mhurhangee/patent-ind-claim-en huggingface dataset:
A loose component supply device comprising: a loose component support section that is configured to support multiple of the same type of components in a loose state; an imaging device that is configured to image the multiple components in the loose state supported on the loose component support section ; a component holding head provided with at least one component holding tool capable of picking up and holding each of the multiple components in the loose state supported on the loose component support section ; a holding head moving device that is configured to move the component holding head at least to and from the loose component support section and a component transfer section at which transfer to a next process is possible; and a holding tool changing device that is configured to change at least one of the one component holding tools by acquiring the orientation of each of the multiple components based on image data obtained by the imaging of the imaging device , and exchanging the component holding tool based on the size and shape of the upwards facing surface of each of the multiple components , the loose component supply device being configured to pick up each of the multiple components in the loose state supported on the loose component support section and to arrange the multiple components in a predetermined orientation on the component transfer section . a loose component support section that is configured to support multiple of the same type of components in a loose state; an imaging device that is configured to image the multiple components in the loose state supported on the loose component support section ; a component holding head provided with at least one component holding tool capable of picking up and holding each of the multiple components in the loose state supported on the loose component support section ; a holding head moving device that is configured to move the component holding head at least to and from the loose component support section and a component transfer section at which transfer to a next process is possible; and a holding tool changing device that is configured to change at least one of the one component holding tools by acquiring the orientation of each of the multiple components based on image data obtained by the imaging of the imaging device , and exchanging the component holding tool based on the size and shape of the upwards facing surface of each of the multiple components , the loose component supply device being configured to pick up each of the multiple components in the loose state supported on the loose component support section and to arrange the multiple components in a predetermined orientation on the component transfer section .
A method for preventing malicious content from reaching a destination computer , the method comprising: receiving a plurality of data packets at an analysis computer that were forwarded by a firewall , wherein the plurality of data packets except for at least one data packet of the plurality of data packets are sent to the destination computer ; executing instructions included in the plurality of data packets received at the analysis computer ; observing one or more actions that are performed when the instructions included in the plurality of data packets received at the analysis computer are executed; identifying that the one or more observed actions include de-obfuscating instructions in the plurality of data packets received at the analysis computer that, when executed, would access inappropriate information or write to a sensitive data storage location; and identifying the plurality of data packets received at the analysis computer includes malware based on the identification of the instructions that would access the inappropriate information or write to the sensitive data storage location, wherein a connection associated with the at least one data packet not sent to the destination computer is then dropped by the firewall as a result of the malware being identified as present in the plurality of data packets received at the analysis computer . receiving a plurality of data packets at an analysis computer that were forwarded by a firewall , wherein the plurality of data packets except for at least one data packet of the plurality of data packets are sent to the destination computer ; executing instructions included in the plurality of data packets received at the analysis computer ; observing one or more actions that are performed when the instructions included in the plurality of data packets received at the analysis computer are executed; identifying that the one or more observed actions include de-obfuscating instructions in the plurality of data packets received at the analysis computer that, when executed, would access inappropriate information or write to a sensitive data storage location; and identifying the plurality of data packets received at the analysis computer includes malware based on the identification of the instructions that would access the inappropriate information or write to the sensitive data storage location, wherein a connection associated with the at least one data packet not sent to the destination computer is then dropped by the firewall as a result of the malware being identified as present in the plurality of data packets received at the analysis computer .
A bottle cap for attaching to the opening of a bottle , having a hollow tube , which extends into the interior of the bottle , having a drinking opening , which is connected to the hollow tube , having a drinking area , wherein the drinking opening is provided in the drinking area , comprising multiple small openings in the drinking area , which have a smaller diameter than the drinking opening , a liquid reservoir in the bottle cap , which is connected in a fluid-tight manner with the small openings , a dispensing device, characterized in that a) when activated the dispensing device dispenses a predefinable quantity of the liquid from the liquid reservoir via the small openings and b) the multiple small openings are configured for atomizing the liquid. a) when activated the dispensing device dispenses a predefinable quantity of the liquid from the liquid reservoir via the small openings and b) the multiple small openings are configured for atomizing the liquid.
