mhurhangee/ep-ind-claims huggingface dataset:
A catheter assembly having a length comprising: an elongate member being a catheter having a first fluid channel; a sheath along the elongate member and selectively attached to the elongate member, the sheath having a first relaxed configuration and a second pressurized configuration and cooperating with the elongate member to form a second fluid channel, the sheath comprising sheath apertures; a fluid hub port in communication with the first fluid channel adapted to deliver a fluid through the first fluid channel to a first location along the length of the elongate member; and a hub port in communication with the second fluid channel adapted to deliver a fluid through the second fluid channel to a second location along the length of the elongate member, wherein the sheath surrounds the elongate member such that the inner surface of the sheath partially contacts the outer surface of the elongate member, characterized in that the sheath is loosely fitted along the elongate member in the first relaxed configuration such that sheath pockets are created along the elongate member between the sheath and the elongate member, the sheath pockets being localized and not running as a continuous channel between sheath apertures and the hub port. an elongate member being a catheter having a first fluid channel; a sheath along the elongate member and selectively attached to the elongate member, the sheath having a first relaxed configuration and a second pressurized configuration and cooperating with the elongate member to form a second fluid channel, the sheath comprising sheath apertures; a fluid hub port in communication with the first fluid channel adapted to deliver a fluid through the first fluid channel to a first location along the length of the elongate member; and a hub port in communication with the second fluid channel adapted to deliver a fluid through the second fluid channel to a second location along the length of the elongate member, wherein the sheath surrounds the elongate member such that the inner surface of the sheath partially contacts the outer surface of the elongate member, characterized in that the sheath is loosely fitted along the elongate member in the first relaxed configuration such that sheath pockets are created along the elongate member between the sheath and the elongate member, the sheath pockets being localized and not running as a continuous channel between sheath apertures and the hub port.
Device for storage and dosage of a powder or a liquid, wherein the device comprises a removable top cap, a top opening through which the device can be filled with a content, an annular grip portion, a main container which is provided with at least one opening in the lower end to let the content pass through, and which annular grip portion further connects and locks the main container to an outer container which is provided with at least one opening, which main container is arranged to store an amount of a powder or a liquid and the outer container encircles and connects the main container to a volume container, which volume container is used to adjust a dispensing volume of the device and has a removable bottom cap in its lower end covering a bottom opening through which a desired amount of the content can be discharged, wherein the top opening is larger than the bottom opening, characterized in that the annular grip portion encircles an upper part of the main container and in that the main container can be rotated by turning the annular grip portion and thereby align the opening of the main container with the opening of the outer container, whereby the volume to be discharged is transferred from the main container to the volume container.
A control device comprising: • a casing (12, 14) that contains at least one switch; and • a control member that is movable relative to the casing (12, 14) and that presents at least one element that projects from a face of the control member, which face is oriented towards the casing (12, 14); the control device being characterized in that the casing (12, 14) includes a deformable region from which there extend a first tongue that is arranged so as to co-operate with said element in at least one position of the control member, and a second tongue for actuating the switch. • a casing (12, 14) that contains at least one switch; and • a control member that is movable relative to the casing (12, 14) and that presents at least one element that projects from a face of the control member, which face is oriented towards the casing (12, 14); the control device being characterized in that the casing (12, 14) includes a deformable region from which there extend a first tongue that is arranged so as to co-operate with said element in at least one position of the control member, and a second tongue for actuating the switch.
An engine block where a fuel injector having at least one spray pipe is fixed, in order to be used for providing spraying offuel into the combustion chamber in a controlled manner in internal combustion engines, characterized in that said engine block comprises at least one channel at least partially surrounding said spray pipe and being connected to the exhaust system of the internal combustion engine, wherein hot exhaust gases circulate in order to increase the temperature in a critical region defined between the engine block and said spray pipe.
A succinimide dispersant which is a reaction product of a hydrocarbyl succinimide and a heteroaromatic glycidyl ether having a Structure I: wherein R 1 is a heteroaryl or heteroarylalkyl group having 4 to 20 carbon atoms, and R 2 and R 3 are independently a hydrogen atom, an alkyl group, or an aryl group.
