mhurhangee/ep-ind-claims huggingface dataset:
A method for thermocompression bonding, comprising the steps of: preheating a resin member wherein the resin member is a chip component for use to manufacture a microfluidic chip, using an infrared radiation section; and subjecting the resin member to thermocompression bonding using a heating section and a pressurization section, wherein in the heating section, - a resin material of the resin member having a melting point like a crystalline resin is heated not to reach the melting point, or - a resin material of the resin member not having a melting point like a noncrystalline resin is heated not to reach the glass transition point. preheating a resin member wherein the resin member is a chip component for use to manufacture a microfluidic chip, using an infrared radiation section; and subjecting the resin member to thermocompression bonding using a heating section and a pressurization section, wherein in the heating section, - a resin material of the resin member having a melting point like a crystalline resin is heated not to reach the melting point, or - a resin material of the resin member not having a melting point like a noncrystalline resin is heated not to reach the glass transition point. - a resin material of the resin member having a melting point like a crystalline resin is heated not to reach the melting point, or - a resin material of the resin member not having a melting point like a noncrystalline resin is heated not to reach the glass transition point.
Hand-held power tool for setting a nail, comprising: a safety mechanism which can be actuated by a user by pressing the hand-held power tool against a workpiece and a button which can be activated to trigger setting of a nail; a combustion chamber in which a mixture of combustible gas and air can be ignited; a piston which is arranged in the combustion chamber and is movable in the setting direction by combustion gases; a plunger arranged on the piston for driving the nail; a compressor for compressing the air in the combustion chamber; a passage which connects the compressor to the combustion chamber, characterised by a valve (22, 23) which connects the passage or the combustion chamber to the environment, the valve (22, 23) being open between the actuation of the safety mechanism and the actuation of the button. a safety mechanism which can be actuated by a user by pressing the hand-held power tool against a workpiece and a button which can be activated to trigger setting of a nail; a combustion chamber in which a mixture of combustible gas and air can be ignited; a piston which is arranged in the combustion chamber and is movable in the setting direction by combustion gases; a plunger arranged on the piston for driving the nail; a compressor for compressing the air in the combustion chamber; a passage which connects the compressor to the combustion chamber, characterised by a valve (22, 23) which connects the passage or the combustion chamber to the environment, the valve (22, 23) being open between the actuation of the safety mechanism and the actuation of the button.
Caisson of parallelepiped shape delimited by long and short peripheral vertical walls, which caisson comprises inner compartments separated by vertical partitions (3, 3c) and at least one inner central column which is placed at the junction of said vertical partitions (3 and 3c) said caisson is characterised in that said at least one inner central column extends from a multi-position interlocking device situated in the lower part of the caisson, to an interlocking device situated in the upper part of said caisson.
A floor drain for draining water from a walk-in floor into a sewerage pipe, comprising - an inlet channel socket, - a first receiving body for the inlet channel socket, - a second receiving body for the first receiving body, and - a drain housing following the second receiving body in the water drainage direction, which is preferably designed as an odor trap, wherein the first receiving body has a bowl-shaped section (3.1), to the outer edge of which a flexible sealing mat (3.2) is connected in a liquid-tight manner and the bottom of which passes into a first drain connection piece (3.3) which can be inserted into the second receiving body, wherein the second receiving body has a bowl-shaped portion (4.1) on which an outwardly projecting flange (4.2) is integrally formed or attached, and wherein the bowl-shaped portion (4.1) of the second receiving body passes into a second drain connection piece (4.3). - an inlet channel socket, - a first receiving body for the inlet channel socket, - a second receiving body for the first receiving body, and - a drain housing following the second receiving body in the water drainage direction, which is preferably designed as an odor trap, wherein the first receiving body has a bowl-shaped section (3.1), to the outer edge of which a flexible sealing mat (3.2) is connected in a liquid-tight manner and the bottom of which passes into a first drain connection piece (3.3) which can be inserted into the second receiving body, wherein the second receiving body has a bowl-shaped portion (4.1) on which an outwardly projecting flange (4.2) is integrally formed or attached, and wherein the bowl-shaped portion (4.1) of the second receiving body passes into a second drain connection piece (4.3).
