mhurhangee/patent-ind-claim-en huggingface dataset:
An electrostatic discharge (ESD) protection circuit , for protecting circuitry, coupled between a first node (320; 1120; 1320; 1420; 1520) and a second node (321; 1121, 1121; 1321; 1421; 1521), comprising: a stack of at least one clamping device (310; 1110a, 1110b; 1310; 1410; 1510) of a first voltage domain; said stack of said at least one clamping device having an anode and a cathode; a switching device (301; 1101; 1301a,1301b; 1401; 1501) of a second voltage domain coupled in series with the stack of at least one clamping device; wherein the stack of at least one clamping device and the switching device are coupled in series between the first node and the second node, wherein a voltage level of the second voltage domain is higher than a voltage level of the first voltage domain and wherein said switching device includes a silicon controlled rectifier, SCR; a triggering device (311; 1111; 1311; 1411; 1511) coupled to the switching device, the triggering device configured to switch on the switching device during an ESD event; and a voltage limiter (306; 1106a, 1106b; 1306; 1406; 1506) coupled in parallel to the stack of at least one clamping device and configured to limit a voltage over the stack of at least one clamping device, when the switching device is turned off; wherein said voltage limiter is a resistive element in series with the switching device and arranged to create a discharge path from the anode to the cathode of the stack of at least one clamping device when the switching device is turned off. a stack of at least one clamping device (310; 1110a, 1110b; 1310; 1410; 1510) of a first voltage domain; said stack of said at least one clamping device having an anode and a cathode; a switching device (301; 1101; 1301a,1301b; 1401; 1501) of a second voltage domain coupled in series with the stack of at least one clamping device; wherein the stack of at least one clamping device and the switching device are coupled in series between the first node and the second node, wherein a voltage level of the second voltage domain is higher than a voltage level of the first voltage domain and wherein said switching device includes a silicon controlled rectifier, SCR; a triggering device (311; 1111; 1311; 1411; 1511) coupled to the switching device, the triggering device configured to switch on the switching device during an ESD event; and a voltage limiter (306; 1106a, 1106b; 1306; 1406; 1506) coupled in parallel to the stack of at least one clamping device and configured to limit a voltage over the stack of at least one clamping device, when the switching device is turned off; wherein said voltage limiter is a resistive element in series with the switching device and arranged to create a discharge path from the anode to the cathode of the stack of at least one clamping device when the switching device is turned off.
A press brake for bending sheet metals , the press brake comprising: a first fixed press beam , as well as a second press beam displaceable relative thereto; tool holders for holding bending tools arranged and/or formed on the press beams ; a tool-changing device which is designed for inserting the bending tools into the tool holder and which comprises a gripping device for manipulating the bending tools ; a tool provision device which is designed for holding several bending tools and which is displaceable by means of a drive device between a tooling position and a tool-changing position , in which the bending tools can be transferred from the tool provision device into the tool holder by means of the tool-changing device , characterized in that a tool storage is designed for storing bending tools that are not being used, and that the tooling position serves for loading the tool provision device with bending tools from the tool storage . a first fixed press beam , as well as a second press beam displaceable relative thereto; tool holders for holding bending tools arranged and/or formed on the press beams ; a tool-changing device which is designed for inserting the bending tools into the tool holder and which comprises a gripping device for manipulating the bending tools ; a tool provision device which is designed for holding several bending tools and which is displaceable by means of a drive device between a tooling position and a tool-changing position , in which the bending tools can be transferred from the tool provision device into the tool holder by means of the tool-changing device , characterized in that a tool storage is designed for storing bending tools that are not being used, and that the tooling position serves for loading the tool provision device with bending tools from the tool storage .
