mhurhangee/ep-ind-claims huggingface dataset:
A system for enabling at least one user to interact within a virtual world comprising virtual world data, comprising: a first user device operable by a first user and comprising a processor configured to process at least a portion of the virtual world data and comprising an environment-sensing system and a user-sensing system, wherein the first user device is operatively coupled to a computer network, wherein the environment-sensing system is configured to capture a local environment audio input, wherein the user-sensing system is configured to capture a voice input from the first user, wherein at least a first portion of the virtual world data is the local environment audio input, wherein at least a second portion of the virtual world data is the voice input from the first user, wherein the virtual world further comprises a visual rendering by the first user device; and wherein at least a portion of the virtual world changes in response to a change in first or second portion of the virtual world data. a first user device operable by a first user and comprising a processor configured to process at least a portion of the virtual world data and comprising an environment-sensing system and a user-sensing system, wherein the first user device is operatively coupled to a computer network, wherein the environment-sensing system is configured to capture a local environment audio input, wherein the user-sensing system is configured to capture a voice input from the first user, wherein at least a first portion of the virtual world data is the local environment audio input, wherein at least a second portion of the virtual world data is the voice input from the first user, wherein the virtual world further comprises a visual rendering by the first user device; and wherein at least a portion of the virtual world changes in response to a change in first or second portion of the virtual world data.
A safety system for an elevating machine having a base part and an elevating part that is mounted on the base part and can be elevated relative to the base part, wherein the safety system includes a plurality of sensor assemblies (20a-20f) for sensing at least one field associated with an electric current or voltage, wherein the sensor assemblies are configured to be mounted on different parts of the elevating machine, at least one data processor that is connected to receive sensor signals from the sensor assemblies, wherein the data processor is configured to obtain an analysis by analysing the sensor signals based on learned data relating to numerous patterns of sensor signals associated with the interaction between the elevating machine and at least one field associated with an electric current or voltage, wherein the data processor is configured to determine from the analysis the positional relationship between the elevating machine and a source of the sensed field.
A circular stapler comprising: a handle assembly; an elongate body extending from the handle assembly and defining a longitudinal axis; and a cartridge assembly disposed adjacent a distal end of the elongate body, the cartridge assembly including a pusher assembly and a knife assembly, the pusher assembly being movable to cause staples to be ejected from the cartridge assembly, the knife assembly being selectively movable relative to the pusher assembly to distally translate a knife, wherein a knife carrier of the knife assembly includes at least one latch thereon, wherein the at least one latch is configured to contact an engagement surface of the pusher assembly in response to movement between the knife carrier and the pusher assembly, and wherein the at least one latch is prevented from distally translating beyond the engagement surface. a handle assembly; an elongate body extending from the handle assembly and defining a longitudinal axis; and a cartridge assembly disposed adjacent a distal end of the elongate body, the cartridge assembly including a pusher assembly and a knife assembly, the pusher assembly being movable to cause staples to be ejected from the cartridge assembly, the knife assembly being selectively movable relative to the pusher assembly to distally translate a knife, wherein a knife carrier of the knife assembly includes at least one latch thereon, wherein the at least one latch is configured to contact an engagement surface of the pusher assembly in response to movement between the knife carrier and the pusher assembly, and wherein the at least one latch is prevented from distally translating beyond the engagement surface.
A multilayer laminate for tubes with an embedded barrier layer, wherein the laminate has an outer cover layer bordering the laminate on one side and an inner cover layer bordering the laminate on the other side, with the barrier layer being arranged between them, wherein the laminate has an asymmetrical structure with respect to the barrier layer and with respect to the cover layers (30a, 30i), and the molecular orientation of the inner cover layer is different from the molecular orientation of the outer cover layer, each based on the elongation or drawing in the machine direction as well as crosswise to the machine direction, and wherein the outer cover layer has a biaxial orientation with 200% to 800% drawing in the machine direction, preferably 400% to 600%, and especially preferably essentially 500% as well as 500% to 1300% crosswise to the machine direction, preferably 700% to 900% and especially preferably essentially 800%, and the inner cover layer has a monoaxial orientation or none at all.