A terminal including a key input unit having a key section assigned with a plurality of output information and an output unit configured to output any one of the plurality of output information, the terminal comprising: a touch detection unit configured to detect a touch of an object to the key section, a control unit configured to cause the output unit to output initial output information, which is any one of the plurality of output information, independent from the particular key touched, when the touch of the object to the key section is detected, wherein the control unit is configured to sequentially switch output target information from the initial output information, according to a moving distance of the object on the key section while the object keeps touching the key section, the output target information being outputted from the output unit and being any one of the plurality of output information. a touch detection unit configured to detect a touch of an object to the key section, a control unit configured to cause the output unit to output initial output information, which is any one of the plurality of output information, independent from the particular key touched, when the touch of the object to the key section is detected, wherein the control unit is configured to sequentially switch output target information from the initial output information, according to a moving distance of the object on the key section while the object keeps touching the key section, the output target information being outputted from the output unit and being any one of the plurality of output information.
An integrated circuit capacitor, comprising: a support layer having an internal integrated circuit structure, said integrated circuit structure including a lower plate; a bond pad disposed on the support layer; an upper plate disposed on the support layer, the upper plate being arranged above the lower plate; a dielectric layer, at least a portion of which is arranged between the lower plate and the upper plate; a passivation layer, at least a portion of which covers at least a portion of the upper plate and at least a portion of the dielectric layer, the passivation layer having a surface; a first opening extending from the surface through the passivation layer and the dielectric layer to the bond pad; and a second opening extending from the surface through the passivation layer to the upper plate. a support layer having an internal integrated circuit structure, said integrated circuit structure including a lower plate; a bond pad disposed on the support layer; an upper plate disposed on the support layer, the upper plate being arranged above the lower plate; a dielectric layer, at least a portion of which is arranged between the lower plate and the upper plate; a passivation layer, at least a portion of which covers at least a portion of the upper plate and at least a portion of the dielectric layer, the passivation layer having a surface; a first opening extending from the surface through the passivation layer and the dielectric layer to the bond pad; and a second opening extending from the surface through the passivation layer to the upper plate.
A dispensing apparatus for the simultaneous dispensing of at least two flowable components of a multicomponent mass from different storage volumes (10, 11), having at least two pistons (12, 13) which can be displaced along their direction of extent for the dispensing of the components from the at least two storage volumes (10, 11), and having a feed unit for moving the pistons (12, 13) along their direction of extent, wherein the feed unit has at least one energy storage element (16, 17), which is provided to supply a force for the movement of the pistons (12, 13), and has at least one release element which is provided to release the movement of the pistons (12, 13) by the at least one energy storage element (16, 17), characterized in that the feed unit has a track element and at least one latching element (21, 22) which are provided to latch the at least two pistons (12, 13) with respect to the force of the energy storage element (16, 17).
An ionic liquid comprising the association of a cation having the following formula: in which: - R 1 is an acyclic hydrocarbon group; - n is an integer ranging from 0 to 3; - m is an integer ranging from 1 to 4; and an anion chosen from a nitrate anion, a phosphate anion or an imide anion. - R 1 is an acyclic hydrocarbon group; - n is an integer ranging from 0 to 3; - m is an integer ranging from 1 to 4;
A bearing system comprising: a bearing housing (200, 200a) including: a sleeve defining a cylindrical bore and including at least one bearing assembly locking feature; and a mounting structure for connecting the bearing system to a compressor housing, and a foil bearing assembly positioned within the cylindrical bore and including an outer foil assembly including at least one outer foil pad extending circumferentially from a first end including a bearing retention feature to a second end, the bearing retention feature cooperatively engaged with the at least one bearing assembly locking feature to maintain the foil bearing assembly within the bearing housing at a fixed rotational position; an inner foil assembly; and a bump foil assembly positioned between the outer foil assembly and the inner foil assembly; wherein the inner foil assembly includes a plurality of inner foil pads spaced circumferentially about the foil bearing assembly, each inner foil pad extending circumferentially from a tab to a free end, wherein at least one of the inner foil pads is welded to the outer foil assembly along the tab. a sleeve defining a cylindrical bore and including at least one bearing assembly locking feature; and a mounting structure for connecting the bearing system to a compressor housing, and a foil bearing assembly positioned within the cylindrical bore and including an outer foil assembly including at least one outer foil pad extending circumferentially from a first end including a bearing retention feature to a second end, the bearing retention feature cooperatively engaged with the at least one bearing assembly locking feature to maintain the foil bearing assembly within the bearing housing at a fixed rotational position; an inner foil assembly; and a bump foil assembly positioned between the outer foil assembly and the inner foil assembly; wherein the inner foil assembly includes a plurality of inner foil pads spaced circumferentially about the foil bearing assembly, each inner foil pad extending circumferentially from a tab to a free end, wherein at least one of the inner foil pads is welded to the outer foil assembly along the tab. an outer foil assembly including at least one outer foil pad extending circumferentially from a first end including a bearing retention feature to a second end, the bearing retention feature cooperatively engaged with the at least one bearing assembly locking feature to maintain the foil bearing assembly within the bearing housing at a fixed rotational position; an inner foil assembly; and a bump foil assembly positioned between the outer foil assembly and the inner foil assembly; wherein the inner foil assembly includes a plurality of inner foil pads spaced circumferentially about the foil bearing assembly, each inner foil pad extending circumferentially from a tab to a free end, wherein at least one of the inner foil pads is welded to the outer foil assembly along the tab.