An electrode comprising: an electrode current collector made of at least one of copper, stainless steel optionally surface treated with carbon, nickel, titan or silver, aluminium, nickel, titan, and aluminium-cadmium alloy; a metal nanowire formed on a surface of the electrode current collector, wherein the metal nanowire is a silicon nanowire, an aluminium nanowire or a germanium nanowire; and a carbon-based conductive layer surrounding the outside of the metal nanowire, wherein a gap is formed between the metal nanowire and the carbon-based conductive layer so that the metal nanowire and the carbon-based conductive layer are spaced apart from each other without direct contact between them, wherein the long-axis direction of the metal nanowire and the surface of the electrode current collector form an angle of 40 to 140°. an electrode current collector made of at least one of copper, stainless steel optionally surface treated with carbon, nickel, titan or silver, aluminium, nickel, titan, and aluminium-cadmium alloy; a metal nanowire formed on a surface of the electrode current collector, wherein the metal nanowire is a silicon nanowire, an aluminium nanowire or a germanium nanowire; and a carbon-based conductive layer surrounding the outside of the metal nanowire, wherein a gap is formed between the metal nanowire and the carbon-based conductive layer so that the metal nanowire and the carbon-based conductive layer are spaced apart from each other without direct contact between them, wherein the long-axis direction of the metal nanowire and the surface of the electrode current collector form an angle of 40 to 140°.
Wearable glasses comprising: a display configured to display (S100) a test image ; a sensor configured to acquire (S200) wear state information representing a state in which a user currently wears the wearable glasses , wherein the wear state information includes an image of an eye of the user on which the test image is reflected; and a processor configured to: compare (S1300) at least one of a size and a shape of the reflection image, acquired by reflecting a portion of the light constituting the test image from the eyeball of the user, with predetermined reference wear state information, determine (S300, S1300) an inclination of the wearable glasses based on a result of the comparison, and adjust (S400), based on the determined inclination, an image that is displayed on the display . a display configured to display (S100) a test image ; a sensor configured to acquire (S200) wear state information representing a state in which a user currently wears the wearable glasses , wherein the wear state information includes an image of an eye of the user on which the test image is reflected; and a processor configured to: compare (S1300) at least one of a size and a shape of the reflection image, acquired by reflecting a portion of the light constituting the test image from the eyeball of the user, with predetermined reference wear state information, determine (S300, S1300) an inclination of the wearable glasses based on a result of the comparison, and adjust (S400), based on the determined inclination, an image that is displayed on the display . compare (S1300) at least one of a size and a shape of the reflection image, acquired by reflecting a portion of the light constituting the test image from the eyeball of the user, with predetermined reference wear state information, determine (S300, S1300) an inclination of the wearable glasses based on a result of the comparison, and adjust (S400), based on the determined inclination, an image that is displayed on the display .
A system for anchoring electrical elements or the like in installation ducts, comprising an electrical element or the like and an installation duct, the electrical elements or the like to be installed comprising side formations in the form of teeth, with which they establish a front retention coupling with respect to the edges of an insertion groove in the installation ducts , and tabs on the same sides for establishing a transverse retention interlocking with respect to the edges of the insertion groove in the installation duct , the formations in the form of teeth are defined as pins which are attached at one end to the corresponding wall of the electrical element or the like and are separated on both sides from said wall of the electrical element or the like by grooves which make bending easier, characterized in that said formations in the form of teeth having a forwardly-inclining face that comes to a point determining a harpoon shape which establishes retention locking in the coupling to the corresponding edge of the groove of the installation duct ; and wherein the tabs have in an inner part of their end edge a chamfer which favors uncoupling from the corresponding edge of the groove of the duct by a tilting force forced on the electrical element or the like for disassembling same.
