mhurhangee/ep-ind-claims huggingface dataset:
Oil reservoir device for an engine, comprising: - a first reservoir, a second reservoir and a third reservoir, the first reservoir being provided with a first outlet towards the third reservoir and the second reservoir being provided with a second outlet towards the third reservoir, - and a shut-off element capable of shutting off the first outlet and capable of shutting off the second outlet, the shut-off element being movable between at least three positions (P1, P2, P3) such that: - in a first position of the shut-off element, the first outlet is open and the second outlet is closed; - in a second position of the shut-off element, the first outlet is closed and the second outlet is open; - in a third position of the shut-off element, the first outlet is open and the second outlet is open, the first reservoir comprising a first inlet, the second reservoir comprising a second inlet, and characterized in that the shut-off element is capable of shutting off the first inlet and capable of shutting off the second inlet. - a first reservoir, a second reservoir and a third reservoir, the first reservoir being provided with a first outlet towards the third reservoir and the second reservoir being provided with a second outlet towards the third reservoir, - and a shut-off element capable of shutting off the first outlet and capable of shutting off the second outlet, the shut-off element being movable between at least three positions (P1, P2, P3) such that: - in a first position of the shut-off element, the first outlet is open and the second outlet is closed; - in a second position of the shut-off element, the first outlet is closed and the second outlet is open; - in a third position of the shut-off element, the first outlet is open and the second outlet is open, - in a first position of the shut-off element, the first outlet is open and the second outlet is closed; - in a second position of the shut-off element, the first outlet is closed and the second outlet is open; - in a third position of the shut-off element, the first outlet is open and the second outlet is open,
A method, comprising: determining, based on information read or received from a peripheral in communication with a host device, that the peripheral is capable of authentication; configuring data lines (210,212) for non-differential signaling; performing an authentication protocol using the non-differential signaling data lines (210, 212) effective to authenticate the peripheral; responsive to the peripheral being authenticated, re-configuring the non-differential signaling data lines (210, 212) back to differential signaling for full use; and responsive to the peripheral not being authenticated, configuring the non-differential signaling data lines (210, 212) for limited use or no use. determining, based on information read or received from a peripheral in communication with a host device, that the peripheral is capable of authentication; configuring data lines (210,212) for non-differential signaling; performing an authentication protocol using the non-differential signaling data lines (210, 212) effective to authenticate the peripheral; responsive to the peripheral being authenticated, re-configuring the non-differential signaling data lines (210, 212) back to differential signaling for full use; and responsive to the peripheral not being authenticated, configuring the non-differential signaling data lines (210, 212) for limited use or no use.
A bolster spring for a vehicle suspension comprising: a base plate; a top plate; elastomeric material (460, 462, 464, 466) positioned between the base plate and the top plate; a first flange having a bottom mounting surface upwardly extending from a first end of the base plate at an angle 1/2 α; wherein the first flange comprising a pair of ears (436, 438); and one or more mounting holes (423, 434) positioned in the pair of ears (436, 438) in the first flange adapted for attachment to a pair of ears on an upwardly extending flange on a second bolster spring; characterized in that the one or more mounting holes (432, 434) on the pair of ears (436, 438) on the first flange have a gap positioned therebetween. a base plate; a top plate; elastomeric material (460, 462, 464, 466) positioned between the base plate and the top plate; a first flange having a bottom mounting surface upwardly extending from a first end of the base plate at an angle 1/2 α; wherein the first flange comprising a pair of ears (436, 438); and one or more mounting holes (423, 434) positioned in the pair of ears (436, 438) in the first flange adapted for attachment to a pair of ears on an upwardly extending flange on a second bolster spring; characterized in that the one or more mounting holes (432, 434) on the pair of ears (436, 438) on the first flange have a gap positioned therebetween.
A tray for use in a package having an outer surrounding wrapper, the tray comprising: at least one compartment having a bottom wall, an opening opposite the bottom wall, and a surrounding side wall extending between the bottom wall and the opening; a generally planar, peripheral flange disposed about the compartment and adjacent the opening; characterised by at least one flap connected relative to the flange via an associated intersection and extending substantially perpendicular relative to the flange such that the tray can be supported on the flap in a generally upright orientation, wherein the flap is movable about the intersection from a first position, substantially parallel relative to the flange, to a second position, substantially perpendicular relative to the flange. at least one compartment having a bottom wall, an opening opposite the bottom wall, and a surrounding side wall extending between the bottom wall and the opening; a generally planar, peripheral flange disposed about the compartment and adjacent the opening; characterised by at least one flap connected relative to the flange via an associated intersection and extending substantially perpendicular relative to the flange such that the tray can be supported on the flap in a generally upright orientation, wherein the flap is movable about the intersection from a first position, substantially parallel relative to the flange, to a second position, substantially perpendicular relative to the flange.
