mhurhangee/ep-ind-claims huggingface dataset:
A collapsible irrigation device liquid reservoir for colostomy/stoma irrigation, comprising a flexible side wall having a lower step, a middle step and an upper step, wherein the steps are of progressively smaller outer dimension from bottom to top, each of the steps comprising a riser segment (34A, 36A, 38A) and a tread segment (34B, 36B, 38B) pivotably connected to one another at an external hinge (34C, 36C, 38C), the step when collapsed defining an acute step angle between the riser and tread segments of about 23°, and the step when expanded defining an obtuse step angle between the riser and tread segments of about 115°, the tread of the lower step being pivotably connected to the riser of the middle step at a first internal hinge, and the tread of the middle step being pivotably connected to the riser of the upper step at a second internal hinge.
A biocompatible stent, which is expandable in vivo, comprising a base coat and optionally a top coat, wherein the base coat comprises a blend of poly-4-hydroxybutyrate (P), and poly(L-lactide) (PLLA), and one or more therapeutic, diagnostic or prophylactic agents, wherein the ratio of P to PLLA in the blend is from 70/30 to 30/70 P /PLLA w/w.
A slide rail assembly being mounted to a first post of a rack and to a second post of the rack, comprising: a first frame, a second frame and a third frame movable longitudinally relative to each other; the first frame configured to accommodate and support a part of the second frame; the second frame used to accommodate and support a part of the third frame; a first rail, a second rail and a third rail respectively mounted on the first frame, the second frame and the third frame, and the first rail, the second rail and the third rail being located on the same side of the slide rail assembly; a corresponding passage defined by the first rail, the second rail and the third rail; and a movable rail, able to be mounted in the passage through one of the first rail and the third rail; wherein the first rail, the second rail, and the third rail respectively comprises a first wall, a second wall, and a longitudinal wall connected between the first wall and the second wall, and the passage is defined by the first wall, the second wall, and the longitudinal wall of the first rail, the second rail, and the third rail; wherein the passage is located between a front end (f) of the first rail and a rear end (r) of the third rail; wherein the first rail and the third rail are capable of being in the extended state or the retracted state relative to each other. a first frame, a second frame and a third frame movable longitudinally relative to each other; the first frame configured to accommodate and support a part of the second frame; the second frame used to accommodate and support a part of the third frame; a first rail, a second rail and a third rail respectively mounted on the first frame, the second frame and the third frame, and the first rail, the second rail and the third rail being located on the same side of the slide rail assembly; a corresponding passage defined by the first rail, the second rail and the third rail; and a movable rail, able to be mounted in the passage through one of the first rail and the third rail; wherein the first rail, the second rail, and the third rail respectively comprises a first wall, a second wall, and a longitudinal wall connected between the first wall and the second wall, and the passage is defined by the first wall, the second wall, and the longitudinal wall of the first rail, the second rail, and the third rail; wherein the passage is located between a front end (f) of the first rail and a rear end (r) of the third rail; wherein the first rail and the third rail are capable of being in the extended state or the retracted state relative to each other.
A compound of Formula: wherein: R 1 is -CH 2 CF 3 or -CH 2 CH 2 CF 3; R 2 is -CH 2 CF 3, -CH 2 CH 2 CF 3, or -CH 2 CH 2 CH 2 CF 3; R 3 is H, -CH 3, -CD 3, -CHD 2, or -CH 2 D; each R a is independently F, Cl, -CN, -OCH 3, and/or -NHCH 2 CH 2 OCH 3; and z is zero, 1, or 2. R 1 is -CH 2 CF 3 or -CH 2 CH 2 CF 3; R 2 is -CH 2 CF 3, -CH 2 CH 2 CF 3, or -CH 2 CH 2 CH 2 CF 3; R 3 is H, -CH 3, -CD 3, -CHD 2, or -CH 2 D; each R a is independently F, Cl, -CN, -OCH 3, and/or -NHCH 2 CH 2 OCH 3; and z is zero, 1, or 2.
