mhurhangee/patent-ind-claim-en huggingface dataset:
Annular manifold for an extrusion parison head for producing a tubular moulding from a thermoplastic material, comprising: an accommodation body with a first accommodation chamber with an inner surface , a first distribution sleeve with an outer surface , which has a distribution groove , wherein the first distribution sleeve is accommodated in the first accommodation chamber , as well as an annular first distribution chamber , which is formed between the inner surface of the first accommodation chamber and the outer surface of the first distribution sleeve , and which opens into an annular gap opening , characterized in that the outer surface of the first distribution sleeve has a single helical distribution groove with more than one winding and less than 1.25 windings. an accommodation body with a first accommodation chamber with an inner surface , a first distribution sleeve with an outer surface , which has a distribution groove , wherein the first distribution sleeve is accommodated in the first accommodation chamber , as well as an annular first distribution chamber , which is formed between the inner surface of the first accommodation chamber and the outer surface of the first distribution sleeve , and which opens into an annular gap opening , characterized in that the outer surface of the first distribution sleeve has a single helical distribution groove with more than one winding and less than 1.25 windings.
A method performed by a wireless device , comprising: determining one or more time resources in a particular carrier selected from one or more pools of time resources indicated to the wireless device by a network node for multi-carrier device-to-device, D2D, operation by the wireless device ; and sending a gap request message to the network node , the gap request message indicating one or more gaps requested by the wireless device , the one or more gaps comprising the determined one or more time resources for the multi-carrier D2D operation. determining one or more time resources in a particular carrier selected from one or more pools of time resources indicated to the wireless device by a network node for multi-carrier device-to-device, D2D, operation by the wireless device ; and sending a gap request message to the network node , the gap request message indicating one or more gaps requested by the wireless device , the one or more gaps comprising the determined one or more time resources for the multi-carrier D2D operation.
A pet container for transporting pets, in particular for air shipment of pets, comprising an outer shell having a top portion and a bottom portion , wherein the outer shell defines a pet chamber for accommodating a pet, wherein the outer shell has an opening formed therein for providing access to the pet chamber and a door for opening and closing the opening , the door having an open state and a closed state; a water tank provided inside the pet chamber ; and a climate compartment for receiving a cooling or heating medium (M) therein, wherein the climate compartment is provided below the pet chamber and has an orifice for horizontally inserting a cooling or heating medium (M) into and removing a cooling or heating medium (M) from the climate compartment , characterized in that the water tank has at least one protrusion configured to be received in a respective hole in the door when the door is in the closed state so as to allow reading the fluid level in the water tank . an outer shell having a top portion and a bottom portion , wherein the outer shell defines a pet chamber for accommodating a pet, wherein the outer shell has an opening formed therein for providing access to the pet chamber and a door for opening and closing the opening , the door having an open state and a closed state; a water tank provided inside the pet chamber ; and a climate compartment for receiving a cooling or heating medium (M) therein, wherein the climate compartment is provided below the pet chamber and has an orifice for horizontally inserting a cooling or heating medium (M) into and removing a cooling or heating medium (M) from the climate compartment , characterized in that the water tank has at least one protrusion configured to be received in a respective hole in the door when the door is in the closed state so as to allow reading the fluid level in the water tank .
A microwave pouch which is formed in a bag shape thermally bonding together outer edges of overlapped layers of laminated film to form an outer edge seal and comprising a self-venting mechanism , characterized in that the self-venting mechanism including an annular venting seal formed by bonding together the overlapped layers of laminated film with heat, a steam release part surrounded by the venting seal and formed as a non-sealed portion where the overlapped front and back layers of laminated film are not thermally bonded together, and a movable piece defined by a slit formed to extend through the overlapped layers of laminated film in the front and back direction in the steam release part , the venting seal including a seal peel initiation part where peeling is started by steam generated inside the pouch during heating, and the slit including slit both ends , and a slit intermediate part formed to extend from the slit both ends toward a region away from the seal peel initiation part and connecting the slit both ends . the self-venting mechanism including an annular venting seal formed by bonding together the overlapped layers of laminated film with heat, a steam release part surrounded by the venting seal and formed as a non-sealed portion where the overlapped front and back layers of laminated film are not thermally bonded together, and a movable piece defined by a slit formed to extend through the overlapped layers of laminated film in the front and back direction in the steam release part , the venting seal including a seal peel initiation part where peeling is started by steam generated inside the pouch during heating, and the slit including slit both ends , and a slit intermediate part formed to extend from the slit both ends toward a region away from the seal peel initiation part and connecting the slit both ends .
