mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: at least one processor ; and at least one memory comprising computer program code configured to cause the at least one processor to: create a pre-classifier layer for a network traffic property according to a network security policy, the pre-classifier layer having a pre-classifier filter for each element of a set of elements associated with the network traffic property; classify, in the pre-classifier layer , inbound or outbound network traffic based on the network traffic property; set a bit in a pre-classifier bit array for each pre-classifier filter based on classifying the network traffic in the pre-classifier layer , wherein the bit represents a classification of the network traffic; and allow or deny, in a network security layer, the network traffic based on the bit in the pre-classifier bit array. at least one processor ; and at least one memory comprising computer program code configured to cause the at least one processor to: create a pre-classifier layer for a network traffic property according to a network security policy, the pre-classifier layer having a pre-classifier filter for each element of a set of elements associated with the network traffic property; classify, in the pre-classifier layer , inbound or outbound network traffic based on the network traffic property; set a bit in a pre-classifier bit array for each pre-classifier filter based on classifying the network traffic in the pre-classifier layer , wherein the bit represents a classification of the network traffic; and allow or deny, in a network security layer, the network traffic based on the bit in the pre-classifier bit array. create a pre-classifier layer for a network traffic property according to a network security policy, the pre-classifier layer having a pre-classifier filter for each element of a set of elements associated with the network traffic property; classify, in the pre-classifier layer , inbound or outbound network traffic based on the network traffic property; set a bit in a pre-classifier bit array for each pre-classifier filter based on classifying the network traffic in the pre-classifier layer , wherein the bit represents a classification of the network traffic; and allow or deny, in a network security layer, the network traffic based on the bit in the pre-classifier bit array.
A radial conveyor apparatus comprising: a chassis having a longitudinal axis; a conveyor supported on the chassis; at least one wheel assembly coupled to the chassis, the or each wheel assembly comprising at least one wheel coupled to a wheel support structure for rotation about a rotational axis, wherein said at least one wheel assembly is pivotable with respect to the chassis between a non-deployed state, in which said rotational axis is perpendicular with the longitudinal axis of the chassis, and a deployed state in which said rotational axis is radially displaced with respect to said longitudinal axis; and wherein said at least one wheel assembly is operable to raise and lower said at least one wheel with respect to the chassis, characterised in that said wheel support structure comprises a frame or linkage including an extendible support member that is operable to raise and lower said at least one wheel with respect to the chassis , said wheel support structure being configured so that extension and retraction of the extendible support member causes the wheel assembly to pivot with respect to the chassis. a chassis having a longitudinal axis; a conveyor supported on the chassis; at least one wheel assembly coupled to the chassis, the or each wheel assembly comprising at least one wheel coupled to a wheel support structure for rotation about a rotational axis, wherein said at least one wheel assembly is pivotable with respect to the chassis between a non-deployed state, in which said rotational axis is perpendicular with the longitudinal axis of the chassis, and a deployed state in which said rotational axis is radially displaced with respect to said longitudinal axis; and wherein said at least one wheel assembly is operable to raise and lower said at least one wheel with respect to the chassis, characterised in that said wheel support structure comprises a frame or linkage including an extendible support member that is operable to raise and lower said at least one wheel with respect to the chassis , said wheel support structure being configured so that extension and retraction of the extendible support member causes the wheel assembly to pivot with respect to the chassis.
A display substrate, comprising: a plurality of display units, wherein a display unit of the plurality of display units comprises a display area and a transparent area , the display area comprises a plurality of sub-pixels; in a direction perpendicular to the display substrate, a sub-pixel comprises a first metal layer, a semiconductor layer, a second metal layer and a third metal layer which are arranged on the substrate , the first metal layer comprises a first plate , the semiconductor layer comprises a second plate located in a different layer from the second metal layer, the second metal layer comprises a first scanning line and a second scanning line which define a sub-pixel row, and the third metal layer comprises a third plate , and a first power supply line, a second power supply line, a compensation line and data lines which define the plurality of sub-pixels; there is an overlapping area between an orthographic projection of the second plate on the substrate and an orthographic projection of the first plate on the substrate to form a first storage capacitor, there is an overlapping area between an orthographic projection of the third plate on the substrate and the orthographic projection of the second plate on the substrate to form a second storage capacitor, the third plate is connected with the first plate through a via hole; and the third metal layer further comprises at least one auxiliary cathode which is arranged in the transparent area and connected with the second power supply line.
Squab of a vehicle seat comprising a padding resting on a structure in which there is fastened a suspension sheet in the form of a stretched plastic film , characterized in that the padding comprises a ventilation circuit comprising a ventilation unit and a distribution duct connected to said unit and in communication with at least one channel hollowed out in the padding and opening onto an upper face thereof, and in that the distribution duct constitutes a recess made in a lower region of said padding that is in contact with the structure such that the film closes the distribution duct .