Method for determining at least one influencing variable acting on the eccentricity in a goniometer, comprising • a support element with a detector arrangement comprising at least one optical detector element, embodied as a goniometer head, preferably three or four optical detector elements, wherein the detector arrangement displays a detector centre as a distinguished position of the detector arrangement, • a rotational body having a multiplicity of pattern elements arranged around a pattern centre, the rotational body being arranged so as to be rotatable about an axis relative to the support element, and comprising - mapping of at least a part of the pattern elements onto the detector arrangement, - resolution of the positions of the pattern elements mapped on the detector arrangement, - measurement of the eccentricity of the pattern centre relative to the detector centre, characterized in that • a multiplicity of eccentricity measurements is effected for different rotational positions and • at least one influencing variable acting on the eccentricity is separated from the multiplicity of eccentricity measurements, in particular by aggregate formation. • a support element with a detector arrangement comprising at least one optical detector element, embodied as a goniometer head, preferably three or four optical detector elements, wherein the detector arrangement displays a detector centre as a distinguished position of the detector arrangement, • a rotational body having a multiplicity of pattern elements arranged around a pattern centre, the rotational body being arranged so as to be rotatable about an axis relative to the support element, and comprising - mapping of at least a part of the pattern elements onto the detector arrangement, - resolution of the positions of the pattern elements mapped on the detector arrangement, - measurement of the eccentricity of the pattern centre relative to the detector centre, • a multiplicity of eccentricity measurements is effected for different rotational positions and • at least one influencing variable acting on the eccentricity is separated from the multiplicity of eccentricity measurements, in particular by aggregate formation.
Motor vehicle, comprising at least one cover, further comprising a motor vehicle door latch assigned to the cover, which latch has, as essential components, a locking mechanism 5, 6 consisting of a catch 5 and pawl 6, wherein the pawl 6 can be raised from being engaged with the catch 5 into the pre-ratchet position or main ratchet position for opening the motor vehicle door 2 by means of an electric motor 8, and comprising an emergency opening device (9, 10) for the motor vehicle door latch, wherein the emergency opening device (9, 10) is provided with a pull handle and a connected traction means for acting on the motor vehicle door latch, and wherein the flexible pull handle made of a resilient material is deformed when actuated and, as a result of the deformation, exerts a stroke on the traction means.
Hybrid collector with - at least one photovoltaic cell that is placed between two carrier plates made of glass or plastics so that a carrier substrate is defined, - a spaced rear wall placed on the rear side of the carrier substrate, - at least a gasket preferably on the edge that is provided between the carrier substrate and the rear wall in order to form a heat exchanger space through which a heat transfer medium can flow and - a multitude of fixing means (21, 23, 57) that holds the rear wall and the carrier substrate together, characterized in that the fixing means are screws (21, 23, 57) that are guided through respectively a pair of aligned passage openings provided on the carrier substrate and the rear wall. - at least one photovoltaic cell that is placed between two carrier plates made of glass or plastics so that a carrier substrate is defined, - a spaced rear wall placed on the rear side of the carrier substrate, - at least a gasket preferably on the edge that is provided between the carrier substrate and the rear wall in order to form a heat exchanger space through which a heat transfer medium can flow and - a multitude of fixing means (21, 23, 57) that holds the rear wall and the carrier substrate together,
An oral care composition comprising a film-forming composition, wherein the oral care composition is in the form of a dentifrice, an abrasive gel, a non-abrasive gels, a mouthwash, a mouth-rinse, a gargle, an irrigating solution, a mouth-spray or a composition intended for sucking or chewing, and wherein the film-forming composition comprises a vegetable protein, wherein the protein comprises a prolamine protein, wherein the prolamine protein comprises esterified prolamine protein.
Hob apparatus, in particular induction hob apparatus, with at least one carrier unit, which is intended to support at least one electronics unit against an outer housing, wherein the carrier unit has at least one cable receiving unit, which is intended to receive at least one cable, characterised in that the cable receiving unit has at least two cable guiding elements (22, 24), which are able to move relative to one another at least in sections, wherein at least one cable guiding element (22, 24) of the cable guiding elements (22, 24) has an insertion aid, which is intended to guide the cable into a cable receptacle of the cable receiving unit.
