping surface returning to the starting position after passage of the egg, characterised in that manipulation means (2a, 2b, 6; 23, 27; 30; 43, 42; 52, 53) are provided which cause the egg surface to be stamped to move relative to the stamping surface (7, 28, 46, 55) upon passage of the egg under the stamping surface.
A method performed by an apparatus, said method comprising: - sensing at least one installation position of at least one installed radio positioning support device and/or receiving installation position information representing said at least one installation position, - determining one or more potential installation positions and/or areas for installing one or more radio positioning support devices in a predetermined environment, wherein said one or more potential installation positions and/or areas are determined at least partially based on at least one radio coverage model such that it is expected that positioning based on said one or more radio positioning support devices at least in a specific area of said predetermined environment is possible if said one or more radio positioning support devices are installed at said one or more potential installation positions and/or within said one or more potential installation areas, wherein said one or more potential installation positions and/or areas are determined to be on or within a boundary defined by said at least one radio coverage model, wherein said at least one radio coverage model is a radio coverage model for said at least one installed radio position support device, and wherein said one or more potential installation positions and/or areas are determined at least partially based on said at least one installation position and said radio coverage model for said at least one installed radio positioning support device. - sensing at least one installation position of at least one installed radio positioning support device and/or receiving installation position information representing said at least one installation position, - determining one or more potential installation positions and/or areas for installing one or more radio positioning support devices in a predetermined environment, wherein said one or more potential installation positions and/or areas are determined at least partially based on at least one radio coverage model such that it is expected that positioning based on said one or more radio positioning support devices at least in a specific area of said predetermined environment is possible if said one or more radio positioning support devices are installed at said one or more potential installation positions and/or within said one or more potential installation areas, wherein said one or more potential installation positions and/or areas are determined to be on or within a boundary defined by said at least one radio coverage model, wherein said at least one radio coverage model is a radio coverage model for said at least one installed radio position support device, and wherein said one or more potential installation positions and/or areas are determined at least partially based on said at least one installation position and said radio coverage model for said at least one installed radio positioning support device.
Cooking appliance comprising at least one appliance body which provides a cooking chamber having a closable cooking chamber opening, the cooking chamber being assigned at least one lighting device that comprises a lamp body and an optical waveguide, which waveguide originates from the lamp body and is connected thereto for conjoint rotation, it being possible to fasten the lamp body to the appliance body in an operating position by means of at least one installation device, which device is fastened to the appliance body by means of at least one portion in the form of a holding device and is arranged on the lamp body by means of at least one other portion, the optical waveguide extending into the cooking chamber and comprising, at least on its long side, at least one outlet portion, characterised in that the installation device comprises at least one positioning device which is arranged partly on the lamp body and partly on the holding device and which is suitable and designed for securing the lamp body and the optical waveguide attached thereto, during installation and before they are fastened, in the intended operating position at least in relation to the angle of rotation about their common longitudinal axis, in order to hold the outlet portion, which is provided for guiding the light at a specific beam angle for the light, at a specific beam angle, and in that the positioning device comprises at least one positioning unit for this purpose which blocks the lamp body and the optical waveguide against rotation about their longitudinal axis by means of at least two securing elements (161, 162) that abut one another interlockingly, and of which one is arranged on the lamp body and the other is arranged on the holding device.
An article of footwear comprising an upper and a sole structure 5 secured to the upper, at least one of the upper and the sole structure incorporating a bladder that includes a first surface and an opposite second surface that are peripherally joined to define three first edges having a convex configuration (51, 53 and 55) and three second edges having a concave configuration (52, 54 and 56), wherein the first edges alternate with the second edges, the bladder having the 10 configuration of a tessellation by being able to cover an area without significant gaps or overlaps with multiple similarly-shaped bladders, and the bladder enclosing a fluid between the first surface and the second surface.
A method of regulating a thermal solar plant, in which a heat carrier is conveyed in a solar circuit by means of a pump, comprising the steps of: - detecting a temperature T K which depends on a temperature of a solar collector, - detecting a temperature T s, which depends on a temperature of a heat accumulator area, - calculating a differential temperature T KS from T K and Ts, - performing a first regulating operation in which said differential temperature T KS is regulated to a predetermined first setpoint value S KS by controlling a pumping power, characterized in that said method comprising the further steps of: - performing a second regulating operation, in which said collector temperature T K is regulated to a predetermined second setpoint value S K by controlling the pumping power, S K being set such that the supply of energy to said heat accumulator area is reduced by increasing said collector temperature T K, - wherein a switch from said first regulating operation to said second regulating operation is performed when, during the pumping operation of said pump, said temperature T s exceeds a predetermined limit temperature T G, where said limit temperature T G is smaller than a predetermined maximum temperature Tsmax of said heat accumulator area, and - wherein a switch back from said second regulating operation to said first regulating operation is performed when said temperature Ts falls below said limit temperature T G by more than a predetermined value As. - detecting a temperature T K which depends on a temperature of a solar collector, - detecting a temperature T s, which depends on a temperature of a heat accumulator area, - calculating a differential temperature T KS from T K and Ts, - performing a first regulating operation in which said differential temperature T KS is regulated to a predetermined first setpoint value S KS by controlling a pumping power, - performing a second regulating operation, in which said collector temperature T K is regulated to a predetermined second setpoint value S K by controlling the pumping power, S K being set such that the supply of energy to said heat accumulator area is reduced by increasing said collector temperature T K, - wherein a switch from said first regulating operation to said second regulating operation is performed when, during the pumping operation of said pump, said temperature T s exceeds a predetermined limit temperature T G, where said limit temperature T G is smaller than a predetermined maximum temperature Tsmax of said heat accumulator area, and - wherein a switch back from said second regulating operation to said first regulating operation is performed when said temperature Ts falls below said limit temperature T G by more than a predetermined value As.
