mhurhangee/patent-ind-claim-en huggingface dataset:
A satellite , comprising: a body having an additively manufactured external wall structure at least partially forming an enclosed compartment ; a propellant tank ; and a communication device attached to the body , configured to receive and transmit data while in space, wherein: the external wall structure includes an additively manufactured aft panel connected to a separation system configured to mount and carry the body inside a launch vehicle during a launch phase , and to release the body from the launch vehicle after the launch phase; the additively manufactured aft panel includes an inner skin , an outer skin , and side walls ; the additively manufactured aft panel comprises multiple thruster bracket interface rings and a central interface ring comprising an inner annular surface of the inner skin and an outer annular surface of the outer skin ; and the central interface ring connects to the propellant tank and the separation system , wherein the propellant tank is mounted to the inner annular surface and the separation system is mounted to the outer annular surface . a body having an additively manufactured external wall structure at least partially forming an enclosed compartment ; a propellant tank ; and a communication device attached to the body , configured to receive and transmit data while in space, wherein: the external wall structure includes an additively manufactured aft panel connected to a separation system configured to mount and carry the body inside a launch vehicle during a launch phase , and to release the body from the launch vehicle after the launch phase; the additively manufactured aft panel includes an inner skin , an outer skin , and side walls ; the additively manufactured aft panel comprises multiple thruster bracket interface rings and a central interface ring comprising an inner annular surface of the inner skin and an outer annular surface of the outer skin ; and the central interface ring connects to the propellant tank and the separation system , wherein the propellant tank is mounted to the inner annular surface and the separation system is mounted to the outer annular surface . the external wall structure includes an additively manufactured aft panel connected to a separation system configured to mount and carry the body inside a launch vehicle during a launch phase , and to release the body from the launch vehicle after the launch phase; the additively manufactured aft panel includes an inner skin , an outer skin , and side walls ; the additively manufactured aft panel comprises multiple thruster bracket interface rings and a central interface ring comprising an inner annular surface of the inner skin and an outer annular surface of the outer skin ; and the central interface ring connects to the propellant tank and the separation system , wherein the propellant tank is mounted to the inner annular surface and the separation system is mounted to the outer annular surface .
A bottle assembly comprising: a container having an open end , a closed end , a base portion , and a neck together defining a liquid chamber within the container, the neck having a rim defining the open end of the container, the container having a central axis; a vent assembly positionable at least in part on the rim of the container to permit venting of the container during use, the vent assembly comprising at least one lateral vent extending other than parallel to the central axis of the container when the vent assembly is positioned on the rim of the container, the vent assembly comprising a vent insert including the at least one lateral vent and a perimeter wall , wherein the perimeter wall defines at least one vent opening and at least partially defines an annular gap extending circumferentially around the vent insert, the perimeter wall includes a curved surface defining the annular gap, the curved surface being concave relative to an exterior of the vent assembly, wherein the at least one vent opening is in flow communication with the at least one lateral vent and the annular gap such that air is allowed to flow from the annular gap into the lateral vent through the vent opening; and a collar assembly generally defining a closure for the container, the collar assembly configured for releasable engagement with the neck of the container over the open end thereof to retain the vent assembly together with the container, wherein the annular gap is defined between the collar assembly and the vent assembly. a container having an open end , a closed end , a base portion , and a neck together defining a liquid chamber within the container, the neck having a rim defining the open end of the container, the container having a central axis; a vent assembly positionable at least in part on the rim of the container to permit venting of the container during use, the vent assembly comprising at least one lateral vent extending other than parallel to the central axis of the container when the vent assembly is positioned on the rim of the container, the vent assembly comprising a vent insert including the at least one lateral vent and a perimeter wall , wherein the perimeter wall defines at least one vent opening and at least partially defines an annular gap extending circumferentially around the vent insert, the perimeter wall includes a curved surface defining the annular gap, the curved surface being concave relative to an exterior of the vent assembly, wherein the at least one vent opening is in flow communication with the at least one lateral vent and the annular gap such that air is allowed to flow from the annular gap into the lateral vent through the vent opening; and a collar assembly generally defining a closure for the container, the collar assembly configured for releasable engagement with the neck of the container over the open end thereof to retain the vent assembly together with the container, wherein the annular gap is defined between the collar assembly and the vent assembly.
