mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing an elastomeric article having at least one layer, comprising dipping a form at least once into an aqueous dispersion comprising 1) at least one styrenic block copolymer comprising styrene-block-ethylene-co-butylene-block-styrene (SEBS), 2) an aqueous carrier medium and 3) at least one plasticizer; removing the form from the aqueous dispersion to dry; and removing the dried elastomeric article from the form, wherein said article has a modulus of less than 1.2 MPa at 500% extension, and the at least one plasticizer is present in an amount of 100 to 300 parts per hundred of rubber (phr) in the elastomeric article.
A filling apparatus for filling cavities of a rotary press, comprising a filling material reservoir and a filling chamber , which is connected to the filling material reservoir , with a filling opening, from which filling material can enter the cavities of the rotary press, wherein a first rotationally driven stirrer blade wheel with stirrer blades and a second rotationally driven stirrer blade wheel with stirrer blades are arranged one above the other in the filling chamber , characterized in that the first stirrer blade wheel and the second stirrer blade wheel are rotationally driven by concentric rotary shafts, wherein the first and second stirrer blade wheels differ with regard to their direction of rotation and/or their rotational speed.
Motor-compressor unit comprising, housed in a single casing , a compressor and a motor , further comprising, inside said casing , a washing apparatus connectable to an external source of a washing agent for selectively washing specific areas of said motor-compressor unit ; the washing apparatus comprising: - at least a washing device for selectively washing a specific area of said unit ; - at least a delivery duct (81, 82, 83, 84, 85, 86, 87, 88, 89 90) 90) for delivering a washing agent to an area of said unit to be washed; and - at least a spray nozzle hydraulically connected to the end of a respective delivery duct facing the area to be washed; the spray nozzle being completely contained inside the casing ; characterized in that said motor compressor unit further comprises a shaft to which said compressor and said motor are coupled and one or more auxiliary bearings associated with one or more magnetic bearings for supporting said shaft, and in that said washing apparatus comprises one dedicated washing device for washing each of said auxiliary bearings . the washing apparatus comprising: - at least a washing device for selectively washing a specific area of said unit ; - at least a delivery duct (81, 82, 83, 84, 85, 86, 87, 88, 89 90) 90) for delivering a washing agent to an area of said unit to be washed; and - at least a spray nozzle hydraulically connected to the end of a respective delivery duct facing the area to be washed; - at least a washing device for selectively washing a specific area of said unit ; - at least a delivery duct (81, 82, 83, 84, 85, 86, 87, 88, 89 90) 90) for delivering a washing agent to an area of said unit to be washed; and - at least a spray nozzle hydraulically connected to the end of a respective delivery duct facing the area to be washed; the spray nozzle being completely contained inside the casing ; characterized in that
A physiological characteristic sensor device comprising: a base substrate having an exterior surface and an interior surface opposing the exterior surface; a conductive circuit pattern formed overlying the interior surface of the base substrate; a physiological characteristic sensor element located on the exterior surface of the base substrate, the physiological characteristic sensor element comprising sensor electrodes; conductive plug elements located in vias formed through the base substrate, each conductive plug element having a first end electrically coupled to one of the sensor electrodes, and having a second end electrically coupled to the conductive circuit pattern, the vias and the conductive plug elements being configured to employ a counterbore methodology to provide mechanical support for an insertion needle for deploying the physiological characteristic sensor element in a user; a multilayer component stack carried on the base substrate and connected to the conductive circuit pattern, the multilayer component stack comprising features and components to provide processing and wireless communication functionality for sensor data obtained in association with operation of the physiological characteristic sensor device; and an enclosure structure coupled to the base substrate to enclose the interior surface of the base substrate, the conductive circuit pattern, and the multilayer component stack. a base substrate having an exterior surface and an interior surface opposing the exterior surface; a conductive circuit pattern formed overlying the interior surface of the base substrate; a physiological characteristic sensor element located on the exterior surface of the base substrate, the physiological characteristic sensor element comprising sensor electrodes; conductive plug elements located in vias formed through the base substrate, each conductive plug element having a first end electrically coupled to one of the sensor electrodes, and having a second end electrically coupled to the conductive circuit pattern, the vias and the conductive plug elements being configured to employ a counterbore methodology to provide mechanical support for an insertion needle for deploying the physiological characteristic sensor element in a user; a multilayer component stack carried on the base substrate and connected to the conductive circuit pattern, the multilayer component stack comprising features and components to provide processing and wireless communication functionality for sensor data obtained in association with operation of the physiological characteristic sensor device; and an enclosure structure coupled to the base substrate to enclose the interior surface of the base substrate, the conductive circuit pattern, and the multilayer component stack.
