mhurhangee/patent-ind-claim-en huggingface dataset:
A system for identifying objects by means of distributed neural networks, wherein - a highly performant neural network is provided at a base station; - a less performant neural network is provided on a front-end side, wherein the less performant neural network has a lower depth and thus a lower performance capacity than the highly performant neural network; - a high-resolution camera device is provided on the front-end side for generating a high-resolution video; - the front-end side neural network is designed to identify and mark image areas of interest in the video, wherein the image areas of interest are image areas which contain characteristic features which allow conclusions on objects to be identified within the scope of an object identification mission, wherein the final evaluation and characterization is not possible due to the lower performance capacity of the front-end side neural network; characterized in that the System comprises: - a video-processing means for selecting and defining ROIs, ROI - 'Region of Interest', due to the previously identified image areas of interest and for encoding the ROIs into the video; - a data radio connection for transmitting the video from the video-processing means to the base station; and wherein - the base-station side neural network is designed to evaluate the ROIs extracted from the video received and identify objects present in the ROIs. - a highly performant neural network is provided at a base station; - a less performant neural network is provided on a front-end side, wherein the less performant neural network has a lower depth and thus a lower performance capacity than the highly performant neural network; - a high-resolution camera device is provided on the front-end side for generating a high-resolution video; - the front-end side neural network is designed to identify and mark image areas of interest in the video, wherein the image areas of interest are image areas which contain characteristic features which allow conclusions on objects to be identified within the scope of an object identification mission, wherein the final evaluation and characterization is not possible due to the lower performance capacity of the front-end side neural network; - a video-processing means for selecting and defining ROIs, ROI - 'Region of Interest', due to the previously identified image areas of interest and for encoding the ROIs into the video; - a data radio connection for transmitting the video from the video-processing means to the base station; and wherein - the base-station side neural network is designed to evaluate the ROIs extracted from the video received and identify objects present in the ROIs.
A method for placing an inside of a container under a positive pressure, comprising: a molding step of molding the container by blow molding using a liquid as a pressure medium; a sealing step, after the molding step, of sealing a mouth portion of the container in a state where the container is filled with the liquid (L); and a positive pressurization step, after the sealing step, of placing the inside of the container under the positive pressure due to reduction in volume of the container resulting from after-shrinkage of a circumferential wall of the container , the method being characterized in that the magnitude of the positive pressure is controlled by setting a temperature of the liquid (L) and a temperature of a metal mold used for the molding step. a molding step of molding the container by blow molding using a liquid as a pressure medium; a sealing step, after the molding step, of sealing a mouth portion of the container in a state where the container is filled with the liquid (L); and a positive pressurization step, after the sealing step, of placing the inside of the container under the positive pressure due to reduction in volume of the container resulting from after-shrinkage of a circumferential wall of the container , the method being characterized in that the magnitude of the positive pressure is controlled by setting a temperature of the liquid (L) and a temperature of a metal mold used for the molding step.
An electronics detachable module for mounting to eyewear, comprising: a housing ; a coupling movably mounted to the housing ; a speaker movably mounted to the housing via an arm ; and electronics contained in the housing ; wherein the coupling is configured to rotate with respect to the housing about a coupling axis and wherein the coupling is configured to be detached, in use, from the eyewear by rotating said coupling with respect to the housing ; wherein the speaker is configured to rotate about an arm axis of the arm ; and wherein movement of the coupling with respect to the housing and movement of the speaker with respect to the housing via the arm permits conversion of the electronics module between a first configuration and a second configuration which is a mirror image of the first configuration, wherein the orientation of the housing in the first configuration and in the second configuration remains unchanged. a housing ; a coupling movably mounted to the housing ; a speaker movably mounted to the housing via an arm ; and electronics contained in the housing ; wherein the coupling is configured to rotate with respect to the housing about a coupling axis and wherein the coupling is configured to be detached, in use, from the eyewear by rotating said coupling with respect to the housing ; wherein the speaker is configured to rotate about an arm axis of the arm ; and wherein movement of the coupling with respect to the housing and movement of the speaker with respect to the housing via the arm permits conversion of the electronics module between a first configuration and a second configuration which is a mirror image of the first configuration, wherein the orientation of the housing in the first configuration and in the second configuration remains unchanged.
