mhurhangee/patent-ind-claim-en huggingface dataset:
An addition system for introducing particulate material into an industrial process, said addition system comprising: (a) a vessel for holding the particulate material, wherein the vessel has a top and a bottom and the vessel comprises a filling nozzle located on the top of the vessel; (b) a weighing device ; (c) piping that comprises a first valve for transferring the particulate material from the vessel to the industrial process, and a second valve for transferring a first stream of pressurized gas from a source of pressurized gas to the vessel; (d) a controller for controlling operation of the addition system; (e) a frame to support the piping and optionally the controller; and (f) a particulate material emptying device to load the particulate material into the filling nozzle, wherein the particulate material emptying device comprises a funnel adapter , a tilting cradle and a bucket ; the funnel adapter is connected to the filling nozzle on a hinge through a funnel clamp and the tilting cradle is connected to the filling nozzle on the hinge through a tilting cradle claimp . (a) a vessel for holding the particulate material, wherein the vessel has a top and a bottom and the vessel comprises a filling nozzle located on the top of the vessel; (b) a weighing device ; (c) piping that comprises a first valve for transferring the particulate material from the vessel to the industrial process, and a second valve for transferring a first stream of pressurized gas from a source of pressurized gas to the vessel; (d) a controller for controlling operation of the addition system; (e) a frame to support the piping and optionally the controller; and (f) a particulate material emptying device to load the particulate material into the filling nozzle,
A shoe sole including a resilient member , the shoe sole having a bottom surface serving as a ground contact surface and a top surface located opposite to the bottom surface , wherein the resilient member comprises a three-dimensional structure (S) configured by having a plurality of unit structure bodies (U), wherein each of the plurality of unit structure bodies (U) has a three-dimensional shape formed by a wall having an outer shape defined by a pair of parallel flat or curved surfaces, and wherein the plurality of the unit structure bodies (U) are repeatedly arranged in a regular and continuous manner at least in a direction intersecting with a normal direction to the bottom surface, and wherein the three-dimensional structure (S) has a structure in which upward protruding portions and downward protruding portions are alternately arranged in a plan view, the resilient member buckles when the resilient member receives a compressive stress applied in a normal direction to the bottom surface , when a load is applied to the shoe sole in a gradually increasing manner such that a compressive stress is applied to the resilient member in the normal direction, the resilient member starts to buckle in a state in which a stress applied to the resilient member is within a range of 0.05 MPa or more and 0.55 MPa or less and a strain of the resilient member in the normal direction is within a range of 10% or more and 60% or less. the resilient member comprises a three-dimensional structure (S) configured by having a plurality of unit structure bodies (U), wherein each of the plurality of unit structure bodies (U) has a three-dimensional shape formed by a wall having an outer shape defined by a pair of parallel flat or curved surfaces, and wherein the plurality of the unit structure bodies (U) are repeatedly arranged in a regular and continuous manner at least in a direction intersecting with a normal direction to the bottom surface, and wherein the three-dimensional structure (S) has a structure in which upward protruding portions and downward protruding portions are alternately arranged in a plan view, the resilient member buckles when the resilient member receives a compressive stress applied in a normal direction to the bottom surface , when a load is applied to the shoe sole in a gradually increasing manner such that a compressive stress is applied to the resilient member in the normal direction, the resilient member starts to buckle in a state in which a stress applied to the resilient member is within a range of 0.05 MPa or more and 0.55 MPa or less and a strain of the resilient member in the normal direction is within a range of 10% or more and 60% or less.
An engineered Streptococcus pyogenes Cas9 (SpCas9) protein variant having an identity of at least 99% identity with SEQ ID NO:1 and comprising the mutations selected from the following group: K562L-R661L-K855Q; K562Q-R661L-K855Q; K652L-R661L-K855Q; K652Q-R661L-K855Q; R661L-K855Q-K1003Q; R661L-K855Q-R1060Q; R661L-R691L-K855Q; R661L-R780L-K855Q; R661L-R780Q-K855Q; R661L-K81 0L-K855Q; R661L-K848L-K855Q; R661L-K81 0Q-K855Q; R661L-K855Q-K1003L; and R661L-K855Q-R1060L; with reference to the amino acid numbering in the corresponding position of an unmodified mature, wild-type Streptococcus pyogenes Cas9 shown in SEQ ID NO:1. K562L-R661L-K855Q; K562Q-R661L-K855Q; K652L-R661L-K855Q; K652Q-R661L-K855Q; R661L-K855Q-K1003Q; R661L-K855Q-R1060Q; R661L-R691L-K855Q; R661L-R780L-K855Q; R661L-R780Q-K855Q; R661L-K81 0L-K855Q; R661L-K848L-K855Q; R661L-K81 0Q-K855Q; R661L-K855Q-K1003L; and R661L-K855Q-R1060L; with reference to the amino acid numbering in the corresponding position of an unmodified mature, wild-type Streptococcus pyogenes Cas9 shown in SEQ ID NO:1.