A roll stand for rolling metal strips having a suction device arranged on the roll stand, comprising at least one suction chamber (29, 30, 31, 32) arranged above a roll gap of the roll stand and having a gap-shaped suction opening (34, 35, 36, 37) extending essentially longitudinally or transversely to the conveying direction of the metal strip, characterized in that the suction opening (34, 35, 36, 37) is arranged within a suction hood, which covers a coiler area (17, 19), in such a manner that the suction opening (34, 35, 36, 37) defines an opening plane (41, 47), for producing a flow wall, by means of a supply-air opening (40, 46) extending essentially parallel to the suction opening (34, 35, 36, 37), said flow wall extending at least partially between the suction hood and a metal-strip conveying plane extending through the roll gap and divides an extraction-hood area of the roll stand from a surrounding area of the roll stand.
A tool for assembling and disassembling a first implant component and a second implant component, the tool comprising: a proximal end, a distal end, and a longitudinal axis; an elongated force transmission structure for transmitting a force in a direction along the longitudinal axis, the force transmission structure including a proximally facing contact surface; two elongated retaining elements, each retaining element having a distally facing retaining surface at a proximal end thereof; and an actuation mechanism, wherein the actuation mechanism is operable to move the retaining elements between a standby position and a retaining position, wherein in the retaining position the proximal ends of the retaining elements are closer to each other than in the standby position; and wherein the actuation mechanism further comprises an actuation member, the actuation member being arranged between distal ends of the retaining elements; and characterized in that the actuation member includes a distally tapered portion, wherein the distal ends of the retaining elements are in contact with a slanted surface of the distally tapered portion, such that a further actuation of the actuation mechanism after assuming the retaining position causes a relative movement of the distally facing retaining surfaces in relation to the contact surface in a distal direction. a proximal end, a distal end, and a longitudinal axis; an elongated force transmission structure for transmitting a force in a direction along the longitudinal axis, the force transmission structure including a proximally facing contact surface; two elongated retaining elements, each retaining element having a distally facing retaining surface at a proximal end thereof; and an actuation mechanism, wherein the actuation mechanism is operable to move the retaining elements between a standby position and a retaining position, wherein in the retaining position the proximal ends of the retaining elements are closer to each other than in the standby position; and wherein the actuation mechanism further comprises an actuation member, the actuation member being arranged between distal ends of the retaining elements; and characterized in that the actuation member includes a distally tapered portion, wherein the distal ends of the retaining elements are in contact with a slanted surface of the distally tapered portion, such that a further actuation of the actuation mechanism after assuming the retaining position causes a relative movement of the distally facing retaining surfaces in relation to the contact surface in a distal direction.
An apparatus for alignment of elevator guide rails, whereby the apparatus comprises: a stationary part being attachable to an elevator guide rail element at a predetermined height above a joint between two consecutive end-on-end mounted elevator guide rail elements (51, 52), characterized in that said apparatus further comprises an elongated measuring frame having an upper end and a lower end, the upper end being supported with an articulated joint at the stationary part, a number of inductive sensors (S1, S2, S3, S4, T1) being positioned on the measuring frame, whereby at least a part of the inductive sensors are directed in a first direction being the direction between the guide rails towards a tip of the guide rail elements (51, 52), said part being further divided into two sub parts so that a first sub part of the inductive sensors (S1, S2, S3, S4) is directed towards the upper elevator guide rail element and the rest are directed towards the lower elevator guide rail element, a connection board for the inductive sensors (S1, S2, S3, S4), visualization means, electronics, and a power source. a stationary part being attachable to an elevator guide rail element at a predetermined height above a joint between two consecutive end-on-end mounted elevator guide rail elements (51, 52), characterized in that said apparatus further comprises an elongated measuring frame having an upper end and a lower end, the upper end being supported with an articulated joint at the stationary part, a number of inductive sensors (S1, S2, S3, S4, T1) being positioned on the measuring frame, whereby at least a part of the inductive sensors are directed in a first direction being the direction between the guide rails towards a tip of the guide rail elements (51, 52), said part being further divided into two sub parts so that a first sub part of the inductive sensors (S1, S2, S3, S4) is directed towards the upper elevator guide rail element and the rest are directed towards the lower elevator guide rail element, a connection board for the inductive sensors (S1, S2, S3, S4), visualization means, electronics, and a power source.