A razor comprising: • one or more blades; and • a coating disposed on at least one of the one or more blades, wherein the coating comprises: - one or more nano-materials selected from the group consisting of carbon-based nano-materials, two-dimensional materials, van der Waals heterostructures, hybrid compounds, and combinations thereof, and - an organic material, characterized in that the one or more nano-materials is present in a concentration of up to 30% by weight, based on the total weight of the coating and in that the carbon-based nano-materials are selected from the group consisting of graphene nano-platelets, graphite nano-platelets, oxidized graphene nano-platelets, oxidized graphite nano-platelets, large area graphene sheets, carbon nanotubes (CNTs), and combinations thereof; wherein two-dimensional materials is defined as including both single layer and multi-layered planar sheets interacting by van der Waals forces, wherein the sheets have an average thickness of up to about 10nm and a lateral size of up to about 5μm ; wherein van der Waals heterostructures is defined as the layer-by-layer stacking of different two-dimensional materials and wherein hybrid compounds is defined as materials made by mixing suitable combinations of graphene nano-platelets, graphite nano-platelets, and CNTs with other two-dimensional materials. • one or more blades; and • a coating disposed on at least one of the one or more blades, wherein the coating comprises: - one or more nano-materials selected from the group consisting of carbon-based nano-materials, two-dimensional materials, van der Waals heterostructures, hybrid compounds, and combinations thereof, and - an organic material, characterized in that the one or more nano-materials is present in a concentration of up to 30% by weight, based on the total weight of the coating and in that the carbon-based nano-materials are selected from the group consisting of graphene nano-platelets, graphite nano-platelets, oxidized graphene nano-platelets, oxidized graphite nano-platelets, large area graphene sheets, carbon nanotubes (CNTs), and combinations thereof; wherein two-dimensional materials is defined as including both single layer and multi-layered planar sheets interacting by van der Waals forces, wherein the sheets have an average thickness of up to about 10nm and a lateral size of up to about 5μm ; wherein van der Waals heterostructures is defined as the layer-by-layer stacking of different two-dimensional materials and wherein hybrid compounds is defined as materials made by mixing suitable combinations of graphene nano-platelets, graphite nano-platelets, and CNTs with other two-dimensional materials. - one or more nano-materials selected from the group consisting of carbon-based nano-materials, two-dimensional materials, van der Waals heterostructures, hybrid compounds, and combinations thereof, and - an organic material,
A system for implanting an implantable device, comprising: (a) an implantable device comprising: (i) a biocompatible substrate ; (ii) a conduit ; and (iii) an engagement feature configured for reversible engagement with a corresponding engagement feature of an insertion needle , wherein the engagement feature of the implantable device is fabricated within the biocompatible substrate at or near the end of the implantable device; and (b) an insertion needle comprising an engagement feature that corresponds to, and is configured to reversibly engage, the engagement feature of the implantable device, wherein the engagement feature of the insertion needle is positioned in a distal region of the insertion needle, characterized in that the conduit is embedded within the biocompatible substrate. (a) an implantable device comprising: (i) a biocompatible substrate ; (ii) a conduit ; and (iii) an engagement feature configured for reversible engagement with a corresponding engagement feature of an insertion needle , wherein the engagement feature of the implantable device is fabricated within the biocompatible substrate at or near the end of the implantable device; and (b) an insertion needle comprising an engagement feature that corresponds to, and is configured to reversibly engage, the engagement feature of the implantable device, wherein the engagement feature of the insertion needle is positioned in a distal region of the insertion needle,
A spectacle lens comprising: a lens base ; a primer layer disposed on at least one of an object side surface and an eyeball side surface of the lens base ; and at least one layer selected from the group consisting of a hard coat layer and an antireflective layer , the at least one layer being disposed on the primer layer , wherein the primer layer contains a polycarbonate polyurethane resin and inorganic oxide particles, wherein the polycarbonate polyurethane resin has a tensile strength, measured as indicated in the description, of greater than 40 N/mm 2 , wherein the polycarbonate polyurethane resin has an elongation, measured as indicated in the description, of not less than 300%, and wherein a content of the inorganic oxide particles is 10 to 40 vol% based on a total volume of the primer layer . a lens base ; a primer layer disposed on at least one of an object side surface and an eyeball side surface of the lens base ; and at least one layer selected from the group consisting of a hard coat layer and an antireflective layer , the at least one layer being disposed on the primer layer , wherein the primer layer contains a polycarbonate polyurethane resin and inorganic oxide particles, wherein the polycarbonate polyurethane resin has a tensile strength, measured as indicated in the description, of greater than 40 N/mm 2 , wherein the polycarbonate polyurethane resin has an elongation, measured as indicated in the description, of not less than 300%, and wherein a content of the inorganic oxide particles is 10 to 40 vol% based on a total volume of the primer layer .
