mhurhangee/ep-ind-claims huggingface dataset:
Turbine nozzle for a turbine engine comprising at least one vane and a foot which has a platform, the platform comprising on one hand a radially external surface from which each vane extends and intended to be partially delimit a gas jet from the turbine engine, and on the other a radially internal surface intended to partially delimit a gas blow-by cavity radially under the platform, the nozzle is equipped with a passive system for reintroducing blow-by gas into the jet, the system comprising gas extraction orifices located on the foot, as well as gas reinjection orifices located on the radially external surface of the platform and/or on an upper surface of said at least one vane, said gas reinjection orifices being configured to redirect the gas flow from the gas blow-by cavity along a reinjection direction comprising a circumferential orientation, and in that said reinjection direction has a radial orientation such that, viewed along an axial cross-section through any one of the gas reinjection orifices, this reinjection direction is parallel or substantially parallel locally with the radially external surface of the platform, characterised in that said gas reinjection orifices open onto a downstream part of the radially external surface of the platform, and/or onto a radially internal part of the upper surface of said at least one vane, and in that the foot includes an axial tab extending downstream, the gas extraction orifices being arranged between the radially internal surface of the platform, and said axial tab, said axial tab extending axially so as to have an axial overlap zone with an upstream spoiler of a mobile wheel arranged downstream from the nozzle. the nozzle is equipped with a passive system for reintroducing blow-by gas into the jet, the system comprising gas extraction orifices located on the foot, as well as gas reinjection orifices located on the radially external surface of the platform and/or on an upper surface of said at least one vane, said gas reinjection orifices being configured to redirect the gas flow from the gas blow-by cavity along a reinjection direction comprising a circumferential orientation, and in that said reinjection direction has a radial orientation such that, viewed along an axial cross-section through any one of the gas reinjection orifices, this reinjection direction is parallel or substantially parallel locally with the radially external surface of the platform, characterised in that said gas reinjection orifices open onto a downstream part of the radially external surface of the platform, and/or onto a radially internal part of the upper surface of said at least one vane, and in that the foot includes an axial tab extending downstream, the gas extraction orifices being arranged between the radially internal surface of the platform, and said axial tab, said axial tab extending axially so as to have an axial overlap zone with an upstream spoiler of a mobile wheel arranged downstream from the nozzle.
A terminal device comprising: a receiver configured to receive first information relating to a configuration of enhanced interference management and traffic adaptation, eIMTA, and second information relating to one or more channel state information, CSI, subframe sets; and a transmitter configured to drop a CSI report corresponding to a second CSI subframe set, in a case that PUCCH reporting types have a same priority and a CSI report corresponding to a first CSI subframe set and the CSI report corresponding to the second CSI subframe set are collided, wherein the first CSI subframe set and the second CSI subframe set are indicated by parameters of third information included in the second information, and the third information is a subframe pattern for CSI measurement. a receiver configured to receive first information relating to a configuration of enhanced interference management and traffic adaptation, eIMTA, and second information relating to one or more channel state information, CSI, subframe sets; and a transmitter configured to drop a CSI report corresponding to a second CSI subframe set, in a case that PUCCH reporting types have a same priority and a CSI report corresponding to a first CSI subframe set and the CSI report corresponding to the second CSI subframe set are collided, wherein the first CSI subframe set and the second CSI subframe set are indicated by parameters of third information included in the second information, and the third information is a subframe pattern for CSI measurement.
