mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure cooker, comprising a) a pot ; b) a lid which can be reversibly attached to the pot and which has at least one vent hole for venting steam from the pot; c) a handle which can be reversibly attached to the lid and which has a handle base having a hole, d) an elastic sealing element which is arranged in the hole of the handle base and which closes said hole in a vapor-tight manner, the handle being designed such that the elastic sealing element is arranged over the vent hole when the handle is fastened to the lid; and e) a rotary shaft being arranged above the elastic sealing element in the handle and having a section having a non-circular cross-section in this region, said section being suitable for exerting a mechanical force on the elastic sealing element; characterized in that the elastic sealing element has a sealing lip which, when the handle is attached to the lid, comes to lie on the lid laterally around the vent hole, wherein a fluidic connection from the vent hole into an intermediate space between the lid and the handle base is provided only through at least one opening in the sealing lip. a) a pot ; b) a lid which can be reversibly attached to the pot and which has at least one vent hole for venting steam from the pot; c) a handle which can be reversibly attached to the lid and which has a handle base having a hole, d) an elastic sealing element which is arranged in the hole of the handle base and which closes said hole in a vapor-tight manner, the handle being designed such that the elastic sealing element is arranged over the vent hole when the handle is fastened to the lid; and e) a rotary shaft being arranged above the elastic sealing element in the handle and having a section having a non-circular cross-section in this region, said section being suitable for exerting a mechanical force on the elastic sealing element;
An ink-jet ink composition containing: pigment; resin particles; a lubricant; water; and an organic solvent, wherein the resin particles are urethane resin particles having a crosslinking group and the lubricant has a mean particle size D50 of 200 nm or less. pigment; resin particles; a lubricant; water; and an organic solvent, wherein the resin particles are urethane resin particles having a crosslinking group and the lubricant has a mean particle size D50 of 200 nm or less.
A method for manufacturing an optically variable element , having the steps of: - creating a relief structure formed from a plurality of relief elements mutually adjoining in a plane, wherein the relief elements have a relief form not parallel to the plane; - selectively modifying the relief structure, wherein the modification and the relief form of the relief elements are matched to one another such that the modified relief structure shows different representations for a viewer depending on the viewing angle; wherein the relief structure is created at least partially by means of an additive method; characterized in that several substeps of the additive method are carried out respectively for relief elements , and the substeps determine the relief form of the relief element . - creating a relief structure formed from a plurality of relief elements mutually adjoining in a plane, wherein the relief elements have a relief form not parallel to the plane; - selectively modifying the relief structure, wherein the modification and the relief form of the relief elements are matched to one another such that the modified relief structure shows different representations for a viewer depending on the viewing angle; several substeps of the additive method are carried out respectively for relief elements , and the substeps determine the relief form of the relief element .
An apparatus comprising a radius filler , the radius filler comprising: a lattice that comprises connected elongate members that comprise a metal, or metal alloy, formed by additive manufacturing and wherein the geometry of the elongate member is configured to distribute loads in an x-axis, y-axis and a z-axis for the radius filler in which the z-axis extends centrally through the radius filler, and having a three-dimensional shape of a radius filler; and a resin infused within the lattice . a lattice that comprises connected elongate members that comprise a metal, or metal alloy, formed by additive manufacturing and wherein the geometry of the elongate member is configured to distribute loads in an x-axis, y-axis and a z-axis for the radius filler in which the z-axis extends centrally through the radius filler, and having a three-dimensional shape of a radius filler; and a resin infused within the lattice .
A step-by-step electric relay structure of a bistable type, comprising a mechanical part and an electric part, said mechanical part comprising push-button means (P.P.) to be operated by a user and said electric part comprising coil means, capacitor means (C1, C2, C3), resistor means (R1-R4) and diode means (R-S) operatively interconnected to one another, wherein said coil means (A or B) comprise two coils (A and B) coupled to one another, thereby, as said push-button means are operated by said user to provide a switching or exchanging of at least a contact of said relay structure, said capacitors (C1, C2, C3 or C1 through R1-R3) are charged, characterized in that one (A or B) of said two coils (A and B) is shorted, thereby providing said electric relay structure with a logic SET function and a logic RESET function.