A processor comprising: a register, wherein the register is to store a first floating point (FP) value, a second FP value, and a third FP value; and a decoder to: receive a request from an application to perform a fused multiply-add (FMA) low operation; and decode the request; an FMA low functional unit to, in response to the request: multiply the first FP value with the second FP value to obtain a first product value; add the first product with the third FP value to generate a first result value; round the first result to generate a FMA value; and identify one or more bits discarded from rounding the first result, to generate a FMA low value, wherein to identify the one or more bits, the FMA low functional unit is further to: multiply the first FP value with the second FP value to obtain a second product value; add the second product value with the third FP value to obtain a second result value; and subtract the FMA value from the second result value to generate the FMA low value. a register, wherein the register is to store a first floating point (FP) value, a second FP value, and a third FP value; and a decoder to: receive a request from an application to perform a fused multiply-add (FMA) low operation; and decode the request; receive a request from an application to perform a fused multiply-add (FMA) low operation; and decode the request; an FMA low functional unit to, in response to the request: multiply the first FP value with the second FP value to obtain a first product value; add the first product with the third FP value to generate a first result value; round the first result to generate a FMA value; and identify one or more bits discarded from rounding the first result, to generate a FMA low value, wherein to identify the one or more bits, the FMA low functional unit is further to: multiply the first FP value with the second FP value to obtain a second product value; add the second product value with the third FP value to obtain a second result value; and subtract the FMA value from the second result value to generate the FMA low value. multiply the first FP value with the second FP value to obtain a first product value; add the first product with the third FP value to generate a first result value; round the first result to generate a FMA value; and identify one or more bits discarded from rounding the first result, to generate a FMA low value, wherein to identify the one or more bits, the FMA low functional unit is further to: multiply the first FP value with the second FP value to obtain a second product value; add the second product value with the third FP value to obtain a second result value; and subtract the FMA value from the second result value to generate the FMA low value. multiply the first FP value with the second FP value to obtain a second product value; add the second product value with the third FP value to obtain a second result value; and subtract the FMA value from the second result value to generate the FMA low value.
A wound monitoring and/or therapy apparatus comprising: a substrate configured to be positioned at least partially in a wound, the substrate supporting a plurality of sensors including a first sensor and a second sensor wherein the first sensor is of a different sensor type to the second sensor; a plurality of sensor circuits positioned on the substrate, each sensor circuit configured to process a plurality of input signals to generate a single output signal from the plurality of input signals, wherein each of the plurality of input signals corresponds to a measurement of a different sensor of the plurality of sensors positioned on the substrate; a selection circuit positioned on the substrate and coupled to each sensor circuit, the selection circuit configured to receive the plurality of single output signals from the plurality of sensor circuits and output the single output signal of a selected sensor circuit of the plurality of sensor circuits; and a processor configured to be in electrical communication with the selection circuit, the processor configured to: communicate, to the selection circuit, which of the plurality of sensor circuits to select, receive, from the selection circuit, the single output signal of the selected sensor circuit, and separately extract each of the plurality of input signals from the single output signal of the selected sensor circuit. a substrate configured to be positioned at least partially in a wound, the substrate supporting a plurality of sensors including a first sensor and a second sensor wherein the first sensor is of a different sensor type to the second sensor; a plurality of sensor circuits positioned on the substrate, each sensor circuit configured to process a plurality of input signals to generate a single output signal from the plurality of input signals, wherein each of the plurality of input signals corresponds to a measurement of a different sensor of the plurality of sensors positioned on the substrate; a selection circuit positioned on the substrate and coupled to each sensor circuit, the selection circuit configured to receive the plurality of single output signals from the plurality of sensor circuits and output the single output signal of a selected sensor circuit of the plurality of sensor circuits; and a processor configured to be in electrical communication with the selection circuit, the processor configured to: communicate, to the selection circuit, which of the plurality of sensor circuits to select, receive, from the selection circuit, the single output signal of the selected sensor circuit, and separately extract each of the plurality of input signals from the single output signal of the selected sensor circuit. communicate, to the selection circuit, which of the plurality of sensor circuits to select, receive, from the selection circuit, the single output signal of the selected sensor circuit, and separately extract each of the plurality of input signals from the single output signal of the selected sensor circuit.
