mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for transporting a discrete paper or film object or a stack of such objects in a machine direction for insertion into an envelope, comprising; a guide assembly including opposed first and second leg members (124, 128) each having at least a portion thereof including first and second channels (125, 129) for guiding the objects in an upward machine direction; a drive apparatus including engaging elements for moving the objects along said first and second channels (125, 129); and at least one support element (144, 148) for holding the object against said guide assembly, characterized in that said channels extend in an upward direction for guiding the objects in the upward machine direction into a downwardly facing open mouth of an envelope and further characterized in that it comprises a series of deflectable elements arranged to apply a force on the objects in a direction opposite the machine direction.
An intervention method for acting on the wall of a fluid pipeline by using a tool comprising a pipe segment and at least first means (130, 135) for creating sealing and second means (120, 125) for creating sealing, the method comprising a step of moving the tool inside the pipeline until the pipe segment is positioned facing a zone of the wall of said pipeline, the method comprising a step of creating sealing upstream and downstream from said zone respectively by using the first and second means (120, 125, 130, 135) for creating sealing so as to seal off an outer portion of a segment of the pipeline around said zone, followed by a step of acting on said zone of the wall, and at least the first or the second means (120, 125, 130, 135) for creating sealing are in two portions so as to define a sealing lock (310, 330) between the two portions of said first or second means for creating sealing, characterized in that the fluid continues to flow through the pipe segment during the intervention.
Fitting, in particular for a shower partition, having two fitting halves (11, 12) which are connected or can be connected in an articulated manner for the pivotable, swinging mounting of a partition or door on a component, such as a pane, the fitting having a coupling part for the articulated coupling of the fitting halves (11, 12) with mutually parallel pivot axes (14, 15), wherein the coupling part forms a first joint with a first pivot axis with one of the fitting halves and a second joint with a second pivot axis with the other fitting half, wherein the fitting comprises a locking device for locking the first joint, characterised in that the locking device has at least one locking section in order to be able to block or lock the first joint against opening, that is to say the fitting about pivoting about the first pivot axis, when pivoting about the second pivot axis takes place, wherein the fitting has only one lifting device for superimposing an axial lifting movement when the partition or door is pivoted about the second pivot axis. wherein the coupling part forms a first joint with a first pivot axis with one of the fitting halves and a second joint with a second pivot axis with the other fitting half, wherein the fitting comprises a locking device for locking the first joint, characterised in that the locking device has at least one locking section in order to be able to block or lock the first joint against opening, that is to say the fitting about pivoting about the first pivot axis, when pivoting about the second pivot axis takes place, wherein the fitting has only one lifting device for superimposing an axial lifting movement when the partition or door is pivoted about the second pivot axis.
A gelated mono-nuclear microencapsulate comprising a lipid microemulsion core encapsulated within a gastro-resistant, ileal sensitive, polymerized chitosan membrane shell, wherein the lipid emulsion core comprises denatured or hydrolysed protein and carbohydrate.
A display apparatus comprising: a display panel having a pair of recesses; a cover disposed before the display panel and including a black matrix; and a camera and a microphone, wherein the camera and the microphone are disposed, behind the black matrix, in positions corresponding to the pair of recesses of the display panel, and the black matrix includes a through-hole for the microphone formed at a position corresponding to the microphone; and a transparent portion to allow light to pass there through to the camera formed at a position corresponding to the camera. a display panel having a pair of recesses; a cover disposed before the display panel and including a black matrix; and a camera and a microphone, wherein the camera and the microphone are disposed, behind the black matrix, in positions corresponding to the pair of recesses of the display panel, and the black matrix includes a through-hole for the microphone formed at a position corresponding to the microphone; and a transparent portion to allow light to pass there through to the camera formed at a position corresponding to the camera.
An apparatus comprising: a plurality of unblown and blown fuses (302, 304) in an integrated circuit device to store values; and a plurality of resistors in parallel to the fuses, wherein each unblown and blown fuse includes a parallel resistor to provide a potential dissipation path around the fuse to reduce a voltage contrast between the blown and unblown fuses. a plurality of unblown and blown fuses (302, 304) in an integrated circuit device to store values; and a plurality of resistors in parallel to the fuses, wherein each unblown and blown fuse includes a parallel resistor to provide a potential dissipation path around the fuse to reduce a voltage contrast between the blown and unblown fuses.