System (1; 101; 201; 301; 401) for monitoring and/or controlling the taking of one or more medications (P) by a patient, said one or more medications (P) being contained in a blister pack (10; 410), said system (1; 101; 201; 301; 401) comprising: - an identification unit suited to identify the condition of said blister pack (10; 410), said identification unit being suited to identify how many and/or which of said one or more medications (P) are extracted from said blister pack (10; 410); - a management unit communicating with said identification unit and suited to receive and process information transmitted by said identification unit and regarding how many and/or what medications (P) have been extracted from said blister pack (10; 410); - a wireless communication unit communicating with said management unit and suited to transmit and/or receive wireless data; - a service provider suited to receive said wireless data from said wireless communication unit and/or transmit wireless data to said wireless communication unit ; a casing suited to receive said blister pack , said casing comprising detection means suited to detect how many and/or which of said one or more medications (P) are extracted from said blister pack , characterized by said casing further comprising a first substrate on which a layout is printed with a conductive type ink and which is die-cut in a format suited to receive said blister pack , said casing further comprising a second substrate on which holes are defined, said holes being made in a position which is aligned with a position of the one or more medications (P) in the blister pack when the blister pack is received in the casing . - an identification unit suited to identify the condition of said blister pack (10; 410), said identification unit being suited to identify how many and/or which of said one or more medications (P) are extracted from said blister pack (10; 410); - a management unit communicating with said identification unit and suited to receive and process information transmitted by said identification unit and regarding how many and/or what medications (P) have been extracted from said blister pack (10; 410); - a wireless communication unit communicating with said management unit and suited to transmit and/or receive wireless data; - a service provider suited to receive said wireless data from said wireless communication unit and/or transmit wireless data to said wireless communication unit ; said casing further comprising a first substrate on which a layout is printed with a conductive type ink and which is die-cut in a format suited to receive said blister pack , said casing further comprising a second substrate on which holes are defined, said holes being made in a position which is aligned with a position of the one or more medications (P) in the blister pack when the blister pack is received in the casing .
Fan wheel formed as a radial fan wheel or diagonal fan wheel, having a base plate and a plurality of fan blades disposed on the base plate arranged around an axial axis of rotation, the axial height extension of which fan blades extending between an intake side and the base plate , the base plate having a circumferential radial outer edge section , curved at least in sections as seen in cross-section and thereby forming an elliptical transition of the bottom plate from a radial extension to an axial extension, the fan blades each having a radial outer edge forming a transition point on a side having the bottom plate , and an imaginary ring connecting the transition points in the circumferential direction forms a boundary line to which the elliptical transition of the bottom plate adjoins directly or at a distance in the radial direction, the bottom plate having, in a central region disposed radially outside the axis of rotation, an axial step extending in the axial direction away from the fan blades , which, viewed in cross-section, is formed substantially Z-shaped with a web extending partially in the radial and axial direction and extending at an angle (α) of 20 - 60 degrees to the radial direction of the fan wheel.
A method, comprising: generating , for a metadata structure storing metadata for a first version of a firmware in a first plurality of metadata blocks , a first plurality of migration arrays each including a first set of attributes for each metadata block of the metadata structure, each metadata block including metadata for a corresponding functional element of the first version of the firmware; initiating an update from the first version of the firmware to a second version of the firmware; generating a second plurality of migration arrays each including a second set of attributes for each metadata block of a second plurality of metadata blocks corresponding to functional elements of a second version of the firmware; and generating an updated metadata structure storing metadata for the second version of the firmware in a second plurality of metadata blocks , by performing migration actions of the first plurality of metadata blocks to the updated metadata structure based on a comparison of the first plurality of migration arrays and the second plurality of migration arrays. generating , for a metadata structure storing metadata for a first version of a firmware in a first plurality of metadata blocks , a first plurality of migration arrays each including a first set of attributes for each metadata block of the metadata structure, each metadata block including metadata for a corresponding functional element of the first version of the firmware; initiating an update from the first version of the firmware to a second version of the firmware; generating a second plurality of migration arrays each including a second set of attributes for each metadata block of a second plurality of metadata blocks corresponding to functional elements of a second version of the firmware; and generating an updated metadata structure storing metadata for the second version of the firmware in a second plurality of metadata blocks , by performing migration actions of the first plurality of metadata blocks to the updated metadata structure based on a comparison of the first plurality of migration arrays and the second plurality of migration arrays.