A dummy memory board, comprising: a substrate with a shape of a plate, comprising a front surface and a back surface; a connecting finger formed of an electrically conductive material and provided on the front surface and the back surface for inserting into a memory slot of an external device; a plurality of light emitting diodes provided on the front surface and the back surface; an electrical circuit provided on the substrate for electrically connecting the light emitting diodes to the connecting finger; wherein the connecting finger is close to a lower edge of the front surface and the back surface, the light emitting diodes are close to an upper edge of the front surface and the back surface, and the light emitting diodes are configured to be turned on by power from the memory slot through the connecting finger; wherein there is at least a first connecting finger and a second connecting finger; wherein at least one of the front surface and the back surface are provided with at least one dummy memory region ; and wherein the dummy memory region is between the connecting fingers and the light emitting diodes; characterised in that the electrical circuit connects all of the light emitting diodes to the first connecting finger and the second connecting finger , the electrical circuit connecting the light emitting diodes to the connecting fingers only and without any suspending node or open spot such that no effect due to antenna interference is induced; and in that the electrical circuit bypasses the dummy memory region . a substrate with a shape of a plate, comprising a front surface and a back surface; a connecting finger formed of an electrically conductive material and provided on the front surface and the back surface for inserting into a memory slot of an external device; a plurality of light emitting diodes provided on the front surface and the back surface; an electrical circuit provided on the substrate for electrically connecting the light emitting diodes to the connecting finger; wherein the connecting finger is close to a lower edge of the front surface and the back surface, the light emitting diodes are close to an upper edge of the front surface and the back surface, and the light emitting diodes are configured to be turned on by power from the memory slot through the connecting finger; wherein there is at least a first connecting finger and a second connecting finger; wherein at least one of the front surface and the back surface are provided with at least one dummy memory region ; and wherein the dummy memory region is between the connecting fingers and the light emitting diodes; characterised in that the electrical circuit connects all of the light emitting diodes to the first connecting finger and the second connecting finger , the electrical circuit connecting the light emitting diodes to the connecting fingers only and without any suspending node or open spot such that no effect due to antenna interference is induced; and in that the electrical circuit bypasses the dummy memory region .
A disabled antibody derivative comprising: (a) a target recognition moiety wherein the target recognition moiety comprises an antigen-binding antibody variable region; (b) an antibody effector region comprising an IgG CH2 and CH3 domains, wherein the IgG is IgG1 or IgG3; (c) a disabling moiety cleavable linker, comprising a polypeptide sequence containing a protease cleavage site, wherein the disabling moiety cleavable linker is coupled at one end to either the C-terminus of the light chain, or the C-terminus of the heavy chain and coupled at the other end to the effector region disabling moiety, and (d) an effector region disabling moiety, wherein the effector region disabling moiety comprises an extracellular soluble domain of a human Fc receptor of CD16, CD32, or CD64 and substantially prevents the effector region from engaging at least one effector function of the immune system. (a) a target recognition moiety wherein the target recognition moiety comprises an antigen-binding antibody variable region; (b) an antibody effector region comprising an IgG CH2 and CH3 domains, wherein the IgG is IgG1 or IgG3; (c) a disabling moiety cleavable linker, comprising a polypeptide sequence containing a protease cleavage site, wherein the disabling moiety cleavable linker is coupled at one end to either the C-terminus of the light chain, or the C-terminus of the heavy chain and coupled at the other end to the effector region disabling moiety, and (d) an effector region disabling moiety, wherein the effector region disabling moiety comprises an extracellular soluble domain of a human Fc receptor of CD16, CD32, or CD64 and substantially prevents the effector region from engaging at least one effector function of the immune system.
A method of assembling a wind turbine rotor blade , the method comprising the following steps: • providing a first half shell , a second half shell , and a shear web , • providing a reactive adhesive on a contact surface between the first half shell and the shear web , • placing the shear web in a defined position with reference to the first half shell , • arranging at least one support in a holding position in which it is holding the shear web in the defined position, • providing a reactive adhesive on contact surfaces between the first half shell and the second half shell , and between the second half shell and the shear web , • placing the second half shell in a mounting position, • curing the reactive adhesive , • removing the at least one support , characterised in that • for holding the shear web in the defined position, the at least one support has a first mounting surface which is attached to the shear web or to the first half shell by a thermoplastic adhesive , and • for removing the at least one support , the thermoplastic adhesive is heated to a temperature which is equal to or higher than a softening temperature of the thermoplastic adhesive . • providing a first half shell , a second half shell , and a shear web , • providing a reactive adhesive on a contact surface between the first half shell and the shear web , • placing the shear web in a defined position with reference to the first half shell , • arranging at least one support in a holding position in which it is holding the shear web in the defined position, • providing a reactive adhesive on contact surfaces between the first half shell and the second half shell , and between the second half shell and the shear web , • placing the second half shell in a mounting position, • curing the reactive adhesive , • removing the at least one support , characterised in that • for holding the shear web in the defined position, the at least one support has a first mounting surface which is attached to the shear web or to the first half shell by a thermoplastic adhesive , and • for removing the at least one support , the thermoplastic adhesive is heated to a temperature which is equal to or higher than a softening temperature of the thermoplastic adhesive .