A refrigerant circuit component comprising a metallic connecting member and a metallic casing part, connected together by a joint structure, the metallic connecting member having an inner hole connected to a pipe of a refrigerant circuit, and the metallic casing part having an inner hole that communicates with the pipe via the inner hole of the connecting member, characterized in that the joint structure comprises: a welded portion (α) formed between the casing part and the connecting member by said projection welding such that the welded portion (α) extends around an entire outer periphery of the inner hole of the casing part with a first gap being left between the welded portion (α) and the inner hole of the casing part, and such that the welded portion (α) extends around an entire outer periphery of the inner hole of the connecting member with a second gap being left between the welded portion (α) and the inner hole of the connecting member, an opening end (1A1, 2A1) of one of the casing part and the connecting member around the inner hole (1A, 2A) thereof being crimped to an opening end (1A1, 2A1) of the other of the casing part and the connecting member around the inner hole (1A, 2A) thereof to pressure-join the opening ends (1A1, 2A1) of the casing part and the connecting member and seal a spatter generation space (β) inside the welded portion (α). a welded portion (α) formed between the casing part and the connecting member by said projection welding such that the welded portion (α) extends around an entire outer periphery of the inner hole of the casing part with a first gap being left between the welded portion (α) and the inner hole of the casing part, and such that the welded portion (α) extends around an entire outer periphery of the inner hole of the connecting member with a second gap being left between the welded portion (α) and the inner hole of the connecting member, an opening end (1A1, 2A1) of one of the casing part and the connecting member around the inner hole (1A, 2A) thereof being crimped to an opening end (1A1, 2A1) of the other of the casing part and the connecting member around the inner hole (1A, 2A) thereof to pressure-join the opening ends (1A1, 2A1) of the casing part and the connecting member and seal a spatter generation space (β) inside the welded portion (α).
Method for operating a vehicle with an internal combustion engine and with a generator, wherein during operation of the internal combustion engine a fractional torque of the torque applied by the latter to a shaft is used for the generation of electrical current by the generator, and wherein the fractional torque is established in a first mode in such a way that an efficiency, which is determined as energy provided by the electrical current per amount of fuel required by the internal combustion engine, is adjusted to a maximum value, and in a second mode it is established in such a way that the efficiency is adjusted to a further value, characterised in that the inverse of the further value deviates by a predetermined percentage from the inverse of the optimum value.
A developing cartridge comprising: a toner storing portion to store toner; a developing portion disposed below the toner storing portion; a partition wall formed between the developing portion and the toner storing portion, the partition wall having a toner supply opening through which the toner in the toner storing portion is to be supplied to the developing portion; a storing-portion agitating member rotatably disposed in the toner storing portion to rotate to move the toner in the toner storing portion toward the toner supply opening; a developing-portion agitating member rotatably disposed in the developing portion to rotate while the storing-portion agitating member rotates; and a supply roller located below the developing-portion agitating member, wherein the developing-portion agitating member is to rotate to move the toner in the developing portion toward the supply roller; wherein at least one of the storing-portion agitating member and the developing-portion agitating member comprises an elastic member (65, 75), and characterized in that the developing-portion agitating member continuously rotates while the storing-portion agitating member intermittently rotates. a toner storing portion to store toner; a developing portion disposed below the toner storing portion; a partition wall formed between the developing portion and the toner storing portion, the partition wall having a toner supply opening through which the toner in the toner storing portion is to be supplied to the developing portion; a storing-portion agitating member rotatably disposed in the toner storing portion to rotate to move the toner in the toner storing portion toward the toner supply opening; a developing-portion agitating member rotatably disposed in the developing portion to rotate while the storing-portion agitating member rotates; and a supply roller located below the developing-portion agitating member, wherein the developing-portion agitating member is to rotate to move the toner in the developing portion toward the supply roller; wherein at least one of the storing-portion agitating member and the developing-portion agitating member comprises an elastic member (65, 75), and characterized in that the developing-portion agitating member continuously rotates while the storing-portion agitating member intermittently rotates.
An article comprising: a cold-shrink housing having a first chamber that intersects with a second chamber, the first chamber having a generally cylindrical shape with an upper portion nearest the second chamber, the upper portion having a diameter greater than the diameter of the remainder of the first chamber; characterized in that it further comprises a removable support core loaded into the first chamber, wherein an upper portion of the removable support core is disposed within the upper portion of the first chamber nearest the second chamber. a cold-shrink housing having a first chamber that intersects with a second chamber, the first chamber having a generally cylindrical shape with an upper portion nearest the second chamber, the upper portion having a diameter greater than the diameter of the remainder of the first chamber; characterized in that it further comprises a removable support core loaded into the first chamber, wherein an upper portion of the removable support core is disposed within the upper portion of the first chamber nearest the second chamber.
