mhurhangee/ep-ind-claims huggingface dataset:
A strut assembly for a bearing compartment of a gas turbine engine, the strut assembly comprising: an inner case disposed within the bearing compartment, the inner case having a first axis, the first axis being a first radially central axis; an outer case defining an exterior of the bearing compartment, the outer case having a second axis, the second axis being a radially central axis that is co-axial with the first axis, wherein the inner and outer cases define a flowpath therebetween; and a first plurality of struts configured to maintain concentric positioning between the inner case and outer case, wherein each strut of the first plurality of struts extends between and is connected to the inner case and outer case, wherein the first plurality of struts is resiliently deformable between the outer case and inner case whereby a change in size in one of the outer case and inner case is radially isolated from the other of the outer case and inner case, characterized in that each strut of the first plurality of struts comprises a fluidic passage extending axially through the strut allowing unrestricted airflow between inner and outer cases (66,76). an inner case disposed within the bearing compartment, the inner case having a first axis, the first axis being a first radially central axis; an outer case defining an exterior of the bearing compartment, the outer case having a second axis, the second axis being a radially central axis that is co-axial with the first axis, wherein the inner and outer cases define a flowpath therebetween; and a first plurality of struts configured to maintain concentric positioning between the inner case and outer case, wherein each strut of the first plurality of struts extends between and is connected to the inner case and outer case, wherein the first plurality of struts is resiliently deformable between the outer case and inner case whereby a change in size in one of the outer case and inner case is radially isolated from the other of the outer case and inner case, characterized in that each strut of the first plurality of struts comprises a fluidic passage extending axially through the strut allowing unrestricted airflow between inner and outer cases (66,76).
A herbicidal composition comprising a synergistically herbicidal effective amount of (a) (±)-2-exo-(2-Methylbenzyloxy)-1-methyl-4-isopropyl-7-oxabicyclo[2.2.1]heptane, any of its individual enantiomers or any non-racemic mixture thereof (herbicide A) and (b) pendimethalin (herbicide B) wherein the weight ratio of herbicide A to herbicide B is in the range from 1:3.1 to 1:10.
A method of wireless communication performed by a network controller of a wireless communication system, comprising: receiving a time-sensitive network, TSN, traffic configuration that indicates a duration of a gate open state for a TSN traffic flow and a periodicity with which the gate open state occurs; configuring one or more quality of service, QoS, parameters, associated with the wireless communication system, for a QoS flow that is to carry the TSN traffic flow, wherein the one or more QoS parameters are configured based at least in part on one or more TSN capability parameters associated with the network controller and at least one of the duration of the gate open state or the periodicity; wherein the one or more QoS parameters include at least one of: a maximum data burst volume, MDBV, parameter, a guaranteed flow bit rate, GFBR, parameter, a maximum flow bit rate, MFBR, parameter, a 5G QoS indicator, 5QI, parameter, or a combination thereof; and transmitting the one or more QoS parameters to a base station of the wireless communication system. receiving a time-sensitive network, TSN, traffic configuration that indicates a duration of a gate open state for a TSN traffic flow and a periodicity with which the gate open state occurs; configuring one or more quality of service, QoS, parameters, associated with the wireless communication system, for a QoS flow that is to carry the TSN traffic flow, wherein the one or more QoS parameters are configured based at least in part on one or more TSN capability parameters associated with the network controller and at least one of the duration of the gate open state or the periodicity; wherein the one or more QoS parameters include at least one of: a maximum data burst volume, MDBV, parameter, a guaranteed flow bit rate, GFBR, parameter, a maximum flow bit rate, MFBR, parameter, a 5G QoS indicator, 5QI, parameter, or a combination thereof; and transmitting the one or more QoS parameters to a base station of the wireless communication system. a maximum data burst volume, MDBV, parameter, a guaranteed flow bit rate, GFBR, parameter, a maximum flow bit rate, MFBR, parameter, a 5G QoS indicator, 5QI, parameter, or a combination thereof; and transmitting the one or more QoS parameters to a base station of the wireless communication system.