Front unit (16; 100; 200) of a sliding board binding, comprising a holding device which is designed to engage a sliding board boot and to hold it on the sliding board binding such that it can pivot about a transverse axis extending transversely to a sliding board longitudinal axis, the front unit (16; 100; 200) being movable between a closed position, in which the holding device is ready for operation so as to hold a sliding board boot in pivotal engagement, and an open position, in which the holding device releases the sliding board boot, and comprises two engagement elements (30l, 30r; 130r; 230l, 230r) each having a coupling means (32l, 32r; 132r; 232l, 232r) for coupling to a mating coupling means of a sliding board boot, the engagement elements (30l, 30r; 130r; 230l, 230r) being pretensioned in the closed position by a spring apparatus such that the coupling means (32l, 32r; 132r; 232l, 232r) clampingly engage a sliding board boot from opposite sides, characterised in that the front unit (16; 100; 200) is movable into a passive position, which is different from the open position and the closed position and in which the holding device is moved towards the sliding board into a flat configuration, the movement of the front unit (16; 100; 200) into the passive position involving a pivot movement of the holding device.
A system comprising a tibial bearing component (112,212) and a femoral component for use in a knee replacement procedure, wherein the tibial bearing component is arranged to articulate with a medial condyle and a lateral condyle of the femoral component, the tibial bearing component characterized in that it comprises: a distal surface; and an articular surface (122,214) opposing the distal surface, the articular surface including a medial compartment (126, 220) and a lateral compartment (128, 222) configured for articulation with the medial condyle and the lateral condyle of the femoral component, respectively; the lateral compartment having a lateral articular track with a lateral anterior-posterior extent, the lateral articular track comprising a plurality of distal-most points along a proximal surface of the lateral compartment that are contacted by the lateral condyle during rollback of the femoral component; the medial compartment differing in configuration from the lateral compartment and having an anterior lip height of between 9 mm and 13 mm, wherein the medial compartment is configured relative to the medial condyle to have between 31% and 63% of an overall surface area thereof contacted by the medial condyle of the femoral component with the femoral component in 0° flexion. a distal surface; and an articular surface (122,214) opposing the distal surface, the articular surface including a medial compartment (126, 220) and a lateral compartment (128, 222) configured for articulation with the medial condyle and the lateral condyle of the femoral component, respectively; the lateral compartment having a lateral articular track with a lateral anterior-posterior extent, the lateral articular track comprising a plurality of distal-most points along a proximal surface of the lateral compartment that are contacted by the lateral condyle during rollback of the femoral component; the medial compartment differing in configuration from the lateral compartment and having an anterior lip height of between 9 mm and 13 mm, wherein the medial compartment is configured relative to the medial condyle to have between 31% and 63% of an overall surface area thereof contacted by the medial condyle of the femoral component with the femoral component in 0° flexion.
An air treatment apparatus comprising: a. an air flow path extending from an air treatment apparatus air inlet to an air treatment apparatus air outlet; b. a momentum separator positioned in the air flow path, the momentum separator having an upper wall, a lower wall, a sidewall extending between the upper and lower walls and a momentum separator air inlet, characterized in that the upper wall comprises an upper porous section, the sidewall comprises a side porous section, the sidewall comprises a first sidewall, the first sidewall comprising the side porous section; wherein the air treatment apparatus comprises: c. an upper end wall spaced from and facing the upper porous section wherein an upper air flow chamber is positioned between the upper end wall and the upper porous section; and, d. an end wall spaced from and facing the side porous section wherein an up flow chamber is positioned between the end wall and the side porous section wherein the up flow chamber merges with the upper air flow chamber at a downstream end of the upper air flow chamber. a. an air flow path extending from an air treatment apparatus air inlet to an air treatment apparatus air outlet; b. a momentum separator positioned in the air flow path, the momentum separator having an upper wall, a lower wall, a sidewall extending between the upper and lower walls and a momentum separator air inlet, characterized in that the upper wall comprises an upper porous section, the sidewall comprises a side porous section, the sidewall comprises a first sidewall, the first sidewall comprising the side porous section; wherein the air treatment apparatus comprises: c. an upper end wall spaced from and facing the upper porous section wherein an upper air flow chamber is positioned between the upper end wall and the upper porous section; and, d. an end wall spaced from and facing the side porous section wherein an up flow chamber is positioned between the end wall and the side porous section c. an upper end wall spaced from and facing the upper porous section wherein an upper air flow chamber is positioned between the upper end wall and the upper porous section; and, d. an end wall spaced from and facing the side porous section wherein an up flow chamber is positioned between the end wall and the side porous section
Saddle stitcher with stitching heads, clincher boxes allocated to these and guide pieces (10, 21), in which the clincher boxes and the guide pieces (10, 21) are fastened to a clincher plate (18, 28) of the saddle stitcher with fasteners so that they may be positioned freely, and the back of the clincher plate (18, 28) has a recessed chamfer or a groove and the fasteners of the clincher boxes and the guide pieces (10, 21) each comprise a clamping piece (6, 16, 26), which may be clamped against the chamfer or in the groove with a face or a bridge, in which the clamping piece (6, 16, 26) is held on the relevant clincher box or the relevant guide piece (10, 21) so that it may be placed on the clincher plate (18, 28) in the loosened state of the clamping piece, characterised in that the clincher plate (18, 28) has no T groove.