Extractor hood comprising a body , at least one glass pane and a fastening device which is provided for fastening the at least one glass pane to the extractor hood , and the at least one glass pane being fastenable or fastened to the extractor hood by means of the fastening device , the fastening device being arrangeable or arranged on the body and having at least one clamping unit and a rail unit , the clamping unit having a guiding portion for guiding the glass pane along a guide axis and a latching portion for securing the glass pane relative to the clamping unit , at least one mounting portion for mounting the clamping unit on the rail unit being formed in the at least one rail unit , characterised in that the latching portion can be moved, transversely to the guide axis , between a locking position for preventing the glass pane from moving along the guide axis and an open position for allowing the glass pane to move along the guide axis , the latching portion being resiliently biased towards the open position, it being possible to lock the latching portion in the locking position, the glass pane having at least one indented portion in an edge region, the latching portion of the clamping unit of the fastening device being designed to engage in the indented portion of the glass pane .
A vehicle provided with an engine , at least one air intake through which the engine takes in the external air needed to operate, and an air filter , which is arranged downstream of the air intake ; the air filter comprises: at least one wave-shaped filtering material panel ; an outer reinforcement mesh , which is pleated, is made up of a plurality of weft wires and a plurality of warp wires interlaced with one another, and rests against an outer surface of the filtering material panel , through which the air taken in enters so as to flow through said filtering material panel ; an inner reinforcement mesh , which is pleated, is made up of a plurality of weft wires and a plurality of warp wires interlaced with one another, and rests against an inner surface of the filtering material panel , which is opposite the outer surface; and a heating device , which is designed to heat the filtering material panel ; the vehicle is characterized in that: the heating device is electrically connected to a group of electrified wires of the outer reinforcement mesh and is designed to cause an electric current (I) to flow through said electrified wires, so as to generate heat, due to the Joule effect, on the inside of said outer reinforcement mesh ; and the electrified wires are externally coated with an outer insulation made of an electrically insulating material. at least one wave-shaped filtering material panel ; an outer reinforcement mesh , which is pleated, is made up of a plurality of weft wires and a plurality of warp wires interlaced with one another, and rests against an outer surface of the filtering material panel , through which the air taken in enters so as to flow through said filtering material panel ; an inner reinforcement mesh , which is pleated, is made up of a plurality of weft wires and a plurality of warp wires interlaced with one another, and rests against an inner surface of the filtering material panel , which is opposite the outer surface; and a heating device , which is designed to heat the filtering material panel ; the vehicle is characterized in that: the heating device is electrically connected to a group of electrified wires of the outer reinforcement mesh and is designed to cause an electric current (I) to flow through said electrified wires, so as to generate heat, due to the Joule effect, on the inside of said outer reinforcement mesh ; and the electrified wires are externally coated with an outer insulation made of an electrically insulating material. the heating device is electrically connected to a group of electrified wires of the outer reinforcement mesh and is designed to cause an electric current (I) to flow through said electrified wires, so as to generate heat, due to the Joule effect, on the inside of said outer reinforcement mesh ; and the electrified wires are externally coated with an outer insulation made of an electrically insulating material.
A grain-oriented electrical steel sheet comprising: a groove is positioned in a surface of an electrical steel sheet surface in a direction crossing a rolled direction; a metal oxide layer is positioned on the groove; and a discontinuously distributed metal oxide-based island is positioned under the groove, characterised in that the density of islands positioned under the groove is 3-15 per groove, wherein the density of the islands positioned under the groove is 0.5 pieces/μm 2 or less. a groove is positioned in a surface of an electrical steel sheet surface in a direction crossing a rolled direction; a metal oxide layer is positioned on the groove; and a discontinuously distributed metal oxide-based island is positioned under the groove, characterised in that the density of islands positioned under the groove is 3-15 per groove, wherein the density of the islands positioned under the groove is 0.5 pieces/μm 2 or less.
