mhurhangee/ep-ind-claims huggingface dataset:
An earpiece for a hearing device, the earpiece comprising: an earpiece housing comprising an ear canal part and an intermediate part, wherein the ear canal part extends along an ear canal axis (X_1) of the earpiece, with an ear canal plane of the earpiece being perpendicular to the ear canal axis, the ear canal part having a first end, the intermediate part having a first end and a second end and extending along an intermediate axis (X_2); and a cable with a first end connected to the intermediate part, the cable exiting the intermediate part along a cable exit axis (X_3), the cable exit axis (X_3) forming a first exit angle (α_1) with respect to the ear canal plane, wherein the first exit angle (α_1) is in a range from 5 to 45 degrees, and the cable exit axis forming a second exit angle (α_2) with respect to an intermediate plane perpendicular to the intermediate axis (X_2), wherein the second exit angle (α_2) is in a range from 35 to 50 degrees, characterized in that the intermediate axis forming a first intermediate angle (β_1) with respect to the ear canal axis, wherein the first intermediate angle is in a range from 75 degrees to 85 degrees. an earpiece housing comprising an ear canal part and an intermediate part, wherein the ear canal part extends along an ear canal axis (X_1) of the earpiece, with an ear canal plane of the earpiece being perpendicular to the ear canal axis, the ear canal part having a first end, the intermediate part having a first end and a second end and extending along an intermediate axis (X_2); and a cable with a first end connected to the intermediate part, the cable exiting the intermediate part along a cable exit axis (X_3), the cable exit axis (X_3) forming a first exit angle (α_1) with respect to the ear canal plane, wherein the first exit angle (α_1) is in a range from 5 to 45 degrees, and the cable exit axis forming a second exit angle (α_2) with respect to an intermediate plane perpendicular to the intermediate axis (X_2), wherein the second exit angle (α_2) is in a range from 35 to 50 degrees,
Variable-diameter wheel consisting of a central hub, a peripheral band formed by a plurality of arcuate segments, each of the arcuate segments being connected to said hub, characterized in that said hub comprises radial guide means for the sliding of retractable radial arms, each of the retractable radial arms being rigidly connected at its distal end to one of said arcuate segments, the opposite end being provided with a member (22, 23) for connection to a movable plate that is coaxial with said hub and rotatable relative to said hub, said movable plate having curved guide regions, each of said connecting members (22, 23) engaging with one of said arms in order to control the linear and radial movement of the proximal end of the corresponding arm.
An ink set for resin films that includes a combination of: an aqueous primer composition containing an acrylic resin and/or vinyl acetate resin, and a calcium salt; and an aqueous white inkjet ink composition containing a polyester polyurethane resin emulsion with a rate of elongation of 500 to 1500% by 0.1 to 10.0 percent by mass in solids content in the aqueous white inkjet ink composition, a wax emulsion, and a titanium oxide. an aqueous primer composition containing an acrylic resin and/or vinyl acetate resin, and a calcium salt; and an aqueous white inkjet ink composition containing a polyester polyurethane resin emulsion with a rate of elongation of 500 to 1500% by 0.1 to 10.0 percent by mass in solids content in the aqueous white inkjet ink composition, a wax emulsion, and a titanium oxide.
An apparatus for injecting particulate and/or gaseous material into a metallurgical vessel for performing a metallurgical process, the apparatus comprising: a duct through which to inject the material; inner and outer water flow passages(45, 46) extending through a wall of the duct for inflow of cooling water from a rear end to a forward end of the duct and for outflow of cooling water from the forward end to the rear end of the duct; and an annular duct tip disposed at the forward end of the duct and providing a water flow connection between the inner and the outer water flow passages (45, 46); and wherein the duct tip is of annular formation and comprised of an annular inner end component, an annular outer end component, an annular central component located between the inner and outer end components (61, 62), and a plurality of radially extending dividers to divide a space between the outer end component and the central component into discrete radial passages to serve as said internal water flow passages of the tip; the central component has a series of radial grooves to receive at least some of the ribs on the outer end component; and the ribs on the outer end component comprise a first series of ribs spaced circumferentially within the outer end component and a second series of ribs spaced circumferentially within the outer end component between the ribs of the first series, and wherein the ribs of the first series project from the outer end component further than the ribs of the second series and are received by the series of radial grooves in the central component. a duct through which to inject the material; inner and outer water flow passages(45, 46) extending through a wall of the duct for inflow of cooling water from a rear end to a forward end of the duct and for outflow of cooling water from the forward end to the rear end of the duct; and an annular duct tip disposed at the forward end of the duct and providing a water flow connection between the inner and the outer water flow passages (45, 46); and wherein the duct tip is of annular formation and comprised of an annular inner end component, an annular outer end component, an annular central component located between the inner and outer end components (61, 62), and a plurality of radially extending dividers to divide a space between the outer end component and the central component into discrete radial passages to serve as said internal water flow passages of the tip; the central component has a series of radial grooves to receive at least some of the ribs on the outer end component; and the ribs on the outer end component comprise a first series of ribs spaced circumferentially within the outer end component and a second series of ribs spaced circumferentially within the outer end component between the ribs of the first series, and wherein the ribs of the first series project from the outer end component further than the ribs of the second series and are received by the series of radial grooves in the central component.