A 40-oligolactic acid conjugate of rapamycin or a rapamycin derivative wherein the oligolactic acid comprises 2 to 24 lactic acid subunits and is attached through an ester linkage to the oxygen of the 40-hydroxyl of the rapamycin or rapamycin derivative with anti-cancer activity that retains the macrocyclic lactone ring of rapamycin but contains at least one modified side chain while retaining a free hydroxyl group on the C-40 position or a free hydroxyl attached to a modified side chain bonded to the C-40 position.
A non-transitory machine-readable medium comprising a plurality of machine-readable instructions which, when executed by one or more processors associated with a guidance display system, are adapted to cause the one or more processors to perform a method comprising: displaying, in a first mode of a graphical user interface, first image data from a perspective corresponding to a distal end of an elongate device, wherein the first image data includes a virtual roadmap; transitioning from the first mode of the graphical user interface to a second mode of the graphical user interface wherein the transition is based on an occurrence of a triggering condition, the triggering condition including a change in presence of a medical instrument in the elongate device detected based on a change in shape of the elongate device, the change in shape being determined using a shape sensor disposed along a length of the elongate device; and displaying, in the second mode of the graphical user interface, second image data from a perspective corresponding to the distal end of the elongate device, wherein the second image data includes a target indicator corresponding to a target location and an alignment indicator corresponding to an expected location of a medical procedure at the target location. displaying, in a first mode of a graphical user interface, first image data from a perspective corresponding to a distal end of an elongate device, wherein the first image data includes a virtual roadmap; transitioning from the first mode of the graphical user interface to a second mode of the graphical user interface wherein the transition is based on an occurrence of a triggering condition, the triggering condition including a change in presence of a medical instrument in the elongate device detected based on a change in shape of the elongate device, the change in shape being determined using a shape sensor disposed along a length of the elongate device; and displaying, in the second mode of the graphical user interface, second image data from a perspective corresponding to the distal end of the elongate device, wherein the second image data includes a target indicator corresponding to a target location and an alignment indicator corresponding to an expected location of a medical procedure at the target location.
Exhaust-gas purification device comprising a) a housing through which an exhaust-gas stream can flow; b) an exhaust-gas purification component which is arranged in the housing and which has a substrate body, through which substrate body the exhaust-gas stream can flow and which substrate body has an inlet-side and an outlet-side face surface (22, 24); c) at least one separating element (26, 40) which is arranged upstream of the exhaust-gas purification component and which divides an exhaust-gas flow path into at least two parallel flow paths (28, 30); and d) at least one seal means (38, 56) which is arranged in the region of the inlet-side face surface of the substrate body and/or of a downstream end of the separating element (26, 40) and which is suitable for counteracting a cross-flow of the exhaust-gas stream between the at least two parallel flow paths (28, 30), wherein the at least one seal means (38, 56) comprises a seal element which is fastened to the downstream end of the separating element (26, 40) and which abuts elastically against the face surface of the substrate body, characterized in that the seal element comprises a brush element with a multiplicity of bristles which abut against the face surface of the substrate body. a) a housing through which an exhaust-gas stream can flow; b) an exhaust-gas purification component which is arranged in the housing and which has a substrate body, through which substrate body the exhaust-gas stream can flow and which substrate body has an inlet-side and an outlet-side face surface (22, 24); c) at least one separating element (26, 40) which is arranged upstream of the exhaust-gas purification component and which divides an exhaust-gas flow path into at least two parallel flow paths (28, 30); and d) at least one seal means (38, 56) which is arranged in the region of the inlet-side face surface of the substrate body and/or of a downstream end of the separating element (26, 40) and which is suitable for counteracting a cross-flow of the exhaust-gas stream between the at least two parallel flow paths (28, 30),
A system having an integrated circuit package, the system comprising: a processing core disposed within the IC package, the processing core having at least one Double Data Rate, DDR, channel; a memory interface coupled with the processing core, the memory interface to provide a communication interface to an external memory component via the at least one DDR channel, wherein the external memory component comprises at least one dual-inline memory module, DIMM, the system characterized by a hybrid memory module comprising: a volatile memory coupled with the processing core via an internal interface within the IC package, the volatile memory to operate as a last-level hardware managed cache memory; and a non-volatile memory coupled with the processing core via the internal interface within the IC package, the non-volatile memory to operate as a disk cache; the system being configured to search the external memory in response to requested data not being found in the hybrid memory module. a processing core disposed within the IC package, the processing core having at least one Double Data Rate, DDR, channel; a memory interface coupled with the processing core, the memory interface to provide a communication interface to an external memory component via the at least one DDR channel, wherein the external memory component comprises at least one dual-inline memory module, DIMM, the system characterized by a hybrid memory module comprising: a volatile memory coupled with the processing core via an internal interface within the IC package, the volatile memory to operate as a last-level hardware managed cache memory; and a non-volatile memory coupled with the processing core via the internal interface within the IC package, the non-volatile memory to operate as a disk cache; a volatile memory coupled with the processing core via an internal interface within the IC package, the volatile memory to operate as a last-level hardware managed cache memory; and a non-volatile memory coupled with the processing core via the internal interface within the IC package, the non-volatile memory to operate as a disk cache; the system being configured to search the external memory in response to requested data not being found in the hybrid memory module.