Brake unit for a hydraulic motor vehicle brake system, with a housing , at least one pressure chamber which is arranged in the housing , the pressure chamber being delimited by way of at least one cylinder piston which can be displaced in the axial direction, it being possible for the cylinder piston to be actuated mechanically with an actuating force (Fb) by way of an actuating rod unit which comprises an actuating rod , the actuating rod unit being attached to the cylinder piston by way of a latching connection, the latching connection being brought about by way of an axial relative displacement between the actuating rod unit and the cylinder piston , characterized in that a separate holding part is attached to a cylinder piston-side end of the actuating rod , which separate holding part is provided for the transmission of force from the actuating rod into the cylinder piston in both axial directions, and the cylinder piston being supported axially against the housing by way of the holding part in its non-actuated starting position.
A bicycle and bicycle frame stand, comprising a first leg element , a second leg element comprising an angle of ≤90° relative to the first leg element, wherein the first leg element comprises a bicycle receiving element for a bicycle component of an assembled bicycle, and wherein the second leg element comprises a frame receiving element for a bicycle frame component, characterized in that the frame receiving element is adapted for connection to at least one of the two dropouts of the bicycle frame .
A method for implementing resource attribute notification, characterized by comprising: receiving, by a local common service entity, CSE, a resource update request from an application entity, AE, wherein the resource update request contains an original resource address parameter and a parameter of an attribute able to be notified (S10); and finding, by the local CSE, a corresponding original resource and an attribute thereof created locally according to the original resource address parameter, and when it is judged by the local CSE that the parameter of an attribute able to be notified contains an attribute name of an attribute able to be notified, and the original resource has been notified to a remote CSE, but the original resource has not been created "an attribute that has been notified", sending, by the local CSE, the resource update request to the remote CSE, carrying a notification resource address corresponding to the original resource on the remote CSE, the attribute name of the attribute able to be notified, and an attribute value stored locally (S20). receiving, by a local common service entity, CSE, a resource update request from an application entity, AE, wherein the resource update request contains an original resource address parameter and a parameter of an attribute able to be notified (S10); and finding, by the local CSE, a corresponding original resource and an attribute thereof created locally according to the original resource address parameter, and when it is judged by the local CSE that the parameter of an attribute able to be notified contains an attribute name of an attribute able to be notified, and the original resource has been notified to a remote CSE, but the original resource has not been created "an attribute that has been notified", sending, by the local CSE, the resource update request to the remote CSE, carrying a notification resource address corresponding to the original resource on the remote CSE, the attribute name of the attribute able to be notified, and an attribute value stored locally (S20).
A bandwidth limited user equipment device in a connected mode of operation with a base station of a wireless telecommunication network , the base station operable to schedule the transmission of unicast and broadcast messages using a low complexity physical downlink control channel, wherein the device is configured to: monitor the low complexity physical downlink control channel common search space, and at the bandwidth limited user equipment device to decode broadcast messages in selected subframes of the low complexity physical downlink control channel to obtain broadcast related information, characterised in that : the selected subframes are broadcast subframes that are paging occasions for the bandwidth limited user equipment device. monitor the low complexity physical downlink control channel common search space, and at the bandwidth limited user equipment device to decode broadcast messages in selected subframes of the low complexity physical downlink control channel to obtain broadcast related information, characterised in that : the selected subframes are broadcast subframes that are paging occasions for the bandwidth limited user equipment device.