Gas injector for injecting a gaseous fuel, comprising: - a magnetic actuator with an armature , an internal pole and a coil , - a closing element which opens and closes a gas path on a valve seat , the armature being connected to the closing element , - a self-contained lubricant space which is filled with a lubricant and in which the armature is arranged, the lubricant ensuring lubrication of the armature , and - a flexible sealing element which seals the lubricant space with respect to the gas path , characterized in that a braking device is arranged in the lubricant space , which braking device is configured to brake the closing element in the case of a resetting procedure of the gas injector from the open into the closed state, the braking device having a brake bolt and an elastic brake element , it being possible for the brake bolt and the elastic brake element to be brought into an operative connection with the closing element and/or the armature in the case of the resetting procedure, and the closing element being a valve needle which is configured separately from the brake bolt . - a magnetic actuator with an armature , an internal pole and a coil , - a closing element which opens and closes a gas path on a valve seat , the armature being connected to the closing element , - a self-contained lubricant space which is filled with a lubricant and in which the armature is arranged, the lubricant ensuring lubrication of the armature , and - a flexible sealing element which seals the lubricant space with respect to the gas path , characterized
A PUF circuit comprising one or more sensors, the PUF circuit comprising a processor configured to receive information about a subset of sensor components of a sensor, the PUF circuit being configured to apply one or more challenges to the subset of sensor components under uniform conditions, the PUF circuit comprising a receiver configured to receive output signal values from the subset of sensor components, in response to a challenge applied to said subset of sensor components, wherein the PUF circuit comprises a data communication channel, and the PUF circuit is configured to: - determine one or more statistical properties of the noise distribution of said output signal values; - receive input data IN from one or more external data sources using the data communication channel; - determine a response to the challenge from said statistical properties and selected input data IN received from said one or more external data sources, said response being a digital signature, wherein the input Data IN are used to handle the PUF circuit. wherein the PUF circuit comprises a data communication channel, and the PUF circuit is configured to: - determine one or more statistical properties of the noise distribution of said output signal values; - receive input data IN from one or more external data sources using the data communication channel; - determine a response to the challenge from said statistical properties and selected input data IN received from said one or more external data sources, said response being a digital signature, - determine one or more statistical properties of the noise distribution of said output signal values; - receive input data IN from one or more external data sources using the data communication channel; - determine a response to the challenge from said statistical properties and selected input data IN received from said one or more external data sources, said response being a digital signature, wherein the input Data IN are used to handle the PUF circuit.
An electrode comprising: a base material ; and an electrode mixture layer on the base material , wherein, in a cross section of the electrode in a thickness direction viewed from at least one direction perpendicular to the thickness direction, the electrode mixture layer includes convex portions and non-convex portions each positioned between two convex portions (2a1, 2a2) adjacent to each other among the convex portions , a ratio (d1/d2) is 0.82 or more and 1.22 or less, where d1 represents a porosity of the non-convex portions and d2 represents a porosity of the convex portions , wherein the porosity of the non-convex portions and the convex portions is measured using a cross-section polisher and a desktop scanning electron microscope (SEM), and including binarization of an SEM image obtained from the SEM, in the cross section, a ratio (h1/h2) is 0.71 or more, where h1 (μm) represents a height of the non-convex portions from a contact surface between the base material and the electrode mixture layer , and h2 (μm) represents a height of the convex portions from the contact surface between the base material and the electrode mixture layer , and the electrode mixture layer is an active material layer containing an active material. a base material ; and an electrode mixture layer on the base material , wherein, in a cross section of the electrode in a thickness direction viewed from at least one direction perpendicular to the thickness direction, the electrode mixture layer includes convex portions and non-convex portions each positioned between two convex portions (2a1, 2a2) adjacent to each other among the convex portions , a ratio (d1/d2) is 0.82 or more and 1.22 or less, where d1 represents a porosity of the non-convex portions and d2 represents a porosity of the convex portions , wherein the porosity of the non-convex portions and the convex portions is measured using a cross-section polisher and a desktop scanning electron microscope (SEM), and including binarization of an SEM image obtained from the SEM, in the cross section, a ratio (h1/h2) is 0.71 or more, where h1 (μm) represents a height of the non-convex portions from a contact surface between the base material and the electrode mixture layer , and h2 (μm) represents a height of the convex portions from the contact surface between the base material and the electrode mixture layer , and the electrode mixture layer is an active material layer containing an active material.