Device for controlling the quantity of air introduced at the intake of a supercharged internal combustion engine comprising at least one turbocharger with a compression stage comprising at least one compressor with an intake of fluid to be compressed linked to a supply pipe, an expansion stage with at least one turbine with at least one exhaust gas inlet and one outlet for expanded exhaust gases linked to an expanded exhaust gas pipe, a compressed fluid transfer pipe from the outlet of the compressor to the at least one inlet of the turbine with valving means for controlling the transfer of compressed fluid to the turbine, characterized in that it comprises an exhaust gas recirculation line between the exhaust gas outlet of the turbine and the intake of the compressor, in that said compressed fluid transfer pipe comprises a check valve which prevents the circulation of the exhaust gases from the exhaust gas pipe to the compressed fluid pipe, in that the device comprises additional valving means placed downstream of the point of intersection with the expanded exhaust gas pipe to force the exhaust gases to pass into the line, in that the device comprises additional valving means placed upstream of the point of intersection with the supply pipe to force the exhaust gases to pass into the line, in that the line comprises valving means to control the recirculation of the exhaust gases in that line, and in that the valving means comprise a proportional valve.
Actuating unit for a hydraulic brake system having an actuating pedal, at least one operating piston of a master brake cylinder, having a brake boosting piston of a hydraulic braking force booster, said brake boosting piston being guided in a brake booster housing, so as to actuate the operating piston, having a pedal connecting element for influencing the brake boosting piston with an actuating force, a reaction disc that can be deformed in an elastic manner, said reaction disc on one side receiving the actuating force and also the brake boosting force of the braking force booster and on the other side outputting the sum of these forces to the operating piston, an electrically controllable pressure providing device whose output pressure influences the brake boosting piston, having means (29, 129, 130) for ascertaining the differential travel between the pedal connecting element and the brake boosting piston, a sensor device (28, 128) for ascertaining the differential travel, and also an electronic control unit that receives the signals that are output by the sensor device (28, 128) and uses said signals to control the pressure providing device, characterized in that the means (29, 129, 130) comprise at least one cantilever (29, 129, 130) by way of which the at least one travel information for ascertaining the differential travel is transported to a location near the sensor device (28, 128), said location being radially and axially offset from the reaction disc.
A method for assessing the disintegration of a dosage form in the gastrointestinal tract, comprising the steps of: - placing a dosage form in a cell filled with a fluid and surrounded by a wall, wherein the cell is in fluid communication with a further cell via an opening or a plurality of openings in the wall, and wherein the opening is arranged for blocking a dosage form to flow from the cell to the further cell, wherein the opening is slit-shaped or disc-shaped, or comprises one or more items selected from the group of net, bar and sieve; - repeatedly deforming the wall between a first state and a second state, wherein the volume of the cell in the first state is larger than in the second state, by pressurizing and depressurizing, respectively, a pressurizable compartment arranged exterior to the wall; and - quantitatively controlling a contact force that the wall exerts on the dosage form. - placing a dosage form in a cell filled with a fluid and surrounded by a wall, wherein the cell is in fluid communication with a further cell via an opening or a plurality of openings in the wall, and wherein the opening is arranged for blocking a dosage form to flow from the cell to the further cell, wherein the opening is slit-shaped or disc-shaped, or comprises one or more items selected from the group of net, bar and sieve; - repeatedly deforming the wall between a first state and a second state, wherein the volume of the cell in the first state is larger than in the second state, by pressurizing and depressurizing, respectively, a pressurizable compartment arranged exterior to the wall; and - quantitatively controlling a contact force that the wall exerts on the dosage form.
A form cylinder having a cylinder barrel and two cylinder pins, wherein the form cylinder has at least one cylinder channel and wherein at least one holding device for at least one application form is arranged in the cylinder channel, wherein a plurality of sensor elements capable of sensing at least the presence of the application form are arranged on the form cylinder and wherein the holding device comprises a plurality of clamping elements in active engagement with the plurality of sensing elements, wherein the plurality of sensing elements actuated by loading the application form is arranged and/or can be actuated, wherein the plurality of clamping elements can be transferred from a closed position to an opened position by actuating at least one of the plurality of sensing elements, wherein upon loading the application form some or all sensing elements are arranged actuated, wherein by actuating the some or all sensing elements at least one clamping element of the plurality of clamping elements is arranged transferred from a closed to an open position, characterized in that depending on the width of the application form, the number of the plurality of clamping elements, which are arranged transferred from the closed to the opened position, differs.