A retainer system configured to retain a ground engaging tool on a work tool, comprising: a lock including: a C-shaped portion defining a slot; and a head portion attached to the C-shaped portion and having a first detent, a second detent, an annular surface extending between the first detent and the second detent, and a tool interface; characterized in that the retainer system further comprises and a retainer bushing having a skirt portion formed with an internal surface configured to rotatably receive an external surface of the C-shaped portion of the lock, and in which the lock is rotatable relative to the retainer bushing. a lock including: a C-shaped portion defining a slot; and a head portion attached to the C-shaped portion and having a first detent, a second detent, an annular surface extending between the first detent and the second detent, and a tool interface; characterized in that the retainer system further comprises and a retainer bushing having a skirt portion formed with an internal surface configured to rotatably receive an external surface of the C-shaped portion of the lock, and in which the lock is rotatable relative to the retainer bushing. a C-shaped portion defining a slot; and a head portion attached to the C-shaped portion and having a first detent, a second detent, an annular surface extending between the first detent and the second detent, and a tool interface; characterized in that the retainer system further comprises and a retainer bushing having a skirt portion formed with an internal surface configured to rotatably receive an external surface of the C-shaped portion of the lock, and in which the lock is rotatable relative to the retainer bushing.
A two component moisture curing silicone composition having a base component and catalyst package component in which, the catalyst package comprises: (i) An ABA, n or rake type silicone organic copolymer having at least 2 hydroxy- or alkoxy groups per molecule or a mixture thereof, which comprises organic polymer blocks selected from polyether, hydrocarbon, acrylate, polyurethane or polyurea; (ii) One or more dipodal silanes in accordance with the formula: (R 4 O) m (Y 1) 3-m - Si (CH 2) x -(NHCH 2 CH 2) t - Q(CH 2) x - Si(OR 4) m (Y 1) 3-m, where R 4 is a C 1-10 alkyl group, Y 1 is an alkyl groups containing from 1 to 8 carbons, Q is a chemical group containing a heteroatom with a lone pair of electrons; each x is an integer of from 1 to 6,t is 0 or 1 and each m is independently 1, 2 or 3; and (iii) a non-dipodal adhesion promoter; (iv) a tin based catalyst and optionally (v) a cross-linker. (i) An ABA, n or rake type silicone organic copolymer having at least 2 hydroxy- or alkoxy groups per molecule or a mixture thereof, which comprises organic polymer blocks selected from polyether, hydrocarbon, acrylate, polyurethane or polyurea; (ii) One or more dipodal silanes in accordance with the formula: (R 4 O) m (Y 1) 3-m - Si (CH 2) x -(NHCH 2 CH 2) t - Q(CH 2) x - Si(OR 4) m (Y 1) 3-m, where R 4 is a C 1-10 alkyl group, Y 1 is an alkyl groups containing from 1 to 8 carbons, Q is a chemical group containing a heteroatom with a lone pair of electrons; each x is an integer of from 1 to 6,t is 0 or 1 and each m is independently 1, 2 or 3; and (iii) a non-dipodal adhesion promoter; (iv) a tin based catalyst and optionally (v) a cross-linker.
An ophthalmic suspension comprising an ophthalmic active ingredient suspended in a formulation vehicle, wherein the ophthalmic active ingredient is present as particles that have D v90 < 5 μm and D v50 < 1 μm, and the formulation vehicle comprises a suspending agent and a non-ionic cellulose derivative, wherein the suspending agent comprises a carboxyvinyl polymer and wherein the suspension is storage stable for at least one year.