A battery module comprising: at least one secondary battery; and a cartridge receiving at least a portion of the secondary battery and configured to be stacked in at least one direction, the cartridge comprising a heat insulating member, wherein the cartridge further comprises: a rest part configured to receive a lower portion of a secondary battery; a lateral part standing on an edge of the rest part; a lower cover part configured to surround at least a portion of a lateral outer surface of the lateral part of a lower cartridge in a cartridge stack, wherein a length of an inner space formed by the lower cover part is greater than a length of an inner space formed by the lateral part, and in use, when cartridges are stacked in a vertical direction, the lower cover part of an upper cartridge covers the lateral part of a lower cartridge, such that the inner space of the lower cartridge is covered by the lateral part and then the lower cover part. at least one secondary battery; and a cartridge receiving at least a portion of the secondary battery and configured to be stacked in at least one direction, the cartridge comprising a heat insulating member, wherein the cartridge further comprises: a rest part configured to receive a lower portion of a secondary battery; a lateral part standing on an edge of the rest part; a lower cover part configured to surround at least a portion of a lateral outer surface of the lateral part of a lower cartridge in a cartridge stack, wherein a length of an inner space formed by the lower cover part is greater than a length of an inner space formed by the lateral part, and in use, when cartridges are stacked in a vertical direction, the lower cover part of an upper cartridge covers the lateral part of a lower cartridge, such that the inner space of the lower cartridge is covered by the lateral part and then the lower cover part. a rest part configured to receive a lower portion of a secondary battery; a lateral part standing on an edge of the rest part; a lower cover part configured to surround at least a portion of a lateral outer surface of the lateral part of a lower cartridge in a cartridge stack, wherein a length of an inner space formed by the lower cover part is greater than a length of an inner space formed by the lateral part, and in use, when cartridges are stacked in a vertical direction, the lower cover part of an upper cartridge covers the lateral part of a lower cartridge, such that the inner space of the lower cartridge is covered by the lateral part and then the lower cover part.
Apparatus for filling a baked good, comprising: - a support member provided with a receiving seat suitable for supporting the baked good to be filled; - dispensing and cutting means designed to penetrate into the baked good and dispense into its interior a quantity of filling; - actuator means (20, 22) suitable for causing a relative movement of the support member with respect to said dispensing and cutting means between a loading position in which the baked good is loaded into the support member, and a filling position in which the dispensing and cutting means have penetrated into the baked good; and - cylinder -and-piston metering means suitable for supplying a predetermined quantity of filling to said dispensing and cutting means characterized in that said actuator means comprise motor means which cause a relative moving away movement of the support member with respect to said dispensing and cutting means starting from said filling position, while the quantity of filling is being dispensed into the baked good. - a support member provided with a receiving seat suitable for supporting the baked good to be filled; - dispensing and cutting means designed to penetrate into the baked good and dispense into its interior a quantity of filling; - actuator means (20, 22) suitable for causing a relative movement of the support member with respect to said dispensing and cutting means between a loading position in which the baked good is loaded into the support member, and a filling position in which the dispensing and cutting means have penetrated into the baked good; and - cylinder -and-piston metering means suitable for supplying a predetermined quantity of filling to said dispensing and cutting means characterized in that said actuator means comprise motor means which cause a relative moving away movement of the support member with respect to said dispensing and cutting means starting from said filling position, while the quantity of filling is being dispensed into the baked good.