Method comprising the method steps of A) providing a mixture comprising an amino acid and an amine selected from at least one of the group consisting of amidamines and trialkylamines and B) reacting the amino acid with an acyl group donor to obtain an N-acylamino acid, characterized in that the trialkylamine is selected from those of the general formula 2): where R 5 = optionally hydroxy-substituted, optionally mono- or polyunsaturated alkyl or alkylaryl radicals comprising 6 to 30, preferably 8 to 22, particularly preferably 8 to 18, carbon atoms, R 6 and R 7 = mutually independent, identical or different alkyl radicals comprising 1 to 6 carbon atoms, preferably methyl. A) providing a mixture comprising an amino acid and an amine selected from at least one of the group consisting of amidamines and trialkylamines and B) reacting the amino acid with an acyl group donor to obtain an N-acylamino acid, where R 5 = optionally hydroxy-substituted, optionally mono- or polyunsaturated alkyl or alkylaryl radicals comprising 6 to 30, preferably 8 to 22, particularly preferably 8 to 18, carbon atoms, R 6 and R 7 = mutually independent, identical or different alkyl radicals comprising 1 to 6 carbon atoms, preferably methyl.
An outdoor unit for an air conditioner, comprising: a case including a suction port suctioning outside air and a discharge port discharging the suctioned air; a heat exchanger accommodated inside the case; a fan that is accommodated inside the case and forcibly circulate the air; a louver assembly rotatably mounted in the case so as to selectively open and close the discharge port; and a discharge grille provided in the rear of the louver assembly, and characterized in that the louver assembly includes a plurality of louvers, and having a fan shape extending from the center of the discharge port and connecting its side ends to each other, a driving motor being connected to inner side ends of the louvers connected to the most side ends, and when a rotation axis of the driving motor rotates, the louvers are unfolded or folded in the fan type along the rotation direction of the rotation axis. a case including a suction port suctioning outside air and a discharge port discharging the suctioned air; a heat exchanger accommodated inside the case; a fan that is accommodated inside the case and forcibly circulate the air; a louver assembly rotatably mounted in the case so as to selectively open and close the discharge port; and a discharge grille provided in the rear of the louver assembly, and having a fan shape extending from the center of the discharge port and connecting its side ends to each other, a driving motor being connected to inner side ends of the louvers connected to the most side ends, and when a rotation axis of the driving motor rotates, the louvers are unfolded or folded in the fan type along the rotation direction of the rotation axis.
A traffic control system for influencing a traffic flow within a limited road or traffic network with road junctions, e.g. in a large town, with a number, corresponding to the number N of the road junctions, of light signal installations with individual controllers, whose signal programs currently determining the control sequence may be transmitted to a traffic computer, wherein detectors are provided in conjunction with the light signal installations, by means of which the traffic data may be determined and may be transmitted to the traffic computer, wherein implemented on the traffic computer there are evolutionary algorithms (ev. Alg.) with an associated interruption criterion (interruption), characterised in that the traffic computer supplies signal programs updated on all N light signal installations as a result of the traffic flow in the road network determined by way of the detected traffic data within a suitable timeframe to all N light signal installations to optimise the traffic flow, wherein a time interval is predetermined as a boundary condition to be met and a repair mechanism with relative coding or a sequential coding is provided in order to maintain the time interval within which the phase transitions (T IB), which are a component of a signal program, must be located.
A device for a road vehicle, wherein the device comprises at least one attachment that has an appliance holder and appliances fastened on the appliance holder, wherein these appliances can be displaced on the appliance holder at least transverse to a predefined driving direction of the vehicle, wherein at least one of said appliances is a caisson cover lifter (10, 10'), wherein at least one of the appliances fastened on the appliance holder is a sludge trap cleaner, wherein the sludge trap cleaner has a suction tube extending on the appliance holder, wherein the caisson cover lifter (10, 10') and the sludge trap cleaner form a road gully cleaning apparatus, wherein at least one cover pressing apparatus (23, 23') is assigned to the caisson cover lifter (10, 10'), and wherein either the cover pressing apparatus can be at least sectionally guided past underneath the caisson cover lifter (10, 10') or the cover pressing apparatus can be at least in a partial region guided in underneath a horizontal plane defined by the caisson cover lifter, characterized in that the cover pressing apparatus (23, 23') is formed by a bow, hook or slide, which is arranged movably relative to the caisson cover lifter (10, 10'), and in that the cover pressing apparatus (23, 23') is in dependence on its function realized in the form of the bow or the slide for opening a hinged caisson cover and/or in the form of the hook for releasing a locking mechanism of a caisson cover.