Dental electric motor arrangement for a dental handpiece, the dental electric motor arrangement being provided to be connected via a coupling to a handpiece, in order to transmit a torque which is produced by the dental electric motor arrangement to a tool which is arranged on the handpiece, the dental electric motor arrangement having: - a rotor with a rotor shaft which is arranged in a mounted manner such that it can be rotated about a longitudinal axis, and - a coupling journal for connecting to the handpiece, the coupling journal having a length in the direction of the longitudinal axis, and being configured to protrude into the handpiece, characterized in that the length ( l) is smaller than 30 mm, in that the rotor shaft is mounted by way of two bearings (330, 331) such that it can be rotated about the longitudinal axis, and the dental electric motor arrangement has a motor housing which consists of one piece and surrounds the two bearings (330, 331) radially from the outside in relation to the rotor shaft, and in that the coupling journal and the motor housing are configured in one piece. - a rotor with a rotor shaft which is arranged in a mounted manner such that it can be rotated about a longitudinal axis, and - a coupling journal for connecting to the handpiece,
Closed circuit operating on a Rankine cycle, said circuit comprising at least one compression and circulation pump with an inlet and an outlet for a working fluid in liquid form, a heat exchanger over which a hot source is swept in order to evaporate said fluid circulating between an inlet and an outlet of said heat exchanger, means for expanding the fluid into the form of a vapour, a cooling exchanger swept by a cold source to condense the working fluid circulating between an inlet and an outlet of said cooling exchanger, a reservoir of working fluid, and working fluid circulation pipes (44, 46, 48, 50, 52, 54) for circulating said fluid between the pump, the heat exchanger, the expansion means, the condenser and the reservoir, the circuit further comprising a device for draining the fluid contained in the heat exchanger in the event of emergency shutdown of said circuit, characterized in that the circuit comprises a nonreturn check-valve placed in the vicinity of the outlet from the pump, and a filter.
Method for processing a sequence of holographic images, with a view to playing it with a holographic display device to at least one observer (O 1, O 2, O 3, O k), characterized in that, for a holographic image decomposed in a Gabor-wavelet basis into a set of wavelet coefficients, the method comprises the following steps: - Obtaining information representative of the decomposition in the Gabor-wavelet basis; - Obtaining information (Iloc) representative of a location of said at least one observer in a frame of reference of the display device; the information representative of a location of said at least one observer comprising characteristic parameters of a connected and convex subset of positions of the observer, called the encompassing volume (B k); - Selecting a subset of wavelet coefficients depending on the obtained wavelet information and on the obtained location information, said step comprising the following substeps: - determining an angular direction of emission and an angular dispersion of a light cone produced by a Gabor wavelet ( ψ i) at a point (x,y) of the holographic image in a frame of reference of the display device; - identifying the cones (Cn ψ i)) having a nonzero intersection with a least the encompassing volume (B k) of said at least one observer (O k); - selecting the wavelets ( ψ i) corresponding to the identified cones; - encoding the selected coefficients. - Obtaining information representative of the decomposition in the Gabor-wavelet basis; - Obtaining information (Iloc) representative of a location of said at least one observer in a frame of reference of the display device; the information representative of a location of said at least one observer comprising characteristic parameters of a connected and convex subset of positions of the observer, called the encompassing volume (B k); - Selecting a subset of wavelet coefficients depending on the obtained wavelet information and on the obtained location information, said step comprising the following substeps: - determining an angular direction of emission and an angular dispersion of a light cone produced by a Gabor wavelet ( ψ i) at a point (x,y) of the holographic image in a frame of reference of the display device; - identifying the cones (Cn ψ i)) having a nonzero intersection with a least the encompassing volume (B k) of said at least one observer (O k); - selecting the wavelets ( ψ i) corresponding to the identified cones; - determining an angular direction of emission and an angular dispersion of a light cone produced by a Gabor wavelet ( ψ i) at a point (x,y) of the holographic image in a frame of reference of the display device; - identifying the cones (Cn ψ i)) having a nonzero intersection with a least the encompassing volume (B k) of said at least one observer (O k); - selecting the wavelets ( ψ i) corresponding to the identified cones; - encoding the selected coefficients.