A torsional vibration damper of a motor vehicle driven by an internal combustion engine, which is constructed as a dual-mass flywheel and which comprises a primary part fastened to a crankshaft and a secondary part associated with an output side, which are arranged so as to be jointly rotatable about an axis of rotation and rotatable relative to one another and between which a spring damper device is arranged in the torque flow, wherein the secondary part constructed of multiple parts includes a torque limiter , the support flange of which is indirectly coupled to an output hub via at least one friction lining and a guide disc , wherein an axial displacement of the output hub against a spring force of at least one disc spring releases a toothing and interrupts a torque transmission of the torsional vibration damper and the output hub can then be rotated until the positions of openings of the output hub coincide with bores of the primary part , characterized in that the output hub , on the one hand, is axially supported directly or indirectly on a friction ring , wherein the friction ring is associated with the primary part via a support ring , and the output hub , on the other hand, is connected in a form-fitting manner via the toothing to a toothed sheet metal disc which is located upstream of the guide disc and is connected to the guide disc.
A lubricating oil composition used in the reduction gearbox or transmission of an electric vehicle or a hybrid vehicle, wherein the lubricating oil contains a base oil, and the aromatic ring content of the base oil measured according to ASTM D3238 is from 3,500 to 15,000 ppm in terms of the mass of the base oil and wherein the pour point as measured in accordance with JIS K 2269 is lower than -40°C. wherein the lubricating oil contains a base oil, and the aromatic ring content of the base oil measured according to ASTM D3238 is from 3,500 to 15,000 ppm in terms of the mass of the base oil and wherein the pour point as measured in accordance with JIS K 2269 is lower than -40°C.
A blade outer air seal (64; 164) for a gas turbine engine comprising: a carrier (70; 170) having a dovetail (76; 176); and a ceramic seal segment (68; 168) having first and second axial ends , first and second circumferential sides , an inner side , an outer side , and first and second inward-facing dovetail hooks (72; 172) projecting from the outer side and defining a dovetail key there between, the ceramic seal segment (68; 168) being axially receivable onto the dovetail (76; 176) of the carrier (70; 170) via the dovetail key , the dovetail (76; 176) supporting the ceramic seal segment (68; 168), wherein the hooks (72; 172) face inwards with respect to a midline of the ceramic seal segment (68; 168) midway between the first and second circumferential sides , and characterised by the blade outer air seal (64; 164) further comprising metallic liners between the first and second inward-facing dovetail hooks (72; 172) and the dovetail (76; 176). a carrier (70; 170) having a dovetail (76; 176); and a ceramic seal segment (68; 168) having first and second axial ends , first and second circumferential sides , an inner side , an outer side , and first and second inward-facing dovetail hooks (72; 172) projecting from the outer side and defining a dovetail key there between, the ceramic seal segment (68; 168) being axially receivable onto the dovetail (76; 176) of the carrier (70; 170) via the dovetail key , the dovetail (76; 176) supporting the ceramic seal segment (68; 168), wherein the hooks (72; 172) face inwards with respect to a midline of the ceramic seal segment (68; 168) midway between the first and second circumferential sides , and characterised by the blade outer air seal (64; 164) further comprising metallic liners between the first and second inward-facing dovetail hooks (72; 172) and the dovetail (76; 176).
A method of forming a uniform coating onto a tooth surface, which method comprises: forming droplets by spraying an orally acceptable coating material through a spray nozzle, wherein the droplets have a volume-averaged droplet size of about 1 μm to about 100 μm, wherein a spray comprising the droplets travels from a tip of the spray nozzle towards the tooth surface at a spray rate of less than about 10 milliliters/minute and; wherein a spray distance is about 20 centimeters; wherein the atomization process comprises passing a stream of air through the spray nozzle; wherein a flow rate of the stream of air passing through the spray nozzle is from about 0.113 cubic meters (4 cubic foot) per hour to about 0.8495 cubic meters (30 cubic foot) per hour; and wherein the droplets comprise at least one substance selected from the group consisting of a film-forming polymer, a therapeutic agent and a cosmetic agent; and depositing the droplets onto the tooth surface to thereby form the uniform coating. forming droplets by spraying an orally acceptable coating material through a spray nozzle, wherein the droplets have a volume-averaged droplet size of about 1 μm to about 100 μm, wherein a spray comprising the droplets travels from a tip of the spray nozzle towards the tooth surface at a spray rate of less than about 10 milliliters/minute and; wherein a spray distance is about 20 centimeters; wherein the atomization process comprises passing a stream of air through the spray nozzle; wherein a flow rate of the stream of air passing through the spray nozzle is from about 0.113 cubic meters (4 cubic foot) per hour to about 0.8495 cubic meters (30 cubic foot) per hour; and wherein the droplets comprise at least one substance selected from the group consisting of a film-forming polymer, a therapeutic agent and a cosmetic agent; and depositing the droplets onto the tooth surface to thereby form the uniform coating.
