mhurhangee/ep-ind-claims huggingface dataset:
A hard-sided luggage bag, comprising: at least one shell portion (30, 32) having a front side, a back side, and a bottom side extending generally between the front and back sides (14, 16), the at least one shell portion (30, 32) enclosing a storage compartment and comprising an access opening permitting access to the storage compartment, the access opening formed in at least part of the front side and spaced apart from the bottom side; at least one lid releasably coupled to the at least one shell portion (30, 32) to cover the access opening, the at least one lid being releasably joined to the at least one shell portion (30, 32) along left, top and right edges (48, 50, 52) of the access opening that extend generally across respective left, top and right sides (20, 26, 22) of the at least one shell portion (30, 32); and a plurality of wheels arranged on the bottom side of the bag; wherein, in a depth direction, the left, top and right edges (48, 50, 52) are arranged generally adjacent to the front side, and the left, top and right sides (20, 26, 22) present a generally uniform dimension in the depth direction so that the storage compartment is of a generally uniform depth over the left, top and right edges (48, 50, 52) of the access opening; characterised in that the at least one shell portion (30, 32) comprises a rearward shell portion coupled to a forward shell portion, the forward shell portion comprising the access opening; and the plurality of wheels comprises at least one wheel fixed to the rearward shell portion and at least one wheel fixed to the forward shell portion. at least one shell portion (30, 32) having a front side, a back side, and a bottom side extending generally between the front and back sides (14, 16), the at least one shell portion (30, 32) enclosing a storage compartment and comprising an access opening permitting access to the storage compartment, the access opening formed in at least part of the front side and spaced apart from the bottom side; at least one lid releasably coupled to the at least one shell portion (30, 32) to cover the access opening, the at least one lid being releasably joined to the at least one shell portion (30, 32) along left, top and right edges (48, 50, 52) of the access opening that extend generally across respective left, top and right sides (20, 26, 22) of the at least one shell portion (30, 32); and a plurality of wheels arranged on the bottom side of the bag;
A spray arm assembly comprising: a rotatably spray arm, the spray arm having a body defining: an inlet opening and an outlet opening spaced along the body from each other, wherein the body is configured to receive washing fluid through the inlet opening and direct at least a portion of the washing fluid to the outlet opening; and one or more fluid supply channels (281, 283, 284) extending between and fluidly communicating the inlet opening and the outlet opening within the body; and a satellite arm rotatably coupled to the spray arm at the outlet opening; wherein at least a portion of the one or more fluid supply channels (281, 283, 284) extends past the outlet opening relative to the inlet opening such that the one or more fluid supply channels (281, 283, 284) are configured to direct at least a portion of washing fluid flowing from the inlet opening to the outlet opening radially past the outlet opening and at least partially back towards the inlet opening before entering the outlet opening and the satellite arm, characterized in that the body further comprises a flow-directing element disposed between the inlet opening and the outlet opening, the flow-directing element dividing one of the one or more fluid supply channels into two fluid supply channels (283, 284) each located along opposite sides of flow-directing element to separate the washing fluid flowing through the spray arm. a rotatably spray arm, the spray arm having a body defining: an inlet opening and an outlet opening spaced along the body from each other, wherein the body is configured to receive washing fluid through the inlet opening and direct at least a portion of the washing fluid to the outlet opening; and one or more fluid supply channels (281, 283, 284) extending between and fluidly communicating the inlet opening and the outlet opening within the body; and an inlet opening and an outlet opening spaced along the body from each other, wherein the body is configured to receive washing fluid through the inlet opening and direct at least a portion of the washing fluid to the outlet opening; and one or more fluid supply channels (281, 283, 284) extending between and fluidly communicating the inlet opening and the outlet opening within the body; and a satellite arm rotatably coupled to the spray arm at the outlet opening; wherein at least a portion of the one or more fluid supply channels (281, 283, 284) extends past the outlet opening relative to the inlet opening such that the one or more fluid supply channels (281, 283, 284) are configured to direct at least a portion of washing fluid flowing from the inlet opening to the outlet opening radially past the outlet opening and at least partially back towards the inlet opening before entering the outlet opening and the satellite arm, characterized in that the body further comprises a flow-directing element disposed between the inlet opening and the outlet opening, the flow-directing element dividing one of the one or more fluid supply channels into two fluid supply channels (283, 284) each located along opposite sides of flow-directing element to separate the washing fluid flowing through the spray arm.