Container for a liquid, comprising - a cavity for holding the liquid, the cavity being bounded by walls at the sides and at the bottom, - an opening for filling the cavity with the liquid, - a closure (40 & 43) for closing off the cavity, the closure having a piercing region for inserting a cannula into the cavity, - a bottom casing which surrounds the walls of the cavity at its base, - a top casing, and - a film which extends from the top casing to the bottom casing, characterised in that - the film surrounds those areas of the walls of the cavity which are not already surrounded by the top casing or bottom casing, and - the top casing surrounds the pierceable closure with the exception of the piercing region. - a cavity for holding the liquid, the cavity being bounded by walls at the sides and at the bottom, - an opening for filling the cavity with the liquid, - a closure (40 & 43) for closing off the cavity, the closure having a piercing region for inserting a cannula into the cavity, - a bottom casing which surrounds the walls of the cavity at its base, - a top casing, and - a film which extends from the top casing to the bottom casing, - the film surrounds those areas of the walls of the cavity which are not already surrounded by the top casing or bottom casing, and - the top casing surrounds the pierceable closure with the exception of the piercing region.
A process for preparing 1,6-hexanediol comprising reacting 1,2,6-hexanetriol with hydrogen in the presence of a heterogeneous reduction catalyst comprising Pt.
A method of generating a scenic rating for segments of an electronic map, the segments representing navigable elements of a network of navigable elements within a geographic area (600, 600) covered by the electronic map, the method comprising: obtaining positional data relating to the movement of a plurality of devices with respect to time in the area; and, for each one of a plurality of segments of the electronic map; identifying a set of positional data relating to the movement of devices along the navigable element represented by the segment, filtering the identified set of positional data relating to the movement of devices along the navigable element represented by the segment based on one or more criteria to obtain one or more subsets of the identified positional data relating to the movement of devices along the element represented by the segment which may be expected to relate to traversals of the navigable element for recreational purposes, wherein the criteria include mode of transport with which the devices are associated and/or a time of traversal of the element represented by the segment, using the or each obtained subset of the positional data to obtain one or more scenicity parameter which may be used in determining a scenic rating for the segment indicative of a scenicity of the navigable element represented by the segment, and using the one or more obtained scenicity parameter to determine a scenic rating for the segment; the method further comprising, for at least some of the plurality of segments for which a scenic rating is determined, generating data indicative of the scenic rating, and associating data indicative of the scenic rating with the segment to which it relates. obtaining positional data relating to the movement of a plurality of devices with respect to time in the area; and, for each one of a plurality of segments of the electronic map; identifying a set of positional data relating to the movement of devices along the navigable element represented by the segment, filtering the identified set of positional data relating to the movement of devices along the navigable element represented by the segment based on one or more criteria to obtain one or more subsets of the identified positional data relating to the movement of devices along the element represented by the segment which may be expected to relate to traversals of the navigable element for recreational purposes, wherein the criteria include mode of transport with which the devices are associated and/or a time of traversal of the element represented by the segment, using the or each obtained subset of the positional data to obtain one or more scenicity parameter which may be used in determining a scenic rating for the segment indicative of a scenicity of the navigable element represented by the segment, and using the one or more obtained scenicity parameter to determine a scenic rating for the segment; the method further comprising, for at least some of the plurality of segments for which a scenic rating is determined, generating data indicative of the scenic rating, and associating data indicative of the scenic rating with the segment to which it relates.
Method for optimizing control data of the elevator controller of an existing or modernized elevator system, wherein the elevator controller is connected to a programmable device, wherein a three-dimensional digital twin data record which can be generated by means of a computer program product is loaded on the programmable device as a simulation environment, wherein the three-dimensional digital twin data record images and simulates the existing or modernized elevator system assigned to the elevator controller, and wherein a parameter set adapted for operation in the simulation environment is determined for the elevator controller of the existing or modernized elevator system by testing the elevator controller in the simulation environment, wherein the three-dimensional digital twin data record of the existing or modernized elevator system is constructed from component model data records which can have different configurations and are defined by characterizing properties (T, B, H), characterized in that each floor (21, 23, 25, 27) of the existing elevator system or the elevator system to be modernized is approached at least once by at least one measurement run with the existing elevator system and a measuring device is used to detect at least the measurement data (G1, G2, G3, G4) which represent floor heights (h1, h2, h3), wherein, for each floor (21, 23, 25, 27) of the elevator system detected by the measurement run, component model data records configured as a floor portion component model data record (121, 123, 125, 127) and/or component model data records configured as a shaft portion component model data record (141, 143, 145, 147) are arranged in the detected sequence one above the other in the vertical direction, and in each of these a default value (z) of the characterizing property which defines the height distance to the next component model data record is replaced by the corresponding floor height (h1, h2, h3) determined from the measurement data (G1, G2, G3, G4).
