mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor device , comprising: a sensor element whose electric characteristics vary according to a physical quantity; a signal processing circuit for processing an output signal of the sensor element ; a first transistor element for supplying currents to the sensor element and the signal processing circuit ; a control circuit for controlling a base current of the first transistor element ; a power supply terminal ; and a ground terminal , wherein the control circuit includes a second transistor element for sending a current toward the ground terminal and a restriction part for restricting a current flowing from the ground terminal toward a base terminal of the first transistor element ; wherein the first transistor element includes a first N-type well, the signal processing circuit includes a second N-type well, the sensor device includes a P-type substrate or a P-type well , and an isolation region is provided between the first N-type well and the second N-type well so that a current gain α of a parasitic bipolar transistor comprised of the first N-type well, the second N-type well, and either of the P-type substrate or the P-type well becomes less than or equal to 0.5, wherein a length of isolation region W is determined by a formula 1 wherein the formula 1 is α = 1 / cosh W / LN / 1 + σ B / σE * W / LP , wherein σB and σE are conduction ratios of a base and an emitter of the parasitic bipolar transistor, respectively, and LN and LP are diffusion lengths of minority carriers in the base and the emitter, respectively. a sensor element whose electric characteristics vary according to a physical quantity; a signal processing circuit for processing an output signal of the sensor element ; a first transistor element for supplying currents to the sensor element and the signal processing circuit ; a control circuit for controlling a base current of the first transistor element ; a power supply terminal ; and a ground terminal , wherein the control circuit includes a second transistor element for sending a current toward the ground terminal and a restriction part for restricting a current flowing from the ground terminal toward a base terminal of the first transistor element ; wherein the first transistor element includes a first N-type well, the signal processing circuit includes a second N-type well, the sensor device includes a P-type substrate or a P-type well , and an isolation region is provided between the first N-type well and the second N-type well so that a current gain α of a parasitic bipolar transistor comprised of the first N-type well, the second N-type well, and either of the P-type substrate or the P-type well becomes less than or equal to 0.5, wherein a length of isolation region W is determined by a formula 1 wherein the formula 1 is α = 1 / cosh W / LN / 1 + σ B / σE * W / LP , wherein σB and σE are conduction ratios of a base and an emitter of the parasitic bipolar transistor, respectively, and LN and LP are diffusion lengths of minority carriers in the base and the emitter, respectively.
A sterile transfer device for fluids in the form of a connector or valve for use in the pharmaceutical and biopharmaceutical industry, comprising: a body having a bore formed through at least a portion of its interior, the body having a first end containing a face designed to be attached to an upstream component (54;72); a plunger (18;70;108) contained within the bore, said plunger having a first end and being movable within the bore, wherein said first end of said plunger (18;70;108), when in a closed position, is in alignment with said face of said first end of said body , which combined form a surface (46;104) capable of withstanding steam sterilization and a sterile barrier against the environment to the rest of the interior of said body and said plunger (18;70;108), and wherein, when in an open position, said plunger (18;70;108) allows passage of fluid from said first end of said body to a fluid channel (27;185) that forms a fluid connection to a downstream component or tubing; at least two seals arranged along the length of the plunger (18;70;108) to, respectively, form a fluid tight seal at the first end in the closed position and between various portions of the plunger (18;70;108) and the bore when in the closed and open positions; a cam slot formed in the body ; and a cam provided on said plunger (18;70;108), wherein said cam rides in said cam slot such that a rearward and forward movement between the open position and the closed position and a rotation of said plunger (18;70;108) within said bore is defined. a body having a bore formed through at least a portion of its interior, the body having a first end containing a face designed to be attached to an upstream component (54;72); a plunger (18;70;108) contained within the bore, said plunger having a first end and being movable within the bore, wherein said first end of said plunger (18;70;108), when in a closed position, is in alignment with said face of said first end of said body , which combined form a surface (46;104) capable of withstanding steam sterilization and a sterile barrier against the environment to the rest of the interior of said body and said plunger (18;70;108), and wherein, when in an open position, said plunger (18;70;108) allows passage of fluid from said first end of said body to a fluid channel (27;185) that forms a fluid connection to a downstream component or tubing; at least two seals arranged along the length of the plunger (18;70;108) to, respectively, form a fluid tight seal at the first end in the closed position and between various portions of the plunger (18;70;108) and the bore when in the closed and open positions; a cam slot formed in the body ; and a cam provided on said plunger (18;70;108), wherein said cam rides in said cam slot such that a rearward and forward movement between the open position and the closed position and a rotation of said plunger (18;70;108) within said bore is defined.
