mhurhangee/ep-ind-claims huggingface dataset:
Loop gripper for a tufting machine, in particular for producing cut pile, wherein the loop gripper has a gripper finger which extends from a holding end to a free end and on its underside is provided with a cutting edge, and wherein a protrusion is arranged adjacent to the cutting edge in the direction towards the free end, wherein a hook is provided on the free end of the gripper finger, and the protrusion bordering the cutting edge is formed by a step which protrudes from the cutting edge and is arranged on a narrow side of the gripper finger, characterised in that the protrusion has a width measured transversely to the cutting edge which is greater than the width of the cutting edge measured in the same direction, the step is formed by a shoulder which has a slide ramp face arranged obliquely to the cutting edge, and a loop capture space is established between the slide ramp face and the hook.
A MEMS unit comprising: a MEMS device on a substrate; a cover; an adhesive sheet comprising cutouts for the MEMS device; the adhesive sheet disposed between the substrate and the cover; standoff posts spanning between the substrate and the cover; and the substrate, the adhesive sheet, and the cover bonded together in registration; whereby the MEMS device is sealed and protected from contamination. a MEMS device on a substrate; a cover; an adhesive sheet comprising cutouts for the MEMS device; the adhesive sheet disposed between the substrate and the cover; standoff posts spanning between the substrate and the cover; and the substrate, the adhesive sheet, and the cover bonded together in registration; whereby the MEMS device is sealed and protected from contamination.
An ear unit comprising: an ear housing including a bass hole and a flat hole formed in a rear surface of the ear housing, the bass hole being larger than the flat hole; a driver unit mounted in the ear housing; and a rotator rotatably coupled to the ear housing, the rotator including an inner bracket opposite the rear surface of the ear housing, the inner bracket having an opening/closing hole configured to open or close the bass hole or the flat hole according to a rotational position of the rotator, characterized in that the ear housing further includes: an inner case having a damper layer and an inner hole formed at the damper layer; an outer case coupled to outer surface of the inner case, the outer case having a hole plate, and the bass hole and the flat hole formed at the hole plate; and a duct groove formed on the inner surface of the hole plate so as to connect the inner hole and the flat hole. an ear housing including a bass hole and a flat hole formed in a rear surface of the ear housing, the bass hole being larger than the flat hole; a driver unit mounted in the ear housing; and a rotator rotatably coupled to the ear housing, the rotator including an inner bracket opposite the rear surface of the ear housing, the inner bracket having an opening/closing hole configured to open or close the bass hole or the flat hole according to a rotational position of the rotator, characterized in that the ear housing further includes: an inner case having a damper layer and an inner hole formed at the damper layer; an outer case coupled to outer surface of the inner case, the outer case having a hole plate, and the bass hole and the flat hole formed at the hole plate; and a duct groove formed on the inner surface of the hole plate so as to connect the inner hole and the flat hole. an inner case having a damper layer and an inner hole formed at the damper layer; an outer case coupled to outer surface of the inner case, the outer case having a hole plate, and the bass hole and the flat hole formed at the hole plate; and a duct groove formed on the inner surface of the hole plate so as to connect the inner hole and the flat hole.
A regenerative braking system for a vehicle comprising a means storing details of one or more deceleration profiles for the vehicle, the or each deceleration profile comprising a record of vehicle speed over time and characterised by a means for comparing, arranged to compare a current braking manoeuvre with the or a selected stored deceleration profile and generate an output signal, during the manoeuvre, representative of any deviation of the deceleration profile of the current braking manoeuvre from the stored deceleration profile with which it is compared; and a driver interface driven by the output signal in order to provide feedback to a driver of the vehicle on the current braking manoeuvre, during the braking manoeuvre wherein the driver interface indicates if the driver's braking effort during the braking manoeuvre is lower or higher than that required to achieve the stored deceleration profile.
A method for net shape forging of a fluid end block, comprising: starting with a single bar having a first cross-sectional area, placing a work piece (103; 203; 403) area of the single bar in a die (204a; 204b; 302a; 302b; 302c; 404a; 404b); the method being characterized in that it further comprises upsetting, via longitudinal movement of at least one punch (102a; 102b; 202a; 202b; 402b) in the longitudinal direction of the single bar, the work piece (103; 203; 403) area of the single bar in the die (204a; 204b; 302a; 302b; 302c; 404a; 404b), wherein the single bar is pressed into the die to reduce its length; whereby the work piece area of the single bar is displaced to an increased cross-sectional area as compared to the first cross-sectional area. starting with a single bar having a first cross-sectional area, placing a work piece (103; 203; 403) area of the single bar in a die (204a; 204b; 302a; 302b; 302c; 404a; 404b); the method being characterized in that it further comprises upsetting, via longitudinal movement of at least one punch (102a; 102b; 202a; 202b; 402b) in the longitudinal direction of the single bar, the work piece (103; 203; 403) area of the single bar in the die (204a; 204b; 302a; 302b; 302c; 404a; 404b), wherein the single bar is pressed into the die to reduce its length; whereby the work piece area of the single bar is displaced to an increased cross-sectional area as compared to the first cross-sectional area.
