mhurhangee/patent-ind-claim-en huggingface dataset:
A plasterboard comprising a body of hardened plaster and a facing layer disposed at a first surface of the plasterboard, the plasterboard having: a second surface opposing the first surface , and a first edge and an opposing second edge that bound the first surface and the second surface , the first surface comprising a first section and a second section , the first section being raised compared to the second section , the second section abutting the second edge , the second surface comprising a first section and a second section disposed between the first section and the second edge , the first section and the second section being separated by a boundary between the first edge and the second edge , the first section of the second surface being substantially parallel to the first section of the first surface , the second section of the second surface sloping toward the first surface from the boundary toward the second edge , wherein the facing layer is not substantially present on the first section of the first surface but is substantially present on the second section of the first surface of the plasterboard. a second surface opposing the first surface , and a first edge and an opposing second edge that bound the first surface and the second surface , the first surface comprising a first section and a second section , the first section being raised compared to the second section , the second section abutting the second edge , the second surface comprising a first section and a second section disposed between the first section and the second edge , the first section and the second section being separated by a boundary between the first edge and the second edge , the first section of the second surface being substantially parallel to the first section of the first surface , the second section of the second surface sloping toward the first surface from the boundary toward the second edge , wherein the facing layer is not substantially present on the first section of the first surface but is substantially present on the second section of the first surface of the plasterboard.
An image processing apparatus capable of communicating with an external apparatus via a network , the image processing apparatus comprising: receiving means for receiving image data; registering means for registering a transfer setting containing an ID for identifying destination information to transfer the image data received by the receiving means; acquisition means for acquiring the destination information corresponding to the ID contained in the transfer setting registered by the registering means; and transfer means for transferring the image data received by the receiving means using the destination information acquired by the acquisition means; characterized in that the acquisition means acquires the destination information via the network from the external apparatus ; and by control means for invalidating the transfer setting registered by the registering means in a case where the acquisition means cannot acquire the destination information due to the fact that no destination information corresponding to the ID is stored in the external apparatus, wherein the control means does not invalidate the transfer setting registered by the registering means in a case where the acquisition means cannot acquire the destination information due to a communication error with the external apparatus. receiving means for receiving image data; registering means for registering a transfer setting containing an ID for identifying destination information to transfer the image data received by the receiving means; acquisition means for acquiring the destination information corresponding to the ID contained in the transfer setting registered by the registering means; and transfer means for transferring the image data received by the receiving means using the destination information acquired by the acquisition means; characterized in that the acquisition means acquires the destination information via the network from the external apparatus ; and by control means for invalidating the transfer setting registered by the registering means in a case where the acquisition means cannot acquire the destination information due to the fact that no destination information corresponding to the ID is stored in the external apparatus, wherein the control means does not invalidate the transfer setting registered by the registering means in a case where the acquisition means cannot acquire the destination information due to a communication error with the external apparatus.
A system for preparing silica aerogel, the system comprising: a raw material supply part for transferring at least one raw material of de-ionized water, water glass, a surface modifier, an inorganic acid, and an organic solvent to a mixing part; the mixing part for mixing the raw materials transferred from the raw material supply part to produce silica wet gel; a drying part for drying the silica wet gel to produce the silica aerogel; a recovery part for recovering a portion of the vaporized raw material of the raw materials used in at least one of the mixing part and the drying part; and a heat transfer part for transferring heat to at least one of the mixing part and the drying part; wherein the system further comprises a pulverizing part for pulverizing the raw material from the raw material supply part to the mixing part; wherein the pulverizing part includes a jet mill to produce finer particles. a raw material supply part for transferring at least one raw material of de-ionized water, water glass, a surface modifier, an inorganic acid, and an organic solvent to a mixing part; the mixing part for mixing the raw materials transferred from the raw material supply part to produce silica wet gel; a drying part for drying the silica wet gel to produce the silica aerogel; a recovery part for recovering a portion of the vaporized raw material of the raw materials used in at least one of the mixing part and the drying part; and a heat transfer part for transferring heat to at least one of the mixing part and the drying part; wherein the system further comprises a pulverizing part for pulverizing the raw material from the raw material supply part to the mixing part; wherein the pulverizing part includes a jet mill to produce finer particles.
