mhurhangee/patent-ind-claim-en huggingface dataset:
A sterilization packaging system , comprising: a frame defining a vertical direction, the frame including a plurality of vertical members extending along the vertical direction and a plurality of horizontal members extending perpendicular to the vertical direction, each vertical member and horizontal member having an inner side and an outer side ; a sterilization wrap , a first portion of the sterilization wrap positioned adjacent the inner side of each vertical member and each horizontal member to define a volume and an opening to access the volume ; and a lid for sealing the volume against an ingress of contaminants, the lid positioned on a top portion of the frame , with the sterilization wrap disposed between the lid and the frame , wherein the lid comprises a lip defined along a perimeter of the lid , wherein the vertical members and the horizontal members define a plurality of windows , the sterilization wrap accessible through the windows . a frame defining a vertical direction, the frame including a plurality of vertical members extending along the vertical direction and a plurality of horizontal members extending perpendicular to the vertical direction, each vertical member and horizontal member having an inner side and an outer side ; a sterilization wrap , a first portion of the sterilization wrap positioned adjacent the inner side of each vertical member and each horizontal member to define a volume and an opening to access the volume ; and a lid for sealing the volume against an ingress of contaminants, the lid positioned on a top portion of the frame , with the sterilization wrap disposed between the lid and the frame , wherein the lid comprises a lip defined along a perimeter of the lid , wherein the vertical members and the horizontal members define a plurality of windows , the sterilization wrap accessible through the windows .
A hybrid bucket assembly for a work vehicle having movable loader arms , the bucket assembly comprising: a structural skeleton having a frame , one or more support struts mounted to the frame , and one or more brackets coupled to the support struts configured to interface with a carrier at distal ends of the loader arms ; and a bucket shell mounted to the skeleton and defining a carry volume for materials; wherein force loading on the bucket shell is carried by the skeleton through the struts characterized in that the frame has a tubular upper lateral member ; and wherein the bucket shell has an upper lateral flange suspended on the upper lateral member of the frame . a structural skeleton having a frame , one or more support struts mounted to the frame , and one or more brackets coupled to the support struts configured to interface with a carrier at distal ends of the loader arms ; and a bucket shell mounted to the skeleton and defining a carry volume for materials; wherein force loading on the bucket shell is carried by the skeleton through the struts characterized in that the frame has a tubular upper lateral member ; and wherein the bucket shell has an upper lateral flange suspended on the upper lateral member of the frame .
A system, comprising: processing circuitry configured to receive position data for a vehicle from a global navigation satellite system, GNSS, receiver and to receive a first height above terrain, HAT, for the vehicle from HAT circuitry , wherein a lateral position and an altitude for the vehicle is derived from the position data; wherein the processing circuitry is further configured to: determine, with data obtained from a terrain database including a plurality of grid cells, terrain elevation based upon the lateral position; determine a second height above terrain, HAT, for the vehicle based upon subtracting the determined terrain elevation from the altitude; filter at least one of the lateral position, the altitude, and the received first height above terrain based upon at least one of vehicle speed and the grid cell resolution; detect GNSS spoofing based upon determining whether the absolute value of the difference between the first HAT and the second HAT is greater than a threshold value which is based on at least one of: grid cell resolution and the first HAT, the second HAT, or an average of both the first HAT and second HAT; and upon detecting GNSS spoofing, issue an alert. processing circuitry configured to receive position data for a vehicle from a global navigation satellite system, GNSS, receiver and to receive a first height above terrain, HAT, for the vehicle from HAT circuitry , wherein a lateral position and an altitude for the vehicle is derived from the position data; wherein the processing circuitry is further configured to: determine, with data obtained from a terrain database including a plurality of grid cells, terrain elevation based upon the lateral position; determine a second height above terrain, HAT, for the vehicle based upon subtracting the determined terrain elevation from the altitude; filter at least one of the lateral position, the altitude, and the received first height above terrain based upon at least one of vehicle speed and the grid cell resolution; detect GNSS spoofing based upon determining whether the absolute value of the difference between the first HAT and the second HAT is greater than a threshold value which is based on at least one of: grid cell resolution and the first HAT, the second HAT, or an average of both the first HAT and second HAT; and upon detecting GNSS spoofing, issue an alert. determine, with data obtained from a terrain database including a plurality of grid cells, terrain elevation based upon the lateral position; determine a second height above terrain, HAT, for the vehicle based upon subtracting the determined terrain elevation from the altitude; filter at least one of the lateral position, the altitude, and the received first height above terrain based upon at least one of vehicle speed and the grid cell resolution; detect GNSS spoofing based upon determining whether the absolute value of the difference between the first HAT and the second HAT is greater than a threshold value which is based on at least one of: grid cell resolution and the first HAT, the second HAT, or an average of both the first HAT and second HAT; and upon detecting GNSS spoofing, issue an alert.
