mhurhangee/patent-ind-claim-en huggingface dataset:
A printing apparatus, comprising: a printer unit ; a display unit configured to display a screen including a code image to be read by an external apparatus; configuration means for using a plurality of screen components to configure the screen displayed by said display unit; setting means for setting either of a first setting for displaying a screen in accordance with standard color information, and a second setting for displaying a screen in accordance with reversed standard color information; and processing means for performing color reversal processing of screen components of the screen displayed by said display unit in a case where the second setting is set by said setting means, wherein said processing means is adapted to perform the color reversal processing for the screen components other than the code image,, if the second setting is set by said setting means. a printer unit ; a display unit configured to display a screen including a code image to be read by an external apparatus; configuration means for using a plurality of screen components to configure the screen displayed by said display unit; setting means for setting either of a first setting for displaying a screen in accordance with standard color information, and a second setting for displaying a screen in accordance with reversed standard color information; and processing means for performing color reversal processing of screen components of the screen displayed by said display unit in a case where the second setting is set by said setting means, wherein said processing means is adapted to perform the color reversal processing for the screen components other than the code image,, if the second setting is set by said setting means.
A leadless pacemaker device configured to provide for an intra-cardiac pacing, the leadless pacemaker device comprising: a processing circuitry configured to generate ventricular pacing signals for stimulating ventricular, and a reception device for receiving a sensing signal indicative of an atrial activity, wherein the processing circuitry is configured to determine an atrial sense rate of atrial events (As) derived from said sensing signal, wherein in case an atrial sense rate is determined, the processing circuitry is further configured to - determine a ventricular pacing rate according to the atrial sense rate based on a calculated atrial-ventricular (AV) delay, - generating at least one ventricular pacing signal at the ventricular pacing rate, - determine a calculated ventricular-atrial delay (VA calc ) indicative of a time delay at which an atrial event (As) is predicted to occur following a prior ventricular event (Vs), - measure a true occurrence of a time delay (VA true ) at which an atrial event (As) occurs following a prior ventricular event (Vs) and determine a correction value (CV) based on a timing relation between VA true and the calculated ventricular-atrial delay (VA calc ) - adjust said ventricular pacing rate based on the correction value (CV). a processing circuitry configured to generate ventricular pacing signals for stimulating ventricular, and a reception device for receiving a sensing signal indicative of an atrial activity, wherein the processing circuitry is configured to determine an atrial sense rate of atrial events (As) derived from said sensing signal, wherein in case an atrial sense rate is determined, the processing circuitry is further configured to - determine a ventricular pacing rate according to the atrial sense rate based on a calculated atrial-ventricular (AV) delay, - generating at least one ventricular pacing signal at the ventricular pacing rate, - determine a calculated ventricular-atrial delay (VA calc ) indicative of a time delay at which an atrial event (As) is predicted to occur following a prior ventricular event (Vs), - measure a true occurrence of a time delay (VA true ) at which an atrial event (As) occurs following a prior ventricular event (Vs) and determine a correction value (CV) based on a timing relation between VA true and the calculated ventricular-atrial delay (VA calc ) - adjust said ventricular pacing rate based on the correction value (CV). - determine a ventricular pacing rate according to the atrial sense rate based on a calculated atrial-ventricular (AV) delay, - generating at least one ventricular pacing signal at the ventricular pacing rate, - determine a calculated ventricular-atrial delay (VA calc ) indicative of a time delay at which an atrial event (As) is predicted to occur following a prior ventricular event (Vs), - measure a true occurrence of a time delay (VA true ) at which an atrial event (As) occurs following a prior ventricular event (Vs) and determine a correction value (CV) based on a timing relation between VA true and the calculated ventricular-atrial delay (VA calc ) - adjust said ventricular pacing rate based on the correction value (CV).