A process for preparing a polyurethane solution, comprising: (a) preparing a polycarbonate siloxane diol by reacting a carbonate source with a bis(hydroxyalkyl)(tetramethyldisiloxane) in the presence of an initiator catalyst; (b) forming a prepolymer by reacting the siloxane diol with a diisocyanate; (c) forming a polyurethane by chain extending the prepolymer by reaction with an alkylene diol; (d) forming a polyurethane solution by adding dimethylacetamide to the stirred, heated mixture to yield a 15-50 wt-% solution of said polyurethane; and (e) cooling the solution to about 20-30°C, the polyurethane solution being synthesized so as to have a viscosity range under ambient conditions (at 20-25°C) in the range 1000-2000 mPas at 17 wt-% solids. (a) preparing a polycarbonate siloxane diol by reacting a carbonate source with a bis(hydroxyalkyl)(tetramethyldisiloxane) in the presence of an initiator catalyst; (b) forming a prepolymer by reacting the siloxane diol with a diisocyanate; (c) forming a polyurethane by chain extending the prepolymer by reaction with an alkylene diol; (d) forming a polyurethane solution by adding dimethylacetamide to the stirred, heated mixture to yield a 15-50 wt-% solution of said polyurethane; and (e) cooling the solution to about 20-30°C,
A memory interface circuit , comprising: a first variable impedance circuit , coupled between a first supply voltage and a pad ; and a second variable impedance circuit , coupled between a second supply voltage and the pad ; wherein when the first supply voltage changes, at least one of the first variable impedance circuit and the second variable impedance circuit is controlled to have different setting in response to the changing of the first supply voltage; and wherein the first variable impedance circuit comprises a plurality of first transistors (212_1-212_K) connected in parallel, and an impedance of the first variable impedance circuit is controlled by determining a quantity of turned-on first transistors (212_1-212_K); and further comprising: a pre-driver , coupled to the first variable impedance circuit , wherein the pre-driver receives a data signal, and selectively outputs the data signal to gate electrodes of the first transistors (212_1-212_K) according to at least a driving control signal, respectively, wherein the driving control signal indicates a number of the first transistors (212_1-212_K) receiving the data signal; characterized by : a programmable delay circuit , for delaying an original data signal to generate the data signal to the pre-driver ; wherein when the first supply voltage changes, a delay amount of the programmable delay circuit changes in response to the changing of the first supply voltage. a first variable impedance circuit , coupled between a first supply voltage and a pad ; and a second variable impedance circuit , coupled between a second supply voltage and the pad ; wherein when the first supply voltage changes, at least one of the first variable impedance circuit and the second variable impedance circuit is controlled to have different setting in response to the changing of the first supply voltage; and wherein the first variable impedance circuit comprises a plurality of first transistors (212_1-212_K) connected in parallel, and an impedance of the first variable impedance circuit is controlled by determining a quantity of turned-on first transistors (212_1-212_K); and further comprising: a pre-driver , coupled to the first variable impedance circuit , wherein the pre-driver receives a data signal, and selectively outputs the data signal to gate electrodes of the first transistors (212_1-212_K) according to at least a driving control signal, respectively, wherein the driving control signal indicates a number of the first transistors (212_1-212_K) receiving the data signal; characterized by : a programmable delay circuit , for delaying an original data signal to generate the data signal to the pre-driver ; wherein when the first supply voltage changes, a delay amount of the programmable delay circuit changes in response to the changing of the first supply voltage. a programmable delay circuit , for delaying an original data signal to generate the data signal to the pre-driver ; wherein when the first supply voltage changes, a delay amount of the programmable delay circuit changes in response to the changing of the first supply voltage.
Device for cleaning the core engine of a jet engine, having a nozzle installation which is configured for introducing cleaning medium into the core engine, and means for connecting in a rotationally fixed manner to the shaft of the fan of the jet engine; and having a line connection for supplying cleaning medium, which is connected to the nozzle installation by way of a rotary coupling , characterized in that the nozzle installation has at least one flat jet nozzle and at least one full cone nozzle or hollow cone nozzle.
A non-invasive wound closure system , comprising: a pair of identical closure components (105, 107; 505, 507), each closure component (105, 107; 505, 507) comprising: an anchor comprised of a standoff assembly (111; 511; 811; 911) with a female connective element and a tissue attachment base (109; 509) below the standoff assembly; a ratcheting mechanism positioned within the female connective element ; and a pull tab (113; 513; 813; 913) extending from the anchor and adapted to mate with the female connective element of the standoff assembly (111; 511; 811; 911) of the opposing closure component (105, 107; 505, 507); wherein each pull tab (113; 513; 813; 913) comprises teeth (125; 870, 875; 970, 975) adapted to engage the ratcheting mechanism; characterised in that a portion of the ratcheting mechanism is held in place by at least one breakaway connector ; and in that in each closure component (105, 107; 505, 507) at least one tooth (125; 870, 875; 970, 975), when engaging the ratcheting mechanism, is adapted to break the breakaway connector . an anchor comprised of a standoff assembly (111; 511; 811; 911) with a female connective element and a tissue attachment base (109; 509) below the standoff assembly; a ratcheting mechanism positioned within the female connective element ; and a pull tab (113; 513; 813; 913) extending from the anchor and adapted to mate with the female connective element of the standoff assembly (111; 511; 811; 911) of the opposing closure component (105, 107; 505, 507); wherein each pull tab (113; 513; 813; 913) comprises teeth (125; 870, 875; 970, 975) adapted to engage the ratcheting mechanism; characterised in that a portion of the ratcheting mechanism is held in place by at least one breakaway connector ; and in that in each closure component (105, 107; 505, 507) at least one tooth (125; 870, 875; 970, 975), when engaging the ratcheting mechanism, is adapted to break the breakaway connector .