A method for creating a content item on an online management system comprising: receiving, by the online content management system , a request from a user device associated with a user account of the content management system to create a new content item , the request specifying a content item name and a content item type for the new content item, the content item corresponding to a native software application not available on the user device; in response to receiving the content item type and the content item name, selecting, by the online content management system , a content item template from a plurality of content item templates based on the specified content item type, wherein each of the plurality of content item templates is of a different content item type; generating, by the online content management system, a copy of the selected content item template; renaming, by the content management system, the copy of the selected content item based on the content item name; and saving, by the online content management system, the content item template copy as the new content item in an online folder of the online content management system associated with the user account. receiving, by the online content management system , a request from a user device associated with a user account of the content management system to create a new content item , the request specifying a content item name and a content item type for the new content item, the content item corresponding to a native software application not available on the user device; in response to receiving the content item type and the content item name, selecting, by the online content management system , a content item template from a plurality of content item templates based on the specified content item type, wherein each of the plurality of content item templates is of a different content item type; generating, by the online content management system, a copy of the selected content item template; renaming, by the content management system, the copy of the selected content item based on the content item name; and saving, by the online content management system, the content item template copy as the new content item in an online folder of the online content management system associated with the user account.
A system for predicting and detecting of corrosion under fireproof insulation, CUF, in an infrastructure asset, comprising: a first detection apparatus adapted to capture thermal images of the asset; a second detection apparatus including a THz emitter adapted to emit THz radiation toward the asset and a THz detector adapted to receive THz radiation from the asset; at least one ambient condition sensor for detecting environmental conditions at a location of the asset; a communication device coupled to the first and second detection apparatus and at least one ambient condition sensor to receive data therefrom and adapted to communicate the received data; characterized in that the system comprises: a computing device communicatively coupled to the communication device and configured with instructions for executing a machine learning algorithm taking as inputs the thermal image, THz and ambient condition data received from the communication device, and to output a CUF prediction regarding the asset; wherein the prediction distinguishes locations on the asset that have a high likelihood of CUF from those having a low likelihood of CUF. a first detection apparatus adapted to capture thermal images of the asset; a second detection apparatus including a THz emitter adapted to emit THz radiation toward the asset and a THz detector adapted to receive THz radiation from the asset; at least one ambient condition sensor for detecting environmental conditions at a location of the asset; a communication device coupled to the first and second detection apparatus and at least one ambient condition sensor to receive data therefrom and adapted to communicate the received data; characterized in that the system comprises: a computing device communicatively coupled to the communication device and configured with instructions for executing a machine learning algorithm taking as inputs the thermal image, THz and ambient condition data received from the communication device, and to output a CUF prediction regarding the asset; wherein the prediction distinguishes locations on the asset that have a high likelihood of CUF from those having a low likelihood of CUF. a computing device communicatively coupled to the communication device and configured with instructions for executing a machine learning algorithm taking as inputs the thermal image, THz and ambient condition data received from the communication device, and to output a CUF prediction regarding the asset; wherein the prediction distinguishes locations on the asset that have a high likelihood of CUF from those having a low likelihood of CUF.