A room temperature curable organopolysiloxane composition for protecting electric/electronic parts, comprising: (A) 100 parts by mass of an organopolysiloxane having a viscosity at 25°C of 20 to 1,000,000 mPa · s and having at least two silicon atom-bonded hydroxyl groups or silicon atom-bonded alkoxy groups in a molecule; (B) 0.5 to 15 parts by mass of an alkoxysilane represented by the following general formula or a partial hydrolysis condensation product thereof: R 1 a Si(OR 2 ) (4-a) wherein R 1 is a monovalent hydrocarbon group having a carbon number of 1 to 12, R 2 is an alkyl group having a carbon number of 1 to 3, and "a" is an integer of 0 to 2; (C) 0.001 to 0.5 parts by mass of a mercaptobenzothiazole based compound; (D) 0.1 to 30 parts by mass of zinc oxide powder and/or zinc carbonate powder; and (E) 0.1 to 10 parts by mass of a catalyst for condensation reactions. (A) 100 parts by mass of an organopolysiloxane having a viscosity at 25°C of 20 to 1,000,000 mPa · s and having at least two silicon atom-bonded hydroxyl groups or silicon atom-bonded alkoxy groups in a molecule; (B) 0.5 to 15 parts by mass of an alkoxysilane represented by the following general formula or a partial hydrolysis condensation product thereof: R 1 a Si(OR 2 ) (4-a) wherein R 1 is a monovalent hydrocarbon group having a carbon number of 1 to 12, R 2 is an alkyl group having a carbon number of 1 to 3, and "a" is an integer of 0 to 2; (C) 0.001 to 0.5 parts by mass of a mercaptobenzothiazole based compound; (D) 0.1 to 30 parts by mass of zinc oxide powder and/or zinc carbonate powder; and (E) 0.1 to 10 parts by mass of a catalyst for condensation reactions.
A computer implemented method of instantiating an encrypted disk image for a virtualised computer system comprising: providing a software component executing in a first virtual machine for instantiation in a first hypervisor , wherein the software component invokes a second hypervisor within the first virtual machine ; and providing by the software component a basic input output system , BIOS, for the second hypervisor , the BIOS being configured to decrypt and load the encrypted disk image to instantiate the virtualised computer system as a second virtual machine in the second hypervisor and wherein the software component is further configured to migrate the second virtual machine at a runtime of the second virtual machine to the first hypervisor so as to provide a wholly encrypted disk image for the second virtual machine executing in the first hypervisor . providing a software component executing in a first virtual machine for instantiation in a first hypervisor , wherein the software component invokes a second hypervisor within the first virtual machine ; and providing by the software component a basic input output system , BIOS, for the second hypervisor , the BIOS being configured to decrypt and load the encrypted disk image to instantiate the virtualised computer system as a second virtual machine in the second hypervisor and wherein the software component is further configured to migrate the second virtual machine at a runtime of the second virtual machine to the first hypervisor so as to provide a wholly encrypted disk image for the second virtual machine executing in the first hypervisor .
A pultrusion device for producing fibre-reinforced profiles , comprising a fibre feed for feeding a fibre bundle ; an impregnating tool for impregnating the fibre bundle fed by the fibre feed in a pultrusion matrix ; and a shaping tool for forming and curing the fibre bundle impregnated with the pultrusion matrix , in order to produce a fibre-reinforced profile ; wherein the shaping tool is suitable for moving, in the shaping tool , the fibre bundle impregnated with the pultrusion matrix through a plurality of openings , the inner contours of which define the outer contour of the fibre-reinforced profile and which are each fixed in the direction of movement of the fibre bundle ; wherein the shaping tool is suitable for changing, during an operation of the pultrusion device , cross-sections of the openings perpendicular to the direction of movement in such a way that the cross-sectional areas of the openings remain constant; and the shaping tool has seals which are arranged within the openings and form a channel for the fibre bundle impregnated with the pultrusion matrix leading through all the openings , wherein the seals are formed as a membrane from a material, preferably a metal, characterized in that the membrane is turned in on itself with an overlap perpendicular to the direction of movement. a fibre feed for feeding a fibre bundle ; an impregnating tool for impregnating the fibre bundle fed by the fibre feed in a pultrusion matrix ; and a shaping tool for forming and curing the fibre bundle impregnated with the pultrusion matrix , in order to produce a fibre-reinforced profile ; wherein the shaping tool is suitable for moving, in the shaping tool , the fibre bundle impregnated with the pultrusion matrix through a plurality of openings , the inner contours of which define the outer contour of the fibre-reinforced profile and which are each fixed in the direction of movement of the fibre bundle ; wherein the shaping tool is suitable for changing, during an operation of the pultrusion device , cross-sections of the openings perpendicular to the direction of movement in such a way that the cross-sectional areas of the openings remain constant; and the shaping tool has seals which are arranged within the openings and form a channel for the fibre bundle impregnated with the pultrusion matrix leading through all the openings , wherein the seals are formed as a membrane from a material, preferably a metal, characterized in that the membrane is turned in on itself with an overlap perpendicular to the direction of movement.