A method for producing a corner cladding of a wall skirting in the region of a wall corner, wherein the corner cladding is made of the same material as the floor covering and the remaining wall skirting, especially of PVC, caoutchouc, linoleum or related materials, wherein the corner cladding is made of a first strip-shaped component and a second strip-shaped component, in that the first strip-shaped component and the second strip-shaped component (a) are successively introduced into a shaping apparatus for bending along their longitudinal axes; (b) are heated therein in a bending region; (c) are coated in the convex portion of the bending region with an edge support wedge made of permanently elastic plastic, and (d) are then mitred subsequently on a narrow side for forming a contact line along a wall edge and a contact line along a base, wherein the contact lines (5, 6) are provided with a round transition in the bending region of the strip-shape component (1, 2); and in that, once these steps (a) to (d) were carried out on both strip-shaped components, the components (1 2) are placed in an abutting manner along the contact lines (5, 6) and along the abutting region, the components (1 2) are connected in an abutting manner with each other along their contact lines and in an abutting region, and the butt joint on the rear side of the corner cladding is covered with a plastic moulding compound for forming a reinforcement. (a) are successively introduced into a shaping apparatus for bending along their longitudinal axes; (b) are heated therein in a bending region; (c) are coated in the convex portion of the bending region with an edge support wedge made of permanently elastic plastic, and (d) are then mitred subsequently on a narrow side for forming a contact line along a wall edge and a contact line along a base, wherein the contact lines (5, 6) are provided with a round transition in the bending region of the strip-shape component (1, 2);
A pedal unit for fastening in a motor vehicle, having - a main body and an actuating element mounted pivotably thereon, wherein the main body comprises at least one latching element for detachable mounting on a fastening, - wherein the latching element comprises a round pot having a pot wall, characterized in that - at least one latch bolt element protrudes resiliently outwardly from the pot wall. - a main body and an actuating element mounted pivotably thereon, wherein the main body comprises at least one latching element for detachable mounting on a fastening, - wherein the latching element comprises a round pot having a pot wall, - at least one latch bolt element protrudes resiliently outwardly from the pot wall.
A spray nozzle assembly comprising a nozzle body, which includes a liquid supply tube that defines a liquid flow passageway (25 a) having a liquid discharge orifice for directing a high velocity liquid flow stream along a predetermined axis, a downstream spray tip fixed to said body having an upstanding impingement pin that defines a primary impingement surface spaced from said liquid discharge orifice and dispose transverse to said axis whereby a liquid stream directed onto said impingement surface strikes said impingement surface and breaks up into a laterally spreading dispersion of liquid from said impingement surface, an air supply for directing pressurized air through said body, an air guide disposed about said axis upstream of said impingement surface and formed with an internal surface that together with said liquid supply tube defines an annular air flow passage for enhancing the velocity of the pressurized air and directing the air in a curtain about the liquid flow stream for striking the laterally spreading dispersion of liquid to further break up and atomize liquid into liquid particles, said spray tip defining an expansion chamber about said impingement surface for preventing atomized liquid particles from commingling together and reforming into larger particles and said spray tip having a plurality of discharge orifices spaced downstream from said impingement surface through which said atomized liquid particles are discharged from said chamber while being further atomized, characterized by said annular air passage having a flow passage area less than the area of said liquid discharge orifice with the ratio of the area of the annular air passage to the area of the liquid discharge orifice being between 1:2 and 1:3, said expansion chamber having a transverse area " d " greater than the area of said impingement surface with the ratio of the area of the impingement surface to the transverse area of that expansion chamber being between 1:3.8 and 1:4.4.
A motorcycle having a rear central cover locking structure, wherein the motorcycle comprises a motorcycle frame, a vehicle body side cover, a rear central cover, and a taillight set; the vehicle body side cover covers the motorcycle frame and surrounds an open part, the open part is disposed with a storage compartment, a seat is positioned above the storage compartment, the rear central cover is disposed at the back of the open part, and the rear central cover, the vehicle body side cover and the taillight set are combined together; a rear supporting member is disposed above the taillight set, wherein two extending parts extend forward from the rear central cover, and a locking structure is disposed on the extending parts, the vehicle body side cover is disposed with a vehicle body side cover locking base, wherein the locking structure of the rear central cover and the vehicle body side cover locking base are disposed together inside the open part and below the storage compartment.