A damping device for a fluid flow meter mountable on the exterior of a pipe to meter fluid flow traveling within the pipe , which flow meter has at least one ultrasonic sensor operable to transmit ultrasonic signals through a pipe wall in a direction normal to the pipe wall and into a fluid flow disposed within the pipe , which signals create secondary ultrasonic signals circumferentially traveling within the pipe wall at a frequency, the device composing a base conformable to an exterior surface of the pipe wall , having a pipe-side surface and a tine-side surface , the base having a width , which is oriented along the circumferential direction of the pipe ; and a plurality of tines attached to the base and extending outwardly from the tine-side surface characterized in that said tines extend lengthwise along the length of the base , wherein each tine is spaced apart from an adjacent tine along the width of the base by a tine-to-tine distance that is less than the wavelength of the secondary ultrasonic signals circumferentially propagating within the pipe wall .
An LED based illumination device , comprising: a first LED string comprising a first plurality of LEDs coupled in series, wherein a current supplied to the first LED string causes a light emission from the LED based illumination device with a first Correlated Color Temperature, CCT; a second LED string comprising a second plurality of LEDs coupled in series, wherein the current supplied to the second LED string causes a light emission from the LED based illumination device with a second CCT; characterized in that the device further comprises a current router comprising, a first node for coupling to a current source , the current router adapted for receiving on the first node a current signal having a property from a group consisting of switching frequency and duty cycle generated by the current source , a second node coupled to the first LED string, a third node coupled to the second LED string, the current router adapted for selectively routing a first portion of the current signal to the first LED string over the second node and a second portion of the current signal to the second LED string over the third node based on the property of the current signal being from the group consisting of switching frequency and duty cycle, wherein the current router changes a first current supplied to the first LED string relative to a second current supplied to the second LED string based on the property of the current signal . a first LED string comprising a first plurality of LEDs coupled in series, wherein a current supplied to the first LED string causes a light emission from the LED based illumination device with a first Correlated Color Temperature, CCT; a second LED string comprising a second plurality of LEDs coupled in series, wherein the current supplied to the second LED string causes a light emission from the LED based illumination device with a second CCT; characterized in that the device further comprises a current router comprising, a first node for coupling to a current source , the current router adapted for receiving on the first node a current signal having a property from a group consisting of switching frequency and duty cycle generated by the current source , a second node coupled to the first LED string, a third node coupled to the second LED string, the current router adapted for selectively routing a first portion of the current signal to the first LED string over the second node and a second portion of the current signal to the second LED string over the third node based on the property of the current signal being from the group consisting of switching frequency and duty cycle, wherein the current router changes a first current supplied to the first LED string relative to a second current supplied to the second LED string based on the property of the current signal .