A stoma template comprising: a body portion having opposing inside and outside edges and opposing first and second sides ; wherein the inside edge defines an opening extending through the body portion between the first and second sides; characterised in that the first side has a plurality of flexible segments extending between the inside and outside edges, the plurality of flexible segments being separated from one another by grooves and having a sticky surface along the first side of the body portion, and wherein at least a portion of a flexible segment of the plurality of flexible segments is peelable away from the opening to form a peeled portion, the peeled portion being foldable over a respective unpeeled portion of the flexible segment and being adherable to the sticky surface, the inside edge of the body portion being pulled back by the peeled portion and the opening being expanded. a body portion having opposing inside and outside edges and opposing first and second sides ; wherein the inside edge defines an opening extending through the body portion between the first and second sides; characterised in that the first side has a plurality of flexible segments extending between the inside and outside edges, the plurality of flexible segments being separated from one another by grooves and having a sticky surface along the first side of the body portion, and wherein at least a portion of a flexible segment of the plurality of flexible segments is peelable away from the opening to form a peeled portion, the peeled portion being foldable over a respective unpeeled portion of the flexible segment and being adherable to the sticky surface, the inside edge of the body portion being pulled back by the peeled portion and the opening being expanded.
A lower grill plate for a grill device, said lower grill plate including a plate body having a central portion , and a surrounding portion that surrounds said central portion , said lower grill plate further including: a flow-diverging stage protruding upwardly from said central portion of said plate body , and having a flow-diverging convex surface , said flow-diverging convex surface having a top end positioned higher than said plate body ; and a dividing unit disposed on said plate body and cooperating with said surrounding portion of said plate body to define a plurality of space zones that are adapted to receive the fluid material thereon, said dividing unit having a plurality of dividers that are connected to said flow-diverging stage and that are equi-angularly spaced apart from each other, each of said dividers dividing a corresponding adjacent pair of said space zones from each other, characterized in that each of said dividers has a first notch that fluidly communicates the corresponding adjacent pair of said space zones . a flow-diverging stage protruding upwardly from said central portion of said plate body , and having a flow-diverging convex surface , said flow-diverging convex surface having a top end positioned higher than said plate body ; and a dividing unit disposed on said plate body and cooperating with said surrounding portion of said plate body to define a plurality of space zones that are adapted to receive the fluid material thereon, said dividing unit having a plurality of dividers that are connected to said flow-diverging stage and that are equi-angularly spaced apart from each other, each of said dividers dividing a corresponding adjacent pair of said space zones from each other, characterized in that each of said dividers has a first notch that fluidly communicates the corresponding adjacent pair of said space zones .
A nonwoven web guiding device for guiding a nonwoven web made of plastic fibers, preferably of plastic continuous filaments, arranged in a conveying direction F, wherein at least one feeding device for the conveyed nonwoven web is present, wherein at least one guide and/or treatment roller (roller) for the nonwoven web or at least one roller aggregate, respectively, of at least two guide and/or treatment rollers (rollers) for the nonwoven web is arranged downstream from the feeding device in the conveying direction of the nonwoven web, wherein at least one stabilization plate extending in the conveying direction F and transversely to the conveying direction F of the nonwoven web is provided upstream or directly upstream of the roller, respectively, or the roller aggregate, respectively, in the conveying direction F and/or downstream or directly downstream from the roller, respectively, or the roller aggregate, respectively, in the conveying direction F, wherein the at least one stabilization plate is arranged with the proviso that, in the case of a web thickness d of the nonwoven web of less than 2 mm, the distance a between the surface of the stabilization plate facing the nonwoven web and the nonwoven web surface is between 0.1 and 10 mm, wherein the (shortest) distance A 1 between the roller-side front end of a stabilization plate arranged upstream of the roller or upstream of the roller aggregate, respectively, in the conveying direction F and the roller or first roller, respectively, connected downstream from the stabilization plate in the conveying direction, is between 0.2 and 100 mm, and/or wherein the (shortest) distance A 2 between the roller-side end of a stabilization plate arranged downstream from the roller or downstream from the roller aggregate, respectively, in the conveying direction F and the roller or last roller of the roller aggregate, respectively, connected upstream of the stabilization plate in the conveying direction, is between 0.2 and 100 mm. upstream or directly upstream of the roller, respectively, or the roller aggregate, respectively, in the conveying direction F and/or downstream or directly downstream from the roller, respectively, or the roller aggregate, respectively, in the conveying direction F, wherein the (shortest) distance A 1 between the roller-side front end of a stabilization plate arranged upstream of the roller or upstream of the roller aggregate, respectively, in the conveying direction F and the roller or first roller, respectively, connected downstream from the stabilization plate in the conveying direction, is between 0.2 and 100 mm, and/or wherein the (shortest) distance A 2 between the roller-side end of a stabilization plate arranged downstream from the roller or downstream from the roller aggregate, respectively, in the conveying direction F and the roller or last roller of the roller aggregate, respectively, connected upstream of the stabilization plate in the conveying direction, is between 0.2 and 100 mm.