Method for focusing a beam former of a hearing aid (2, 3), comprising the following steps: - detecting the spatial orientation and/or position of the head of the hearing aid user, - detecting movements of the head of the hearing aid user by a movement sensor or on the basis of a spatial analysis of acoustic signals, - detecting acoustic signals in a directionally dependent manner when the hearing aid user has moved the head in the direction of a source of an acoustic signal, - thereafter increasing the gain of acoustic signals which come from a focus solid angle (α 1, α 2, β) frontally in front of the head of the hearing aid user in the direction in which the hearing aid user looks, in relation to acoustic signals from other solid angles, - thereafter repeatedly carrying out focusing by reducing the focus solid angle (α 2) until the level of acoustic signals from the focus solid angle (α 2) reduces due to a reduction in the focus solid angle (α 2) and a minimum focus solid angle (α 1, β) is obtained. - detecting the spatial orientation and/or position of the head of the hearing aid user, - detecting movements of the head of the hearing aid user by a movement sensor or on the basis of a spatial analysis of acoustic signals, - detecting acoustic signals in a directionally dependent manner when the hearing aid user has moved the head in the direction of a source of an acoustic signal, - thereafter increasing the gain of acoustic signals which come from a focus solid angle (α 1, α 2, β) frontally in front of the head of the hearing aid user in the direction in which the hearing aid user looks, in relation to acoustic signals from other solid angles, - thereafter repeatedly carrying out focusing by reducing the focus solid angle (α 2) until the level of acoustic signals from the focus solid angle (α 2) reduces due to a reduction in the focus solid angle (α 2) and a minimum focus solid angle (α 1, β) is obtained.
A container for an aerosol-generating substrate, the container having a piercing area, for use in an electrically heated aerosol-generating device having a piercing element for piercing the piercing area, the container comprising: a casing; and a cap including the piercing area and a heater, the heater defining the boundary of the piercing area. a casing; and a cap including the piercing area and a heater, the heater defining the boundary of the piercing area.
An ophthalmic aqueous solution for treating ocular hypertension and glaucoma, comprising 0.0010-0.0025% w/v tafluprost as an active ingredient, 0.075% w/v polysorbate 80, 0.005-0.2% w/v stabilizing agent, and substantially no preservatives in a container consisting essentially of polyethylene, wherein said ophthalmic aqueous solution can be stored at least for 30 months at 5 °C.
Current sensing device with at least two current sensors, implemented in an openable ringshaped support, wherein more than two current sensors are arranged in a chain-like arrangement in the ringshaped support, and that the current sensors are electrically connected in series, characterized in that the ringshaped support is divided into two halfring-elements, which are mechanically connected by a hinge, and that the electrical continuous interconnection between a first group of current sensors in a first halfring element and a second group of current sensors in a second halfring-element is provided by interconnection cables, which are dimensioned in length such that reservoir length, in the form of a loop, of the interconnecting cables is released during the opening of the current sensor device ring via the hinge.
A system including a medical imaging system and a medical position and navigation system, the medical imaging system including an imaging transmitter, periodically emitting imaging radiation and an imaging detector operating in at least an image radiation acquisition mode and a sampling mode, the medical position and navigation system including at least one MPS transmitter (110, 112, 114) periodically transmitting MPS radiation and at least one MPS detector, said MPS radiation electromagnetically interfering with at least said sampling mode of said imaging detector, wherein the system further includes a device for eliminating interference to the imaging detector caused by MPS radiation, the device comprising: a synchronizer, coupled with said medical imaging system and with said medical position and navigation system, synchronizing said imaging detector and each said at least one MPS transmitter (110, 112, 114), so that each said at least one MPS transmitter does not transmit MPS radiation during said sampling mode of operation of said imaging detector to prevent MPS radiation from electromagnetically interfering with said sampling mode of said imaging detector. a synchronizer, coupled with said medical imaging system and with said medical position and navigation system, synchronizing said imaging detector and each said at least one MPS transmitter (110, 112, 114), so that each said at least one MPS transmitter does not transmit MPS radiation during said sampling mode of operation of said imaging detector to prevent MPS radiation from electromagnetically interfering with said sampling mode of said imaging detector.