A safety harness including a breakaway keeper (100; 200) for use with a lifeline or a lanyard including a connector , the breakaway keeper comprising: a base (101; 201) engaged with a strap (122; 222) of the safety harness; and a loop portion (116; 216) extending outward from the base to form a channel (119; 219) configured and arranged to receive a portion of the connector of the lifeline or lanyard, characterised in that the loop portion includes a first arm (117a; 217a) and a second arm (117b; 217b); wherein the first arm extends outward from a first side of the base, the second arm extends outward from a second side of the base, respective distal ends of the first arm and the second arm extending toward each other and forming a weakened portion (118; 218), wherein the loop portion is configured and arranged to be engaged by the connector of the lifeline or lanyard, and wherein the first and second arms (117a; 217a and 117b; 217b) are configured and arranged to at least temporarily deform so that the weakened portion deforms to release the connector of the lifeline or lanyard when subjected to a predetermined force. a base (101; 201) engaged with a strap (122; 222) of the safety harness; and a loop portion (116; 216) extending outward from the base to form a channel (119; 219) configured and arranged to receive a portion of the connector of the lifeline or lanyard, the loop portion includes a first arm (117a; 217a) and a second arm (117b; 217b); wherein the first arm extends outward from a first side of the base, the second arm extends outward from a second side of the base, respective distal ends of the first arm and the second arm extending toward each other and forming a weakened portion (118; 218), wherein the loop portion is configured and arranged to be engaged by the connector of the lifeline or lanyard, and wherein the first and second arms (117a; 217a and 117b; 217b) are configured and arranged to at least temporarily deform so that the weakened portion deforms to release the connector of the lifeline or lanyard when subjected to a predetermined force.
An air electrode for a metal-air battery, the air electrode comprising: a separator comprising a hydroxide-ion-conductive inorganic solid electrolyte being a dense ceramic material; characterized by an air electrode layer (12, 12', 12") disposed on the separator and comprising an air electrode catalyst , an electron-conductive material , and a hydroxide-ion-conductive material , or comprising an air electrode catalyst also serving as an electron-conductive material and a hydroxide-ion-conductive material , wherein the air electrode layer (12, 12', 12") comprises a first air electrode sublayer having a higher content of hydroxide-ion-conductive material than a second air electrode sublayer having a lower content of the hydroxide-ion-conductive material wherein the first air electrode sublayer is in contact with the separator and the second air electrode sublayer is exposed to external air. a separator comprising a hydroxide-ion-conductive inorganic solid electrolyte being a dense ceramic material; characterized by an air electrode layer (12, 12', 12") disposed on the separator and comprising an air electrode catalyst , an electron-conductive material , and a hydroxide-ion-conductive material , or comprising an air electrode catalyst also serving as an electron-conductive material and a hydroxide-ion-conductive material , wherein the air electrode layer (12, 12', 12") comprises a first air electrode sublayer having a higher content of hydroxide-ion-conductive material than a second air electrode sublayer having a lower content of the hydroxide-ion-conductive material wherein the first air electrode sublayer is in contact with the separator and the second air electrode sublayer is exposed to external air.