Apparatus for monitoring activation in a heart, the apparatus comprising a probe , a plurality of electrodes supported at respective electrode positions on the probe and each arranged to contact a respective detection position on the heart, wherein each of the electrodes is arranged to detect electrical potential at the respective detection position during movement of a series of activation wavefronts across the heart and to produce a respective electrode signal, and processing means arranged to analyse the electrode signals to: identify pairs of the electrode signals between which there is a Granger causality over a defined threshold; define a Granger causality vector between the electrode positions of each of the pairs of electrodes; analyse the Granger causality vectors in a plurality of regions to determine an organization measure for each of the regions, and to select one of the plurality of regions based on the organization measure; identify a potential driver location within said one of the plurality of regions; and analyse the direction of a plurality of the Granger causality vectors around the potential driver position to generate an indicator of the presence of a driver at the potential driver location; wherein the organization measure includes a measure of the number of said pairs of electrodes within said one of the regions that have a Granger causality over the defined threshold. identify pairs of the electrode signals between which there is a Granger causality over a defined threshold; define a Granger causality vector between the electrode positions of each of the pairs of electrodes; analyse the Granger causality vectors in a plurality of regions to determine an organization measure for each of the regions, and to select one of the plurality of regions based on the organization measure; identify a potential driver location within said one of the plurality of regions; and analyse the direction of a plurality of the Granger causality vectors around the potential driver position to generate an indicator of the presence of a driver at the potential driver location; wherein the organization measure includes a measure of the number of said pairs of electrodes within said one of the regions that have a Granger causality over the defined threshold.
A washing machine comprising an inner tub , an outer tub and a drying assembly ; a condensation cavity being formed between a rear wall of the inner tub and a rear wall of the outer tub ; the drying assembly comprising a heating air duct , and a fan and a heating device that are disposed in the heating air duct , one end of the heating air duct being communicated with an air outlet of the condensation cavity , and another end of the heating air duct being communicated with an air inlet of the inner tub ; the fan being used for pumping air in the inner tub into the condensation cavity for condensation, and guiding the air into the heating air duct to be heated by the heating device and then discharged into the inner tub to form circulation, so as to dry laundry in the inner tub ; and a position, proximate to the air outlet of the condensation cavity , on an inner side face of the rear wall of the outer tub is recessed in a direction away from the inner tub to form an enlarged cavity ; characterized in that a housing of the heating air duct is a heat conductive housing, a blind groove is provided at a position, proximate to the heating device , of an exterior of the housing of the heating air duct , and a temperature limiter is provided in the blind groove ; the temperature limiter is capable of detecting heat of the housing of the heating air duct , and the temperature limiter is configured to turn off the heating device . a condensation cavity being formed between a rear wall of the inner tub and a rear wall of the outer tub ; the drying assembly comprising a heating air duct , and a fan and a heating device that are disposed in the heating air duct , one end of the heating air duct being communicated with an air outlet of the condensation cavity , and another end of the heating air duct being communicated with an air inlet of the inner tub ; the fan being used for pumping air in the inner tub into the condensation cavity for condensation, and guiding the air into the heating air duct to be heated by the heating device and then discharged into the inner tub to form circulation, so as to dry laundry in the inner tub ; and a position, proximate to the air outlet of the condensation cavity , on an inner side face of the rear wall of the outer tub is recessed in a direction away from the inner tub to form an enlarged cavity ; characterized in that a housing of the heating air duct is a heat conductive housing, a blind groove is provided at a position, proximate to the heating device , of an exterior of the housing of the heating air duct , and a temperature limiter is provided in the blind groove ; the temperature limiter is capable of detecting heat of the housing of the heating air duct , and the temperature limiter is configured to turn off the heating device .
A process for producing phenol, which comprises a step of allowing a phenol-producing transformant of Corynebacterium glutamicum comprising a gene which encodes an enzyme having tyrosine phenol-lyase activity to react in a reaction mixture containing tyrosine, a salt thereof, or an ester thereof under reducing conditions, and a step of collecting phenol from the reaction mixture, with the provisio that the case, in which a reaction mixture containing a saccharide as a carbon source is used, is excluded.