A disposable isolator, comprising an enclosure including a bottom and a flexible peripheral wall, which define a clean and sterile inner volume between them, the disposable isolator being characterized in that it also comprises: - a first pair of joining parts (10A, 10B), this pair comprising: - an inner part, placed inside the volume and suitable for positioning one or several containers, and - an outer part, placed outside the volume and suitable for cooperating by shape matching with a positioning cavity provided on a support table, the inner part and the outer part of the first pair of joining parts being placed on either side of the bottom and being secured to one another permanently, so as to compress the bottom between them while forming a tight junction, and - a second pair of joining parts (20A, 20B), separate from the first pair of joining parts (10A, 10B), this second pair comprising: - an inner part, placed inside the volume and suitable for being connected to a manipulating tool, - an outer part, placed outside the volume and suitable for being connected to a robot, the inner part and the outer part of the second pair of joining parts being placed on either side of the peripheral wall and being secured to one another permanently, so as to compress the peripheral wall between them while forming a tight junction, such that the robot applies the manipulating tool, connected to the robot by the second pair of joining parts, on the container(s) positioned on the support table by the first pair of joining parts (10A, 10B). - a first pair of joining parts (10A, 10B), this pair comprising: - an inner part, placed inside the volume and suitable for positioning one or several containers, and - an outer part, placed outside the volume and suitable for cooperating by shape matching with a positioning cavity provided on a support table, - an inner part, placed inside the volume and suitable for positioning one or several containers, and - an outer part, placed outside the volume and suitable for cooperating by shape matching with a positioning cavity provided on a support table, - a second pair of joining parts (20A, 20B), separate from the first pair of joining parts (10A, 10B), this second pair comprising: - an inner part, placed inside the volume and suitable for being connected to a manipulating tool, - an outer part, placed outside the volume and suitable for being connected to a robot, - an inner part, placed inside the volume and suitable for being connected to a manipulating tool, - an outer part, placed outside the volume and suitable for being connected to a robot,
A device for mounting a toilet on a wall, having a mounting frame with at least one mounting crossbeam and having a connection box with at least one interior space (17, 35) for an element conducting electricity, wherein the at least one interior space (17, 35) can be sealed in a liquid-tight manner with respect to an environment, wherein the connection box is mounted to the mounting crossbeam, wherein the mounting crossbeam comprises a mounting surface to which the toilet can be mounted by means of at least one mounting element (7, 8), wherein the mounting surface is set back with respect to a front side of the mounting frame, and wherein the mounting surface of the device is arranged in such a manner that, in the assembled state, an assembly space can be formed between the mounting surface and a cover of the device or between the mounting surface and the toilet.
A method of estimating the amount of a methylated locus in a sample, comprising: (a) digesting a nucleic acid sample that contains both unmethylated and methylated copies of a genomic locus with an MspJI family restriction endonuclease to produce a population of fragments that are in the range of 20-40 base pairs in length and have a central methylated cytosine; (b) ligating adaptor sequence A and adaptor sequence B to the respective ends of a target fragment of sequence X by: (i) hybridizing a splint oligonucleotide of formula B'-X'-A' to the fragments of (a) in the presence of the adaptor sequences A and B, wherein X', A' and B' are complementary to X, A and B, respectively, and (ii) ligating adaptor sequence A, sequence X and adaptor sequence B to one another to produce a product of formula A-X-B; and (c) quantifying the amount of ligation products of formula A-X-B, thereby providing an estimate of the amount of the methylated locus in the nucleic acid sample. (a) digesting a nucleic acid sample that contains both unmethylated and methylated copies of a genomic locus with an MspJI family restriction endonuclease to produce a population of fragments that are in the range of 20-40 base pairs in length and have a central methylated cytosine; (b) ligating adaptor sequence A and adaptor sequence B to the respective ends of a target fragment of sequence X by: (i) hybridizing a splint oligonucleotide of formula B'-X'-A' to the fragments of (a) in the presence of the adaptor sequences A and B, wherein X', A' and B' are complementary to X, A and B, respectively, and (ii) ligating adaptor sequence A, sequence X and adaptor sequence B to one another to produce a product of formula A-X-B; and (i) hybridizing a splint oligonucleotide of formula B'-X'-A' to the fragments of (a) in the presence of the adaptor sequences A and B, wherein X', A' and B' are complementary to X, A and B, respectively, and (ii) ligating adaptor sequence A, sequence X and adaptor sequence B to one another to produce a product of formula A-X-B; and (c) quantifying the amount of ligation products of formula A-X-B, thereby providing an estimate of the amount of the methylated locus in the nucleic acid sample.