Sealing device for the front-end air inlet of a motor vehicle, comprising: ▪ a supporting frame comprising two longitudinal crossmembers parallel to one another and two side posts perpendicular to said longitudinal crossmembers and connecting said longitudinal crossmembers , ▪ at least one flap mounted pivotably about a pivot axis (A) between a sealing position and an open position, said at least one flap being installed within the supporting frame , ▪ at least one electric control element that controls the positioning of the flap or flaps and is suitable for being connected to the electric system of the motor vehicle by at least one power supply cable , characterized in that the supporting frame comprises at least one device for snap-fit attachment of the power supply cable or cables , said snap-fit device being integral with said supporting frame . ▪ a supporting frame comprising two longitudinal crossmembers parallel to one another and two side posts perpendicular to said longitudinal crossmembers and connecting said longitudinal crossmembers , ▪ at least one flap mounted pivotably about a pivot axis (A) between a sealing position and an open position, said at least one flap being installed within the supporting frame , ▪ at least one electric control element that controls the positioning of the flap or flaps and is suitable for being connected to the electric system of the motor vehicle by at least one power supply cable ,
An implantable neurostimulator, INS, comprising: an electrical lead having formed thereon at least a pair of bi-polar electrodes , wherein the electrical lead is configured for placement of the pair of bi-polar electrodes proximate protrusor muscles of a patient; a pulse generator electrically connected to the electrical lead and configured to deliver electrical energy to the pair of bi-polar electrodes, the pulse generator having mounted therein a sensor and a control circuit , wherein the sensor is configured to generate signals representative of an orientation of the pulse generator and communicate the signals to the control circuit and the control circuit is configured to determine the orientation of the pulse generator and deliver electrical energy to the bi-polar electrodes when the determined orientation correlates to a pre-determined orientation; and characterized in that : the sensor and control circuit are configured to detect electromyography signals of the protrusor muscles.; and wherein the control circuit is configured to determine a fatigue of the protrusor muscles based on the detected electromyography signals. an electrical lead having formed thereon at least a pair of bi-polar electrodes , wherein the electrical lead is configured for placement of the pair of bi-polar electrodes proximate protrusor muscles of a patient; a pulse generator electrically connected to the electrical lead and configured to deliver electrical energy to the pair of bi-polar electrodes, the pulse generator having mounted therein a sensor and a control circuit , wherein the sensor is configured to generate signals representative of an orientation of the pulse generator and communicate the signals to the control circuit and the control circuit is configured to determine the orientation of the pulse generator and deliver electrical energy to the bi-polar electrodes when the determined orientation correlates to a pre-determined orientation; and characterized in that : the sensor and control circuit are configured to detect electromyography signals of the protrusor muscles.; and wherein the control circuit is configured to determine a fatigue of the protrusor muscles based on the detected electromyography signals.
A sole for a shoe comprising: a shaped first sole element ; and a second sole element comprising a textile material; wherein the second sole element is coupled to the first sole element and arranged to at least partially cover the first sole element ; wherein the second sole element is molded around the first sole element ; wherein the second sole element is at least partially arranged on a lateral side of the first sole element ; wherein the first sole element comprises protrusions ; wherein at least a portion of the second sole element is configured to contact an adjacent surface when the sole is attached to an upper; wherein the portion of the second sole element that contacts the adjacent surface generates an amount of at least one of friction and traction between the sole and the adjacent surface; and wherein the protrusions are configured to increase the amount of the at least one friction and traction generated between the sole and the adjacent surface, characterized in that the first sole element partly extends through the second sole element . a shaped first sole element ; and a second sole element comprising a textile material; wherein the second sole element is coupled to the first sole element and arranged to at least partially cover the first sole element ; wherein the second sole element is molded around the first sole element ; wherein the second sole element is at least partially arranged on a lateral side of the first sole element ; wherein the first sole element comprises protrusions ; wherein at least a portion of the second sole element is configured to contact an adjacent surface when the sole is attached to an upper; wherein the portion of the second sole element that contacts the adjacent surface generates an amount of at least one of friction and traction between the sole and the adjacent surface; and wherein the protrusions are configured to increase the amount of the at least one friction and traction generated between the sole and the adjacent surface, characterized in that the first sole element partly extends through the second sole element .