A method, comprising: receiving, at a first server, a contact resolution request for a first user; mapping the first user to a first extension module in the first server using contact resolution preferences for the first user, the first extension module identified by a first unique identifier, the first extension module exposing contact resolution services selected for the first user, wherein an Application Programming Interface facilitates retrieval of the first extension module, when required, via the first unique identifier; and invoking, by the first server, the first extension module which applies a contact resolution algorithm selected for the first user. receiving, at a first server, a contact resolution request for a first user; mapping the first user to a first extension module in the first server using contact resolution preferences for the first user, the first extension module identified by a first unique identifier, the first extension module exposing contact resolution services selected for the first user, wherein an Application Programming Interface facilitates retrieval of the first extension module, when required, via the first unique identifier; and invoking, by the first server, the first extension module which applies a contact resolution algorithm selected for the first user.
Geared motor series having two pinions with different numbers of teeth (z1a, z1b), and a plurality of toothed wheels with different numbers of teeth (z2a, z3a, z4a), the pinions and the toothed wheels being designed such that each pinion, in a plurality of predetermined axial distances (a), can be paired with one of the toothed wheels in order to form a first gear stage, characterised in that one individual toothed wheel is provided for each predetermined axial distance (a), which is embodied such that it can be optionally paired with the one pinion or with the other pinion to form a first gear stage.
An imaging detector, comprising: a scintillator array including a scintillator element and a material; a photosensor array including a detector element having a light sensitive region and a non-sensitive region, wherein the light sensitive region is separated from the scintillator element by a gap, the light sensitive region is in one-to-one mechanical alignment with the scintillator element, and the non-sensitive region is in mechanical alignment with the material; a structure that includes one or more material free channels that are adjacent to the gap and accessible to a substance in the gap, wherein the structure is located between the non-sensitive region and the material and not between the light sensitive region and the scintillator element; and an optical adhesive located in the gap, filling the entire gap, and mechanically and optically coupling the light sensitive region and the scintillator element, characterized in that at least one of the one or more material free channels provides a reservoir that holds air that would otherwise be trapped in the gap between the light sensitive region and the scintillator element. a scintillator array including a scintillator element and a material; a photosensor array including a detector element having a light sensitive region and a non-sensitive region, wherein the light sensitive region is separated from the scintillator element by a gap, the light sensitive region is in one-to-one mechanical alignment with the scintillator element, and the non-sensitive region is in mechanical alignment with the material; a structure that includes one or more material free channels that are adjacent to the gap and accessible to a substance in the gap, wherein the structure is located between the non-sensitive region and the material and not between the light sensitive region and the scintillator element; and an optical adhesive located in the gap, filling the entire gap, and mechanically and optically coupling the light sensitive region and the scintillator element, characterized in that
Drain gutter arrangement comprising a gutter and a sealing collar, the gutter having a gutter base extending horizontally in a planar manner with a top and a bottom, a gutter connecting piece being arranged on the bottom of the gutter base which extends vertically downwards away from the gutter base and which surrounds a drain hole provided in the gutter base in a circumferentially closed manner, the sealing collar forming a sealing tray with a tray bottom in which the drain gutter is located, wherein the sealing tray has a tray connecting piece surrounding an opening provided in the tray bottom in a circumferentially closed manner, within which opening the gutter connecting piece is arranged, wherein a drain pot is provided into which the tray connecting piece opens in each operating position of the drain gutter arrangement and which is sealed against the sealing tray in each operating position in a circumferentially closed manner from the outside around the tray opening, wherein a sealing device comprising a first sealing section, a second sealing section and a connecting section, preferably an immersion pipe, characterized in that in a first operating position the first sealing section sealingly abuts the gutter opening and the connecting section and the second sealing section sealingly abuts the tray opening and the connecting section to form a sealed collection volume between the tray opening and the gutter opening, wherein the connecting section in the first operating position connects the two sealing sections (100, 200) to each other in a watertight manner via a releasable connection and wherein in a second operating position the releasable connection is released, leaving free a passage opening between the collection volume and the opening provided in the tray bottom, whereas the passage opening is closed in the first operating position so that the opening provided in the tray bottom does not communicate with the collection volume, and wherein in particular the drain gutter has a length in a first horizontal direction which is at least five times its length in a second horizontal direction.