mhurhangee/ep-ind-claims huggingface dataset:
An information processing device (30; 100) comprising: a data processing section configured to perform processing of playing back stored content (121; 401) selected according to a feature image, upon detection of the feature image from an image being captured by an imaging section to be displayed in a display section; and a specifying section configured to specify a resume point, which is a position of playing back the content (121; 401), according to a timing at which the detection of the feature image becomes impossible, wherein the data processing section performs the playback of the content (121; 401) from a position corresponding to the resume point, upon re-detection of the feature image after the detection of the feature image becomes impossible, and wherein the data processing section performs processing of superimposedly displaying image data constituting the content (121; 401) on the captured image of the imaging section in the content playback processing. a data processing section configured to perform processing of playing back stored content (121; 401) selected according to a feature image, upon detection of the feature image from an image being captured by an imaging section to be displayed in a display section; and a specifying section configured to specify a resume point, which is a position of playing back the content (121; 401), according to a timing at which the detection of the feature image becomes impossible, wherein the data processing section performs the playback of the content (121; 401) from a position corresponding to the resume point, upon re-detection of the feature image after the detection of the feature image becomes impossible, and wherein the data processing section performs processing of superimposedly displaying image data constituting the content (121; 401) on the captured image of the imaging section in the content playback processing.
A balcony system for use with a building opening of a building structure, the balcony system comprising: a balcony unit adapted to project out of the building opening; a counterforce unit adapted to compensate for forces acting on the balcony unit; and a first connecting element connecting the balcony unit and the counterforce unit, characterized in that the counterforce unit comprises a base unit, a top unit and a second connecting element, wherein the base unit is adapted for stationary installation with respect to a floor of the building structure, and wherein the first connecting element connects the balcony unit and the top unit, and the second connecting element connects the top unit and the base unit, wherein the top unit is movable relative to the base unit that is installed in a stationary way on the floor of the building structure. a balcony unit adapted to project out of the building opening; a counterforce unit adapted to compensate for forces acting on the balcony unit; and a first connecting element connecting the balcony unit and the counterforce unit, characterized in that the counterforce unit comprises a base unit, a top unit and a second connecting element, wherein the base unit is adapted for stationary installation with respect to a floor of the building structure, and wherein the first connecting element connects the balcony unit and the top unit, and the second connecting element connects the top unit and the base unit, wherein the top unit is movable relative to the base unit that is installed in a stationary way on the floor of the building structure.
An electrochemical battery system, comprising: a plurality of electrochemical cells (114, 202); a memory in which command instructions are stored; and a processor configured to execute the command instructions to evaluate each of the plurality of electrochemical cells (114,202), wherein the evaluation comprises identifying for each of the plurality of electrochemical cells (114, 202) a respective state of charge, characterized in that the processor is further configured to execute the command instructions to selectively connect a first of the plurality of electrochemical cells (114, 202) to a power provider based upon the evaluation while selectively isolating a second of the plurality of electrochemical cells (114, 202) from the power provider based upon the evaluation, identify an amount of current passed into the first of the plurality of electrochemical cells (114,202) while the second of the plurality of electrochemical cells (114, 202) is isolated; and identify a fully charged state of charge for the first of the plurality of electrochemical cells (114, 202) based upon the amount of current passed into the first of the plurality of electrochemical cells (114, 202) with the second of the plurality of electrochemical cells (114, 202) isolated. a plurality of electrochemical cells (114, 202); a memory in which command instructions are stored; and a processor configured to execute the command instructions to evaluate each of the plurality of electrochemical cells (114,202), wherein the evaluation comprises identifying for each of the plurality of electrochemical cells (114, 202) a respective state of charge,
A dehumidifier, comprising: a body; a heat-exchanging apparatus to generate condensation water by condensing vapour; and a water container having a hole, wherein the body comprises a guide unit inserted into the hole to guide the mounting and separating of the water container, characterised in that the dehumidifier further comprises: a water collecting tray configured to collect the condensation water generated at the heat-exchanging apparatus; a pump configured to pump the condensation water collected at the water collecting tray to the water container; and a drain pipe configured to guide the condensation water pumped by the pump to the water container, wherein the water container is detachably mounted at an upper portion of the body so as to drain the condensation water. a body; a heat-exchanging apparatus to generate condensation water by condensing vapour; and a water container having a hole, wherein the body comprises a guide unit inserted into the hole to guide the mounting and separating of the water container, characterised in that the dehumidifier further comprises: a water collecting tray configured to collect the condensation water generated at the heat-exchanging apparatus; a pump configured to pump the condensation water collected at the water collecting tray to the water container; and a drain pipe configured to guide the condensation water pumped by the pump to the water container, wherein the water container is detachably mounted at an upper portion of the body so as to drain the condensation water. a water collecting tray configured to collect the condensation water generated at the heat-exchanging apparatus; a pump configured to pump the condensation water collected at the water collecting tray to the water container; and a drain pipe configured to guide the condensation water pumped by the pump to the water container, wherein the water container is detachably mounted at an upper portion of the body so as to drain the condensation water.