A percutaneous introducer , particularly for flexible drainage tubes and with various profiles, comprising a main body , said main body comprising a longitudinally extended tubular element arranged in the distal portion of said main body , said tubular element comprising a terminal arranged at the distal end of said tubular element , and a sliding body which comprises a longitudinally extended obturator arranged in the distal portion of said sliding body, said obturator being inserted and being movable longitudinally within said tubular element of said main body , said obturator comprising a cutting blade which is arranged and fixed at the distal end of said obturator , and in that it comprises a return and positioning spring adapted to return said cutting blade to a retracted position within its seat, following a controlled exit of said cutting blade through a passage slot arranged in said terminal of said tubular element , and further comprising a lid which is adapted to close a first opening of said main body which is arranged in the proximal face of said main body , said sliding body comprising a longitudinally extended tubular body which is arranged in the proximal portion of said sliding body, said tubular body being inserted and movable longitudinally within a tubular portion of said main body , said tubular body comprising a partition , the proximal end of said obturator being engaged on the distal face of said partition , characterized in that it comprises a sliding carriage accommodated in a second opening of said main body arranged in the distal face of said main body , said sliding carriage being longitudinally movable within said main body , said sliding carriage comprising a rotating mechanism which is engaged on a rib of said tubular body and is adapted to load and release said sliding body said main body comprising a loading and release spring adapted to be compressed by said tubular body which is integral with said sliding carriage and then released by means of said rotating mechanism , causing said controlled exit of said cutting blade .
A surgical instrument, comprising: a firing member , comprising: a longitudinal drive portion ; and a cam extending laterally from said longitudinal drive portion; and an anvil jaw , comprising: longitudinal rows of forming pockets ; and a longitudinal anvil slot , comprising: a center portion configured to receive said longitudinal drive portion of said firing member; and a lateral opening extending laterally from said center portion configured to receive said cam, wherein said lateral opening comprises a closed lateral end, and wherein said closed lateral end is entirely curved, characterized in that said closed lateral end is defined by more than one radius of curvature. a firing member , comprising: a longitudinal drive portion ; and a cam extending laterally from said longitudinal drive portion; and a longitudinal drive portion ; and a cam extending laterally from said longitudinal drive portion; and an anvil jaw , comprising: longitudinal rows of forming pockets ; and a longitudinal anvil slot , comprising: a center portion configured to receive said longitudinal drive portion of said firing member; and a lateral opening extending laterally from said center portion configured to receive said cam, wherein said lateral opening comprises a closed lateral end, and wherein said closed lateral end is entirely curved, longitudinal rows of forming pockets ; and a longitudinal anvil slot , comprising: a center portion configured to receive said longitudinal drive portion of said firing member; and a lateral opening extending laterally from said center portion configured to receive said cam, wherein said lateral opening comprises a closed lateral end, and wherein said closed lateral end is entirely curved, a center portion configured to receive said longitudinal drive portion of said firing member; and a lateral opening extending laterally from said center portion configured to receive said cam, wherein said lateral opening comprises a closed lateral end, and wherein said closed lateral end is entirely curved, characterized in that said closed lateral end is defined by more than one radius of curvature.