An anonymizing method for a database system, comprising the steps of: receiving a query ; characterized by: identifying one or more attack components in the query ; computing one or more noise elements from the one or more attack components ; and at least one of: computing fixed noise from the one or more noise elements and perturbing an answer of the query with the fixed noise ; and computing a fixed threshold from the one or more noise elements and suppressing an answer to the query if said fixed threshold is not met or exceeded. identifying one or more attack components in the query ; computing one or more noise elements from the one or more attack components ; and at least one of: computing fixed noise from the one or more noise elements and perturbing an answer of the query with the fixed noise ; and computing a fixed threshold from the one or more noise elements and suppressing an answer to the query if said fixed threshold is not met or exceeded. computing fixed noise from the one or more noise elements and perturbing an answer of the query with the fixed noise ; and computing a fixed threshold from the one or more noise elements and suppressing an answer to the query if said fixed threshold is not met or exceeded.
A heat exchanger for combi boilers comprising at least one body which is in the form of a hollow cylinder consisting of two parts; at least one tube with a spiral structure arranged inside the body ; at least one front cover arranged so to cover an opening provided on a flat surface of the body ; a burner arranged on the front cover ; at least one discharge opening provided on the cylindrical surface of the body to allow a gas exiting the burner to circulate around the tube , travel through the cylindrical surface of the body and exit the body ; at least one second chamber which has an inner space and is formed so as to cover the discharge opening ; at least one flue opening provided on the second chamber ; at least one arc shaped plate which partially covers the discharge opening to prevent the condensed liquid or rainwater entering through the flue opening from reaching the tube ; characterized in that said arc shaped plate is placed over the discharge opening so that two symmetrical spaces are formed on opposite sides of the plate and that the gas in the body is allowed to pass into the second chamber in a balanced manner. the form of a hollow cylinder consisting of two parts; at least one tube with a spiral structure arranged inside the body ; at least one front cover arranged so to cover an opening provided on a flat surface of the body ; a burner arranged on the front cover ; at least one discharge opening provided on the cylindrical surface of the body to allow a gas exiting the burner to circulate around the tube , travel through the cylindrical surface of the body and exit the body ; at least one second chamber which has an inner space and is formed so as to cover the discharge opening ; at least one flue opening provided on the second chamber ; at least one arc shaped plate which partially covers the discharge opening to prevent the condensed liquid or rainwater entering through the flue opening from reaching the tube ; characterized in that said arc shaped plate is placed over the discharge opening so that two symmetrical spaces are formed on opposite sides of the plate and that the gas in the body is allowed to pass into the second chamber in a balanced manner.
A heated aerostructure, comprising: a composite structure, comprising: a reinforced thermoplastic upper layer; a reinforced thermoplastic lower layer; a reinforced thermoplastic heater layer, comprising: a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a controller connected with a sensor and an electrical power source for controlling the power provided to the first electrode; wherein the first electrode and the conductive non-metallic fibers are connected such that electric power applied to the first electrode is conducted to the electrically conductive non-metallic fibers to provide resistive heating sufficient to heat the composite structure to impede the formation of ice on the composite structure, the composite structure optionally comprising a nacelle or an airfoil. a composite structure, comprising: a reinforced thermoplastic upper layer; a reinforced thermoplastic lower layer; a reinforced thermoplastic heater layer, comprising: a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a reinforced thermoplastic upper layer; a reinforced thermoplastic lower layer; a reinforced thermoplastic heater layer, comprising: a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a plurality of electrically conductive non-metallic fibers; a first electrode electrically connected with the conductive non-metallic fibers; and a second electrode electrically connected with the conductive non-metallic fibers, so that the conductive non-metallic fibers provide an electrical pathway between the first electrode and the second electrode; a controller connected with a sensor and an electrical power source for controlling the power provided to the first electrode; wherein the first electrode and the conductive non-metallic fibers are connected such that electric power applied to the first electrode is conducted to the electrically conductive non-metallic fibers to provide resistive heating sufficient to heat the composite structure to impede the formation of ice on the composite structure, the composite structure optionally comprising a nacelle or an airfoil.