A cage for pets of rodent type like rabbits, guinea pigs or the like, formed by the reciprocal conjunction of a series of grilled walls in a substantially parallelepiped arrangement applied to a basin type base, said cage being provided with a window opening obtained on at least one of the grilled walls of the cage, the cage comprising at least one ladder-like closing element having a shape and dimensions corresponding to those of the window opening in which it is insertable to be closed characterised in that the ladder-like closing element is removable from said window opening to assume a configuration of a ramp that may be placed between an edge by the opening of the cage and an inner surface thereof and/or an outer surface adjacent thereto, and in that said ladder-like closing element has two end edges (18, 19) configured as a recess.
A capsule for preparing a beverage comprising a hollow element intended to contain a product, said hollow element comprising a side wall, an upper face, a lower face and a rim extending said side wall, said rim comprising deformable means having a shape causing a directed deformation of said means by producing a fold, characterized in that said deformable means are configured to be completely flattened to form a sealing gasket.
Method for the vulcanization of hollow bodies in the form of air spring bellows made from elastomeric material, in the case of which method a bellows blank to be vulcanized is placed in a metallic vulcanization mould (3, 4), which receives and surrounds the bellows blank, until contact with the inner wall of the said vulcanization mould (3, 4) under internal pressure, and is heated to vulcanization temperature by way of heat transfer, the heating of the blank taking place by way of heat transfer from an electrically inductively heated vulcanization mould (3, 4), the heating of the vulcanization mould taking place via at least two electrically coupled coupling coils (9, 10) which are arranged coaxially at the ends of the vulcanization mould and are flowed through by a high frequency alternating current, the coil geometry, current, number of windings and spacing of the coupling coils which are arranged coaxially at the ends of the vulcanization mould being configured in such a way that a substantially homogeneously configured alternating magnetic field is produced with magnetic field lines which run rectilinearly over the length and within the vulcanization mould (3, 4), the coupling coils being similar to a Helmholtz coil arrangement, and the coupling coils being arranged at a spacing which is greater than the radius of one of the coupling coils.
A process for recovering a solid product of terephthalic acid from a solid/liquid mixture, the process comprising: filtering a solid/liquid mixture in a first solid/liquid separation zone to form a filter cake, the filter cake comprising a solid product, the first solid-liquid separation zone comprising a rotary pressure filter apparatus configured to operate at a positive pressure and to apply a pressure differential across at least one filter member, the filter cake forming on said at least one filter member; wherein the rotary pressure filter apparatus is configured to operate without a drying zone; washing the filter cake with a wash fluid in the rotary filter apparatus to form a wet filter cake, the wet filter cake comprising 25 wt% to 50 wt% residual wash fluid; transferring the wet filter cake to a reslurrying zone without drying and mixing the wet filter cake with a reslurrying fluid to form a slurry of the filter cake in the reslurrying fluid; transferring the slurry of filter cake in the reslurrying fluid to a second solid/liquid separation zone and separating the terephthalic acid solid product from the slurry of the filter cake in the reslurrying fluid, wherein the terephthalic acid solid product is at least 99% pure on a weight basis and wherein the second solid /liquid separation zone comprises a rotary vacuum filter. filtering a solid/liquid mixture in a first solid/liquid separation zone to form a filter cake, the filter cake comprising a solid product, the first solid-liquid separation zone comprising a rotary pressure filter apparatus configured to operate at a positive pressure and to apply a pressure differential across at least one filter member, the filter cake forming on said at least one filter member; wherein the rotary pressure filter apparatus is configured to operate without a drying zone; washing the filter cake with a wash fluid in the rotary filter apparatus to form a wet filter cake, the wet filter cake comprising 25 wt% to 50 wt% residual wash fluid; transferring the wet filter cake to a reslurrying zone without drying and mixing the wet filter cake with a reslurrying fluid to form a slurry of the filter cake in the reslurrying fluid; transferring the slurry of filter cake in the reslurrying fluid to a second solid/liquid separation zone and separating the terephthalic acid solid product from the slurry of the filter cake in the reslurrying fluid, wherein the terephthalic acid solid product is at least 99% pure on a weight basis and wherein the second solid /liquid separation zone comprises a rotary vacuum filter.