A device for retrieving an object from a lumen defined by a lumen wall, the device comprising: a sheath configured to fit within the lumen, the sheath having a proximal end and a distal end ; and a snare slidably disposed within the sheath, the snare having a shaft with a longitudinal axis, a proximal end and a distal end and a plurality of loop elements in connection with the distal end of the shaft, wherein each of the plurality of loop element has a proximal portion and a distal portion, wherein the plurality of loop elements has a collapsed configuration within the sheath and at least one deployed configuration outside the sheath, wherein the plurality of loop elements are configured to be deployed through an opening at the distal end of the sheath, wherein the at least one deployed configuration includes a fully deployed configuration in which the plurality of loop elements are deployed such that the distal portions of the loop elements are arranged in a substantially continuous, circumferential, planar configuration, wherein the loop elements are arranged in a substantially elliptical or oval configuration that is transverse to the longitudinal axis; and wherein the most distal part of the device is formed by the loop elements when the loop elements are deployed in a fully deployed configuration.. a sheath configured to fit within the lumen, the sheath having a proximal end and a distal end ; and a snare slidably disposed within the sheath, the snare having a shaft with a longitudinal axis, a proximal end and a distal end and a plurality of loop elements in connection with the distal end of the shaft, wherein each of the plurality of loop element has a proximal portion and a distal portion, wherein the plurality of loop elements has a collapsed configuration within the sheath and at least one deployed configuration outside the sheath, wherein the plurality of loop elements are configured to be deployed through an opening at the distal end of the sheath, wherein the at least one deployed configuration includes a fully deployed configuration in which the plurality of loop elements are deployed such that the distal portions of the loop elements are arranged in a substantially continuous, circumferential, planar configuration, wherein the loop elements are arranged in a substantially elliptical or oval configuration that is transverse to the longitudinal axis; and wherein the most distal part of the device is formed by the loop elements when the loop elements are deployed in a fully deployed configuration..
Modular battery assembly system for installation into a battery structural space of a motor vehicle body of a motor vehicle , wherein the battery structural space is designed for the installation or the mounting of different battery assemblies , having - a first battery assembly of a high battery power level, with a battery housing which substantially completely fills the battery structural space , and - at least one second battery assembly of a relatively low battery power level, - wherein the second battery assembly has a battery housing in which a number of battery modules are accommodated, - wherein the battery housing has a smaller dimension along a vehicle longitudinal direction (X) than the battery structural space , so that a clearance is formed in the battery structural space , - wherein a shear panel element is inserted into the clearance , and - wherein the shear panel element areally bridges and mechanically reinforces the clearance in the vehicle longitudinal direction (X) and in the vehicle transverse direction (Y). - a first battery assembly of a high battery power level, with a battery housing which substantially completely fills the battery structural space , and - at least one second battery assembly of a relatively low battery power level, - wherein the second battery assembly has a battery housing in which a number of battery modules are accommodated, - wherein the battery housing has a smaller dimension along a vehicle longitudinal direction (X) than the battery structural space , so that a clearance is formed in the battery structural space , - wherein a shear panel element is inserted into the clearance , and - wherein the shear panel element areally bridges and mechanically reinforces the clearance in the vehicle longitudinal direction (X) and in the vehicle transverse direction (Y).
An adhesive composition comprising: a linear triblock copolymer present at greater than or equal to 30 total weight percent comprising high glass transition temperature subunits Y and Y', each of the subunits Y and Y' having a high glass transition temperature of from 70°C to 130°C with a low glass transition temperature subunit Z having a low glass transition temperature of from -100°C to 10°C intermediate between said high glass transition temperature acrylate subunits to define a poly(acrylate)-poly(butyl acrylate)-poly(acrylate) linear triblock copolymer having a structure Y-Z-Y'; a monomer curable under free radical conditions; a cross-linker; a free radical initiator of a hydroperoxide and/or perester; an acid chloride; and antioxidant inhibitor(s); wherein the linear triblock copolymer is dissolved in said cross-linker and said monomer. a linear triblock copolymer present at greater than or equal to 30 total weight percent comprising high glass transition temperature subunits Y and Y', each of the subunits Y and Y' having a high glass transition temperature of from 70°C to 130°C with a low glass transition temperature subunit Z having a low glass transition temperature of from -100°C to 10°C intermediate between said high glass transition temperature acrylate subunits to define a poly(acrylate)-poly(butyl acrylate)-poly(acrylate) linear triblock copolymer having a structure Y-Z-Y'; a monomer curable under free radical conditions; a cross-linker; a free radical initiator of a hydroperoxide and/or perester; an acid chloride; and antioxidant inhibitor(s);
A process for the localized heat treatment of a steel sheet component formed of a hardenable ferrous alloy, comprising: providing the steel sheet component; projecting a laser beam onto the steel sheet component; providing relative movement between the laser beam and the steel sheet component for scanning a laser beam across a predetermined portion of the steel sheet component along a scan direction, the laser beam having a power selected to heat material within the predetermined portion to a temperature of austenitizing transformation between 800 °C and 950 °C; during scanning the laser beam across the predetermined portion, applying a source of external cooling to the material within the predetermined portion and immediately behind the laser beam along the scan direction of the laser beam, comprising using a cooling air jet generated by a vortex tube to achieve a rate of cooling of about 50 °C per second, so as to form a locally hardened region defined substantially within the predetermined portion; and subsequent to applying the source of external cooling, allowing the material within the predetermined portion of the steel sheet component to cool to ambient temperature. providing the steel sheet component; projecting a laser beam onto the steel sheet component; providing relative movement between the laser beam and the steel sheet component for scanning a laser beam across a predetermined portion of the steel sheet component along a scan direction, the laser beam having a power selected to heat material within the predetermined portion to a temperature of austenitizing transformation between 800 °C and 950 °C; during scanning the laser beam across the predetermined portion, applying a source of external cooling to the material within the predetermined portion and immediately behind the laser beam along the scan direction of the laser beam, comprising using a cooling air jet generated by a vortex tube to achieve a rate of cooling of about 50 °C per second, so as to form a locally hardened region defined substantially within the predetermined portion; and subsequent to applying the source of external cooling, allowing the material within the predetermined portion of the steel sheet component to cool to ambient temperature.