A method for the application and implantation of starter cultures in whole muscle products of animal origin for curing same, which comprises: a) introducing one or more starter cultures in said product of animal origin; b) subjecting said product of animal origin with starter cultures to maturation treatment with heat, with control over the temperature and humidity conditions to favor starter culture growth for a first time period; performing, after said first time period of step b), a step d) which includes: d1) transferring the product of animal origin with starter cultures to frozen conditions, determining a sudden stop of the mentioned biological activity process; and thereafter d2) slicing or cutting the frozen product of animal origin, and d3) applying a curing and rapid drying process on said sliced or cut frozen product of animal origin with starter cultures for a second time period comprised between 30 and 120 minutes, reducing the water content and producing an increase in the salt concentration, such that at ambient temperature, the starter culture remaining on the product of animal origin cannot reproduce or perform their biological activity due the low water content and the high salt content of the cured product; and e) packing the dried product of animal origin. wherein said products of animal origin comprise meat products of bovine, ovine, porcine, caprine or poultry origin, or fish. a) introducing one or more starter cultures in said product of animal origin; b) subjecting said product of animal origin with starter cultures to maturation treatment with heat, with control over the temperature and humidity conditions to favor starter culture growth for a first time period; d1) transferring the product of animal origin with starter cultures to frozen conditions, determining a sudden stop of the mentioned biological activity process; and thereafter d2) slicing or cutting the frozen product of animal origin, and d3) applying a curing and rapid drying process on said sliced or cut frozen product of animal origin with starter cultures for a second time period comprised between 30 and 120 minutes, reducing the water content and producing an increase in the salt concentration, such that at ambient temperature, the starter culture remaining on the product of animal origin cannot reproduce or perform their biological activity due the low water content and the high salt content of the cured product; and e) packing the dried product of animal origin. wherein said products of animal origin comprise meat products of bovine, ovine, porcine, caprine or poultry origin, or fish.
Valve train for gas exchange valves of an internal combustion engine, having a main camshaft, a plurality of cam carriers which are disposed in a rotationally fixed and axially movable manner on the main camshaft, as well as locking devices for retaining the cam carriers in defined displacement positions along the main camshaft, wherein the locking devices comprise in each case a pressing element which is inserted into a recess of the main camshaft and is pressed in the radial direction of the main camshaft against an opposing inner circumferential section of the cam carrier, characterised in that a further pressing element is provided at an axial distance from the pressing element and is pressed against an opposing inner circumferential section of the cam carrier.
Use of a lignocellulose and/or (hemi-)cellulose active protein in the modification of a raw carbohydrate, preferably lignocellulose and/or (hemi-)cellulose, most preferably non-soluble cellulose, wherein the protein comprises the domain with the amino acid sequence or a sequence that has an identity of more than 90%, more preferably more than 95%, more preferably more than 98% with said amino acid sequence.
A disposable electrode strip for testing a fluid sample comprising: a laminated strip having a first strip end and a second strip end, said laminated strip comprising a base layer having a conductive layer disposed thereon and scribed to delineate three electrode paths (22,23,24), a channel forming layer carried on said base layer, and a cover, wherein said laminated strip has a vent opening in a top surface of said laminated strip and spaced from said first strip end; an enclosed channel between said first strip end and said vent opening, wherein the volume of said enclosed channel is less than one microliter, and said enclosed channel contains a working electrode, a pseudo-working electrode (W 0) and a reference electrode, the arrangement of the electrodes W, W 0 and R within said enclosed channel being R-W-W 0 in direction from said first strip end to said vent opening; a reagent matrix, containing at least an enzyme, a redox mediator, a stabilizer, a binder, a surfactant, and a buffer, disposed on said base layer in said enclosed channel, wherein said stabilizer is polyalkylene glycol, said binder is methyl cellulose, said surfactant is t-octylphenoxypolyethoxyethanol, and said buffer is a citrate buffer; conductive contacts at said second strip end and insulated from said enclosed channel. a laminated strip having a first strip end and a second strip end, said laminated strip comprising a base layer having a conductive layer disposed thereon and scribed to delineate three electrode paths (22,23,24), a channel forming layer carried on said base layer, and a cover, wherein said laminated strip has a vent opening in a top surface of said laminated strip and spaced from said first strip end; an enclosed channel between said first strip end and said vent opening, wherein the volume of said enclosed channel is less than one microliter, and said enclosed channel contains a working electrode, a pseudo-working electrode (W 0) and a reference electrode, the arrangement of the electrodes W, W 0 and R within said enclosed channel being R-W-W 0 in direction from said first strip end to said vent opening; a reagent matrix, containing at least an enzyme, a redox mediator, a stabilizer, a binder, a surfactant, and a buffer, disposed on said base layer in said enclosed channel, wherein said stabilizer is polyalkylene glycol, said binder is methyl cellulose, said surfactant is t-octylphenoxypolyethoxyethanol, and said buffer is a citrate buffer; conductive contacts at said second strip end and insulated from said enclosed channel.