A light-modulating member comprising one or plural shaped resin sheets having a projection on one surface, wherein the projection has a height of from 1 μm or more through 1 cm or less and a pitch interval of from 10 μm or more through 10 cm or less, wherein the projection is a triangular projection which is a line of a triangular projection extending linearly between opposite sides of the shaped resin sheet and whose cross-sectional shape is triangular, wherein, when a straight line connecting both ends of the bottom of the triangular projection is defined as the base of a triangle, one base angle of the triangle is 90°; characterised in that: the other base angle is 1° or more and 40° or less; and each shaped resin sheet is transparent, wherein as an indicator of transparency, when the thickness of the shaped resin sheet is 3mm, a total light transmittance of the shaped resin sheet is 80% or more. the other base angle is 1° or more and 40° or less; and each shaped resin sheet is transparent, wherein as an indicator of transparency, when the thickness of the shaped resin sheet is 3mm, a total light transmittance of the shaped resin sheet is 80% or more.
A beverage product in a sealed container comprising: a beverage having a pH of 2.4 to 5.6 comprising pimaricin present in an amount from 0.1 to 6 ppm, and cyclodextrin; and a headspace gas selected from the group consisting of carbon dioxide, nitrogen, argon, nitric oxide, nitrous oxide, sulfur dioxide, xenon, neon, helium and carbon monoxide, wherein pressure of the headspace gas is at least 303.98 kPa absolute (3 atm. absolute), wherein the oxygen is present in the beverage in an amount less than 8300 ppb, wherein the pimaricin and cyclodextrin are present in the beverage as a complex, and wherein the ratio of pimaricin to cyclodextrin in the complex is 1:1. a beverage having a pH of 2.4 to 5.6 comprising pimaricin present in an amount from 0.1 to 6 ppm, and cyclodextrin; and a headspace gas selected from the group consisting of carbon dioxide, nitrogen, argon, nitric oxide, nitrous oxide, sulfur dioxide, xenon, neon, helium and carbon monoxide, wherein pressure of the headspace gas is at least 303.98 kPa absolute (3 atm. absolute), wherein the oxygen is present in the beverage in an amount less than 8300 ppb, wherein the pimaricin and cyclodextrin are present in the beverage as a complex, and wherein the ratio of pimaricin to cyclodextrin in the complex is 1:1.
Plastic tub for a washing machine or a washer/dryer, having joint lines, which result when different flow fronts (7, 8) of the fluid plastic meet during injection moulding, characterised in that the shape of at least one of the joint lines is changed in its extension perpendicular to the surface of the tub compared with an approximately straight extension and said joint line is eliminated at least in parts or interrupted in the inner region.
A coated tool comprising a substrate and a coating layer disposed on a surface of the substrate, the coating layer including a first stack structure and a second stack structure, the first stack structure having a structure in which two or more kinds of layers with different compositions are periodically stacked wherein the average layer thickness of each of the layers is 60 nm to 500 nm, the second stack structure having a structure in which two or more kinds of layers with different compositions are periodically stacked wherein the average layer thickness of each of the layers is 2 nm to less than 60 nm, the layers constituting the first stack structure and the layers constituting the second stack structure including at least one selected from the group consisting of compounds including at least two metal elements selected from Ti, Nb, Ta, Cr, W, Al, Si, Sr, and Y and at least one non-metal element selected from carbon, nitrogen, oxygen and boron.
A blade outer air seal assembly (60; 260; 460) for a gas turbine engine, comprising: a seal arc segment (66; 66A,B,C; 266) including a sealing portion and a first interface portion (74; 74'; 474), the first interface portion (74; 74'; 474) defining circumferential mate faces (75; 75A,B; 275); a support (68; 268; 468) including a mounting portion and a second interface portion (78; 78'; 278; 478), the mounting portion configured to be fixedly attached to an engine static structure (36; 70), and the second interface portion (78; 78'; 278; 478) radially inward of the first interface portion (74; 74'; 474); and at least one positioning member (80; 80'; 180; 280; 480) dimensioned to abut the first and second interface portions (74; 74'; 474; 78; 78'; 278; 478) such that the seal arc segment (66; 66A,B,C; 266) and an engine axis are spaced apart by a predetermined distance in a radial direction, characterised in that: the predetermined distance varies in a circumferential direction. a seal arc segment (66; 66A,B,C; 266) including a sealing portion and a first interface portion (74; 74'; 474), the first interface portion (74; 74'; 474) defining circumferential mate faces (75; 75A,B; 275); a support (68; 268; 468) including a mounting portion and a second interface portion (78; 78'; 278; 478), the mounting portion configured to be fixedly attached to an engine static structure (36; 70), and the second interface portion (78; 78'; 278; 478) radially inward of the first interface portion (74; 74'; 474); and at least one positioning member (80; 80'; 180; 280; 480) dimensioned to abut the first and second interface portions (74; 74'; 474; 78; 78'; 278; 478) such that the seal arc segment (66; 66A,B,C; 266) and an engine axis are spaced apart by a predetermined distance in a radial direction, characterised in that: the predetermined distance varies in a circumferential direction.