A turbine blade having a hollow blade body comprising: cooling air holes that penetrate the blade body from an internal wall surface to an external wall surface thereof, and are provided with a straight tube portion that is located on the internal wall surface side of the blade body, and an expanded diameter portion that is located on the external wall surface side of the blade body; and a guide groove that is provided on an internal wall of the expanded diameter portion and that guides cooling air in the expanded diameter portion, characterized in that the guide groove has a collision surface that is provided in the expanded diameter portion and intersects a flow direction of the cooling air. cooling air holes that penetrate the blade body from an internal wall surface to an external wall surface thereof, and are provided with a straight tube portion that is located on the internal wall surface side of the blade body, and an expanded diameter portion that is located on the external wall surface side of the blade body; and a guide groove that is provided on an internal wall of the expanded diameter portion and that guides cooling air in the expanded diameter portion, characterized in that the guide groove has a collision surface that is provided in the expanded diameter portion and intersects a flow direction of the cooling air.
Handheld power tool having a tool receptacle which comprises a polygonal inner receptacle and a polygonal outer receptacle, wherein the polygonal inner receptacle is designed for connection to a first insert tool which can be locked in the polygonal inner receptacle by means of a locking device assigned to the tool receptacle, and the polygonal outer receptacle is designed for connection to a second insert tool which has an inner polygonal coupling which can be pushed onto the polygonal outer receptacle, characterized in that the locking device has an actuating element which, for unlocking the first insert tool, can be displaced from a locking position into an unlocking position in an axial direction pointing away from the first insert tool, wherein the locking device has a retaining element which is designed to block the actuating element in the locking position during operation of the handheld power tool, wherein the retaining element is designed in the manner of a C ring which has radial widenings (247, 248, 249) for blocking the actuating element, and the locking device has a spring element which is designed to urge the actuating element with a predetermined spring force in the direction of the first insert tool into the locking position, wherein the actuating element acted on by the spring element with the predetermined spring force has a collar-like supporting element which bears in the locking position against the radial widenings (247, 248, 249) of the retaining element.
A wall panel comprising: a first main panel, in which a hole is made; a second transparent panel, with a size slightly being bigger than said hole, wherein in said main panel notches are provided in opposite edges of the hole, wherein the transparent panel fits, characterized in that, an edge portion of the second transparent panel is provided in each of said notches, wherein a first of said notches has a height larger than the height of the other of said two notches.
Transport device for at least one file having a back and two wings, comprising a frame with a base plate for supporting the back of the file, a cover plate and two lateral plates (8, 9) holding the base plate and the cover plate at a predetermined distance from each other, and two flaps connected to the cover plate each for holding a free end of one of the wings, the flaps each being shorter than said distance when seen in direction of said distance, and the flaps being pivotable with respect to the lateral plates (8, 9), characterised in that in an operational state of the transport device for transporting the file the base, cover and lateral plates (6 - 9) are connected to form said frame, while the flaps are pivotable with respect to the lateral plates (8, 9).