A system for testing a component , comprising: a support structure configured to support the component ; and an excitation system including a plurality of permanent magnets (28A-D) and a plurality of electromagnets (30A-D), the permanent magnets (28A-D) arranged in an array and configured for rigid connection to the component , characterised in that the permanent magnets are respectively arranged at discrete locations circumferentially about a base of the support structure , each of the electromagnets (30A-D) is associated with a respective one of the permanent magnets (28A-D), and the excitation system configured to respectively control interaction of the electromagnets (30A-D) with the permanent magnets (28A-D) to excite a vibratory response in the component ; and a sensor system configured to output data indicative of the vibratory response, wherein the excitation system is configured to vary strength, frequency and phase of a first magnetic field generated by a first of the electromagnets (30A-D) according to a function, wherein the excitation system is further configured to vary strength, frequency and phase of a second magnetic field generated by a second of the electromagnets (30A-D) according to the function, wherein the varying of the strength, the frequency and the phase of the first magnetic field is out of phase with the varying of the strength, the frequency and the phase of the second magnetic field. a support structure configured to support the component ; and an excitation system including a plurality of permanent magnets (28A-D) and a plurality of electromagnets (30A-D), the permanent magnets (28A-D) arranged in an array and configured for rigid connection to the component , characterised in that the permanent magnets are respectively arranged at discrete locations circumferentially about a base of the support structure , each of the electromagnets (30A-D) is associated with a respective one of the permanent magnets (28A-D), and the excitation system configured to respectively control interaction of the electromagnets (30A-D) with the permanent magnets (28A-D) to excite a vibratory response in the component ; and a sensor system configured to output data indicative of the vibratory response, wherein the excitation system is configured to vary strength, frequency and phase of a first magnetic field generated by a first of the electromagnets (30A-D) according to a function, wherein the excitation system is further configured to vary strength, frequency and phase of a second magnetic field generated by a second of the electromagnets (30A-D) according to the function, wherein the varying of the strength, the frequency and the phase of the first magnetic field is out of phase with the varying of the strength, the frequency and the phase of the second magnetic field.
A healthcare product package (10;110;210;310;410;510) comprising: (a) a container (2;102;202;302;402;502) for containing a healthcare product, and (b) an information unit (1;101;201;301;401;501) which is located inside the container, characterised in that the information unit comprises a carrier (3;103;203;303;403;503;603;703;803;903) and at least one information article (4,6,8;104,110,112;204,206,208;304;404;423) releasably attached to the carrier, and that the information unit does not include means enclosing the at least one information article. (a) a container (2;102;202;302;402;502) for containing a healthcare product, and (b) an information unit (1;101;201;301;401;501) which is located inside the container,
A vehicle comprising at least a towing vehicle , the towing vehicle comprising steerable wheels and is arranged to convey the vehicle in at least a major longitudinal forward direction of the vehicle , wherein the vehicle further comprises a load handling arrangement arranged to support transportation of material to or from the vehicle , the load handling arrangement being configured to assume a material handling mode in which the load handling arrangement is arranged to support transportation of the material between the vehicle and a stationary ground portion in the vicinity of the vehicle , wherein the load handling arrangement extends substantially in the major longitudinal forward direction of the vehicle over at least a portion of the towing vehicle when assuming the material handling mode, characterized in that the towing vehicle comprises a load support portion arranged in front of the load handling arrangement , the load support portion being arranged to support the load handling arrangement when the load handling arrangement assumes the material handling mode.
A method for maintaining a connection of a mobile user equipment, UE , to a mobile communication network, the method comprising: receiving or determining, by a core network control plane entity available on the mobile communication network, a set of potential access nodes (1305-1, 1305-2, 1305-3) that are available to serve the UE during a future time period; and preconfiguring, by the core network control plane entity, each of the potential access nodes to accept a handover from the UE to maintain the connection; wherein the preconfiguration comprises transmitting UE context for caching by each of the potential access nodes; and wherein the UE context comprises a pre-allocated non-access stratum, NAS, message for delivery to the UE. receiving or determining, by a core network control plane entity available on the mobile communication network, a set of potential access nodes (1305-1, 1305-2, 1305-3) that are available to serve the UE during a future time period; and preconfiguring, by the core network control plane entity, each of the potential access nodes to accept a handover from the UE to maintain the connection; wherein the preconfiguration comprises transmitting UE context for caching by each of the potential access nodes; and wherein the UE context comprises a pre-allocated non-access stratum, NAS, message for delivery to the UE.