A thermal management system, comprising a refrigerant system and a coolant system, a refrigerant of the refrigerant system and a coolant of the coolant system being isolated from each other; the refrigerant system comprising a compressor , a first heat exchanger and a throttling element , an outlet of the compressor being capable of communicating with a refrigerant inlet of the first heat exchanger ; the thermal management system further comprising a dual-channel heat exchanger , the dual-channel heat exchanger defining a refrigerant flow channel and a coolant flow channel, the throttling element being capable of communicating with an inlet of the compressor through the refrigerant flow channel of the dual-channel heat exchanger; the coolant system comprising a second heat exchanger and a third heat exchanger , the coolant flow channel of the dual-channel heat exchanger, a pump and a fourth heat exchanger , the fourth heat exchanger being disposed outside an air-conditioning box of a vehicle; characterized in that , in a heating mode of the thermal management system, the compressor is in communication with the throttling element through the first heat exchanger , the pump is turned on and the throttling element is opened, and the coolant flow channel of the dual-channel heat exchanger is in communication with the fourth heat exchanger and the pump ; and wherein in a first cooling mode of the thermal management system, the pump is turned on, at least one of the second heat exchanger and the third heat exchanger is in series communication with the pump and the fourth heat exchanger , and the fourth heat exchanger is disposed upstream of the second heat exchanger . the coolant system comprising a second heat exchanger and a third heat exchanger , the coolant flow channel of the dual-channel heat exchanger, a pump and a fourth heat exchanger , the fourth heat exchanger being disposed outside an air-conditioning box of a vehicle; characterized in that , in a heating mode of the thermal management system, the compressor is in communication with the throttling element through the first heat exchanger , the pump is turned on and the throttling element is opened, and the coolant flow channel of the dual-channel heat exchanger is in communication with the fourth heat exchanger and the pump ; and wherein in a first cooling mode of the thermal management system, the pump is turned on, at least one of the second heat exchanger and the third heat exchanger is in series communication with the pump and the fourth heat exchanger , and the fourth heat exchanger is disposed upstream of the second heat exchanger .
An apparatus for image viewing, comprising: an input port (IN) for receiving a view request in form of a specification of an image region in a previously acquired image of an object, said image region representing a feature of the object; a view preference retriever (VR) configured to return, in response to the request, a pre-stored view setting parameter associated with said object feature; a graphics display generator (G) configured to generate a graphics display that, when displayed on a screen, affords to a human user a view on the object feature as defined by the returned view setting parameter, characterized in that the view preference retriever (VR) operates to return said view setting parameter in dependence on a previous usage frequency of said view setting parameter for the object feature, and wherein the apparatus further comprises a usage logger (UL) configured to update the previous usage frequency for an updated usage frequency thereby accounting for the occurrence of the request for the view parameter setting. an input port (IN) for receiving a view request in form of a specification of an image region in a previously acquired image of an object, said image region representing a feature of the object; a view preference retriever (VR) configured to return, in response to the request, a pre-stored view setting parameter associated with said object feature; a graphics display generator (G) configured to generate a graphics display that, when displayed on a screen, affords to a human user a view on the object feature as defined by the returned view setting parameter, characterized in that the view preference retriever (VR) operates to return said view setting parameter in dependence on a previous usage frequency of said view setting parameter for the object feature, and wherein the apparatus further comprises a usage logger (UL) configured to update the previous usage frequency for an updated usage frequency thereby accounting for the occurrence of the request for the view parameter setting.
Resistance welding device, comprising two welding electrodes , arranged opposite one another and connected to a welding current source via a relevant power supply path, for welding weld metal that is to be arranged between the electrodes , it being possible to move at least one of the electrodes relative to the other electrode by means of an advancing means (12; 112) from an electrode distance position into a welding position in order to apply a force to weld metal between the electrodes and weld said weld metal in the process, the advancing means comprising a thrust element (20; 120), which is movably guided by means of a guide arrangement in order to move the movable electrode between the electrode distance position and the welding position, and a motor (16; 32), in particular an electric motor, which can be controlled by a controller, as the movement drive means for the thrust element (20; 120), and the movable electrode being fastened to the thrust element (20; 120), the thrust element (20; 120) being formed as a component that conducts welding current and being incorporated in the power supply path between the welding current source and the movable electrode , characterised in that the guide arrangement is also designed as a component that conducts welding current and is incorporated in the power supply path between the welding current source and the movable electrode, specifically between the welding current source and the thrust element.