A housing for an electronic control unit comprising: - a main body having a base and a wall rising from the base, - a cover supported on the wall opposite to the base and fixed to the housing for defining an inner volume the housing, - a seat on the wall for a sealant interposed between the main body and the cover contributing to isolate the inner volume from an outer volume outside the housing, wherein - the seat comprises at least a portion adjoining the inner volume, - the seat comprises at least a further portion on the side remote from said inner volume which said portion adjoins, and - the cover bears on the wall in a region which follows the portion and the further portion in the lateral outward direction characterized in that - said portion has an edge on said wall inclined with respect to the cover, - the cover and the inclined edge shape a gap between the main body and the cover having a width which increases in lateral inward direction towards the inner volume, the gap being bridged by the sealant, and - the inclination (β) of the edge and the width of the gap in the region of said portion are adapted to one another in such fashion that in every position along the inclined edge the change of the width of the gap due to a maximum deformation of the cover expected during operation of the control unit is smaller than a maximum allowable strain of the sealant. - a main body having a base and a wall rising from the base, - a cover supported on the wall opposite to the base and fixed to the housing for defining an inner volume the housing, - a seat on the wall for a sealant interposed between the main body and the cover contributing to isolate the inner volume from an outer volume outside the housing, - the seat comprises at least a portion adjoining the inner volume, - the seat comprises at least a further portion on the side remote from said inner volume which said portion adjoins, and - the cover bears on the wall in a region which follows the portion and the further portion in the lateral outward direction characterized in that - said portion has an edge on said wall inclined with respect to the cover, - the cover and the inclined edge shape a gap between the main body and the cover having a width which increases in lateral inward direction towards the inner volume, the gap being bridged by the sealant, and - the inclination (β) of the edge and the width of the gap in the region of said portion are adapted to one another in such fashion that in every position along the inclined edge the change of the width of the gap due to a maximum deformation of the cover expected during operation of the control unit is smaller than a maximum allowable strain of the sealant.
System for covering a motor vehicle luggage compartment, said system comprising: • a panel for covering said compartment, said panel comprising a front flap and a rear flap, said flaps being hinged together along a transverse hinge so as to allow said rear flap to be rotated from a horizontal covering position to a raised position providing access to said compartment, • trim parts on the side walls of said compartment, said parts being provided with receiving means that fit into reciprocal means provided on said front flap so as to enable said front flap to be fixedly attached to said parts, said system being characterized in that: • said receiving means are located at the front of said parts and said reciprocal means in the front corners of said front flap, said reciprocal means being substantially non-protruding laterally from the side edges of said front flap, • said receiving means are in the form of housings which, in vertical longitudinal section, are generally in the shape of a recumbent U, the opening of which faces rearwards such that said housings are open towards the rear, the arms of the U corresponding to two parallel, generally flat, horizontal upper and lower faces, said housings also being laterally open towards the interior, • said reciprocal means are formed by two horizontal upper and lower flat areas arranged in each of said corners, said flat areas each being arranged against one of said faces so as to block said front flap in rotation. • a panel for covering said compartment, said panel comprising a front flap and a rear flap, said flaps being hinged together along a transverse hinge so as to allow said rear flap to be rotated from a horizontal covering position to a raised position providing access to said compartment, • trim parts on the side walls of said compartment, said parts being provided with receiving means that fit into reciprocal means provided on said front flap so as to enable said front flap to be fixedly attached to said parts, • said receiving means are located at the front of said parts and said reciprocal means in the front corners of said front flap, said reciprocal means being substantially non-protruding laterally from the side edges of said front flap, • said receiving means are in the form of housings which, in vertical longitudinal section, are generally in the shape of a recumbent U, the opening of which faces rearwards such that said housings are open towards the rear, the arms of the U corresponding to two parallel, generally flat, horizontal upper and lower faces, said housings also being laterally open towards the interior, • said reciprocal means are formed by two horizontal upper and lower flat areas arranged in each of said corners, said flat areas each being arranged against one of said faces so as to block said front flap in rotation.
High voltage power cable comprising at least two insulated conductors and an armour package surrounding the said conductors characterized in that the said cable comprises a longitudinal central element consisting of an elastomer material, and longitudinal elements placed between the said insulated conductors and consisting of polymer material, the central element functioning as soft bedding for the insulated conductors and allowing said conductors to move towards centre due to radial forces applied from the armour package and axial tensile load in the insulated conductors themselves.