A method , comprising: determining , by a network controller , that a hash correlation exists between a first switch in a network and a second switch in the network , wherein a first egress port is to be selected among a first group of egress ports at the first switch for forwarding packets, a second egress port is to be selected among a second group of egress ports at the second switch for forwarding packets, and the first group having a first group size and the second group having a second group size, wherein determining that the hash correlation exists is based on determining that a first hash function being applied at the first switch is the same as a second hash function being applied at the second switch, and that the second group is reachable by the first group; selecting , by the network controller upon determining that the hash correlation exists, a new second group size coprime to the first group size; mapping , by the network controller , the second group of egress ports to a mapped group having the new second group size; and configuring , by the network controller , the second switch to route packets according to the mapped group, wherein configuring the second switch comprises selecting each egress port of the second switch as a next hop from the mapped group by applying the first hash function to fields of a packet header at the second switch, followed by applying a modulus operation to a resulting value of the first hash function by the new second group size coprime to the first group size. determining , by a network controller , that a hash correlation exists between a first switch in a network and a second switch in the network , wherein a first egress port is to be selected among a first group of egress ports at the first switch for forwarding packets, a second egress port is to be selected among a second group of egress ports at the second switch for forwarding packets, and the first group having a first group size and the second group having a second group size, wherein determining that the hash correlation exists is based on determining that a first hash function being applied at the first switch is the same as a second hash function being applied at the second switch, and that the second group is reachable by the first group; selecting , by the network controller upon determining that the hash correlation exists, a new second group size coprime to the first group size; mapping , by the network controller , the second group of egress ports to a mapped group having the new second group size; and configuring , by the network controller , the second switch to route packets according to the mapped group, wherein configuring the second switch comprises selecting each egress port of the second switch as a next hop from the mapped group by applying the first hash function to fields of a packet header at the second switch, followed by applying a modulus operation to a resulting value of the first hash function by the new second group size coprime to the first group size.
A refrigerator comprising: an image capturing unit configured to capture an image of an interior of the refrigerator; a control portion configured to execute a control of the timing of image capturing carried out by the image capturing unit ; a communication unit configured to transmit image information of the interior of the refrigerator captured by the image capturing unit to an exterior device; and a light intensity detecting unit configured to detect light intensity of the interior of the refrigerator and configured to place the control portion in an operating state so as to instruct the image capturing unit to capture an image of an interior of the refrigerator; wherein the image capturing unit is stored in a recess caving toward the refrigerator exterior and provided on a side surface of the interior of the refrigerator so as to be capable of capturing the image of the interior of the refrigerator; and wherein a substrate is provided in the recess , the light intensity detecting unit being implemented on the substrate, and the image capturing unit being mounted on the substrate. an image capturing unit configured to capture an image of an interior of the refrigerator; a control portion configured to execute a control of the timing of image capturing carried out by the image capturing unit ; a communication unit configured to transmit image information of the interior of the refrigerator captured by the image capturing unit to an exterior device; and a light intensity detecting unit configured to detect light intensity of the interior of the refrigerator and configured to place the control portion in an operating state so as to instruct the image capturing unit to capture an image of an interior of the refrigerator; wherein the image capturing unit is stored in a recess caving toward the refrigerator exterior and provided on a side surface of the interior of the refrigerator so as to be capable of capturing the image of the interior of the refrigerator; and wherein a substrate is provided in the recess , the light intensity detecting unit being implemented on the substrate, and the image capturing unit being mounted on the substrate.