A method for storing time series data from a plurality of channels in a flash memory in a resource efficient manner, the method comprising: receiving the time series data from the plurality of channels ; aggregating the time series data of the respective associated channel for a time interval of predetermined length to a time series value ; collecting the time series values into value series , wherein chronologically successive time series values for the respective channel for a predetermined time portion are stored consecutively in the value series ; and writing the series of values of the plurality of channels at the time portion as a time block one after the other into the flash memory , wherein the time block is written into the flash memory in one writing process, wherein the time series data , in addition to the time interval , for one or more further time intervals are aggregated to further time series values , wherein the one or more further time intervals are longer than the first interval and wherein the further time series values are stored as one or more further value series chronologically sequentially for the respective channels one after the other and the one or more further value series for the plurality of channels are written as further time blocks one after the other into the flash memory . receiving the time series data from the plurality of channels ; aggregating the time series data of the respective associated channel for a time interval of predetermined length to a time series value ; collecting the time series values into value series , wherein chronologically successive time series values for the respective channel for a predetermined time portion are stored consecutively in the value series ; and writing the series of values of the plurality of channels at the time portion as a time block one after the other into the flash memory , wherein the time block is written into the flash memory in one writing process, wherein the time series data , in addition to the time interval , for one or more further time intervals are aggregated to further time series values , wherein the one or more further time intervals are longer than the first interval and wherein the further time series values are stored as one or more further value series chronologically sequentially for the respective channels one after the other and the one or more further value series for the plurality of channels are written as further time blocks one after the other into the flash memory .
A device for cleaning chicken feet comprising a bottom conveying unit comprising an endless conveyor belt stretched between a motor-driven driving shaft and a tension roll , wherein the conveyor belt moves over a support structure top , and then returns under the support structure top , and comprising a pressing unit cooperating with the conveying unit , wherein the pressing unit comprises an endless pressing mesh belt with a width corresponding to the width of the conveyor belt stretched between a drive roller and at least one sliding roller , where the pressing mesh belt moves in the same direction as the conveyor belt , wherein the device is provided with a cleaning liquid, pressure, rotating nozzle directed through the pressing mesh belt to the conveyor belt and comprises a wastewater system, characterised in that, the conveying unit comprises a plurality of parallel conveyor belts of which each has the form of interconnected, repeating plastic links , where each link of the conveyor belt comprises a central groove , and in the conveyor belt longitudinal central groove formed from the connected links , and the device comprises a plurality of parallel modules of the top pressing unit , wherein in each module of the pressing unit , tension rollers of the endless pressing mesh belt are attached to a vertical supporting plate of the pressing unit module, and the liquid pressure nozzle in each of the pressing unit modules is directed with its outlet through the pressing mesh belt towards the conveyor belt groove corresponding to the pressing unit module, wherein the pressure nozzles of each of the pressing unit modules are supplied from a common supply header .