A carton for holding at least one food product, the carton comprising: a plurality of panels extending at least partially around an interior of the carton, the plurality of panels comprising a bottom panel , a front panel , and a back panel ; and at least one side end flap foldably connected to one of the front panel and the back panel, the front panel, the back panel, and the at least one side end flap cooperate to form an open top of the carton for accessing the interior of the carton, the at least one side end flap has a first locking feature and the other of the front panel and the back panel has a second locking feature , engagement of the first locking feature and the second locking feature secures the at least one side end flap to the other of the front panel and the back panel, the first locking feature is a male locking feature and the second locking feature is a female locking feature , the at least one side end flap is a first side end flap foldably connected to the front panel , the male locking feature is a first male locking feature , and the female locking feature is a first female locking feature in the back panel , characterized in that the carton further comprises a second side end flap foldably connected to the back panel , the second side end flap comprises a second male locking feature and the carton further comprises a second female locking feature in the front panel, the first side end flap and the second side end flap are in at least partial face-to-face contact to form a side panel of the carton. a plurality of panels extending at least partially around an interior of the carton, the plurality of panels comprising a bottom panel , a front panel , and a back panel ; and at least one side end flap foldably connected to one of the front panel and the back panel, the front panel, the back panel, and the at least one side end flap cooperate to form an open top of the carton for accessing the interior of the carton, the at least one side end flap has a first locking feature and the other of the front panel and the back panel has a second locking feature , engagement of the first locking feature and the second locking feature secures the at least one side end flap to the other of the front panel and the back panel, the first locking feature is a male locking feature and the second locking feature is a female locking feature , the at least one side end flap is a first side end flap foldably connected to the front panel , the male locking feature is a first male locking feature , and the female locking feature is a first female locking feature in the back panel , characterized in that the carton further comprises a second side end flap foldably connected to the back panel , the second side end flap comprises a second male locking feature and the carton further comprises a second female locking feature in the front panel, the first side end flap and the second side end flap are in at least partial face-to-face contact to form a side panel of the carton.
An assembly for storing thermal energy comprising a phase change material, PCM, storage vessel and at least one heat transfer fluid receptacle , HTF receptacle, - the PCM storage vessel being defined by a thermally conductive wall , the PCM storage vessel comprising an inverted tapered portion , the inverted tapered portion having a tip portion and a base portion , the tip portion having a diameter less than the diameter of the base portion , the tip portion being arranged relatively beneath the base portion , - the at least one HTF receptacle being provided adjacent to and in thermal communication with at least a portion of the PCM storage vessel , thermal communication between the PCM storage vessel and the at least one HTF receptacle occurring via the thermally conductive wall , the HTF receptacle comprising a portion for receiving thermal energy from an external thermal energy source , the portion being adjacent the tip portion of the inverted tapered portion ; and wherein the assembly being adapted such that thermal energy provided to a PCM in the PCM vessel is substantially received at a first portion of the at least one HTF receptacle being adjacent and in thermal communication with the tip portion of the inverted tapered portion of the PCM vessel and thermal energy to be extracted from the PCM is substantially extracted at a second portion of the at least one HTF receptacle being distal the tip portion of the inverted tapered portion of the PCM vessel . - the PCM storage vessel being defined by a thermally conductive wall , the PCM storage vessel comprising an inverted tapered portion , the inverted tapered portion having a tip portion and a base portion , the tip portion having a diameter less than the diameter of the base portion , the tip portion being arranged relatively beneath the base portion , - the at least one HTF receptacle being provided adjacent to and in thermal communication with at least a portion of the PCM storage vessel , thermal communication between the PCM storage vessel and the at least one HTF receptacle occurring via the thermally conductive wall , the HTF receptacle comprising a portion for receiving thermal energy from an external thermal energy source , the portion being adjacent the tip portion of the inverted tapered portion ; and
Inductive position measuring device having a scanning element and a scale element , wherein the position measuring device is configured to determine positions of the scanning element relative to the scale element in a first direction (x) and in a second direction (z), wherein - the scale element comprises graduation structures (2.1) which are juxtaposed along the first direction (x), wherein the graduation structures (2.1) have a periodic progression with a second period length (Dz) along the second direction (z), and - the scanning element comprises a first receiver track (1.1), a second receiver track (1.2) and a third receiver track (1.3) and also an excitation line (1.4, 1.5, 1.6), wherein each of the three receiver tracks (1.1, 1.2, 1.3) has in each case two receiver conductor traces (1.11, 1.12, 1.21, 1.22, 1.31, 1.32) having a periodic progression with a first period length (Px) along the first direction (x), wherein the receiver tracks (1.1, 1.2, 1.3) are arranged offset with respect to one another in the second direction (z), wherein the first receiver track (1.1) is arranged offset relative to the second receiver track (1.2) by a first track offset (Pz12) in the second direction (z) and the track offset (Pz12) is not equal to n times the second period length (Dz), where n is a natural number, that is to say Pz 12 ≠ n ⋅ Dz . - the scale element comprises graduation structures (2.1) which are juxtaposed along the first direction (x), wherein the graduation structures (2.1) have a periodic progression with a second period length (Dz) along the second direction (z), and - the scanning element comprises a first receiver track (1.1), a second receiver track (1.2) and a third receiver track (1.3) and also an excitation line (1.4, 1.5, 1.6), wherein each of the three receiver tracks (1.1, 1.2, 1.3) has in each case two receiver conductor traces (1.11, 1.12, 1.21, 1.22, 1.31, 1.32) having a periodic progression with a first period length (Px) along the first direction (x), wherein the receiver tracks (1.1, 1.2, 1.3) are arranged offset with respect to one another in the second direction (z), wherein the first receiver track (1.1) is arranged offset relative to the second receiver track (1.2) by a first track offset (Pz12) in the second direction (z) and the track offset (Pz12) is not equal to n times the second period length (Dz), where n is a natural number, that is to say Pz 12 ≠ n ⋅ Dz .