A sensing/stimulation microlead for implantation into a target vessel, in particular a vessel of the coronary network (22-28), for stimulation of a ventricle, said microlead having a distal active portion formed by a microcable having a diameter of at most 2 French (0.66 mm), said microcable being electrically conductive and being coated with an insulating layer comprising, along the active portion and at a distance from the distal end of the microlead, one or more exposed zones forming stimulation electrode(s) and intended to come into contact with a wall of the target vessel, said microlead comprising: - a stimulation zone (ZS) at the distal end of the microcable in a region comprising the electrodes ; and - a restraint zone (ZR) comprising restraining means suitable for resting against the wall of the target vessel, said microlead further comprising: - an elongation zone (ZEL) located in proximal position with respect to the retention zone at a distance therefrom of between 5 and 150 mm and defined by a shaped portion of the microlead adapted to render it elastically deformable longitudinally under the effect of an axial tensile/compressive stress exerted on the microlead in its proximal portion with respect to the elongation zone, wherein the axial tensile/compressive stiffness of the expansion region is less than the axial tensile/compressive stiffness of the retention and stimulation regions; the microlead is configured such that the axial loads applied to the proximal part of the probe between the extension zone and a connector attached to the proximal end of the probe are absorbed by a deformation of the extension zone; the microlead configured so that this deformation of the strain zone takes place without displacement of the retention and stimulation zones, consequently without correlative change in the positioning of the electrodes; and - the microlead being characterised in that it also comprises a microcatheter having a diameter of at most 2 French (0.66 mm) from which the distal part of the microcable protrudes, and - the elongation zone (ZEL) is defined by a first preform of the microcatheter. - a stimulation zone (ZS) at the distal end of the microcable in a region comprising the electrodes ; and - a restraint zone (ZR) comprising restraining means suitable for resting against the wall of the target vessel, - an elongation zone (ZEL) located in proximal position with respect to the retention zone at a distance therefrom of between 5 and 150 mm and defined by a shaped portion of the microlead adapted to render it elastically deformable longitudinally under the effect of an axial tensile/compressive stress exerted on the microlead in its proximal portion with respect to the elongation zone, wherein the axial tensile/compressive stiffness of the expansion region is less than the axial tensile/compressive stiffness of the retention and stimulation regions; - the microlead being characterised in that it also comprises a microcatheter having a diameter of at most 2 French (0.66 mm) from which the distal part of the microcable protrudes, and - the elongation zone (ZEL) is defined by a first preform of the microcatheter.
A processing system comprising an input device, a processing device and a display, the processing system comprising: an input device comprising one or more pressure sensors operable to sense pressure inputs from a user; a processing unit operable to identify an imminent dropping of the input device from measurements obtained by the pressure sensors; and characterized by : a warning unit operable to provide a warning to a user when the processing unit identifies an imminent drop, wherein the warning unit causes a warning to be shown when one or more criteria are met, the criteria being selected from the list consisting of: i. when pressure inputs change by at least a threshold amount; and ii. when pressure inputs change at a rate greater than a threshold amount. an input device comprising one or more pressure sensors operable to sense pressure inputs from a user; a processing unit operable to identify an imminent dropping of the input device from measurements obtained by the pressure sensors; and i. when pressure inputs change by at least a threshold amount; and ii. when pressure inputs change at a rate greater than a threshold amount.
Lid , in particular for a hybrid pressure cooker , comprising at least one arched lid piece for an attachable rotary knob or grip with a safety and/or pressure valve and at least one seal , wherein the lid consists of plastic, characterized in that the lid comprises a circumferential edge reinforcement with a right-angle bend oriented in the direction towards the hybrid pressure cooker , and on the bottom side, a circumferential second edge radially offset towards the interior, the seal comprising a pocket embodied for the edge and the right-angle bend .
A paper-sheet-feeding/conveying roller having a shaft , and a bi-layer roller material which is formed of an inner layer provided on the shaft and an outer layer , wherein the inner layer provided on the shaft is a foamed elastic layer ; the outer layer provided on the foamed elastic layer is a non-foamed elastic layer ; and the foamed elastic layer is formed of a foamed elastic body of silicone-modified EPDM; characterized in that the non-foamed elastic layer contains EPDM; the amount of the silicon compound used in the silicone-modified EPDM of the foamed elastic body of the foamed elastic layer is 0.1 parts to 100 parts, with respect to 100 parts by weight of EPDM; and the foamed elastic layer and the non-foamed elastic layer are bonded together without the use of an adhesive. the inner layer provided on the shaft is a foamed elastic layer ; the outer layer provided on the foamed elastic layer is a non-foamed elastic layer ; and the foamed elastic layer is formed of a foamed elastic body of silicone-modified EPDM; characterized in that the non-foamed elastic layer contains EPDM; the amount of the silicon compound used in the silicone-modified EPDM of the foamed elastic body of the foamed elastic layer is 0.1 parts to 100 parts, with respect to 100 parts by weight of EPDM; and the foamed elastic layer and the non-foamed elastic layer are bonded together without the use of an adhesive.