An extravascular implantable medical electrical lead comprising a lead body defining a proximal end and a distal portion, wherein at least a part of the distal portion of the lead body defines an undulating configuration; a defibrillation electrode that includes a plurality of defibrillation electrode segments disposed along the undulating configuration spaced apart from one another by a distance; and at least one electrode disposed between adjacent segments of the plurality of defibrillation electrode segments, the at least one electrode configured to, at least one of, deliver a pacing pulse to a heart and sense cardiac electrical activity of the heart. a lead body defining a proximal end and a distal portion, wherein at least a part of the distal portion of the lead body defines an undulating configuration; a defibrillation electrode that includes a plurality of defibrillation electrode segments disposed along the undulating configuration spaced apart from one another by a distance; and at least one electrode disposed between adjacent segments of the plurality of defibrillation electrode segments, the at least one electrode configured to, at least one of, deliver a pacing pulse to a heart and sense cardiac electrical activity of the heart.
A hydrophilic substrate, comprising on its surface a hydrophilic polymer layer formed of a hydrophilic polymer having a number average molecular weight of 40,000 or more, wherein the hydrophilic substrate is obtained by surface coating with a solution of the hydrophilic polymer, and wherein the hydrophilic polymer layer is formed of at least one hydrophilic polymer selected from the group consisting of polymers represented by the following formula: wherein R 1 represents a hydrogen atom or a methyl group, R 2 represents an alkyl group, m represents 1 to 5, and n represents the number of repetitions.
Manufacturing station for workpieces, in particular vehicle body parts, wherein the manufacturing station is of modular design and has a plurality of, in particular two, integrated manufacturing cells (7, 8) with in each case a dedicated process region, wherein the process regions are designed to be uniform with one another in terms of their basic construction, and - the process regions each have a uniform receiving device (20, 21) for the workpieces and at their periphery a plurality of uniformly positioned and prepared robot workstations, and - at the plurality of robot workstations there is provided a uniform position preset for an industrial robot to be arranged there as required, and wherein - the manufacturing station has a station-internal transport logistics for the workpieces that is common to the manufacturing cells (7, 8) and that connects the manufacturing cells (7, 8) to one another and together to the external environment. - the process regions each have a uniform receiving device (20, 21) for the workpieces and at their periphery a plurality of uniformly positioned and prepared robot workstations, and - at the plurality of robot workstations there is provided a uniform position preset for an industrial robot to be arranged there as required, and wherein - the manufacturing station has a station-internal transport logistics for the workpieces that is common to the manufacturing cells (7, 8) and that connects the manufacturing cells (7, 8) to one another and together to the external environment.
A traffic condition monitoring system for a vehicle, the system comprising a sensor assembly attachable to a vehicle body, said sensor assembly comprising a sensor (2a, 2b) for monitoring traffic conditions ahead of the vehicle, characterised by; a set of tapered, plate-like mounting members, wherein each mounting member of the set has a different taper, so that a monitoring direction of said sensor (2a, 2b) is determined based on the taper of a selected mounting member; the sensor assembly being attachable to the vehicle body, via one of said mounting members, selected from the set of mounting members.
An electro-optic continuous fluid level sensor comprising: a body having a first end portion and an oppositely disposed second end portion, the body defining a central bore and a central longitudinal axis, the central bore adapted to receive a fluid; a light source disposed at the first end portion of the body, the light source being aligned with the central longitudinal axis, wherein the light source emits light in a direction that is generally parallel with the central longitudinal axis; a light detector assembly disposed at the second end portion of the body and adapted to receive light emitted from the light source, the light detector assembly including a first light detector and a second light detector, wherein the second light detector is axially offset from the first light detector in a direction that is generally parallel with the central longitudinal axis. a body having a first end portion and an oppositely disposed second end portion, the body defining a central bore and a central longitudinal axis, the central bore adapted to receive a fluid; a light source disposed at the first end portion of the body, the light source being aligned with the central longitudinal axis, wherein the light source emits light in a direction that is generally parallel with the central longitudinal axis; a light detector assembly disposed at the second end portion of the body and adapted to receive light emitted from the light source, the light detector assembly including a first light detector and a second light detector, wherein the second light detector is axially offset from the first light detector in a direction that is generally parallel with the central longitudinal axis.