A three-dimensional gift box comprising: a box body and a box lid ; a first partition board fixed fitted to the inner edge of the box body ; a circuit layer , formed in a space between the first partition board and the bottom plate of the box body ; a storage layer ; a foldable pop-up card having an upper part connected with an inner side of the box lid ; an electronic assembly module for producing an acousto-optic effect, which is arranged in the circuit layer , characterised in that a second partition board is provided in the box body , the second partition board being detachably fitted to the inner edge of the box body , the storage layer being is formed in a space between the first partition board and the second partition board , the foldable pop-up card being is arranged between the second partition board and the inner side of the box lid , the lower part of the pop-up card is connected with the second partition board , an upper supporting board arranged between the upper part of the pop-up card and the inner side of the box lid , and a lower supporting board is arranged between the lower part of the pop-up card and the second partition board . a box body and a box lid ; a first partition board fixed fitted to the inner edge of the box body ; a circuit layer , formed in a space between the first partition board and the bottom plate of the box body ; a storage layer ; a foldable pop-up card having an upper part connected with an inner side of the box lid ; an electronic assembly module for producing an acousto-optic effect, which is arranged in the circuit layer , characterised in that a second partition board is provided in the box body , the second partition board being detachably fitted to the inner edge of the box body , the storage layer being is formed in a space between the first partition board and the second partition board , the foldable pop-up card being is arranged between the second partition board and the inner side of the box lid , the lower part of the pop-up card is connected with the second partition board , an upper supporting board arranged between the upper part of the pop-up card and the inner side of the box lid , and a lower supporting board is arranged between the lower part of the pop-up card and the second partition board .
Device for detecting movements and/or positions of a rotating shaft, comprising at least one coil and a leaf spring, wherein in the device, depending on the movements and/or positions of the shaft, a voltage pulse is generated in the coil by at least one magnetic field executing a relative movement to the coil and acting on the coil , wherein the coil has a coil housing consisting of a first housing part and a second housing part , a coil wire of the coil is wound around the housing parts of the coil to hold them together and said housing parts form a cavity on the inside, in which the leaf spring , made of magnetically conductive material, executes a sudden back-and-forth movement under the influence of the magnetic field, wherein a first region of the leaf spring is movably arranged in the cavity , and a second region of the leaf spring is arranged between the first housing part and the second housing part .
Process for the preparation of a master batch comprising at least one superplasticizer and from 0.1% to 25% by weight of carbon-based nanofillers, expressed with respect to the total weight of the master batch, comprising: (i) the introduction into a kneader and then the kneading of carbon-based nanofillers and of at least one superplasticizer, optionally in the presence of a water-soluble dispersing agent, in order to form a homogeneous mixture in the solid form or in the pasty composition form; (ii) the extrusion of said mixture in the solid form in order to obtain a master batch in the solid form; (iii) optionally the dispersion of said master batch in the solid form in a superplasticizer identical to or different from that of stage (i), or in a water-soluble dispersant, in order to obtain a master batch in the form of a pasty composition; (iv) optionally the introduction of the master batch in the form of a pasty composition obtained in stage (i) or in stage (iii) into a superplasticizer which is identical to or different from that of stage (i) or that of stage (iii), in order to obtain a master batch comprising from 0.1% to 2% by weight of carbon-based nanofillers. (i) the introduction into a kneader and then the kneading of carbon-based nanofillers and of at least one superplasticizer, optionally in the presence of a water-soluble dispersing agent, in order to form a homogeneous mixture in the solid form or in the pasty composition form; (ii) the extrusion of said mixture in the solid form in order to obtain a master batch in the solid form; (iii) optionally the dispersion of said master batch in the solid form in a superplasticizer identical to or different from that of stage (i), or in a water-soluble dispersant, in order to obtain a master batch in the form of a pasty composition; (iv) optionally the introduction of the master batch in the form of a pasty composition obtained in stage (i) or in stage (iii) into a superplasticizer which is identical to or different from that of stage (i) or that of stage (iii), in order to obtain a master batch comprising from 0.1% to 2% by weight of carbon-based nanofillers.