A spatial light steel frame concrete building, comprising: a wall spatial light steel frame; a floor slab spatial light steel frame connected to the wall spatial light steel frame to form a building unit spatial light steel frame; and concrete poured in the building unit spatial light steel frame, wherein each of the wall spatial light steel frame and the floor slab spatial light steel frame comprises a welded mesh reinforcement and a plurality of trellis profile steels, the plurality of trellis profile steels are spaced apart from each other and each has a plurality of stretching holes; the spatial light steel frame concrete building is a multistorey building, each storey of the spatial light steel frame concrete building is formed by one storey of integral building unit, each integral building unit is formed by horizontally arranging one or more building units, each building unit is formed by pouring the concrete in one building unit spatial light steel frame, and a plurality of integral building units are sequentially stacked upwardly to form the multistorey spatial light steel frame concrete building, in which the wall spatial light steel frame of an upper storey of integral building unit is fixed on the wall spatial light steel frame of a lower storey of integral building unit adjacent thereto; where the welded mesh reinforcement is connected to the trellis profile steels so as to connect the plurality of trellis profile steels together, each trellis profile steel comprises two wing edges parallel to each other and a plurality of web members connected between the two wing edges, the two wing edges and the plurality of web members are integrally formed, the plurality of stretching holes are defined by the plurality of web members between the two wing edges; characterized in that the welded mesh reinforcement is connected by welding to the trellis profile steels so as to connect the plurality of trellis profile steels together; and the plurality of web members and the plurality of stretching holes are formed by stretching the two wing edges; and each trellis profile steels is formed by forming a plurality of slits extended between the two wing edges in a longitudinal direction of the two wing edges and then stretching the two wing edges in a transversal direction of the two wing edges. a wall spatial light steel frame; a floor slab spatial light steel frame connected to the wall spatial light steel frame to form a building unit spatial light steel frame; and concrete poured in the building unit spatial light steel frame,
A method to access services of multiple subscriber identity modules,SIMs, of a single-radio wireless device, the method being performed by the single-radio wireless device in communication with a cellular wireless network and comprising: establishing a first protocol data unit,PDU, session for a first SIM to access a first cellular service; establishing a second PDU session for a second SIM to access a second cellular service; establishing a tunneled PDU session for the first SIM via the second SIM to access the first cellular service; requesting suspension of the tunneled PDU session; responsive to receipt of a page indication or a non-access stratum,NAS, notification message to establish a connection for the second SIM: requesting suspension of the first PDU session for the first SIM, and establishing the connection for the second SIM using the second PDU session for the second SIM; and requesting activation of the tunneled PDU session for the first SIM via the second SIM, wherein signaling and/or data traffic for the first SIM is transported via the tunneled PDU session via the second SIM, the tunneled PDU session is assigned a unique linked PDU session identifier,ID, that combines a unique identifier for the first SIM with a PDU session ID for the first PDU session for the first SIM, and the single-radio wireless device includes the unique linked PDU session ID when requesting establishment of the tunneled PDU session. establishing a first protocol data unit,PDU, session for a first SIM to access a first cellular service; establishing a second PDU session for a second SIM to access a second cellular service; establishing a tunneled PDU session for the first SIM via the second SIM to access the first cellular service; requesting suspension of the tunneled PDU session; responsive to receipt of a page indication or a non-access stratum,NAS, notification message to establish a connection for the second SIM: requesting suspension of the first PDU session for the first SIM, and establishing the connection for the second SIM using the second PDU session for the second SIM; and requesting suspension of the first PDU session for the first SIM, and establishing the connection for the second SIM using the second PDU session for the second SIM; and requesting activation of the tunneled PDU session for the first SIM via the second SIM, wherein signaling and/or data traffic for the first SIM is transported via the tunneled PDU session via the second SIM, the tunneled PDU session is assigned a unique linked PDU session identifier,ID, that combines a unique identifier for the first SIM with a PDU session ID for the first PDU session for the first SIM, and the single-radio wireless device includes the unique linked PDU session ID when requesting establishment of the tunneled PDU session.