Apparatus to feed inert material in a concrete mixing plant or an asphalt production plant, comprising a weighing tank configured to weigh on each occasion a desired quantity of inert material and a belt transport device disposed in cooperation with the weighing tank to transport the weighed quantity of inert material toward a mixing unit in a desired direction of feed, characterized in that the belt transport device has a concave section transversely and a longitudinal development, in said direction of feed, with a curvilinear configuration inclined upward, from a position below the weighing tank toward the mixing unit, having at least a curved segment of belt, or a plurality of segments of belt the envelope of which reproduces overall a curved segment of belt, shaped with a high radius of curvature, said belt transport device comprising: - a conveyor belt mobile in said direction of feed and disposed along a curvilinear path inclined upward coordinated with said curvilinear configuration; - lower positioning means of the conveyor belt comprising groups of successive adjacent idle rolls, disposed along the curvilinear path of the conveyor belt, each group of rolls comprising a central positioning idle roll and lateral positioning and return idle rolls disposed angled at the sides of the central positioning roll; - upper positioning means of the conveyor belt, said positioning and return rolls (27, 28) and said upper positioning means being configured to define both the curvilinear path of the conveyor belt in the longitudinal direction, inclined upward coordinated with said curvilinear configuration, and also the conformation with the concave cross section of the belt transport device, wherein said upper positioning means also act as delimiting means associated to the weighing tank and cooperating with the belt transport device to define a transport chamber which develops longitudinally along said curvilinear configuration inclined upward, through which the inert material is conveyed, said upper positioning means being disposed in cooperation with the conveyor belt in proximity or in substantial correspondence to angled regions between the central positioning roll and the lateral positioning and return rolls. - a conveyor belt mobile in said direction of feed and disposed along a curvilinear path inclined upward coordinated with said curvilinear configuration; - lower positioning means of the conveyor belt comprising groups of successive adjacent idle rolls, disposed along the curvilinear path of the conveyor belt, each group of rolls comprising a central positioning idle roll and lateral positioning and return idle rolls disposed angled at the sides of the central positioning roll; - upper positioning means of the conveyor belt,
A disposable drug delivery device for selecting and dispensing a number of user variable doses of a medicament, comprising a housing (10, 20), a cartridge holder for retaining a cartridge containing the medicament, a piston rod displaceable relative to the cartridge holder, a driver coupled to the piston rod, a display member for indicating a set dose and being coupled to the housing (10, 20) and to the driver, and a button coupled to the display member and to the driver, characterized in that the drug delivery device comprises the following features: - the housing comprises an outer body and an inner body with the outer body being a one-piece component with the cartridge holder, and - a first rotationally acting clutch (64, 74) is formed by the button and the display member which is in its coupled state during dose setting and in its decoupled state during dose dispensing, and a second rotationally acting clutch (22, 45) formed by the driver and the housing (10, 20) which is in its decoupled state during dose setting and in its coupled state during dose dispensing. - the housing comprises an outer body and an inner body with the outer body being a one-piece component with the cartridge holder, and - a first rotationally acting clutch (64, 74) is formed by the button and the display member which is in its coupled state during dose setting and in its decoupled state during dose dispensing, and a second rotationally acting clutch (22, 45) formed by the driver and the housing (10, 20) which is in its decoupled state during dose setting and in its coupled state during dose dispensing.
A solid fuel fireplace insert appliance comprising a front panel which comprises a first member and a second member, whereby inlet means for channelling ambient air into the appliance is provided between the first member and the second member, each of the members (4, 5) comprising one or more constructional elements, the solid fuel fireplace insert appliance further comprises a door with a window, the door being coupled to the first member; the first member and the second member each comprise a pair of side constructional elements and a top section extending between and interconnecting the side constructional elements; the first member includes an opening between the side constructional elements and the top section of the first member, the opening being closable by the door coupled to the first member; characterised in that the inlet means comprises a gap between the first member and the second member and in which the inlet means is operable to channel ambient air into the appliance through openings adjacent an ash grate of the appliance and to flow against and thereby cool the front panel and provide window wash air to clean the window of the door.
A process for recovering acetic acid from an aqueous stream, the process comprising: removing oily contaminants from the aqueous stream to form an effluent with a reduced concentration of oily contaminants; and removing acetic acid from the effluent by passing the effluent through a membrane separation zone. removing oily contaminants from the aqueous stream to form an effluent with a reduced concentration of oily contaminants; and removing acetic acid from the effluent by passing the effluent through a membrane separation zone.
Piece of furniture, which comprises one or more furniture parts as well as one or more furniture fitting elements, which are connected to the furniture parts via attachments, wherein at least one of said attachments is formed by, on the one hand, an opening in the wall of the respective furniture part, wherein this opening is provided with at least one collar, and, on the other hand, an attachment element which works in conjunction with the respective furniture fitting element and which can be provided in said opening, wherein this attachment element is provided with one or more locking parts which engage behind the collar or collars; wherein the locking parts comprise activating means for bringing them from a first condition, in which the locking parts do not cooperate with the collar or cooperate therewith only partially, into a second condition in which they positively engage behind the collar; wherein the attachment element consists at least of a first part and a second part, which either are connected to each other or not, wherein the first part comprises one or more of said locking parts and the second part forms the activating means for activating the locking parts and/or holding them in their engaged position; chracterized in that the attachment element comprises locking means which can lock the first part and the second part in mutual respect when said one or more locking parts engage behind the collar or collars, wherein said wall forms part of a whether or not covered particle board; that this particle board comprises at least two layers of particle material, a first layer which substantially is present in the core of the particle board, and a second layer which is present close to the wall, wherein the second layer consists of on average finer particle material than the first layer; and that said collar substantially is made of the finer particle material, and preferably the surface itself of the collar still is formed in the finer particle material.