A computer-implemented method for configuring firewalls (230, 250; 322, 324, 326) in a vehicle network that comprises a trusted network internal to a vehicle and an untrusted network external to the vehicle, wherein the trusted network comprises one or more functional domains for controlling functionalities of the vehicle, the computer-implemented method comprising: receiving , by at least one hardware processor, a software code of a network node connected to the trusted network; performing , by the at least one hardware processor, a dynamic analysis of the software code to identify connectivity of the network nodes in the vehicle network, wherein the performing the dynamic analysis comprises: turning off one or more firewalls in the vehicle network; and determining the connectivity paths by performing a packet sniffing; determining , by the at least one hardware processor, connectivity information of the network nodes in the vehicle network based on the analysis, wherein the connectivity information comprises at least one of Network Layer connectivity information, Transport Layer connectivity information, or Application Layer connectivity information; and configuring one or more firewalls in the vehicle network based on the connectivity information. receiving , by at least one hardware processor, a software code of a network node connected to the trusted network; performing , by the at least one hardware processor, a dynamic analysis of the software code to identify connectivity of the network nodes in the vehicle network, wherein the performing the dynamic analysis comprises: turning off one or more firewalls in the vehicle network; and determining the connectivity paths by performing a packet sniffing; determining , by the at least one hardware processor, connectivity information of the network nodes in the vehicle network based on the analysis, wherein the connectivity information comprises at least one of Network Layer connectivity information, Transport Layer connectivity information, or Application Layer connectivity information; and configuring one or more firewalls in the vehicle network based on the connectivity information. turning off one or more firewalls in the vehicle network; and determining the connectivity paths by performing a packet sniffing; determining , by the at least one hardware processor, connectivity information of the network nodes in the vehicle network based on the analysis, wherein the connectivity information comprises at least one of Network Layer connectivity information, Transport Layer connectivity information, or Application Layer connectivity information; and configuring one or more firewalls in the vehicle network based on the connectivity information.
A method for surfacing content on a client device, performed by one or more processors of a social-networking system, the method comprising: accessing, by one or more of the processors , social-networking information of a user from a data store of the social-networking system; receiving, from a client system of the user, a current location of the user; calculating, by one or more of the processors , a novelty score of the current location of the user, wherein the novelty score is inversely correlated to an estimate of a familiarity of the user with the current location , the estimated familiarity being based on the accessed social-networking information of the user; and providing for surfacing on the client device of a user one or more pieces of content (601-604, 608, 611-616) based at least in part on the novelty score; wherein a granularity of the one or more pieces of content (601-604, 608, 611-616) is inversely correlated with the novelty score for the current location , wherein the granularity is defined by a geographic radius from the current location and a temporal duration form a current time (T). accessing, by one or more of the processors , social-networking information of a user from a data store of the social-networking system; receiving, from a client system of the user, a current location of the user; calculating, by one or more of the processors , a novelty score of the current location of the user, wherein the novelty score is inversely correlated to an estimate of a familiarity of the user with the current location , the estimated familiarity being based on the accessed social-networking information of the user; and providing for surfacing on the client device of a user one or more pieces of content (601-604, 608, 611-616) based at least in part on the novelty score; wherein a granularity of the one or more pieces of content (601-604, 608, 611-616) is inversely correlated with the novelty score for the current location , wherein the granularity is defined by a geographic radius from the current location and a temporal duration form a current time (T).
An insulating liquid for an enclosure intended to enclose an inductive device comprising a winding surrounded by solid insulation , the insulating liquid comprising: - a first main component in the form of a first oil having an equilibrium resistivity of at least 10 13 ohm metres, wherein the first oil is a gas to liquid oil or a hydrocracked isoparaffinic oil, and at least one second auxiliary component in the form of a second oil or additive having a lower equilibrium resistivity causing the equilibrium resistivity of the insulating liquid, when in use in the enclosure, to be at least 10 11 ohm metres and at most half the value of the equilibrium resistivity of the first oil, wherein the equilibrium resistivity is determined as disclosed in the description. - a first main component in the form of a first oil having an equilibrium resistivity of at least 10 13 ohm metres, wherein the first oil is a gas to liquid oil or a hydrocracked isoparaffinic oil, and at least one second auxiliary component in the form of a second oil or additive having a lower equilibrium resistivity causing the equilibrium resistivity of the insulating liquid, when in use in the enclosure, to be at least 10 11 ohm metres and at most half the value of the equilibrium resistivity of the first oil, wherein the equilibrium resistivity is determined as disclosed in the description.