A loudspeaker (100; 200; 300; 400) comprising: a driver (105; 205; 305; 410); a housing structure (115; 215; 315; 405); and a positioning element configured to position the driver (105; 205; 305; 410) in at least one of a first position relative to the housing structure (115; 215; 315; 405), and a second position relative to the housing structure (115; 215; 315; 405); characterised by an acoustic interface (110; 210; 310) surrounding the driver (105; 205; 305; 410), wherein an outer portion of the acoustic interface is supported by and secured to the housing structure (115; 215; 315; 405), wherein the first position relative to the housing structure (115; 215; 315; 405) is a baffle configuration for the acoustic interface (110; 210; 310), and the second position relative to the housing structure (115; 215; 315; 405) is a horn configuration for the acoustic interface (110; 210; 310). a driver (105; 205; 305; 410); a housing structure (115; 215; 315; 405); and a positioning element configured to position the driver (105; 205; 305; 410) in at least one of a first position relative to the housing structure (115; 215; 315; 405), and a second position relative to the housing structure (115; 215; 315; 405); characterised by an acoustic interface (110; 210; 310) surrounding the driver (105; 205; 305; 410), wherein an outer portion of the acoustic interface is supported by and secured to the housing structure (115; 215; 315; 405), a first position relative to the housing structure (115; 215; 315; 405), and a second position relative to the housing structure (115; 215; 315; 405); characterised by an acoustic interface (110; 210; 310) surrounding the driver (105; 205; 305; 410), wherein an outer portion of the acoustic interface is supported by and secured to the housing structure (115; 215; 315; 405), wherein the first position relative to the housing structure (115; 215; 315; 405) is a baffle configuration for the acoustic interface (110; 210; 310), and the second position relative to the housing structure (115; 215; 315; 405) is a horn configuration for the acoustic interface (110; 210; 310).
Aqueous cleaning composition comprising: a. 0.1 to 10 wt% anionic surfactant selected from alkyl sulphates, alkyl ether sulphates and combinations thereof; b. 0.1 to 10 wt% nonionic surfactant selected from alcohol ethoxylates, short chain alkyl poly glycosides and combinations thereof; and c. 1 to 20 wt% organic acid selected from lactic acid, acetic acid, malonic acid, adipic acid, glutaric acid, glycolic acid, maleic acid, succinic acid, malic acid, tartaric acid, hexanoic acid, cyclohexanoic acid, heptanoic acid, octanoic acid, 4-methyl octanoic acid, nonanoic acid, decanoic acid, benzoic acid, 4-methoxy benzoic acid and mixtures thereof; wherein the composition has a pH of 2 to 4; wherein the alcohol ethoxylate has from 1 to 7 EO; and wherein the alkyl poly glycoside has alkyl groups from C8 to C10, wherein the composition is free of organic solvent, wherein free of organic solvent means that the composition comprises less than 0.4 wt% of organic solvent. a. 0.1 to 10 wt% anionic surfactant selected from alkyl sulphates, alkyl ether sulphates and combinations thereof; b. 0.1 to 10 wt% nonionic surfactant selected from alcohol ethoxylates, short chain alkyl poly glycosides and combinations thereof; and c. 1 to 20 wt% organic acid selected from lactic acid, acetic acid, malonic acid, adipic acid, glutaric acid, glycolic acid, maleic acid, succinic acid, malic acid, tartaric acid, hexanoic acid, cyclohexanoic acid, heptanoic acid, octanoic acid, 4-methyl octanoic acid, nonanoic acid, decanoic acid, benzoic acid, 4-methoxy benzoic acid and mixtures thereof; wherein the composition has a pH of 2 to 4; wherein the alcohol ethoxylate has from 1 to 7 EO; and wherein the alkyl poly glycoside has alkyl groups from C8 to C10, wherein the composition is free of organic solvent, wherein free of organic solvent means that the composition comprises less than 0.4 wt% of organic solvent.
A process for preparing a particle comprising a co-precipitate surrounding a neutral hydrophilic carrier, said process comprising spraying an organic solution on a neutral hydrophilic carrier, said solution comprising at least TMC125, one surface active agent, and one hydrophilic polymer, wherein the spraying of whole of the solution occurs in at least two separate steps, each of these steps followed by a grinding step of the product obtained at the end of the preceding step.
Screw-nut screw coupling (10; 110) adapted to couple a screw (14; 114) with a nut screw (12; 112), said screw (14; 114) is adapted to be rotated about a first axis of rotation (15; 115) oriented in a first direction, and said nut screw (12; 112) is arranged to surround, at least partially, the screw (14; 114), and said screw-nut screw coupling (10; 110) comprises at least a coupling element (24, 32; 124, 132) which couples the screw (14; 114) with the nut screw (12; 112); the at least a coupling element (24, 32; 124, 132) rotates about a second axis of rotation (26, 34; 126, 134), oriented in a second direction which is different from the first direction; characterized by the fact that the screw-nut screw coupling (10; 110) comprises a first helix (18; 118) and a second helix (20; 120), of which the first helix (18, 118) has the same pitch as the second helix (20; 120) and a shorter radius than the second helix (20; 120), and wherein the at least a coupling element (24, 32; 124, 132) is pivoted at a first end on the first helix (18; 118) and at a second end on the second helix (20; 120).