A coding device for MPEG-4 coding comprising: coding means for coding a unit image in macroblocks; first storing means for storing a code output from said coding means; and second storing means for storing an output from said first storing means; code volume control means for controlling the transfer amount of said code stored in said first storing means to said second storing means based on a code volume of said code obtained by said coding means such that a length of video packets constituted by said code is a predetermined length or less, wherein said code volume control means controls storage of stuffing macroblocks in said second storing means based on a minimum code volume, Tmin, obtained for each unit image, wherein said code volume control means sets said minimum code volume, Tmin, such that said second storing means does not cause an underflow, by calculating: Tmin ≧ 2 ∗ R / F − B where R is the read rate of the transmitting buffer in bit/s, F is the period of said unit image in s and B is current occupancy of the transmitting buffer in bits, wherein when a present code volume, Sc, of a unit image including all already coded macroblocks constituting said unit image is smaller than said minimum code volume, Tmin, of said unit image and when a number, M, of macroblocks of said unit image to be coded subsequently to all already coded macroblocks, a predetermined length, Vplen, of said video packet, said minimum code volume, Tmin, and said present code volume, Sc, have a first relationship satisfied: M ∗ VPlen < Tmin − Sc, said code volume control means inserts stuffing macroblocks into said video packet until said first relationship is not satisfied, when said first relationship is not satisfied and a second relationship: M − 1 ∗ VPlen < Tmin − Sc is satisfied, said code volume control means constitutes a video packet next to said video packet by inserting a macroblock next to said last coded macroblock without inserting a stuffing block into said video packet. coding means for coding a unit image in macroblocks; first storing means for storing a code output from said coding means; and second storing means for storing an output from said first storing means; code volume control means for controlling the transfer amount of said code stored in said first storing means to said second storing means based on a code volume of said code obtained by said coding means such that a length of video packets constituted by said code is a predetermined length or less, wherein
Damper arrangement comprising a fixing arrangement and a plurality of active dampers (1a, 1b; 1a-1d; 1a-1f; 1a-1h), each of which comprises a reaction-mass arrangement and an actuator, by means of which the reaction-mass arrangement is movable along a movement axis, the movement axes of at least two dampers (1a, 1b; 1 a-1d; 1a-1f; 1a-1h) deviating from one another, and the movement axes being directed past the centre of mass of the fixing arrangement, and a sensor device being provided for each direction of the movement axes (1a, 1b; 1a-1d; 1a-1f; 1a-1h), characterised in that an active damper is included in each damper module, which comprises the actuator, the reaction-mass arrangement and the sensor device, and each damper module being accommodated in a housing (5, 7, 18), each damper (1 a, 1b; 1a-1d; 1 a-1f; 1 a-1 h) comprising a sensor device, and the reaction-mass arrangement being movably mounted in a guide, and the guide and the movement device of a movable element of the actuator determining a movement axis, along which the reaction-mass arrangement can be moved.
A sleeper which has a concrete body with a sleeper sole attached thereto, wherein for shearing-force-proof connection of the sleeper sole to the concrete body, fibres are connected at one side to the sleeper sole and at the other side to the concrete body and in this case are partially embedded in the concrete of the concrete body, characterised in that the sleeper sole is flocked with the fibres.
A method for balancing currents of two or more parallel-connected power semiconductor switches during an on-state of the switches, wherein a control terminal of each switch is driven by an output of a respective driver unit, wherein the method comprises: determining ratios between the currents through the switches, and, for each switch: controlling the voltage at the control terminal on the basis of the ratios by controlling a level of a supply voltage of the driver unit of the switch, characterized in that the method further comprises: after turn-on commutation transient, pulse-width modulating the output of the driver unit while the supply voltage of the driver unit changes from a first supply voltage level to a second supply voltage level.
A bonded body formed by bonding a ceramic member formed of an Al-based ceramic and a copper member formed of copper or a copper alloy, wherein, in a bonding layer formed between the ceramic member and the copper member, a crystalline active metal compound layer formed of a compound including an active metal is formed on a ceramic member side, and, an Al concentration is 0.15 at% or less in a thickness range of 0.5 μm to 3 μm from an interface on a copper member side of the active metal compound layer toward the copper member. wherein, in a bonding layer formed between the ceramic member and the copper member, a crystalline active metal compound layer formed of a compound including an active metal is formed on a ceramic member side, and, an Al concentration is 0.15 at% or less in a thickness range of 0.5 μm to 3 μm from an interface on a copper member side of the active metal compound layer toward the copper member.