A thrust reverser for an aircraft propulsion unit , this reverser comprising: - a movable external structure having a central longitudinal axis (A1), this external structure being movable between a closed position, wherein said external structure is capable of guiding a flow of fluid in the propulsion unit so as to generate a thrust, and an open position wherein the movable external structure releases a radial opening capable of evacuating a portion of said flow of fluid from the propulsion unit so as to generate a counter-thrust, - an actuator , such as a cylinder, configured to move the movable external structure between the closed and open positions, - two primary latches configured to latch the movable external structure in the closed position, this reverser being configured to direct the thrust-generating flow of fluid in an oblique direction with respect to the central longitudinal axis (A1), towards a first side of a first median longitudinal plane (P1) passing through the central longitudinal axis (A1), this reverser being characterised in that the movable external structure is annular, in that the primary latches are both located on said first side of this first median longitudinal plane (P1), and in that the actuator is located on the other side of the first median longitudinal plane (P1), one of these primary latches being located on one side of a second median longitudinal plane (P2) perpendicular to the first median longitudinal plane (P1), the other primary latch being located on the other side of this second median longitudinal plane (P2). - a movable external structure having a central longitudinal axis (A1), this external structure being movable between a closed position, wherein said external structure is capable of guiding a flow of fluid in the propulsion unit so as to generate a thrust, and an open position wherein the movable external structure releases a radial opening capable of evacuating a portion of said flow of fluid from the propulsion unit so as to generate a counter-thrust, - an actuator , such as a cylinder, configured to move the movable external structure between the closed and open positions, - two primary latches configured to latch the movable external structure in the closed position, this reverser being configured to direct the thrust-generating flow of fluid in an oblique direction with respect to the central longitudinal axis (A1), towards a first side of a first median longitudinal plane (P1) passing through the central longitudinal axis (A1), this reverser being characterised in that the movable external structure is annular, in that the primary latches are both located on said first side of this first median longitudinal plane (P1), and in that the actuator is located on the other side of the first median longitudinal plane (P1), one of these primary latches being located on one side of a second median longitudinal plane (P2) perpendicular to the first median longitudinal plane (P1), the other primary latch being located on the other side of this second median longitudinal plane (P2).
A computer-implemented method of using a multi-level, ML, data chain protocol to embed a data chain on a core blockchain, wherein the method is performed by a ML block producer and comprises: obtaining one or more ML transactions, wherein each ML transaction comprises one or more respective carrier pairs, each carrier pair comprising a respective input and a respective output, wherein each respective output comprises respective data associated with the data chain, and wherein each respective input comprises a respective signature that signs the respective carrier pair; generating a first ML block of the ML data chain, wherein the first ML block is a core blockchain transaction and comprises a) the respective carrier pairs of the obtained one or more ML transactions, wherein for each carrier pair, a respective position index of the respective input corresponds to a respective position index of the respective output, and b) a first chain output, wherein the first chain output is for being spent by a respective chain input of a subsequent ML block; and causing the first ML block to be recorded on the core blockchain. obtaining one or more ML transactions, wherein each ML transaction comprises one or more respective carrier pairs, each carrier pair comprising a respective input and a respective output, wherein each respective output comprises respective data associated with the data chain, and wherein each respective input comprises a respective signature that signs the respective carrier pair; generating a first ML block of the ML data chain, wherein the first ML block is a core blockchain transaction and comprises a) the respective carrier pairs of the obtained one or more ML transactions, wherein for each carrier pair, a respective position index of the respective input corresponds to a respective position index of the respective output, and b) a first chain output, wherein the first chain output is for being spent by a respective chain input of a subsequent ML block; and causing the first ML block to be recorded on the core blockchain.
A method of manufacturing a polymer container, comprising: a) providing a preform, the preform comprising a thermoplastic polymer; b) at a temperature sufficient to plasticize the thermoplastic polymer, stretch blow molding the preform in a blow mold to form a container, wherein the base of the blow mold has two or more orifices equidistant from the center of the blow molding base for gas to enter the blow mold; and c) introducing pressurized gas through the two or more orifices in the blow mold base sufficient to cool the container base prior to container evacuation, and subsequently evacuate the container from the blow mold. a) providing a preform, the preform comprising a thermoplastic polymer; b) at a temperature sufficient to plasticize the thermoplastic polymer, stretch blow molding the preform in a blow mold to form a container, wherein the base of the blow mold has two or more orifices equidistant from the center of the blow molding base for gas to enter the blow mold; and c) introducing pressurized gas through the two or more orifices in the blow mold base sufficient to cool the container base prior to container evacuation, and subsequently evacuate the container from the blow mold.