A multivariable sensing device (100;200;302;402;500;600) for sensing one or more parameters of a process fluid disposed in a container (304;404;512;610), comprising: a radio frequency based sensor (104;204;306;414;502;602) configured to sense a physical parameter, a chemical parameter, a biological parameter, or combinations thereof, representative of the process fluid, wherein the radio frequency based sensor comprises: a sensor substrate (110;612); a radio frequency coil (112;606) disposed on at least a portion of the sensor substrate; a support structure (102;202;308;405;504;604) configured to be physically coupled to the container, wherein the support structure is configured to position the radio frequency based sensor in operative proximity to an inside of the container; the device being characterised in that: the radio frequency based sensor is disposed in the support structure such that at least a portion of the sensor substrate faces the inside of the container; a sensing layer is disposed on at least a portion of the substrate such that, in operation, the sensing layer is disposed between the portion of the sensor substrate and the process fluid; and the radio frequency coil is disposed on an opposite side of the substrate from the sensing layer. a radio frequency based sensor (104;204;306;414;502;602) configured to sense a physical parameter, a chemical parameter, a biological parameter, or combinations thereof, representative of the process fluid, wherein the radio frequency based sensor comprises: a sensor substrate (110;612); a radio frequency coil (112;606) disposed on at least a portion of the sensor substrate; a support structure (102;202;308;405;504;604) configured to be physically coupled to the container, wherein the support structure is configured to position the radio frequency based sensor in operative proximity to an inside of the container; the device being characterised in that: the radio frequency based sensor is disposed in the support structure such that at least a portion of the sensor substrate faces the inside of the container; a sensing layer is disposed on at least a portion of the substrate such that, in operation, the sensing layer is disposed between the portion of the sensor substrate and the process fluid; and the radio frequency coil is disposed on an opposite side of the substrate from the sensing layer. the radio frequency based sensor is disposed in the support structure such that at least a portion of the sensor substrate faces the inside of the container; a sensing layer is disposed on at least a portion of the substrate such that, in operation, the sensing layer is disposed between the portion of the sensor substrate and the process fluid; and the radio frequency coil is disposed on an opposite side of the substrate from the sensing layer.
Use of a particulate mineral material being functionalized with one or more adsorption enhancing agents for scavenging and removing ionic metal contaminants from an aqueous medium, wherein the particulate mineral material is selected from particulate magnesium carbonate and/or calcium carbonate containing mineral material having a specific surface area prior to functionalization with said one or more adsorption enhancing agents of 10 to 200 m 2 /g, wherein the adsorption enhancing agent is selected from elemental iron and mixtures of elemental iron and iron oxide species and wherein the ionic metal contaminant comprises at least one metal selected from the group consisting of Pb, Zn, Mn, Cd, Cu, Mo, Co and Ni, wherein the ionic metal contaminant preferably is cationic.
A cold plate for a liquid cooling system, configured for cooling a heat generating electronic component, the cold plate comprising: a heat exchanging interface having a first surface and a second surface for contacting the heat generating electronic component opposite the first surface; a plurality of parallel fins extending from the first surface, the plurality of fins defining a plurality of channels; a plurality of slots formed in the plurality of fins transversely to the plurality of channels, wherein the plurality of slots include two inner slots and two outer slots, and a plurality of barrier walls that extend down into the plurality of slots, wherein the plurality of barrier walls include two inner barrier walls and two outer barrier walls; and a seal that has an inlet passage configured to direct a cooling liquid to the plurality of channels, wherein the seal defines a central channel configured to distribute the cooling liquid to the middle region of the plurality of fins, wherein the central channel is positioned between the inner barrier walls about midway along a length of the plurality of fins and wherein the cooling liquid supplied to the plurality of channels through the central channel splits and flows away from the middle of the plurality of fins. a heat exchanging interface having a first surface and a second surface for contacting the heat generating electronic component opposite the first surface; a plurality of parallel fins extending from the first surface, the plurality of fins defining a plurality of channels; a plurality of slots formed in the plurality of fins transversely to the plurality of channels, wherein the plurality of slots include two inner slots and two outer slots, and a plurality of barrier walls that extend down into the plurality of slots, wherein the plurality of barrier walls include two inner barrier walls and two outer barrier walls; and a seal that has an inlet passage configured to direct a cooling liquid to the plurality of channels, wherein the seal defines a central channel configured to distribute the cooling liquid to the middle region of the plurality of fins, wherein the central channel is positioned between the inner barrier walls about midway along a length of the plurality of fins and wherein the cooling liquid supplied to the plurality of channels through the central channel splits and flows away from the middle of the plurality of fins.
Process for producing a plastic layer based on a plastic raw material, wherein the plastic raw material is mixed with additives and subsequently extruded to afford the plastic layer, characterized in that tea grounds having a water content of 0% to 20% are used as an additive.