An expansion joint for connecting pipe elements, said expansion joint comprising: a tube having an outer surface and first and second ends (16, 18) oppositely disposed; a sleeve having first and second ends (22, 24) oppositely disposed, said sleeve being positioned surrounding at least a portion of said tube, said portion including said second end of said tube; a ring, separate from said sleeve and removably attachable to said first end thereof, said ring surrounding said tube and having an inner surface facing said outer surface of said tube; a coupling positioned between said ring and said first end of said sleeve, said coupling removably attaching said ring to said sleeve at a joint therebetween; a seal sealingly engaging said outer surface of said tube, said ring and said sleeve being slidably movable axially relatively to said tube, characterized in that the seal is mounted on the inner surface of said ring, and and gasket seal is mounted on the inner surface of the coupling to provide a fluid tigth seal at the joint between the sleeve and the ring. a tube having an outer surface and first and second ends (16, 18) oppositely disposed; a sleeve having first and second ends (22, 24) oppositely disposed, said sleeve being positioned surrounding at least a portion of said tube, said portion including said second end of said tube; a ring, separate from said sleeve and removably attachable to said first end thereof, said ring surrounding said tube and having an inner surface facing said outer surface of said tube; a coupling positioned between said ring and said first end of said sleeve, said coupling removably attaching said ring to said sleeve at a joint therebetween; a seal sealingly engaging said outer surface of said tube, said ring and said sleeve being slidably movable axially relatively to said tube, characterized in that the seal is mounted on the inner surface of said ring, and and gasket seal is mounted on the inner surface of the coupling to provide a fluid tigth seal at the joint between the sleeve and the ring.
A human glycosylated α-Gal A preparation having an increased oligosaccharide charge, wherein between 35% and 85% of the oligosaccharides are charged by the addition of: (i) one to four sialic acid residues on complex glycans, (ii) one to two phosphate moieties on high-mannose glycans, or (iii) a single phosphate and a single sialic acid on hybrid glycans, for use in the treatment of an α-Gal A deficiency at a weekly or biweekly dose of between 0.05 mg to 5.0 mg of the α-Gal A preparation per kg of body weight of a subject. (i) one to four sialic acid residues on complex glycans, (ii) one to two phosphate moieties on high-mannose glycans, or (iii) a single phosphate and a single sialic acid on hybrid glycans,
A propeller for a vessel propulsion apparatus to be attached to a propeller shaft extending in a front-rear direction of a vessel, the propeller comprising: a bushing configured to rotate together with the propeller shaft, the bushing including a first cylindrical portion surrounding the propeller shaft, and a first protrusion protruding outward from the first cylindrical portion that is integral with the first cylindrical portion; a propeller damper made of an elastic material and disposed around the bushing; and an inner cylinder including a second cylindrical portion surrounding the bushing via the propeller damper, and a second protrusion protruding inward from the second cylindrical portion, the inner cylinder (25, 225) being configured to rotate with respect to the bushing between a noncontact position, in which the first protrusion and the second protrusion are separated from each other in a circumferential direction (Dc), and a contact position, in which the first protrusion and the second protrusion come into contact with each other according to elastic deformation of the propeller damper, wherein the inner cylinder (25, 225) further includes an engagement protrusion protruding inward from the second cylindrical portion; and the propeller damper includes an engagement groove inside of which the engagement protrusion is disposed, wherein the engagement protrusion increases in height toward an inserting direction of the propeller damper into the inner cylinder. a bushing configured to rotate together with the propeller shaft, the bushing including a first cylindrical portion surrounding the propeller shaft, and a first protrusion protruding outward from the first cylindrical portion that is integral with the first cylindrical portion; a propeller damper made of an elastic material and disposed around the bushing; and an inner cylinder including a second cylindrical portion surrounding the bushing via the propeller damper, and a second protrusion protruding inward from the second cylindrical portion, the inner cylinder (25, 225) being configured to rotate with respect to the bushing between a noncontact position, in which the first protrusion and the second protrusion are separated from each other in a circumferential direction (Dc), and a contact position, in which the first protrusion and the second protrusion come into contact with each other according to elastic deformation of the propeller damper, wherein the inner cylinder (25, 225) further includes an engagement protrusion protruding inward from the second cylindrical portion; and the propeller damper includes an engagement groove inside of which the engagement protrusion is disposed, wherein the engagement protrusion increases in height toward an inserting direction of the propeller damper into the inner cylinder.
Thermally insulated line pipe, comprising at least one medium pipe, at least one thermal insulation arranged around the medium pipe and at least one outer jacket arranged around the thermal insulation, wherein the outer jacket is a corrugated outer jacket which has ridges and valleys on the outside, which extend transversely to a longitudinal axis (z) of the outer jacket over an entire jacket circumference and alternate in the direction of the longitudinal axis (z) of the outer jacket, wherein the outer jacket is characterized by an outside diameter between two opposite, highest points of a ridge, characterized in that the outer jacket has a marking (11a, 11) on a part of an upper side of at least one ridge, which marking extends transversely to the longitudinal axis (z) and along a length of an arc of the circumference of the jacket, wherein the marking (11a, 11) on this ridge contains at least one partial block of different information of an entire information block or an entire information block, wherein the marking is only applied to ridges and is repeated after a predetermined number of ridges, optionally with one or more changed information of the information block.