A method for producing a film strip for sealing joints between two structural elements (30, 31), for example in house construction between a masonry and a window frame or door frame, comprising the steps: a) providing a ribbon-shaped membrane or cutting such a membrane to size; b) providing a ribbon-shaped textile or cutting such a textile to size; c) connecting the textile to the upper and/or lower side of the membrane; d) applying, at least in some areas, an adhesive layer to the side of the membrane facing away from the textile; e) folding the film strip along a longitudinal axis to form a folding body, so that the adhesive layer forms in some areas an outer side of the folding body on an upper side and/or a lower side, and in the interior of the folding body portions of the textile are superimposed at least in some areas; f) connecting the superimposed portions of the textile in some areas, so that the superimposed portions of the textile are partially and in particular punctually connected. a) providing a ribbon-shaped membrane or cutting such a membrane to size; b) providing a ribbon-shaped textile or cutting such a textile to size; c) connecting the textile to the upper and/or lower side of the membrane; d) applying, at least in some areas, an adhesive layer to the side of the membrane facing away from the textile; e) folding the film strip along a longitudinal axis to form a folding body, so that the adhesive layer forms in some areas an outer side of the folding body on an upper side and/or a lower side, and in the interior of the folding body portions of the textile are superimposed at least in some areas; f) connecting the superimposed portions of the textile in some areas, so that the superimposed portions of the textile are partially and in particular punctually connected.
A document buffer for accessing wirelessly readable circuits of electronically readable identification documents, comprising a plurality of adjacent receiving compartments, wherein each receiving compartment is provided for receiving an identification document, and wherein a conductive shielding wall (105, 107, 201, 203) for electromagnetic shielding is situated between adjacent receiving compartments, wherein the receiving compartments are in each case formed by troughs with the conductive shielding walls (105, 107, 201, 203), and wherein the receiving compartments each include a document holder for placing an identification document in order to receive a particular identification document in a particular receiving compartment; and a plurality of wireless write-read units for wirelessly communicating in each case with a wirelessly readable circuit of an identification document, wherein a wireless write-read unit is arranged in each receiving compartment.
A child safety seat for use in a vehicle, the child safety seat comprising a base portion and child seat portion having a back section and a seat section, the back section and seat section having opposing side walls (13, 14), a safety harness arrangement for a child occupant secured to the child seat portion, the safety harness arrangement including a pair of shoulder strap portions (9, 10) extending through respective apertures in the back section and a crotch member arranged in a forward part of the seat section, characterized in that a pair of shoulder strap sleeves (19, 20) are arranged and fixed to the apertures in the back section, through which shoulder strap sleeves (19, 20) shoulder strap portions (9, 10) extend, where the shoulder strap sleeves (19, 20) are provided with fastening means, the fastening means of the shoulder strap sleeves (19, 20) cooperating with corresponding fastening means arranged in the side walls of the back section.
Method of a speed assistance system for a vehicle, comprising the following procedural steps: comparing a current speed (v ist) of the vehicle to the maximum speed (v max) stored in a maximum speed profile in a vehicle-side device, outputting a warning to a vehicle driver if the current speed (v ist) of the vehicle is higher than the maximum speed (v max) of a route section, transmitting the position and speed of the vehicle as well as the associated time stamp to a back office at a time of the warning, optimising the maximum speed profile on the basis of the received data, transmitting the optimised maximum speed profile to the vehicle-side device. comparing a current speed (v ist) of the vehicle to the maximum speed (v max) stored in a maximum speed profile in a vehicle-side device, outputting a warning to a vehicle driver if the current speed (v ist) of the vehicle is higher than the maximum speed (v max) of a route section, transmitting the position and speed of the vehicle as well as the associated time stamp to a back office at a time of the warning, optimising the maximum speed profile on the basis of the received data, transmitting the optimised maximum speed profile to the vehicle-side device.
A tile light, comprising a light source in a substantially rectangular housing, and a diffusing cover for diffusing the light from the light source, wherein the light source comprises boards with LEDs mounted on the edges of the housing facing in towards the center of the housing, characterized in that the tile housing comprises a pyramid surrounded by a flat area, wherein the shape of the interior of the tile is configured in such a way as to capture and reflect the illumination to provide a more uniformly illuminated surface for a cover that is placed over the region in which the light sources are placed, wherein the faces of the pyramid near the base of the pyramid are brighter than the flat area that is nearer to the light source, and wherein the angle of incidence of light from the light source is such that more light is reflected upward from the angled faces than from the flat area.