A laminate web comprising a first and second precursor webs, the first precursor web being a nonwoven web, the second precursor web being a polymer film, the laminate web having a first side , the first side comprising the second precursor web and a plurality of discrete tufts , each of the discrete tufts having a linear orientation defining a longitudinal axis (L) and comprising a plurality of tufted fibers being integral extensions of the first precursor web and extending through the second precursor web; and a second side , the second side comprising the first precursor web.
A resource distribution method in Internet of Things, comprising: discovering (S201), by a serving device, servers with resource directories from a server cluster; and distributing (S202), by the serving device, resource information to at least two servers of the servers with the resource directories; wherein the distributing (S202), by the serving device, the resource information to at least two servers of the servers with the resource directories comprises: transmitting, by the serving device, the resource information to the at least two servers of the servers with the resource directories directly according to a priority order of the servers, wherein the resource directories are configured to store the resource information, and enable a client device to discover resources of the serving device, wherein the priority order of the servers is a priority order that is determined according to weights of the resource directories of the servers. discovering (S201), by a serving device, servers with resource directories from a server cluster; and distributing (S202), by the serving device, resource information to at least two servers of the servers with the resource directories; wherein the distributing (S202), by the serving device, the resource information to at least two servers of the servers with the resource directories comprises: transmitting, by the serving device, the resource information to the at least two servers of the servers with the resource directories directly according to a priority order of the servers, wherein the resource directories are configured to store the resource information, and enable a client device to discover resources of the serving device, wherein the priority order of the servers is a priority order that is determined according to weights of the resource directories of the servers.
A fastening nut for fastening an exhaust manifold to a cylinder head of an internal combustion engine by screwing it onto an external threaded bolt retained on the cylinder head and passing through a passage opening in the exhaust manifold , the fastening nut comprising an internal thread section for screwing it onto the external threaded bolt and, preferably, braking torque means for increasing the loosening torque, the fastening nut also comprising a first supporting surface for the indirect or direct axial support on the cylinder head and/or a seal lying on the cylinder head and comprising a second supporting surface for the indirect or direct axial support on the exhaust manifold , the first supporting surface being disposed, in particular on an end face, at a supporting section of the fastening nut for passing through the passage opening and the second supporting surface being realized at a radially protruding spring section which is elastically preloaded in the axial direction at an axial and radial distance to the first supporting surface , that the fastening nut is realized in multiple parts and comprises a nut body which extends in an axial manner from a rear end to the first supporting surface and a separate spring part which is fastened to the nut body in a captive manner via securing means , and that the internal thread section and the supporting section comprising its first supporting surface are realized at the nut body , and that the spring part realizes the spring section comprising its second supporting surface , characterized in that the internal thread section is realized in an axially shortened manner and is located in an end portion of the nut body which faces away from the first supporting surface , the entire supporting section being realized without an internal thread and that the internal diameter of the supporting section is larger than the internal diameter of the internal thread section , an axial section, in particular of more than 50 %, of the nut body thus not being screwable or screwed onto the external threaded bolt.
- A railway vehicle bogie , comprising a chassis and two axles , the chassis comprising two longitudinal members extending in a longitudinal direction, each axle comprising a pair of wheels each provided with a tyre and a connecting device extending between said wheels , characterized in that each axle comprising an axle housing extending in a transverse direction substantially perpendicular to the longitudinal direction and at least partially surrounding the connecting device, the longitudinal members of the chassis being connected to each other by the axles , the axle housing of each axle being rigidly attached to each of said longitudinal members , characterised in that each longitudinal member has a cross-section comprising a web extending in an elevation direction substantially perpendicular to the longitudinal and transverse directions and two flanges extending in a substantially transverse direction on either side of the web in the elevation direction.