Drive for medium voltage circuit breaker with vacuum interrupters, wherein the drive is provided with a magnetic actuator with a yoke, and an anchor, wherein at least the yoke or the anchor is movable, and the movable part of the drive is coupled to movable part of a switch, and that the yoke is provided with an actuation coil (14, 14a), wherein the actuation coil is being driven actively by activation with electrical energy, and that the yoke is provided with at least one passive coil (15, 15a, 15b, 16, 16a, 16b, 17, 17a, 17b), and with at least one permanent magnet, arranged inside or at the yoke, by which the magnetic flux will be further concentrated and/or enhanced towards the airgap to the anchor, characterised in that the at least one passive coil (15, 15a, 15b, 16, 16a, 16b, 17, 17a, 17b) is coupled with the actuation coil (14, 14a) only inductively, wherein terminals of each passive coil of the at least one passive coil are directly short-circuited or provided with a resistor, or a diode, or a zenerdiode between the terminals of each passive coil, and wherein upon actuation of the drive, current flow in the actuation coil is configured to move the yoke and anchor towards each other and the current flow in the actuation coil is configured to cause induced current or eddy currents to flow in each passive coil of the at least one passive coil that damps a speed of the movement of the yoke and anchor towards each other. wherein the drive is provided with a magnetic actuator with a yoke, and an anchor, wherein at least the yoke or the anchor is movable, and the movable part of the drive is coupled to movable part of a switch, and that the yoke is provided with an actuation coil (14, 14a), wherein the actuation coil is being driven actively by activation with electrical energy, and that the yoke is provided with at least one passive coil (15, 15a, 15b, 16, 16a, 16b, 17, 17a, 17b), and with at least one permanent magnet, arranged inside or at the yoke, by which the magnetic flux will be further concentrated and/or enhanced towards the airgap to the anchor, characterised in that the at least one passive coil (15, 15a, 15b, 16, 16a, 16b, 17, 17a, 17b) is coupled with the actuation coil (14, 14a) only inductively, wherein terminals of each passive coil of the at least one passive coil are directly short-circuited or provided with a resistor, or a diode, or a zenerdiode between the terminals of each passive coil, and wherein upon actuation of the drive, current flow in the actuation coil is configured to move the yoke and anchor towards each other and the current flow in the actuation coil is configured to cause induced current or eddy currents to flow in each passive coil of the at least one passive coil that damps a speed of the movement of the yoke and anchor towards each other.
A distance communication device between a watch and a communication terminal of a user, comprising a watch provided with a wireless communication module comprising an RFID chip, preferably passive, and a communication antenna associated with said RFID chip, characterized in that the communication module is housed in a crown or a mechanical push piece of said watch and in that the communication module comprises communication activation means configured to connect the communication module with an RFID receiver; said communication activation means being implemented by human contact on a surface of said communication activation means and in that in response to the implementation of the communication activation means, the communication module is configured to send the RFID receiver a signal that generates the transmission, by a second communication module, of at least one information item in the form of an order or a command to the communication terminal.
A method for examining a Message Integrity Check, MIC, comprising: receiving, by a monitoring user equipment, M-UE, home domain Proximity-based Service, ProSe, function entity, a monitoring authentication request response message sent by an announcing user equipment, A-UE, home domain ProSe function entity and acquiring, by the M-UE home domain ProSe function entity, first information from the monitoring authentication request response message, wherein the first information is used for generating a first MIC; receiving, by the M-UE home domain ProSe function entity, a match report sent by an M-UE and acquiring, by the M-UE home domain ProSe function entity, second information from the match report, wherein the match report carries a second MIC and the second information, and the second information is used for generating the first MIC; and generating, by the M-UE home domain ProSe function entity, the first MIC according to the first information and the second information and examining, by the M-UE home domain ProSe function entity, the first MIC and the second MIC. receiving, by a monitoring user equipment, M-UE, home domain Proximity-based Service, ProSe, function entity, a monitoring authentication request response message sent by an announcing user equipment, A-UE, home domain ProSe function entity and acquiring, by the M-UE home domain ProSe function entity, first information from the monitoring authentication request response message, wherein the first information is used for generating a first MIC; receiving, by the M-UE home domain ProSe function entity, a match report sent by an M-UE and acquiring, by the M-UE home domain ProSe function entity, second information from the match report, wherein the match report carries a second MIC and the second information, and the second information is used for generating the first MIC; and generating, by the M-UE home domain ProSe function entity, the first MIC according to the first information and the second information and examining, by the M-UE home domain ProSe function entity, the first MIC and the second MIC.