An anti-icing system (150; 250), comprising: an inner duct having a forward end configured to deliver a heated gas to a plenum and an aft end spaced from the forward end; an outer duct circumferentially encompassing at least a portion of the inner duct; and a forward seal system disposed proximate the forward end, the forward seal system including an aft attachment flange configured for positioning adjacent an aft bulkhead face of a forward bulkhead, the inner duct and the outer duct being connected to the aft attachment flange, and a seal configured for positioning adjacent a forward flange face of the aft attachment flange, characterised in that a forward facing end of the outer duct is welded to an aft flange face of the aft attachment flange. an inner duct having a forward end configured to deliver a heated gas to a plenum and an aft end spaced from the forward end; an outer duct circumferentially encompassing at least a portion of the inner duct; and a forward seal system disposed proximate the forward end, the forward seal system including an aft attachment flange configured for positioning adjacent an aft bulkhead face of a forward bulkhead, the inner duct and the outer duct being connected to the aft attachment flange, and a seal configured for positioning adjacent a forward flange face of the aft attachment flange, characterised in that a forward facing end of the outer duct is welded to an aft flange face of the aft attachment flange. an aft attachment flange configured for positioning adjacent an aft bulkhead face of a forward bulkhead, the inner duct and the outer duct being connected to the aft attachment flange, and a seal configured for positioning adjacent a forward flange face of the aft attachment flange, characterised in that a forward facing end of the outer duct is welded to an aft flange face of the aft attachment flange.
A welding device for welding stacked materials (113, 123) to each other that contain a thermoplastic resin, the welding device comprising: heating units (110, 120) configured to come into contact with each of the materials (113, 123); and a mold (130, 140) configured to interpose the heating units (110, 120) between each of the materials (113, 123) and the mold (130, 140), wherein the heating units (110, 120) have a sheet-like heat generating body (114, 124) configured to generate heat by electric power and insulating layers (113, 123), characterized in that the heating units (110, 120) further comprise a contact layer (121, 122) and is configured such that a structure in which the heat generating body (114, 124) is interposed between the insulating layers (113, 123) is laminated on the contact layer (121, 122), and wherein the contact layer (121, 122) has thermal conductivity of 10 W/m×K or greater at normal temperature and Young's modulus of 30 GPa or greater at normal temperature; wherein the welding device further comprises an inline plate having an end contact face configured to abut against end faces of the materials (113, 123). heating units (110, 120) configured to come into contact with each of the materials (113, 123); and a mold (130, 140) configured to interpose the heating units (110, 120) between each of the materials (113, 123) and the mold (130, 140), wherein the heating units (110, 120) have a sheet-like heat generating body (114, 124) configured to generate heat by electric power and insulating layers (113, 123), characterized in that the heating units (110, 120) further comprise a contact layer (121, 122) and is configured such that a structure in which the heat generating body (114, 124) is interposed between the insulating layers (113, 123) is laminated on the contact layer (121, 122), and wherein the contact layer (121, 122) has thermal conductivity of 10 W/m×K or greater at normal temperature and Young's modulus of 30 GPa or greater at normal temperature; wherein the welding device further comprises an inline plate having an end contact face configured to abut against end faces of the materials (113, 123).