An anchor element for fastening a plumbing fixture , the element comprising a base having a first through hole , and an elastically deformable element having a second through hole , the base and the elastically deformable element being assembled together so that the first and second holes are superposed at least in part in order to form an opening, the anchor element being characterized in that a smallest diameter of the opening is shorter than a smallest diameter of the first hole .
A hair straightener capable of automatically distinguishing dry and wet hair, comprising: two heating panels , each of the two heating panels having a heating surface , the two heating surfaces cooperating with each other for clasping hair and for hair styling; a conduction assembly , provided in one of the two heating panels , and configured to detect the humidity of hair; and a circuit control system for controlling temperatures of the two heating panels upon receipt of the humidity of the hair detected by the conduction assembly ; wherein the conduction assembly at least partially penetrates the heating surface of the one of the two heating panels , and the conduction assembly is in contact with the hair; wherein the conduction assembly comprises: at least one first metal piece and at least one second metal piece , wherein the first metal piece is isolated from the second metal piece and the one of the two heating panels , respectively, the second metal piece is in contact with the one of the two heating panels , at least a portion of the first metal piece and at least a portion of the second metal piece are in contact with the hair, respectively, the first metal piece and the one of the two heating panels are electrically connected to the circuit control system , respectively, the circuit control system determines the humidity of the hair by detecting resistance values between the first metal piece and the second metal piece , and controls the temperatures of the two heating panels . two heating panels , each of the two heating panels having a heating surface , the two heating surfaces cooperating with each other for clasping hair and for hair styling; a conduction assembly , provided in one of the two heating panels , and configured to detect the humidity of hair; and a circuit control system for controlling temperatures of the two heating panels upon receipt of the humidity of the hair detected by the conduction assembly ; wherein the conduction assembly at least partially penetrates the heating surface of the one of the two heating panels , and the conduction assembly is in contact with the hair; wherein the conduction assembly comprises: at least one first metal piece and at least one second metal piece , wherein the first metal piece is isolated from the second metal piece and the one of the two heating panels , respectively, the second metal piece is in contact with the one of the two heating panels , at least a portion of the first metal piece and at least a portion of the second metal piece are in contact with the hair, respectively, the first metal piece and the one of the two heating panels are electrically connected to the circuit control system , respectively, the circuit control system determines the humidity of the hair by detecting resistance values between the first metal piece and the second metal piece , and controls the temperatures of the two heating panels .
A method comprising performing the steps of inspecting , by a switch node, a traffic flow entering the switch node, wherein during the inspection, a forwarding table is checked in order to determine whether to pass or reject the traffic flow; providing, by the switch node, a copy of a packet contained in the traffic flow to a cluster node; controlling the cluster node to select a detector node based on features of the packet and to forward said copy to the selected detector node to find out , by the detector node, based on said copy whether the packet is malicious or not; and in response to receiving , by a control node, from the detector node a flow indication on the traffic flow, controlling , by the control node, a switch node to perform at least one flow control action on the traffic flow, the action including one or more of flow removal, flow modification and flow installation.
A machine for processing a web of material for the tobacco industry, comprising: - an unwinding unit for unwinding a web of material for the tobacco industry along a feed path (P); - a unit for processing the web , located downstream of the unwinding unit along the feed path (P) and configured to receive and process the web ; - a guide mechanism comprising a retaining device configured to retain an end portion of the web , the guide mechanism being configured to automatically guide the end portion along at least one stretch of the feed path (P) in such a way as to dispose the web in abutment against and/or partly wrapped round guiding and/or transferring and/or processing means of the processing unit . characterized in that said machine comprises movement means configured to move the guide mechanism and comprising a guide disposed along a trajectory (T) and at least one actuator configured to move the guide mechanism along the guide ; and in that the guide mechanism comprises a carriage which is movable along the guide and at least one arm mounted on the carriage by means of a coupling defining at least one degree of freedom to rotate about a first axis of rotation (X); the retaining device being mounted on the at least one arm . - an unwinding unit for unwinding a web of material for the tobacco industry along a feed path (P); - a unit for processing the web , located downstream of the unwinding unit along the feed path (P) and configured to receive and process the web ; - a guide mechanism comprising a retaining device configured to retain an end portion of the web , the guide mechanism being configured to automatically guide the end portion along at least one stretch of the feed path (P) in such a way as to dispose the web in abutment against and/or partly wrapped round guiding and/or transferring and/or processing means of the processing unit .