A developing cartridge comprising: a casing (10; 10A; 10B; 10C; 10E; 10F) for accommodating developer therein; a developing roller (30; 30F) rotatable about an axis extending in a first direction and positioned at one side of the casing (10; 10A; 10B; 10C; 10E; 10F) in a second direction; a storage medium (61; 61A; 61B; 61C; 61D; 61E; 61F) having an electric contact surface (611; 611A; 611B; 611C; 611D; 611E; 611F); and a holder (62; 62A; 62B; 62C; 62D; 62E; 62F) movable relative to the casing (10; 10A; 10B; 10C; 10E; 10F) in the second direction between a first position and a second position, the holder (62; 62A; 62B; 62C; 62D; 62E; 62F) having an outer surface (620; 620A) at which the electric contact surface (611; 611A; 611B; 611C; 611D; 611E; 611F) is positioned and wherein the outer surface (620; 620A) is positioned at a side of the holder (62; 62A; 62B; 62C; 62D; 62E; 62F) in a third direction crossing the electric contact surface (611; 611A; 611B; 611C; 611D; 611E; 611F), and the outer surface (620; 620A) is movable relative to the casing (10; 10A; 10B; 10C; 10E; 10F) in the third direction, characterized in that the movement of the outer surface (620; 620A) in the second direction is independent from the movement of the outer surface (620; 620A) in the third direction. a casing (10; 10A; 10B; 10C; 10E; 10F) for accommodating developer therein; a developing roller (30; 30F) rotatable about an axis extending in a first direction and positioned at one side of the casing (10; 10A; 10B; 10C; 10E; 10F) in a second direction; a storage medium (61; 61A; 61B; 61C; 61D; 61E; 61F) having an electric contact surface (611; 611A; 611B; 611C; 611D; 611E; 611F); and a holder (62; 62A; 62B; 62C; 62D; 62E; 62F) movable relative to the casing (10; 10A; 10B; 10C; 10E; 10F) in the second direction between a first position and a second position, the holder (62; 62A; 62B; 62C; 62D; 62E; 62F) having an outer surface (620; 620A) at which the electric contact surface (611; 611A; 611B; 611C; 611D; 611E; 611F) is positioned and wherein the outer surface (620; 620A) is positioned at a side of the holder (62; 62A; 62B; 62C; 62D; 62E; 62F) in a third direction crossing the electric contact surface (611; 611A; 611B; 611C; 611D; 611E; 611F), and the outer surface (620; 620A) is movable relative to the casing (10; 10A; 10B; 10C; 10E; 10F) in the third direction, characterized in that the movement of the outer surface (620; 620A) in the second direction is independent from the movement of the outer surface (620; 620A) in the third direction.
A lead casing for pencil characterized in that it is made of a composition comprising, by weight relative to the total weight of the lead casing for pencil: a) from 50 to 95%, advantageously from 60 to 95%, of a mixture of polylactic acid and polybutylene adipate terephthalate in a weight ratio polylactic acid/polybutylene adipate terephthalate ranging from 60/40 to 90/10, and b) from 5 to 40%, advantageously from 7 to 30%, of mineral fillers chosen in the group consisting of shellfish shells, preferably oyster shells, and more preferably milled oyster shells. a) from 50 to 95%, advantageously from 60 to 95%, of a mixture of polylactic acid and polybutylene adipate terephthalate in a weight ratio polylactic acid/polybutylene adipate terephthalate ranging from 60/40 to 90/10, and b) from 5 to 40%, advantageously from 7 to 30%, of mineral fillers chosen in the group consisting of shellfish shells, preferably oyster shells, and more preferably milled oyster shells.
Plant for horizontal belt-casting of a pre-strip (V) of metal, with a casting belt with a centre region (M) and edge regions (R) laterally connected therewith, wherein the casting belt is furnished in the region of an upper side , which faces the hardening pre-strip (V), with a surface structure which is created by a pressing-through deformation of the casting belt , characterised in that the surface structure in the centre region (M) is different from the surface structure in the edge region (R) and the casting belt at least in the region of an upper side , which faces the hardening pre-strip (V), has in each of the edge regions (R) up to at most 25 centimetres from the edge as seen in the direction of the belt centre a different pattern and a pressing depth of the structure which is 20 to 75% higher. the surface structure in the centre region (M) is different from the surface structure in the edge region (R) and the casting belt at least in the region of an upper side , which faces the hardening pre-strip (V), has in each of the edge regions (R) up to at most 25 centimetres from the edge as seen in the direction of the belt centre a different pattern and a pressing depth of the structure which is 20 to 75% higher.