A touch sensing circuit, comprising a first gate line , a second gate line, data lines , a signal transmission line and a common electrode (506, Vcom), the first gate line , the second gate line and the data lines define a plurality of pixel units, each of the pixel units is provided with a first transistor (T1, 500) and a second transistor (T2, 509), the first transistor (T1, 500) is connected to the data lines , the second transistor (T2, 509) is connected to the signal transmission line , and the signal transmission line is connected to a signal processor which is used for judging whether a touch action is performed according to the change in a signal, the touch sensitive circuit further comprising a third transistor (T3, 502), characterised in that the third transistor (T3, 502) is connected in series between the first transistor (T1, 500) and the second transistor (T2, 509); and a first node (Q) is formed at a junction of the first transistor (T1, 500) and the third transistor (T3, 502), a second node (P) is formed at a junction of the second transistor (T2, 509) and the third transistor (T3, 502), a first fixed capacitor is formed between the first node (Q) and the common electrode (506, Vcom), and a second variable capacitor (Clc) is formed between the second node (P) and the common electrode (506, Vcom).
A method implemented in a neuromorphic system comprising a multilevel hierarchical network of artificial neurons wherein each neuron is the implementation of a biological neuron as a hardware that comprises a first and a second physical accumulators (A1, A2) and wherein each neuron is interconnected by means of artificial synapses to neurons of a lower hierarchical level and to neurons of an upper hierarchical level, the method being for unsupervised learning of the multilevel hierarchical network of artificial neurons and comprising at a neuron the steps of: - integrating (S1) inference spikes (IS) from the interconnected neurons of the lower hierarchical level both in the first and the second accumulators (A1, A2); - in response to the integrated inference spikes in the first accumulator (A1) reaching a first threshold (T1), resetting (S11) the first accumulator, generating a learning spike (LS), triggering (S13) synaptic conductance modification of the synapses that interconnect the neuron with the interconnected neurons of the lower hierarchical level in accordance with a spike-timing dependent plasticity rule, generating a learning inhibition signal (IL) and delivering (S13) the generated inhibition signal to neurons in the same hierarchical level; - in response to the integrated inference spikes in the second accumulator (A2) reaching a second threshold (T2), resetting (S21) the second accumulator, generating (S22) an inference spike (IS) and delivering the generated inference spike to the interconnected neurons of the upper hierarchical level, - in response to receiving a learning inhibition signal (IL), resetting the first accumulator and inhibiting generation of a learning spike. - integrating (S1) inference spikes (IS) from the interconnected neurons of the lower hierarchical level both in the first and the second accumulators (A1, A2); - in response to the integrated inference spikes in the first accumulator (A1) reaching a first threshold (T1), resetting (S11) the first accumulator, generating a learning spike (LS), triggering (S13) synaptic conductance modification of the synapses that interconnect the neuron with the interconnected neurons of the lower hierarchical level in accordance with a spike-timing dependent plasticity rule, generating a learning inhibition signal (IL) and delivering (S13) the generated inhibition signal to neurons in the same hierarchical level; - in response to the integrated inference spikes in the second accumulator (A2) reaching a second threshold (T2), resetting (S21) the second accumulator, generating (S22) an inference spike (IS) and delivering the generated inference spike to the interconnected neurons of the upper hierarchical level, - in response to receiving a learning inhibition signal (IL), resetting the first accumulator and inhibiting generation of a learning spike.