An apparatus , comprising: a pressure regulator fluidly coupled to an inlet region and an outlet region and configured to reduce a pressure from a first value in the inlet region to a second value in the outlet region, where the second value is lower than the first value; and a variable area orifice disposed between the outlet region and an outlet opening of the apparatus, wherein a flow rate of a gas is controlled by the variable area orifice and is discharged from the apparatus to a gas supply line, wherein a free area of the variable area orifice that is disposed between a movable element and a surface of the variable area orifice is configured to change linearly in response to a translation of the movable element relative to the surface. a pressure regulator fluidly coupled to an inlet region and an outlet region and configured to reduce a pressure from a first value in the inlet region to a second value in the outlet region, where the second value is lower than the first value; and a variable area orifice disposed between the outlet region and an outlet opening of the apparatus, wherein a flow rate of a gas is controlled by the variable area orifice and is discharged from the apparatus to a gas supply line, wherein a free area of the variable area orifice that is disposed between a movable element and a surface of the variable area orifice is configured to change linearly in response to a translation of the movable element relative to the surface.
A forwarding entry update method, wherein the method comprises: receiving a write operation packet, wherein the write operation packet comprises write operation information, the write operation information comprises write operation data and a write operation address, the write operation data is used to indicate a to-be-updated forwarding entry, and the write operation address is used to indicate an address to which the write operation data is to be written in a memory; obtaining the write operation information from the write operation packet; and writing the write operation data into the memory based on the write operation address in the write operation information. receiving a write operation packet, wherein the write operation packet comprises write operation information, the write operation information comprises write operation data and a write operation address, the write operation data is used to indicate a to-be-updated forwarding entry, and the write operation address is used to indicate an address to which the write operation data is to be written in a memory; obtaining the write operation information from the write operation packet; and writing the write operation data into the memory based on the write operation address in the write operation information.
A method comprising: acquiring data during rig operations wherein the rig operations comprise drilling operations that utilize a bit to drill rock and wherein the data comprise different types of data acquired during the drilling operations; analyzing the data utilizing a probabilistic mixture model, i.e. a probabilistic model that assumes that observed data points are generated from a mixture of a finite number of probabilistic distributions, for modes, representing operational states for the rig operations, a detection engine for outputting a probability of operational trends of the rig operations and a Bayesian network model for an inference based at least in part on at least one of a mode and a trend ; and outputting information as to the inference wherein the inference characterizes a relationship between the bit and the rock , wherein the inference comprises an inference selected from a group that comprises the bit being engaged with the rock at a bottom of a borehole and the bit having no interaction with the rock at the bottom of the borehole, wherein an initial on bottom instant is provided externally, wherein a measured distance to bottom is then computed, and transformed into complementary probabilities of being on and off bottom. acquiring data during rig operations wherein the rig operations comprise drilling operations that utilize a bit to drill rock and wherein the data comprise different types of data acquired during the drilling operations; analyzing the data utilizing a probabilistic mixture model, i.e. a probabilistic model that assumes that observed data points are generated from a mixture of a finite number of probabilistic distributions, for modes, representing operational states for the rig operations, a detection engine for outputting a probability of operational trends of the rig operations and a Bayesian network model for an inference based at least in part on at least one of a mode and a trend ; and outputting information as to the inference wherein the inference characterizes a relationship between the bit and the rock , wherein the inference comprises an inference selected from a group that comprises the bit being engaged with the rock at a bottom of a borehole and the bit having no interaction with the rock at the bottom of the borehole, wherein an initial on bottom instant is provided externally, wherein a measured distance to bottom is then computed, and transformed into complementary probabilities of being on and off bottom.
A sealed cobalt leaching device, comprising a base 1, wherein a top of the base 1 is provided with a first groove 5, a chemical solution holding tool 2 is provided above the base 1, a bottom of the chemical solution holding tool 2 is removably connected to the base 1, a holding through-hole 10 penetrating up and down is formed inside the chemical solution holding tool 2, a sealing cover 3 is provided above the chemical solution holding tool 2, a first circular groove 4 is formed downwards at the top of the base 1, the first groove 5 is provided at a bottom surface of the first circular groove 4, and the bottom of the chemical solution holding tool 2 is connected to the first circular groove 4 through a thread, a clamping groove, a hinge, or an external fixture.