A display module comprising: a display substrate including a front surface, a back surface, and a display area on the front surface; a plurality of interconnects (204, 206) extending through the display substrate from the front surface to the back surface directly behind the display area; an array of light emitting diodes - LEDs - in the display area and an array of micro chips within the display area, wherein the array of micro chips are electrically connected with the plurality of interconnects and the array of LEDs; and one or more driver circuits (230, 234) on the front surface or the back surface of the display substrate. a display substrate including a front surface, a back surface, and a display area on the front surface; a plurality of interconnects (204, 206) extending through the display substrate from the front surface to the back surface directly behind the display area; an array of light emitting diodes - LEDs - in the display area and an array of micro chips within the display area, wherein the array of micro chips are electrically connected with the plurality of interconnects and the array of LEDs; and one or more driver circuits (230, 234) on the front surface or the back surface of the display substrate.
Process for controlling chocolate mass in production equipment during periods of non-production, which chocolate mass during periods of production is pumpable to such an extent that it is capable of flowing in the equipment of a production system such as a chocolate moulding line, a chocolate enrobing line or the like, and which chocolate mass is tempered and crystallised when pumped through a tempering machine or device in the production system, characterised in, that during periods of non-production, the chocolate mass is heated to 40-50 °C, whereafter the chocolate mass is cooled (c-d) to a "rest" temperature (2-5, d-e), which is above the crystal-creation temperature for the particular chocolate mass, and that the mass is kept at that temperature until next production start-up (e), that the chocolate mass is cooled (c-d) to a "rest" temperature of 36 °C (2-5, d-e) or lower, and that the mass is kept at that temperature without being subjected to pumping, stirring or mixing.
A composition comprising: a. at least one latent fluorophore which further comprises: i. at least one enzyme-reactive quenching group, and ii. at least one conjugative group wherein the conjugative group is chosen from bioconjugative groups comprising a pyrrole-2,5-dione group, a biotin group, a PEG linker having a polymerization number n, wherein n is any positive number up to 200, and combinations thereof; and b. at least one support connectable to the latent fluorophore, wherein the at least one support is chosen from microspheres, microbeads, beads and/or is magnetic, wherein the at least one support is connected to the latent fluorophore by the at least one conjugative group. a. at least one latent fluorophore which further comprises: i. at least one enzyme-reactive quenching group, and ii. at least one conjugative group wherein the conjugative group is chosen from bioconjugative groups comprising a pyrrole-2,5-dione group, a biotin group, a PEG linker having a polymerization number n, wherein n is any positive number up to 200, and combinations thereof; and i. at least one enzyme-reactive quenching group, and ii. at least one conjugative group wherein the conjugative group is chosen from bioconjugative groups comprising a pyrrole-2,5-dione group, a biotin group, a PEG linker having a polymerization number n, wherein n is any positive number up to 200, and combinations thereof; and b. at least one support connectable to the latent fluorophore, wherein the at least one support is chosen from microspheres, microbeads, beads and/or is magnetic,
A turbocharger assembly comprising: a housing that comprises a through bore extending from a compressor side to a turbine side of the housing and an axial face disposed in the through bore between a through bore surface at a first diameter and a through bore surface at a second diameter; a locating plate attached to the compressor side of the housing wherein the locating plate comprises a keyed opening; and a journal bearing disposed in the through bore of the housing wherein the journal bearing comprises a keyed compressor end and an enlarged outer portion defined between two axial faces (435, 437) by an outer diameter (D L) and an axial length (Z L) wherein an axial length between the keyed compressor end and a turbine end of the journal bearing exceeds the axial length (Z L) of the enlarged outer portion, wherein the axial face disposed in the through bore of the housing, the locating plate, and the two axial faces (435, 437) of the journal bearing axially locate the journal bearing in the through bore of the housing, and wherein the keyed opening of the locating plate and the keyed compressor end of the journal bearing azimuthally locate the journal bearing in the through bore of the housing. a housing that comprises a through bore extending from a compressor side to a turbine side of the housing and an axial face disposed in the through bore between a through bore surface at a first diameter and a through bore surface at a second diameter; a locating plate attached to the compressor side of the housing wherein the locating plate comprises a keyed opening; and a journal bearing disposed in the through bore of the housing wherein the journal bearing comprises a keyed compressor end and an enlarged outer portion defined between two axial faces (435, 437) by an outer diameter (D L) and an axial length (Z L) wherein an axial length between the keyed compressor end and a turbine end of the journal bearing exceeds the axial length (Z L) of the enlarged outer portion, wherein the axial face disposed in the through bore of the housing, the locating plate, and the two axial faces (435, 437) of the journal bearing axially locate the journal bearing in the through bore of the housing, and wherein the keyed opening of the locating plate and the keyed compressor end of the journal bearing azimuthally locate the journal bearing in the through bore of the housing.