Piston for a combustion engine, - having an end-face piston crown in an axial direction , - having a piston body which has a radially outermost piston outer surface of the piston , which extends starting from the piston crown axially and in a circumferential direction , - having a ring portion , spaced axially from the piston crown and extending axially and in circumferential direction , which has a ring carrier having a ring groove for receiving a piston ring, - wherein the ring portion has a radially outer ring portion outer surface which extends in circumferential direction , - wherein the ring portion outer surface is offset radially to the inside relative to the piston outer surface , - wherein the piston outer surface extends elliptically in circumferential direction , characterized in that the ring portion outer surface extends in a rotationally symmetrical manner in circumferential direction . - having an end-face piston crown in an axial direction , - having a piston body which has a radially outermost piston outer surface of the piston , which extends starting from the piston crown axially and in a circumferential direction , - having a ring portion , spaced axially from the piston crown and extending axially and in circumferential direction , which has a ring carrier having a ring groove for receiving a piston ring, - wherein the ring portion has a radially outer ring portion outer surface which extends in circumferential direction , - wherein the ring portion outer surface is offset radially to the inside relative to the piston outer surface , - wherein the piston outer surface extends elliptically in circumferential direction ,
A communications system for communication along a drillstring comprising a drillpipe , the system comprising: a communications medium , where at least a portion of the communications medium is disposed within the drillpipe ; a processor coupled to the communications medium ; at least two sensor modules coupled to the communications medium , where at least one of the sensor modules is on or within one or more portions of the drillpipe ; and at least one communications coupler (315; 330; 335) to couple at least one sensor module to the communications medium, wherein the drillstring is provided with at least one sensor module receptacle (305; 510) defined by a recess in one of a pin end of a drillpipe joint or an elongated box joint of the drillpipe, the at least one sensor module receptacle arranged to engage and retain at least a portion of a respective one of the sensor modules, wherein the at least one sensor module receptacle is located in the exterior of the drillpipe joint, and wherein the at least one sensor module receptacle comprises a threaded portion for retaining the respective one of the sensor modules; and wherein the at least one communications coupler comprises a sensor module coupler provided in the at least one sensor module and a drillpipe coupler provided in the drillpipe. a communications medium , where at least a portion of the communications medium is disposed within the drillpipe ; a processor coupled to the communications medium ; at least two sensor modules coupled to the communications medium , where at least one of the sensor modules is on or within one or more portions of the drillpipe ; and at least one communications coupler (315; 330; 335) to couple at least one sensor module to the communications medium, wherein the drillstring is provided with at least one sensor module receptacle (305; 510) defined by a recess in one of a pin end of a drillpipe joint or an elongated box joint of the drillpipe, the at least one sensor module receptacle arranged to engage and retain at least a portion of a respective one of the sensor modules, wherein the at least one sensor module receptacle is located in the exterior of the drillpipe joint, and wherein the at least one sensor module receptacle comprises a threaded portion for retaining the respective one of the sensor modules; and wherein the at least one communications coupler comprises a sensor module coupler provided in the at least one sensor module and a drillpipe coupler provided in the drillpipe.
A hair styling system for styling a user's hair, the system comprising: an input for allowing the user to specify a desired hair style; a hair styling device that is manipulable by the user to perform the desired hair styling on the user's hair; the hair styling device having sensors for sensing and outputting sensor data indicative of operational parameters of the hair styling device during the hair styling; and a processor configured to process the sensor data and to compare the sensor data with pre-stored data associated with the user's desired hair style to determine if the user's usage of the hair styling device will achieve the user's desired hair style and, based on the comparison, to output one or more feedback messages for the user to help the user achieve the desired hair style, wherein the one or more feedback messages comprise instructions for the user on how to use the hair styling device to achieve the desired hair style. an input for allowing the user to specify a desired hair style; a hair styling device that is manipulable by the user to perform the desired hair styling on the user's hair; the hair styling device having sensors for sensing and outputting sensor data indicative of operational parameters of the hair styling device during the hair styling; and a processor configured to process the sensor data and to compare the sensor data with pre-stored data associated with the user's desired hair style to determine if the user's usage of the hair styling device will achieve the user's desired hair style and, based on the comparison, to output one or more feedback messages for the user to help the user achieve the desired hair style, wherein the one or more feedback messages comprise instructions for the user on how to use the hair styling device to achieve the desired hair style.
Method for operating a driver assistance system of a motor vehicle , in which the motor vehicle is autonomously maneuvered in an autonomous drive mode by means of the driver assistance system and display data is displayed to the driver of the motor vehicle by means of a display device , wherein the display data is displayed to the driver in a central field of view upon viewing the display device , characterized in that an environmental region of the motor vehicle is captured by means of a sensor device and environmental data is additionally displayed to the driver by means of two environmental display devices , which describes the environmental region captured by the sensor device , wherein the environmental data is displayed to the driver in a peripheral field of view upon viewing the display device , and wherein the two environmental display devices are disposed symmetrically on the right and left side of a steering wheel and at the height of the steering wheel .