A pressure sensitive adhesive construct comprising: (a) a backing substrate; and (b) a pressure sensitive adhesive composition disposed on the backing substrate, wherein the pressure sensitive adhesive composition is selected from: (i) a pressure sensitive adhesive composition that includes a product made by reacting at least one epoxidized vegetable oil and at least one dibasic acid or anhydride thereof, or a combination of a dibasic acid or anhydride thereof and a monobasic acid or anhydride thereof; or (ii) a pressure sensitive adhesive that comprises a polyester condensation product that includes an epoxidized vegetable oil component crosslinked with at least one dibasic acid or anhydride thereof, or a combination of a dibasic acid or anhydride thereof and a monobasic acid or anhydride thereof. (a) a backing substrate; and (b) a pressure sensitive adhesive composition disposed on the backing substrate, wherein the pressure sensitive adhesive composition is selected from: (i) a pressure sensitive adhesive composition that includes a product made by reacting at least one epoxidized vegetable oil and at least one dibasic acid or anhydride thereof, or a combination of a dibasic acid or anhydride thereof and a monobasic acid or anhydride thereof; or (ii) a pressure sensitive adhesive that comprises a polyester condensation product that includes an epoxidized vegetable oil component crosslinked with at least one dibasic acid or anhydride thereof, or a combination of a dibasic acid or anhydride thereof and a monobasic acid or anhydride thereof. (i) a pressure sensitive adhesive composition that includes a product made by reacting at least one epoxidized vegetable oil and at least one dibasic acid or anhydride thereof, or a combination of a dibasic acid or anhydride thereof and a monobasic acid or anhydride thereof; or (ii) a pressure sensitive adhesive that comprises a polyester condensation product that includes an epoxidized vegetable oil component crosslinked with at least one dibasic acid or anhydride thereof, or a combination of a dibasic acid or anhydride thereof and a monobasic acid or anhydride thereof.
A single-body loculus (1, 1") made of a plastic material, with a leaning base for leaning a coffin, vertical side walls (4, 5), a vertical bottom wall, a front opening opposite the bottom wall and an upper wall, wherein the side walls (4, 5) are made with ribs or ribbing or are corrugated, and the loculus is self-supporting, wherein the loculus (1, 1") is stackable with the leaning base supported by the upper wall of the underlying loculus, and wherein the leaning base is inclined towards the bottom wall and defines a tank for collecting liquids, characterized in that the upper wall is inclined towards the bottom wall with the same inclination as the leaning base. wherein the loculus (1, 1") is stackable with the leaning base supported by the upper wall of the underlying loculus, and wherein the leaning base is inclined towards the bottom wall and defines a tank for collecting liquids, characterized in that the upper wall is inclined towards the bottom wall with the same inclination as the leaning base.