A spring for friction pads associable with a caliper of a disc brake for elastically biasing the friction pads away from a brake disc of the disc brake, said spring comprising an elongated plate bent so as to form: - a descending fixing stretch, - an ascending resting stretch, opposite to the fixing stretch, wherein the fixing stretch forms a fixing seat for fixing the spring by interlocking to a corresponding fixing portion of the friction pad, wherein the fixing seat comprises a through hole formed in an end portion of the fixing stretch and adapted to accommodate a corresponding protrusion of the fixing portion, wherein the resting stretch forms a plate-shaped contact portion for a free abutment with possibility of slipping of the spring against a contact surface of the caliper, characterised in that a return stretch is formed between the fixing stretch and the resting stretch, wherein the return stretch extends from a narrowing region, in which the fixing stretch and the resting stretch locally approach each other, to a lower apical region of the spring, and wherein, with the spring undeformed, the contact portion extends, starting from the narrowing region, in diverging manner with respect to the fixing stretch. - a descending fixing stretch, - an ascending resting stretch, opposite to the fixing stretch, wherein the fixing stretch forms a fixing seat for fixing the spring by interlocking to a corresponding fixing portion of the friction pad, wherein the fixing seat comprises a through hole formed in an end portion of the fixing stretch and adapted to accommodate a corresponding protrusion of the fixing portion, wherein the resting stretch forms a plate-shaped contact portion for a free abutment with possibility of slipping of the spring against a contact surface of the caliper, characterised in that a return stretch is formed between the fixing stretch and the resting stretch, wherein the return stretch extends from a narrowing region, in which the fixing stretch and the resting stretch locally approach each other, to a lower apical region of the spring, and wherein, with the spring undeformed, the contact portion extends, starting from the narrowing region, in diverging manner with respect to the fixing stretch.
Lighting unit for a large electrical household appliance, in particular an interior lighting unit for a household refrigeration appliance, with a base part which receives the luminous element and a top part which can be attached to the base part, wherein a number of corresponding positive engagement elements are arranged on the top part and on the base part, which serve to attach the top part to the base part, said positive engagement elements being able to be made to engage by displacing the top part longitudinally in the connection plane relative to the base part, wherein two gripping hooks (24a, 24b) are configured on the top part in the front region in respect of the displacement direction, which can be made to engage with corresponding positive engagement elements (14d, 14f) on the base part, wherein the gripping hooks (24a, 24b) engage below the positive engagement elements (14d, 14f) configured on the base part, characterised in that a recess is configured on the top part in the rear region in respect of the displacement direction, wherein a number of gripping hooks (14a, 14b, 14h) are configured on the base part, which gripping hooks (14a, 14b, 14h) can engage into said one recess.
A physically stable liquid cheese composition comprising: 30-60 wt% blue cheese, 20-35 wt% fresh cheese, 2-12 wt% vegetable oil, and a liquid aqueous component selected from water, milk and/or whey; wherein the liquid cheese composition was homogenized at a temperature of above 55°C at a pressure of at least 250 bars; wherein the liquid cheese composition has a pH from 4.5 to 6.0, and a viscosity from 50'000 to 350'000 cP at a temperature of 8°C; and wherein the liquid cheese composition does not comprise a food additive added beyond the food additives present in the blue and/or fresh cheese and wherein the food additive is one of the group consisting of melting salts, starches, gums, celluloses, alginates, chelating agents, phosphate salts, citrate salts, pectin, gelatin, agar, glycerol, polyol, egg proteins and soy proteins. 30-60 wt% blue cheese, 20-35 wt% fresh cheese, 2-12 wt% vegetable oil, and a liquid aqueous component selected from water, milk and/or whey; wherein the liquid cheese composition was homogenized at a temperature of above 55°C at a pressure of at least 250 bars; wherein the liquid cheese composition has a pH from 4.5 to 6.0, and a viscosity from 50'000 to 350'000 cP at a temperature of 8°C; and wherein the liquid cheese composition does not comprise a food additive added beyond the food additives present in the blue and/or fresh cheese and wherein the food additive is one of the group consisting of melting salts, starches, gums, celluloses, alginates, chelating agents, phosphate salts, citrate salts, pectin, gelatin, agar, glycerol, polyol, egg proteins and soy proteins.