A method for providing the ability via gaze input to snap-to and then activate interactable elements on a display of a computing device, the method comprising: determining, with at least an eye tracking device, a location of the user's gaze on the display; causing, with the one or more processors, a gaze indicator shape to be displayed at the location of the user's gaze; causing, with the one or more processors, a primary indicator to be displayed on the display upon the user nearing an interactable element with the gaze indicator shape , and locating the gaze indicator shape at least partially over the interactable element , whereby the primary indicator indicates that the interactable element intends to activate should the user's gaze remain in that location; and causing, with the one or more processors, a secondary indicator to appear on the interactable element , wherein the secondary indicator informs the user that the interactable element will be activated if the location of the gaze indicator shape remains on the interactable element . determining, with at least an eye tracking device, a location of the user's gaze on the display; causing, with the one or more processors, a gaze indicator shape to be displayed at the location of the user's gaze; causing, with the one or more processors, a primary indicator to be displayed on the display upon the user nearing an interactable element with the gaze indicator shape , and locating the gaze indicator shape at least partially over the interactable element , whereby the primary indicator indicates that the interactable element intends to activate should the user's gaze remain in that location; and causing, with the one or more processors, a secondary indicator to appear on the interactable element , wherein the secondary indicator informs the user that the interactable element will be activated if the location of the gaze indicator shape remains on the interactable element .
A building management system , the system comprising: a control panel comprising one or more inductive power transmitters ; and one or more input-output blocks for providing connectivity between the control panel and distributed devices of the building management system , the one or more input-output blocks comprising inductive power receivers for receiving power from the one or more inductive power transmitters of the control panel and interfaces for communicating with the distributed devices , wherein the one or more input-output blocks are arranged to relay signals and/or data between the control panel and the distributed devices via the interfaces. a control panel comprising one or more inductive power transmitters ; and one or more input-output blocks for providing connectivity between the control panel and distributed devices of the building management system , the one or more input-output blocks comprising inductive power receivers for receiving power from the one or more inductive power transmitters of the control panel and interfaces for communicating with the distributed devices , wherein the one or more input-output blocks are arranged to relay signals and/or data between the control panel and the distributed devices via the interfaces.
A method implemented by a processor of a computing device for generating an output match action table or output match action table template from an input match action table template, where the input match action table template is transformed through successive updates of symbolic actions using policy rules into the output match action table or output match action table template, wherein the symbolic actions are abstractions or references, the output match action table being for use by network devices in protocol data unit forwarding for a software defined network, the method comprising: selecting a first match action table row from the input match action table template; selecting a first action field from the first match action table row; checking whether the first action field includes a first symbolic action; looking up the first symbolic action to determine whether a first policy rule is applicable for the first symbolic action, the policy rule defining a more specific action to replace the symbolic action; and if so: writing a first action into a corresponding action field of a corresponding match action table row in the output match action table template or the output match action table to replace the first symbolic action with the first action as specified by the first policy rule, the first action being an executable action that can be implemented by the network device in protocol data unit forwarding. selecting a first match action table row from the input match action table template; selecting a first action field from the first match action table row; checking whether the first action field includes a first symbolic action; looking up the first symbolic action to determine whether a first policy rule is applicable for the first symbolic action, the policy rule defining a more specific action to replace the symbolic action; and if so: writing a first action into a corresponding action field of a corresponding match action table row in the output match action table template or the output match action table to replace the first symbolic action with the first action as specified by the first policy rule, the first action being an executable action that can be implemented by the network device in protocol data unit forwarding.