A self-adhesive member for adhering to and covering a portion of a user's skin, said self-adhesive member comprising a wound contact layer having a self-adhesive coating and a wound pad attached to said wound contact layer; said self-adhesive member also comprising a backing layer, wherein said backing layer is provided on the opposite side of said wound pad in relation to said wound contact layer; said wound pad comprising fibers and being provided with a plurality of discrete groups of incisions (15, 115, 215, 315, 415, 515, 615), wherein each one of said discrete groups of incisions (15, 115, 215, 315, 415, 515, 615) comprises at least a first and a second incision (15a-c, 515a-d, 615a-e, 815a-c), wherein said first and said second incision (15a-c, 515a-d, 615a-e, 815a-c) extend from a common starting point to a respective end point (17a-c), wherein the end point of said first incision is spaced from the end point of said second incision, wherein the common starting point of a first group of incisions is provided on a first side of an imaginary line extending in the machine direction of said fibrous wound pad, and the common starting point of a second group of incisions, being adjacent to the first group of incisions, is provided on a second side of said imaginary line, wherein a first incision of said first group of incisions and a second incision of said second group of incisions each cross said imaginary line, and wherein the plurality of groups of incisions (15, 115, 215, 315, 415, 515, 615) are provided such that it is not possible to draw a line from one side of the wound pad to another in the area between the outermost groups of incisions, without passing at least one incision (15a-c, 515a-d, 615a-e, 815a-c).
A method of wireless communication, comprising: receiving control information on downlink from a first cell (710a; 810a; 910a; 1110a); determining a downlink timing based on the received control information from the first cell (710a; 810a; 910a; 1110a); setting an uplink timing for communication with a second cell (710b; 810b; 910b; 1110b) based on the determined downlink timing; generating an uplink transmission to the second cell (710b; 810b; 910b; 1110b) based in part on the received control information from the first cell (710a; 810a; 910a; 1110a) and on the set uplink timing; receiving a transmission power setting and timing advance information on the downlink from the first cell (710a; 810a; 910a; 1110a) based on the uplink transmission to the second cell (710b; 810b; 910b; 1110b), wherein the transmission power setting and timing advance information are determined from information forwarded in a backhaul communication from the second cell (710b; 810b; 910b; 1110b) to the first cell (710a; 810a; 910a; 1110a); and transmitting in uplink using the transmission power and the timing advance information to the second cell (710b; 810b; 910b; 1110b). receiving control information on downlink from a first cell (710a; 810a; 910a; 1110a); determining a downlink timing based on the received control information from the first cell (710a; 810a; 910a; 1110a); setting an uplink timing for communication with a second cell (710b; 810b; 910b; 1110b) based on the determined downlink timing; generating an uplink transmission to the second cell (710b; 810b; 910b; 1110b) based in part on the received control information from the first cell (710a; 810a; 910a; 1110a) and on the set uplink timing; receiving a transmission power setting and timing advance information on the downlink from the first cell (710a; 810a; 910a; 1110a) based on the uplink transmission to the second cell (710b; 810b; 910b; 1110b), wherein the transmission power setting and timing advance information are determined from information forwarded in a backhaul communication from the second cell (710b; 810b; 910b; 1110b) to the first cell (710a; 810a; 910a; 1110a); and transmitting in uplink using the transmission power and the timing advance information to the second cell (710b; 810b; 910b; 1110b).
Process for the production of a shaped material (1, 1'), such as a disk for a disk brake, preferably a ventilated disk, comprising the following steps: i) providing a fabric predominantly or exclusively made of carbon fibres, manufactured in a spiral shape around a development axis, in the form of a ribbon that extends in curvilinear fashion around said axis; ii) axially overlapping the coils of said fabric so as to form a plurality of layers of material; iii) optionally needling the coils of step ii), so as to transpose the carbon fibres or precursors of such fibres through the thickness of the layers of material; iv) impregnating at least part of the layers of material of step ii) or step iii) by means of an impregnating agent, for example a phenolic resin; v) densifying the product of step iii) or iv) up to a desired density range to obtain the shaped material (1, 1'). i) providing a fabric predominantly or exclusively made of carbon fibres, manufactured in a spiral shape around a development axis, in the form of a ribbon that extends in curvilinear fashion around said axis; ii) axially overlapping the coils of said fabric so as to form a plurality of layers of material; iii) optionally needling the coils of step ii), so as to transpose the carbon fibres or precursors of such fibres through the thickness of the layers of material; iv) impregnating at least part of the layers of material of step ii) or step iii) by means of an impregnating agent, for example a phenolic resin; v) densifying the product of step iii) or iv) up to a desired density range to obtain the shaped material (1, 1').