Adapter for a windscreen wiper system, in particular of a motor vehicle, comprising a body of longitudinally elongated shape which is delimited by two longitudinal and vertical external lateral faces (29a, 29b) and which is shaped so as to be mounted in a complementary cap of reverse U-shaped section belonging to a windscreen wiper arm, this cap comprising a pair of front locking lugs (44a, 44b) which are capable of cooperating with the associated parts of the adapter in order to fix the cap to the adapter in a dismantlable manner, each of the external lateral faces (29a, 29b) of the body of the adapter comprising a front locking notch (59a, 59b), each thereof being capable of receiving an associated front locking lug (44a, 44b) of the cap, and the body of the adapter comprising rear locking means capable of cooperating with associated means of the cap, said rear locking means of the adapter comprise at least one rear locking notch (60a, 60b) which is arranged at one end of a resilient branch (62a, 62b) of the adapter, characterized in that the rear locking notch (60a, 60b) presents a horizontally inclined C-shape and is open transversely to the outside.
A breast biopsy marker catheter, comprising: a catheter shaft having a lumen, a proximal tube portion, and a distal tube portion, the proximal tube portion being joined to the distal tube portion by a frangible link, the distal tube portion having a one-way valve located in the lumen; and a bioabsorbable balloon fixedly connected to the distal tube portion to define a balloon assembly, the bioabsorbable balloon configured for fluid communication with the lumen of the catheter shaft at a location distal to the one-way valve of the distal tube portion of the catheter shaft, the balloon assembly configured to be separated from the proximal tube portion of the catheter shaft by breaking the frangible link. a catheter shaft having a lumen, a proximal tube portion, and a distal tube portion, the proximal tube portion being joined to the distal tube portion by a frangible link, the distal tube portion having a one-way valve located in the lumen; and a bioabsorbable balloon fixedly connected to the distal tube portion to define a balloon assembly, the bioabsorbable balloon configured for fluid communication with the lumen of the catheter shaft at a location distal to the one-way valve of the distal tube portion of the catheter shaft, the balloon assembly configured to be separated from the proximal tube portion of the catheter shaft by breaking the frangible link.
A cache management method, comprising: allocating at least one first storage chunk for a received message to store the message, wherein each of the at least one first storage chunk includes N storage units, and N is an integer greater than or equal to 2; based on an address of the allocated first storage chunk and a position of a storage unit occupied by the message in the first storage chunk, generating a first mapping relationship table, wherein the first mapping relationship table characterizes a storage address mapping relationship of the message; for each of the at least one allocated first storage chunk, determining a second storage chunk to which each of the at least one allocated first storage chunk belongs, wherein the second storage chunk includes M first storage chunks, and M is an integer greater than or equal to 2; and generating a second mapping relationship table by using addresses of the determined one or more second storage chunks and a position of the at least one first storage chunk in the determined one or more second storage chunks, wherein the second mapping relationship table characterizes an address mapping relationship of the at least one first storage chunk for storing the message. allocating at least one first storage chunk for a received message to store the message, wherein each of the at least one first storage chunk includes N storage units, and N is an integer greater than or equal to 2; based on an address of the allocated first storage chunk and a position of a storage unit occupied by the message in the first storage chunk, generating a first mapping relationship table, wherein the first mapping relationship table characterizes a storage address mapping relationship of the message; for each of the at least one allocated first storage chunk, determining a second storage chunk to which each of the at least one allocated first storage chunk belongs, wherein the second storage chunk includes M first storage chunks, and M is an integer greater than or equal to 2; and generating a second mapping relationship table by using addresses of the determined one or more second storage chunks and a position of the at least one first storage chunk in the determined one or more second storage chunks, wherein the second mapping relationship table characterizes an address mapping relationship of the at least one first storage chunk for storing the message.
A method of identifying breaths in parameter values representing a breathing pattern over time, including the steps of: forming a time average of the parameter values; dividing the parameter into segments (35, 36), each segment lying between subsequent intersections (32, 33, 34) of the parameter and the average; determining an extreme value (37, 38) of the parameter within each segment, the extreme value being a start of an exhalation or an end of an exhalation. forming a time average of the parameter values; dividing the parameter into segments (35, 36), each segment lying between subsequent intersections (32, 33, 34) of the parameter and the average; determining an extreme value (37, 38) of the parameter within each segment, the extreme value being a start of an exhalation or an end of an exhalation.