A process for preparing a self-dispersing pigment having an isoelectric point of at least about 8 comprising: (a) adding a dual functional compound with an acidic aluminum salt to form an aqueous solution, wherein the dual functional compound comprises: i. an anchoring group that attaches the dual-functional compound to the pigment surface, wherein the anchoring group is a carboxylic acid functional group, a di-carboxylic acid group, an oxoanion functional group, a 1,3-diketone, 3-ketoamide, derivative of 1,3-diketone, or derivative of 3-ketoamide, and ii a basic amine group comprising a primary, secondary or tertiary amine; (b) adding a base to the mixture from step (a) whereby the pH is raised to about 4 to about 9 to form a turbid solution; and (c) adding the mixture from step (b) to a slurry of inorganic particles whereby a hydrous alumina and the dual functional compound are deposited on the pigment surface, and wherein the inorganic particle is a titanium dioxide pigment. (a) adding a dual functional compound with an acidic aluminum salt to form an aqueous solution, wherein the dual functional compound comprises: i. an anchoring group that attaches the dual-functional compound to the pigment surface, wherein the anchoring group is a carboxylic acid functional group, a di-carboxylic acid group, an oxoanion functional group, a 1,3-diketone, 3-ketoamide, derivative of 1,3-diketone, or derivative of 3-ketoamide, and ii a basic amine group comprising a primary, secondary or tertiary amine; i. an anchoring group that attaches the dual-functional compound to the pigment surface, wherein the anchoring group is a carboxylic acid functional group, a di-carboxylic acid group, an oxoanion functional group, a 1,3-diketone, 3-ketoamide, derivative of 1,3-diketone, or derivative of 3-ketoamide, and ii a basic amine group comprising a primary, secondary or tertiary amine; (b) adding a base to the mixture from step (a) whereby the pH is raised to about 4 to about 9 to form a turbid solution; and (c) adding the mixture from step (b) to a slurry of inorganic particles whereby a hydrous alumina and the dual functional compound are deposited on the pigment surface, and wherein the inorganic particle is a titanium dioxide pigment.
A system for detecting a luminaire height, comprising: an infrared recording component configured to capture a plurality of infrared images; a depth recording component configured to capture a plurality of depth images; and a processing device configured to: identify a luminaire in at least one of the infrared images, wherein a bounding box relating to the identified luminaire is superimposed on a portion of the at least one infrared image from the plurality of infrared images; correlate the bounding box to at least one of the depth images; and determine the height of the identified luminaire based on the correlated bounding box and depth image. an infrared recording component configured to capture a plurality of infrared images; a depth recording component configured to capture a plurality of depth images; and a processing device configured to: identify a luminaire in at least one of the infrared images, wherein a bounding box relating to the identified luminaire is superimposed on a portion of the at least one infrared image from the plurality of infrared images; correlate the bounding box to at least one of the depth images; and determine the height of the identified luminaire based on the correlated bounding box and depth image. identify a luminaire in at least one of the infrared images, wherein a bounding box relating to the identified luminaire is superimposed on a portion of the at least one infrared image from the plurality of infrared images; correlate the bounding box to at least one of the depth images; and determine the height of the identified luminaire based on the correlated bounding box and depth image.
Method for storing and outputting energy, wherein electrical energy is reversibly stored in a storage system , wherein a first portion of the electrical energy is stored as potential energy and a second portion is stored chemically in a chemical storage of the storage system , characterized in that the storing and outputting of potential energy is performed at least temporarily by changing a position of the chemical storage relative to a gravitational field, wherein the chemical storage is raised relative to the gravitational field in order to store energy and is lowered relative to the gravitational field in order to output energy.