A biopsy needle assembly configured to collect histological samples via a surgical visualization device, the assembly comprising: an elongate notched needle cannula including a distal notch open to a longitudinal needle cannula lumen extending through the needle cannula; and an elongate sheath ; where the sheath comprises a longitudinal sheath lumen through which the notched needle cannula is slidably disposed; where the sheath includes a generally cylindrical body defining the sheath lumen, the body including: a coiled coated-wire tube extending proximally from a distal body end; a sheath overcoating around the coiled coated-wire tube; and where the coiled coated-wire tube and the needle cannula each has a substantially consistent outer diameter along its entire length: characterized in that the sheath overcoating is thicker along a distal sheath length than along a smaller outer diameter proximal sheath length such that the distal sheath length has a larger outer diameter than the outer diameter of the proximal sheath length. an elongate notched needle cannula including a distal notch open to a longitudinal needle cannula lumen extending through the needle cannula; and an elongate sheath ; where the sheath comprises a longitudinal sheath lumen through which the notched needle cannula is slidably disposed; where the sheath includes a generally cylindrical body defining the sheath lumen, the body including: a coiled coated-wire tube extending proximally from a distal body end; a sheath overcoating around the coiled coated-wire tube; and a coiled coated-wire tube extending proximally from a distal body end; a sheath overcoating around the coiled coated-wire tube; and where the coiled coated-wire tube and the needle cannula each has a substantially consistent outer diameter along its entire length: characterized in that the sheath overcoating is thicker along a distal sheath length than along a smaller outer diameter proximal sheath length such that the distal sheath length has a larger outer diameter than the outer diameter of the proximal sheath length.
An automobile having a windshield touch and clean system for spot cleaning a windshield of the automobile, the automobile comprising: a plurality of wheels; an engine connected to the plurality of wheels for propelling the automobile forward; a steering wheel connected to at least one of the plurality of wheels for guiding a direction of the automobile; the windshield for protecting a driver of the automobile from projectiles; the windshield touch and clean system positioned outside of the automobile below the windshield and having a cleaning head for washing dirt off the windshield, the cleaning head being operated with (a) two extension members rotatable about articulating joints , or (b) a gantry system wherein a horizontal member rides within tracks up and down the windshield and the cleaning head moves left and right on the horizontal member, characterized by a touch screen displaying a visual depiction of the windshield and the touch screen being connected to a computer which controls the cleaning head . a plurality of wheels; an engine connected to the plurality of wheels for propelling the automobile forward; a steering wheel connected to at least one of the plurality of wheels for guiding a direction of the automobile; the windshield for protecting a driver of the automobile from projectiles; the windshield touch and clean system positioned outside of the automobile below the windshield and having a cleaning head for washing dirt off the windshield, the cleaning head being operated with (a) two extension members rotatable about articulating joints , or (b) a gantry system wherein a horizontal member rides within tracks up and down the windshield and the cleaning head moves left and right on the horizontal member, (a) two extension members rotatable about articulating joints , or (b) a gantry system wherein a horizontal member rides within tracks up and down the windshield and the cleaning head moves left and right on the horizontal member, characterized by a touch screen displaying a visual depiction of the windshield and the touch screen being connected to a computer which controls the cleaning head .
A Near Field Communication (NFC)-enabled device comprising: a demodulator configured to extract a polling command from a polling signal received from a NFC device , the polling command including one or more characteristic; and a memory configured to store a list of a plurality of NFC targets; and a processor configured to search the list to select a first NFC target from among the plurality of NFC targets that first matches the one or more characteristic included in the polling command; wherein the one or more characteristic comprises an identity restriction on which a NFC target emulated on the NFC-enabled device is selected. a demodulator configured to extract a polling command from a polling signal received from a NFC device , the polling command including one or more characteristic; and a memory configured to store a list of a plurality of NFC targets; and a processor configured to search the list to select a first NFC target from among the plurality of NFC targets that first matches the one or more characteristic included in the polling command; wherein the one or more characteristic comprises an identity restriction on which a NFC target emulated on the NFC-enabled device is selected.