A seat state changing apparatus changing seat states between a first state and a second state, comprising: an actuator (13, 14) adapted to move a seat between the first state and the second state; a change detection portion detecting a change according to a load applied to the seat when changing seat states; and a determination portion determining that the seat is assumed to be a predetermined state when an amount of change in accordance with the change according to the load applied to the seat is greater than a predetermined determination threshold value; and characterized in that it further comprises: a determination threshold value changing portion changing the predetermined determination threshold value when an engaging member, which is configured to engage with the seat, engages with the seat during a movement of the seat between the first state and the second state. an actuator (13, 14) adapted to move a seat between the first state and the second state; a change detection portion detecting a change according to a load applied to the seat when changing seat states; and a determination portion determining that the seat is assumed to be a predetermined state when an amount of change in accordance with the change according to the load applied to the seat is greater than a predetermined determination threshold value; and
An induction heating device comprising: a resonance circuit including a working coil and a resonance capacitor (Cr); an inverter configured to perform a switching operation to thereby supply a resonance current to the working coil; a plurality of snubber capacitors (CS1, CS2) electrically connected to the inverter; and a direct current, DC, link capacitor electrically connected to the inverter; characterized in that the induction heating device further comprises: a relay configured to electrically connect one of the plurality of snubber capacitors (CS1, CS2) to the DC link capacitor or the resonance capacitor (Cr). a resonance circuit including a working coil and a resonance capacitor (Cr); an inverter configured to perform a switching operation to thereby supply a resonance current to the working coil; a plurality of snubber capacitors (CS1, CS2) electrically connected to the inverter; and a direct current, DC, link capacitor electrically connected to the inverter; characterized in that the induction heating device further comprises: a relay configured to electrically connect one of the plurality of snubber capacitors (CS1, CS2) to the DC link capacitor or the resonance capacitor (Cr).
Printed circuit board consisting of a populating surface for electronic components and of a circuit board antenna having an emitter comprising two conductor tracks (22, 24) of the printed circuit board that are located opposite one another congruently on an insulating layer with a conductive coating on both sides, wherein the insulating layer and the conductor tracks (22, 24) are coated between a start and an end of the emitter along the edges of the emitter with a respective further conductive layer (26, 28) that electrically conductively connects both conductor tracks (22, 24) in such a way that a cross section through the emitter constitutes a closed rectangular covering made of an electrically conductive material around a rectangular core made of insulating material, wherein at least one edge of the emitter is adjacent to the populating surface, wherein the insulating layer and the layers of the printed circuit board that are conductive on both sides are separated and at a distance between the at least one edge of the emitter and an edge of the populating surface so as to form a gap, and wherein the further conductive layers (26, 28) are present continuously along the edges of the emitter, characterized in that the further conductive layers (26, 28) are interrupted at the start and at the end of the emitter by holes or milled sections with a clear width greater than the gap produced by the separated and distanced insulating layer of the printed circuit board, and the conductor tracks (22, 24) at the start and at the end of the emitter are electrically disconnected from the layers of the printed circuit board that are conductive on both sides by way of etched sections.
A needle assembly magazine comprising: a housing including a coupling having a proximal aperture adapted to receive a medicament delivery device and a distal aperture adapted to receive a needle of a needle assembly; a needle guard coupled to the housing and having an aperture axially aligned with the distal aperture of the coupling; and a rotatable needle assembly carrier adapted to hold a plurality of needle assemblies, wherein rotation of the needle assembly carrier aligns one needle assembly with the distal aperture and the aperture, characterized in that the needle assembly carrier is rotatably coupled to the needle guard, wherein at least one indicia is disposed on the needle assembly carrier, and at least one of the at least one indicia is viewable through a cut-out in the needle guard. a housing including a coupling having a proximal aperture adapted to receive a medicament delivery device and a distal aperture adapted to receive a needle of a needle assembly; a needle guard coupled to the housing and having an aperture axially aligned with the distal aperture of the coupling; and a rotatable needle assembly carrier adapted to hold a plurality of needle assemblies, wherein rotation of the needle assembly carrier aligns one needle assembly with the distal aperture and the aperture, characterized in that the needle assembly carrier is rotatably coupled to the needle guard, wherein at least one indicia is disposed on the needle assembly carrier, and at least one of the at least one indicia is viewable through a cut-out in the needle guard.