A method for determining a short circuit with the occurrence of an arc on an electrical conductor , comprising: - detecting a measurement signal for an electrical conductor by means of a sensor device which has a sensor ; and - comparing the measurement signal with a reference signal by means of an evaluation device ; and - determining a short circuit with the occurrence of an arc by means of the evaluation device using the result of the comparison of the measurement signal with the reference signal, characterised in that the measurement signal for the electrical conductor and the reference signal comprise at least one type of measurement signal from the following group: vibration signals and sound signals which are caused by the force effect of the electrical voltage carried by the electrical conductor , wherein the determination of a short circuit with the occurrence of an arc takes place before the occurrence of the arc. - detecting a measurement signal for an electrical conductor by means of a sensor device which has a sensor ; and - comparing the measurement signal with a reference signal by means of an evaluation device ; and - determining a short circuit with the occurrence of an arc by means of the evaluation device using the result of the comparison of the measurement signal with the reference signal, characterised in that the measurement signal for the electrical conductor and the reference signal comprise at least one type of measurement signal from the following group: vibration signals and sound signals which are caused by the force effect of the electrical voltage carried by the electrical conductor , wherein the determination of a short circuit with the occurrence of an arc takes place before the occurrence of the arc.
A method of incentivizing desirable driving habits for a user of a transportation vehicle for mitigating traffic impedance, the method performed by a vehicle control system on-board the vehicle , the method comprising the steps of: receiving traffic signal information for consideration in determining a suggested driving operation determining , by a processor comprised by the vehicle control system, based on the received traffic signal information the suggested driving operation of the transportation vehicle to reduce traffic impedance, wherein the determining of the suggested driving operation includes determining a suggested speed, communicating the suggested driving operation to the user for execution, determining a value of desirability of the suggested driving operation based on a severity of the traffic impedance and/or the potential for avoidance of traffic impedance, presenting the value of desirability, via at least one user interface , to the user to encourage compliance with the suggested driving operation, verifying compliance with the suggested driving operation, wherein verifying compliance includes determining whether the suggested driving operation has occurred, and in response to successful confirmation that the suggested driving operation has occurred, presenting an accumulated compliance value determined according to the value of desirability. receiving traffic signal information for consideration in determining a suggested driving operation determining , by a processor comprised by the vehicle control system, based on the received traffic signal information the suggested driving operation of the transportation vehicle to reduce traffic impedance, wherein the determining of the suggested driving operation includes determining a suggested speed, communicating the suggested driving operation to the user for execution, determining a value of desirability of the suggested driving operation based on a severity of the traffic impedance and/or the potential for avoidance of traffic impedance, presenting the value of desirability, via at least one user interface , to the user to encourage compliance with the suggested driving operation, verifying compliance with the suggested driving operation, wherein verifying compliance includes determining whether the suggested driving operation has occurred, and in response to successful confirmation that the suggested driving operation has occurred, presenting an accumulated compliance value determined according to the value of desirability.
A washing machine comprising: a first heater configured to heat wash water stored in a first tub ; a second heater configured to heat wash water stored in a second tub ; a control panel configured to provide a target temperature setting menu for setting a target temperature of the wash water stored in the first tub ; and a controller configured to drive the first heater in a manner that the wash water stored in the first tub reaches a first target temperature, and drive the second heater in a manner that the wash water stored in the second tub reaches a second target temperature, characterized by wherein the controller limits the target temperature setting menu supplied from the control panel in response to the second target temperature, such that the first target temperature is prevented from being set to a temperature equal to or higher than a first threshold temperature. a first heater configured to heat wash water stored in a first tub ; a second heater configured to heat wash water stored in a second tub ; a control panel configured to provide a target temperature setting menu for setting a target temperature of the wash water stored in the first tub ; and a controller configured to drive the first heater in a manner that the wash water stored in the first tub reaches a first target temperature, and drive the second heater in a manner that the wash water stored in the second tub reaches a second target temperature, characterized by wherein the controller limits the target temperature setting menu supplied from the control panel in response to the second target temperature, such that the first target temperature is prevented from being set to a temperature equal to or higher than a first threshold temperature.