Degassing system for treatment of food products such as leaf vegetables, tuberous, fruit or meat, cheeses or sausages, and like, comprising - a supply means (11 having a hopper and further having, in correspondence of its perimeter, at least an inlet for introduction of water within the said hopper - a degassing device; and - a connection conduct communicating with an opening of the hopper with an inlet tract of the degassing device; - wherein the degassing device comprises: - a degassing conduct for a food product treatment fluid, said degassing conduct having, in sequence along its development trajectory, an inclined inlet tract, within which said flow fluid rises, a degassing tract, and an outlet tract, within which said flow is directed downward; and - a degassing chamber, in correspondence of said degassing tract;said degassing tract having, at least on its upper wall, a plurality of holes suitable to communicate said degassing tract with said degassing chamber to permit exit of air bubbles trapped within said flow from said degassing chamber, preventing exit of food products; characterizing in that said hopper 13 has a substantially conically-shaped bottom 15, at the center of which it is provided a discharge opening 16; said hopper 13 also has an inner annular neck 17, surrounding opening 16 and defining a central tank 18 within said hopper 13, communicating with opening 16, and an annular tank 19 communicating with inlet 14. - a supply means (11 having a hopper and further having, in correspondence of its perimeter, at least an inlet for introduction of water within the said hopper - a degassing device; and - a connection conduct communicating with an opening of the hopper with an inlet tract of the degassing device; - wherein the degassing device comprises: - a degassing conduct for a food product treatment fluid, said degassing conduct having, in sequence along its development trajectory, an inclined inlet tract, within which said flow fluid rises, a degassing tract, and an outlet tract, within which said flow is directed downward; and - a degassing chamber, in correspondence of said degassing tract;said degassing tract having, at least on its upper wall, a plurality of holes suitable to communicate said degassing tract with said degassing chamber to permit exit of air bubbles trapped within said flow from said degassing chamber, preventing exit of food products; - a degassing conduct for a food product treatment fluid, said degassing conduct having, in sequence along its development trajectory, an inclined inlet tract, within which said flow fluid rises, a degassing tract, and an outlet tract, within which said flow is directed downward; and - a degassing chamber, in correspondence of said degassing tract;said degassing tract having, at least on its upper wall, a plurality of holes suitable to communicate said degassing tract with said degassing chamber to permit exit of air bubbles trapped within said flow from said degassing chamber, preventing exit of food products;
A process for the gas-phase copolymerization of: (a) propylene, (b) 1-hexene, and (c) optionally ethylene, the process being carried out in a reactor having two interconnected polymerization zones, wherein the growing polymer particles flow through the first of said polymerization zones called riser under fast fluidization conditions, leave said riser and enter the second of said polymerization zones called downcomer through which they flow downward in a densified form, leave said downcomer and are reintroduced into said riser, thus establishing a circulation of polymer between the riser and the downcomer, the gas mixture present in the riser being at least partially prevented from entering the downcomer by introducing into the upper part of said downcomer a liquid barrier having a composition different from the gaseous mixture present in the riser and comprising: - from 0.1% to 10% by mole of 1-hexene, - from 70 to 90% by mole of propylene; - from 5 to 15% by mole of propane; - from 0 to 5% by mole of ethylene. (a) propylene, (b) 1-hexene, and (c) optionally ethylene, - from 0.1% to 10% by mole of 1-hexene, - from 70 to 90% by mole of propylene; - from 5 to 15% by mole of propane; - from 0 to 5% by mole of ethylene.
A packing machine for producing rigid packets, each comprising at least two containers (3, 4), one inside the other; the packing machine comprising: a first packing unit for producing inner containers by folding inner blanks about corresponding articles; a second packing unit for producing outer containers by folding outer blanks about corresponding inner containers; and a transfer unit, which receives the inner containers from the first packing unit at an input station and feeds the inner containers to the second packing unit at an output station; wherein the transfer unit comprises at least one conveyor line, which feeds a succession of inner containers along a path extending between the input station and the output station; and at least one manipulating station (32, 33, 35) located along the path and for orienting and/or grouping the inner containers; the packing machine being characterized in that: the transfer unit comprises at least three manipulating stations (32, 33, 35), each for orienting and/or grouping the inner containers; and each manipulating station (32, 33, 35) of the transfer unit is activatable to actually orient and/or group the inner containers, or deactivatable to perform no operation on the inner containers, depending on the desired orientation and/or grouping of the inner containers. a first packing unit for producing inner containers by folding inner blanks about corresponding articles; a second packing unit for producing outer containers by folding outer blanks about corresponding inner containers; and a transfer unit, which receives the inner containers from the first packing unit at an input station and feeds the inner containers to the second packing unit at an output station; wherein the transfer unit comprises at least one conveyor line, which feeds a succession of inner containers along a path extending between the input station and the output station; and at least one manipulating station (32, 33, 35) located along the path and for orienting and/or grouping the inner containers; the packing machine being characterized in that: the transfer unit comprises at least three manipulating stations (32, 33, 35), each for orienting and/or grouping the inner containers; and each manipulating station (32, 33, 35) of the transfer unit is activatable to actually orient and/or group the inner containers, or deactivatable to perform no operation on the inner containers, depending on the desired orientation and/or grouping of the inner containers. the transfer unit comprises at least three manipulating stations (32, 33, 35), each for orienting and/or grouping the inner containers; and each manipulating station (32, 33, 35) of the transfer unit is activatable to actually orient and/or group the inner containers, or deactivatable to perform no operation on the inner containers, depending on the desired orientation and/or grouping of the inner containers.
The use of a modular antigen-transport-molecule (MAT-molecule) containing at least one translocation module which brings about the transport of the MAT-molecule from the extracellular space into the interior of the cells, at least one targeting module which brings about the transport of the MAT-molecule intracellularly to the organelles which are involved in the processing of antigens or the loading of MHC-molecules with antigens and at least one antigen molecule unit consisting of the antigen and which determines the specificity of an immune response modulated by the MAT-molecule in an individual for the preparation of a medicament for the prophylaxis or treatment of an infectious disease, an autoimmune disease, an allergy, a rheumatic disorder, a rejection reaction against a transplanted organ and/or a malignant disease.