A fuel system comprising: an engine configured to, in operation, consume fuel; a fuel tank configured to, in operation, supply fuel to the engine ; a fuel degassing unit fluidly connecting the engine to the fuel tank, the fuel degassing unit configured to, in operation, separate selected species from the fuel; and a vacuum generation device operably connected to the fuel degassing unit , the vacuum generation device configured to, in operation, generate a vacuum to remove the selected species from the fuel degassing unit; and characterized in that wherein the vacuum generation device comprises at least one operating fluid-free vacuum pump configured to, in operation, operate without an operating fluid; the fuel system further comprising a semipermeable membrane within the fuel degassing unit , the semipermeable membrane configured to, in operation, filter selected species out of the fuel. an engine configured to, in operation, consume fuel; a fuel tank configured to, in operation, supply fuel to the engine ; a fuel degassing unit fluidly connecting the engine to the fuel tank, the fuel degassing unit configured to, in operation, separate selected species from the fuel; and a vacuum generation device operably connected to the fuel degassing unit , the vacuum generation device configured to, in operation, generate a vacuum to remove the selected species from the fuel degassing unit; and characterized in that wherein the vacuum generation device comprises at least one operating fluid-free vacuum pump configured to, in operation, operate without an operating fluid; the fuel system further comprising a semipermeable membrane within the fuel degassing unit , the semipermeable membrane configured to, in operation, filter selected species out of the fuel.
A method of forming an inflatable cuff for an airway management device, comprising the steps of and characterised by : injection moulding a membrane about an airway tube of said device, said membrane including an open length , then; closing said open length of membrane against said airway tube and so forming the inflatable cuff. injection moulding a membrane about an airway tube of said device, said membrane including an open length , then; closing said open length of membrane against said airway tube and so forming the inflatable cuff.
A polymer having the structure: wherein n has a value corresponding to a number average molecular weight of the polyethylene glycol segment of less than about 22,000 Da.
A method of welding an overlapped portion in which a plurality of steel sheet members including a galvanized steel sheet having a hot-dip galvanneal coating or a hot-dip galvanizing coating formed thereon are joined at the overlapped portion, the method including: forming a spot-welded portion having a nugget in the overlapped portion; and emitting a laser beam to form a melted and solidified portion crossing an end of the nugget and located between the nugget and a position outside of the nugget, the melted and solidified portion being formed in a manner such that a depth of the melted and solidified portion at a portion corresponding to a contacting surface of the spot-welded portion is shallower than a contacting surface having the hot-dip galvanneal coating or the hot-dip galvanizing coating formed thereon. forming a spot-welded portion having a nugget in the overlapped portion; and emitting a laser beam to form a melted and solidified portion crossing an end of the nugget and located between the nugget and a position outside of the nugget, the melted and solidified portion being formed in a manner such that a depth of the melted and solidified portion at a portion corresponding to a contacting surface of the spot-welded portion is shallower than a contacting surface having the hot-dip galvanneal coating or the hot-dip galvanizing coating formed thereon.
A wearable device comprising: communication circuitry configured to communicate with a host device which is external to the wearable device and which is used by a user of the wearable device ; a sensing unit comprising at least one sensor configured to recognize at least one motion to interact between the user of the wearable device and a user of an external device ; and a controller configured to request the host device to transmit first content mapped to a first motion recognized by the sensing unit to the external device, and wherein the external device is external to and different from each of the host device and the wearable device and the user of the wearable device is different from the user of the external device. communication circuitry configured to communicate with a host device which is external to the wearable device and which is used by a user of the wearable device ; a sensing unit comprising at least one sensor configured to recognize at least one motion to interact between the user of the wearable device and a user of an external device ; and a controller configured to request the host device to transmit first content mapped to a first motion recognized by the sensing unit to the external device, and wherein the external device is external to and different from each of the host device and the wearable device and the user of the wearable device is different from the user of the external device.