An arrangement for transporting in particular uranium hexafluoride, comprising: - an inner container, preferably having at least one apron (18, 20) projecting beyond an end face (22, 24) of the inner container, - an outer container, which receives the inner container, and - a twist prevention device, by means of which the containers can be locked together to prevent them from twisting about their longitudinal axes; characterized in that the twist prevention device comprises: - a locking element that is axially adjustable in a first receptacle and in that receptacle's longitudinal direction, - a second receptacle that rotatably receives the first receptacle and is fixedly connected to one of the containers (10, 12), and - a handle that extends from the first receptacle and is radially guided by the second receptacle, the pivoting movement of said handle being convertible via the first receptacle into the axial adjustment of the locking element for engagement in the other container (12, 10) or disengagement therefrom. - an inner container, preferably having at least one apron (18, 20) projecting beyond an end face (22, 24) of the inner container, - an outer container, which receives the inner container, and - a twist prevention device, by means of which the containers can be locked together to prevent them from twisting about their longitudinal axes; - a locking element that is axially adjustable in a first receptacle and in that receptacle's longitudinal direction, - a second receptacle that rotatably receives the first receptacle and is fixedly connected to one of the containers (10, 12), and - a handle that extends from the first receptacle and is radially guided by the second receptacle, the pivoting movement of said handle being convertible via the first receptacle into the axial adjustment of the locking element for engagement in the other container (12, 10) or disengagement therefrom.
A surgical needle cartridge (50, 150) adapted to be attached to and detached from a surgical suturing device, the cartridge comprising: an arced needle track (56, 156); an arced needle (80, 180) positioned in the needle track (56, 156); a length of suture connected to needle (80, 180); a reciprocating needle driver (70, 170) operative to engage and move the needle (80, 180) in the needle track (56, 156); a rotary input (67, 167) that rotates about an axis; a transmission operatively connected to the needle driver; a torsional interface adapted to couple the transmission to a rotary drive in the surgical suturing device; wherein the transmission comprises a link (60, 160) comprising a proximal end connected to the rotary input (67, 167) and a distal end connected to the needle driver (70, 170); whereby rotation of the rotary input (67, 167) in a first angular direction translates the needle driver (70, 170) in a second angular direction opposite of the first angular direction, and wherein the link (60, 160) further comprises a longitudinal slot (61, 161) interposed between the proximal and distal ends, the longitudinal slot receiving a pin (62, 162) about which the link (60, 160) both longitudinally translates and pivots. an arced needle track (56, 156); an arced needle (80, 180) positioned in the needle track (56, 156); a length of suture connected to needle (80, 180); a reciprocating needle driver (70, 170) operative to engage and move the needle (80, 180) in the needle track (56, 156); a rotary input (67, 167) that rotates about an axis; a transmission operatively connected to the needle driver; a torsional interface adapted to couple the transmission to a rotary drive in the surgical suturing device; wherein the transmission comprises a link (60, 160) comprising a proximal end connected to the rotary input (67, 167) and a distal end connected to the needle driver (70, 170); whereby rotation of the rotary input (67, 167) in a first angular direction translates the needle driver (70, 170) in a second angular direction opposite of the first angular direction, and wherein the link (60, 160) further comprises a longitudinal slot (61, 161) interposed between the proximal and distal ends, the longitudinal slot receiving a pin (62, 162) about which the link (60, 160) both longitudinally translates and pivots.
A female member of a hook-and-loop fastener formed of a fibrous material, the female member engageable with a mating male member, the female member comprising: a plurality of lines of dense fiber portions in which the fibrous material has a high basis weight; and a plurality of lines of sparse fiber portions provided between the dense fiber portions, the fibrous material in the sparse fiber portions having a basis weight lower than in the dense fiber portions, wherein the dense fiber portions are continuous convex ribs which are formed of the fibrous material being piled up, and the sparse fiber portions are continuous concave grooves provided between the ribs. a plurality of lines of dense fiber portions in which the fibrous material has a high basis weight; and a plurality of lines of sparse fiber portions provided between the dense fiber portions, the fibrous material in the sparse fiber portions having a basis weight lower than in the dense fiber portions, wherein the dense fiber portions are continuous convex ribs which are formed of the fibrous material being piled up, and the sparse fiber portions are continuous concave grooves provided between the ribs.
Lighting module for a motor vehicle, configured to project a light beam forming a pixelized image, comprising a light source and a device (200, 300) for processing the light emitted by the light source, the processing device (200, 300) including a matrix (201, 301) of active elements (202, 302) configured to process at least a portion of the light beam emitted by the light source in such a manner as to form the pixelized image, characterized in that the light source includes a matrix of emissive elements of which at least two emissive elements can be activated selectively and in that the matrix of emissive elements and the matrix (201, 301) of active elements (202, 302) are offset relative to one another in such a manner that each active element (202, 302) is arranged across a portion of the light beam emitted by an emissive element.